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+ +
+ +__XMOS Official VAR Partner | Power Consumption Reduced by **50%** | Battery Life Significantly Improved | PCBA + APP Full Stack Customization Service__ + +
+ +
+ +On November 29, 2025, XMOS Semiconductor officially launched "XMOS Powered", a high-performance feature set designed for HiFi applications. This technology platform represents a new generation of XMOS innovation, deeply optimizing power consumption for portable audio devices while maintaining top-tier sound quality, bringing revolutionary breakthroughs to the portable HiFi market. + +**XMOS Powered** is an exclusive ecosystem of features designed for the high-fidelity audio market, combining **high-performance audio signal processing, intelligent power management, and top-tier sound quality**. It delivers **"bit-perfect"** audio with high efficiency, providing users with a pure listening experience. It also optimizes the audio transmission and processing chain for HiFi scenarios, ensuring the purity and stability of sound reproduction. + +!!! success "XMOS Powered: Redefining the HiFi Performance Benchmark" + ## **Six Core Technological Innovations** + + XMOS continues to integrate cutting-edge achievements in the high-fidelity audio field for XMOS Powered: + + :material-sync: **Sample Rate Conversion (SRC)** - Supports low-distortion, low-jitter playback across multiple clock domains, ensuring smooth switching between audio signals of different sample rates. + + :material-swap-horizontal: **DSD-PCM Format Conversion** - Features high-precision digital audio conversion capabilities, achieving lossless conversion between DSD and PCM formats. + + :material-flash: **Power Optimization Technology** - Engineered for efficient performance output, significantly optimizing power consumption and doubling battery life. + + :material-usb: **High USB Bandwidth** - Provides stable, high-speed USB connection performance, ensuring lossless, uncompressed audio data transmission. + + :material-robot: **AI Dynamic Noise Reduction (AI DNR)** - Uses artificial intelligence technology to achieve intelligent noise suppression, restoring a cleaner, more natural sound texture. + + :material-equalizer: **PEQ Parametric Equalizer** - Supports precise multi-band parameter adjustment, optimizing frequency response curves according to user listening preferences. + + :material-check-circle:{ .success } First product successfully launched | :material-check-circle:{ .success } Enthusiastic market feedback | :material-check-circle:{ .success } Commercial value verified + +--- + +!!! info "Phaten PCBA+APP Custom Development Solution" + + As an **XMOS Official VAR (Value Added Reseller) Partner**, Phaten has successfully developed a complete solution for the portable HiFi market based on XMOS Powered low-power chips. This solution offers PCBA hardware platform customization, firmware development, and matching Web control platform and APP customization services, providing HiFi brand customers with ready-to-manufacture hardware platforms and comprehensive software support. + +
+ ![Phaten XMOS Powered Low Power HiFi PCBA Solution](/assets/images/hifi_audio/low_power_hifi_pic.png "Phaten XMOS Powered Low Power HiFi PCBA Solution"){width=600} +
Phaten XMOS Powered Low Power Portable HiFi PCBA
+
+ +## Core Advantages + +!!! tip "Significantly Lower Power Consumption, Greatly Improved Battery Life" + + ### :material-battery-charging-high: XMOS Powered Low Power Technology Real-world Data + + Compared to XMOS standard power chips, XMOS Powered low-power chips achieve **significant power reduction** across various sample rates: + +| Chip Type | DSD 512 | PCM 768kHz | PCM 384kHz | PCM 192kHz | +|---------|---------|------------|------------|------------| +| **XMOS Powered Low Power Chip** | **113 mW** | **146 mW** | **128 mW** | **123 mW** | +| **XMOS Standard Power Chip** | 227 mW | 232 mW | 227 mW | 222 mW | +| **Power Saved** | **114 mW** | **86 mW** | **99 mW** | **99 mW** | +| **Power Saved %** | **50.22%** | **37.07%** | **43.61%** | **44.59%** | + +!!! success "Actual Value" + + :material-battery-high: **Portable decoder/amp battery life significantly improved** + + :material-thermometer: **Device heat significantly reduced** - Lower power consumption means less heat, improving comfort for long-term use and extending device lifespan. + +--- + +### :material-star-four-points: More Core Advantages + +
+ +- :material-music-circle:{ .lg .middle } __Top-tier HiFi Audio Performance__ + + --- + + **Full Support for High-Resolution Audio Formats** + + * PCM Audio: **44.1kHz-768kHz, 16/24/32bit** + * DSD Native: **DSD64/128/256/512** + * DSD over PCM: **DoP64/128/256** + + **Dual Working Modes** + + * **UAC 2.0 Mode**: Supports up to 768kHz/DSD512 + * **UAC 1.0 Mode**: 48kHz/16bit, button switchable + + **Top Audio Performance Indicators** + + * Output Power: Up to **500mW** + * Signal-to-Noise Ratio (SNR): Up to **122dB** + * Total Harmonic Distortion (THD+N): As low as **0.0002%** + +- :material-gamepad-variant:{ .lg .middle } __Game Audio Mode__ + + --- + + **Game Audio Support** + + * **Custom EQ Sound Effects**: Users can customize game sound effects via PEQ + * **Virtual 7.1 Sound Effects**: Optimized for FPS stereo games, enhancing directionality, footsteps, and spatial sense + * **FPS True 7.1 Spatial Audio**: 3D spatial reconstruction based on game 7.1 channel audio, optimized for FPS games for more precise positioning and clearer footsteps + + **Precise Game Audio Control** + + * 7.1 channel positioning adjustment + * Footstep intensity adjustment + * Gunshot intensity adjustment + +- :material-chip:{ .lg .middle } __Mainstream HiFi DAC Chip Support__ + + --- + + **ESS Sabre Series** + + * **ES9038Q2M and ES9039Q2M** + * Supports up to PCM 768kHz/DSD512 + + **Cirrus Logic Series** + + * **CS43131 and CS43198** + * Supports up to PCM 768kHz/DSD256 + + +- :material-equalizer:{ .lg .middle } __Professional PEQ Parametric Equalizer__ + + --- + + **8-Band Parametric Equalizer (Upgradable to 32-Band)** + + * Precise gain adjustment for different frequency bands + * Independent setting of frequency, gain, and Q value for each band + * Built-in preset EQ sound modes + + **Flexible Adjustment Methods** + + * Web platform real-time adjustment | APP control support | Save personalized settings + +- :material-monitor-dashboard:{ .lg .middle } __Complete Web Control Platform__ + + --- + + **Core Functions** + + * **PEQ Adjustment**: Visual equalizer interface, real-time frequency response curve preview + * **Device Status Display**: Real-time information such as sample rate, bit depth, volume + * **Device Control**: Volume, mode switching, firmware upgrade + * **Game Audio Control**: Switch modes, adjust parameters + + **Cross-Platform Support** - Browser-based, no client installation required, supports Windows/macOS/Linux + +- :material-palette:{ .lg .middle } __Web/APP Customization Service__ + + --- + + **Brand Customization** + + * Web page UI customized according to customer brand image + * Custom color scheme, Logo, interface style + * Supports custom desktop and mobile APPs + + **Flexible Deployment** + + * Deploy to customer's own website or use generic website links + + **Developer Support** - Provides complete HID protocol documentation, allowing customers to develop their own desktop/mobile APPs + +
+ +--- + +## PCBA+APP Custom Development Service + +!!! warning "Fast Delivery Promise" + + Phaten provides customers with **PCBA+APP full-process customization services** from concept to mass production, covering PCBA hardware design, firmware development, Web control platform, and APP custom development. Leveraging our own SMT factory and mature technical solutions, trial production can be completed as fast as **4 weeks** after project start, and mass production delivery in **6 weeks**, helping brand customers quickly launch complete portable HiFi products. + +--- + +### :material-package-variant: Complete Service Content + +
+ +- :material-chip:{ .lg .middle } __PCBA Hardware Customization__ + + --- + + * Complete hardware solution design + * Supports mainstream HiFi DAC chips + * Full integration of XMOS Powered feature set + * Power management optimization + * Fast prototyping with own SMT factory + +- :material-code-braces:{ .lg .middle } __Firmware Development__ + + --- + + * Development based on XMOS Powered platform + * Supports UAC 2.0/1.0 dual modes + * Game audio algorithm integration + * PEQ equalizer function + * OTA firmware upgrade support + +- :material-web:{ .lg .middle } __Web Control Platform__ + + --- + + * Responsive Web interface design + * Branded UI customization + * Real-time device status monitoring + * PEQ visual adjustment + * Cross-platform browser support + +- :material-cellphone:{ .lg .middle } __APP Custom Development__ + + --- + + * iOS/Android native APP + * Branded interface design + * Complete device control functions + * USB connection support + * Provides HID protocol documentation (supports customer self-development) + +
+ +--- + +### :material-clock-fast: Industry-Leading Delivery Speed + +!!! example "4 Weeks Trial | 6 Weeks Mass Production" + + **Get products to market quickly and seize market opportunities** + + ```mermaid + graph LR + A[Project Start] --> B[Design & Dev] + B --> C[Function & Listening Verification] + C --> D[✅ Trial Delivery] + D --> E[Mass Prod Prep] + E --> F[✅ Mass Prod Delivery] + + style A fill:#e3f2fd,stroke:#1976d2,stroke-width:2px + style D fill:#c8e6c9,stroke:#388e3c,stroke-width:3px + style F fill:#ffecb3,stroke:#f57c00,stroke-width:3px + ``` + +## Contact Phaten + +!!! info "Professional Team, Fast Response" + + As an XMOS Official VAR Partner, Phaten is dedicated to quickly translating XMOS Powered low-power technology into mass-producible portable HiFi products. Our technical team will respond to your needs within **1-3 working days**, providing complete technical solutions and business support for PCBA hardware customization and APP development. + + - :material-email:{ .lg .middle } __Contact Information__ + - **Business Consultation**: angel@phaten.com + - **Technical Consultation**: hua@phaten.com + + - :material-web:{ .lg .middle } __Learn More__ + - **XMOS Powered Official Page**: https://www.xmos.com/zh/xmos-powered + +## Consultation & Feedback + +
+Click to expand consultation feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/common/phaten_xmos_support_img.md b/en/docs/common/phaten_xmos_support_img.md index 63b6677..b32222a 100644 --- a/en/docs/common/phaten_xmos_support_img.md +++ b/en/docs/common/phaten_xmos_support_img.md @@ -1,3 +1,20 @@ +
+ +
+
-- ![Phaten Audio](/assets/images/logos/phaen-long.png "Phaten Audio"){width="200"} ![XMOS](/assets/images/logos/xmos-long.png "XMOS"){width="128"} **Joint Support**
[XMOS Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Website: www.phaten-audio.com](https://www.phaten-audio.com/en/) +- ![Phaten](/assets/images/logos/phaen-long.png "Phaten"){width="200"} ![XMOS](/assets/images/logos/xmos-long.png "XMOS"){width="128"} **Jointly Supported**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solutions Official Website: www.phaten-audio.com](https://www.phaten-audio.com/zh/)
\ No newline at end of file diff --git a/en/docs/dev_doc/EQ_Protocols/EQ_HID_Protocol.md b/en/docs/dev_doc/EQ_Protocols/EQ_HID_Protocol.md new file mode 100644 index 0000000..7fc6a16 --- /dev/null +++ b/en/docs/dev_doc/EQ_Protocols/EQ_HID_Protocol.md @@ -0,0 +1,231 @@ +--- +title: Zero-Code Firmware Series EQ HID Control Protocol and Command Set +description: EQ HID control protocol for zero-code firmware series devices, including message structure, command set, and field descriptions for mode switching, parameter read/write, and device information retrieval. +keywords: EQ, HID, Control Protocol, Command Set, USB HID, XU316, Zero-Code Firmware, Phaten Audio +--- +--8<-- "common/phaten_xmos_support_img.md" + +# Zero-Code Firmware Series EQ HID Control Protocol and Command Set + +## 1. Protocol Foundation Specifications + +### 1.1 Underlying Communication Protocol +Based on USB HID (Human Interface Device) protocol. + +| Parameter | Value | +| :--- | :--- | +| Report ID | 0x01 | +| Packet Size | 64 bytes | +| Transfer Direction | Bidirectional (Host <-> Device) | + +### 1.2 Message Format and Data Transmission + +**Common Message Format** +All commands and responses follow the Report structure below: + +| Field | Bytes | Description | +| :--- | :--- | :--- | +| Report ID | 1 | Fixed as `0x01` | +| Sync Header | 1 | Fixed as `0x77` (command start identifier) | +| Command Code | 1 | Indicates specific operation (e.g., `0x8A`) | +| Data Area | 61 | Specific data content (unused bytes typically filled with 0) | + +**Data Transmission Notes** + +* **Byte Order**: All multi-byte data is transmitted in **Little Endian** mode. +* **Floating Point**: Follows IEEE 754 float format. + +--- + +## 2. Protocol Command Set + +### 2.1 Command Classification Overview + +| Command Code | Command Description | Direction | Function | +| :--- | :--- | :--- | :--- | +| **0x8A** | SET_EQ_MODE | Host→Device | Switch current EQ mode | +| **0x8B** | GET_EQ_MODE | Host→Device | Get current EQ mode information (mode number, gain, name) | +| **0x8C** | SET_MODE_GAIN_AND_NAME | Host→Device | Set overall gain and name for specified mode | +| **0x8D** | SET_EQ_PARAMS | Host→Device | Send single filter parameters | +| **0x8E** | GET_EQ_PARAMS | Host→Device | Read single filter parameters | +| **0x8F** | GET_DEVICE_INFO | Host→Device | Get device basic information (PID, VID, SN, etc.) | +| **0x90** | RESET_EQ_PARAMS | Host→Device | Reset EQ parameters (restore presets) | + +--- + +## 3. Basic Function Command Details + +### 3.1 Switch EQ Mode (0x8A) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header | +| 2 | 1 | `0x8A` | Command code | +| 3 | 1 | `Mode` | Mode value
0-5: Preset modes
6-8: User modes
9: Bypass | +| 4-63 | 60 | `Reserved` | Reserved bytes (0x00) | + +--- + +### 3.2 Get Current EQ Mode Information (0x8B) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header | +| 2 | 1 | `0x8B` | Command code | +| 3-63 | 61 | `Reserved` | Reserved bytes (0x00) | + +**Device Returns (Response)** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header 1 | +| 2 | 1 | `0x8B` | Sync header 2 (echo command code) | +| 3 | 1 | `Mode` | Current mode value | +| 4-7 | 4 | `Gain` | Overall gain (int32, little endian, range 0~-50dB) | +| 8-23 | 16 | `Name` | Mode name (UTF-8 string) | +| 24-63 | 40 | `Reserved` | Reserved bytes | + +--- + +### 3.3 Set Mode Overall Gain and Name (0x8C) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header | +| 2 | 1 | `0x8C` | Command code | +| 3 | 1 | `Mode` | Target mode value (0-9) | +| 4-7 | 4 | `Gain` | Overall gain (int32, little endian) | +| 8-23 | 16 | `Name` | Mode name (UTF-8 string) | +| 24-63 | 40 | `Reserved` | Reserved bytes | + +--- + +### 3.4 Send EQ Parameters (0x8D) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header | +| 2 | 1 | `0x8D` | Command code | +| 3 | 1 | `Mode` | Mode value (0-9) | +| 4 | 1 | `Band` | Filter index (0-7) | +| 5 | 1 | `Type` | Filter type (see table below) | +| 6-9 | 4 | `Freq` | Center frequency Hz (float, little endian) | +| 10-13 | 4 | `Q` | Q value (float, little endian) | +| 14-17 | 4 | `BW` | Bandwidth Hz (float, little endian) | +| 18-21 | 4 | `Gain` | Gain dB (float, little endian) | +| 22-63 | 42 | `Reserved` | Reserved bytes | + +**Filter Type Codes** + +| Code | Type | Code | Type | +| :--- | :--- | :--- | :--- | +| 0x00 | Bypass | 0x06 | Band Reject | +| 0x01 | All Pass | 0x07 | Notch | +| 0x02 | Peak | 0x08 | Constant Q | +| 0x03 | Low Pass | 0x09 | Low Shelf | +| 0x04 | High Pass | 0x0A | High Shelf | +| 0x05 | Band Pass | | | + +--- + +### 3.5 Read EQ Parameters (0x8E) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header | +| 2 | 1 | `0x8E` | Command code | +| 3 | 1 | `Mode` | Mode value (0-9) | +| 4 | 1 | `Band` | Filter index (0-7) | +| 5-63 | 59 | `Reserved` | Reserved bytes | + +**Device Returns (Response)** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header 1 | +| 2 | 1 | `0x8E` | Sync header 2 (echo command code) | +| 3 | 1 | `Mode` | Mode value | +| 4 | 1 | `Band` | Filter index | +| 5 | 1 | `Type` | Filter type | +| 6-9 | 4 | `Freq` | Center frequency (float, little endian) | +| 10-13 | 4 | `Q` | Q value (float, little endian) | +| 14-17 | 4 | `BW` | Bandwidth (float, little endian) | +| 18-21 | 4 | `Gain` | Gain (float, little endian) | +| 22-63 | 41 | `Reserved` | Reserved bytes | + +--- + +### 3.6 Get Device Information (0x8F) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header | +| 2 | 1 | `0x8F` | Command code | +| 3-63 | 61 | `Reserved` | Reserved bytes | + +**Device Returns (Response)** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header 1 | +| 2 | 1 | `0x8F` | Sync header 2 (echo command code) | +| 3-4 | 2 | `PID` | Product ID (uint16, little endian) | +| 5-6 | 2 | `VID` | Vendor ID (uint16, little endian) | +| 7-22 | 16 | `Product` | Product string (UTF-8) | +| 23-38 | 16 | `Vendor` | Vendor string (UTF-8) | +| 39-54 | 16 | `SN` | Serial number string (UTF-8) | +| 55-63 | 9 | `Reserved` | Reserved bytes | + +--- + +### 3.7 Reset EQ Parameters (0x90) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header | +| 2 | 1 | `0x90` | Command code | +| 3 | 1 | `Mode` | Mode number (0-9)
`0xFF` indicates reset all modes | +| 4-63 | 60 | `Reserved` | Reserved bytes | + +**Device Returns (Response)** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| 0 | 1 | `0x01` | Report ID | +| 1 | 1 | `0x77` | Sync header 1 | +| 2 | 1 | `0x90` | Sync header 2 (echo command code) | +| 3 | 1 | `Status` | Status code (0x00=success, 0x01=failure) | +| 4-63 | 60 | `Reserved` | Reserved bytes | + +## Inquiries and Feedback + +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/index.md b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/index.md index 7726e2f..632637c 100644 --- a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/index.md +++ b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/index.md @@ -1,16 +1,26 @@ --- -title: FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Set +title: FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Kit login: true --- -# FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Set --8<-- "common/phaten_xmos_support_img.md" + +# FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Kit + --8<-- "common/checklogin_form.md" -## 7MIC Seamless Local Amplification PCBA Set Information: +## 7MIC Seamless Local Amplification PCBA Kit Documentation: -| Name | Description +| Name | Description | :-----------------------------| :---------- -| [PCBA Set Specifications](./硬件规格书.md) | -| [Product and Evaluation Kit Installation and Use Instructions](./使用说明.md) | -| Structure Design Board Diagram and Interface Component Specifications| \ No newline at end of file +| [PCBA Hardware Specifications](./硬件规格书) | +| [Product and Evaluation Board Installation and Usage Guide](./使用说明) | +| Mechanical Design Board Outline and Interface Component Specifications| + +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/tuning_tool_guide.md b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/tuning_tool_guide.md index cfa911b..46bee0b 100644 --- a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/tuning_tool_guide.md +++ b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/tuning_tool_guide.md @@ -1,38 +1,38 @@ --- -title: FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification Live Sound Tunning Guide +title: FTXU316_LA_7MIC_V1 7-Mic Seamless Local Amplification On-Site Sound Tuning Guide login: true --- -# FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification Live Sound Tunning Guide +# FTXU316_LA_7MIC_V1 7-Mic Seamless Local Amplification On-Site Sound Tuning Guide --8<-- "common/phaten_xmos_support_img.md" --8<-- "common/checklogin_form.md" -## I. Download Local Amplification Tunning Tool -Local Amplification Tunning Tool +## 1. Download Local Amplification Tuning Tool +Local Amplification Tuning Tool -## II. search and Connect the Device -- **search Device:** After clicking the "search Device" button, the microphones that are connected to the computer via USB will be displayed in the list. -- **Connect Device:** Select a microphone from the list and click the "Connect Device" button. The system will establish a connection with the selected microphone, and you can begin configuring the parameters. Clicking the same button again (which will now display as "Disconnect") will disconnect the connection with the microphone. +## 2. Find and Connect Device +- Find Device: Click the "Find Device" button, and microphones connected to the computer via USB will be displayed in the list. +- Connect Device: Select a microphone from the list and click the "Connect Device" button. The system will establish a connection with the microphone, and parameter configuration can begin. Clicking the same button again (now displayed as "Disconnect") will disconnect from the microphone. -## III. Parameter Setting and Reading -After connecting the microphone, you can configure the parameters. Once the adjustments are made, click the "Set" button to apply the settings. Click the "Read" button, and the system will display the current parameters of the microphone. +## 3. Parameter Setting and Reading +After connecting the microphone, parameter configuration can be performed. After adjustments are complete, click the "Set" button to apply the configuration. Click the "Read" button to display the microphone's current parameters. -## IV. Parameter Description -![Microphone Array Beam Pattern](/assets/images/screenshots/mic_array_plane.png "Microphone Array Beam Pattern"){with=500} +## 4. Parameter Description +![Array Microphone Beam Diagram](/assets/images/screenshots/mic_array_plane.png "Array Microphone Beam Diagram"){with=500} -1. **Beam Type:** You can choose between a single beam or multiple beams. A single beam covers the entire target pickup area; multiple beams cover the target area through a combination of several beams. A single beam is usually sufficient. -2. **Beam Field (BF_AREA):** The range of the target pickup area, expressed as an angular value, with a range from 1 degree to 180 degrees. For example, setting the beam field to 120 degrees means the beam covers a sector with a central angle of 120 degrees on the plane of the microphone. -3. **Side Lobe Suppression (SIDE_DECAY):** The degree to which the sound outside the target pickup area is suppressed, with a range from -40dB to 0dB. For instance, setting it to -20dB means the beam will suppress the sound outside the target area by 20dB. -4. **Feedback Suppression (AFC):** The level of feedback suppression in the amplification system, which can be set from level 0 to level 20, with level 0 being off and higher levels providing stronger suppression. -5. **Noise Suppression (NS):** The degree to which noise is suppressed, which can be set from level 0 to level 20, with level 0 being off and higher levels providing stronger suppression. -6. **Automatic Gain Control (AGC):** Controls the microphone's output gain to increase the pickup distance. It can be set from level 0 to level 20, with level 0 being off and higher levels providing stronger gain control. +1. Beam Type: Single beam or multi-beam can be selected. Single beam covers the entire target pickup area; multi-beam covers the target area through a combination of multiple beams. Single beam is typically sufficient. +2. Beam Range (BF_AREA): The range of the target pickup area, specified as an angle value from 1 degree to 180 degrees. For example, when the beam range is set to 120 degrees, the beam coverage is a sector with a central angle of 120 degrees on the microphone plane. +3. Sidelobe Suppression (SIDE_DECAY): The degree of suppression for sounds outside the target pickup area, with a range of -40dB to 0dB. For example, when set to -20dB, the beam will suppress sounds outside the target area by 20dB. +4. Feedback Suppression (AFC): The degree of feedback suppression in the sound reinforcement system, configurable from level 0 to level 20. Level 0 disables the feature, with higher levels providing stronger suppression. +5. Noise Suppression (NS): The degree of noise suppression, configurable from level 0 to level 20. Level 0 disables the feature, with higher levels providing stronger suppression. +6. Automatic Gain Control (AGC): Controls the microphone output gain to increase pickup distance. Configurable from level 0 to level 20. Level 0 disables the feature, with higher levels providing stronger gain control. -## Consultation and Feedback +## 5. Inquiry and Feedback
-Click to expand consultation feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/使用说明.md b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/使用说明.md index 7fdcff2..c595ae5 100644 --- a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/使用说明.md +++ b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/使用说明.md @@ -1,31 +1,32 @@ --- -title: FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Product and Evaluation Kit Installation Guide +title: FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Product and Evaluation Board Installation and User Guide --- -# FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Product and Evaluation Kit Installation Guide + +# FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Product and Evaluation Board Installation and User Guide --8<-- "common/phaten_xmos_support_img.md" ## Interface Description
- ![7MIC Seamless Local Amplification PCBA Interface](/assets/images/7mic/product_mian_interface.png "7MIC Seamless Local Amplification PCBA Interface"){width="500"} + ![7MIC Seamless Local Amplification PCBA Interface](../../../assets/images/7mic/product_mian_interface.png "7MIC Seamless Local Amplification PCBA Interface"){width="500"}
-| No. | Interface | Function Description | -|:----:|:------------------|:------| -| 1 | USB-type C Interface | Connect the USB cable, 5V power supply. | -| 2 | Power Interface | Use a 5V/1A power adapter for power supply. | -| 3 | Audio Output Interface | Phoenix terminal audio output interface. | -| 4 | Audio Output Interface | 3.5mm audio output interface. | +|No.|Interface | Function Description +|:----:|:------------------|:------ +|1 |USB Type-C Port |Connect USB cable for 5V power supply. +|2 |Power Port |Use 5V/1A power adapter for power supply +|3 |Audio Output Port |Phoenix terminal audio output port +|4 |Audio Output Port |3.5mm audio output port ## Installation Guide ### Installation Location -This product is an amplifying microphone with beamforming function. The installation location needs to meet the following conditions: -1. It needs to be suspended in the center of the speaker's activity range in the actual scenario. -2. The suspension height needs to be higher than the height of the speakers in the scene. -3. When suspending, keep the microphone's sound collection surface of the product facing the ground and keep the product parallel to the ground. -4. Direct the microphone's angle of sound collection towards the wall on the speaker's side. +This product is a voice amplification microphone with beamforming functionality. The installation location must meet the following conditions: +1. Install by ceiling mounting at the center of the speaker's activity range in the actual scenario. +2. The mounting height must be higher than the height of the speakers in the scenario. +3. During mounting, keep the microphone pickup surface facing downward and maintain the product parallel to the ground. +4. Orient the product's pickup angle direction toward the wall on the speaker's side. ### Installation Reference Diagram
diff --git a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/硬件规格书.md b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/硬件规格书.md index 6e1dc8f..f5b099e 100644 --- a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/硬件规格书.md +++ b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1/硬件规格书.md @@ -1,15 +1,15 @@ --- -title: FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Set Datasheet +title: FTXU316_LA_7MIC_V1 7-Microphone Seamless Local Amplification PCBA Kit Product Specification --- -# FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification PCBA Set Datasheet +# FTXU316_LA_7MIC_V1 7-Microphone Seamless Local Amplification PCBA Kit Product Specification --8<-- "common/phaten_xmos_support_img.md" ## 1. Product Introduction ### 1.1 Product Description -In public speaking, business meetings, and teaching environments, high-quality sound transmission is crucial. **FTXU316_LA_7MIC_V1** is designed to meet these needs, aiming to provide speakers with an unrestrained amplification experience, while ensuring that the audience can enjoy clear, low-latency auditory enjoyment. +In public speaking, business meetings, and teaching environments, high-quality audio transmission is critical. **FTXU316_LA_7MIC_V1** is designed to meet these scenarios' requirements, aiming to provide speakers with unconstrained amplification experience while ensuring the audience enjoys clear, low-latency audio quality.
- ![FTXU316_LA_7MIC_V1Main Board](/assets/images/7mic/FTXU316-LA-7MIC-V1_main.png "FTXU316_LA_7MIC_V1Main Board"){width="290"} ![FTXU316_LA_7MIC_V1 Microphone Array Board](/assets/images/7mic/FTXU316-LA-7MIC-V1.png "FTXU316_LA_7MIC_V1 Microphone Array Board"){width="250"} @@ -17,10 +17,10 @@ In public speaking, business meetings, and teaching environments, high-quality s ### 1.2 Product Features -- **7 Mic Array Technology**: 6+1 MIC array, using Beamforming technology to precisely control the pickup direction, sidelobe suppression up to 40dB, significantly reducing external noise interference. -- **Ultimate Sound Quality Processing**: Processes human voice at a sampling rate of 32KHz/24bit, ensuring high-fidelity output within 8kHz frequency response. -- **Low Latency Experience**: The system delay from microphone input to Line-out output is only 15ms, providing an imperceptible amplification experience for speakers and audience. -- **Noise Reduction and Amplification**: Built-in NS noise reduction and AFC algorithm, providing over 10dB of amplification loudness. +- **7-Microphone Array Technology**: 6+1 MIC array utilizing Beamforming technology to precisely control pickup direction, with sidelobe suppression up to 40dB, significantly reducing external noise interference. +- **Superior Audio Processing**: Processes voice at 32KHz/24bit sampling rate, ensuring highly faithful output within 8kHz frequency response. +- **Low-Latency Experience**: System latency from microphone input to Line-out output is only 15ms, providing seamless amplification experience for both speakers and audience. +- **Noise Reduction and Amplification**: Built-in NS noise reduction and AFC algorithms, providing over 10dB amplification gain. ### 1.3 Product Block Diagram @@ -31,51 +31,51 @@ In public speaking, business meetings, and teaching environments, high-quality s ### 1.4 Microphone Array Parameters -| Parameter | Min Value | Max Value | Unit | +| Parameter | Minimum | Maximum | Unit | | :------------| :------: | :------: | :----: | -| Pickup Radius | 0 | 3 | m | -| Frequency Response | 100 | 10K | Hz | -| Sampling Rate | - | 32 | KHz | -| Microphone Sensitivity | - | -29 | dB | -| Dynamic Range | - | 99 | dB | -| BF Beam Shaping | 20 | 180 | ° | -| Feedback Suppression | 0 | 24 | dB | -| Noise Suppression | 0 | 25 | dB | -| Sidelobe Suppression | 0 | 40 | dB | +| Pickup Radius | 0 | 3 | m | +| Frequency Response | 100 | 10K | Hz | +| Sampling Rate | - | 32 | KHz | +| Microphone Sensitivity | - | -29 | dB | +| Dynamic Range | - | 99 | dB | +| BF Beamforming | 20 | 180 | ° | +| Feedback Suppression | 0 | 24 | dB | +| Noise Suppression | 0 | 25 | dB | +| Sidelobe Suppression | 0 | 40 | dB | ### 1.5 Audio System Parameters -| Parameter | Min Value | Typical Value | Max Value | Unit | +| Parameter | Minimum | Typical | Maximum | Unit | |:---------------|:---------:|:------:|:---------:|:-------:| -| System Delay | - | 15 | - | ms | -| Amplification Loudness | - | 10 | - | dB | -| Automatic Amplification Gain Adjustment | -20 | - | +20 | dB | -| Rated Output Impedance | - | 16 | - | Ω | +| System Latency | - | 15 | - | ms | +| Amplification Gain | - | 10 | - | dB | +| Automatic Amplification Gain Adjustment | -20 | - | +20 | dB | +| Rated Output Impedance | - | 16 | - | Ω | ### 1.6 Absolute Electrical Parameters -| Parameter | Min Value | Max Value | Unit | +| Parameter | Minimum | Maximum | Unit | |:---------------------------|:-------:|:------:|:----:| -| Storage Temperature | -40 | 125 | ℃ | -| Supply Voltage | -0.5 | 3.63 | V | -| Electrostatic Discharge Voltage (Human Body Model) @ TAMB -25℃ | -2 | 2 | KV | -| Electrostatic Discharge Voltage (Charging Device Model) @ TAMB -25℃ | -500 | 500 | V | +| Storage Temperature | -40 | 125 | ℃ | +| Supply Voltage | -0.5 | 3.63 | V | +| ESD Voltage (Human Body Model) @ TAMB -25℃ | -2 | 2 | KV | +| ESD Voltage (Charged Device Model) @ TAMB -25℃ | -500 | 500 | V | -### 1.7 Normal Working Conditions -| Function | Min Value | Max Value | Unit | +### 1.7 Normal Operating Conditions +| Function | Minimum | Maximum | Unit | |:---------|:------:|:------:|:----:| -| Working Temperature | 0 | 70 | ℃ | -| Working Voltage | 3 | 3.6 | V | +| Operating Temperature | 0 | 70 | ℃ | +| Operating Voltage | 3 | 3.6 | V | -### 1.8 Working Current -| Working State | Average Value | Peak Value | Unit | +### 1.8 Operating Current +|Operating State | Average | Peak | Unit | |:---------|:------:|:------:|:----:| -| @5V | 130 | 180 | mA | +| @5V | 130 | 180 | mA | -## Consultation and Feedback +## Inquiry and Feedback
-Click to expand consultation feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1_evb/index.md b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1_evb/index.md index 054f8b8..0b033fb 100644 --- a/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1_evb/index.md +++ b/en/docs/dev_doc/array_mic/ftxu316_la_7mic_v1_evb/index.md @@ -1,28 +1,36 @@ --- +title: A316-LA-7MIC-V1 login: true --- -# FTXU316_LA_7MIC_V1 7MIC Seamless Local Amplification Evaluation Kit +# A316-LA-7MIC-V1 7MIC Seamless Local Amplification Evaluation Board --8<-- "common/phaten_xmos_support_img.md" -## Evaluation Kit Introduction +## Evaluation Board Introduction +**A316-LA-7MIC-V1** is a professional-grade local amplification product designed to meet the needs of public speaking, business conferences, and teaching environments, aiming to provide speakers with an unconstrained amplification experience while ensuring audiences enjoy clear, low-latency audio. **A316-LA-7MIC-V1** consists of two PCBAs: the XU316 mainboard and the 7MIC array microphone audio capture board. For mass production, customers need to develop their own molds for assembly. To facilitate quick evaluation of the **A316-LA-7MIC-V1 7MIC local amplification** performance, we have specially designed this evaluation board for you. + -**FTXU316_LA_7MIC_V1** is a professional local amplification product designed for public speaking, business meetings, and teaching environments. It aims to provide speakers with an unconstrained amplification experience, while ensuring that the audience can enjoy clear and low-latency auditory enjoyment. **FTXU316_LA_7MIC_V1** consists of the XU316 mainboard and the 7MIC array microphone pickup board. For mass product manufacturing, customers need to develop their own molds for assembly. To facilitate customers to quickly evaluate the actual effect of **FTXU316_LA_7MIC_V1 7MIC local amplification**, we have carefully designed this evaluation board for you. -
- -![FTXU316_LA_7MIC_V1 Array Microphone](/assets/images/7mic/FTXU316-LA-7MIC-V1_evaluation_top_mark.png "FTXU316_LA_7MIC_V1 Array Microphone"){width="260"} ![FTXU316_LA_7MIC_V1 Mainboard Interface](/assets/images/7mic/FTXU316-LA-7MIC-V1_evaluation_side_mark.png "FTXU316_LA_7MIC_V1 Mainboard Interface"){width="350"} - +- ![FTXU316_LA_7MIC_V1 Array Microphone](../../../assets/images/7mic/FTXU316-LA-7MIC-V1_evaluation_top_mark.png "FTXU316_LA_7MIC_V1 Array Microphone"){width="260"} ![FTXU316_LA_7MIC_V1 Mainboard Interface](../../../assets/images/7mic/FTXU316-LA-7MIC-V1_evaluation_side_mark.png "FTXU316_LA_7MIC_V1 Mainboard Interface"){width="350"}
-## Detailed Parameters and Usage Information of the Evaluation Kit -For detailed parameters of the evaluation Kit and installation debugging guide, please refer to [FTXU316_LA_7MIC_V1 PCBA Set Detailed Information](../ftxu316_la_7mic_v1/index.md) +## Evaluation Board Detailed Parameters and Usage Information +For detailed parameters and installation/debugging guidance for the evaluation board, please refer to [A316-LA-7MIC-V1 PCBA Kit Details](../ftxu316_la_7mic_v1/index.md) -## Evaluation Kit Purchase: -Product Model | Function Description |Status | Purchase -:----------------- | :--------------------- | :----------------------: | :---------------------: -FTXU316_LA_7MIC_V1 Evaluation Kit | 7MIC Seamless Local Amplification Evaluation Kit | On Sale | [FTXU316_LA_7MIC_V1 Evaluation Kit](https://detail.1688.com/offer/782121048089.html?_t=1714030593860&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0) +## Evaluation Board Purchase: +Product Model | Function Description | Status | Purchase +:--------------------------------- | :--------------------------------- | :---------------------------------: | :---------------------------------: +A316-LA-7MIC-V1 Evaluation Board | 7MIC Seamless Local Amplification Evaluation Board | Coming Soon | Coming Soon -We welcome you to experience our products and feel the infinite charm of technology and sound. \ No newline at end of file +We welcome you to experience our products and feel the infinite charm of technology and sound. + + +## Inquiries and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/en/docs/dev_doc/array_mic/xk_voice_l71/index.md b/en/docs/dev_doc/array_mic/xk_voice_l71/index.md index 45900f5..0fb00e6 100644 --- a/en/docs/dev_doc/array_mic/xk_voice_l71/index.md +++ b/en/docs/dev_doc/array_mic/xk_voice_l71/index.md @@ -1,27 +1,35 @@ --- -title: XMOS XK-VOICE-L71 2MIC Voice Development Evaluation Kit +title: XMOS XK-VOICE-L71 2MIC Voice Development Evaluation Board --- -# XMOS XK-VOICE-L71 2MIC Voice Development Evaluation Kit +# XMOS XK-VOICE-L71 2MIC Voice Development Evaluation Board --8<-- "common/phaten_xmos_support_img.md"
-![XK-VOICE-L71 2MIC Voice Development Evaluation Board](/assets/images/xk_voice_l71/XMOS_XK_VOICE_L71_Rev2.png "XK-VOICE-L71 2MIC Voice Development Evaluation Board"){align=right width=300} +![XK-VOICE-L71 2MIC Voice Development Evaluation Board](../../../assets/images/xk_voice_l71/XMOS_XK_VOICE_L71_Rev2.png "XK-VOICE-L71 2MIC Voice Development Evaluation Board"){align=right width=300} -## Evaluation Board Introduction -The XK-VOICE-L7 voice reference design evaluation kit can be used as a Raspberry Pi HAT integrated with the sample AVS client, or it can independently serve as a USB peripheral connected to the host system. +## Evaluation Board Overview +The XK-VOICE-L7 voice reference design evaluation kit can be used as a Raspberry Pi HAT integrated with the sample AVS client, or as a standalone USB peripheral connected to a host system. ## Features - XU316-1024-QF60A-C24 xcore.ai processor - Raspberry Pi HAT connector -- 2 Infineon IM69D130 MEMS microphones +- 2x Infineon IM69D130 MEMS microphones - 71mm microphone spacing - Microphone mute switch -- Speaker output (linear level) +- Speaker output (line level) - Supports USB / I2S Host interface -## Evaluation Board Detailed Parameters and Materials -For detailed parameters and materials of the official evaluation board, please refer to [XK-VOICE-L71 Detailed Information](https://www.xmos.com/xk-voice-l71) \ No newline at end of file +## Detailed Specifications and Resources +For detailed specifications and resources of the official evaluation board, please refer to [XK-VOICE-L71 Details](https://www.xmos.com/xk-voice-l71) + +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/array_mic/xk_voice_sq66/index.md b/en/docs/dev_doc/array_mic/xk_voice_sq66/index.md index c874992..488c9f4 100644 --- a/en/docs/dev_doc/array_mic/xk_voice_sq66/index.md +++ b/en/docs/dev_doc/array_mic/xk_voice_sq66/index.md @@ -1,16 +1,17 @@ --- -title: XMOS XVF3800 EVALUATION KIT 4MIC Voice Conference Evaluation Kit +title: XMOS XVF3800 EVALUATION KIT 4MIC Voice Conferencing Evaluation Board --- -# XMOS XVF3800 EVALUATION KIT 4MIC Voice Conference Evaluation Kit +# XMOS XVF3800 EVALUATION KIT 4MIC Voice Conferencing Evaluation Board --8<-- "common/phaten_xmos_support_img.md"
-![XMOS XVF3800 EVALUATION KIT 4MIC Voice Conference Evaluation Board](/assets/images/xk_voice_sq66/xk_voice_sq66.png "XMOS XVF3800 EVALUATION KIT 4MIC Voice Conference Evaluation Board"){align=right width=300} -## Evaluation Board Introduction -The XK-VOICE-SQ66 4 Microphone Voice Conference Evaluation Kit is used to evaluate the XVF3800 application. +![XVF3800 EVALUATION KIT 4MIC Voice Conferencing Evaluation Board](../../../assets/images/xk_voice_sq66/xk_voice_sq66.png "XVF3800 EVALUATION KIT 4MIC Voice Conferencing Evaluation Board"){align=right width=300} + +## Evaluation Board Overview +The XK-VOICE-SQ66 4-microphone voice conferencing evaluation kit is designed to evaluate XVF3800 applications.
@@ -19,19 +20,27 @@ The XK-VOICE-SQ66 4 Microphone Voice Conference Evaluation Kit is used to evalua - XU316-1024-QF60A-C24 xcore.ai processor - Raspberry Pi HAT connector -- 2 Infineon IM69D130 MEMS microphones +- 2x Infineon IM69D130 MEMS microphones - 71mm microphone spacing - Microphone mute switch -- Speaker output (linear level) -- Supports USB / I2S Host interface -- A xcore.ai processor -- QSPI flash -- A Digital to Analog Converter (DAC) for audio output -- A USB interface and six PDM microphones. - - These microphones can be configured as a 100mm linear array or a 66mm square four-microphone array to fit different shells. -- An extension connector can be installed, allowing users to connect their own custom microphone array to the device. -- Firmware loading and debugging access is provided through XMOS's standard XSYS2 connector, which supports the XTAG4 debug adapter. -- The board can operate independently, equipped with a 40-pin connector and form factor compliant with HAT specifications, allowing it to be mounted on top of a Raspberry Pi host. +- Speaker output (line level) +- USB / I2S Host interface support +- One xcore.ai processor +- QSPI flash memory +- One digital-to-analog converter (DAC) for audio output +- One USB interface with 6 PDM microphones + - These microphones can be configured as a 100mm linear array or a 66mm square four-microphone array to accommodate different enclosures +- Expansion connector can be installed, enabling users to connect their own custom microphone arrays to the device +- Firmware loading and debug access provided via XMOS standard XSYS2 connector, which supports the XTAG4 debug adapter +- The board can operate standalone, equipped with a 40-pin HAT-compliant connector and form factor, allowing it to be mounted on top of a Raspberry Pi host -## Evaluation Board Detailed Parameters and Materials -For detailed parameters and materials of the official evaluation board, please refer to [XVF3800 EVALUATION KIT Detailed Information](https://www.xmos.com/xk-voice-sq66) \ No newline at end of file +## Evaluation Board Detailed Specifications and Resources +For detailed specifications and resources of the official evaluation board, please refer to [XVF3800 EVALUATION KIT Details](https://www.xmos.com/xk-voice-sq66) + +## Consultation and Feedback +
+Click to expand consultation and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/datasheet/index.md b/en/docs/dev_doc/datasheet/index.md index 9946496..d01194b 100644 --- a/en/docs/dev_doc/datasheet/index.md +++ b/en/docs/dev_doc/datasheet/index.md @@ -8,4 +8,4 @@ hide: -Core Modules Datasheets +Core Module Datasheets diff --git a/en/docs/dev_doc/datasheet/modules/a316_1926_v1_datasheet.md b/en/docs/dev_doc/datasheet/modules/a316_1926_v1_datasheet.md index dcde0bd..b22a016 100644 --- a/en/docs/dev_doc/datasheet/modules/a316_1926_v1_datasheet.md +++ b/en/docs/dev_doc/datasheet/modules/a316_1926_v1_datasheet.md @@ -16,20 +16,20 @@ __USB HiFi Decoder Dedicated XU316 Module with Integrated 45.158MHz and 49.152MH
![A316-1926-V1 USB Multi-channel Audio Decoder Module](/assets/images/hifi_audio/a316_1926v1.png "A316-1926-V1 USB Multi-channel Audio Decoder Module"){align=right width=200 style="float: right; margin: 0 80px 0 80px;"} -## 1. Product Overview +## 1. Product Introduction ### 1.1 Product Description -- A316-1926V1 is a USB multi-channel high-definition audio decoder module. The module uses XMOS XU316-1024-QF60BC24 chip and integrates a high-precision DC-DC chip that outputs 1.8V and 0.9V to power the XU316. The module integrates 45.158MHz and 49.152MHz active crystals to meet different high-definition audio sampling rate requirements. The module includes a built-in 24MHz crystal and 16Mbit Flash required by XU316 for storing audio firmware. -- A316-1926V1 provides a USB Audio device with USB 2.0 interface compatible with both Full-speed and High-speed modes. In USB 2.0 asynchronous mode, it supports sampling rates up to 768 KHz. -- Combined with different firmware, A316-1926V1 can process up to 6 channels of SPDIF high-definition audio and 2 channels of I2S high-definition audio signals, meeting the requirements of various high-definition audio decoders. +- A316-1926V1 is a USB multi-channel high-definition audio decoder module. The module uses XMOS's XU316-1024-QF60BC24 chip and integrates a high-precision DC-DC chip that outputs 1.8V and 0.9V to power the XU316. The module incorporates 45.158MHz and 49.152MHz active crystals to meet different high-definition audio sampling rate requirements. The module includes a built-in 24MHz crystal and 16Mbit Flash for the XU316 to store audio firmware. +- A316-1926V1 provides a USB Audio device compatible with USB 2.0 full-speed and high-speed interfaces. In USB 2.0 asynchronous mode, it supports sampling rates up to 768 KHz. +- With different firmware, A316-1926V1 can process up to 6 channels of SPDIF high-definition audio and 2 channels of I2S high-definition audio signals, meeting the demands of various high-definition audio decoder applications.
### 1.2 Product Features - **Hardware Configuration** - - Integrates high-precision DC-DC chip; module requires only 3.3V external power supply - - Integrates 45.158MHz and 49.152MHz active crystals to meet HiFi application requirements - - Integrates 16Mbit QSPI Flash for firmware and data storage + - Integrated high-precision DC-DC chip, external module only requires 3.3V power supply + - Integrated 45.158MHz and 49.152MHz active crystals to meet HiFi application requirements + - Integrated 16Mbit QSPI Flash for firmware and data storage - **USB Interface Features** - USB 2.0 (Full-speed and High-speed) - USB Audio Class 1.0 @@ -44,17 +44,17 @@ __USB HiFi Decoder Dedicated XU316 Module with Integrated 45.158MHz and 49.152MH
-### 1.4 Specifications +### 1.4 Specification Description -| Specification Item | Description -| :----------------------------| :---------- -| Product Name | A316-1926-V1 -| Product Description | USB HiFi Decoder Dedicated XU316 Module -| Clock | 48.152MHz/49.152MHz Active Crystal Oscillator -| Package Type | SMT Castellated Holes -| Environmental Compliance | All hardware components fully comply with EU RoHS directive +| Specification Item | Description +| :------------------------| :---------- +| Product Name | A316-1926-V1 +| Product Description | XU316 Module for USB HiFi Decoders +| Clock | 48.152MHz/49.152MHz Active Crystal Clock +| Package Type | SMT Castellated Holes +| Environmental Compliance | All hardware components fully comply with EU RoHS Directive @@ -134,7 +134,7 @@ PCB Dimensions: 19.5±0.3mm(L)X26±0.3mm(W)X0.8±0.1mm(H) -### 3.2 Module Footprint Diagram +### 3.2 Module Footprint
![A316-1926-V1 Footprint Diagram](/assets/images/hifi_audio/a316_1926v1_module_size.png "A316-1926-V1 Footprint Diagram"){width=300}
@@ -157,9 +157,9 @@ Tray + Outer Box Packaging | V1.1 | 2025-05-07 | Removed software-related feature descriptions | | | | | | | -## 7. Consultation & Feedback +## 7. Inquiry and Feedback
-Click to Expand Consultation & Feedback Form +Click to Expand Inquiry and Feedback Form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/datasheet/modules/a316_codec_v1_datasheet.md b/en/docs/dev_doc/datasheet/modules/a316_codec_v1_datasheet.md index 1fd0ce2..706c88e 100644 --- a/en/docs/dev_doc/datasheet/modules/a316_codec_v1_datasheet.md +++ b/en/docs/dev_doc/datasheet/modules/a316_codec_v1_datasheet.md @@ -14,12 +14,12 @@ __XMOS XU316 Module with Integrated Codec for Microphone Applications__ -## 1. Product Overview +## 1. Product Introduction ### 1.1 Product Description -![A316-Codec-V1 USB Multi-channel Audio Decoder Module](/assets/images/hifi_audio/a316_codec_v1.png "A316-Codec-V1 USB Audio Capture and Playback Module"){ width=350 style="float: right; margin: 0 0 0 0;" } +![A316-Codec-V1 USB Multi-Channel Audio Decoder Module](/assets/images/hifi_audio/a316_codec_v1.png "A316-Codec-V1 USB Voice Recording and Playback Module"){ width=350 style="float: right; margin: 0 0 0 0;" } -- A316-Codec-V1 is a module specifically designed for USB microphone applications, integrating the XMOS XU316 processor and 88L21 high-performance audio codec, providing exceptional audio processing performance. -- The module integrates high-precision DC-DC power circuits that output 3.3V, 1.8V, and 0.9V to power the XU316, requiring only a direct 5V input externally, significantly simplifying the design complexity of the carrier board application. +- A316-Codec-V1 is a module specifically designed for USB microphone applications, integrating the XMOS XU316 processor and the 88L21 high-performance audio codec, delivering exceptional audio processing performance. +- The module integrates a high-precision DC-DC power circuit that outputs 3.3V, 1.8V, and 0.9V to power the XU316. External input only requires a 5V power supply, significantly simplifying the design complexity of baseboard applications. - The module supports external single-ended and differential microphone inputs and provides stereo audio output, suitable for various audio capture and playback application scenarios. - The module is equipped with 16Mbit Flash memory for storing audio firmware and system configuration, supporting firmware upgrade functionality. - Provides USB 2.0 interface, supports full-speed and high-speed modes, implements USB Audio device functionality, and is compatible with multiple operating systems. @@ -53,16 +53,16 @@ __XMOS XU316 Module with Integrated Codec for Microphone Applications__
Figure 1: A316-Codec-V1 System Block Diagram
-### 1.4 Specifications +### 1.4 Specification Description -| Specification Item | Description | -|:---------------------|:---------------------------------| -| Product Name | A316-Codec-V1 | -| Product Description | USB Microphone and Audio I/O Module | -| Core Processor | XMOS XU316-1024-QF60BC24 | -| Audio Codec | NAU88L21 High-Performance Codec | -| Package Type | Compatible with SMT and Pin Header | -| Environmental Compliance | Compliant with RoHS Directive | +| Specification Item | Description | +|:------------------------|:---------------------------------| +| Product Name | A316-Codec-V1 | +| Product Description | USB Microphone and Audio Input/Output Module | +| Core Processor | XMOS XU316-1024-QF60BC24 | +| Audio Codec | NAU88L21 High-Performance Codec | +| Package Type | Compatible with SMT and Pin Header | +| Environmental Standard | Complies with RoHS Directive | ### 1.5 Absolute Maximum Ratings | Parameter | Minimum | Maximum | Unit | @@ -131,10 +131,10 @@ __XMOS XU316 Module with Integrated Codec for Microphone Applications__ ### 3.1 Module Dimensions PCB Dimensions: 18.0±0.2(L)X35.16±0.2(W)X1.0±0.1(H) mm -### 3.2 Module Footprint Diagram +### 3.2 Module Footprint
- ![A316-Codec-V1 Footprint Diagram](/assets/images/hifi_audio/a316_codec_v1_size.png "A316-Codec-V1 Footprint Diagram"){width=600} -
Figure 3: A316-Codec-V1 Footprint Dimensions
+ ![A316-Codec-V1 Footprint](/assets/images/hifi_audio/a316_codec_v1_size.png "A316-Codec-V1 Footprint"){width=600} +
Figure 3: A316-Codec-V1 Package Dimensions
## 4. Typical Application Schematic @@ -144,7 +144,7 @@ PCB Dimensions: 18.0±0.2(L)X35.16±0.2(W)X1.0±0.1(H) mm
Figure 4: A316-Codec-V1 Typical Application Schematic
-This schematic shows the typical connection method of the A316-Codec-V1 module in USB microphone applications. The module connects to host devices (such as computers or smartphones) via USB interface, enabling bidirectional transmission of digital audio. Only 5V power input is required externally, and the module's internal DC-DC power management circuit automatically converts to the operating voltages required by XU316 and 88L21. The microphone input port supports single-ended or differential microphone connections, and the stereo output can connect to headphones. The integrated high-performance codec in the module ensures audio quality while simplifying external circuit design. +This schematic illustrates the typical connection method for the A316-Codec-V1 module in USB microphone applications. The module connects to a host device (such as a computer or smartphone) through the USB interface, enabling bidirectional digital audio transmission. External input only requires 5V power supply, and the module's internal DC-DC power management circuit automatically converts to the operating voltages required by the XU316 and 88L21. The microphone input port supports connecting single-ended or differential microphones, and the stereo output can connect to headphones. The module's integrated high-performance codec ensures audio quality while simplifying external circuit design. ## 5. Product Packaging Information Tray + Outer Box Packaging @@ -162,9 +162,9 @@ Tray + Outer Box Packaging | V1.0 | 2025-05-07 | Initial Release | | | | | | | -## 7. Consultation & Feedback +## 7. Inquiry and Feedback
-Click to Expand Consultation & Feedback Form +Click to Expand Inquiry and Feedback Form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/datasheet/modules/a316_mini_v1_datasheet.md b/en/docs/dev_doc/datasheet/modules/a316_mini_v1_datasheet.md index 93861ca..4086a76 100644 --- a/en/docs/dev_doc/datasheet/modules/a316_mini_v1_datasheet.md +++ b/en/docs/dev_doc/datasheet/modules/a316_mini_v1_datasheet.md @@ -18,19 +18,19 @@ __Minimum Footprint XU316 Mini Module__
![A316-Mini-V1 USB Module](/assets/images/hifi_audio/a316_mini.png "A316-Mini-V1 USB High-Definition Audio Decoder Module"){align=right width=150} -## 1. Product Overview +## 1. Product Introduction ### 1.1 Product Description -- A316-Mini-V1 is a Mini module designed for compact products, with module dimensions of only 13mm x 13mm, specifically designed for high-end audio systems with space constraints. -- The module integrates XU316-1024-QF60BC24 chip, with built-in 24MHz crystal and 16Mbit Flash required by XU316 for firmware storage. -- Combined with different firmware, A316-Mini-V1 can meet various audio application requirements. +- A316-Mini-V1 is a Mini module designed for small-sized products with dimensions of only 13mm x 13mm, specifically designed for space-constrained high-end audio systems. +- The module integrates the XU316-1024-QF60BC24 chip and includes a built-in 24MHz crystal and 16Mbit Flash for firmware storage. +- With different firmware, A316-Mini-V1 can meet various audio application solution requirements.
### 1.2 Product Features - **Hardware Configuration** - - 3.3V, 1.8V, 0.9V power supply - - Integrates 16Mbit QSPI Flash for firmware and data storage + - 3.3V, 1.8V, 0.9V Power Supply + - Integrated 16Mbit QSPI Flash for firmware and data storage - **USB Interface Features** - USB 2.0 (Full-speed and High-speed) - USB Audio Class 1.0 @@ -45,16 +45,16 @@ __Minimum Footprint XU316 Mini Module__
-### 1.4 Specifications +### 1.4 Specification Description -| Specification Item | Description -| :----------------------------| :---------- -| Product Name | A316-Mini-V1 -| Product Description | Ultra-compact XU316 Module -| Package Type | SMT LGA -| Environmental Compliance | All hardware components fully comply with EU RoHS directive +| Specification Item | Description +| :------------------------| :---------- +| Product Name | A316-Mini-V1 +| Product Description | Ultra-Compact XU316 Module +| Package Type | SMT LGA +| Environmental Compliance | All hardware components fully comply with EU RoHS Directive @@ -161,9 +161,9 @@ PCB Dimensions: 13±0.1mm(L)X13±0.1mm(W)X0.8±0.1mm(H) -### 3.2 Module Footprint Diagram +### 3.2 Module Footprint
- ![A316-Mini-V1 Footprint Diagram](/assets/images/hifi_audio/a316_size.png "A316-Mini-V1 Footprint Diagram"){width=600} + ![A316-Mini-V1 Footprint](/assets/images/hifi_audio/a316_size.png "A316-Mini-V1 Footprint"){width=600}
@@ -190,9 +190,9 @@ Tray + Outer Box Packaging | V1.0 | 2025-05-07 | Initial Release | | | V1.1 | 2025-10-07 | Added minimum system reference design | | -## 8. Consultation & Feedback +## 8. Inquiry and Feedback
-Click to Expand Consultation & Feedback Form +Click to Expand Inquiry and Feedback Form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65211_vc1.md b/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65211_vc1.md new file mode 100644 index 0000000..3c61f9f --- /dev/null +++ b/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65211_vc1.md @@ -0,0 +1,232 @@ +--- +title: DNR6521x-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interfaces +description: DNR6521x-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interfaces Datasheet +author: Technical Documentation Department +date: 2025-05-14 +print_page: true +--- + +--8<-- "common/phaten_xmos_support_img.md" +
+
+ +# DNR6521x-VC1 +__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interfaces__ + +
+
+## 1. Introduction + +### 1.1 Product Description + +DNR65211 is a high-performance AI deep noise reduction product based on XMOS processor architecture, designed to provide audio equipment manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. + +- The strong noise reduction model employs deep neural network architecture to effectively process various stationary and non-stationary noises in complex acoustic environments, achieving maximum noise suppression while ensuring high voice fidelity +- The singing noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while completely preserving vocal characteristics +- The product supports I2S audio input and can simultaneously output to USB and I2S interfaces, widely applicable to live streaming equipment, conference systems, recording devices, outdoor sports DV, and other application fields + +### 1.2 Product Features + +**Audio Performance Features** + +- AI Deep Noise Reduction + - Eliminates various stationary and non-stationary noises, adapts to complex acoustic environments + - Effectively eliminates sudden noises such as key sounds, keyboard sounds, footstep sounds +- Dual AI Noise Reduction Models + - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, etc. + - Singing noise reduction model suitable for indoor live streaming, singing or interview scenarios +- Ultra-Low Latency Real-Time Processing + - Strong noise reduction model latency <50ms, meets audio-video synchronization requirements + - Singing noise reduction model latency <11ms, meets strict live singing requirements +- High-Fidelity Voice Restoration + - Strong noise reduction model completely preserves voice characteristics + - Singing noise reduction model not only completely preserves voice characteristics but also completely preserves singing tail tones + +**USB Interface Features** + +- Supports UAC 2.0 +- Supports OTG connection +- Plug and play, no driver installation required +- Supports HID configuration + +**System Compatibility** + +- Supports multiple operating systems such as Windows, Linux, Android, macOS, and iOS +- No special driver installation required + +**Codec Support** + +- Supports NAU88l21 + +### 1.3 Application Scenarios + +- Live Streaming Equipment + - Effectively suppresses various environmental noises, adapts to diverse live streaming scenarios +- Gaming Headsets + - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear teammate communication experience +- Outdoor Sports Equipment + - Suppresses wind noise and environmental noise interference in sports scenarios, providing clear calling and recording experience for outdoor sports enthusiasts +- Outdoor Recording Equipment + - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional requirements for on-site interviews and content creation +- Conference System Equipment + - Processes background noise such as air conditioning sounds and footstep sounds in office environments +- Communication Devices + - Suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience + +### 1.4 Product Functional Block Diagram + +
+ ![DNR65211 Block Diagram](/assets/images/hifi_audio/dnr65211_diagram.png "DNR6521x-VC1 Block Diagram"){width=600} +
Figure 1: DNR6521x-VC1 Block Diagram
+
+ +### 1.5 Ordering Information + +| PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | +|:--------|:----------------|:-------------|:-----------|:------------|:------------| +| DNR65211-VC1 | DNR65211-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | Single-channel ultra-low latency AI deep noise reduction processor with integrated USB and I2S interfaces, singing + strong noise reduction models, 3-level noise reduction | +| DNR65212-VC1 | DNR65212-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | Single-channel ultra-low latency AI deep noise reduction processor with integrated USB and I2S interfaces, strong noise reduction model, 2-level noise reduction | + +## 2. Modes and Specifications + +### 2.1 Supported Input/Output Modes + +| Mode Number | Input/Output Mode | Description | +|:--------:|:------------------------|:------------------------| +| 1 | I²S In(Master) → Ai DNR → USB(UAC2.0)
I²S In(Master) → Ai DNR → I²S Out(Master) | Supports USB and I²S input, USB and I²S output, internal AI noise reduction | + +### 2.2 Detailed Parameters for Each Operating Mode + +#### 2.2.1 USB(UAC2.0) ←→ I²S(Master) Mode + +**Input/Output Parameters:** + +| Parameter | Input/Output | Input/Output | +|:---------|:-------------|:-------------| +| **Interface** | USB Audio Class 2.0 | I²S(Master) | +| **Audio Format** | PCM | PCM | +| **Sampling Rate** | 48KHz/24bit | 48kHz/24bit | +| **Bit Depth** | Fixed 24bit | Fixed 24bit | + +#### 2.2.2 Supported Codec + +- This product is compatible with NAU88l21 codec + +### 2.3 Noise Reduction Performance Comparison +!!! info "" +
+ + | Comparison Dimension | DNR65211 Strong Noise Reduction Model | DNR65211 Singing Noise Reduction Model | Traditional Noise Reduction Technology | + |----------------|---------------------------------------------|-----------------------------------------------|----------------------------------| + | **Technical Principle** | Deep neural network architecture, AI algorithm real-time spectrum analysis, intelligent voice and noise component identification | Based on strong noise reduction model, specially optimized for music scene processing, preserves singing tone and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | + | **Processing Latency** | < 50ms meets audio-video synchronization | < 11ms ultra-low latency | Medium latency | + | **Noise Processing Capability** | Effectively processes stationary and non-stationary noise | Specially optimized for music content processing | Limited capability for non-stationary noise | + | **Voice Fidelity** | Completely preserves voice characteristics | Completely preserves singing tail tone details | Possible audio quality loss | + | **Environmental Adaptability** | Processes various complex acoustic environments | Specially optimized for music scenarios | Suitable for relatively stable acoustic environments | + | **Typical Applications** | Outdoor live streaming equipment, gaming headsets, conference systems, professional recording equipment | Indoor live streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, basic conference equipment, basic audio processing | + +
+ + + +## 3. Pin Configuration and Functions + +### 3.1 DNR65211_VC1 Pin Layout + +
+ ![DNR6521x-VC1 Pin Diagram](/assets/images/hifi_audio/a316_pin.png "DNR6521x-VC1 Pin Diagram"){width=400} +
Figure 2: DNR65211_VC1 Pin Layout Diagram
+
+ +### 3.2 DNR65211_VC1 Pin Description + +| Pin Number | Name | Type | Function | +|:--------:|:----------|:------|:-----------------------------| +| 1 | 3.3V | P | Module 3.3V power supply | +| 2 | X1D13 | I/O | NC | +| 3 | X1D16 | I/O | NC | +| 4 | GND | P | Module ground | +| 5 | X1D17 | I/O | NC | +| 6 | X1D18 | I/O | NC | +| 7 | X1D19 | I/O | NC | +| 8 | X1D22 | I/O | NC | +| 9 | X0D29 | I/O | Active low

DNR65211 function definition
{Low noise level LED indicator
Slow blink: Singing noise reduction model
Constant on: Strong noise reduction model}

DNR65212 function definition
{Noise reduction off LED indicator, constant on} | +| 10 | X0D35 | I | I²S_IN_SCLK(MASTER, connect to NAU88L21) | +| 11 | X0D36 | I | I²S_IN_LRCLK(MASTER, connect to NAU88L21) | +| 12 | X0D37 | I/O | I²S_IN_DATA0(MASTER, connect to NAU88L21) | +| 13 | X0D38 | O | I²S_OUT_DATA0(MASTER, connect to NAU88L21) | +| 14 | X0D40 | I/O | Active low

DNR65211 function definition
{Short press to cycle through noise reduction strength: Off, Low, Medium, High
Long press: Switch noise reduction model}

DNR65212 function definition
{Short press to cycle through noise reduction strength: Off, Low, High} | +| 15 | X0D39 | I | I²S_OUT_MCLK(MASTER, connect to NAU88L21) | +| 16 | X0D42 | I/O | Microphone MUTE_SW, active low, turns off MIC input | +| 17 | X0D41 | I/O | Microphone volume +, active low | +| 18 | X0D43 | I/O | Microphone volume -, active low | +| 19 | X1D34 | I/O | NC | +| 20 | GND | P | Module ground | +| 21 | X0D30 | I/O | Active low

DNR65211 function definition
{Medium noise level LED indicator
Slow blink: Singing noise reduction model
Constant on: Strong noise reduction model}

DNR65212 function definition
{Low noise level LED indicator, constant on} | +| 22 | X0D31 | I/O | Active low

DNR65211 function definition
{High noise level LED indicator
Slow blink: Singing noise reduction model
Constant on: Strong noise reduction model}

DNR65212 function definition
{High noise level LED indicator, constant on} | +| 23 | X0D32 | I/O | SPK volume +, active low | +| 24 | X0D33 | I/O | SPK volume -, active low | +| 25 | GND | P | Module ground | +| 26 | GND | P | Module ground | +| 27 | GND | P | Module ground | +| 28 | X0D00 | I/O | I2C_SCL(connect to NAU88L21) | +| 29 | X0D11 | I/O | I2C_SDA(connect to NAU88L21) | +| 30 | X1D00 | I/O | NC | +| 31 | X1D01 | I/O | NC | +| 32 | GND | P | Module ground | +| 33 | X1D09 | I/O | NC | +| 34 | X1D10 | I/O | NC | +| 35 | X1D11 | O | XU316 internal clock output, connect to X0D39 | +| 36 | GND | P | Module ground | +| 37 | GND | P | Module ground | +| 38 | TDI | I/O | XTAG debug pin | +| 39 | TDO | I/O | XTAG debug pin | +| 40 | TMS | I/O | XTAG debug pin | +| 41 | TCK | I/O | XTAG debug pin | +| 42 | RST_N | I/O | System reset, active low | +| 43 | 1.8V | P | Module 1.8V power supply | +| 44 | GND | P | Module ground | +| 45 | USB_DM | I/O | USB_DM | +| 46 | USB_DP | I/O | USB_DP | +| 47 | GND | P | Module ground | +| 48 | 0.9V | P | Module 0.9V power supply | +| 49 | GND | P | Module ground | +| 50 | GND | P | Module ground | +| 51 | GND | P | Module ground | +| 52 | GND | P | Module ground | + +!!! info "Pin Type Description" + I/O types in table: I=Input, O=Output, P=Power, I/O=Input/Output + +## 4. Hardware Parameters + +### 4.1 Normal Operating Conditions + +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + +### 4.2 Product Dimensions +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +### 4.3 Module Package Diagram +
+ ![A316-Mini-V1 Package Diagram](/assets/images/hifi_audio/a316_size.png "A316-Mini-V1 Package Diagram"){width=400} +
+
+ +## 5 Product Packaging Information +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:package" + +## 6. Revision History + +| Version | Date | Description | Author | +|:------|:-------------|:---------------------------------------|:-------------| +| V1.0 | 2025-08-10 | Initial version release | | +| | | | | + +## 7. Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65221_vc1.md b/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65221_vc1.md index 92bfcfd..f36dde3 100644 --- a/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65221_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65221_vc1.md @@ -1,6 +1,6 @@ --- -title: DNR65221-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and PDM Interfaces -description: DNR65221-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and PDM Interfaces Datasheet +title: DNR65221-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and PDM Interface +description: DNR65221-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and PDM Interface Datasheet author: Technical Documentation Department date: 2025-05-14 print_page: true @@ -11,7 +11,7 @@ print_page: true
# DNR65221-VC1 -__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and PDM Interfaces__ +__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and PDM Interface__
@@ -19,53 +19,53 @@ __Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integr ### 1.1 Product Description -DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS processor architecture, designed to provide audio equipment manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. +DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS processor architecture, designed to provide exceptional audio processing capabilities for audio device manufacturers. The product integrates two independently optimized AI noise reduction models. -- The strong noise reduction model employs deep neural network architecture to effectively process various stationary and non-stationary noises in complex acoustic environments, achieving maximum noise suppression while ensuring high voice fidelity -- The singing noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while completely preserving vocal characteristics -- The product supports PDM audio input and can output to USB interface, widely applicable to live streaming equipment, conference systems, recording devices, outdoor sports DV, and other application fields +- The Strong Noise Reduction model employs a deep neural network architecture capable of effectively processing various stationary and non-stationary noises in complex acoustic environments, achieving maximum noise suppression while ensuring high voice fidelity +- The Singing Noise Reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while completely preserving vocal characteristics +- The product supports PDM audio input with simultaneous output to USB interface, widely applicable to live streaming devices, conference systems, recording equipment, outdoor sports cameras, and many other application fields ### 1.2 Product Features **Audio Performance Features** - AI Deep Noise Reduction - - Eliminates various stationary and non-stationary noises, adapts to complex acoustic environments - - Effectively eliminates sudden noises such as key sounds, keyboard sounds, footstep sounds + - Eliminates various stationary and non-stationary noises, adapting to complex acoustic environments + - Effectively eliminates sudden noises such as button clicks, keyboard typing, and footsteps - Dual AI Noise Reduction Models - - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, etc. - - Singing noise reduction model suitable for indoor live streaming, singing or interview scenarios + - Strong Noise Reduction model for complex acoustic scenarios: outdoor recording, gaming, and similar scenes + - Singing Noise Reduction model for indoor live singing or interview scenarios - Ultra-Low Latency Real-Time Processing - - Strong noise reduction model latency <50ms, meets audio-video synchronization requirements - - Singing noise reduction model latency <11ms, meets strict live singing requirements -- High-Fidelity Voice Restoration - - Strong noise reduction model completely preserves voice characteristics - - Singing noise reduction model not only completely preserves voice characteristics but also completely preserves singing tail tones + - Strong Noise Reduction model latency <50ms, meeting lip-sync requirements + - Singing Noise Reduction model latency <11ms, meeting strict live singing requirements +- High-Fidelity Voice Reproduction + - Strong Noise Reduction model completely preserves voice characteristics + - Singing Noise Reduction model not only preserves voice characteristics but also completely retains vocal trailing tones **USB Interface Features** - Supports UAC 2.0 - Supports OTG connection -- Plug and play, no driver installation required +- Plug-and-play, no driver installation required - Supports HID configuration **System Compatibility** -- Supports multiple operating systems such as Windows, Linux, Android, macOS, and iOS +- Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS - No special driver installation required ### 1.3 Application Scenarios -- Live Streaming Equipment - - Effectively suppresses various environmental noises, adapts to diverse live streaming scenarios +- Live Streaming Devices + - Effectively suppresses various environmental noises, adapting to diverse streaming scenarios - Gaming Headsets - - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear teammate communication experience + - Eliminates keyboard noise, mouse clicks, and background noise, providing clear teammate communication experience - Outdoor Sports Equipment - - Suppresses wind noise and environmental noise interference in sports scenarios, providing clear calling and recording experience for outdoor sports enthusiasts + - Suppresses wind noise and environmental noise interference in sports scenarios, providing clear call and recording experience for outdoor sports enthusiasts - Outdoor Recording Equipment - - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional requirements for on-site interviews and content creation + - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for on-site interviews and content creation - Conference System Equipment - - Processes background noise such as air conditioning sounds and footstep sounds in office environments + - Processes background noises such as air conditioning and footsteps in office environments - Communication Devices - Suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience @@ -80,7 +80,7 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS | PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | |:--------|:----------------|:-------------|:-----------|:------------|:------------| -| DNR65221-VC1 | DNR65221-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | Single-channel ultra-low latency AI deep noise reduction processor with integrated USB and PDM interfaces | +| DNR65221-VC1 | DNR65221-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and PDM Interface | ## 2. Modes and Specifications @@ -88,11 +88,11 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| -| 1 | I²S In(Master) → USB(UAC2.0)
I²S In(Master) → I²S Out(Master) | Supports USB and I²S input, USB and I²S output, internal AI noise reduction | +| 1 | I²S In(Master) → USB(UAC2.0)
I²S In(Master) → I²S Out(Master) | Supports USB and I²S input, USB and I²S output, with internal AI noise reduction | ### 2.2 Detailed Parameters for Each Operating Mode -#### 2.2.1 USB(UAC2.0) ←→ I²S(Master) Mode +#### 2.2.1 USB(UAC2.0) ←→ I²S(Master) Mode **Input/Output Parameters:** @@ -100,7 +100,7 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS |:---------|:-------------|:-------------| | **Interface** | USB Audio Class 2.0 | I²S(Master) | | **Audio Format** | PCM | PCM | -| **Sampling Rate** | 48KHz/24bit | 48kHz/24bit | +| **Sample Rate** | 48KHz/24bit | 48kHz/24bit | | **Bit Depth** | Fixed 24bit | Fixed 24bit | @@ -109,13 +109,13 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS
| Comparison Dimension | Strong Noise Reduction Model | Singing Noise Reduction Model | Traditional Noise Reduction Technology | - |----------------|---------------------------------------------|-----------------------------------------------|----------------------------------| - | **Technical Principle** | Deep neural network architecture, AI algorithm real-time spectrum analysis, intelligent voice and noise component identification | Based on strong noise reduction model, specially optimized for music scene processing, preserves singing tone and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | - | **Processing Latency** | < 50ms meets audio-video synchronization | < 11ms ultra-low latency | Medium latency | - | **Noise Processing Capability** | Effectively processes stationary and non-stationary noise | Specially optimized for music content processing | Limited capability for non-stationary noise | - | **Voice Fidelity** | Completely preserves voice characteristics | Completely preserves singing tail tone details | Possible audio quality loss | + |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| + | **Technical Principle** | Deep neural network architecture, AI algorithm analyzes spectral features in real-time, intelligently identifying voice and noise components | Based on Strong Noise Reduction model, specially optimized for music scene processing, preserving vocal pitch and timbre characteristics | Frequency domain filtering methods, based on statistical models and fixed algorithm parameters | + | **Processing Latency** | < 50ms, meeting lip-sync requirements | < 11ms, ultra-low latency | Moderate latency | + | **Noise Processing Capability** | Effectively processes stationary and non-stationary noise | Specially optimized for music content processing | Limited capability for non-stationary noise processing | + | **Voice Fidelity** | Completely preserves voice characteristics | Completely preserves vocal trailing tone details | May experience audio quality loss | | **Environmental Adaptability** | Processes various complex acoustic environments | Specially optimized for music scenarios | Suitable for relatively stable acoustic environments | - | **Typical Applications** | Outdoor live streaming equipment, gaming headsets, conference systems, professional recording equipment | Indoor live streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, basic conference equipment, basic audio processing | + | **Typical Applications** | Outdoor streaming devices, gaming headsets, conference systems, professional recording equipment | Indoor streaming devices, karaoke equipment, music recording, online interview systems | Traditional telephone systems, basic conference equipment, fundamental audio processing |
@@ -127,7 +127,7 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS
![DNR65221-VC1 Pin Diagram](/assets/images/hifi_audio/a316_pin.png "DNR65221-VC1 Pin Diagram"){width=400} -
Figure 2: DNR65221_VC1 Pin Layout Diagram
+
Figure 2: DNR65221_VC1 Pin Arrangement Diagram
### 3.2 DNR65221_VC1 Pin Description @@ -142,20 +142,20 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS | 6 | X1D18 | I/O | NC | | 7 | X1D19 | I/O | NC | | 8 | X1D22 | I/O | NC | -| 9 | X0D29 | I/O | Active low
Low noise level LED indicator
Slow blink: Singing noise reduction model
Constant on: Strong noise reduction model | +| 9 | X0D29 | I/O | Active low
Low noise reduction level LED indicator
Slow flash: Singing Noise Reduction model.
Steady on: Strong Noise Reduction model | | 10 | X0D35 | I | NC | | 11 | X0D36 | I | NC | | 12 | X0D37 | I/O | NC | | 13 | X0D38 | O | NC | -| 14 | X0D40 | I/O | Active low
Short press to cycle through noise reduction strength: Off, Low, Medium, High
Long press: Switch noise reduction model | +| 14 | X0D40 | I/O | Active low
Short press to cycle through noise reduction intensity: Off, Low, Medium, High.
Long press: Switch noise reduction model. | | 15 | X0D39 | I | NC | | 16 | X0D42 | I/O | Microphone MUTE_SW, active low | | 17 | X0D41 | I/O | Microphone volume +, active low | | 18 | X0D43 | I/O | Microphone volume -, active low | | 19 | X1D34 | I/O | NC | | 20 | GND | P | Module ground | -| 21 | X0D30 | I/O | Active low
Medium noise level LED indicator
Slow blink: Singing noise reduction model
Constant on: Strong noise reduction model | -| 22 | X0D31 | I/O | Active low
High noise level LED indicator
Slow blink: Singing noise reduction model
Constant on: Strong noise reduction model | +| 21 | X0D30 | I/O | Active low
Medium noise reduction level LED indicator
Slow flash: Singing Noise Reduction model.
Steady on: Strong Noise Reduction model | +| 22 | X0D31 | I/O | Active low
High noise reduction level LED indicator
Slow flash: Singing Noise Reduction model.
Steady on: Strong Noise Reduction model | | 23 | X0D32 | I/O | PDM_DATA IN | | 24 | X0D33 | I/O | NC | | 25 | GND | P | Module ground | @@ -168,13 +168,13 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS | 32 | GND | P | Module ground | | 33 | X1D09 | I/O | NC | | 34 | X1D10 | I/O | NC | -| 35 | X1D11 | I/O | XU316 internal clock output, connect to X0D39 | +| 35 | X1D11 | I/O | XU316 internal clock output, connects to X0D39 | | 36 | GND | P | Module ground | | 37 | GND | P | Module ground | -| 38 | TDI | I/O | XTAG debug pin | -| 39 | TDO | I/O | XTAG debug pin | -| 40 | TMS | I/O | XTAG debug pin | -| 41 | TCK | I/O | XTAG debug pin | +| 38 | TDI | I/O | XTAG debug PIN | +| 39 | TDO | I/O | XTAG debug PIN | +| 40 | TMS | I/O | XTAG debug PIN | +| 41 | TCK | I/O | XTAG debug PIN | | 42 | RST_N | I/O | System reset, active low | | 43 | 1.8V | P | Module 1.8V power supply | | 44 | GND | P | Module ground | @@ -188,7 +188,7 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS | 52 | GND | P | Module ground | !!! info "Pin Type Description" - I/O types in table: I=Input, O=Output, P=Power, I/O=Input/Output + I/O type definitions in the table: I=Input, O=Output, P=Power, I/O=Input/Output ## 4. Hardware Parameters @@ -205,14 +205,14 @@ DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS
-## 5 Product Packaging Information +## 5. Product Packaging Information --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:package" ## 6. Revision History -| Version | Date | Description | Author | +| Version | Date | Description | Revised By | |:------|:-------------|:---------------------------------------|:-------------| -| V1.0 | 2025-08-20 | Initial version release | | +| V1.0 | 2025-08-20 | Initial release | | | | | | | ## 7. Inquiry and Feedback diff --git a/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65231_vc1.md b/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65231_vc1.md index 664c22f..320382e 100644 --- a/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65231_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/ai_dnr/dnr65231_vc1.md @@ -1,6 +1,6 @@ --- -title: DNR65231-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interfaces -description: DNR65231-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interfaces Datasheet +title: DNR65231-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interface +description: DNR65231-VC1 Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interface Datasheet author: Technical Documentation Department date: 2025-05-14 print_page: true @@ -11,7 +11,7 @@ print_page: true
# DNR65231-VC1 -__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interfaces__ +__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interface__
@@ -21,32 +21,32 @@ __Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integr DNR65231 is a high-performance AI deep noise reduction product based on XMOS processor architecture, designed to provide exceptional audio processing capabilities for audio equipment manufacturers. The product integrates two independently optimized AI noise reduction models. -- The strong noise reduction model employs a deep neural network architecture, effectively handling various stationary and non-stationary noise in complex acoustic environments while maintaining high voice fidelity and achieving maximum noise suppression -- The singing noise reduction model uses a lightweight design to reduce processing latency to 11 milliseconds, effectively suppressing background noise while fully preserving vocal characteristics. -- The product supports I2S audio input with output to USB, and also supports USB audio output to I2S, widely applicable to multiple application areas including streaming equipment, conference systems, recording devices, and outdoor sports cameras. +- The strong noise reduction model employs a deep neural network architecture, capable of effectively processing various stationary and non-stationary noises in complex acoustic environments, achieving maximum noise suppression while ensuring high fidelity voice restoration +- The singing noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while completely preserving vocal characteristics. +- The product supports I2S audio input with USB output capability, and also supports USB audio output to I2S, widely applicable to live streaming equipment, conference systems, recording devices, outdoor sports DV cameras, and many other application fields. ### 1.2 Product Features **Audio Performance Features** - AI Deep Noise Reduction - - Eliminates various stationary and non-stationary noise, adapting to complex acoustic environments - - Effectively eliminates burst noise such as key clicks, keyboard sounds, and footsteps + - Eliminates various stationary and non-stationary noises, adapting to complex acoustic environments + - Effectively eliminates sudden noises such as key presses, keyboard clicks, and footsteps - Dual AI Noise Reduction Models - - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, etc. - - Singing noise reduction model suitable for indoor streaming singing or interview scenarios + - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, and other scenes + - Singing noise reduction model suitable for indoor live singing or interview scenarios - Ultra-Low Latency Real-Time Processing - - Strong noise reduction model latency <50ms, meeting audio-video synchronization requirements - - Singing noise reduction model latency <11ms, meeting stringent streaming singing requirements -- High-Fidelity Voice Reproduction - - Strong noise reduction model fully preserves voice characteristics - - Singing noise reduction model not only fully preserves voice characteristics but also completely retains singing tail notes + - Strong noise reduction model latency < 50ms, meeting audio-video synchronization requirements + - Singing noise reduction model latency < 11ms, meeting strict live singing requirements +- High-Fidelity Voice Restoration + - Strong noise reduction model completely preserves voice characteristics + - Singing noise reduction model not only completely preserves voice characteristics but also retains the trailing tones in singing **USB Interface Features** - Supports UAC 2.0 - Supports OTG connection -- Plug and play, no driver installation required +- Plug-and-play, no driver installation required - Supports HID configuration **System Compatibility** @@ -56,20 +56,20 @@ DNR65231 is a high-performance AI deep noise reduction product based on XMOS pro ### 1.3 Application Scenarios -- Streaming Equipment - - Effectively suppresses various environmental noise, adapting to diverse streaming scenarios +- Live Streaming Equipment + - Effectively suppresses various environmental noises, adapting to diverse live streaming scenarios - Gaming Headsets - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear teammate communication experience - Outdoor Sports Equipment - - Suppresses wind noise and environmental noise interference in sports scenarios, providing clear calling and recording experience for outdoor enthusiasts + - Suppresses wind noise and environmental noise interference in sports scenarios, providing clear call and recording experience for outdoor sports enthusiasts - Outdoor Recording Equipment - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for on-site interviews and content creation - Conference System Equipment - - Processes background noise such as air conditioning sounds and footsteps in office environments -- Communication Devices - - Communication devices suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience + - Processes background noises such as air conditioning sounds and footsteps in office environments +- Communication Equipment + - Communication equipment suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience -### 1.4 Product Block Diagram +### 1.4 Product Functional Block Diagram
![DNR65231 Diagram](/assets/images/hifi_audio/dnr65231_diagram.png "DNR65231-VC1 Diagram"){width=600} @@ -80,7 +80,7 @@ DNR65231 is a high-performance AI deep noise reduction product based on XMOS pro | PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | |:--------|:----------------|:-------------|:-----------|:------------|:------------| -| DNR65231-VC1 | DNR65231-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interfaces | +| DNR65231-VC1 | DNR65231-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with Integrated USB and I2S Interface | ## 2. Modes and Specifications @@ -88,7 +88,7 @@ DNR65231 is a high-performance AI deep noise reduction product based on XMOS pro | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| -| 1 | I²S In(Master) → AI DNR → USB(UAC2.0)
USB(UAC2.0) → I²S Out(Master) | Supports I²S input, AI DNR noise reduction, USB output, and USB input I²S output | +| 1 | I²S In(Master) → AI DNR → USB(UAC2.0)
USB(UAC2.0) → I²S Out(Master) | Supports I²S input with AI DNR noise reduction and USB output, as well as USB input with I²S output | ### 2.2 Detailed Parameters for Each Operating Mode @@ -100,7 +100,7 @@ DNR65231 is a high-performance AI deep noise reduction product based on XMOS pro |:---------|:-------------|:-------------| | **Interface** | USB Audio Class 2.0 | I²S(Master) | | **Audio Format** | PCM | PCM | -| **Sampling Rate** | 48KHz/24bit | 48kHz/24bit | +| **Sample Rate** | 48KHz/24bit | 48kHz/24bit | | **Bit Depth** | Fixed 24bit | Fixed 24bit | ### 2.2 Noise Reduction Performance Comparison @@ -109,12 +109,12 @@ DNR65231 is a high-performance AI deep noise reduction product based on XMOS pro | Comparison Dimension | Strong Noise Reduction Model | Singing Noise Reduction Model | Traditional Noise Reduction Technology | |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| - | **Technical Principle** | Deep neural network architecture, AI algorithm real-time spectral analysis, intelligent identification of voice and noise components | Based on strong noise reduction model, specially optimized for music scenarios, preserving vocal pitch and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | - | **Processing Latency** | < 50ms meets audio-video synchronization | < 11ms ultra-low latency | Medium latency | - | **Noise Processing Capability** | Effectively processes stationary and non-stationary noise | Specially optimized for music content processing | Limited capability for non-stationary noise processing | - | **Voice Fidelity** | Fully preserves voice characteristics | Fully preserves singing tail note details | May experience audio quality loss | + | **Technical Principle** | Deep neural network architecture, AI algorithm for real-time spectrum feature analysis, intelligent voice and noise component identification | Optimized specifically for music scene processing based on the strong noise reduction model, preserving singing pitch and timbre characteristics | Frequency domain filtering methods based on statistical models and fixed algorithm parameters | + | **Processing Latency** | < 50ms, meets audio-video synchronization requirements | < 11ms, ultra-low latency | Medium latency | + | **Noise Processing Capability** | Effectively processes stationary and non-stationary noises | Specially optimized for music content processing | Limited capability in handling non-stationary noises | + | **Voice Fidelity** | Completely preserves voice characteristics | Completely preserves the trailing tone details in singing | May experience audio quality loss | | **Environmental Adaptability** | Processes various complex acoustic environments | Specially optimized for music scenarios | Suitable for relatively stable acoustic environments | - | **Typical Applications** | Outdoor streaming equipment, gaming headsets, conference systems, professional recording equipment | Indoor streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, basic conference equipment, basic audio processing | + | **Typical Applications** | Outdoor live streaming equipment, gaming headsets, conference systems, professional recording equipment | Indoor live streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, basic conference equipment, basic audio processing | @@ -141,20 +141,20 @@ DNR65231 is a high-performance AI deep noise reduction product based on XMOS pro | 6 | X1D18 | I/O | NC | | 7 | X1D19 | I/O | NC | | 8 | X1D22 | I/O | NC | -| 9 | X0D29 | I/O | Active low
Low noise level LED indicator
Slow flash: singing noise reduction model.
Solid on: strong noise reduction model | +| 9 | X0D29 | I/O | Active low
Low noise level LED indicator
Slow blink: Singing noise reduction model
Solid: Strong noise reduction model | | 10 | X0D35 | I | I²S_IN_BCLK(MASTER) | | 11 | X0D36 | I | I²S_IN_LRCK(MASTER) | | 12 | X0D37 | I/O | I²S_IN_DATA0(MASTER) | | 13 | X0D38 | O | I²S_OUT_DATA0(MASTER) | -| 14 | X0D40 | I/O | Active low
Short press cycles through noise reduction levels: off, low, medium, high.
Long press: switches noise reduction model. | +| 14 | X0D40 | I/O | Active low
Short press: Cycle through noise reduction levels: Off, Low, Medium, High
Long press: Switch noise reduction model | | 15 | X0D39 | I | I²S_OUT_MCLK(MASTER) | | 16 | X0D42 | I/O | Microphone MUTE_SW, active low | | 17 | X0D41 | I/O | NC | | 18 | X0D43 | I/O | NC | | 19 | X1D34 | I/O | NC | | 20 | GND | P | Module ground | -| 21 | X0D30 | I/O | Active low
Medium noise level LED indicator
Slow flash: singing noise reduction model.
Solid on: strong noise reduction model | -| 22 | X0D31 | I/O | Active low
High noise level LED indicator
Slow flash: singing noise reduction model.
Solid on: strong noise reduction model | +| 21 | X0D30 | I/O | Active low
Medium noise level LED indicator
Slow blink: Singing noise reduction model
Solid: Strong noise reduction model | +| 22 | X0D31 | I/O | Active low
High noise level LED indicator
Slow blink: Singing noise reduction model
Solid: Strong noise reduction model | | 23 | X0D32 | I/O | NC | | 24 | X0D33 | I/O | NC | | 25 | GND | P | Module ground | @@ -209,9 +209,9 @@ DNR65231 is a high-performance AI deep noise reduction product based on XMOS pro ## 6. Revision History -| Version | Date | Description | Reviser | +| Version | Date | Description | Revised By | |:------|:-------------|:---------------------------------------|:-------------| -| V1.0 | 2025-08-10 | Initial version release | | +| V1.0 | 2025-08-10 | Initial release | | | V1.1 | 2025-09-25 | Modified pin definitions | | | V1.2 | 2025-09-26 | Added USB status detection | | diff --git a/en/docs/dev_doc/datasheet/std_product/game/gm67211_vc1.md b/en/docs/dev_doc/datasheet/std_product/game/gm67211_vc1.md index 354c086..f260a15 100644 --- a/en/docs/dev_doc/datasheet/std_product/game/gm67211_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/game/gm67211_vc1.md @@ -1,7 +1,7 @@ --- title: GM67211_VC1 -description: 48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with EQ/FPS Enhancement and I²S Input Interface Technical Documentation -author: Technical Documentation Team +description: 48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with Integrated EQ/FPS Enhancement and I²S Input Interface Technical Documentation +author: Technical Documentation Department date: 2025-06-23 print_page: true --- @@ -11,7 +11,7 @@ print_page: true
# GM67211_VC1 -__48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with EQ/FPS Enhancement and I²S Input Interface__ +__48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with Integrated EQ/FPS Enhancement and I²S Input Interface__
@@ -20,24 +20,24 @@ __48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with EQ/FPS Enhancement a ### 1.1 Product Description -GM67211 is a high-performance audio processor developed specifically for the PS5/SWITCH gaming market. It supports PCM 48KHz/16bit format and provides an immersive audio experience for gamers. This product is developed based on the XMOS high-performance chip and optimized specifically for gaming audio processing. +GM67211 is a high-performance audio processor specifically developed for the PS5/SWITCH gaming market, supporting PCM 48KHz/16bit format to provide immersive audio experiences for gamers. This product is based on the XMOS high-performance chip and optimized specifically for gaming audio processing. -- GM67211 supports I²S digital audio input interface, which after processing through the built-in SA Virtual 7.1 algorithm, outputs high-quality 2-channel analog audio signals to meet gaming audio playback requirements. -- GM67211 incorporates the SA Virtual 7.1 algorithm, which synthesizes 7.1 channels into 2-channel analog output through human-ear-optimized algorithms, allowing users to experience full surround sound effects and sound localization through headphones. -- This product adopts standard I²S interface design with excellent compatibility and can work with various HDMI Repeaters. +- GM67211 supports I²S digital audio input interface, processes the signal through a built-in SA Virtual 7.1 algorithm, and outputs high-quality 2-channel analog audio signals to meet gaming audio playback requirements. +- GM67211 integrates the SA Virtual 7.1 algorithm, which synthesizes 7.1 channels into 2-channel analog output through an algorithm optimized for human hearing, allowing users to experience full surround sound effects and audio positioning through headphones. +- The product adopts a standard I²S interface design with excellent compatibility, enabling it to work with various HDMI Repeaters. ### 1.2 Product Features **Gaming Audio Enhancement Features** -- **FPS Gaming Enhancement Mode** +- **FPS Game Enhancement Mode** - Optimized specifically for first-person shooter games - Provides more precise spatial directionality - - Enhanced key sound effects such as footsteps and gunshots + - Enhances critical sound effects such as footsteps and gunshots - Improves competitive gaming performance - **SA Virtual 7.1 Algorithm** - Converts 7.1 channels to 2-channel output through specialized algorithms - - Optimized for human hearing, providing 360-degree surround sound and sound localization effects + - Optimized for human hearing to provide 360-degree full surround sound and audio positioning effects **Audio Performance Features** @@ -47,29 +47,29 @@ GM67211 is a high-performance audio processor developed specifically for the PS5 **Interface Support Features** - **Multiple Digital Interface Support** - - Supports I²S Slave mode audio input + - Supports I²S slave mode audio input ### 1.3 Application Scenarios - PS5 HDMI Virtual 7.1 Gaming Sound Card
- ![GM67211_VC1 Application Scenario](/assets/images/hifi_audio/gm67211_application_ps5_hdmi.png "GM67211 Application Scenario") -
GM67211 Application Scenario
+ ![GM67211_VC1 Application Scenario Diagram](/assets/images/hifi_audio/gm67211_application_ps5_hdmi.png "GM67211 Application Scenario Diagram") +
GM67211 Application Scenario Diagram
- Switch HDMI Virtual 7.1 Gaming Sound Card
- ![GM67211_VC1 Application Scenario](/assets/images/hifi_audio/gm67211_application_switch_hdmi.png "GM67211 Application Scenario") -
GM67211 Application Scenario
+ ![GM67211_VC1 Application Scenario Diagram](/assets/images/hifi_audio/gm67211_application_switch_hdmi.png "GM67211 Application Scenario Diagram") +
GM67211 Application Scenario Diagram
-- Switch Type-C Dock Integrated Virtual 7.1 Gaming Sound Card +- Switch Type-C Dock with Integrated Virtual 7.1 Gaming Sound Card
- ![GM67211_VC1 Application Scenario](/assets/images/hifi_audio/gm67211_application_switch_dock.png "GM67211 Application Scenario") -
GM67211 Application Scenario
+ ![GM67211_VC1 Application Scenario Diagram](/assets/images/hifi_audio/gm67211_application_switch_dock.png "GM67211 Application Scenario Diagram") +
GM67211 Application Scenario Diagram
### 1.4 Product Functional Block Diagram @@ -83,26 +83,26 @@ GM67211 is a high-performance audio processor developed specifically for the PS5 | PRODUCT | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Comments | |:--------|:----------------|:-------------|:-----------|:------------| -| GM67211_VC1 | GM67211-VC1 | SMT LGA-52 | 13x13mm | 48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with EQ/FPS Enhancement and I²S Input Interface | +| GM67211_VC1 | GM67211-VC1 | SMT LGA-52 | 13x13mm | 48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with Integrated EQ/FPS Enhancement and I²S Input Interface | ## 2. Modes and Performance Specifications ### 2.1 Supported Function Modes -!!! info "When the mode switch button is pressed once, the system cycles through three sound effect modes, switching to the next mode with each button press." +!!! info "When the mode switch button is pressed once, the system cycles through three audio effect modes, switching to the next mode with each press."
- | Mode Number | Sound Effect Mode Name | Function Description | + | Mode Number | Audio Effect Mode | Function Description | |:--------:|:------------|:---------| - | 1 | No Sound Effect Mode | Audio signal does not undergo any sound effect processing, maintains original audio output | - | 2 | FPS/EQ Mode | Enables FPS gaming enhancement algorithm, enhances key sound effects such as footsteps and gunshots, improves spatial directionality | - | 3 | Virtual 7.1 Mode | Enables SA Virtual 7.1 algorithm, converts 7.1 channel audio to 2-channel output, provides 360-degree surround sound and sound localization effects | + | 1 | No Audio Effect Mode | Audio signal passes through without any audio effect processing, maintaining original audio output | + | 2 | FPS/EQ Mode | Enables FPS gaming enhancement algorithm, enhances critical sound effects such as footsteps and gunshots, improves spatial directionality | + | 3 | Virtual 7.1 Mode | Enables SA Virtual 7.1 algorithm, converts 7.1 channel audio to 2-channel output, provides 360-degree full surround sound and audio positioning effects |
-### 2.2 Supported Audio Formats and Sampling Rates: +### 2.2 Supported Audio Formats and Sample Rates: -| Audio Format | Supported Sampling Rates | Bit Depth | +| Audio Format | Supported Sample Rates | Bit Depth | |:---------|:-------------|:-------| | **PCM** | 48kHz | 16bit | @@ -134,7 +134,7 @@ GM67211 is a high-performance audio processor developed specifically for the PS5 | 12 | X0D37 | I/O | I2C_SCL Connect to TLV320AIC3204 I2C_SCL | | 13 | X0D38 | I/O | I2C_SDA Connect to TLV320AIC3204 I2C_SDA | | 14 | X0D40 | O | NC | -| 15 | X0D39 | I/O | DFU pin, Active High | +| 15 | X0D39 | I/O | DFU pin，Active High | | 16 | X0D42 | I/O | NC | | 17 | X0D41 | I/O | CTRL_MUTE, Active High | | 18 | X0D43 | I/O | NC | @@ -152,7 +152,7 @@ GM67211 is a high-performance audio processor developed specifically for the PS5 | 30 | X1D00 | I | NC | | 31 | X1D01 | O | I2S_LRCK, Connect to TLV320AIC3204 I2S LRCK and HDMI I2S LRCK | | 32 | GND | P | GND | -| 33 | X1D09 | I/O | I2S_DOUT, Connect to TLV320AIC3204 | +| 33 | X1D09 | I/O | I2S_DOUT，Connect to TLV320AIC3204 | | 34 | X1D10 | O | I2S_BCLK, Connect to TLV320AIC3204 I2S BCLK and HDMI I2S BCLK| | 35 | X1D11 | O | MCLK_IN Connect to LV320AIC3204 MCLK and HDMI MCLK | | 36 | GND | P | GND | @@ -174,10 +174,10 @@ GM67211 is a high-performance audio processor developed specifically for the PS5 | 52 | GND | P | GND | -!!! info "Pin Type Description" +!!! info "Pin Type Definitions" I/O type definitions in the table: I=Input, O=Output, P=Power, I/O=Input/Output -## 4. Hardware Parameters +## 4. Hardware Specifications ### 4.1 Normal Operating Conditions @@ -197,15 +197,15 @@ GM67211 is a high-performance audio processor developed specifically for the PS5 ## 6. Revision History -| Version | Date | Description | Modifier | +| Version | Date | Description | Revised By | |:------|:-------------|:---------------------------------------|:-------------| -| V1.0 | 2025-08-23 | Initial version release | | -| V1.1 | 2025-09-10 | Modified pin definition | | +| V1.0 | 2025-08-23 | Initial release | | +| V1.1 | 2025-09-10 | Modified pin definitions | | | | | | | -## 8. Inquiry and Feedback +## 8. Consultation and Feedback
-Click to expand inquiry and feedback form +Click to expand consultation and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/datasheet/std_product/game/gm68311_vc1.md b/en/docs/dev_doc/datasheet/std_product/game/gm68311_vc1.md index c8cadbe..a38c6ad 100644 --- a/en/docs/dev_doc/datasheet/std_product/game/gm68311_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/game/gm68311_vc1.md @@ -1,7 +1,7 @@ --- title: GM68311_VC1 -description: 48KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processor with FPS Enhancement and Bi-directional I²S Interface Technical Documentation -author: Technical Documentation Team +description: 48KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processor with Integrated FPS Enhancement and Bidirectional I²S Interface Technical Documentation +author: Technical Documentation Department date: 2025-06-23 print_page: true --- @@ -11,7 +11,7 @@ print_page: true
# GM68311_VC1 -__48KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processor with FPS Enhancement and Bi-directional I²S Interface__ +__48KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processor with Integrated FPS Enhancement and Bidirectional I²S Interface__
@@ -22,11 +22,11 @@ __48KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processo GM68311 is a gaming sound card optimized for gaming audio processing, developed based on the A316-Mini-V1 module. It supports PCM 48KHz/16bit format and provides an immersive audio experience for gamers. -GM68311_VC1 supports USB Audio Class 1.0/2.0 interface, providing USB input to I²S output transmission functionality, while also supporting I²S input to USB output bi-directional transmission to meet gaming audio playback and communication requirements. +GM68311_VC1 supports USB Audio Class 1.0/2.0 interface, providing USB input to I²S output transmission, while also supporting bidirectional transmission from I²S input to USB output to meet gaming audio playback and voice communication requirements. GM68311_VC1 features advanced AI DNR deep learning noise reduction technology with 50ms low latency, perfectly eliminating keyboard, mouse, and various other non-stationary noises while preserving only human voice, making it particularly suitable for gaming scenarios. -GM68311_VC1 incorporates SA Virtual 7.1 algorithm that synthesizes 7.1 channels into 2-channel output through human-ear-optimized algorithms, allowing users to experience full surround sound effects and sound localization through headphones. +GM68311_VC1 incorporates SA virtual 7.1 algorithm that converts 7.1 channel audio through human ear-optimized algorithms into 2-channel output, allowing users to experience full surround sound effects and accurate sound positioning through headphones. ### 1.2 Product Features @@ -34,30 +34,30 @@ GM68311_VC1 incorporates SA Virtual 7.1 algorithm that synthesizes 7.1 channels - **FPS Gaming Enhancement Mode** - Optimized specifically for first-person shooter games - - Provides more precise spatial directionality - - Enhanced key sound effects such as footsteps and gunshots + - Provides more precise spatial directional awareness + - Enhances critical sound effects such as footsteps and gunshots - Improves competitive gaming performance - **SA Virtual 7.1 Algorithm** - - Converts 7.1 channels to 2-channel output through specialized algorithms - - Optimized for human hearing, providing 360-degree surround sound and sound localization effects + - Converts 7.1 channel audio to 2-channel output through specialized algorithms + - Optimized for human ear, providing 360-degree full surround sound and accurate sound positioning - **AI DNR Deep Learning Noise Reduction Technology** - - Noise elimination model based on deep learning - - Effectively filters conventional background noise - - Intelligently identifies and eliminates sudden noises such as keyboard typing and mouse clicks - - Particularly suitable for gaming communication scenarios + - Deep learning-based noise cancellation model + - Effectively filters out conventional background noise + - Intelligently identifies and eliminates sudden noises such as keyboard typing and mouse clicking + - Particularly suitable for gaming voice communication scenarios **Audio Performance Features** - Supports 48kHz/16bit PCM format, optimized for gaming scenarios -- Supports bi-directional audio transmission (playback and recording) +- Supports bidirectional audio transmission (playback and recording) - Low-latency audio processing ensures smooth gaming experience **Interface Support Features** - **Multiple Digital Interface Support** - Supports USB audio input - - Supports I²S Master mode audio output - - Supports I²S Master mode audio input to USB output (bi-directional transmission) + - Supports I²S master mode audio output + - Supports I²S master mode audio input to USB output (bidirectional transmission) - Supports button and LED control - **USB Interface Features** @@ -67,7 +67,7 @@ GM68311_VC1 incorporates SA Virtual 7.1 algorithm that synthesizes 7.1 channels **System Compatibility** - UAC 1.0 protocol -- Supports multiple operating systems including Windows, Linux, Android, macOS, iOS, and gaming consoles such as PS5, SWITCH +- Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS, as well as gaming consoles such as PS5 and SWITCH **Codec Support** @@ -80,65 +80,65 @@ GM68311_VC1 incorporates SA Virtual 7.1 algorithm that synthesizes 7.1 channels - Gaming Sound Card - Esports Audio Equipment -### 1.4 Product Functional Block Diagram +### 1.4 Product Function Block Diagram
![GM68311 Block Diagram](/assets/images/hifi_audio/gm68311_diagram.png "GM68311 Block Diagram"){width="600"} -
Figure 1: GM68311_VC1 Functional Block Diagram
+
Figure 1: GM68311_VC1 Function Block Diagram
### 1.5 Ordering Information | PRODUCT | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Comments | |:--------|:----------------|:-------------|:-----------|:------------| -| GM68311_VC1 | GM68311-VC1 | SMT LGA-52 | 13x13mm | 8KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processor with FPS Enhancement and Bi-directional I²S Interface | +| GM68311_VC1 | GM68311-VC1 | SMT LGA-52 | 13x13mm | 48KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processor with Integrated FPS Enhancement and Bidirectional I²S Interface | ## 2. Modes and Performance Specifications ### 2.1 Supported Function Modes -GM68311_VC1 supports multiple audio processing function modes. Users can flexibly configure sound effect processing and noise reduction functions through mode switching buttons. The system supports independent control of sound effect modes and noise reduction modes, with both functions capable of being enabled simultaneously to provide the optimal gaming audio experience. +GM68311_VC1 supports multiple audio processing function modes. Users can flexibly configure sound effect processing and noise reduction functions through the mode switching button. The system supports independent control of sound effect mode and noise reduction mode, and both functions can be enabled simultaneously to provide the best gaming audio experience. -- **Sound Effect Mode Control (Mode Switch Button Single Press Operation)** +- **Sound Effect Mode Control (Single Press Mode Switch Button)** -!!! info "When the mode switch button is pressed once, the system cycles through three sound effect modes, switching to the next mode with each button press." +!!! info "When the mode switch button is pressed once, the system cycles through three sound effect modes, switching to the next mode with each press."
- | Mode Number | Sound Effect Mode Name | Function Description | + | Mode Number | Sound Effect Mode | Function Description | |:--------:|:------------|:---------| - | 1 | No Sound Effect Mode | Audio signal does not undergo any sound effect processing, maintains original audio output | - | 2 | FPS Mode | Enables FPS gaming enhancement algorithm, enhances key sound effects such as footsteps and gunshots, improves spatial directionality | - | 3 | Virtual 7.1 Mode | Enables SA Virtual 7.1 algorithm, converts 7.1 channel audio to 2-channel output, provides 360-degree surround sound and sound localization effects | + | 1 | No Sound Effect Mode | Audio signal bypasses any sound effect processing, maintaining original audio output | + | 2 | FPS Mode | Enables FPS gaming enhancement algorithm, enhances critical sound effects such as footsteps and gunshots, improves spatial directional awareness | + | 3 | Virtual 7.1 Mode | Enables SA virtual 7.1 algorithm, converts 7.1 channel audio to 2-channel output, provides 360-degree full surround sound and accurate sound positioning |
-- **Noise Reduction Mode Control (Mode Switch Button Long Press Operation)** -!!! info "When the mode switch button is long pressed, the system cycles between two noise reduction modes." +- **Noise Reduction Mode Control (Long Press Mode Switch Button)** +!!! info "When the mode switch button is long-pressed, the system cycles between two noise reduction modes."
- | Mode Number | Noise Reduction Mode Name | Function Description | + | Mode Number | Noise Reduction Mode | Function Description | |:--------:|:------------|:---------| - | 1 | No Noise Reduction | Disables AI noise reduction function, maintains microphone original input signal | - | 2 | AI DNR Noise Reduction | Enables AI deep learning noise reduction technology, intelligently eliminates sudden noises such as keyboard and mouse, preserves clear human voice | + | 1 | No Noise Reduction | AI noise reduction function disabled, maintains original microphone input signal | + | 2 | AI DNR Noise Reduction | Enables AI deep learning noise reduction technology, intelligently eliminates sudden noises such as keyboard and mouse clicks, preserves clear voice |
- **Mode Combination Description** -!!! info "Sound effect modes and noise reduction modes can be enabled simultaneously, providing users with a complete gaming audio solution. For example, users can enable both Virtual 7.1 mode and AI DNR noise reduction function simultaneously, enjoying immersive surround sound effects while ensuring microphone communication clarity." +!!! info "Sound effect mode and noise reduction mode can be enabled simultaneously to provide a complete gaming audio solution. For example, users can enable both Virtual 7.1 mode and AI DNR noise reduction function simultaneously, enjoying immersive surround sound effects while ensuring clear microphone communication." -### 2.2 Supported Audio Formats and Sampling Rates: +### 2.2 Supported Audio Formats and Sample Rates -| Audio Format | Supported Sampling Rates | Bit Depth | +| Audio Format | Supported Sample Rate | Bit Depth | |:---------|:-------------|:-------| | **PCM** | 48kHz | 16bit | -### 2.3 AI DNR Noise Reduction Parameters: +### 2.3 AI DNR Noise Reduction Parameters - Latency: 50ms -- Maximum Noise Reduction Intensity: 35dB +- Maximum Noise Reduction: 35dB ### 2.4 Supported Codec @@ -169,14 +169,14 @@ GM68311_VC1 supports multiple audio processing function modes. Users can flexibl | 9 | X0D29 | I | MIC_VOL-, microphone volume decrease, active low | | 10 | X0D35 | I/O | NC | | 11 | X0D36 | I/O | NC | -| 12 | X0D37 | I/O | I2C_SCL, connect to CODEC I2S_SCL | -| 13 | X0D38 | I/O | I2C_SDA, connect to CODEC I2S_SDA | +| 12 | X0D37 | I/O | I2C_SCL, connects to CODEC I2S_SCL | +| 13 | X0D38 | I/O | I2C_SDA, connects to CODEC I2S_SDA | | 14 | X0D40 | O | CODEC_RST, active low | | 15 | X0D39 | I/O | NC | | 16 | X0D42 | I/O | NC | | 17 | X0D41 | I/O | NC | | 18 | X0D43 | I/O | Independent headphone amplifier MUTE output, active low | -| 19 | X1D34 | O | I2S_DOUT, connect to CODEC I2S_DOUT | +| 19 | X1D34 | O | I2S_DOUT, connects to CODEC I2S_DOUT | | 20 | GND | P | Module ground | | 21 | X0D30 | I | MUTE, MIC mute button input, active low | | 22 | X0D31 | I | MIC_VOL+, microphone volume increase, active low | @@ -187,12 +187,12 @@ GM68311_VC1 supports multiple audio processing function modes. Users can flexibl | 27 | GND | P | Module ground | | 28 | X0D00 | I/O | NC | | 29 | X0D11 | I | MCLK_IN, input | -| 30 | X1D00 | I | I2S_DIN, connect to CODEC I2S_DIN | -| 31 | X1D01 | O | I2S_LRCK, connect to CODEC LRCK | +| 30 | X1D00 | I | I2S_DIN, connects to CODEC I2S_DIN | +| 31 | X1D01 | O | I2S_LRCK, connects to CODEC LRCK | | 32 | GND | P | Module ground | | 33 | X1D09 | I/O | NC | -| 34 | X1D10 | O | I2S_BCLK, I2S Master mode output, connect to CODEC BLCK | -| 35 | X1D11 | O | MCLK_OUT, clock master output, connect to MCLK_IN and CODEC MCLK | +| 34 | X1D10 | O | I2S_BCLK, I2S master mode output, connects to CODEC BLCK | +| 35 | X1D11 | O | MCLK_OUT, master clock output, connects to MCLK_IN and CODEC MCLK | | 36 | GND | P | Module ground | | 37 | GND | P | Module ground | | 38 | TDI | I/O | XTAG debug PIN | @@ -213,10 +213,10 @@ GM68311_VC1 supports multiple audio processing function modes. Users can flexibl -!!! info "Pin Type Description" +!!! info "Pin Type Definitions" I/O type definitions in the table: I=Input, O=Output, P=Power, I/O=Input/Output -## 4. Hardware Parameters +## 4. Hardware Specifications ### 4.1 Normal Operating Conditions @@ -231,14 +231,14 @@ GM68311_VC1 supports multiple audio processing function modes. Users can flexibl
-## 5 Product Packaging Information +## 5. Product Packaging Information --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:package" ## 6. Revision History -| Version | Date | Description | Modifier | +| Version | Date | Description | Revised By | |:------|:-------------|:---------------------------------------|:-------------| -| V1.0 | 2025-06-23 | Initial version release | | +| V1.0 | 2025-06-23 | Initial release | | | | | | | | | | | | diff --git a/en/docs/dev_doc/datasheet/std_product/pdm_2_i2s/xmau7118_vc1.md b/en/docs/dev_doc/datasheet/std_product/pdm_2_i2s/xmau7118_vc1.md index aa9884c..bceea37 100644 --- a/en/docs/dev_doc/datasheet/std_product/pdm_2_i2s/xmau7118_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/pdm_2_i2s/xmau7118_vc1.md @@ -1,5 +1,5 @@ --- -title: XMAU7118-VC1 16-Channel PDM to I²S/TDM Audio Converter with Dual PDM Clock Outputs and UART/I²C Configuration Interface +title: XMAU7118-VC1 16-Channel PDM to I²S/TDM Audio Converter with Dual PDM Clock Output and UART/I²C Configuration Interface description: XMAU7118-VC1 16-Channel PDM to I²S/TDM Audio Converter Datasheet author: Technical Documentation Department date: 2025-01-15 @@ -11,20 +11,20 @@ print_page: true
# XMAU7118-VC1 -__16-Channel PDM to I²S/TDM Audio Converter with Dual PDM Clock Outputs and UART/I²C Configuration Interface__ +__16-Channel PDM to I²S/TDM Audio Converter with Dual PDM Clock Output and UART/I²C Configuration Interface__
-## 1. Introduction +## 1. Overview ### 1.1 Product Description -XMAU7118 is a professional-grade 16-channel PDM to I²S/TDM audio converter developed based on XMOS high-performance chips, designed specifically for digital microphone array applications. This product supports 16-channel PDM digital microphone inputs, providing 32-bit audio resolution and exceptional audio performance. +XMAU7118 is a professional-grade 16-channel PDM to I²S/TDM audio converter developed based on XMOS high-performance chips, specifically designed for digital microphone array applications. This product supports 16 PDM digital microphone inputs, provides 32-bit audio resolution and exceptional audio performance. -- The product integrates powerful digital signal processing capabilities, supporting simultaneous input from 16 PDM microphones, with output sampling rates ranging from 4kHz to 192kHz, meeting the requirements of various audio acquisition application scenarios. -- It supports standard I²S and TDM audio output formats, providing 8 independent SDATA output channels, and can operate in Master or Slave mode, offering extremely high flexibility for system integration. -- The product features excellent audio performance specifications, with THD+N less than -110dB and dynamic range up to 140dB. Complete parameter configuration is achieved through UART/I²C interface, providing audio equipment manufacturers with a professional-grade multi-channel audio acquisition solution. +- The product integrates powerful digital signal processing capabilities, supports simultaneous input from 16 PDM microphones, with output sample rates ranging from 4kHz to 192kHz, meeting the requirements of various audio acquisition application scenarios. +- Supports standard I²S and TDM audio output formats, provides 8 independent SDATA output channels, can operate in Master or Slave mode, offering high flexibility for system integration. +- The product features excellent audio performance metrics with THD+N less than -110dB, dynamic range up to 140dB, and complete parameter configuration via UART/I²C interface, providing audio equipment manufacturers with professional-grade multi-channel audio acquisition solutions. ### 1.2 Product Features diff --git a/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph73211l_vc1.md b/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph73211l_vc1.md index aaf07e4..d997f0e 100644 --- a/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph73211l_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph73211l_vc1.md @@ -18,14 +18,14 @@ tags: ### 1.1 Product Description -PH73211L_VC1/PH73211LQ_VC1 is a USB low-power HiFi audio decoder supporting up to PCM 384KHz/DSD256, specifically designed for portable HiFi decoder audio applications. +The PH73211L_VC1/PH73211LQ_VC1 is a USB low-power HiFi audio decoder supporting up to PCM 384KHz/DSD256, specifically designed for portable HiFi decoder audio applications. -PH73211L_VC1/PH73211LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 and I²S interfaces. The flexible audio interface allows PH73211L_VC1/PH73211LQ_VC1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. +The PH73211L_VC1/PH73211LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 and I²S interface. The flexible audio interface allows the PH73211L_VC1/PH73211LQ_VC1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. -PH73211L_VC1/PH73211LQ_VC1 provides USB input/I²S output mode, meeting the requirements of high-quality audio application scenarios. +The PH73211L_VC1/PH73211LQ_VC1 provides USB input/I²S output mode to meet the requirements of high-quality audio application scenarios. !!! warning "Important Notice" - **PH73211LQ_VC1 model supports MQA audio decoding, while PH73211L_VC1 model does not support this feature.** + **The PH73211LQ_VC1 model supports MQA audio decoding, while the PH73211L_VC1 model does not support this feature.** ### 1.2 Product Features @@ -34,9 +34,9 @@ PH73211L_VC1/PH73211LQ_VC1 provides USB input/I²S output mode, meeting the requ - Supports input and output sampling rates up to 384kHz - Supports DSD64/128/256 formats - **PH73211LQ_VC1 supports MQA decoding** -- Built-in SSRC and ASRC modules supporting conversion between different interfaces and sampling rates - - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB +- Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates + - SSRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB + - ASRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 16-32bit audio data formats **Interface Support Features** @@ -52,7 +52,7 @@ PH73211L_VC1/PH73211LQ_VC1 provides USB input/I²S output mode, meeting the requ - Supports UAC 1.0 - Supports UAC 2.0 - Supports firmware upgrade via USB - - Supports HID for MCU firmware upgrade + - Supports HID, allowing MCU firmware upgrade via HID **System Compatibility** diff --git a/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph73311l_vc1.md b/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph73311l_vc1.md index 1a0cd01..3702ee0 100644 --- a/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph73311l_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph73311l_vc1.md @@ -1,6 +1,6 @@ --- title: PH73311L_VC1/PH73311LQ_VC1 384KHz/DSD256 USB Low-Power HiFi Audio Decoder -description: PH73311L_VC1/PH73311LQ_VC1 Low-Power Audio Decoder Technical Documentation +description: PH73311L_VC1/PH73311LQ_VC1 low-power audio decoder technical documentation author: Technical Documentation Department date: 2025-05-07 print_page: true @@ -20,14 +20,14 @@ tags: PH73311L_VC1/PH73311LQ_VC1 is a USB low-power HiFi audio decoder supporting up to PCM 384KHz/DSD256, specifically designed for portable HiFi decoder audio applications. -PH73311L_VC1/PH73311LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, and I²S interfaces. The flexible audio interface allows PH73311L_VC1/PH73311LQ_VC1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. +PH73311L_VC1/PH73311LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, and I²S interfaces. The flexible audio interfaces allow PH73311L_VC1/PH73311LQ_VC1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. Compatible with AES3, S/PDIF, IEC 60958, and EIAJ CP-1201 digital audio interfaces. PH73311L_VC1/PH73311LQ_VC1 provides multiple input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting the requirements of different application scenarios. !!! warning "Important Notice" - **PH73311LQ_VC1 model supports MQA audio decoding, while PH73311L_VC1 model does not support this feature.** + **The PH73311LQ_VC1 model supports MQA audio decoding, while the PH73311L_VC1 model does not support this feature.** ### 1.2 Product Features diff --git a/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph83211l_vc1.md b/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph83211l_vc1.md index 384ad04..33ce304 100644 --- a/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph83211l_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph83211l_vc1.md @@ -1,6 +1,6 @@ --- -title: PH83211L_VC1/PH83211LQ_VC1 768KHz/DSD512 USB Low-Power HiFi Audio Decoder -description: PH83211L_VC1/PH83211LQ_VC1 Low-Power Audio Decoder Technical Documentation +title: PH832XXL-VC1 768KHz/DSD512 USB Low-Power HiFi Audio Decoder +description: PH832XXL-VC1 Low-Power Audio Decoder Technical Documentation author: Technical Documentation Department date: 2025-05-07 print_page: true @@ -8,73 +8,99 @@ tags: - Audio Decoder - XMOS - USB HiFi - - MQA + - ES9039Q2M --- -# PH83211L_VC1/PH83211LQ_VC1 768KHz/DSD512 USB Low-Power HiFi Audio Decoder --8<-- "common/phaten_xmos_support_img.md" +
+
+ +# PH832XXL-VC1 Product Specifications +__768KHz/DSD512 HiFi Portable Decoder with Low-Power XU316 and ES903XQ2M / CS43198/CS43131__ +
+
+ ## 1. Introduction ### 1.1 Product Description -PH83211L_VC1/PH83211LQ_VC1 is a USB low-power HiFi audio decoder supporting up to PCM 768KHz/DSD512, specifically designed for portable HiFi decoder audio applications. +The PH832XXL-VC1 is a USB low-power HiFi audio decoder supporting up to PCM 768KHz/DSD512, designed specifically for portable HiFi decoder audio applications. The module's firmware has been adapted and optimized for several high-performance audio DACs commonly used in portable decoders. -PH83211L_VC1/PH83211LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 and I²S interfaces. The flexible audio interface allows PH83211L_VC1/PH83211LQ_VC1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. +The PH83211L-VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 and I²S interface. The flexible audio interface allows the PH83211L-VC1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. -PH83211L_VC1/PH83211LQ_VC1 provides USB input/I²S output mode, meeting the requirements of high-quality audio application scenarios. +!!! info "XU316 Low-Power Test Comparison Results" +
-!!! warning "Important Notice" - **PH83211LQ_VC1 model supports MQA audio decoding, while PH83211L_VC1 model does not support this feature.** + | Chip Type | DSD 512 | PCM 768KHz | PCM 384KHz | PCM 192KHz | + |---------|---------|------------|------------|------------| + | **Low-Power Chip** | 113 mW | 146 mW | 128 mW | 123 mW | + | **Standard Power Chip** | 227 mW | 232 mW | 227 mW | 222 mW | + | **Power Saved** | **114 mW** | **86 mW** | **99 mW** | **99 mW** | + | **Power Saved %** |**50.22%** | **37.07%** | **43.61%** | **44.59%** | + +
### 1.2 Product Features -**Audio Performance Features** +**USB Interface Features** -- Supports input and output sampling rates up to 768kHz -- Supports DSD64/128/256/512 formats -- **PH83211LQ_VC1 supports MQA decoding** -- Built-in SSRC module supporting conversion between different interfaces and sampling rates - - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB -- Supports 16-32bit audio data formats +- USB2.0 high-speed compatible +- Support for UAC2.0 and UAC1.0 (mode selection via button) +- USB bus powered -**Interface Support Features** +**Audio Format Support** -- **Multiple Digital Interface Support** - - Supports USB audio input - - Supports I²S master mode audio output - - Supports UART configuration interface +- UAC2.0 -**USB Function Features** + | Audio Format | Supported Sample Rates | + |:---------|:-------------| + | **PCM** | Bit depth: 16bit, 24bit, 32bit; Sample rates: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz | + | **DSD Native** | DSD64, DSD128, DSD256, DSD512 | + | **DOP** | DOP64, DOP128, DOP256 | -- **USB Interface Features** - - Supports UAC 1.0 - - Supports UAC 2.0 - - Supports firmware upgrade via USB - - Supports HID for MCU firmware upgrade +- UAC1.0 + + | Audio Format | Supported Sample Rates | + |:---------|:-------------| + | **PCM** | Bit depth: 16bit; Sample rate: 48kHz | + +**PEQ Support** + +- Support for 8-band 44.1-192KHz EQ +- Support for Web and APP PEQ console **System Compatibility** -- UAC 2.0 protocol with ASIO support -- Supports multiple operating systems such as Windows, Linux, Android, macOS, and iOS +- Support for Windows 10 / 11[^1], Mac OS, Android[^2], iOS[^3] +- Support for proprietary ASIO driver (UAC2.0 only), enabling ultra-low latency ASIO playback + +**Hardware Features** + +- Support for function buttons, configurable via firmware +- Support for RGB status indicator LEDs, configurable via firmware +- Support for output load mode switching +- Support for digital filter switching ### 1.3 Application Scenarios - USB Low-Power HiFi Decoder (USB Portable HiFi Decoder) -### 1.4 Product Function Block Diagram +### 1.4 Product Block Diagram
![PH83211L Block Diagram](/assets/images/hifi_audio/ph83211l_diagram.png "PH83211L Block Diagram"){width="600"} -
Figure 1: PH83211L_VC1/PH83211LQ_VC1 Product Function Block Diagram
+
Figure 1: PH83211L-VC1 Product Block Diagram
### 1.5 Ordering Information -| PRODUCT | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | +| PRODUCT | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Model Picture | Comments | |:--------|:----------------|:-------------|:-----------|:------------|:------------| -| PH83211L_VC1 | PH83211L-VC1 | SMT STAMP-30 | 13x13mm | A316-Mini-V1 | | -| PH83211LQ_VC1 | PH83211LQ-VC1 | SMT STAMP-30 | 13x13mm | A316-Mini-V1 | **Supports MQA Decoding**| +| PH83211L-VC1 | PH83211L-VC1 | SMT STAMP-30 | 13x13mm | ![PH83211L-VC1](/assets/images/hifi_audio/ph83211L_vc1_cover.png "PH83211L"){width=60} | **Supports 2 buttons, single ES9039Q2M DAC** | +| PH83212L-VC1 | PH83212L-VC1 | SMT STAMP-30 | 13x13mm | ![PH83212L-VC1](/assets/images/hifi_audio/ph83212L_vc1_cover.png "PH83212L"){width=60} | **Supports 3 buttons, single ES9039Q2M DAC** | +| PH83221L-VC1 | PH83221L-VC1 | SMT STAMP-30 | 13x13mm | ![PH83221L-VC1](/assets/images/hifi_audio/ph83221L_vc1_cover.png "PH83221L"){width=60} | **Supports 2 buttons, dual CS43198 DAC** | +| PH83222L-VC1 | PH83222L-VC1 | SMT STAMP-30 | 13x13mm | ![PH83222L-VC1](/assets/images/hifi_audio/ph83222L_vc1_cover.png "PH83222L"){width=60} | **Supports 3 buttons, dual CS43198 DAC** | ## 2. Modes and Specifications @@ -90,82 +116,81 @@ PH83211L_VC1/PH83211LQ_VC1 provides USB input/I²S output mode, meeting the requ #### 2.2.1 USB(UAC2.0) in → I²S out Mode -**Supported Audio Formats and Sampling Rates:** +**Supported Audio Formats and Sample Rates:** -| Audio Format | Supported Sampling Rates | +| Audio Format | Supported Sample Rates | |:---------|:-------------| | **PCM** | 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz | | **DSD Native** | DSD64, DSD128, DSD256, DSD512 | | **DOP** | DOP64, DOP128, DOP256 | -| **MQA** | PH83211LQ_VC1 only | #### 2.2.2 USB(UAC1.0) in → I²S out Mode -**Supported Audio Formats and Sampling Rates:** +**Supported Audio Formats and Sample Rates:** -| Audio Format | Supported Sampling Rates | +| Audio Format | Supported Sample Rates | |:---------|:-------------| -| **PCM** | 48kHz | +| **PCM** | 48kHz/16bit | ## 3. Pin Configuration and Functions -### 3.1 PH83211L_VC1/PH83211LQ_VC1 Pin Layout +### 3.1 PH83211L-VC1 Pin Layout
![PH83211L-VC1 Pin Diagram](/assets/images/hifi_audio/a316_pin.png "PH83211L-VC1 Pin Diagram"){width=400} -
Figure 2: PH83211L-VC1 Pin Layout Schematic
+
Figure 2: PH83211L-VC1 Pin Arrangement Diagram
-### 3.2 PH83211L_VC1/PH83211LQ_VC1 Pin Description +### 3.2 Pin Description -| Module Pin Number | Name | Type | Function | +| Module Pin Number | Name | Type | Function Description | | :------: | :------: | :------: | :------ | | 1 | 3.3V | P | Module 3.3V power supply | -| 2 | X1D13 | I/O | Multi-function GPIO | -| 3 | X1D16 | I/O | Multi-function GPIO | +| 2 | X1D13 | I/O | NC (Not Connected) | +| 3 | X1D16 | I/O | NC | | 4 | GND | P | Module ground | -| 5 | X1D17 | I/O | Multi-function GPIO | -| 6 | X1D18 | I/O | Multi-function GPIO | -| 7 | X1D19 | I/O | Multi-function GPIO | -| 8 | X1D22 | I/O | Multi-function GPIO | -| 9 | X0D29 | I/O | Multi-function GPIO | -| 10 | X0D35 | I/O | Multi-function GPIO | -| 11 | X0D36 | I/O | Multi-function GPIO | -| 12 | X0D37 | I/O | Multi-function GPIO | -| 13 | X0D38 | I/O | Multi-function GPIO | -| 14 | X0D40 | I/O | Multi-function GPIO | -| 15 | X0D39 | I/O | Multi-function GPIO | -| 16 | X0D42 | I/O | Multi-function GPIO | -| 17 | X0D41 | I/O | Multi-function GPIO | -| 18 | X0D43 | I/O | Multi-function GPIO | -| 19 | X1D34 | I/O | Multi-function GPIO | +| 5 | X1D17 | I/O | NC | +| 6 | X1D18 | I/O | NC | +| 7 | X1D19 | I/O | NC | +| 8 | X1D22 | I/O | NC | +| 9 | X0D29 | O | **CHIP_EN**: Connects to DAC's CHIP_EN pin, used to enable DAC, active high | +| 10 | X0D35 | O | **I2S_BCLK**: I²S bit clock, connects to DAC | +| 11 | X0D36 | O | **I2S_LRCK**: I²S left/right clock, connects to DAC | +| 12 | X0D37 | I | **Play/MODE**: Button 2: Function button, active low (supported by models PH83212L-VC1/PH83222L-VC1) | +| 13 | X0D38 | O | **I2S_DOUT**: I²S data output, connects to DAC | +| 14 | X0D40 | O | **LED_GREEN**: Drives green LED, active low | +| 15 | X0D39 | O | **MCLK**: Master clock output, connects to DAC | +| 16 | X0D42 | O | **LED_BLUE**: Drives blue LED, active low | +| 17 | X0D41 | O | **LED_RED**: Drives red LED, active low | +| 18 | X0D43 | I/O | **AMP_POWER_EN**: Headphone amplifier power enable signal, active high | +| 19 | X1D34 | I/O | NC | | 20 | GND | P | Module ground | -| 21 | X0D30 | I/O | Multi-function GPIO | -| 22 | X0D31 | I/O | Multi-function GPIO | -| 23 | X0D32 | I/O | Multi-function GPIO | -| 24 | X0D32 | I/O | Multi-function GPIO | +| 21 | X0D30 | O | **AMP_EN**: Headphone amplifier enable signal, active high | +| 22 | X0D31 | O | **CTRL_MUTE**: Mute control signal, low level mutes, high level outputs | +| 23 | X0D32 | I | **P_VOL-**: Button 2: Volume down button input, active low | +| 24 | X0D33 | I | **P_VOL+**: Button 1: Volume up button input, active low | | 25 | GND | P | Module ground | | 26 | GND | P | Module ground | | 27 | GND | P | Module ground | -| 28 | X0D00 | I/O | Multi-function GPIO | -| 29 | X0D11 | I/O | Multi-function GPIO | -| 30 | X1D00 | I/O | Multi-function GPIO | -| 31 | X1D01 | I/O | Multi-function GPIO | +| 28 | X0D00 | I/O | **I2C_SDA**: I²C data line, used to connect and control DAC | +| 29 | X0D11 | I/O | **I2C_SCL**: I²C clock line, used to connect and control DAC | +| 30 | X1D00 | I/O | NC | +| 31 | X1D01 | I/O | NC | | 32 | GND | P | Module ground | -| 33 | X1D09 | I/O | Multi-function GPIO | -| 34 | X1D10 | I/O | Multi-function GPIO | -| 35 | X1D11 | I/O | Multi-function GPIO/XU316 internal clock output | +| 33 | X1D09 | I/O | NC | +| 34 | X1D10 | I/O | NC | +| 35 | X1D11 | O | Connected to X0D39 | | 36 | GND | P | Module ground | | 37 | GND | P | Module ground | -| 38 | TDI | I/O | Multi-function GPIO | -| 39 | TDO | I/O | Multi-function GPIO | -| 40 | TMS | I/O | Multi-function GPIO | -| 41 | TCK | I/O | Multi-function GPIO | -| 42 | RST_N | I/O | Multi-function GPIO | +| 38 | TDI | I/O | JTAG_TDI | +| 39 | TDO | I/O | JTAG_TDO | +| 40 | TMS | I/O | JTAG_TMS | +| 41 | TCK | I/O | JTAG_TCK | +| 42 | RST_N | I | XMOS_RST | | 43 | 1.8V | P | Module 1.8V power supply | | 44 | GND | P | Module ground | -| 45 | USB_DM | I/O | USB_DM | -| 46 | USB_DP | I/O | USB_DP | +| 45 | USB_DM | I/O | USB D- | +| 46 | USB_DP | I/O | USB D+ | | 47 | GND | P | Module ground | | 48 | 0.9V | P | Module 0.9V power supply | | 49 | GND | P | Module ground | @@ -173,50 +198,171 @@ PH83211L_VC1/PH83211LQ_VC1 provides USB input/I²S output mode, meeting the requ | 51 | GND | P | Module ground | | 52 | GND | P | Module ground | -!!! info "Pin Type Description" - - I/O type definitions in the table: I=Input, O=Output, P=Power, I/O=Input/Output + +## 4. Hardware Parameters + +### 4.1 Normal Operating Conditions + +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + +### 4.2 Product Dimensions +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +### 4.3 Module Package Diagram +
+ ![PH873XXL_VC1 Package Diagram](/assets/images/hifi_audio/a316_size.png "PH873XXL_VC1 Package Diagram"){width=400} +
+
+ +### 4.3 Module Schematic +
+ ![PH873XXL_VC1 Schematic](/assets/download/a316_mini_v1/A316-Mini_V02_250412_sch.png "PH873XXL_VC1 Schematic") +
+
+ +### 4.4 XMOS XU316 Chip Datasheet + +[:fontawesome-regular-file-pdf: XMOS-XU316-1024-QF60B-C24](/assets/download/XMOS-XU316-1024-QF60B-C24.pdf) + +## 5. Reference Design +
+ ![PH873XXL_VC1 Reference Design](/assets/download/a316_mini_v1/a316_mini_v1_mini_ref_design.png "PH873XXL_VC1 Reference Design") +
+
+ +## 6. RGB Status Indicator LED Definitions + +| UAC Mode | Audio Stream Format/Sample Rate | LED Color (Low Gain Mode) | LED Color (High Gain Mode) | +|:---:|:---:|:---:|:---:| +| UAC1.0 | -- | Blue solid | Blue blinking | +| UAC2.0 | PCM 44.1K/48K | Red solid | Red blinking | +| UAC2.0 | PCM 88.2K/96K | Cyan solid | Cyan blinking | +| UAC2.0 | PCM 176.4K～768K | Yellow solid | Yellow blinking | +| UAC2.0 | DSD | White solid | White blinking | -## 4. Revision History +## 7. Button Function Description + +### 7.1 Button Operations + +**Button 1 (Volume+)** + +- Short press: Increase volume by 1 level +- Long press (1 second): Continuous volume increase +- Press and hold before powering on: Device operates in UAC1.0 mode** (Supported by models PH83211-VC1/PH83221-VC1) ** + +**Button 2 (Volume-)** + +- Short press: Decrease volume by 1 level +- Long press (1 second): Continuous volume decrease +- Press and hold before powering on: Device operates in UAC1.0 mode** (Supported by models PH83211-VC1/PH83221-VC1) ** + +**Button 1 (Volume+) + Button 2 (Volume-) (Combination Key)** + +- Press both buttons briefly simultaneously: Switch gain mode** (Supported by model PH83211-VC1) ** +- Press both buttons simultaneously for 1 second: Switch filter mode** (Supported by models PH83211-VC1/PH83212-VC1) ** + +**Button 3 (Mode) (Supported by models PH83212-VC1/PH83222-VC1)** + +- Short press: Play/Pause +- Double click: Play next track +- Triple click: Play previous track +- Long press (1 second): Switch gain mode** (Supported by model PH83212-VC1 only) ** +- Press and hold before powering on: Device operates in UAC1.0 mode + + +### 7.2 Button Volume Control and System Volume Control Description + +- The device features 60-level button volume control with power-off memory function. Factory default is level 20. + +- Button volume level configuration table: + + | Button Volume Level | Attenuation (dB) | Button Volume Level | Attenuation (dB) | Button Volume Level | Attenuation (dB) | + |:-------------|:----------------|:-------------|:----------------|:-------------|:----------------| + | 60 | 0 | 40 | -20 | 20 | -40 | + | 59 | -1 | 39 | -21 | 19 | -41 | + | 58 | -2 | 38 | -22 | 18 | -42 | + | 57 | -3 | 37 | -23 | 17 | -43 | + | 56 | -4 | 36 | -24 | 16 | -44 | + | 55 | -5 | 35 | -25 | 15 | -46 | + | 54 | -6 | 34 | -26 | 14 | -48 | + | 53 | -7 | 33 | -27 | 13 | -50 | + | 52 | -8 | 32 | -28 | 12 | -52 | + | 51 | -9 | 31 | -29 | 11 | -54 | + | 50 | -10 | 30 | -30 | 10 | -57 | + | 49 | -11 | 29 | -31 | 9 | -60 | + | 48 | -12 | 28 | -32 | 8 | -64 | + | 47 | -13 | 27 | -33 | 7 | -69 | + | 46 | -14 | 26 | -34 | 6 | -74 | + | 45 | -15 | 25 | -35 | 5 | -79 | + | 44 | -16 | 24 | -36 | 4 | -84 | + | 43 | -17 | 23 | -37 | 3 | -89 | + | 42 | -18 | 22 | -38 | 2 | -99 | + | 41 | -19 | 21 | -39 | 1 | -100 | + | 0 | -127.5 | | | | | + +- When volume is adjusted, the LED will flash the corresponding color based on the current volume level. After 3 seconds of no operation, it returns to the sample rate indicator color. + + | Volume Level Reached | LED Real-time Indicator | + |:----------------|:-------------| + | Levels 0-23 | Flashing green | + | Levels 24-48 | Flashing yellow | + | Levels 49-60 | Flashing red | + +- When volume reaches maximum or minimum, the LED at the corresponding level's color stays solid without blinking. + +- Volume control is an independent function implemented by adjusting DAC volume. The volume level is not synchronized to the host, and the host's system volume level is not synchronized to the button volume level. + +- The final output volume of the device equals system volume plus button volume. For example, if system volume is set to -6dB and button volume is set to -2dB, the device output volume = -6dB - 2dB = -8dB. + +--- + +## 8. Gain Mode Description (Supported by models PH83211-VC1/PH83212-VC1) + +- The device supports two gain modes: low gain mode and high gain mode. Gain mode supports power-off memory function. +- Default is low gain mode +- Switching gain modes + - PH83211-VC1: During device operation, press Button 1 (Volume+) and Button 2 (Volume-) simultaneously and release within 1 second (short press combination key) to switch gain mode once. + - PH83212-VC1: During device operation, long press Button 3 for more than 1 second and release within 1 second (short press combination key) to switch gain mode once. + - Low gain mode and high gain mode cycle alternately +--- + +## 9. Digital Filter Mode Description in UAC2.0 HiFi Music Mode (Supported by models PH83211-VC1/PH83212-VC1) + +- The device features 8 selectable PCM filter modes. Filter mode supports power-off memory function. + +- Filter mode configuration table: + + | Filter Mode | Filter Name | + |:-----------|:-----------| + | Mode 1 | Minimum Phase filter (default) | + | Mode 2 | Linear Phase Apodizing Fast Roll-off filter | + | Mode 3 | Linear phase fast roll‐off filter | + | Mode 4 | Linear Phase Fast Roll-off low-ripple filter | + | Mode 5 | Linear phase slow roll‐off filter | + | Mode 6 | Minimum phase fast roll‐off filter | + | Mode 7 | Minimum phase slow roll‐off filter| + | Mode 8 | Minimum Phase Fast Roll-Off Low Dispersion| + +- Switching filter modes + - During device operation, press Button 1 (Volume+) and Button 2 (Volume-) simultaneously and hold for more than 1 second (long press combination key) to switch filter mode once, cycling through the modes in the order listed above. + +- When switching filter modes, the LED provides corresponding status indication: + + | Mode Switched To | LED Real-time Indicator | + |:-------------|:-------------| + | Modes 1～7 | Purple LED flashes once | + | Mode 8 | Purple LED flashes twice | + +--- + +## 10. Revision History | Version | Date | Description | Revised By | |:------|:-------------|:---------------------------------------|:-------------| | V1.0 | 2025-05-07 | Initial release | | -| | | | | -| | | | | +| V1.1 | 2025-11-11 | Updated pin definitions | - | +| V1.2 | 2025-12-29 | Updated function definitions, added reference design | - | -## 5. Inquiry and Feedback -
-Click to expand inquiry and feedback form ---8<-- "common/customer_form.md" -
- - diff --git a/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph83321l_vc1.md b/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph83321l_vc1.md new file mode 100644 index 0000000..9657007 --- /dev/null +++ b/en/docs/dev_doc/datasheet/std_product/phifi_audio/ph83321l_vc1.md @@ -0,0 +1,225 @@ +--- +title: PH83321L_VC1/PH83321LQ_VC1 768KHz/DSD512 USB Low-Power HiFi Audio Decoder +description: PH83321L_VC1/PH83321LQ_VC1 Low-Power Audio Decoder Technical Documentation +author: Technical Documentation Department +date: 2025-05-07 +print_page: true +tags: + - Audio Decoder + - XMOS + - USB HiFi + - MQA +--- + +# PH83321L_VC1/PH83321LQ_VC1 768KHz/DSD512 USB Low-Power HiFi Audio Decoder +--8<-- "common/phaten_xmos_support_img.md" + +## 1. Introduction + +### 1.1 Product Description + +PH83321L_VC1/PH83321LQ_VC1 is a USB low-power HiFi audio decoder supporting up to PCM 768KHz/DSD512, specifically designed for portable HiFi decoder audio applications. + +PH83321L_VC1/PH83321LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF and I²S interfaces. Flexible audio interfaces allow PH83321L_VC1/PH83321LQ_VC1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. + +Compatible with AES3, S/PDIF, IEC 60958, and EIAJ CP-1201 digital audio interfaces. + +PH83321L_VC1/PH83321LQ_VC1 provides multiple input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting the requirements of different application scenarios. + +!!! warning "Important Notice" + **The PH83321LQ_VC1 model supports MQA audio decoding, while the PH83321L_VC1 model does not support this feature.** + +### 1.2 Product Features + +**Audio Performance Features** + +- Supports input and output sampling rates up to 768kHz +- Supports DSD64/128/256/512 formats +- **PH83321LQ_VC1 supports MQA decoding** +- Built-in SSRC module supporting conversion between different interfaces and different sampling rates + - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB +- Supports 16-32bit audio data formats + +**Interface Support Features** + +- **Multiple Digital Interface Support** + - Supports USB audio input + - Supports I²S master mode audio output + - Supports S/PDIF audio output + - Supports UART configuration interface + +**USB Function Features** + +- **USB Interface Features** + - Supports UAC 1.0 + - Supports UAC 2.0 + - Supports firmware upgrade via USB + - Supports HID, can upgrade MCU firmware through HID + +**System Compatibility** + +- UAC 2.0 protocol, supports ASIO +- Supports multiple operating systems such as Windows, Linux, Android, macOS and iOS + +### 1.3 Application Scenarios + +- USB Low-Power HiFi Decoder (USB Portable HiFi Decoder) + +### 1.4 Product Block Diagram + +
+ ![PH83321L Block Diagram](/assets/images/hifi_audio/ph83321l_diagram.png "PH83321L Block Diagram"){width="600"} +
Figure 1: PH83321L_VC1/PH83321LQ_VC1 Product Block Diagram
+
+ +### 1.5 Ordering Information + +| PRODUCT | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | +|:--------|:----------------|:-------------|:-----------|:------------|:------------| +| PH83321L_VC1 | PH83321L-VC1 | SMT STAMP-30 | 13x13mm | A316-Mini-V1 | | +| PH83321LQ_VC1 | PH83321LQ-VC1 | SMT STAMP-30 | 13x13mm | A316-Mini-V1 | **Supports MQA decoding**| + + +## 2. Modes and Specifications + +### 2.1 Supported Input/Output Modes + +| Mode Number | Input/Output Mode | Description | +|:--------:|:------------------------|:------------------------| +| 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0 | +| 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0 | +| 3 | USB IN(UAC2.0)-SPDIF OUT | USB input, S/PDIF output, UAC2.0 | + +### 2.2 Detailed Parameters for Each Operating Mode + +#### 2.2.1 USB(UAC2.0) in → I²S out Mode + +**Supported Audio Formats and Sampling Rates:** + +| Audio Format | Supported Sampling Rates | +|:---------|:-------------| +| **PCM** | 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz | +| **DSD Native** | DSD64, DSD128, DSD256, DSD512 | +| **DOP** | DOP64, DOP128, DOP256 | +| **MQA** | PH83321LQ_VC1 only | + +#### 2.2.2 USB(UAC1.0) in → I²S out Mode + +**Supported Audio Formats and Sampling Rates:** + +| Audio Format | Supported Sampling Rates | +|:---------|:-------------| +| **PCM** | 48kHz | + +#### 2.2.3 USB(UAC2.0) in → S/PDIF out Mode + +**Input/Output Sampling Rate Support:** + +| Interface | Audio Format | Supported Sampling Rates | +|:-----|:---------|:-------------| +| **USB Input** | PCM | 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz | +| **S/PDIF Input** | PCM | 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz | + +**SSRC (Synchronous Sample Rate Conversion) Function:** + +* Input sampling rate ≤ 192kHz: Output at original sampling rate +* Input sampling rate > 192kHz: Output at 192kHz after SSRC conversion + +**SSRC Performance Specifications:** + +* THD+N (@1kHz, 0dBFs): ≤-130dB +* SNR: ≥140dB + +#### 2.2.4 USB(UAC1.0) in → S/PDIF out Mode + +**Supported Audio Formats and Sampling Rates:** + +| Audio Format | Supported Sampling Rates | +|:---------|:-------------| +| **PCM** | 48kHz | + +## 3. Pin Configuration and Functions + +### 3.1 PH83321L_VC1/PH83321LQ_VC1 Pin Layout + +
+ ![PH83321L-VC1 Pin Diagram](/assets/images/hifi_audio/a316_pin.png "PH83321L-VC1 Pin Diagram"){width=400} +
Figure 2: PH83321L-VC1 Pin Layout Diagram
+
+ +### 3.2 PH83321L_VC1/PH83321LQ_VC1 Pin Description + +| Module Pin Number | Name | Type | Function | +| :------: | :------: | :------: | :------ | +| 1 | 3.3V | P | Module 3.3V power supply | +| 2 | X1D13 | I/O | NC | +| 3 | X1D16 | I/O | NC | +| 4 | GND | P | Module ground | +| 5 | X1D17 | I/O | NC | +| 6 | X1D18 | I/O | NC | +| 7 | X1D19 | I/O | NC | +| 8 | X1D22 | I/O | NC | +| 9 | X0D29 | I/O | NC | +| 10 | X0D35 | I/O | I2S_BCLK | +| 11 | X0D36 | I/O | I2S_LRCK | +| 12 | X0D37 | I/O | S/PDIF IN | +| 13 | X0D38 | I/O | I2S_DOUT | +| 14 | X0D40 | I/O | NC | +| 15 | X0D39 | I/O | MCLK | +| 16 | X0D42 | I/O | NC | +| 17 | X0D41 | I/O | NC | +| 18 | X0D43 | I/O | NC | +| 19 | X1D34 | I/O | NC | +| 20 | GND | P | Module ground | +| 21 | X0D30 | I/O | CTRL_MUTE. Low mute audio out, hight: unmute audio out | +| 22 | X0D31 | I/O | Power_EN, analog power enable | +| 23 | X0D32 | I/O | NC | +| 24 | X0D33 | I/O | NC | +| 25 | GND | P | Module ground | +| 26 | GND | P | Module ground | +| 27 | GND | P | Module ground | +| 28 | X0D00 | I/O | UART_TX, connect to MCU_RX | +| 29 | X0D11 | I/O | UART_RX, connect to MCU_TX | +| 30 | X1D00 | I/O | NC | +| 31 | X1D01 | I/O | NC | +| 32 | GND | P | Module ground | +| 33 | X1D09 | I/O | NC | +| 34 | X1D10 | I/O | NC | +| 35 | X1D11 | I/O | Connect to X0D39 | +| 36 | GND | P | Module ground | +| 37 | GND | P | Module ground | +| 38 | TDI | I/O | JTAG_TDI | +| 39 | TDO | I/O | JTAG_TDO | +| 40 | TMS | I/O | JTAG_TMS | +| 41 | TCK | I/O | JTAG_TCK | +| 42 | RST_N | I/O | XMOS_RST | +| 43 | 1.8V | P | Module 1.8V power supply | +| 44 | GND | P | Module ground | +| 45 | USB_DM | I/O | USB_DM | +| 46 | USB_DP | I/O | USB_DP | +| 47 | GND | P | Module ground | +| 48 | 0.9V | P | Module 0.9V power supply | +| 49 | GND | P | Module ground | +| 50 | GND | P | Module ground | +| 51 | GND | P | Module ground | +| 52 | GND | P | Module ground | + +!!! info "Pin Type Description" + - I/O type definitions in the table: I=Input, O=Output, P=Power, I/O=Input/Output + + +## 4. Revision History + +| Version | Date | Description | Revised By | +|:------|:-------------|:---------------------------------------|:-------------| +| V1.0 | 2025-05-07 | Initial release | | +| | | | | +| | | | | + +## 5. Consultation and Feedback +
+Click to expand consultation and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md b/en/docs/dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md new file mode 100644 index 0000000..37e95a0 --- /dev/null +++ b/en/docs/dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md @@ -0,0 +1,337 @@ +--- +title: XMSRC4192-VC1 2-Channel 192KHz ASRC Audio Sample Rate Converter with 2x S/PDIF and 2x I2S Interfaces +description: XMSRC4192-VC1 2-channel asynchronous sample rate converter datasheet +author: Technical Documentation Department +date: 2025-01-15 +print_page: true +--- + +--8<-- "common/phaten_xmos_support_img.md" +
+
+ +# XMSRC4192-VC1 +__2-Channel 192KHz ASRC Audio Sample Rate Converter with 2x S/PDIF and 2x I2S Interfaces__ + +
+
+ +## 1. Introduction + +### 1.1 Product Description + +XMSRC4192 is a high-performance 2-channel asynchronous sample rate converter based on the XMOS chip architecture, providing a wide-range sample rate conversion from 16:1 to 1:16, 144dB dynamic range, and comprehensive support for multiple digital audio formats including I2S, Left-justified, and Right-justified. + +- This product integrates two S/PDIF input interfaces, providing users with more flexible signal source selection. Users can flexibly switch between I2S input and S/PDIF input according to application requirements, significantly enhancing system connectivity and adaptability. +- The XMOS chip architecture ensures high reliability and excellent audio processing performance, providing professional audio equipment manufacturers with a more competitive solution. +- Single SRC module architecture capable of simultaneously processing 2-channel audio sample rate conversion. + +### 1.2 Product Features + +
+ +- :material-audio-input-stereo-minijack:{ .lg .middle } __Dual-Channel SRC Audio Sample Rate Conversion__ + + --- + + - Single SRC Module Architecture + - Process 2 audio signals (stereo) + - Configurable input sources + - Simultaneous 2-channel audio sample rate conversion + - Flexible Signal Routing + - Input options: I2S_IN or S/PDIF_I + - Output options: I2S_OUT or S/PDIF_O + - Support for multiple operation modes + +- :material-sine-wave:{ .lg .middle } __Ultra-High Sample Rate Conversion Support__ + + --- + + - ASRC (Asynchronous Sample Rate Conversion) + - Support sample rate conversion from 44.1KHz to 192KHz + - Support wide-range input/output sample rate ratio from 16:1 to 1:16 + - Automatic input/output sample rate detection + - Audio Data Processing + - Support 16bit/24bit/32bit audio data processing + - 144dB dynamic range + - THD+N: -140dB + +- :material-connection:{ .lg .middle } __Multi-Interface Support__ + + --- + + - S/PDIF Interface + - 2 S/PDIF input/output interfaces (S/PDIF_I, S/PDIF_O) + - Compatible with AES3, IEC 60958, and EIAJ CP-1201 standards + - I²S Interface + - 2 I²S interfaces (1 input + 1 output) + - Support Master/Slave mode + +- :material-file-document-multiple:{ .lg .middle } __Comprehensive Digital Audio Format Support__ + + --- + + - Support I2S, Left-Justified, Right-Justified formats + - Support 16bit/24bit/32bit audio data processing + - All output data dithered from internal 28-bit data path + +- :material-cog:{ .lg .middle } __Flexible Configuration Interface__ + + --- + + - I²C/UART Configuration Interface + - Support both I²C and UART dual-protocol configuration + - Configurable Parameters + - Input/output mode + - I²S sample rate configuration (Master mode) + - Master/Slave mode switching + - I²S audio format (I²S/Left-Justified/Right-Justified) + +- :material-clock-outline:{ .lg .middle } __Intelligent Clock Management__ + + --- + + - Master Clock Output (MCLK) + - Support 128fs, 256fs, 512fs, 1024fs reference clocks + +
+ +### 1.3 Application Scenarios + +
+ +- :material-microphone:{ .lg .middle } __Professional Recording Studios__ + + --- + + - High-precision sample rate conversion in stereo recording equipment + - Processing audio materials with different sample rates in audio workstations + - Achieving unified audio signal formats in mixing console systems + +- :material-broadcast:{ .lg .middle } __Broadcasting and Television__ + + --- + + - Real-time audio signal processing in broadcast equipment + - Synchronous processing of audio from different sources in TV production + - Optimized audio signal conversion in live broadcasting systems + +- :material-speaker:{ .lg .middle } __Digital Audio Systems__ + + --- + + - Audio signal preprocessing in amplifier equipment + - Stereo signal conversion in audio processors + - Signal optimization in speaker management systems + +- :material-car:{ .lg .middle } __Automotive Audio__ + + --- + + - Audio format conversion in in-vehicle entertainment systems + - Audio quality optimization processing in high-end audio systems + - Signal processing in noise reduction systems + +- :material-home:{ .lg .middle } __Consumer Electronics__ + + --- + + - Audio signal processing in high-end audio equipment + - Stereo processing in home theater systems + - Signal conversion in professional audio interfaces + +- :material-factory:{ .lg .middle } __Industrial Applications__ + + --- + + - Signal standardization in audio test equipment + - Data processing in audio analysis instruments + - Format conversion in professional signal processing equipment + +
+ +### 1.4 Product Block Diagram + +
+ ![XMSRC4192 Block Diagram](/assets/images/hifi_audio/xmsrc4192_diagram.png "XMSRC4192-VC1 Block Diagram"){width=700} +
Figure 1: XMSRC4192-VC1 Block Diagram
+
+ +### 1.5 Ordering Information + +| PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | +|:--------|:----------------|:-------------|:-----------|:------------|:------------| +| XMSRC4192-VC1 | XMSRC4192-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | 2-channel 192KHz ASRC sample rate converter, single SRC module, 2x S/PDIF inputs | + +## 2. Modes and Specifications + +### 2.1 Supported Input/Output Modes + +XMSRC4192-VC1 adopts a single SRC module design with configurable input sources. The following lists typical application modes: + +| Mode Number | Input/Output Mode | Description | +|:--------:|:----------|:-----| +| 1 | S/PDIF_I → SRC → I²S_OUT (Master) | S/PDIF_I to I²S output | +| 2 | S/PDIF_I → SRC → I²S_OUT (Slave) | S/PDIF_I to I²S output | +| 3 | I²S_IN (Master) → SRC → S/PDIF_O | I²S output to S/PDIF_O output | +| 4 | I²S_IN (Slave) → SRC → S/PDIF_O | I²S output to S/PDIF_O output | +| 5 | I²S_IN (Master) → SRC → I²S_OUT (Master) | Stereo sample rate conversion | +| 6 | I²S_IN (Slave) → SRC → I²S_OUT (Master) | Stereo sample rate conversion | +| 7 | S/PDIF_I → SRC → S/PDIF_O | S/PDIF_I to S/PDIF_O output | + +!!! note "Mode Configuration Instructions" + - Configuration can be dynamically switched through I²C/UART interface + +### 2.2 Audio Performance Specifications + +| Performance Indicator | ASRC Mode | Test Conditions | +|:---------|:---------|:---------| +| Resolution | 16-32 bits | - | +| Input Sampling Frequency | 44.1kHz ~ 192kHz | - | +| Output Sampling Frequency | 44.1kHz ~ 192kHz | - | +| Dynamic Range | 144dB | -60dBFS input, A-weighted | +| THD+N | -140dB | 0dBFS input, 20Hz~fs/2 | + +## 3. Pin Configuration and Functions + +### 3.1 XMSRC4192_VC1 Pin Layout + +
+ ![XMSRC4192-VC1 Pin Diagram](/assets/images/hifi_audio/a316_pin.png "XMSRC4192-VC1 Pin Diagram"){width=400} +
Figure 2: XMSRC4192_VC1 Pin Layout Diagram (A316-Mini-V1 Package)
+
+ +### 3.2 XMSRC4192_VC1 Pin Description + +| Pin Number | Name | Type | Function | +|:--------:|:----------|:------|:-----------------------------| +| 1 | 3.3V | P | Module 3.3V power supply | +| 2 | X1D13 | I | S/PDIF_B (S/PDIF output) | +| 3 | X1D16 | - | Reserved | +| 4 | GND | P | Module ground | +| 5 | X1D17 | - | Reserved | +| 6 | X1D18 | - | Reserved | +| 7 | X1D19 | - | Reserved | +| 8 | X1D22 | - | Reserved | +| 9 | X0D29 | I/O | NC | +| 10 | X0D35 | I/O | BCLKI (I²S input bit clock, Master output/Slave input) | +| 11 | X0D36 | I/O | LRCKI (I²S input frame sync, Master output/Slave input) | +| 12 | X0D37 | I | S/PDIF_I (S/PDIF input) | +| 13 | X0D38 | - | SDIN (I²S data input) | +| 14 | X0D40 | I/O | NC | +| 15 | X0D39 | O | MCLK_OUT (Master clock output) | +| 16 | X0D42 | - | Reserved | +| 17 | X0D41 | I/O | NC | +| 18 | X0D43 | - | Reserved | +| 19 | X1D34 | - | Reserved | +| 20 | GND | P | Module ground | +| 21 | X0D30 | I/O | CTL_MUTE | +| 22 | X0D31 | I/O | UART_I2C_SEL (UART/I2C selection) | +| 23 | X0D32 | I/O | NC | +| 24 | X0D33 | - | Reserved | +| 25 | GND | P | Module ground | +| 26 | GND | P | Module ground | +| 27 | GND | P | Module ground | +| 28 | X0D00 | I | UART_TX/I2C_SCL | +| 29 | X0D11 | O | UART_RX/I2C_SDA | +| 30 | X1D00 | - | LRCKO (I²S output frame sync, Master output/Slave input) | +| 31 | X1D01 | - | SDOUT (I²S data output) | +| 32 | GND | P | Module ground | +| 33 | X1D09 | - | Reserved | +| 34 | X1D10 | - | BCLKO (I²S output bit clock, Master output/Slave input) | +| 35 | X1D11 | O | MCLK_OUT (Master clock output) | +| 36 | GND | P | Module ground | +| 37 | GND | P | Module ground | +| 38 | TDI | I/O | JTAG debug interface | +| 39 | TDO | I/O | JTAG debug interface | +| 40 | TMS | I/O | JTAG debug interface | +| 41 | TCK | I/O | JTAG debug interface | +| 42 | RST_N | I | System reset, active low | +| 43 | 1.8V | P | Module 1.8V power supply | +| 44 | GND | P | Module ground | +| 45 | USB_DM | I/O | USB_DM (Reserved, not used) | +| 46 | USB_DP | I/O | USB_DP (Reserved, not used) | +| 47 | GND | P | Module ground | +| 48 | 0.9V | P | Module 0.9V power supply | +| 49 | GND | P | Module ground | +| 50 | GND | P | Module ground | +| 51 | GND | P | Module ground | +| 52 | GND | P | Module ground | + +!!! info "Pin Type Definitions" + I/O types in the table: I=Input, O=Output, P=Power, I/O=Input/Output + +!!! warning "Important Notes" + - **UART/I2C Interface Selection**: Select interface type through pin 22 (X0D31) UART_I2C_SEL signal + - **MCLK Output**: Pin 15 (X0D39) and pin 35 (X1D11) + - Required for Master mode, supports 128fs/256fs/512fs/1024fs + +## 4. Configuration Interface Description + +### 4.1 I²C/UART Configuration Interface + +XMSRC4192-VC1 supports both I²C and UART dual-protocol configuration, providing flexible configuration options. The UART_I2C_SEL signal on pin 22 (X0D31) can be used to select which configuration interface to use: + +| Configuration Method | Pin 22 (X0D31) | Communication Interface | Description | +|:--------|:-------------|:---------|:-----| +| Pull-up | UART_I2C_SEL | UART Mode | Pin 29 (X0D11)=UART_RX, Pin 28 (X0D01)=UART_TX | +| Pull-down | UART_I2C_SEL | I²C Mode | Pin 29 (X0D11)=I2C_SDA, Pin 28 (X0D01)=I2C_SCL | + +### 4.2 Configurable Parameters + +The following parameters can be configured through I²C or UART interface: + +| Parameter Type | Configuration Options | Description | +|:--------|:---------|:-----| +| Input/Output Mode | Select from 7 input/output modes | +| I²S Sample Rate | 4kHz~192kHz | Configured in Master mode | +| I²S Input Format | I²S/Left-Justified/Right-Justified | Audio data format | +| I²S Output Format | I²S/Left-Justified/Right-Justified | Audio data format | +| Output Word Length | 16/24/32 bits | | + +!!! note "Configuration Instructions" + - For detailed configuration commands, please refer to the configuration protocol documentation + +### 4.3 MCLK Configuration + +- Master mode ports require MCLK for generating LRCK and BCK +- MCLK supports 128fs/256fs/512fs/1024fs + +## 5. Hardware Parameters + +### 5.1 Normal Operating Conditions + +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + +### 5.2 Product Dimensions +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +### 5.3 Module Package Diagram +
+ ![A316-Mini-V1 Package Diagram](/assets/images/hifi_audio/a316_size.png "A316-Mini-V1 Package Diagram"){width=400} +
Figure 3: A316-Mini-V1 Package Diagram
+
+ +## 6. Minimum System Reference Design +
+ ![A316-Mini-V1 Minimum System Reference Design](/assets/download/a316_mini_v1/a316_mini_v1_mini_ref_design.png "A316-Mini-V1 Minimum System Reference Design"){width=800} +
+
+ +## 7. Product Packaging Information +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:package" + +## 8. Revision History + +| Version | Date | Description | Revised By | +|:------|:-------------|:---------------------------------------|:-------------| +| V1.0 | 2025-10-6 | Initial release | Technical Documentation Department | +| | | | | + +## 9. Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/datasheet/std_product/src/xmsrc4392_vc1.md b/en/docs/dev_doc/datasheet/std_product/src/xmsrc4392_vc1.md index ed5f126..9a3c8ba 100644 --- a/en/docs/dev_doc/datasheet/std_product/src/xmsrc4392_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/src/xmsrc4392_vc1.md @@ -20,11 +20,11 @@ __4-Channel 192KHz ASRC and 768KHz SSRC Audio Sample Rate Converter with Integra ### 1.1 Product Description -XMSRC4392 is a high-performance four-channel asynchronous audio sample rate converter based on XMOS high-performance chips, specifically designed for professional audio applications. Compared to the SRC4392's dual-channel SRC solution, this product provides double the processing capability while achieving significant optimization in both cost and performance. +XMSRC4392 is a high-performance 4-channel asynchronous audio sample rate converter based on XMOS high-performance chips, designed specifically for professional audio applications. Compared to the SRC4392's dual-channel SRC solution, this product provides double the processing capability while achieving significant optimization in both cost and performance. -- The product integrates two independent SRC modules (SRC_A and SRC_B), each capable of processing two audio channels, supporting ultra-high sampling rates up to 768KHz, providing exceptional flexibility and high-performance audio sample rate conversion for various digital audio systems. -- Supports SSRC sample rate conversion between 44.1KHz-768KHz, ASRC sample rate conversion between 44.1KHz-192KHz, and processes 16bit/24bit/32bit audio data. -- The product features excellent audio performance specifications, with both SSRC and ASRC THD+N (@1kHz, 0dBFs) ≤ -130dB, providing audio equipment manufacturers with professional-grade audio processing solutions. +- The product integrates two independent SRC modules (SRC_A and SRC_B), each capable of processing two audio channels, supporting ultra-high sample rates up to 768KHz, providing exceptional flexibility and high-performance audio sample rate conversion for various digital audio systems. +- Supports SSRC with sample rate conversion from 44.1KHz to 768KHz, ASRC with sample rate conversion from 44.1KHz to 192KHz, and supports 16-bit/24-bit/32-bit audio data processing. +- The product features excellent audio performance specifications, with THD+N (@1kHz, 0dBFs) ≤ -130dB for both SSRC and ASRC, providing professional-grade audio processing solutions for audio equipment manufacturers. ### 1.2 Product Features diff --git a/en/docs/dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md b/en/docs/dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md index 7c35a0f..d8e92d4 100644 --- a/en/docs/dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md @@ -1,6 +1,6 @@ --- -title: OT82111-VC1 4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Integrated 2-Channel I2S Slave Interface -description: OT82111-VC1 4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Integrated 2-Channel I2S Slave Interface Technical Documentation +title: OT82111-VC1 4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Dual I2S Slave Interfaces +description: OT82111-VC1 4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Dual I2S Slave Interfaces Technical Documentation author: Technical Documentation Department date: 2025-05-14 print_page: true @@ -11,7 +11,7 @@ print_page: true
# OT82111-VC1 -__4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Integrated 2-Channel I2S Slave Interface__ +__4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Dual I²S Slave Interfaces__
@@ -19,23 +19,23 @@ __4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Integrated 2-Channel ### 1.1 Product Description -OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter designed for mobile audio devices, integrating USB OTG interface and 2-channel I²S slave interface functionality. This product is developed based on XMOS high-performance chips, specifically optimized for applications such as streaming sound cards and mobile audio interfaces. +The OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter designed specifically for mobile audio devices, integrating USB OTG interface and dual I²S slave interface functionality. This product is developed based on XMOS high-performance chips and is optimized for applications such as live streaming sound cards and mobile audio interfaces. -- The product features built-in high-precision 2 independent dual-channel ASRC sample rate converters, supporting conversion between 44.1kHz~192kHz and 48KHz sampling rates, ensuring seamless audio signal conversion between different sampling rates. -- Through the USB OTG interface, the device can directly connect to smartphones, tablets, and other mobile devices, implementing plug-and-play functionality using UAC2.0 adaptive mode, compatible with various platforms including Windows, Linux, Android, macOS, and iOS. -- The product features excellent audio performance specifications with THD+N less than -130dB and SNR greater than 135dB, providing audio equipment manufacturers with professional-grade audio processing solutions. +- The product features high-precision dual independent stereo ASRC sample rate converters, supporting bidirectional conversion between 44.1kHz~192kHz and 48KHz sample rates, ensuring seamless audio signal conversion across different sample rates. +- Through the USB OTG interface, the device can directly connect to mobile devices such as smartphones and tablets, implementing plug-and-play functionality using UAC2.0 adaptive mode, compatible with Windows, Linux, Android, macOS, iOS, and various other platforms. +- The product delivers outstanding audio performance specifications with THD+N less than -130dB and SNR greater than 135dB, providing audio equipment manufacturers with professional-grade audio processing solutions. ### 1.2 Product Features -**Audio Performance Features** +**Audio Performance Characteristics** - Exceptional Audio Quality - THD+N < -130dB, SNR > 135dB - - ASRC supports conversion between 44.1kHz~192kHz and 48KHz + - ASRC supports bidirectional conversion between 44.1kHz~192kHz and 48KHz - Dynamic range ≥110dB, professional-grade audio performance - 4-Channel ASRC - - Built-in 2 independent dual-channel ASRC units - - Can simultaneously process 2-channel upstream and 2-channel downstream ASRC conversion + - Built-in dual independent stereo ASRC converters + - Capable of simultaneously processing 2-channel upstream and 2-channel downstream ASRC conversion - Supports I²S Slave mode audio interface **USB Interface Features** @@ -51,24 +51,24 @@ OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter des ### 1.3 Application Scenarios -- Phone Accompaniment/Streaming - - Plays background music through phone OTG while performing audio processing. Provides low-latency, high-fidelity audio experience +- Mobile Phone Accompaniment/Live Streaming + - Play background music through mobile phone OTG while performing audio processing. Provides low-latency, high-fidelity audio experience -- Car Audio Players - - Phone connects to car audio player USB, playing songs through car audio player +- Vehicle Audio Players + - Connect mobile phone to vehicle audio player USB to play music through the vehicle audio system -### 1.4 Product Block Diagram +### 1.4 Product Functional Block Diagram
- ![OT82111 Diagram](/assets/images/hifi_audio/ot82111_diagram.png "OT82111 Diagram"){width="600"} -
Figure 1: OT82111-VC1 Block Diagram
+ ![OT82111 Block Diagram](/assets/images/hifi_audio/ot82111_diagram.png "OT82111 Block Diagram"){width="600"} +
Figure 1: OT82111-VC1 Functional Block Diagram
### 1.5 Ordering Information | PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | |:--------|:----------------|:-------------|:-----------|:------------|:------------| -| OT82111 | OT82111-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | 4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Integrated 2-Channel I2S Slave Interface | +| OT82111 | OT82111-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | 4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Dual I2S Slave Interfaces | ## 2. Modes and Specifications @@ -76,7 +76,7 @@ OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter des | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| -| 1 | USB(UAC2.0) ←→I²S(SLAVE) | Supports USB and I²S(Slave) bidirectional data input/output with internal ASRC conversion | +| 1 | USB(UAC2.0) ←→I²S(SLAVE) | Supports bidirectional data input/output between USB and I²S(Slave) with internal ASRC conversion | ### 2.2 Detailed Parameters for Each Operating Mode @@ -88,13 +88,13 @@ OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter des |:---------|:-------------|:-------------| | **Interface** | USB Audio Class 2.0 | I²S(Slave) | | **Audio Format** | PCM | PCM | -| **Sampling Rate** | Fixed 48kHz | 44.1kHz~192kHz | +| **Sample Rate** | Fixed 48kHz | 44.1kHz~192kHz | | **Bit Depth** | Fixed 24bit | Fixed 32bit | **Clock Characteristics:** -* I²S interface operates in Slave mode, requires external BCLK and LRCK signals -* Supports 44.1kHz and 48kHz series sampling rates (i.e., 44.1kHz, 88.2kHz, 176.4kHz and 48kHz, 96kHz, 192kHz) +* I²S interface operates in Slave mode, requiring external BCLK and LRCK signals +* Supports 44.1kHz and 48kHz series sample rates (i.e., 44.1kHz, 88.2kHz, 176.4kHz and 48kHz, 96kHz, 192kHz) * Supports automatic clock detection and matching **Audio Performance Specifications:** @@ -108,7 +108,7 @@ OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter des
![OT82111-VC1 Pin Diagram](/assets/images/hifi_audio/a316_pin.png "OT82111-VC1 Pin Diagram"){width=400} -
Figure 2: OT82111-VC1 Pin Layout Diagram
+
Figure 2: OT82111-VC1 Pin Arrangement Diagram
### 3.2 OT82111-VC1 Pin Description @@ -129,7 +129,7 @@ OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter des | 12 | X0D37 | I/O | I²S_IN_DATA0(SLAVE) | | 13 | X0D38 | O | I²S_OUT_DATA0(SLAVE) | | 14 | X0D40 | I/O | NC | -| 15 | X0D39 | I | XU316 clock input, connected to X1D11 | +| 15 | X0D39 | I | XU316 clock input, connect to X1D11 | | 16 | X0D42 | I/O | NC | | 17 | X0D41 | I/O | NC | | 18 | X0D43 | I/O | NC | @@ -149,7 +149,7 @@ OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter des | 32 | GND | P | Module ground | | 33 | X1D09 | I/O | NC | | 34 | X1D10 | I/O | NC | -| 35 | X1D11 | I/O | XU316 internal clock output, connected to X0D39 | +| 35 | X1D11 | I/O | XU316 internal clock output, connect to X0D39 | | 36 | GND | P | Module ground | | 37 | GND | P | Module ground | | 38 | TDI | I/O | XTAG debug PIN | @@ -169,7 +169,7 @@ OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter des | 52 | GND | P | Module ground | !!! info "Pin Type Description" - I/O type definitions in table: I=Input, O=Output, P=Power, I/O=Input/Output + I/O type definitions in the table: I=Input, O=Output, P=Power, I/O=Input/Output ## 4. Hardware Parameters @@ -191,9 +191,9 @@ OT82111-VC1 is a high-performance 4-channel ASRC audio sample rate converter des ## 6. Revision History -| Version | Date | Description | Reviser | +| Version | Date | Description | Revised By | |:------|:-------------|:---------------------------------------|:-------------| -| V1.0 | 2025-05-14 | Initial version release | | +| V1.0 | 2025-05-14 | Initial release | | | V1.1 | 2025-08-10 | Revision | | | | | | | ## 7. Inquiry and Feedback diff --git a/en/docs/dev_doc/datasheet/std_product/usb_otg/ot83211_vc1.md b/en/docs/dev_doc/datasheet/std_product/usb_otg/ot83211_vc1.md index bc33b65..68d8f4f 100644 --- a/en/docs/dev_doc/datasheet/std_product/usb_otg/ot83211_vc1.md +++ b/en/docs/dev_doc/datasheet/std_product/usb_otg/ot83211_vc1.md @@ -1,6 +1,6 @@ --- -title: OT83211-VC1 4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Integrated 2-Channel I2S Slave Interface -description: OT83211-VC1 4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Integrated 2-Channel I2S Slave Interface Technical Documentation +title: OT83211-VC1 4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Dual I2S Slave Interfaces +description: OT83211-VC1 4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Dual I2S Slave Interfaces Technical Documentation author: Technical Documentation Department date: 2025-05-14 print_page: true @@ -12,7 +12,7 @@ print_page: true
# OT83211-VC1 -__4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Integrated 2-Channel I2S Slave Interface__ +__4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Dual I2S Slave Interfaces__
@@ -20,11 +20,11 @@ __4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Integrated ### 1.1 Product Description -OT83211-VC1 is a high-performance 4-channel ASRC audio sample rate converter designed for mobile audio devices, integrating USB OTG interface and 2-channel I²S slave interface functionality. This product is developed based on XMOS high-performance chips, specifically optimized for applications such as streaming sound cards and mobile audio interfaces. +OT83211-VC1 is a high-performance 4-channel ASRC audio sample rate converter designed for mobile audio devices, integrating USB OTG interface and dual I²S slave interface functionality. Based on XMOS high-performance chips, this product is specifically optimized for applications such as live streaming sound cards and mobile audio interfaces. -- The product features built-in high-precision 2 independent dual-channel ASRC sample rate converters, supporting conversion between 44.1kHz~192kHz sampling rates, ensuring seamless audio signal conversion between different sampling rates. -- Through the USB OTG interface, the device can directly connect to smartphones, tablets, and other mobile devices, implementing plug-and-play functionality using UAC 2.0, compatible with various platforms including Windows, Linux, Android, macOS, and iOS. -- The product features excellent audio performance specifications with THD+N less than -130dB and SNR greater than 135dB, providing audio equipment manufacturers with professional-grade audio processing solutions. +- The product features two built-in high-precision independent dual-channel ASRC sample rate converters, supporting sample rate conversion between 44.1kHz~192kHz, ensuring seamless audio signal conversion between different sample rates. +- Through the USB OTG interface, the device can connect directly to smartphones, tablets, and other mobile devices, utilizing UAC 2.0 for plug-and-play functionality, compatible with Windows, Linux, Android, macOS, iOS and various platforms. +- The product delivers outstanding audio performance specifications with THD+N less than -130dB and SNR greater than 135dB, providing audio equipment manufacturers with professional-grade audio processing solutions. ### 1.2 Product Features @@ -35,7 +35,7 @@ OT83211-VC1 is a high-performance 4-channel ASRC audio sample rate converter des - ASRC supports conversion between 44.1kHz~192kHz - Dynamic range ≥110dB, professional-grade audio performance - 4-Channel ASRC - - Built-in 2 independent dual-channel ASRC units + - Built-in 2 independent dual-channel ASRC - Can simultaneously process 2-channel upstream and 2-channel downstream ASRC conversion - Supports I²S Slave mode audio interface @@ -52,24 +52,24 @@ OT83211-VC1 is a high-performance 4-channel ASRC audio sample rate converter des ### 1.3 Application Scenarios -- Phone Accompaniment/Streaming - - Plays background music through phone OTG while performing audio processing. Provides low-latency, high-fidelity audio experience +- Mobile Phone Accompaniment/Live Streaming + - Play background music through phone OTG while performing audio processing. Provides low-latency, high-fidelity audio experience - Car Audio Players - - Phone connects to car audio player USB, playing songs through car audio player + - Connect phone to car audio player via USB and play music through the car audio system -### 1.4 Product Block Diagram +### 1.4 Product Function Block Diagram
- ![OT83211 Diagram](/assets/images/hifi_audio/ot83211_diagram.png "OT83211 Diagram"){width="600"} -
Figure 1: OT83211-VC1 Block Diagram
+ ![OT83211 Block Diagram](/assets/images/hifi_audio/ot83211_diagram.png "OT83211 Block Diagram"){width="600"} +
Figure 1: OT83211-VC1 Function Block Diagram
### 1.5 Ordering Information | PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | |:--------|:----------------|:-------------|:-----------|:------------|:------------| -| OT83211 | OT83211-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | 4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Integrated 2-Channel I2S Slave Interface | +| OT83211 | OT83211-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | 4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Dual I2S Slave Interfaces | ## 2. Modes and Specifications @@ -77,7 +77,7 @@ OT83211-VC1 is a high-performance 4-channel ASRC audio sample rate converter des | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| -| 1 | USB(UAC2.0) ←→I²S(SLAVE) | Supports USB and I²S(Slave) bidirectional data input/output with internal ASRC conversion | +| 1 | USB(UAC2.0) ←→I²S(SLAVE) | Supports bidirectional data input/output between USB and I²S(Slave) with internal ASRC conversion | ### 2.2 Detailed Parameters for Each Operating Mode @@ -89,13 +89,13 @@ OT83211-VC1 is a high-performance 4-channel ASRC audio sample rate converter des |:---------|:-------------|:-------------| | **Interface** | USB Audio Class 2.0 | I²S(Slave) | | **Audio Format** | PCM | PCM | -| **Sampling Rate** | 44.1kHz~192kHz | 44.1kHz~192kHz | +| **Sample Rate** | 44.1kHz~192kHz | 44.1kHz~192kHz | | **Bit Depth** | Fixed 24bit | Fixed 32bit | **Clock Characteristics:** -* I²S interface operates in Slave mode, requires external BCLK and LRCK signals -* Supports 44.1kHz and 48kHz series sampling rates (i.e., 44.1kHz, 88.2kHz, 176.4kHz and 48kHz, 96kHz, 192kHz) +* I²S interface operates in Slave mode, requiring external BCLK and LRCK signals +* Supports 44.1kHz and 48kHz series sample rates (i.e., 44.1kHz, 88.2kHz, 176.4kHz and 48kHz, 96kHz, 192kHz) * Supports automatic clock detection and matching **Audio Performance Specifications:** @@ -170,7 +170,7 @@ OT83211-VC1 is a high-performance 4-channel ASRC audio sample rate converter des | 52 | GND | P | Module ground | !!! info "Pin Type Description" - I/O type definitions in table: I=Input, O=Output, P=Power, I/O=Input/Output + I/O type definitions in the table: I=Input, O=Output, P=Power, I/O=Input/Output ## 4. Hardware Parameters @@ -192,7 +192,7 @@ OT83211-VC1 is a high-performance 4-channel ASRC audio sample rate converter des ## 6. Revision History -| Version | Date | Description | Reviser | +| Version | Date | Description | Revised By | |:------|:-------------|:---------------------------------------|:-------------| | V1.0 | 2025-08-10 | Initial version release | | | | | | | diff --git a/en/docs/dev_doc/evb/a316_hf_dac_v1/LP_Testing_Guide.md b/en/docs/dev_doc/evb/a316_hf_dac_v1/LP_Testing_Guide.md index c2b6e09..694f5f6 100644 --- a/en/docs/dev_doc/evb/a316_hf_dac_v1/LP_Testing_Guide.md +++ b/en/docs/dev_doc/evb/a316_hf_dac_v1/LP_Testing_Guide.md @@ -42,9 +42,9 @@ title: A316-HF-DAC-V1 USB HiFi Audio Decoder Evaluation Board User Manual -## Consultation & Feedback +## Contact and Feedback
-Click to expand consultation and feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/evb/a316_hf_dac_v1/a316_dac_auth_tool.md b/en/docs/dev_doc/evb/a316_hf_dac_v1/a316_dac_auth_tool.md new file mode 100644 index 0000000..e69de29 diff --git a/en/docs/dev_doc/evb/a316_hf_dac_v1/datasheet.md b/en/docs/dev_doc/evb/a316_hf_dac_v1/datasheet.md index 0500655..5421881 100644 --- a/en/docs/dev_doc/evb/a316_hf_dac_v1/datasheet.md +++ b/en/docs/dev_doc/evb/a316_hf_dac_v1/datasheet.md @@ -1,19 +1,19 @@ --- -title: A316-HF-DAC-V1 USB Desktop High-Definition Audio Decoder Evaluation Board Specification +title: A316-HF-DAC-V1 USB Desktop Hi-Fi Audio Decoder Evaluation Board Datasheet --- -# A316-HF-DAC-V1 USB Desktop High-Definition Audio Decoder Evaluation Board Specification +# A316-HF-DAC-V1 USB Desktop Hi-Fi Audio Decoder Evaluation Board Datasheet
-- ![Phaten](../../../assets/images/logos/phaen-long.png "Phaten"){width="200"} ![XMOS](../../../assets/images/logos/xmos-long.png "XMOS"){width="200"} **Jointly Supported**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solutions Official Website: www.phaten-audio.com](https://www.phaten-audio.com) +- ![Phaten Audio](../../../assets/images/logos/phaen-long.png "Phaten Audio"){width="200"} ![XMOS](../../../assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solutions Official Website: www.phaten-audio.com](https://www.phaten-audio.com)
-![A316-HF-DAC-V1 USB Desktop High-Definition Audio Decoder Evaluation Board](../../../assets/images/hifi_audio/PBAX316-90108MV1.png "A316-HF-DAC-V1 USB Desktop High-Definition Audio Decoder Evaluation Board"){align=right width=250} -## 1. Product Introduction +![A316-HF-DAC-V1 USB Desktop Hi-Fi Audio Decoder Evaluation Board](../../../assets/images/hifi_audio/PBAX316-90108MV1.png "A316-HF-DAC-V1 USB Desktop Hi-Fi Audio Decoder Evaluation Board"){align=right width=250} +## 1. Product Overview ### 1.1 Product Description -A316-HF-DAC-V1 is an evaluation board specifically designed for USB desktop high-definition audio decoders, utilizing Phaten A316_1926V1 XU316 module design. The evaluation board supports USB, optical, coaxial, and I2S audio signal source inputs. Different audio input sources can be selected via buttons. The evaluation board uses an AKM4493SEQ DAC to output analog audio. +The A316-HF-DAC-V1 is an evaluation board specifically designed for USB desktop hi-fi audio decoders, featuring the Phaten A316_1926V1 XU316 module. The evaluation board supports USB, optical, coaxial, and I2S audio source inputs. Different audio input sources can be selected via buttons. The evaluation board employs an AKM4493SEQ DAC for analog audio output.
### 1.2 Evaluation Board Features @@ -23,12 +23,12 @@ A316-HF-DAC-V1 is an evaluation board specifically designed for USB desktop high - I2S/TDM - S/PDIF (Optical/Coaxial) - Direct Stream Digital (DSD) -- **Supported Audio Sampling Rates** +- **Supported Audio Sample Rates** - PCM: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz - - DSD: DSD 64, DSD 128, DSD 256, DSD 512 + - DSD: DSD 64, DSD 128, DSD 256, DSD 512 - DOP: DOP 64, DOP 128, DOP256 - **System Compatibility** - - UAC 2.0 protocol, supports ASIO, compatible with various operating systems including Windows, Linux, Android, MAC OS, and IOS + - UAC 2.0 protocol, supports ASIO, compatible with multiple operating systems including Windows, Linux, Android, MAC OS, and iOS ### 1.3 Evaluation Board Hardware Interfaces @@ -37,48 +37,48 @@ A316-HF-DAC-V1 is an evaluation board specifically designed for USB desktop high
-| Interface | Function -| :---------------------| :---------- -| Type-C | Connection to PC/mobile USB, USB audio input and 5V power supply -| S/PDIF | Optical/coaxial digital audio input -| I2S | I2S input -| Output | RCA left and right channel analog audio output +| Interface | Function +| :-------------------| :---------- +| Type-C | Connect to PC/smartphone USB for audio input and 5V power supply +| S/PDIF | Optical/coaxial digital audio input +| I2S | I2S input +| Output | RCA left and right channel analog audio output ### 1.4 Evaluation Board Key Audio Specifications -**USB Audio Input with DAC AKM4493** +**USB Audio Input with AKM4493 DAC** -| Parameter | Value -| :-------------------------| :----------: -| THD+N RATIO | 108.232dB -| SIGNAL-NOISE RATIO | 120.012dB -| RCAOUT Crosstalk(10K) | 111.851dB +| Parameter | Value +| :------------------------| :----------: +| THD+N RATIO | 108.232dB +| SIGNAL-NOISE RATIO | 120.012dB +| RCAOUT Crosstalk(10K) | 111.851dB -**S/PDIF Audio Input with DAC AKM4493** +**S/PDIF Audio Input with AKM4493 DAC** -| Parameter | Value -| :-------------------------| :----------: -| THD+N RATIO | 108.380dB -| SIGNAL-NOISE RATIO | 118.483dB -| RCAOUT Crosstalk(10K) | 115.302dB +| Parameter | Value +| :------------------------| :----------: +| THD+N RATIO | 108.380dB +| SIGNAL-NOISE RATIO | 118.483dB +| RCAOUT Crosstalk(10K) | 115.302dB ### 1.5 Normal Operating Conditions | Function | Minimum | Maximum | Unit | -|:--------------|:-------:|:-------:|:----:| -| Operating Temperature | 0 | 70 | °C | -| Operating Voltage | 4.5 | 5 | V | +|:---------|:------:|:------:|:----:| +| Operating Temperature | 0 | 70 | ℃ | +| Operating Voltage | 4.5 | 5 | V | ### 1.8 Operating Current -| Operating Status | Average | Peak | Unit | -|:--------------|:-------:|:-----:|:----:| -| @5V | 250 | 300 | mA | +| Operating State | Average | Peak | Unit | +|:---------|:------:|:------:|:----:| +| @5V | 250 | 300 | mA | -## Consultation and Feedback +## Contact and Feedback
-Click to expand consultation feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/evb/a316_hf_dac_v1/design_files.md b/en/docs/dev_doc/evb/a316_hf_dac_v1/design_files.md index 6faae28..660476a 100644 --- a/en/docs/dev_doc/evb/a316_hf_dac_v1/design_files.md +++ b/en/docs/dev_doc/evb/a316_hf_dac_v1/design_files.md @@ -16,9 +16,9 @@ login: true | BOM | :material-file-document-outline: A316-HF-DAC-V1 BOM | :material-download: | | Component Datasheets | :material-file-document-outline: A316-HF-DAC-V1 Component Datasheets | :material-download: | -## Consultation & Feedback +## Contact and Feedback
-Click to expand consultation and feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/evb/a316_hf_dac_v1/index.md b/en/docs/dev_doc/evb/a316_hf_dac_v1/index.md index eab4504..d3e8a79 100644 --- a/en/docs/dev_doc/evb/a316_hf_dac_v1/index.md +++ b/en/docs/dev_doc/evb/a316_hf_dac_v1/index.md @@ -96,9 +96,9 @@ __USB HiFi Audio Decoder Evaluation Board with USB/SPDIF Input and I2S Output__ -## Consultation & Feedback +## Contact and Feedback
-Click to expand consultation and feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/evb/a316_hf_dac_v1/test_spec.md b/en/docs/dev_doc/evb/a316_hf_dac_v1/test_spec.md index ba104b4..8c2f7b7 100644 --- a/en/docs/dev_doc/evb/a316_hf_dac_v1/test_spec.md +++ b/en/docs/dev_doc/evb/a316_hf_dac_v1/test_spec.md @@ -1,14 +1,14 @@ --- -title: PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Board Test Specifications +title: PBAX316-90108MV1 USB Desktop Hi-Fi Audio Decoder Evaluation Board Test Specifications --- -# PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Board Test Specifications +# PBAX316-90108MV1 USB Desktop Hi-Fi Audio Decoder Evaluation Board Test Specifications
-- ![Phaten](../../../assets/images/logos/phaen-long.png "Phaten"){width="200"} ![XMOS](../../../assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solution Official Website: www.phaten-audio.com](https://www.phaten-audio.com) +- ![Phaten Audio](../../../assets/images/logos/phaen-long.png "Phaten Audio"){width="200"} ![XMOS](../../../assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solutions Official Website: www.phaten-audio.com](https://www.phaten-audio.com)
-## 1. USB INPUT 1KHz RCAOUT Test Specifications +## 1. USB INPUT 1kHz RCAOUT Test Specifications ### THD+N Ratio ![USB INPUT 1KHz RCAOUT THD+N Ratio](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_thdn.png) @@ -31,7 +31,7 @@ title: PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Boa ![USB INPUT 1KHz RCAOUT Noise Level](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_nl.png) -## 2. S/PDIF INPUT 1KHz RCAOUT Test Specifications +## 2. S/PDIF INPUT 1kHz RCAOUT Test Specifications ### THD+N Ratio ![S/PDIF INPUT 1KHz RCAOUT THD+N Ratio](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_thdn.png) @@ -53,9 +53,9 @@ title: PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Boa ### Noise Level ![S/PDIF INPUT 1KHz RCAOUT Noise Level](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_nl.png) -## Consultation & Feedback +## Contact and Feedback
-Click to expand consultation and feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/evb/a316_hf_dac_v1/user_guide.md b/en/docs/dev_doc/evb/a316_hf_dac_v1/user_guide.md index 6476f9f..303b5cf 100644 --- a/en/docs/dev_doc/evb/a316_hf_dac_v1/user_guide.md +++ b/en/docs/dev_doc/evb/a316_hf_dac_v1/user_guide.md @@ -9,12 +9,12 @@ login: true --8<-- "common/phaten_xmos_support_img.md" --8<-- "common/checklogin_form.md"
-![A316-HF-DAC-V1 USB Desktop High-Definition Audio Decoder Evaluation Board](../../../assets/images/hifi_audio/a316_hf_dac_v1_mark.png "A316-HF-DAC-V1 USB Desktop High-Definition Audio Decoder Evaluation Board"){align=right width=300 style="float: right; margin: -30px 0 0 0;" } +![A316-HF-DAC-V1 USB Desktop Hi-Fi Audio Decoder Evaluation Board](../../../assets/images/hifi_audio/a316_hf_dac_v1_mark.png "A316-HF-DAC-V1 USB Desktop Hi-Fi Audio Decoder Evaluation Board"){align=right width=300 style="float: right; margin: -30px 0 0 0;" } ## 1. Evaluation Board Hardware Specifications -- A316-HF-DAC-V1 is an evaluation board designed for USB desktop high-definition audio decoders, utilizing the Phaten Audio A316_1926V1 XU316 module design. The evaluation board supports USB, optical, coaxial, and I2S audio signal source inputs. Different audio input sources can be selected via buttons. -- The evaluation board features AKM4493SEQ DAC for analog audio output. +- The A316-HF-DAC-V1 is an evaluation board specifically designed for USB desktop hi-fi audio decoders, featuring the Phaten Audio A316_1926V1 XU316 module. The evaluation board supports USB, optical, coaxial, and I2S audio source inputs. Different audio input sources can be selected via buttons. +- The evaluation board employs an AKM4493SEQ DAC for analog audio output.
@@ -41,7 +41,7 @@ login: true === "Key Audio Specifications" - **USB Audio Input, Matched with DAC AKM4493** + **USB Audio Input with AKM4493 DAC** | Parameter | Value | :------------------------| :----------: @@ -49,7 +49,7 @@ login: true | SIGNAL-NOISE RATIO | 120.012dB | RCAOUT Crosstalk(10K) | 111.851dB - **S/PDIF Audio Input, Matched with DAC AKM4493** + **S/PDIF Audio Input with AKM4493 DAC** | Parameter | Value | :------------------------| :----------: @@ -73,30 +73,30 @@ login: true ### Installing Windows Driver !!! note - - Upon receiving the evaluation board, if this is your first time using it and you are on a Windows system, you need to install the Windows driver before conducting evaluation tests. - - Windows 10 build 1809 and later versions have native USB UAC 2.0 drivers. However, the native driver can only play audio at sampling rates up to 384Khz. To evaluate 768Khz sampling rates and DSD format, you need to install a third-party driver. - - Linux, Mac, and mobile devices do not require driver installation + - Upon receiving the evaluation board, if this is your first use on a Windows system, you need to install the Windows driver before conducting evaluation tests. + - Windows 10 build 1809 and later versions include native USB UAC 2.0 drivers. However, the native driver only supports audio playback up to 384kHz sampling rate. To evaluate 768kHz sampling rates and DSD formats, a third-party driver installation is required. + - Linux, Mac, and mobile devices do not require driver installation. -1. Download evaluation version driver. After extracting, run XMOS_TUSBAudio_eval_v5.58.0_2023-06-29_setup.exe directly and follow the default installation process. +1. Download evaluation driver. After extraction, run XMOS_TUSBAudio_eval_v5.58.0_2023-06-29_setup.exe directly and follow the default installation process. -2. Connect the evaluation board to the Windows computer via USB cable. Click on the TUSB icon in the lower right corner. If the USB Audio Device displays as shown in the figure, the driver is running normally. +2. Connect the evaluation board to the Windows computer via USB cable. Click the TUSB icon in the system tray. If the USB Audio Device displays as shown in the figure, the driver is running normally. -3. The evaluation board enumerates as USB 2.0 Audio Devices (UAC2.0) in Device Manager +3. The evaluation board will enumerate as USB 2.0 Audio Devices (UAC2.0) in Device Manager. -4. In the playback tab, set USB 2.0 Audio Devices (UAC2.0) as the default device +4. In the playback settings, set USB 2.0 Audio Devices (UAC2.0) as the default device. ### Audio Evaluation -The evaluation board has 3 indicator lights: USB, OPT, COX, representing USB, optical, and coaxial modes respectively. +The evaluation board features 3 indicator lights: USB, OPT, COX, representing USB, optical, and coaxial modes respectively. -- Short press MODE button, USB indicator lights up, plays USB audio. -- Short press MODE button, OPT indicator lights up, plays OPT audio. -- Short press MODE button, COX indicator lights up, plays COX audio. +- Short press the MODE button: USB indicator lights up, plays USB audio. +- Short press the MODE button: OPT indicator lights up, plays optical audio. +- Short press the MODE button: COX indicator lights up, plays coaxial audio. -## Consultation & Feedback +## Contact and Feedback
-Click to expand consultation and feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/evb/a316_hf_i2s_v1/datasheet.md b/en/docs/dev_doc/evb/a316_hf_i2s_v1/datasheet.md index 4d9ff9e..3041922 100644 --- a/en/docs/dev_doc/evb/a316_hf_i2s_v1/datasheet.md +++ b/en/docs/dev_doc/evb/a316_hf_i2s_v1/datasheet.md @@ -14,11 +14,11 @@ login: true ## 1. Product Introduction ### 1.1 Product Description -- A316-HF-I2S-V1 is based on the A316-Mini--V1 XU316 module design, **DAC removed**, focused on **USB digital signal reception and conversion** +- A316-HF-I2S-V1 is designed based on the A316-Mini--V1 XU316 module, **with DAC removed**, focusing on **USB digital signal reception and conversion** - A316-HF-I2S-V1 receives 2-channel USB input, decodes it, and outputs via I2S -- All XU316 pins are accessible on the evaluation board, allowing users to perform various development and debugging tasks with the XU316 based on this evaluation board -- A316-HF-I2S-V1 integrates 2 low-jitter 45.1584MHz/49.152MHz active crystal oscillators -- Combined with different DACs, users can use this evaluation board for evaluating various USB HiFi applications, suitable for audio device developers and Hi-Fi DIY enthusiasts building high-fidelity audio decoding systems +- All XU316 pins are exposed on the evaluation board, allowing users to perform various development and debugging tasks for XU316 based on this evaluation board +- A316-HF-I2S-V1 features 2 built-in low phase noise 45.1584MHz/49.152MHz active crystal oscillators +- Combined with different DACs, users can use this evaluation board for various USB HiFi application evaluations, suitable for audio equipment developers and Hi-Fi DIY enthusiasts to build high-fidelity audio decoding systems ### 1.2 Product Features diff --git a/en/docs/dev_doc/evb/a316_hf_i2s_v1/index.md b/en/docs/dev_doc/evb/a316_hf_i2s_v1/index.md index fc54ea0..641a5f9 100644 --- a/en/docs/dev_doc/evb/a316_hf_i2s_v1/index.md +++ b/en/docs/dev_doc/evb/a316_hf_i2s_v1/index.md @@ -1,7 +1,7 @@ --- -title: A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter EVB -description: A316-HF-I2S-V1 is a professional USB TO I2S HiFi audio converter evaluation board supporting 768kHz/DSD512 high-resolution audio, based on XU316 module design, specifically designed for audio device developers and Hi-Fi DIY enthusiasts. -keywords: USB TO I2S converter, HiFi audio converter, XU316 module, 768kHz/DSD512, MQA decoding, optical coaxial input +title: A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board +description: A316-HF-I2S-V1 is a professional USB TO I2S HiFi audio converter evaluation board, supporting 768kHz/DSD512 high-resolution audio, based on XU316 module design, specifically designed for audio device developers and Hi-Fi DIY enthusiasts. +keywords: USB TO I2S Converter, HiFi Audio Converter, XU316 Module, 768kHz/DSD512, MQA Decoding, Optical Coaxial Input hide: -toc login: true @@ -13,7 +13,7 @@ login: true "@context": "https://schema.org", "@type": "Product", "name": "A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board", - "description": "A316-HF-I2S-V1 is a professional USB TO I2S HiFi audio converter evaluation board supporting 768kHz/DSD512 high-resolution audio, based on XU316 module design, specifically designed for audio device developers and Hi-Fi DIY enthusiasts.", + "description": "A316-HF-I2S-V1 is a professional USB TO I2S HiFi audio converter evaluation board, supporting 768kHz/DSD512 high-resolution audio, based on XU316 module design, specifically designed for audio device developers and Hi-Fi DIY enthusiasts.", "brand": { "@type": "Brand", "name": "Phaten Audio" @@ -42,9 +42,9 @@ __USB TO I2S HiFi Audio Converter Evaluation Board__ ![A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board](/assets/images/hifi_audio/a316_hf_i2s_v1_h.png "A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board - Professional USB Digital Audio Converter"){align=right width=400} -- A316-HF-I2S-V1 is based on the A316-Mini--V1 XU316 module design, **DAC removed**, focused on **USB digital signal reception and conversion** -- All XU316 pins are accessible on the evaluation board, allowing users to perform various development and debugging tasks with the XU316 based on this evaluation board -- Combined with different DACs, users can use this evaluation board for evaluating various USB HiFi applications, suitable for audio device developers and Hi-Fi DIY enthusiasts building high-fidelity audio decoding systems +- A316-HF-I2S-V1 is based on the A316-Mini--V1 XU316 module design, with **DAC removed**, focusing on **USB digital signal reception and conversion** +- All XU316 pins are broken out on the evaluation board, allowing users to perform various development and debugging tasks for XU316 based on this evaluation board +- Combined with different DACs, users can utilize this evaluation board for evaluating various USB HiFi applications, suitable for audio device developers and Hi-Fi DIY enthusiasts to build high-fidelity audio decoding systems @@ -55,14 +55,14 @@ __USB TO I2S HiFi Audio Converter Evaluation Board__ === "Key Features" - Full support for 768kHz/DSD512 audio input and output sample rates - - Supports MQA - - Supports optical/coaxial input + - MQA support + - Optical/coaxial input support === "Technical Documentation" | Type | Title | Download | |:--------:|:------------------------|:------------------------| - | User Manual | [:material-file-document-outline: A316-HF-I2S-V1 Datasheet](./datasheet.md) | | + | User Guide | [:material-file-document-outline: A316-HF-I2S-V1 Datasheet](./datasheet.md) | | | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../protocols/xu316_zerocode_protocol.md) | [:material-download:] | === "Firmware List" @@ -91,7 +91,7 @@ __USB TO I2S HiFi Audio Converter Evaluation Board__ -## Inquiries and Feedback +## Inquiry and Feedback
Click to expand inquiry and feedback form diff --git a/en/docs/dev_doc/evb/a316_ls_mic_v2/index.md b/en/docs/dev_doc/evb/a316_ls_mic_v2/index.md index 04e717a..0338a6c 100644 --- a/en/docs/dev_doc/evb/a316_ls_mic_v2/index.md +++ b/en/docs/dev_doc/evb/a316_ls_mic_v2/index.md @@ -1,7 +1,7 @@ --- -title: A316-LS-MIC-V2 USB AI Live Streaming Microphone EVB -description: A316-LS-MIC-V2 is a professional USB AI live streaming microphone evaluation board supporting 192KHz/24bit high-definition audio sampling with built-in AI noise reduction algorithm and comprehensive audio effects processing system for professional live streaming users. -keywords: USB AI microphone, live streaming microphone, AI noise reduction, high-definition audio sampling, audio effects processing, XU316 chip +title: A316-LS-MIC-V2 USB AI Live Streaming Microphone Evaluation Board +description: A316-LS-MIC-V2 is a professional USB AI live streaming microphone evaluation board supporting 192KHz/24bit high-definition audio sampling, built-in AI noise reduction algorithm, equipped with comprehensive audio effect processing system, providing high-quality recording experience for professional live streaming users. +keywords: USB AI microphone, live streaming microphone, AI noise reduction, high-definition audio sampling, audio effect processing, XU316 chip hide: -toc login: true @@ -13,7 +13,7 @@ login: true "@context": "https://schema.org", "@type": "Product", "name": "A316-LS-MIC-V2 USB AI Live Streaming Microphone Evaluation Board", - "description": "A316-LS-MIC-V2 is a professional USB AI live streaming microphone evaluation board supporting 192KHz/24bit high-definition audio sampling with built-in AI noise reduction algorithm and comprehensive audio effects processing system for professional live streaming users.", + "description": "A316-LS-MIC-V2 is a professional USB AI live streaming microphone evaluation board supporting 192KHz/24bit high-definition audio sampling, built-in AI noise reduction algorithm, equipped with comprehensive audio effect processing system, providing high-quality recording experience for professional live streaming users.", "brand": { "@type": "Brand", "name": "Phaten Audio" @@ -32,7 +32,7 @@ login: true
# A316-LS-MIC-V2 -__USB Live Streaming Microphone Evaluation Board with AI Noise Reduction__ +__USB AI Live Streaming Microphone Evaluation Board with AI Noise Reduction__
@@ -42,9 +42,9 @@ __USB Live Streaming Microphone Evaluation Board with AI Noise Reduction__ ![A316-LS-MIC-V2 USB AI Live Streaming Microphone Evaluation Board](/assets/images/usb_ai_mic/ai麦克风-大.png "A316-LS-MIC-V2 USB AI Live Streaming Microphone Evaluation Board - Professional AI Noise Reduction Live Streaming Microphone"){align=right width=400} -- A316-LS-MIC-V2 is a large-format (70x150mm) USB AI live streaming microphone evaluation board featuring XU316 chip design, providing superior recording experience for professional live streaming users. -- The evaluation board supports high-definition audio sampling with built-in AI noise reduction algorithm that effectively filters environmental noise while maintaining vocal clarity. -- Equipped with comprehensive audio effects processing system including Compressor, Reverb effects, and 8-band EQ adjustment. +- A316-LS-MIC-V2 is a large-size (70x150mm) USB AI live streaming microphone evaluation board using XU316 chip design, providing better recording experience for professional live streaming users +- The evaluation board supports high-definition audio sampling, built-in AI noise reduction algorithm, effectively filtering environmental noise while maintaining voice clarity +- Equipped with comprehensive audio effect processing system, including Compressor, Reverb effects, and 8-band EQ adjustment

[:shopping_cart: Purchase Sample](https://detail.1688.com/offer/915688698243.html?_t=1747013479504&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } @@ -56,25 +56,25 @@ __USB Live Streaming Microphone Evaluation Board with AI Noise Reduction__ === "Key Features" - Supports 48KHz-192KHz/24bit high-definition audio sampling - SNR>101dB - - Intelligent AI noise reduction effectively filters background noise - - Comprehensive audio effects processing system (Limiter/Compressor/Reverb/10-band EQ) + - Intelligent AI noise reduction function, effectively filters background noise + - Comprehensive audio effect processing system (Limiter/Compressor/Reverb/10-band EQ) - Automatic gain control function - - USB Type-C interface, 3.5mm headphone and microphone jacks, macaron wired microphone interface - - RGB dynamic lighting effects (static/dynamic/music responsive) + - USB Type-C interface, 3.5mm headphone and microphone interfaces, XLR wired microphone interface + - RGB dynamic lighting effects (static/dynamic/music rhythm) === "Technical Documentation" | Type | Title | Download | |:--------:|:------------------------|:------------------------| | User Manual | [:material-file-document-outline: A316-LS-MIC-V2 User Guide](./user_guide.md) | | - | AI Noise Reduction Performance | [:material-file-document-outline: A316-LS-MIC-V2 Noise Reduction Effects](./dnr_effect.md) | | - | Datasheet | [:material-file-document-outline: A316-CODEC-V1 USB AI Noise Reduction Microphone Module Datasheet](../../datasheet/modules/a316_codec_v1_datasheet.md) | | + | AI Noise Reduction Effect | [:material-file-document-outline: A316-LS-MIC-V2 Noise Reduction Effect](./dnr_effect.md) | | + | Product Datasheet | [:material-file-document-outline: A316-CODEC-V1 USB AI Noise Reduction Microphone Module Datasheet](../../datasheet/modules/a316_codec_v1_datasheet.md) | | === "Firmware List" | Firmware Name | Firmware Version | Release Date | Firmware Description | Download | |:--------------------|:------------------------------------|:----------------|:--------------------|:--------------------| - | USB AI Microphone Default Firmware | 1.0.0 | July 14, 2025 | Stereo, recording and playback capable. Compatible with desktop debug software (250617) | :material-download: | + | USB AI Microphone Default Firmware | 1.0.0 | 2025-07-14 | Stereo, recording and playback capable. Compatible with desktop debug software (250617) | :material-download: | @@ -82,13 +82,13 @@ __USB Live Streaming Microphone Evaluation Board with AI Noise Reduction__ | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debug Tools | AI Microphone Debug Tools |[:material-toolbox: Debug Tools](../../../services_support/tools_software/index.md) | + | Debug Tools | AI Microphone Debug Tool |[:material-toolbox: Debug Tools](../../../services_support/tools_software/index.md) | ## Supported Products
-- :material-developer-board: __USB Live Streaming Microphone Evaluation Board with AI Noise Reduction__ +- :material-developer-board: __USB AI Live Streaming Microphone Evaluation Board with AI Noise Reduction__ --- diff --git a/en/docs/dev_doc/evb/a316_ls_mic_v2/otg_firmware_test_guide.md b/en/docs/dev_doc/evb/a316_ls_mic_v2/otg_firmware_test_guide.md index 2bf9e3e..2701e22 100644 --- a/en/docs/dev_doc/evb/a316_ls_mic_v2/otg_firmware_test_guide.md +++ b/en/docs/dev_doc/evb/a316_ls_mic_v2/otg_firmware_test_guide.md @@ -5,7 +5,7 @@ status: new # OT82111_VC1 Firmware Test Guide -## I. Block Diagram Overview +## 1. Block Diagram Introduction
This guide introduces the test methods and related instructions for OT82111_VC1 firmware on the A316-LS-MIC-V2 evaluation board.![OT82111_VC1 Block Diagram](/assets/images/hifi_audio/ot82111_diagram.png "OT82111_VC1 Block Diagram"){ width=450} @@ -13,11 +13,11 @@ This guide introduces the test methods and related instructions for OT82111_VC1 --- -## II. A316-LS-MIC-V2 Default Input and A316 Output +## 2. A316-LS-MIC-V2 Default Input and A316 Output -- A316-LS-MIC-V2 default input to A316 is fixed at 24-bit 48KHz. -- Regardless of the sample rate selected during recording, when the USB device outputs to the 3.5mm audio interface (headphone test), the audio will be converted to 24-bit 48KHz for playback. -- The audio format output from the USB device to the playback device is 24-bit 48KHz and cannot be changed. +- A316-LS-MIC-V2 default input to A316 is fixed at 24-bit 48KHz +- Regardless of the sampling rate selected during recording, when the USB device outputs to the 3.5mm audio interface (headphone test), the audio will be converted to 24-bit 48KHz for playback +- USB device output to playback device audio format is 24-bit 48KHz and cannot be changed ![Input/Output Diagram 1](/assets/images/evb/a316_mic_v2/otg_firmware_test_guide/shur09.png) @@ -25,21 +25,21 @@ This guide introduces the test methods and related instructions for OT82111_VC1 --- -## III. I2S Output Sample Rate Acquisition and Switching +## 3. I2S Output Sampling Rate Acquisition and Switching -The A316-LS-MIC-V2 evaluation board supports switching between different input sample rates via buttons, with audio output normally through the 3.5mm interface (headphone test). -Switchable sample rates include: 44.1KHz, 48KHz, 88.2KHz, 96KHz, 176.4KHz, 192KHz. -For precise sample rate measurement, use a logic analyzer to capture waveforms (actual measurements may have some margin of error). +The A316-LS-MIC-V2 evaluation board supports switching between different input sampling rates via button, and audio will be output normally through the 3.5mm interface (headphone test). +Switchable sampling rates include: 44.1KHz, 48KHz, 88.2KHz, 96KHz, 176.4KHz, 192KHz. +For precise sampling rate measurement, a logic analyzer can be used to capture waveforms (actual measurement may have some error). -### 1. Sample Rate Switching Button Location +### 1. Button Location for Switching Sampling Rates -![Sample Rate Switching Button](/assets/images/evb/a316_mic_v2/otg_firmware_test_guide/qiehuan01.PNG) +![Sampling Rate Switch Button](/assets/images/evb/a316_mic_v2/otg_firmware_test_guide/qiehuan01.PNG) -### 2. A316-LS-MIC-V2 Waveform Capture Wiring Method +### 2. A316-LS-MIC-V2 Waveform Capture Connection Method -![Waveform Capture Wiring](/assets/images/evb/a316_mic_v2/otg_firmware_test_guide/02zhuaqu.PNG) +![Waveform Capture Connection](/assets/images/evb/a316_mic_v2/otg_firmware_test_guide/02zhuaqu.PNG) -### 3. Recording and Waveforms at Different Sample Rates (All 24bit) +### 3. Recording and Waveforms at Different Sampling Rates (All 24-bit) - **44.1KHz:** ![44.1KHz Waveform 1](/assets/images/evb/a316_mic_v2/otg_firmware_test_guide/luyin03.PNG) diff --git a/en/docs/dev_doc/evb/a316_ls_mic_v2/user_guide.md b/en/docs/dev_doc/evb/a316_ls_mic_v2/user_guide.md index 17426af..6938198 100644 --- a/en/docs/dev_doc/evb/a316_ls_mic_v2/user_guide.md +++ b/en/docs/dev_doc/evb/a316_ls_mic_v2/user_guide.md @@ -1,33 +1,33 @@ --8<-- "common/phaten_xmos_support_img.md" # AI Noise Reduction Microphone -## I. **Control Precautions** -1. Before powering on a new board, connect an ammeter to check if the overall current is normal to prevent excessive current from damaging the chip. +## 1. **Control Precautions** +1. Before powering on a new board, connect an ammeter to check if the system current is normal to avoid burning the chip due to high current. -2. The MIC-A and MIC-B switches for testing microphone audio channels can only be switched alternately. Enabling both simultaneously will cause reduced volume. +2. MIC-A and MIC-B channel microphone audio switches can only be alternately switched for testing. Opening both simultaneously will cause the volume to decrease. ![001.png](/assets/images/aimic/001.png){width="200" } -!!! warning "3. Important Note" +!!! warning "3. Important" - When connecting a dynamic microphone to the XLR channel, turn off the +48V switch to prevent damage to the microphone. + For XLR channel connected to dynamic microphones, turn off the +48V switch to avoid damaging the microphone. -4. The 10dB, 20dB, and 30dB switches should be enabled alternately according to the marked gain value. Only one marked switch can be enabled at a time; the other two must be disabled. For example, if enabling 10dB, the other two must be disabled. +4. The 10dB, 20dB, 30dB switches operate alternately to enable the corresponding gain value. Only one switch can be enabled at a time, the other two must be closed. For example, when enabling 10dB, the other two must be closed. ![002.png](/assets/images/aimic/002.png){width="400" } -5. The white power indicator light next to the USB port is too bright and glaring. The resistor can be changed to 1.2-1.5K. +5. The white power indicator LED next to the USB is too bright. The resistor can be changed to 1.2-1.5K to reduce brightness. ![003.png](/assets/images/aimic/003.png){width="400"} [//]: # ({width="400" style="transform: rotate(90deg);margin-left:150px;"}) -## II. Button Description +## 2. Button Description ![whiteboard_exported_image.png](/assets/images/aimic/whiteboard_exported_image-en.png){width="500" } -## III. PC Control Software Usage +## 3. PC Control Software Usage -Configure the required scenario settings in the software. After opening, an operation interface and a log display cmd window will appear. +The software can be used to configure the required scenarios. After opening, there will be an operation interface and a log display cmd window. ![004.png](/assets/images/aimic/004.png) @@ -42,11 +42,11 @@ Configure the required scenario settings in the software. After opening, an oper - ![007.png](/assets/images/aimic/DSP_Controller3.jpg){width="400" }
-After adjusting settings, click "Load" in the lower left corner to apply changes to the device. If settings are applied successfully, log output will be displayed. +After adjusting the settings, click "Load" at the bottom left to apply the changes to the device. If the settings are successful, logs will be printed. ![008.png](/assets/images/aimic/008.png) -After configuring settings, if you need to save them, click "Save". +After configuration, if you need to save the settings, click "Save". ## Inquiries and Feedback
diff --git a/en/docs/dev_doc/evb/a316_ph_dac_v1/v71_game_play_guide.md b/en/docs/dev_doc/evb/a316_ph_dac_v1/v71_game_play_guide.md new file mode 100644 index 0000000..e305179 --- /dev/null +++ b/en/docs/dev_doc/evb/a316_ph_dac_v1/v71_game_play_guide.md @@ -0,0 +1,135 @@ +--- +title: True Hardcore 7.1 Spatial Audio Gaming Experience Guide +login: true +--- + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# True Hardcore 7.1 Spatial Audio Gaming Experience Guide +
+
+ + +## 1. Game Mode Description + +### 1.1 Game Mode RGB Indicator LED Definition + +| Game Audio Effect | Sample Rate | LED Color (Low Impedance Mode) | LED Color (High Impedance Mode) | +|:-------------|:-------|:------------------|:------------------| +| No Effect | -- | ●Yellow solid | ●Yellow blinking| +| FPS | -- | ●Cyan solid | ●Cyan blinking | +| True Hardcore 7.1 Spatial Audio | -- | ●Magenta solid | ●Magenta blinking | + + + +### 1.2 How to Switch Device to Game Mode + +- By default, after power-on the device operates in UAC2.0 HiFi music mode. Manual configuration can make the device operate in UAC1.0 game mode after power-on. + +- During device operation, UAC mode cannot be switched. + +- Method to operate device in game mode: + 1. With the device disconnected (powered off) + 2. Press and hold any button, then connect the device to the host (computer, smartphone, game console) USB port (to power on the device) + 3. Release the button when the indicator LED changes to game mode color + 4. The device will operate in game mode. + +### 1.3 Game Audio Effect Description + +- When the device operates in game mode, it has multiple selectable game audio effects with power-off memory function. + +- Game audio effect description: + + | Game Audio Effect | Game Audio Effect Description | + |:-----------|:-----------| + | No Effect | Original game audio output | + | FPS | For shooter games, enhances footsteps and gunshots in the game | + | True Hardcore 7.1 Spatial Audio | For games with multi-channel output, the device synthesizes the game's multi-channel audio into 2-channel audio through a 7.1 spatial audio algorithm, giving 2-channel audio 3D spatial awareness of direction and distance | + +- Switching game audio effect + - When the device operates in game mode, press and hold button 1 (Volume+) and button 2 (Volume-) simultaneously for more than 1 second (long press combination) to switch game audio effect once, cycling in the order listed in the table above. + + +## 2. Windows Partial Multi-channel Game Support Settings + +!!! info "" + - Currently most PC games do not indicate multi-channel support on store pages. Players are advised to check gaming communities or test by opening games themselves + - Most console-to-PC ported games support native 7.1 and require no in-game settings + - Check if your device is set to surround sound in Windows. Some games cannot enable multi-channel output without detecting the device + +### 2.1 Battlefield 2042 + +!!! info "" + - Through 7.1 channel dynamic battlefield environment simulation, explosion sounds, drone buzzing, and sand storm roaring come from different directions, combined with dynamic weather system environmental sound effects to construct a three-dimensional battlefield spatial sense + - Enable surround sound: **Battlefield 2042: Click options in lower left corner of main page, select sound, switch sound settings to surround sound** + +
+ ![Surround Sound Settings](/assets/images/v71_game/fengyun_2042_setting1.jpg "Surround Sound Settings"){width="800"} +
+
+
+ ![Surround Sound Settings](/assets/images/v71_game/fengyun_2042_setting2.jpg "Surround Sound Settings"){width="800"} +
+
+ +### 2.2 Call of Duty: Black Ops 6 +!!! info "" + - **Uses Project Acoustics physical sound engine to achieve precise positioning of bullets passing by the ear, footsteps and weapon reload sounds present realistic spatial attenuation through walls in multi-channel** + - Enable surround sound: **Call of Duty: Black Ops 6: Click gear in upper right corner of main page, select audio, switch speaker output to 7.1 surround** + +
+ ![Surround Sound Settings](/assets/images/v71_game/shimingzhaohuan_setting1.png "Surround Sound Settings"){width="800"} +
+
+
+ ![Surround Sound Settings](/assets/images/v71_game/shimingzhaohuan_setting3.jpg "Surround Sound Settings"){width="800"} +
+
+ +### 2.3 Delta Force +!!! info "" + - **Delta Force: Click gear in upper right corner, select audio, turn off HRTF, enable multi-channel output** + - Enable surround sound: **Call of Duty: Black Ops 6: Click gear in upper right corner of main page, select audio, switch speaker output to 7.1 surround** + +
+ ![Surround Sound Settings](/assets/images/v71_game/sanjiaozhou_setting1.jpg "Surround Sound Settings"){width="800"} +
+
+
+ ![Surround Sound Settings](/assets/images/v71_game/sanjiaozhou_setting2.jpg "Surround Sound Settings"){width="800"} +
+
+ + +### 2.4 Forza Horizon 5 +!!! info "" + - **Uses dynamic multi-channel rendering for Mexican rainforest environmental soundscape, engine roar in 7.1 channels distributed according to speed changes, mud tire friction and rainforest birdsong create immersive atmosphere through rear surround** + - Enable surround sound: **Forza Horizon 5 automatically adjusts based on system output. When Windows output is 7.1, game automatically switches to 7.1 output. Players need not adjust any in-game settings** + +
+ ![Forza Horizon 5](/assets/images/v71_game/jisu_dingpingxian.png "Forza Horizon 5"){width="800"} +
+
+ + +### 2.5 Devil May Cry 5 +!!! info "" + - **RE Engine supports 7.1 channel dynamic surround. Nero's greatsword heavy strike sounds roar from the front, Dante's dual pistol shots echo alternately in left and right channels, devil trigger skill release low-frequency vibrations transmitted through subwoofer, battle sound effects and rock BGM form multi-dimensional auditory impact** + - Enable surround sound: **Devil May Cry 5 automatically adjusts based on system output. When Windows output is 7.1, game automatically switches to 7.1 output. Players need not adjust any in-game settings** + +
+ ![Devil May Cry 5](/assets/images/v71_game/guiqi_5.jpg "Devil May Cry 5"){width="800"} +
+
+ + + + +## 3. Revision History + +| Version | Date | Description | Revised By | +|:------|:-------------|:---------------------------------------|:-------------| +| V1.0 | 2025-10-29 | Initial release | | diff --git a/en/docs/dev_doc/evb/a316_ph_dac_v1/v71_sa_principles_advantages.md b/en/docs/dev_doc/evb/a316_ph_dac_v1/v71_sa_principles_advantages.md new file mode 100644 index 0000000..e69de29 diff --git a/en/docs/dev_doc/evb/index.md b/en/docs/dev_doc/evb/index.md index ef6c5cd..bdb9155 100644 --- a/en/docs/dev_doc/evb/index.md +++ b/en/docs/dev_doc/evb/index.md @@ -1,5 +1,5 @@ --- -title: XMOS AI Development Evaluation Board Resources +title: XMOS AI Evaluation Board Resources hide: -toc --- @@ -8,7 +8,7 @@ hide:
-# Development Evaluation Boards +# Evaluation Boards @@ -27,3 +27,4 @@ hide: - [A316-V71-Game-V1](./a316_v71_game_v1/index.md)
+ diff --git a/en/docs/dev_doc/evb/wifi_8711_speaker/RTL8711dev_board.md b/en/docs/dev_doc/evb/wifi_8711_speaker/RTL8711dev_board.md new file mode 100644 index 0000000..d064376 --- /dev/null +++ b/en/docs/dev_doc/evb/wifi_8711_speaker/RTL8711dev_board.md @@ -0,0 +1,140 @@ +--- +title: WiFi-Audio-TRX-V1 Development Evaluation Board Datasheet +description: WiFi-Audio-TRX-V1 development evaluation board appearance dimensions, feature parameters, application scenarios, pin definitions and schematic descriptions, with unified image styling for improved readability. +keywords: WiFi-Audio-TRX-V1, RTL8711, development evaluation board, appearance dimensions, features, pin definitions, schematics +--- + +# WiFi-Audio-TRX-V1 Development Evaluation Board Datasheet + +## Product Overview + +WiFi-Audio-TRX-V1 features rich functionality and excellent performance, suitable for various IoT application scenarios. The module integrates a high-performance MCU, dual-band WiFi and Bluetooth functionality to meet different device communication needs. Its internal structure is well-designed, providing stable power supply to each module through embedded regulators, while featuring multiple power management modes to reduce power consumption. Rich interface resources enable convenient connection and communication with external devices such as sensors and displays. In terms of RF performance, both WiFi and Bluetooth provide reliable wireless connections, ensuring stability and efficiency of data transmission. The module has broad application prospects in smart home, industrial IoT, smart wearable devices and other fields, providing powerful wireless communication capabilities and data processing capabilities for various smart devices, facilitating intelligent control and data interaction. + + +## Appearance Dimensions + +### Product Images +**Front** + +![Development Board Front](/assets/images/speaker/11-08/dome/PCB-EV721D00-2v0_Top.png){ width="60%" } + +**Back** + +![Development Board Back](/assets/images/speaker/11-08/dome/PCB-EV721D00-2v0_Bottom.png){ width="60%" } + + +### Product Dimensions + +**_Length: 65mm; Width: 30mm_** + +## Features + +- **Support Dual-band WiFi and Bluetooth**: Supports WLAN dual-band (2.4GHz and 5GHz) and Bluetooth Low Energy 5.0, integrating Real-M300 high-performance MCU, WLAN MAC, baseband, RF and Bluetooth functions, enabling complete Wi-Fi and BLE 5.0 protocol functionality. +- **Multiple Operating Modes and Energy-Saving Mechanisms**: Operating voltage range 3.0V - 3.6V, supporting multiple low-power modes such as sleep mode and deep sleep mode. In different modes, various functional modules can flexibly configure power and clock to reduce power consumption. For example, in sleep mode, most functional modules can perform power gating or clock gating; in deep sleep mode, all functions except AON are disabled to achieve ultra-low power consumption. +- **Rich Interface Resources**: Provides configurable GPIO ports for convenient control of peripheral devices; integrates internal memory, supporting simple application development; features multiple communication interfaces such as UART, SPI, QSPI/OSPI, I2C, etc., and also provides high-speed connection interfaces SDIO and USB, as well as audio functionality (including digital microphone interface and I2S). +- **High-Performance Processor**: Built-in low-power KM4 MCU (based on Armv8.1-M architecture, compatible with Cortex-M55 instruction set), with a main frequency up to 345MHz, featuring enhanced debugging capabilities, floating-point computing, digital signal processing extension instructions and other features; also includes low-power KM0 MCU (based on Armv8-M baseline architecture, compatible with Cortex-M23 instruction set), with a main frequency up to 115MHz, simple instruction set, small code size, compatible with KM4 processor code and tools, suitable for power-sensitive fast response operations such as power management and network protocol processing. +- **Reliable RF Performance** + + - **WiFi RF Characteristics**: In the 2.4GHz band, complies with IEEE 802.11b/g/n standards, supports multiple modulation methods and transmission rates, with good transmit power and receive sensitivity performance; in the 5GHz band, complies with IEEE 802.11a/n standards, also featuring excellent transmit and receive performance, and antenna diversity functionality, which can select the best antenna through external RF switch to reduce channel fading effects, while using real-time calibration mechanisms to ensure stable operation of the radio system. + - **Bluetooth RF Characteristics**: Complies with Bluetooth 5.0 specifications, operates in the 2.4GHz band, with transmit power and receive sensitivity meeting relevant standards, supporting multiple Bluetooth functions such as fast AGC control, multiple power levels, enhanced power control and low-power mode (such as BLE). + + + +## Application Scenarios + +* Smart Home (lighting control, switches and plugs, home appliances, etc.) +* Industry 4.0 +* Low-power IoT devices (low-power Wi-Fi cameras, smart locks, etc.) +* Smart wearable devices +* Portable devices +* Gaming accessories +* Wireless audio devices +* Smart interactive toys, etc. + +## Main Parameters + +**Electrical Parameters** + +* Operating Voltage: 3.0V - 3.6V. +* Operating Temperature: -30℃ to 85℃. +* Storage Temperature: -40℃ to 125℃. + +**RF Parameters** + +WiFi (2.4GHz) + +* Transmit Power: 802.11b@11Mbps up to 18dBm; 802.11g@54Mbps up to 17dBm; 802.11n@N20 MCS7 up to 16dBm; 802.11n@N40_MCS7 up to 16dBm. +* Receive Sensitivity: 802.11b@11Mbps up to -85dBm; 802.11g@54Mbps up to -73dBm; 802.11n@N20 MCS7 up to -68dBm; 802.11n@N40 MCS7 up to -65dBm. + +WiFi (5GHz) + +* Transmit Power: 802.11a@54Mbps up to 13dBm; 802.11n@N20_MCS7 up to 12dBm; 802.11n@N40_MCS7 up to 12dBm. +* Receive Sensitivity: 802.11a@54Mbps, 802.11n@N20 MCS7, 802.11n@N40 MCS7 related parameters not detailed (refer to subsequent sections of documentation or actual product detailed specifications). + +**Bluetooth** + +* Transmit Power: 0 - 10dBm (BLE, GPSK/1Mbps and GPSK/2Mbps). +* Receive Sensitivity: ≤ -95dB (Sensitivity LE1M@PER<30.8%); ≤ -93dB (Sensitivity LE2M@PER<30.8%). + + + +## Pin Definition + +| Pin Number | Name | Function Description | +|------|-------|-------------------------------------------------------------------------------| +| 1 | VD33 | 3.3V power supply | +| 2 | VD5V | 5V power supply | +| 3 | PB30 | Wake pin. This pin should remain pulled up during reset. Default function is general purpose input/output and can be configured for other functions | +| 4 | VD5V | 5V power supply | +| 5 | PB31 | Wake pin. IC operating mode is determined by level of trap pin PB31/TM_DIS during power-on. 1: Normal mode 0: Test mode Default function is general purpose input/output and can be configured for other functions | +| 6 | PB_2 | Default function is general purpose input/output and can be configured for other functions | +| 7 | PA12 | Default function is general purpose input/output and can be configured for other functions | +| 8 | PB_2 | Default function is general purpose input/output and can be configured for other functions | +| 9 | PA_28 | Default function is general purpose input/output and can be configured for other functions | +| 10 | PB_3 | Default function is general purpose input/output and can be configured for other functions | +| 11 | PA_28 | Default function is general purpose input/output and can be configured for other functions | +| 12 | PB_15 | Default function is general purpose input/output and can be configured for other functions | +| 13 | PB7 | Power input to digital I/O power domain | +| 14 | PB_15 | Default function is general purpose input/output and can be configured for other functions | +| 15 | PB9 | Default function is general purpose input/output and can be configured for other functions | +| 16 | PB8 | Power input to digital I/O power domain | +| 17 | VD33 | 3.3V power supply | +| 18 | PB13 | Default function is general purpose input/output and can be configured for other functions | +| 19 | PA23 | Default function is general purpose input/output and can be configured for other functions | +| 20 | PB14 | Default function is general purpose input/output and can be configured for other functions | +| 21 | PA_20 | Default function is general purpose input/output and can be configured for other functions | +| 22 | PB14 | Default function is general purpose input/output and can be configured for other functions | +| 23 | PA_30 | Default function is SWD CLK, can be configured for other functions after IC boot | +| 24 | PA_21 | Power input to digital I/O power domain. Default function is general purpose input/output and can be configured for other functions | +| 25 | PB_0 | Default function is general purpose input/output and can be configured for other functions | +| 26 | PA22 | Default function is general purpose input/output and can be configured for other functions | +| 27 | PB0 | Default function is general purpose input/output and can be configured for other functions | +| 28 | PB_15 | Default function is general purpose input/output and can be configured for other functions | +| 29 | PA_29 | Default function is general purpose input/output and can be configured for other functions | +| 30 | PB_21 | Default function is general purpose input/output and can be configured for other functions | +| 31 | PB_18 | Default function is general purpose input/output and can be configured for other functions | +| 32 | PB_21 | Default function is general purpose input/output and can be configured for other functions | +| 33 | PB_19 | Default function is general purpose input/output and can be configured for other functions | +| 34 | PB_22 | Default function is general purpose input/output and can be configured for other functions | +| 35 | PB20 | Default function is general purpose input/output and can be configured for other functions | +| 36 | PB_22 | Default function is general purpose input/output and can be configured for other functions | +| 37 | PB6 | Default function is general purpose input/output and can be configured for other functions | +| 38 | PB_22 | Default function is general purpose input/output and can be configured for other functions | +| 39 | GND | Ground | +| 40 | GND | Ground | + + + +## Schematics + +![Development Board Schematics](/assets/images/speaker/11-08/dome/8711开发板原理图.png){ width="80%" } + + +## Contact & Feedback + +
+Click to expand contact & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/evb/wifi_8711_speaker/design_docs.md b/en/docs/dev_doc/evb/wifi_8711_speaker/design_docs.md new file mode 100644 index 0000000..880fc4b --- /dev/null +++ b/en/docs/dev_doc/evb/wifi_8711_speaker/design_docs.md @@ -0,0 +1,26 @@ +--- +title: WiFi-Audio-TRX-V1 Wi-Fi Audio Evaluation Board Design Documents +hide: + - toc +login: true +description: Phaten Audio WiFi-Audio-TRX-V1 Wi-Fi audio evaluation board design resources based on Realtek RTL8711, including schematics, BOM, and component specifications. +keywords: Phaten Audio, WiFi-Audio-TRX-V1, RTL8711, Wi-Fi audio, evaluation board, design documents, schematics, BOM +--- + +# WiFi-Audio-TRX-V1 Wi-Fi Audio Evaluation Board Design Documents + +--8<-- "common/phaten_xmos_support_img.md" +--8<-- "common/checklogin_form.md" + +| Type | Title | Download | +| :----------------: | :------------------------------------------------------------------ | :---------------------------------------------------------------------------------------------------------------------------------------------------------- | +| Module Datasheet for Evaluation Board | :material-file-document-outline: WiFi-Audio-TRX-V1 Module Datasheet | :material-download: | +| Evaluation Board Schematics | :material-file-document-outline: WiFi-Audio-TRX-V1 Schematics | :material-download: | + +## Contact & Feedback +
+Click to expand contact & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/evb/wifi_8711_speaker/firmware_flashing.md b/en/docs/dev_doc/evb/wifi_8711_speaker/firmware_flashing.md new file mode 100644 index 0000000..2e074d5 --- /dev/null +++ b/en/docs/dev_doc/evb/wifi_8711_speaker/firmware_flashing.md @@ -0,0 +1,59 @@ +--- +login: true +description: RTL8711/RTL8730 flashing tool and evaluation board flashing procedure, including steps and notes for entering flashing and print modes. +keywords: RTL8711, RTL8730, flashing tool, WiFi-Audio-TRX-V1, evaluation board, download, firmware +--- + +--8<-- "common/checklogin_form.md" + +# WiFi-Audio-TRX-V1 Series Flashing Instructions +This tool is the flashing tool for RTL8711Dx, supporting both 8711 and 8730. + +## Preparation + +Download Flashing Tool: :material-download: + +### Module Entering Flashing Mode +![8711 Module Flashing Connection Diagram](/assets/images/speaker/11-08/model/8711模组烧录方式.jpg){width="48%"} ![8711 Module Appearance](/assets/images/speaker/11-08/model/8711%20模组图片.png){width="48%"} + +### Evaluation Board Entering Flashing Mode +First press and hold the download button, then press and hold the chip button. The serial port will print \0. Then release both buttons together. +### Print Mode +Press the chip button once to reset. + +![Evaluation Board Button and Interface Diagram](/assets/images/speaker/shaolu-1.png){width="65%"} + +!!! note + **The Type-C port to the right of the download button in the diagram is power-only. The rightmost Type-C port can be used for both power supply and serial port printing** + +## Operation Steps +### Step 1: Download the Tool and Double-Click to Open +![Tool Directory Diagram](/assets/images/speaker/shaolu-2.png){width="70%"} + +### Step 2: Open the Software, Click "File" → "Open" to Select File +![Software Main Interface and File Opening](/assets/images/speaker/shaolu-3.png){width="70%"} + +### Step 3: Select Configuration File +Select "AmebaDplus FreeRTOS NOR.rdev" (the 3rd one) for 8711; the 6th one is for 8730, select as needed. +![Select rdev Configuration File](/assets/images/speaker/shaolu-4.png){width="70%"} + +### Step 4: Select Firmware to Flash +Ensure the firmware name matches the configuration. +![Select Firmware File](/assets/images/speaker/shaolu-5.png){width="70%"} + +### Step 5: Add VFS Files as Needed +If you need to add additional VFS, please customize the file name, for example "vfs.bin". +![Add VFS File Diagram](/assets/images/speaker/addVFS.png){width="60%"} + +### Step 6: Select Serial Port and Baud Rate, Then Start Flashing +Select the serial port and baud rate (usually auto-selected) as shown. After verification, click "Download" below to start flashing. +![Start Flashing Process and Settings](/assets/images/speaker/shaolu-6.png){width="70%"} + +## Contact & Feedback + +
+Click to expand contact & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/evb/wifi_8711_speaker/index-chanpliebiao.md b/en/docs/dev_doc/evb/wifi_8711_speaker/index-chanpliebiao.md new file mode 100644 index 0000000..b2402a7 --- /dev/null +++ b/en/docs/dev_doc/evb/wifi_8711_speaker/index-chanpliebiao.md @@ -0,0 +1,31 @@ +--- +title: Wi-Fi Wireless Speaker Series Core Firmware +hide: + - toc +--- + +--8<-- "common/phaten_xmos_support_img.md" + +# Wi-Fi Wireless Speakers + +!!! info "Product List" +
+ + | **Product (Features:material-arrow-down:)(Model:material-arrow-right:)** | [WB8711_ZW](./wb8711_zw.md) | + |---------------------|---------------------| + | **Wireless Specifications** | 2.4 / 5GHz Wi-Fi, BLE 5.0 | + | **Configuration & Deployment** | ZeroConfig + Web Configuration Center | + | **Application Scenarios** | Home Theater Wireless Audio/Smart Speakers | + | **Reference Specifications** | [WB8711-ZW Module Specifications](../../dev_doc/wifi_speaker/wb8711_zw.md) | + | **Status** | Active | + +
+ +## Contact & Feedback + +
+Click to expand contact & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/evb/wifi_8711_speaker/index.md b/en/docs/dev_doc/evb/wifi_8711_speaker/index.md new file mode 100644 index 0000000..81ec857 --- /dev/null +++ b/en/docs/dev_doc/evb/wifi_8711_speaker/index.md @@ -0,0 +1,136 @@ +--- +title: WiFi-Audio-TRX-V1 Wi-Fi Audio Evaluation Board +description: Wi-Fi wireless speaker evaluation board/firmware reference page based on Realtek RTL8711 platform, supporting ZeroConfig and Web configuration, compatible with 2.4/5.8GHz and BLE 5.0. +keywords: Wi-Fi wireless speakers, RTL8711, ZeroConfig, Web configuration, BLE 5.0, evaluation board +hide: + - toc +login: true +--- + + + + +--8<-- "common/checklogin_form.md" +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# WiFi-Audio-TRX-V1 +__Development-Free ZeroConfig + Web Configuration Wi-Fi Wireless Speaker Firmware (Realtek RTL8711Dx Platform)__ + +
+
+ +
+![WiFi-Audio-TRX-V1 Diagram](/assets/images/evb/8711_wifi_speaker/8711kf.png){align=right width=400} +WiFi-Audio-TRX-V1 is a customizable firmware for Wi-Fi wireless speakers and smart speakers, supporting out-of-the-box ZeroConfig workflow and Web configuration interface. Based on Realtek `RTL8711Dx` series modules, it supports 2.4 / 5.8GHz dual-band Wi-Fi and BLE 5.0, meeting high-reliability connection and convenient deployment requirements. + +- ZeroConfig first power-on guidance, hotspot quick configuration for speaker channels +- Built-in Web configuration center +- Support configuration import/export, suitable for batch delivery + +[:shopping_cart: Sample Purchase](){.md-button } + +
+ +## Features and Documentation + +=== "Key Features" + - 5.8GHz Wi-Fi wireless audio link, low latency, strong anti-interference, stable and reliable (supports up to 10 channels transmission, depending on project configuration). + - ZeroConfig first power-on guidance and Web visual configuration, supporting auto-reconnection. + - Scenario-based channel configuration: standard 5.1, compact 3.1, minimalist 2.1, expandable to 7.1.2; flexible channel mapping and device grouping. + +=== "Wireless Audio Transmission" + - 5.8GHz Wi-Fi wireless transmission, up to 20 meters range, optimized audio link latency and jitter, supporting multi-point connection between host (Soundbar) and rear surround/subwoofer. + - Multi-link collaboration and anti-interference strategy: automatic channel selection, reconnection and fault tolerance, adapted to complex environments. + - BLE-based for fast pairing/auxiliary configuration (depending on hardware platform capabilities). + +=== "Audio Specifications and Synchronization" + - Support for multiple high-resolution audio formats: PCM default up to 192kHz/48bit. + - Dynamic range optimization and buffer synchronization strategy, ensuring high fidelity and stable playback, reducing stuttering and desynchronization. + - Support master-slave switching, playback latency 20ms. + +=== "Channels and Roles" + - Role definitions: Host (Soundbar/Master), Rear Surround (Rear L/R), Subwoofer (Sub), supporting custom extensions. + - Channel mapping: Support intuitive assignment of channels to devices in Web configuration, adapted to different room layouts. + - Device grouping and networking: Support group ID and auto-discovery, facilitating parallel deployment of multiple systems. + +=== "Web Configuration" + - Configuration center: Network (AP/STA), device pairing, channel mapping, channel test playback. + +> The above hardware parameters and capabilities refer to the Realtek `RTL8711Dx` series module specifications, subject to actual model selection and datasheets. + +=== "Technical Documentation" + + | Type | Title | Link | + | :----------: | :------------------------------------------------ | :-------------------------- | + | User Guide | [:material-file-document-outline: User Guide] | [:material-open-in-new:](./user_guide.md) | + | Web Configuration Guide | [:material-file-document-outline: Web Configuration Instructions] | [:material-open-in-new:](./web_config_guide.md) | + | Firmware Flashing Instructions | [:material-file-document-outline: Firmware Flashing Steps] | [:material-open-in-new:](./firmware_flashing.md) | + | Hardware Datasheet | [:material-file-document-outline: Hardware Datasheet] | [:material-open-in-new:](./RTL8711dev_board.md) | + | Design Resources | [:material-file-document-outline: Design Resources] | [:material-open-in-new:](./design_docs.md) | + +=== "Firmware List" + | File Name | Firmware Version | Release Date | Firmware Description | Download | + |:--------------------|:---------|:--------|:--------------------|:--------------------| + | WiFi-Audio-TRX-V1 Factory Image | v1.0 | | Evaluation board factory image, base firmware | :material-download: | + | WiFi-Audio-TRX-V1 VFS Config Firmware | v1.0 | | Configuration firmware, needs to be flashed together with base firmware | :material-download: | + +=== "Tools and Software" + + | Type | Description | Download | + | :----------: | :---------------------- | :-------------------------------------------------------------------------------------------------------------------------------------- | + | Debugging Tools | Debugging Tool Collection | [:material-toolbox: Tools & Software](../../../services_support/tools_software/index.md) | + | Drivers | USB Driver | [:material-usb-flash-drive-outline: USB Driver](../../../services_support/driver/index.md) | + +## Application Scenarios + +- Multi-channel Home Theater Wireless Applications + - Standard 5.1, compact 3.1, minimalist 2.1 channel configurations, expandable to 7.1.2 + - Support multi-point connection between host (Soundbar/Master) and rear surround/subwoofer + +- Expandable Scenarios and Deployment + - Rapid batch deployment in hotels, apartments, shopping centers and other public spaces + - Network audio playback systems for homes and studios, parallel networking of multiple systems + - Support device grouping, auto-discovery and channel mapping, adapted to different room layouts + +## Ordering Information + +| Product Name | Product Model | Product Image | +| :----------------- | :-------- | :-------------------------------------------------------------------------------------------: | +| Wi-Fi Wireless Development-Free Speaker Evaluation Board | WiFi-Audio-TRX-V1 | ![WiFi-Audio-TRX-V1](/assets/images/evb/8711_wifi_speaker/8711kf.png "Wi-Fi Audio TRX V1 Evaluation Board"){align=center width=120} | + +> Customized firmware (theme, feature tailoring, factory parameters) can be provided according to actual module/model. + + + +## Contact & Feedback +
+Click to expand contact & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/evb/wifi_8711_speaker/user_guide.md b/en/docs/dev_doc/evb/wifi_8711_speaker/user_guide.md new file mode 100644 index 0000000..8122506 --- /dev/null +++ b/en/docs/dev_doc/evb/wifi_8711_speaker/user_guide.md @@ -0,0 +1,46 @@ +--- +title: WiFi-Audio-TRX-V1 User Guide +description: WiFi-Audio-TRX-V1 evaluation board user guide, covering hardware preparation, button and LED soldering instructions, firmware flashing and Web configuration entry. +keywords: WiFi-Audio-TRX-V1, RTL8711, evaluation board, user guide, firmware flashing, Web configuration +--- + +# WiFi-Audio-TRX-V1 User Guide + +Quick start and usage instructions for the WiFi-Audio-TRX-V1 evaluation board, including hardware preparation, TX button and LED soldering, firmware flashing and Web configuration entry. + +## Hardware Device Preparation + +### Evaluation Board + +- [WiFi-Audio-TRX-V1 Evaluation Board](./index.md) + +WiFi-Audio-TRX-V1 can be used as either a transmitter board or receiver board: uniformly named as TX for transmitter board and RX for receiver board. + +!!! warning "Note" + 1. TX board needs to be used with RX board + 2. RX board does not include speakers, additional speakers need to be connected. + 3. TX board pin 28 connected to GND, keep for more than 2 seconds (serial port prints keyword: FTYWiFiSpeaker), then enter Web configuration mode. + 4. TX board has additional LED and button developed for debugging and configuration. (For details, please refer to [TX Transmitter Board Hardware Adjustment](./user_guide.md#tx)) + +### TX Transmitter Board Hardware Adjustment (Optional) + +!!! note "Solder Additional Button and LED" + 1. `PB_17` pin connected to LED IO, LED in series with 1k resistor to `GND` + 2. Connect button one end to `GND` on the board + 3. `PB_1` connected to the other end of the button (`GND`) + + ![TX Side Button Soldering Diagram](/assets/images/evb/8711_wifi_speaker/side-key0.jpeg){width="60%"} + ![TX Side Button and LED Location](/assets/images/evb/8711_wifi_speaker/side-key01.png){width="45%"} ![TX Side Button Back View](/assets/images/evb/8711_wifi_speaker/side-key02.png){width="45%"} + +## [Flash Firmware](./firmware_flashing.md) + +## [Web Configuration and Firmware Function Verification](./web_config_guide.md) + +## Contact & Feedback + +
+Click to expand contact & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/evb/wifi_8711_speaker/web_config_guide.md b/en/docs/dev_doc/evb/wifi_8711_speaker/web_config_guide.md new file mode 100644 index 0000000..ddf4d79 --- /dev/null +++ b/en/docs/dev_doc/evb/wifi_8711_speaker/web_config_guide.md @@ -0,0 +1,62 @@ +--- +title: WiFi-Audio-TRX-V1 Web Configuration Guide +description: WiFi-Audio-TRX-V1 speaker evaluation board TX/RX Web configuration tutorial +keywords: Wi-Fi speakers, WB8711_ZW, RTL8711, WiFi-Audio-TRX-V1, Web configuration, network configuration, evaluation board +hide: + - toc +--- + + +# WiFi-Audio-TRX-V1 Web Configuration Guide + +Web configuration and device management operations for WiFi-Audio-TRX-V1 wireless speaker firmware and evaluation board, helping you quickly complete TX and RX scanning, pairing and parameter configuration. + +## Preparation +- After TX is powered on, it enters network configuration mode by default according to firmware configuration; to enter Web configuration, press and hold the TX LED button (for details, please refer to [TX Transmitter Board Hardware Adjustment](user_guide.md###tx-发送板的硬件调整). If no debug switch, use jumper wire to short `pin28` to `GND`, keep for more than 2 seconds). +- Power on RX and standby, ensure it is not paired with other TX. +- Search and connect to the Wi-Fi broadcasted by TX (example: `FTYWiFiSpeaker_7BA3`), default password is `12345678`, cannot be changed. +- After successful connection, the browser will automatically pop up and enter the Web configuration page. It is recommended to copy the IP in the page and open it in another browser window for better stability. +- Device recommendations: Android phones, Windows computers, macOS. Apple phones are not recommended. + +![alt text](/assets/images/evb/8711_wifi_speaker/web-config.png) + +## Enable Web Configuration Mode (TX) +1. After TX is powered on, press and hold the LED button (or short `pin28` to `GND` for more than 2 seconds) to enter Web configuration mode. +2. After the Web page loads, it enters network scanning mode by default; the [Start Scanning] button on the page is red, and the TX LED flashes rapidly indicating scanning is in progress. + + + +## Connect RX and Scan +1. After RX is powered on, it will automatically connect to TX and display the connection status on the Web page. +2. To stop scanning, click the red [Start Scanning] button, the button turns green indicating scanning is stopped. +3. Newly connected RX will be displayed in the [Scanned Devices] area with status "Connected - Not Paired". +4. To add new RX, repeatedly turn on/off the [Start Scanning] button (red for on, green for off). + +## Configure RX Parameters +1. In the [Network Control] area in the middle, select the current TX channel configuration through [Device-Type]. This option does not save memory and needs to be reselected after leaving the page. +2. In the [Device Management] area below, you can view the connection status of each RX and perform the following operations: + - Select channel: [Channel] + - Modify name: [Device Name] + - Execute pairing: [Pair] + - Test sound: [Test] +3. RX that has completed pairing will be locked to the current TX and cannot pair with other TX; unpaired RX can reconnect with other TX after power off. + +## Complete Configuration and Playback +1. After confirming all RX parameters and pairing, click [Paired Complete] to complete Web configuration. +2. TX will automatically restart and exit Web configuration mode. At this time, the network configuration Wi-Fi signal will no longer appear. +3. After RX reconnects, TX only connects to paired RX and can start normal playback. + +## Common Issues and Troubleshooting +- RX not displayed on the page after power on: Please confirm RX is not paired with other TX; reset RX and re-enable scanning on TX page. +- Unable to play computer sound in Web configuration mode: This is normal. Configuration mode only supports test tones. Please click [Paired Complete] to end configuration before testing playback. +- Page cannot refresh properly after phone connects to Wi-Fi: The Wi-Fi broadcasted by TX is a non-router authenticated network. Some phones/computers will determine it as "network requiring verification". After connection, please access by IP using a browser for better stability. +- TX page cannot refresh or connection disconnected: Please power cycle TX and press and hold to enter Web configuration mode; reconnect to network configuration Wi-Fi and access by IP. + +## Contact & Feedback + +
+Click to expand contact & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/faq/index.md b/en/docs/dev_doc/faq/index.md index 21b6485..43dc12c 100644 --- a/en/docs/dev_doc/faq/index.md +++ b/en/docs/dev_doc/faq/index.md @@ -1,54 +1,12 @@ +--- +title: Frequently Asked Questions +--- + +# Frequently Asked Questions + +--8<-- "common/phaten_xmos_support_img.md" - -# FT1710DAFV1 Module Pin Definition Table - Updated 0925 - -| Pin | Symbol | Function Description | -|-----|------|----------| -| 1 | GND | Ground | -| 2 | RFIO | 2.4&5G Wi-Fi/BLE External Antenna Interface | -| 3 | GND | Ground | -| 4 | NC | NC | -| 5 | PB20 | GPIO or WAKEUP HOST (IO Voltage always 3.3V) | -| 6 | PA27 | GPIO | -| 7 | PB21 | GPIO or WAKEUP HOST (IO Voltage always 3.3V)| -| 8 | ADC2(PB17)/NC | GPIO(WAKEUP HOST) OR ADC2(PB17 SDIO_4Bit_Mode) / NC(SDIO_1Bit_Mode) | -| 9 | VCC | 3.3V supply | -| 10 | USB_DM(PA28) | USB_DM OR GPIO | -| 11 | USB_DP(PA29) | USB_DP OR GPIO | -| 12 | WIFI_EN | Chip_EN High: Enables the chip
Low: Module power off. | -| 13 | PB30 | GPIO OR WAKEUP HOST (IO Voltage always 3.3V)| -| 14 | SDIO_D2(PA13)/ADC2(PB17) | SDIO_D2(PA13 SDIO_4Bit_Mode)/GPIO(WAKEUP HOST) OR ADC2(PB17 SDIO_1Bit_Mode) | -| 15 | SDIO_D3(PA14)/ADC1(PB18) | SDIO_D3(PA14 SDIO_4Bit_Mode)/GPIO(WAKEUP HOST) OR ADC1(PB18 SDIO_1Bit_Mode) | -| 16 | SDIO_CMD(PA15) | SDIO command | -| 17 | SDIO_CLK(PA16) | SDIO clock | -| 18 | SDIO_D0(PA17) | SDIO_D0 | -| 19 | SDIO_D1(PA18) | SDIO_D1 OR GPIO | -| 20 | GND | Ground | -| 21 | BAT_MEAS | BAT_MEAS(0-5V) | -| 22 | VDDIO | I/O Voltage supply. NC (Internal 1.8V supply) / External 3.3V/1.8V supply | -| 23 | NC | NC | -| 24 | NC | NC | -| 25 | ADC1(PB18)/NC | GPIO(WAKEUP HOST) OR ADC1(PB18 SDIO_4Bit_Mode) / NC(SDIO_1Bit_Mode) | -| 26 | PA26 | GPIO | -| 27 | PA12 | GPIO | -| 28 | PA8 | GPIO | -| 29 | NC | NC | -| 30 | NC | NC | -| 31 | GND | Ground | -| 32 | NC | NC | -| 33 | GND | Ground | -| 34 | NC | NC | -| 35 | NC | NC | -| 36 | GND | Ground | -| 37 | UART_LOG_TXD(PB5) | UART_LOG_TXD
For firmware download (IO Voltage always 3.3V) | -| 38 | UART_LOG_RXD(PB4) | UART_LOG_RXD
For firmware download (IO Voltage always 3.3V) | -| 39 | WiFi_FACTORY_RST(PB19) | GPIO(WIFI Factor Reset) or ADC0 | -| 40 | PB31 | GPIO or WAKEUP HOST (IO Voltage always 3.3V)| -| 41 | NC | NC | -| 42 | PA30 | GPIO or WAKEUP HOST | -| 43 | PA31 | GPIO or WAKEUP HOST | -| 44 | NC | NC | diff --git a/en/docs/dev_doc/faq/product_faq/driver_recognition_and_device_exception.md b/en/docs/dev_doc/faq/product_faq/driver_recognition_and_device_exception.md index 981a339..9891adf 100644 --- a/en/docs/dev_doc/faq/product_faq/driver_recognition_and_device_exception.md +++ b/en/docs/dev_doc/faq/product_faq/driver_recognition_and_device_exception.md @@ -1,37 +1,37 @@ --- -title: Driver Recognition and Device Recognition Exception Issues +title: Driver Recognition and Device Exception Issues --- --8<-- "common/phaten_xmos_support_img.md" -## **Q1**: Driver Recognition and Device Recognition Exception Issues +## **Q1**: Driver Recognition and Device Exception Issues ### Problem Description -During development or debugging, when using firmware with different configurations or different channel numbers, device recognition exceptions may occur, or the device cannot be used normally after recognition exceptions. +When using firmware with different configurations or channel counts during development or debugging, device recognition exceptions may occur, or the device may fail to function properly after recognition exceptions. -### Cause Analysis -After modifying the recording channel number, the new configuration is inconsistent with the configuration cached by the Windows system, causing the system to fail to correctly recognize the current device status. In this case, cached data needs to be cleared and device recognition needs to be performed again. +### Root Cause Analysis +When the recording channel count is modified, the new configuration does not match the configuration cached by the Windows system, causing the system to fail to correctly recognize the current device state. In such cases, it is necessary to clear the cached data and re-recognize the device. -### Solution +### Solutions ![Device Manager - Audio Devices](/assets/images/faq/qu_dong/音频设备卸载.png){width=500} === "Solution 1: Simple Uninstall" 1. Connect the device to the computer 2. Open Device Manager - 3. Find the "Sound, video and game controllers" category - 4. Right-click the related audio device + 3. Locate the "Sound, video and game controllers" category + 4. Right-click on the relevant audio device 5. Select "Uninstall device" === "Solution 2: Complete Uninstall (Recommended)" 1. Connect the device to the computer 2. Open Device Manager - 3. Find the "Sound, video and game controllers" category - 4. Right-click the related audio device + 3. Locate the "Sound, video and game controllers" category + 4. Right-click on the relevant audio device 5. Select "Uninstall device" and check "Delete the driver software for this device" - 6. Reinstall the driver + 6. Reinstall the driver software 7. Reconnect the device and wait for successful system recognition -## Consultation and Feedback +## Contact and Feedback
-Click to expand consultation and feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/faq/technical_faq/a316_firmware_dev_faq.md b/en/docs/dev_doc/faq/technical_faq/a316_firmware_dev_faq.md index eecc923..b0cfb55 100644 --- a/en/docs/dev_doc/faq/technical_faq/a316_firmware_dev_faq.md +++ b/en/docs/dev_doc/faq/technical_faq/a316_firmware_dev_faq.md @@ -1,6 +1,6 @@ --- title: A316 Series Product Firmware Development FAQ -description: This document provides common questions and solutions encountered during A316 series firmware development, including XU316 communication issues and device power supply problems, helping developers quickly resolve development challenges. +description: This document provides common questions and solutions encountered during A316 series product firmware development, including XU316 communication issues, device power supply problems, etc., helping developers quickly resolve development challenges. keywords: A316 firmware development, XU316 communication issues, USB device power supply, firmware development FAQ, device recognition issues --- @@ -8,9 +8,9 @@ keywords: A316 firmware development, XU316 communication issues, USB device powe # A316 Series Product Firmware Development FAQ -!!! Note +!!! note 1. The solutions provided in this document are based on the A316-HF-DAC development board. Other A316 series products may have different communication issues and solutions. - 2. The following solutions use the A316-HF-DAC as an example. Other A316 series products may require adjustments based on actual conditions. + 2. The following solutions use the A316-HF-DAC as an example. Other A316 series products may require adjustments based on actual circumstances. ## Communication Issues @@ -18,54 +18,54 @@ keywords: A316 firmware development, XU316 communication issues, USB device powe
-=== "Problem Description" +=== "Problem Symptoms" - XU316 cannot send or receive data when connected to PC via serial port - Logic analyzer cannot capture communication data - - Unable to receive messages sent by XU316 + - Messages sent by XU316 are not received === "Possible Causes" 1. Insufficient MCU response speed - - While the MCU is processing other initialization tasks, XU316 has already completed initialization + - MCU is processing other initialization tasks when XU316 has already completed initialization 2. Power supply issues - - MCU has not provided power to XU316 + - MCU does not provide power to XU316 === "Problem Analysis" - 1. Initialization timing issue + 1. Initialization timing issues - XU316 sends power-on command (0x00) 4 times after power-up - 300ms interval between each command - - If initialization is not completed or no response is received before the 4 commands are sent, communication will fail + - Communication fails if initialization is not completed or no reply is received before the 4 commands finish 2. Power supply issues - Insufficient power supply to XU316 will cause startup failure -=== "Solution" +=== "Solutions" 1. Optimize initialization process - Prioritize XU316 configuration - Ensure initialization is completed before XU316 sends power-on commands 2. Check power supply design - - Check hardware design + - Inspect hardware design - Perform hardware modifications if necessary (wire jumpers, short circuits, etc.)
-### Q2: When WiFi is in slave mode, sending IIS in command is ineffective +### Q2: Sending I2S IN command is ineffective when WiFi is in slave mode
-=== "Problem Description" - 1. After normal connection and power-on, current mode is USB. Sending IIS in command has no effect +=== "Problem Symptoms" + 1. After normal wiring and power-up, current mode shows USB, but sending I2S IN command has no effect === "Possible Causes" - 1. Firmware function limitation - - Current firmware does not support mode switching from WiFi (IIS slave) to XMOS (IIS master) + 1. Firmware function limitations + - Current firmware does not support mode switching from WiFi (I2S slave) to XMOS (I2S master) === "Problem Analysis" 1. Communication status - Commands can communicate normally - But mode switching function does not take effect - 2. Function limitation - - Firmware has not implemented the conversion function from WiFi slave mode to XMOS master mode + 2. Function limitations + - Firmware has not implemented conversion function from WiFi slave mode to XMOS master mode -=== "Solution" +=== "Solutions" 1. Modify connection method - Mount WiFi module to Bluetooth module - Implement mode switching function through Bluetooth module @@ -74,39 +74,39 @@ keywords: A316 firmware development, XU316 communication issues, USB device powe ## Device Recognition Issues -### Q1: Device is recognized and plays normally on PC, but phone cannot recognize the device +### Q1: Device is recognized and plays normally on PC, but mobile phone cannot recognize device
-=== "Problem Description" - 1. Device can be recognized and play normally on PC - 2. Device cannot be recognized after connecting to phone +=== "Problem Symptoms" + 1. Device can be recognized and plays normally on PC + 2. Device cannot be recognized after connecting to mobile phone === "Possible Causes" - 1. Power supply mode issue - - When phone is used as output device, the phone should supply power to the device + 1. Power supply mode issues + - When mobile phone acts as output device, it should supply power to the device === "Problem Analysis" 1. Power supply mode conflict - - Phone displays charging status when connected to device - - This prevents the phone from outputting audio normally + - Mobile phone shows charging status when connected to device + - Causes mobile phone to fail to output audio normally -=== "Solution" +=== "Solutions" 1. Modify device power supply design - Check and optimize device power supply section - Adjust discharge section design - - Ensure device can correctly receive power when connected to phone + - Ensure device can correctly receive power when connected to mobile phone
-## Consultation and Feedback +## Contact and Feedback
-Click to expand consultation and feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md"
- + - diff --git a/en/docs/dev_doc/faq/technical_faq/technical_faq.md b/en/docs/dev_doc/faq/technical_faq/technical_faq.md index 641fbd0..3296733 100644 --- a/en/docs/dev_doc/faq/technical_faq/technical_faq.md +++ b/en/docs/dev_doc/faq/technical_faq/technical_faq.md @@ -1,87 +1,97 @@ --- -title: Common Questions and Answers for WiFi Audio + Bluetooth Modules -description: This document summarizes common technical questions and answers regarding wireless WiFi modules and Bluetooth modules, including IR remote decoding, power consumption, chip architecture, TX/RX switching, Bluetooth TWS, etc., to help developers quickly locate and solve problems. -keywords: 8711, wireless speaker, IR remote, module power consumption, WIFI BT chip, TX RX switching, Bluetooth TWS, technical FAQ +title: WiFi Audio Speaker + Bluetooth Module FAQ +description: This document compiles common technical questions and answers regarding wireless WiFi modules and Bluetooth modules in areas such as infrared remote control, power consumption, chip architecture, TX/RX conversion, Bluetooth TWS, etc., helping developers quickly locate and resolve issues. +keywords: 8711, wireless speakers, infrared remote control, module power consumption, WiFi BT chip, TX RX conversion, Bluetooth TWS, technical FAQ --- --8<-- "common/phaten_xmos_support_img.md" -# Technical FAQ for WiFi Audio + Bluetooth Modules +# WiFi Audio Speaker + Bluetooth Module Technical FAQ -## Q1: Does the module support IR remote decoding? +## Q1: Does the module support infrared remote control decoding? -**IR remote decoding is supported.** +**Yes, infrared decoding functionality is supported.** --- -## Q2: Power consumption during module operation and standby +## Q2: Module power consumption during operation and standby === "Sleep Mode 1" - - **Operating state**: Both TX/RX are in sleep, WiFi is off, TX and RX BLE are working - - **How to enter sleep**: - - The application actively calls the Sleep interface - - Automatically enters after detecting no I2S data for a period of time - - **Wake-up method**: - - UART/GPIO interrupt wakes up TX → TX wakes up RX - - UART/GPIO interrupt wakes up RX → RX wakes up TX (bi-directional wake-up) - - **Current**: + - **Operating State**: TX/RX both sleep, WiFi off, TX and RX BLE operational + - **Sleep Entry Method**: + - Application actively calls Sleep interface + - Automatically enters after detecting no I2S data for a period + - **Wake-up Method**: + - UART/GPIO interrupt wakes TX → TX wakes RX + - UART/GPIO interrupt wakes RX → RX wakes TX (bidirectional wake-up) + - **Current Draw**: - Unidirectional wake-up: TX ≤1mA, RX ≤3mA - Bidirectional wake-up: TX ≤3mA, RX ≤3mA - + === "Sleep Mode 2" - - **Operating state**: TX WiFi does not sleep, RX WiFi sleeps, TX/RX BLE are off - - **How to enter sleep**: - - The application actively calls the Sleep interface - - Automatically enters after detecting no I2S data for a period of time - - **Wake-up method**: - - The application calls the playback interface (TX automatically wakes up RX) - - RX is automatically woken up when I2S data is detected - - **Current**: RX ≤1mA + - **Operating State**: TX WiFi does not sleep, RX WiFi sleeps, TX/RX BLE off + - **Sleep Entry Method**: + - Application actively calls Sleep interface + - Automatically enters after detecting no I2S data for a period + - **Wake-up Method**: + - Application calls playback interface (TX automatically wakes RX) + - Automatically wakes RX when I2S data is detected + - **Current Draw**: RX ≤1mA --- -## Q3: What is the WIFI and BT chip architecture of the module? +## Q3: Module WiFi and BT chip architecture -A single SoC integrates both WIFI and BT functions. +Uses a single SoC chip integrating WiFi and BT functionality. --- -## Q4: Does it support online TX/RX switching? +## Q4: Does it support online TX/RX conversion? -### Support status: -- Supports online TX/RX switching in WIFI mode +### Support Status: +- Supports TX/RX online conversion in WiFi mode - BT mode limitations: - - SoC only supports BLE5.0 - - Does not support Classic BT - - Cannot transmit audio via mobile phone Bluetooth + - SoC only supports BLE 5.0 + - Does not support Classic BT + - Cannot transmit audio via mobile phone Bluetooth -### Working mode description: +### Operating Mode Description: === "**TV Mode**:" - - The transmitter box is WIFI TX - - The receiving speakers are dual RX (left/right channels) + - Transmitter box is WiFi TX + - Receiver speakers are dual RX (left/right channels) - ![TV Mode](/assets/images/faq/wifiaudio_bl/FCM362K_problem_4-1en.png) + ![TV Mode](/assets/images/faq/wifiaudio_bl/FCM362K_problem_4-1.png) === "**BT Mode**:" - Left speaker: - * Receives mobile phone signal via BT - * Simultaneously acts as WIFI TX to transmit to the right speaker - - Right speaker: pure WIFI RX mode + - Acts as BT receiver for mobile phone signal + - Simultaneously acts as WiFi TX to transmit to right speaker + - Right speaker: Pure WiFi RX mode - ![BT Mode](/assets/images/faq/wifiaudio_bl/FCM362K_problem_4-2en.png) + ![BT Mode](/assets/images/faq/wifiaudio_bl/FCM362K_problem_4-2.png) --- ## Q5: Bluetooth TWS function implementation -- **Native Bluetooth TWS is not supported** -- **Alternative solution**: - - In BT mode, the left speaker (with IR receiver) acts as TX - - Transmits the right channel to the right speaker via TWS - - The right speaker (without IR receiver) acts as RX to receive the TWS signal +- **Does not support** native Bluetooth TWS functionality +- **Alternative Solution**: + - Left speaker (with remote control receiver) acts as TX in BT mode + - Transmits right channel to right speaker via TWS method + - Right speaker (without remote control receiver) acts as RX to receive TWS signal + +![TWS Solution](/assets/images/faq/wifiaudio_bl/FCM362K_problem_5.png) + + +## Contact and Feedback +
+Click to expand contact and feedback form + +--8<-- "common/customer_form.md" + +
-![TWS Solution](/assets/images/faq/wifiaudio_bl/FCM362K_problem_5en.png) - -## Consultation and Feedback - -
-Click to expand consultation feedback form - ---8<-- "common/customer_form.md" - -
\ No newline at end of file diff --git a/en/docs/dev_doc/faq/technical_faq/xmos_firmware_upgrade_with_dfu.md b/en/docs/dev_doc/faq/technical_faq/xmos_firmware_upgrade_with_dfu.md index a132b0b..4b4c625 100644 --- a/en/docs/dev_doc/faq/technical_faq/xmos_firmware_upgrade_with_dfu.md +++ b/en/docs/dev_doc/faq/technical_faq/xmos_firmware_upgrade_with_dfu.md @@ -1,108 +1,109 @@ ---- -login: true ---- - -# 固件升级指南：XU316系列产品DFU更新操作手册 - ---8<-- "common/checklogin_form.md" - -## 概述 - -本文档详细说明如何在Windows操作系统环境下，使用DFU（Device Firmware Update）方式对XU316系列产品进行固件更新。若您使用其他操作系统，请参考XMOS官方文档：[XMOS DFU官方指南](https://www.xmos.com/documentation/XM-014926-PC-1/html/doc/programming_guide/tutorials/freertos/examples/dfu.html#dfu)。 - -## 系统要求 - -- Windows操作系统（Windows 7或更高版本，推荐使用最新版本以获得最佳兼容性） -- USB数据线 -- 可正常连接的XU316系列设备 - -## 所需工具 - -在开始升级过程前，请确保您已下载并准备好以下工具： - -1. **Zadig驱动安装工具**：下载zadig-2.8.exe -2. **DFU实用程序**：下载dfu-util-0.11 - -## 升级流程 - -### 步骤一：安装驱动 - -1. 使用USB数据线将XU316设备连接至计算机 -2. 运行Zadig工具（zadig-2.8.exe） -3. 在Zadig界面中进行如下配置： - ![Zadig配置界面](/assets/images/screenshots/zadig_setting.png) -4. 点击"Reinstall Driver"按钮 -5. 等待系统提示驱动安装成功 - -### 步骤二：执行固件更新 - -1. 解压下载的dfu-util-0.11软件包 -2. 根据您的Windows系统版本，进入相应目录： - - 64位系统：`dfu-util-0.11-binaries\win64` - - 32位系统：`dfu-util-0.11-binaries\win32` -3. 在该目录下打开命令提示符（按住Shift键+鼠标右键，选择"在此处打开命令窗口"） -4. 输入以下命令验证DFU工具是否可用： - ``` - dfu-prefix.exe --version - ``` - 如果看到包含"please report bugs to http://sourceforge.net/p/dfu-util/tickets/"的提示信息，说明工具可正常使用 - -5. 将要升级的固件文件（例如：example_ffva_ua_adec_upgrade.bin）复制到当前目录 -6. 执行升级命令： - ``` - dfu-util -e -d 4000 -a 1 -D 您的固件文件名.bin - ``` - **注意**：请将"您的固件文件名.bin"替换为实际的固件文件名 - -### 步骤三：确认升级结果 - -升级成功时，终端将显示类似如下信息： - -``` -dfu-util 0.11 - -Copyright 2005-2009 Weston Schmidt, Harald Welte and OpenMoko Inc. -Copyright 2010-2021 Tormod Volden and Stefan Schmidt -This program is Free Software and has ABSOLUTELY NO WARRANTY -Please report bugs to http://sourceforge.net/p/dfu-util/tickets/ - -Warning: Invalid DFU suffix signature -A valid DFU suffix will be required in a future dfu-util release -Opening DFU capable USB device... -Device ID 20b1:4001 -Run-Time device DFU version 0101 -Claiming USB DFU Interface... -Setting Alternate Interface #1 ... -Determining device status... -DFU state(2) = dfuIDLE, status(0) = No error condition is present -DFU mode device DFU version 0101 -Device returned transfer size 4096 -Copying data from PC to DFU device -Download [=========================] 100% 331776 bytes -Download done. -DFU state(7) = dfuMANIFEST, status(0) = No error condition is present -DFU state(2) = dfuIDLE, status(0) = No error condition is present -Done! -``` - -当您看到"Done!"提示时，表示固件已成功更新。 - -## 常见问题 - -- 如果设备无法被识别，请尝试重新插拔USB连接线 -- 确保您使用的是原装或高质量的USB线缆 -- 若升级过程中断，请重新开始整个升级流程 - -## 技术支持 - -如遇到任何问题，请联系我们的技术支持团队获取帮助。 - -## Consultation and Feedback - -
-Click to expand consultation feedback form - ---8<-- "common/customer_form.md" - -
- +--- +title: XU316 Firmware Upgrade +login: true +--- + +--8<-- "common/phaten_xmos_support_img.md" + +# Firmware Upgrade Guide: XU316 Series Product DFU Update Operation Manual + +--8<-- "common/checklogin_form.md" + +## Overview + +This document provides detailed instructions on how to perform firmware updates for XU316 series products using the DFU (Device Firmware Update) method in Windows operating system environments. If you are using other operating systems, please refer to the official XMOS documentation: [XMOS DFU Official Guide](https://www.xmos.com/documentation/XM-014926-PC-1/html/doc/programming_guide/tutorials/freertos/examples/dfu.html#dfu). + +## System Requirements + +- Windows operating system (Windows 7 or higher, latest version recommended for best compatibility) +- USB data cable +- XU316 series device with normal connectivity + +## Required Tools + +Before starting the upgrade process, ensure you have downloaded and prepared the following tools: + +1. **Zadig Driver Installation Tool**: Download zadig-2.8.exe +2. **DFU Utility**: Download dfu-util-0.11 + +## Upgrade Process + +### Step 1: Install Driver + +1. Connect the XU316 device to the computer using a USB data cable +2. Run the Zadig tool (zadig-2.8.exe) +3. Configure the following settings in the Zadig interface: + ![Zadig Configuration Interface](/assets/images/screenshots/zadig_setting.png) +4. Click the "Reinstall Driver" button +5. Wait for the system prompt indicating successful driver installation + +### Step 2: Execute Firmware Update + +1. Extract the downloaded dfu-util-0.11 software package +2. Navigate to the appropriate directory based on your Windows system version: + - 64-bit system: `dfu-util-0.11-binaries\win64` + - 32-bit system: `dfu-util-0.11-binaries\win32` +3. Open Command Prompt in this directory (hold Shift + right-click mouse, select "Open command window here") +4. Enter the following command to verify the DFU tool is available: + ``` + dfu-prefix.exe --version + ``` + If you see a message containing "please report bugs to http://sourceforge.net/p/dfu-util/tickets/", the tool is functioning properly + +5. Copy the firmware file to be upgraded (e.g., example_ffva_ua_adec_upgrade.bin) to the current directory +6. Execute the upgrade command: + ``` + dfu-util -e -d 4000 -a 1 -D your_firmware_filename.bin + ``` + **Note**: Replace "your_firmware_filename.bin" with the actual firmware filename + +### Step 3: Confirm Upgrade Results + +Upon successful upgrade, the terminal will display information similar to the following: + +``` +dfu-util 0.11 + +Copyright 2005-2009 Weston Schmidt, Harald Welte and OpenMoko Inc. +Copyright 2010-2021 Tormod Volden and Stefan Schmidt +This program is Free Software and has ABSOLUTELY NO WARRANTY +Please report bugs to http://sourceforge.net/p/dfu-util/tickets/ + +Warning: Invalid DFU suffix signature +A valid DFU suffix will be required in a future dfu-util release +Opening DFU capable USB device... +Device ID 20b1:4001 +Run-Time device DFU version 0101 +Claiming USB DFU Interface... +Setting Alternate Interface #1 ... +Determining device status... +DFU state(2) = dfuIDLE, status(0) = No error condition is present +DFU mode device DFU version 0101 +Device returned transfer size 4096 +Copying data from PC to DFU device +Download [=========================] 100% 331776 bytes +Download done. +DFU state(7) = dfuMANIFEST, status(0) = No error condition is present +DFU state(2) = dfuIDLE, status(0) = No error condition is present +Done! +``` + +When you see the "Done!" prompt, the firmware has been successfully updated. + +## Common Issues + +- If the device cannot be recognized, try reconnecting the USB cable +- Ensure you are using an original or high-quality USB cable +- If the upgrade process is interrupted, restart the entire upgrade procedure + +## Technical Support + +If you encounter any problems, please contact our technical support team for assistance. + +## Contact and Feedback +
+Click to expand contact and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/faq/technical_faq/xmos_usb_audio_driver.md b/en/docs/dev_doc/faq/technical_faq/xmos_usb_audio_driver.md index c8bfd34..012b1a8 100644 --- a/en/docs/dev_doc/faq/technical_faq/xmos_usb_audio_driver.md +++ b/en/docs/dev_doc/faq/technical_faq/xmos_usb_audio_driver.md @@ -1,78 +1,80 @@ --- +title: XMOS USB Audio Driver Technical Guide login: true --- -# XMOS USB HiFi音频驱动技术指南 +--8<-- "common/phaten_xmos_support_img.md" + +# XMOS USB HiFi Audio Driver Technical Guide --8<-- "common/checklogin_form.md" -## 引言 -在设计基于XMOS芯片的产品时，理解USB音频驱动的工作原理至关重要。XMOS解决方案采用USB UAC2.0协议传输音频数据，本文将详细介绍相关驱动技术及应用注意事项，帮助开发者更好地实现USB音频设备。 +## Introduction +When designing products based on XMOS chips, understanding the working principles of USB audio drivers is crucial. XMOS solutions use the USB UAC 2.0 protocol to transmit audio data. This document provides detailed information on related driver technologies and application considerations to help developers better implement USB audio devices. -本指南主要提供XMOS USB音频驱动的基础技术概述。关于详细的安装配置、故障排除及应用案例等内容，将在后续技术文档中提供。 +This guide primarily provides a foundational technical overview of XMOS USB audio drivers. Detailed installation configuration, troubleshooting, and application case studies will be provided in subsequent technical documentation. -## USB音频类标准概述 -XMOS技术方案支持两种USB音频标准： +## USB Audio Class Standard Overview +XMOS technical solutions support two USB audio standards: -- **USB Audio Class 1.0 (UAC 1.0)** - 基本音频传输协议 -- **USB Audio Class 2.0 (UAC 2.0)** - 高级音频传输协议 +- **USB Audio Class 1.0 (UAC 1.0)** - Basic audio transmission protocol +- **USB Audio Class 2.0 (UAC 2.0)** - Advanced audio transmission protocol -这两种协议均遵循USB国际联盟(USB-IF)制定的标准规范，确保了产品的兼容性与稳定性。 +Both protocols comply with standard specifications established by the USB Implementers Forum (USB-IF), ensuring product compatibility and stability. -## UAC 1.0与UAC 2.0技术对比 +## UAC 1.0 vs UAC 2.0 Technical Comparison -了解两种协议的差异对选择合适的方案至关重要： +Understanding the differences between the two protocols is crucial for selecting the appropriate solution: -### 传输性能对比 -- UAC 1.0: 传输速率上限为12Mbit/s -- UAC 2.0: 传输速率最高可达480Mbit/s +### Transmission Performance Comparison +- UAC 1.0: Transfer rate limit of 12Mbit/s +- UAC 2.0: Transfer rate up to 480Mbit/s -### 功能特性对比 +### Feature Comparison -| 技术指标 | UAC 1.0 | UAC 2.0 | +| Technical Specification | UAC 1.0 | UAC 2.0 | |---------|---------|---------| -| 适用场景 | 简易音频设备，基础立体声应用 | 高端HiFi设备，专业多通道音频系统 | -| 操作系统支持(macOS/Linux/iOS/Android) | 原生支持，无需额外驱动 | 原生支持，无需额外驱动 | -| Windows系统支持 | 原生支持，即插即用 | 采样率≤384kHz时原生支持；>384kHz时需安装专用驱动 | -| 音频规格 | 最高支持PCM 96kHz/16bit | 最高支持PCM 768kHz/32bit及DSD Native512 | +| Application Scenarios | Simple audio devices, basic stereo applications | High-end HiFi devices, professional multi-channel audio systems | +| Operating System Support (macOS/Linux/iOS/Android) | Native support, no additional drivers required | Native support, no additional drivers required | +| Windows System Support | Native support, plug and play | Native support for sample rates ≤384kHz; dedicated driver required for >384kHz | +| Audio Specifications | Up to PCM 96kHz/16bit | Up to PCM 768kHz/32bit and DSD Native512 | -## Windows平台UAC 2.0驱动解决方案 +## Windows Platform UAC 2.0 Driver Solutions -根据XMOS官方文档 [USB Audio 2.0 Driver for Windows - Overview](https://www.xmos.ai/download/USB-Audio-2.0-Driver-for-Windows---Overview(3.34.0).pdf) 的说明，在Windows系统中使用采样率高于384kHz的XMOS UAC 2.0设备时，需要安装专用驱动程序。 +According to XMOS official documentation [USB Audio 2.0 Driver for Windows - Overview](https://www.xmos.ai/download/USB-Audio-2.0-Driver-for-Windows---Overview(3.34.0).pdf), when using XMOS UAC 2.0 devices with sample rates higher than 384kHz on Windows systems, a dedicated driver must be installed. -### 评估版驱动详情 -对于开发测试阶段，可使用评估版驱动进行功能验证。该驱动支持多通道音频、SPDIF、MIDI及高采样率PCM和DSD传输，但存在使用限制：设备持续工作一小时后，系统会每隔五分钟发出提示音，提醒用户这是非商用授权驱动。 +### Evaluation Driver Details +For the development and testing phase, an evaluation driver can be used for functional verification. This driver supports multi-channel audio, SPDIF, MIDI, and high sample rate PCM and DSD transmission, but has usage limitations: after the device operates continuously for one hour, the system will emit a notification sound every five minutes to remind users that this is a non-commercial licensed driver. -开发者可通过以下链接获取评估版驱动： +Developers can obtain the evaluation driver through the following link: Thesycon 5.58 Eva Driver for Windows -### Thesycon商业驱动 -对于正式商业产品，建议采购Thesycon商业授权驱动。在完成产品评估后，可直接与Thesycon公司联系，协商功能需求和授权费用事宜。我们不参与此类商务谈判，用户需自行与驱动供应商建立商务合作关系。 +### Thesycon Commercial Driver +For formal commercial products, it is recommended to purchase a Thesycon commercial licensed driver. After completing product evaluation, you can contact Thesycon directly to negotiate functional requirements and licensing fees. We do not participate in such business negotiations; users must establish business relationships with the driver supplier independently. -如需获取商业授权或咨询价格，请访问Thesycon官方联系页面： [Contact Thesycon](https://www.thesycon.de/eng/cont.shtml) +To obtain commercial licensing or inquire about pricing, please visit the Thesycon official contact page: [Contact Thesycon](https://www.thesycon.de/eng/cont.shtml) -## USB设备识别码管理 +## USB Device Identification Code Management -USB设备通过VID(厂商识别码)和PID(产品识别码)进行唯一标识，这些编码由USB-IF组织分配管理。 +USB devices are uniquely identified through VID (Vendor ID) and PID (Product ID), which are assigned and managed by the USB-IF organization. -在开发XMOS USB音频产品时，可选择： -- 使用Thesycon预分配的VID/PID组合 -- 使用自有的VID/PID（需在USB-IF注册并获得授权证书） +When developing XMOS USB audio products, you can choose to: +- Use Thesycon pre-assigned VID/PID combinations +- Use your own VID/PID (requires registration with USB-IF and obtaining an authorization certificate) -对于定制产品方案，我们将与客户直接沟通VID/PID配置事宜。客户使用我们的标准固件产品时，可根据协议进行相应配置。正确的VID/PID配置对确保产品与驱动程序的兼容性至关重要。 +For custom product solutions, we will communicate VID/PID configuration matters directly with customers. When customers use our standard firmware products, configuration can be performed according to the agreement. Correct VID/PID configuration is crucial for ensuring product compatibility with driver software. -选择合适的识别码策略，有助于产品在市场中建立独特身份标识，并确保与现有驱动程序的兼容性。 +Selecting an appropriate identification code strategy helps establish a unique identity for products in the market and ensures compatibility with existing drivers. -## 结论 -选择合适的XMOS USB音频驱动方案，需综合考虑产品定位、技术需求和成本因素。UAC 2.0技术为高端音频设备提供了卓越的性能和扩展性，而合适的驱动程序选择则确保了产品在各操作系统平台的稳定运行。 +## Conclusion +Selecting the appropriate XMOS USB audio driver solution requires comprehensive consideration of product positioning, technical requirements, and cost factors. UAC 2.0 technology provides excellent performance and scalability for high-end audio devices, while appropriate driver selection ensures stable product operation across various operating system platforms. -如需更多技术支持，请联系我们的技术服务部门。 - -## Consultation and Feedback +For additional technical support, please contact our technical service department. +## Contact and Feedback
-Click to expand consultation feedback form +Click to expand contact and feedback form --8<-- "common/customer_form.md" -
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diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/A316-8711-5.1解码无线音频套装制作说明.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/A316-8711-5.1解码无线音频套装制作说明.md index 16309bb..aef51b2 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/A316-8711-5.1解码无线音频套装制作说明.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/A316-8711-5.1解码无线音频套装制作说明.md @@ -1,24 +1,31 @@ --- -Title: A316-8711-5.1解码无线音频套装制作说明 +Title: A316-8711-5.1 Decoder Wireless Audio Kit Assembly Guide login: true --- +--8<-- "common/phaten_xmos_support_img.md" -# A316-8711-5.1解码无线音频套装制作说明 -# 一、设备准备 +# A316-8711-5.1 Decoder Wireless Audio Kit Assembly Guide -## 1.1、准备物件 +--8<-- "common/checklogin_form.md" -1. A316demo板（成品）1个 -2. 8711开发板（成品）7个，1个用作TX连接A316底板，6个用作RX连接音响 -3. USB数据线（可供电、传输数据）7到8根 -4. 供电USB（6孔hub） -5. 烧录的固件点击获取 -6. 烧录工具点击获取MP_ImageTool_1_N-生产烧录工具 -7. 修改MAC工具点击获取AmebaDPlus_MP_tool_1V6(164576) -8. MAC对照文件点击获取：获取用于修改MAC地址的值 -9. 杜邦线若干 +# 1. Equipment Preparation -![整体预览](../../../assets/images/a316-8711-5.1make/00.png){width=400} +## 1.1 Required Items + +1. A316 demo board (finished product) x 1 +2. 8711 development boards (finished product) x 7: 1 for TX to connect with A316 baseboard, 6 for RX to connect with speakers +3. USB data cables (capable of power supply and data transmission) x 7-8 +4. USB power supply (6-port hub) +5. Firmware for programming Click to download +6. Production programming tool Click to download MP_ImageTool_1_N Production Programming Tool + 1. Used to program 8711 development boards, only for modifying module MAC addresses +7. Debug programming tool Click to download + 1. Used to program and debug 8711 development board firmware, for music playback +8. MAC modification tool Click to download AmebaDPlus_MP_tool_1V6(164576) +9. MAC reference file Click to download: Obtain values for MAC address modification +10. Dupont wires (several pieces) + +![Overall preview](/assets/images/a316-8711-5.1make/00.png){width=400} diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/HID工具使用说明.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/HID工具使用说明.md index 59fa809..5f46a29 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/HID工具使用说明.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/HID工具使用说明.md @@ -1,24 +1,24 @@ -# HIDYoy使用说明 +# HIDYoy User Guide -## 1.打开新的HID工具 +## 1. Open the New HID Tool ![01.PNG](../../assets/images/HIDusdImg/01.PNG){width="500" } -## 2.需要烧录好使用的固件和安装驱动才能识别到下图中的设备 -点击一下“Rescan”选择红框中的名称 -点击“Disconnect”连接设备 +## 2. Flash the Firmware and Install the Driver to Recognize the Device +Click "Rescan" and select the device name highlighted in the red box +Click "Disconnect" to connect to the device ![02.PNG](../../assets/images/HIDusdImg/02.PNG){width="500" } -## 3.如下图的方式发送命令。 -在之前提供的命令前，按照图中示例填写0x1f 开头 +## 3. Send Commands as Shown Below +For the commands provided previously, add the 0x1f prefix as shown in the example ![03.PNG](../../assets/images/HIDusdImg/03.PNG){width="500" } -## 4.点击“Send OUT Report” 发送命令 -发送前请先设置好第一个图中的数据31 +## 4. Click "Send OUT Report" to Send the Command +Before sending, set the data to 31 as shown in the first image ![04.PNG](../../assets/images/HIDusdImg/04-1.PNG){width="300" } ![04.PNG](../../assets/images/HIDusdImg/04-2.PNG){width="300" } -## 5.等待0.5秒后点击“Read IN Reports” +## 5. Wait 0.5 Seconds and Click "Read IN Reports" ![05.PNG](../../assets/images/HIDusdImg/05.png){width="500" } ## Consultation and Feedback @@ -28,4 +28,4 @@ --8<-- "common/customer_form.md" -
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diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/OTA升级dongle-8711工具使用说明.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/OTA升级dongle-8711工具使用说明.md index 6861c8f..27d23a1 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/OTA升级dongle-8711工具使用说明.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/OTA升级dongle-8711工具使用说明.md @@ -1,22 +1,30 @@ -# OTA-升级8730-8711 +# OTA Upgrade for 8730-8711 -## 插上dangle和8711,保证它们连接成功; OTA 升级rx 时,会升级所有连接上的rx +## Connect the dongle and 8711, ensure they are successfully paired; When performing OTA upgrade on RX, all connected RX devices will be upgraded ![01.PNG](../../assets/images/OTA8711-8730/01.PNG){width="500" } ![01.PNG](../../assets/images/OTA8711-8730/02.PNG){width="500" } -1. 选择正确的 Realtek HID 设备 - 序号 -2. 输入OTA 升级bin文件的路径 - D:HID\ota_all.bin(示例) -3. 选择设备升级类型 - 序号 +1. Select the correct Realtek HID device - Serial Number +2. Enter the path to OTA upgrade bin file - D:HID\ota_all.bin (example) +3. Select device upgrade type - Serial Number -## 升级时可以打开串口查看进度. Rx 大约需要30秒; -## 升级完成后,在log查看窗口中输入命令(会自动复位, 可不输入下面的两个命令) -1. AT+OTACLEAR（切换为Normal模式） -2. reboot（复位） +## You can open the serial port to monitor progress during upgrade. RX takes approximately 30 seconds; +## After upgrade completion, enter commands in the log viewing window (automatic reset occurs, the following two commands are optional) +1. AT+OTACLEAR (Switch to Normal mode) +2. reboot (Reset) -!!! note "提示" +!!! note "Note" - AT+OTARECOVER（切换为MP模式-产测模式） + AT+OTARECOVER (Switch to MP mode - Production Test mode) -## 检查升级固件版本和时间与ota固件的分钟时间相同,与生成的系统和时间有关 -![01.PNG](../../assets/images/OTA8711-8730/03.PNG){width="500" } \ No newline at end of file +## Verify that the upgraded firmware version and time match the OTA firmware's minute timestamp, which is related to the build system and time +![01.PNG](../../assets/images/OTA8711-8730/03.PNG){width="500" } + +## Consultation & Feedback +
+Click to expand consultation & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/RTL8711dome.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/RTL8711dome.md index f881ed1..ad0eab9 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/RTL8711dome.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/RTL8711dome.md @@ -1,43 +1,59 @@ -# RTL8711DCM 演示板接线说明 +# RTL8711DCM Demo Board Wiring Instructions -### 1.无线音频演板控制介绍 -(1) 无线2.1音频演示板控制示意图 -![图片](../../assets/images/speaker/11-08/dome/d-1.PNG) -（2）无线5.1音频演示板控制示意图 -![图片](../../assets/images/speaker/11-08/dome/d-2.PNG) -（3）无线7.1.2音频演示板控制示意图 -![图片](../../assets/images/speaker/11-08/dome/d-3.PNG) -### 2. 无线音频演板接线介绍 -#### （1) 无线音频TX 演示板 I2S、I2C 控制引脚示意图 -![图片](../../assets/images/speaker/11-08/dome/4.png) -#### （2) DSP 与 无线音频TX 演示板 I2S、I2C 接线示意图 -![图片](../../assets/images/speaker/11-08/dome/d-5.png) -1）DSP 与 无线音频TX 演示板 2.1 声道 I2S 接线说明 +### 1. Wireless Audio Demo Board Control Introduction - DSP 作为 Slave 时需要的I2S 信号线: I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 I2S_DATA1、 GND - - DSP 作为 Master 时需要的I2S 信号线: - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0、 I2S_DATA1 、GND +(1) Wireless 2.1 Audio Demo Board Control Diagram +![Image](/assets/images/speaker/11-08/dome/d-1.PNG) +(2) Wireless 5.1 Audio Demo Board Control Diagram +![Image](/assets/images/speaker/11-08/dome/d-2.PNG) +(3) Wireless 7.1.2 Audio Demo Board Control Diagram +![Image](/assets/images/speaker/11-08/dome/d-3.PNG) -2）DSP 与 无线音频TX 演示板 5.1 声道 I2S 接线说明 +### 2. Wireless Audio Demo Board Wiring Introduction - DSP 作为 Slave 时需要的I2S 信号线: - I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 I2S_DATA1、I2S_DATA2、 GND - - DSP 作为 Master 时需要的I2S 信号线: - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0、 I2S_DATA1 、I2S_DATA2、GND +#### (1) Wireless Audio TX Demo Board I2S and I2C Control Pin Diagram -3）DSP 与 无线音频TX 演示板 7.1.2 声道 I2S 接线说明 +![Image](/assets/images/speaker/11-08/dome/4.png) - DSP 作为 Slave 时需要的I2S 信号线: - I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 I2S_DATA1、I2S_DATA2、I2S_DATA3、 - I2S_EX_LRCLK、I2S_EX_BCLK、I2S_EX_DATA0、 GND - - DSP 作为 Master 时需要的I2S 信号线: - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0、 I2S_DATA1 、I2S_DATA2、I2S_DATA3、 - I2S_EX_LRCLK、I2S_EX_BCLK、I2S_EX_DATA0、 GND +#### (2) DSP and Wireless Audio TX Demo Board I2S and I2C Wiring Diagram -#### (3) 无线音频RX 演示板 接线示意图 -![图片](../../assets/images/speaker/11-08/dome/d-6.png) +![Image](/assets/images/speaker/11-08/dome/d-5.png) -![图片](../../assets/images/speaker/11-08/dome/d-7.png) +1) DSP and Wireless Audio TX Demo Board 2.1 Channel I2S Wiring Instructions + + I2S signal lines required when DSP operates as Slave: I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, GND + + I2S signal lines required when DSP operates as Master: + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, GND + +2) DSP and Wireless Audio TX Demo Board 5.1 Channel I2S Wiring Instructions + + I2S signal lines required when DSP operates as Slave: + I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, I2S_DATA2, GND + + I2S signal lines required when DSP operates as Master: + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, I2S_DATA2, GND + +3) DSP and Wireless Audio TX Demo Board 7.1.2 Channel I2S Wiring Instructions + + I2S signal lines required when DSP operates as Slave: + I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, I2S_DATA2, I2S_DATA3, + I2S_EX_LRCLK, I2S_EX_BCLK, I2S_EX_DATA0, GND + + I2S signal lines required when DSP operates as Master: + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, I2S_DATA2, I2S_DATA3, + I2S_EX_LRCLK, I2S_EX_BCLK, I2S_EX_DATA0, GND + +#### (3) Wireless Audio RX Demo Board Wiring Diagram + +![Image](/assets/images/speaker/11-08/dome/d-6.png) + +![Image](/assets/images/speaker/11-08/dome/d-7.png) + +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/RTL8711model.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/RTL8711model.md index b3c7f1a..89071ea 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/RTL8711model.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/RTL8711model.md @@ -1,119 +1,119 @@ -# RTL8711DCM 模组设计说明 +# RTL8711DCM Module Design Guide -### 1. 无线音频模组控制介绍 -(1) 无线2.1音频模组控制示意图 -![图片](../../assets/images/speaker/11-08/model/m-1.PNG) -（2）无线5.1音频模组控制示意图 -![图片](../../assets/images/speaker/11-08/model/m-2.PNG) -（3）无线7.1.2音频模组控制示意图 -![图片](../../assets/images/speaker/11-08/model/m-3.PNG) +### 1. Wireless Audio Module Control Introduction +(1) Wireless 2.1 Audio Module Control Diagram +![Image](../../assets/images/speaker/11-08/model/m-1.PNG) +(2) Wireless 5.1 Audio Module Control Diagram +![Image](../../assets/images/speaker/11-08/model/m-2.PNG) +(3) Wireless 7.1.2 Audio Module Control Diagram +![Image](../../assets/images/speaker/11-08/model/m-3.PNG) -### 2. RTL8711DCM 模组PIN 脚图 -![图片](../../assets/images/speaker/11-08/model/m-4.PNG) +### 2. RTL8711DCM Module PIN Diagram +![Image](../../assets/images/speaker/11-08/model/m-4.PNG) -### 3. RTL8711DCM 模组硬件线路控制示意图 +### 3. RTL8711DCM Module Hardware Circuit Control Diagram -#### (1) RTL8711DCM 模组（TX）**I2S 硬件控制图** +#### (1) RTL8711DCM Module (TX) **I2S Hardware Control Diagram** -![图片](../../assets/images/speaker/11-08/model/m-5.png) +![Image](../../assets/images/speaker/11-08/model/m-5.png) -##### 1）DSP 与 RTL8711DCM 模组（TX） 声道 I2S 接线说明 +##### 1) DSP and RTL8711DCM Module (TX) Stereo I2S Wiring Instructions ```note - DSP 作为 Slave 时需要的I2S 信号线: - - I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 I2S_DATA1、 GND + I2S signal lines required when DSP operates as Slave: + + I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, GND ``` ```note - DSP 作为 Master 时需要的I2S 信号线: - - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0、 I2S_DATA1 、GND + I2S signal lines required when DSP operates as Master: + + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, GND ``` -##### 2）DSP 与 RTL8711DCM 模组（TX） 5.1 声道 I2S 接线说明 +##### 2) DSP and RTL8711DCM Module (TX) 5.1 Channel I2S Wiring Instructions ```note - DSP 作为 Slave 时需要的I2S 信号线: - - I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 I2S_DATA1、I2S_DATA2、 GND + I2S signal lines required when DSP operates as Slave: + + I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, I2S_DATA2, GND ``` ```note - DSP 作为 Master 时需要的I2S 信号线: + I2S signal lines required when DSP operates as Master: - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0、 I2S_DATA1 、I2S_DATA2、GND + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, I2S_DATA2, GND ``` -##### 3）DSP 与 无线音频 RTL8711DCM 模组（TX）7.1.2 声道 I2S 接线说明 +##### 3) DSP and Wireless Audio RTL8711DCM Module (TX) 7.1.2 Channel I2S Wiring Instructions ```note - DSP 作为 Slave 时需要的I2S 信号线: + I2S signal lines required when DSP operates as Slave: - I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 I2S_DATA1、I2S_DATA2、I2S_DATA3、 - I2S_EX_LRCLK、I2S_EX_BCLK、I2S_EX_DATA0、 GND + I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, I2S_DATA2, I2S_DATA3, + I2S_EX_LRCLK, I2S_EX_BCLK, I2S_EX_DATA0, GND ``` ```note - DSP 作为 Master 时需要的I2S 信号线: + I2S signal lines required when DSP operates as Master: - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0、 I2S_DATA1 、I2S_DATA2、I2S_DATA3、 - I2S_EX_LRCLK、I2S_EX_BCLK、I2S_EX_DATA0、 GND + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_DATA1, I2S_DATA2, I2S_DATA3, + I2S_EX_LRCLK, I2S_EX_BCLK, I2S_EX_DATA0, GND ``` -#### (2) RTL8711DCM 模组（TX）硬件 **TDM 控制图** -![图片](../../assets/images/speaker/11-08/model/m-tdm.png) -##### 1）DSP 与 RTL8711DCM 模组（TX） 声道 I2S 接线说明 +#### (2) RTL8711DCM Module (TX) Hardware **TDM Control Diagram** +![Image](../../assets/images/speaker/11-08/model/m-tdm.png) +##### 1) DSP and RTL8711DCM Module (TX) Stereo I2S Wiring Instructions ```note - DSP 作为 Slave 时需要的I2S 信号线: - - I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 GND + I2S signal lines required when DSP operates as Slave: + + I2S_BCLK, I2S_LRCLK, I2S_DATA0, GND ``` ```note - DSP 作为 Master 时需要的I2S 信号线: - - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0 、GND + I2S signal lines required when DSP operates as Master: + + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, GND ``` -##### 2）DSP 与 RTL8711DCM 模组（TX） 5.1 声道 I2S 接线说明 +##### 2) DSP and RTL8711DCM Module (TX) 5.1 Channel I2S Wiring Instructions ```note - DSP 作为 Slave 时需要的I2S 信号线: - - I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 GND + I2S signal lines required when DSP operates as Slave: + + I2S_BCLK, I2S_LRCLK, I2S_DATA0, GND ``` ```note - DSP 作为 Master 时需要的I2S 信号线: + I2S signal lines required when DSP operates as Master: - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0、 GND + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, GND ``` -##### 3）DSP 与 无线音频 RTL8711DCM 模组（TX）7.1.2 声道 I2S 接线说明 +##### 3) DSP and Wireless Audio RTL8711DCM Module (TX) 7.1.2 Channel I2S Wiring Instructions ```note - DSP 作为 Slave 时需要的I2S 信号线: + I2S signal lines required when DSP operates as Slave: - I2S_BCLK 、 I2S_LRCLK、 I2S_DATA0、 I2S_EX_LRCLK、 - I2S_EX_BCLK、I2S_EX_DATA0、 GND + I2S_BCLK, I2S_LRCLK, I2S_DATA0, I2S_EX_LRCLK, + I2S_EX_BCLK, I2S_EX_DATA0, GND ``` ```note - DSP 作为 Master 时需要的I2S 信号线: + I2S signal lines required when DSP operates as Master: - I2S_MCLK、 I2S_BCLK 、 I2S_LRCLK 、I2S_DATA0、 - I2S_EX_LRCLK、I2S_EX_BCLK、I2S_EX_DATA0、 GND + I2S_MCLK, I2S_BCLK, I2S_LRCLK, I2S_DATA0, + I2S_EX_LRCLK, I2S_EX_BCLK, I2S_EX_DATA0, GND ``` -[//]: # (#### (3) RTL8711DCM 模组（TX）硬件 **uart 控制图**) +[//]: # (#### (3) RTL8711DCM Module (TX) Hardware **uart Control Diagram**) -[//]: # (![图片](../../assets/images/speaker/11-08/model/m-uart.png)) +[//]: # (![Image](../../assets/images/speaker/11-08/model/m-uart.png)) -#### (3) RTL8711DCM 模组（RX）硬件控制图 -![图片](../../assets/images/speaker/11-08/model/m-6.png) +#### (3) RTL8711DCM Module (RX) Hardware Control Diagram +![Image](../../assets/images/speaker/11-08/model/m-6.png) diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/a316_1926v1.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/a316_1926v1.md index 89c51c0..d8a5b29 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/a316_1926v1.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/a316_1926v1.md @@ -1,138 +1,143 @@ --- -title: A316-1926V1 USB HiFi解码器专用XU316模组规格书 +title: A316-1926V1 USB HiFi Decoder XU316 Module Datasheet --- -# A316-1926V1 USB HiFi解码器专用XU316模组规格书 +# A316-1926V1 USB HiFi Decoder XU316 Module Datasheet --8<-- "common/phaten_xmos_support_img.md"
-![A316-1926V1 USB多路音频解码器模组](../../../assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB多路音频解码器模组"){align=right width=250} -## 1、产品介绍 -### 1.1 产品描述 +![A316-1926V1 USB Multichannel Audio Decoder Module](../../../assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB Multichannel Audio Decoder Module"){align=right width=250} +## 1. Product Introduction +### 1.1 Product Description -- A316-1926V1是⼀款 USB多路高清音频解码器模组。模组使⽤XMOS的XU316-1024-QF60BC24芯⽚，集成了高精度DC-DC芯片，输出1.8V，0.9V电压给XU316 。模组集成了48.152MHz和49.152MHz有源晶体，满足不同高清音频采用率要求。模组内置XU316所需的24MHz晶体以及16Mbit Flash用来存储音频固件。 -- A316-1926V1提供兼容全速和⾼速的USB2.0接⼝的USB AUdiO声卡设备，在USB 2.0异步模式中，能够⽀持⾼达768 KHz的采样率。 -- 配合不同的固件，A316-1926V1可以处理高达6路SPDIF高清音频，以及2路I2S高清音频信号，满足多种高清音频解码器的需求。 +- The A316-1926V1 is a USB multichannel high-definition audio decoder module. The module uses the XMOS XU316-1024-QF60BC24 chip and integrates a high-precision DC-DC chip that outputs 1.8V and 0.9V voltages to the XU316. The module incorporates 48.152MHz and 49.152MHz active crystals to meet different high-definition audio sampling rate requirements. The module includes a 24MHz crystal required by the XU316 and a 16Mbit Flash for storing audio firmware. +- The A316-1926V1 provides a USB Audio device compatible with full-speed and high-speed USB 2.0 interfaces, capable of supporting sampling rates up to 768 KHz in USB 2.0 asynchronous mode. +- With different firmware versions, the A316-1926V1 can process up to 6 channels of SPDIF high-definition audio and 2 channels of I2S high-definition audio signals, meeting the needs of various high-definition audio decoders.
-### 1.2 产品特性 +### 1.2 Product Features -- **USB接口特性** +- **USB Interface Characteristics** - USB 2.0 (Full-speed and High-speed) - USB Audio Class 1.0 - USB Audio Class 2.0 - USB Firmware Upgrade (DFU) - USB Midi Device Class 1.0 -- **支持音频协议** +- **Supported Audio Protocols** - I2S/TDM - - S/PDIF(光钎/同轴) - - Direct Stream Digital(DSD) + - S/PDIF (Optical/Coaxial) + - Direct Stream Digital (DSD) - ADAT -- **支持音频采用率** - - PCM: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz，705.6kHz，768KHz - - DSD: DSD 64 ,DSD 128, DSD 256, DSD 512 - - DOP: DOP 64 ,DOP 128，DOP256 -- **系统兼容** - - UAC 2.0协议 ,支持ASIO ,支持多种操作系统，如Windows , Linux ,Android, MAC OS 和IOS等 +- **Supported Audio Sampling Rates** + - PCM: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz + - DSD: DSD 64, DSD 128, DSD 256, DSD 512 + - DOP: DOP 64, DOP 128, DOP 256 +- **System Compatibility** + - UAC 2.0 protocol, supports ASIO, compatible with various operating systems including Windows, Linux, Android, MAC OS, and iOS, etc. -### 1.3 产品框图 +### 1.3 Product Block Diagram
- ![A316-1926V1框图](../../../assets/images/hifi_audio/a316_1926v1_diagram.png "A316-1926V1框图"){width="600"} + ![A316-1926V1 Block Diagram](../../../assets/images/hifi_audio/a316_1926v1_diagram.png "A316-1926V1 Block Diagram"){width="600"}
-### 1.4 规格描述 - -| 规格项 | 描述 +### 1.4 Specifications Description + +| Specification Item | Description | :------------------------| :---------- -| 产品名称 | A316-1926V1 -| 产品描述 | USB多路高清音频解码器模组 -| 封装类型 | SMT邮票孔 -| 环保说明 | 所有硬件部件完全符合欧盟RoHS指令 +| Product Name | A316-1926V1 +| Product Description | USB Multichannel High-Definition Audio Decoder Module +| Package Type | SMT Stamp Hole +| Environmental Compliance | All hardware components fully comply with the EU RoHS Directive -### 1.5 绝对电⽓参数 -| 参数 | 最小值 | 最大值 | 单位 | -|:------------------------------|:------:|:------:|:----:| -| 存储温度 | -40 | 125 | ℃ | -| 供电电压 | -0.5 | 3.63 | V | -| 静电释放电压(⼈体模型)TAMB-25℃ | -2 | 2 | KV | -| 静电释放电压(机器模型)TAMB-25℃ | -500 | 500 | V | +### 1.5 Absolute Electrical Parameters +| Parameter | Minimum | Maximum | Unit | +|:-------------------------------------|:-------:|:-------:|:----:| +| Storage Temperature | -40 | 125 | ℃ | +| Supply Voltage | -0.5 | 3.63 | V | +| Electrostatic Discharge (HBM) TAMB-25℃ | -2 | 2 | KV | +| Electrostatic Discharge (MM) TAMB-25℃ | -500 | 500 | V | -### 1.6 正常工作条件 -| 功能 | 最小值 | 典型值 | 最大值 | 单位 | -|:---------|:------: |:------:|:------:|:----:| -| 工作温度 | 0 | - | 70 | ℃ | -| 工作电压 | 3 | 3.3 | 3.6 | V | +### 1.6 Normal Operating Conditions +| Function | Minimum | Typical | Maximum | Unit | +|:---------------------|:-------:|:-------:|:-------:|:----:| +| Operating Temperature| 0 | - | 70 | ℃ | +| Operating Voltage | 3 | 3.3 | 3.6 | V | -### 1.7 工作电流 -|⼯作状态 | 平均值 | 峰值 | 单位 | -|:---------|:------:|:------:|:----:| -| Active@3.3V | 120 | 200 | mA | +### 1.7 Operating Current +| Operating State | Average | Peak | Unit | +|:------------------|:-------:|:----:|:----:| +| Active@3.3V | 120 | 200 | mA | -## 2、管脚定义 +## 2. Pin Definitions -### 2.1 管脚布局 +### 2.1 Pin Layout
- ![A316-1926V1管脚图](../../../assets/images/hifi_audio/a316_1926v1_module_pin_define.png "A316-1926V1管脚图"){width=400} + ![A316-1926V1 Pin Diagram](../../../assets/images/hifi_audio/a316_1926v1_module_pin_define.png "A316-1926V1 Pin Diagram"){width=400}
-### 2.2 管脚描述 -| 模组管脚序号 | 名称 | 类型 | 功能 | -| :------: | :------: | :------: | :------ | -| 1 | GND | P | 模组地 | -| 2 | 3V3 | P | 模组3.3V供电 | -| 3 | X1D11 | I/O | 多功能GPIO，具体功能参考PortMap | -| 4 | X1D10 | I/O | 多功能GPIO，具体功能参考PortMap | -| 5 | X1D09 | I/O | 多功能GPIO，具体功能参考PortMap | -| 6 | X1D01 | I/O | 多功能GPIO，具体功能参考PortMap | -| 7 | X1D00 | I/O | 多功能GPIO，具体功能参考PortMap | -| 8 | X0D11 | I/O | 多功能GPIO，具体功能参考PortMap | -| 9 | X0D00 | I/O | 多功能GPIO，具体功能参考PortMap | -| 10 | X0D31 | I/O | 多功能GPIO，具体功能参考PortMap | -| 11 | X0D30 | I/O | 多功能GPIO，具体功能参考PortMap | -| 12 | X1D34 | I/O | 多功能GPIO，具体功能参考PortMap | -| 13 | X0D43 | I/O | 多功能GPIO，具体功能参考PortMap | -| 14 | X0D41 | I/O | 多功能GPIO，具体功能参考PortMap | -| 15 | X0D42 | I/O | 多功能GPIO，具体功能参考PortMap | -| 16 | MCLK | I/O | 49.152/45.1584MHz 时钟输出 | -| 17 | X0D40 | I/O | 多功能GPIO，具体功能参考PortMap | -| 18 | X0D38 | I/O | 多功能GPIO，具体功能参考PortMap | -| 19 | X0D37 | I/O | 多功能GPIO，具体功能参考PortMap | -| 20 | X0D36 | I/O | 多功能GPIO，具体功能参考PortMap | -| 21 | X0D35 | I/O | 多功能GPIO，具体功能参考PortMap | -| 22 | X0D29 | I/O | 多功能GPIO，具体功能参考PortMap | -| 23 | X1D22 | I/O | 多功能GPIO，具体功能参考PortMap | -| 24 | X1D19 | I/O | 多功能GPIO，具体功能参考PortMap | -| 25 | X1D16 | I/O | 多功能GPIO，具体功能参考PortMap | -| 26 | USB_DP | I/O | USB_DP | -| 27 | USB_DM | I/O | USB_DM | -| 28 | X1D18 | I/O | 多功能GPIO，具体功能参考PortMap | -| 29 | X1D17 | I/O | 多功能GPIO，具体功能参考PortMap | -| 30 | X1D13 | I/O | 多功能GPIO，具体功能参考PortMap | +### 2.2 Pin Description +| Module Pin Number | Name | Type | Function | +| :---------------: | :---: | :--: | :------- | +| 1 | GND | P | Module Ground | +| 2 | 3V3 | P | Module 3.3V Power Supply | +| 3 | X1D11 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 4 | X1D10 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 5 | X1D09 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 6 | X1D01 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 7 | X1D00 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 8 | X0D11 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 9 | X0D00 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 10 | X0D31 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 11 | X0D30 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 12 | X1D34 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 13 | X0D43 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 14 | X0D41 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 15 | X0D42 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 16 | MCLK | I/O | 49.152/45.1584MHz Clock Output | +| 17 | X0D40 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 18 | X0D38 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 19 | X0D37 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 20 | X0D36 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 21 | X0D35 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 22 | X0D29 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 23 | X1D22 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 24 | X1D19 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 25 | X1D16 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 26 | USB_DP | I/O | USB Data Plus | +| 27 | USB_DM | I/O | USB Data Minus | +| 28 | X1D18 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 29 | X1D17 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| 30 | X1D13 | I/O | Multifunctional GPIO, see PortMap for specific functions | -## 3、模组尺⼨和PCB封装图形 -### 3.1 模组尺⼨ -PCB尺⼨：19.5±0.3(L)X26±0.3(W)X0.8±0.1(H) +## 3. Module Dimensions and PCB Packaging Graphics +### 3.1 Module Dimensions +PCB Dimensions: 19.5±0.3(L) X 26±0.3(W) X 0.8±0.1(H) mm -### 3.2 模组封装图 +### 3.2 Module Packaging Graphics
- ![A316-1926V1封装图](../../../assets/images/hifi_audio/a316_1926v1_module_size.png "A316-1926V1封装图"){width=400} + ![A316-1926V1 Packaging Graphic](../../../assets/images/hifi_audio/a316_1926v1_module_size.png "A316-1926V1 Packaging Graphic"){width=400}
-## 4、产品包装信息 -托盘+外箱包装 +## 4. Product Packaging Information +Tray + Outer Box Packaging -## 5、推荐回流焊炉温曲线 +## 5. Recommended Reflow Soldering Temperature Profile
- ![推荐回流焊炉温曲线](../../../assets/images/hifi_audio/module_smt_temp.png "推荐回流焊炉温曲线"){width=600} + ![Recommended Reflow Soldering Temperature Profile](../../../assets/images/hifi_audio/module_smt_temp.png "Recommended Reflow Soldering Temperature Profile"){width=600}
+## 6. Consultation and Feedback +
+Click to expand consultation and feedback form +--8<-- "common/customer_form.md" +
diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/index.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/index.md index 0a111f9..42062f0 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/index.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/index.md @@ -1,24 +1,24 @@ --- -title: A316-1926V1 USB Multichannel High-Definition Audio Decoder Module Datasheet +title: A316-1926V1 USB Multi-Channel HD Audio Decoder Module Datasheet --- -# A316-1926V1 USB Multichannel High-Definition Audio Decoder Module Datasheet +# A316-1926V1 USB Multi-Channel Audio Decoder Module Datasheet --8<-- "common/phaten_xmos_support_img.md"
-![A316-1926V1 USB Multichannel Audio Decoder Module](/assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB Multichannel Audio Decoder Module"){align=right width=250} +![A316-1926V1 USB Multi-Channel Audio Decoder Module](../../../assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB Multi-Channel Audio Decoder Module"){align=right width=250} ## 1. Product Introduction ### 1.1 Product Description -- The A316-1926V1 is a USB multichannel high-definition audio decoder module. The module uses the XMOS XU316-1024-QF60BC24 chip and integrates a high-precision DC-DC chip, providing 1.8V and 0.9V voltages to the XU316. The module includes active crystals at 48.152MHz and 49.152MHz to meet different high-definition audio sampling rate requirements. It also comes with a 24MHz crystal and a 16Mbit Flash for storing audio firmware required by the XU316. -- The A316-1926V1 offers a USB 2.0 interface compatible with full-speed and high-speed USB Audio device, supporting up to 768 KHz sampling rates in USB 2.0 asynchronous mode. -- With various firmware versions, the A316-1926V1 can process up to 6 channels of SPDIF high-definition audio, as well as 2 channels of I2S high-definition audio signals, meeting the needs of various high-definition audio decoders. +- The A316-1926V1 is a USB multi-channel HD audio decoder module. The module utilizes the XMOS XU316-1024-QF60BC24 chip and integrates high-precision DC-DC chips that output 1.8V and 0.9V voltages to the XU316. The module incorporates 48.152MHz and 49.152MHz active crystals to meet various HD audio sampling rate requirements. The module includes the 24MHz crystal required by the XU316 and a 16Mbit Flash memory for storing audio firmware. +- The A316-1926V1 provides a USB Audio device with USB 2.0 interface compatible with both full-speed and high-speed modes. In USB 2.0 asynchronous mode, it supports sampling rates up to 768 KHz. +- With different firmware configurations, the A316-1926V1 can process up to 6 channels of S/PDIF HD audio and 2 channels of I2S HD audio signals, meeting the requirements of various HD audio decoders.
### 1.2 Product Features -- **USB Interface Characteristics** +- **USB Interface Features** - USB 2.0 (Full-speed and High-speed) - USB Audio Class 1.0 - USB Audio Class 2.0 @@ -32,96 +32,97 @@ title: A316-1926V1 USB Multichannel High-Definition Audio Decoder Module Datashe - **Supported Audio Sampling Rates** - PCM: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz - DSD: DSD 64, DSD 128, DSD 256, DSD 512 - - DOP: DOP 64, DOP 128, DOP 256 + - DOP: DOP 64, DOP 128, DOP256 - **System Compatibility** - - UAC 2.0 protocol, supports ASIO, compatible with various operating systems including Windows, Linux, Android, MAC OS, and iOS, etc. + - UAC 2.0 protocol, supports ASIO, compatible with multiple operating systems including Windows, Linux, Android, macOS, and iOS ### 1.3 Product Block Diagram
- ![A316-1926V1 Block Diagram](/assets/images/hifi_audio/a316_1926v1_diagram.png "A316-1926V1 Block Diagram"){width="600"} + ![A316-1926V1 Block Diagram](../../../assets/images/hifi_audio/a316_1926v1_diagram.png "A316-1926V1 Block Diagram"){width="600"}
-### 1.4 Specifications Description - -| Specification Item | Description +### 1.4 Specification Description + +| Specification Item | Description | :------------------------| :---------- -| Product Name | A316-1926V1 -| Product Description | USB Multichannel High-Definition Audio Decoder Module -| Package Type | SMT Stamp Hole -| Environmental Compliance | All hardware components fully comply with the EU RoHS Directive +| Product Name | A316-1926V1 +| Product Description | USB Multi-Channel HD Audio Decoder Module +| Package Type | SMT Castellated Holes +| Environmental Statement | All hardware components fully comply with EU RoHS directive -### 1.5 Absolute Electrical Parameters -| Parameter | Minimum | Maximum | Unit | -|:------------------------------|:------:|:------:|:----:| -| Storage Temperature | -40 | 125 | ℃ | -| Supply Voltage | -0.5 | 3.63 | V | -| Electrostatic Discharge (HBM) at TAMB-25℃ | -2 | 2 | KV | -| Electrostatic Discharge (MM) at TAMB-25℃ | -500 | 500 | V | +### 1.5 Absolute Maximum Ratings +| Parameter | Min | Max | Unit | +|:-------------------------------------|:-----:|:-----:|:----:| +| Storage Temperature | -40 | 125 | ℃ | +| Supply Voltage | -0.5 | 3.63 | V | +| ESD Voltage (Human Body Model) TAMB-25℃ | -2 | 2 | KV | +| ESD Voltage (Machine Model) TAMB-25℃ | -500| 500 | V | -### 1.6 Normal Operating Conditions -| Function | Minimum | Typical | Maximum | Unit | -|:-----------|:------: |:------:|:------:|:----:| -| Operating Temperature | 0 | - | 70 | ℃ | -| Operating Voltage | 3 | 3.3 | 3.6 | V | +### 1.6 Recommended Operating Conditions +| Parameter | Min | Typ | Max | Unit | +|:-------------------|:-----:|:----:|:-----:|:----:| +| Operating Temperature | 0 | - | 70 | ℃ | +| Operating Voltage | 3 | 3.3 | 3.6 | V | ### 1.7 Operating Current -|Operating State | Average | Peak | Unit | -|:----------------|:------:|:------:|:----:| -| Active@3.3V | 120 | 200 | mA | +| Operating State | Average | Peak | Unit | +|:----------------|:-------:|:----:|:----:| +| Active@3.3V | 120 | 200 | mA | -## 2. Pin Definitions +## 2. Pin Definition ### 2.1 Pin Layout
- ![A316-1926V1 Pin Diagram](/assets/images/hifi_audio/a316_1926v1_module_pin_define.png "A316-1926V1 Pin Diagram"){width=400} + ![A316-1926V1 Pin Diagram](../../../assets/images/hifi_audio/a316_1926v1_module_pin_define.png "A316-1926V1 Pin Diagram"){width=400}
### 2.2 Pin Description -| Module Pin Number | Name | Type | Function | -| :---------------: | :---: | :---: | :------ | -| 1 | GND | P | Module Ground | -| 2 | 3V3 | P | Module 3.3V Power Supply | -| 3 | X1D11 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 4 | X1D10 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 5 | X1D09 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 6 | X1D01 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 7 | X1D00 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 8 | X0D11 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 9 | X0D00 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 10 | X0D31 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 11 | X0D30 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 12 | X1D34 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 13 | X0D43 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 14 | X0D41 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 15 | X0D42 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 16 | MCLK | I/O | 49.152/45.1584MHz Clock Output | -| 17 | X0D40 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 18 | X0D38 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 19 | X0D37 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 20 | X0D36 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 21 | X0D35 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 22 | X0D29 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 23 | X1D22 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 24 | X1D19 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 25 | X1D16 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 26 | USB_DP | I/O | USB Data Plus | -| 27 | USB_DM | I/O | USB Data Minus | -| 28 | X1D18 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 29 | X1D17 | I/O | Multifunctional GPIO, see PortMap for specific functions | -| 30 | X1D13 | I/O | Multifunctional GPIO, see PortMap for specific functions | +| Module Pin Number | Name | Type | Function | +| :------: | :------: | :------: | :------ | +| 1 | GND | P | Module Ground | +| 2 | 3V3 | P | Module 3.3V Power Supply | +| 3 | X1D11 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 4 | X1D10 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 5 | X1D09 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 6 | X1D01 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 7 | X1D00 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 8 | X0D11 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 9 | X0D00 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 10 | X0D31 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 11 | X0D30 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 12 | X1D34 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 13 | X0D43 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 14 | X0D41 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 15 | X0D42 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 16 | MCLK | I/O | 49.152/45.1584MHz Clock Output | +| 17 | X0D40 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 18 | X0D38 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 19 | X0D37 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 20 | X0D36 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 21 | X0D35 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 22 | X0D29 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 23 | X1D22 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 24 | X1D19 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 25 | X1D16 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 26 | USB_DP | I/O | USB_DP | +| 27 | USB_DM | I/O | USB_DM | +| 28 | X1D18 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 29 | X1D17 | I/O | Multi-function GPIO, refer to PortMap for specific functions | +| 30 | X1D13 | I/O | Multi-function GPIO, refer to PortMap for specific functions | + +## 3. Module Dimensions and PCB Footprint -## 3. Module Dimensions and PCB Packaging Graphics ### 3.1 Module Dimensions -PCB Dimensions: 19.5±0.3(L)X26±0.3(W)X0.8±0.1(H) +PCB Dimensions: 19.5±0.3(L) × 26±0.3(W) × 0.8±0.1(H) -### 3.2 Module Packaging Graphics +### 3.2 Module Footprint
- ![A316-1926V1 Packaging Graphic](/assets/images/hifi_audio/a316_1926v1_module_size.png "A316-1926V1 Packaging Graphic"){width=400} + ![A316-1926V1 Footprint](../../../assets/images/hifi_audio/a316_1926v1_module_size.png "A316-1926V1 Footprint"){width=400}
@@ -130,6 +131,14 @@ Tray + Outer Box Packaging ## 5. Recommended Reflow Soldering Temperature Profile
- ![Recommended Reflow Soldering Temperature Profile](/assets/images/hifi_audio/module_smt_temp.png "Recommended Reflow Soldering Temperature Profile"){width=600} + ![Recommended Reflow Soldering Temperature Profile](../../../assets/images/hifi_audio/module_smt_temp.png "Recommended Reflow Soldering Temperature Profile"){width=600}
-
\ No newline at end of file + + +## 6. Inquiry and Feedback +
+Click to expand the inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/modelshaolu.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/modelshaolu.md index 0af78b9..0485016 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/modelshaolu.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/modelshaolu.md @@ -1,35 +1,46 @@ --- +title: 8711 Module Flashing Tool Guide login: true --- -# 8711 模组烧录工具说明 +--8<-- "common/phaten_xmos_support_img.md" + +# 8711 Module Flashing Tool Guide --8<-- "common/checklogin_form.md" -### 准备工作： +### Preparation: -烧录工具：下载链接 +Flashing Tool: Download Link -进入烧录模式： -![图片 1](../../assets/images/speaker/11-08/model/8711模组烧录方式.jpg) +Enter Flashing Mode: +![Image 1](/assets/images/speaker/11-08/model/8711模组烧录方式.jpg) -![8711 模组图片.png](../../assets/images/speaker/11-08/model/8711%20模组图片.png) +![8711 Module Image.png](/assets/images/speaker/11-08/model/8711%20模组图片.png) -### 一、开始使用，下载好工具后，找到如图所示文件，双击打开 -![图片 1](../../assets/images/speaker/shaolu-2.png) +### 1. Getting Started - After downloading the tool, locate the file shown in the image and double-click to open +![Image 1](/assets/images/speaker/shaolu-2.png) -### 二、打开软件后，点击"File" ，再点击"Open" 选取文件 -![图片 1](../../assets/images/speaker/shaolu-3.png) +### 2. After opening the software, click "File", then click "Open" to select a file +![Image 1](/assets/images/speaker/shaolu-3.png) -### 三、选取文件"AmebaDplus FreeRTOS NOR.rdev" 为第三个，是烧录 8711 的固件 -第 6 个是烧录 8730 的固件按需求选用 -![图片 1](../../assets/images/speaker/shaolu-4.png) +### 3. Select the file "AmebaDplus FreeRTOS NOR.rdev" (the third option), which is the firmware for flashing 8711 +The 6th option is firmware for flashing 8730, select according to your requirements +![Image 1](/assets/images/speaker/shaolu-4.png) -### 四、选择好配置文件，再选择需要烧录的固件，要保证名称一致 -![图片 1](../../assets/images/speaker/shaolu-5.png) +### 4. After selecting the configuration file, choose the firmware you need to flash, ensuring the names match +![Image 1](/assets/images/speaker/shaolu-5.png) -### 五、按照图上所示，选择串口、波特率等信息（正常会自动选择），核对后， 点击下方的"Dowload"开始烧录 -![图片 1](../../assets/images/speaker/shaolu-6.png) +### 5. As shown in the image, select the serial port, baud rate, and other information (normally these are selected automatically). After verification, click "Download" at the bottom to start flashing +![Image 1](/assets/images/speaker/shaolu-6.png) -### 六、烧录之后，无异常。查看串口设备打印，打印 log 正常 表示烧录成功 -![图片 1](../../assets/images/speaker/shaolu-7.png) \ No newline at end of file +### 6. After flashing, if there are no errors, check the serial device output. If the log output is normal, the flashing was successful +![Image 1](/assets/images/speaker/shaolu-7.png) + +### 7. Consultation and Feedback +
+Click to expand the consultation and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/shaolu.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/shaolu.md index e6a8ac4..a8c338b 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/shaolu.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/shaolu.md @@ -1,35 +1,36 @@ --- +title: 8711 Series Programming Tool Instructions login: true --- -# 8711 系列烧录工具说明 +# 8711 Series Programming Tool Instructions --8<-- "common/checklogin_form.md" -### 准备工作： +### Preparation: -烧录工具：下载链接 +Programming Tool: Download Link -进入烧录模式： 先按住 download 按键，再按住 chip 按键。串口打印\0。然后一起放手 +Enter Programming Mode: Press and hold the download button first, then press and hold the chip button. The serial port will print \0. Then release both buttons together. -打印模式：按一下 chip 按键 -![图片 1](../../assets/images/speaker/shaolu-1.png) +Print Mode: Press the chip button once +![Image 1](../../assets/images/speaker/shaolu-1.png) -### 一、开始使用，下载好工具后，找到如图所示文件，双击打开 -![图片 1](../../assets/images/speaker/shaolu-2.png) +### I. Getting Started - After downloading the tool, locate the file shown in the image and double-click to open +![Image 1](../../assets/images/speaker/shaolu-2.png) -### 二、打开软件后，点击"File" ，再点击"Open" 选取文件 -![图片 1](../../assets/images/speaker/shaolu-3.png) +### II. After opening the software, click "File", then click "Open" to select the file +![Image 1](../../assets/images/speaker/shaolu-3.png) -### 三、选取文件"AmebaDplus FreeRTOS NOR.rdev" 为第三个，是烧录 8711 的固件 -第 6 个是烧录 8730 的固件按需求选用 -![图片 1](../../assets/images/speaker/shaolu-4.png) +### III. Select the file "AmebaDplus FreeRTOS NOR.rdev" as the third option, which is for programming the 8711 firmware +The 6th option is for programming 8730 firmware, select according to your requirements +![Image 1](../../assets/images/speaker/shaolu-4.png) -### 四、选择好配置文件，再选择需要烧录的固件，要保证名称一致 -![图片 1](../../assets/images/speaker/shaolu-5.png) +### IV. After selecting the configuration file, select the firmware to be programmed, ensuring the names match +![Image 1](../../assets/images/speaker/shaolu-5.png) -### 五、按照图上所示，选择串口、波特率等信息（正常会自动选择），核对后， 点击下方的"Dowload"开始烧录 -![图片 1](../../assets/images/speaker/shaolu-6.png) +### V. As shown in the image, select the serial port, baud rate, and other information (normally auto-selected). After verification, click "Download" at the bottom to start programming +![Image 1](../../assets/images/speaker/shaolu-6.png) -### 六、烧录之后，无异常。查看串口设备打印，打印 log 正常 表示烧录成功 -![图片 1](../../assets/images/speaker/shaolu-7.png) \ No newline at end of file +### VI. After programming completes without errors, check the serial device printout. Normal log output indicates successful programming +![Image 1](../../assets/images/speaker/shaolu-7.png) \ No newline at end of file diff --git a/en/docs/dev_doc/hifi_audio/a316_1926v1/used.md b/en/docs/dev_doc/hifi_audio/a316_1926v1/used.md index dccede4..1d9c188 100644 --- a/en/docs/dev_doc/hifi_audio/a316_1926v1/used.md +++ b/en/docs/dev_doc/hifi_audio/a316_1926v1/used.md @@ -9,9 +9,9 @@ login: true ## Windows System Configuration -### Windows 10 Configuration -1. Install Driver Program - - If using our demo board and audio decoder module without your own driver, install the corresponding driver program first +### Windows 10 System Configuration +1. Install Driver + - If you are using our demo board and audio decoder module without your own driver, you need to install the corresponding driver first - Download Link 2. Access Sound Settings @@ -29,27 +29,27 @@ login: true ![位深度采样率.jpg](/assets/images/speaker/位深度采样率.jpg) -4. Configure Speaker +4. Configure Speakers - Right-click on the speaker - Click [Configure Speakers] ![配置扬声器.jpg](/assets/images/speaker/配置扬声器.jpg) 5. Select Channel Configuration - - Choose according to your actual audio environment requirements - - After selection and successful configuration, you can restart the device + - Choose according to your actual audio environment needs + - After selection is complete, you can restart the device ![选声道.jpg](/assets/images/speaker/选声道.jpg) -### Windows 11 Configuration +### Windows 11 System Configuration 1. Device Connection - - Connect the 7.1-channel USB audio device to a computer running Windows 11 - - (For spatial audio-related evaluation boards, if using Windows 7/Windows 8 systems, XMOS evaluation board driver installation is required) + - Connect the 7.1-channel USB audio device to a computer with Windows 11 system + - (For spatial audio evaluation boards, if using Windows 7/Windows 8 systems, you need to install the XMOS evaluation board driver) 2. Access Sound Settings - - Click the speaker icon in the lower left of the icon marked as 1 in the taskbar + - Click the speaker icon in the lower left corner of the icon marked as 1 in the taskbar - In the pop-up menu, select "Sound settings" on the right side of the identifier marked as 2 - - In the pop-up dialog, select "More sound settings" on the right side of the icon marked as 3 + - In the pop-up dialog box, select "More sound settings" on the right side of the icon marked as 3 ![alt text](/assets/images/speaker/win11声道设置.png) diff --git a/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/index.md b/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/index.md index 99289d5..d6ea633 100644 --- a/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/index.md +++ b/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/index.md @@ -9,13 +9,13 @@ login: true --8<-- "common/phaten_xmos_support_img.md" --8<-- "common/checklogin_form.md" -## Evaluation Board Materials: +## Evaluation Kit Materials: -| Name | Description +| Name | Description | :-----------------------------| :---------- -| [Datasheet](./硬件规格书.md) | +| [Hardware Specifications](./硬件规格书.md) | | [User Guide](./使用说明.md) | -| [Evaluation Kit Audio Specification](./测试指标.md) | +| [Test Metrics](./测试指标.md) | | Evaluation Kit Schematic | | Evaluation Kit BOM | -| Evaluation Kit Component Specifications | \ No newline at end of file +| Component Specifications | diff --git a/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/使用说明.md b/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/使用说明.md index 5cdae87..f8770c9 100644 --- a/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/使用说明.md +++ b/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/使用说明.md @@ -1,53 +1,53 @@ --- -title: PBAX316-90108MV1 USB Desktop Hi-Fi Audio Decoder Evaluation Kit User Guide +title: PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Board User Guide login: true --- --8<-- "common/phaten_xmos_support_img.md" -# PBAX316-90108MV1 USB Desktop Hi-Fi Audio Decoder Evaluation Kit User Guide + +# PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Board User Guide --8<-- "common/checklogin_form.md"
-- ![Phaten](/assets/images/logos/phaen-long.png "Phaten"){width="200"} ![XMOS](/assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solution Official Website: www.phaten-audio.com](https://www.phaten-audio.com) +- ![飞腾云](../../../assets/images/logos/phaen-long.png "飞腾云"){width="200"} ![XMOS](../../../assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solution Official Website: www.phaten-audio.com](https://www.phaten-audio.com)
-## First Use -After receiving the evaluation board, users can install and configure the environment according to the following steps for evaluation. +## First-Time Setup +After receiving the evaluation board, users can follow the steps below to install and configure the environment for evaluation. ### Driver Installation -The evaluation board supports USB UAC 2.0 for audio playback. Windows 10 build 1809 and later versions have native USB UAC 2.0 drivers. However, the native driver can only play audio with a maximum sampling rate of 384kHz. To evaluate 768kHz sampling rate and DSD format, you need to install a third-party driver. +The evaluation board supports USB UAC 2.0 audio playback. Windows 10 build 1809 and later versions have native USB UAC 2.0 driver support. However, the native driver can only play audio at sampling rates up to 384 kHz. To evaluate 768 kHz sampling rates and DSD formats, a third-party driver must be installed.
-![Windows USB Audio Control Panel](/assets/images/hifi_audio/usb_audio_ control_ panel.png "Windows USB Audio Control Panel"){align=right width=300} -#### Windows system: +![Windows USB Audio Control Panel](../../../assets/images/hifi_audio/usb_audio_ control_ panel.png "Windows USB Audio Control Panel"){align=right width=300} +#### Windows System: -1. Download the evaluation driver Thesycon-USB-Audio-Class-2_0-Evaluation-Driver-for-Windows_5_58_0.zip. After decompression, directly run XMOS_TUSBAudio_eval_v5.58.0_2023-06-29_setup.exe, and install it by default. +1. Download the evaluation driver Thesycon-USB-Audio-Class-2_0-Evaluation-Driver-for-Windows_5_58_0.zip. After extraction, run XMOS_TUSBAudio_eval_v5.58.0_2023-06-29_setup.exe directly and proceed with the default installation. -2. Connect the evaluation board and the Windows computer through a USB cable. Click the TUSB icon in the lower-right corner. If the USB Audio Device is displayed as shown in the right image, it means the driver is running normally. +2. Connect the evaluation board to the Windows PC via USB cable. Click the TUSB icon in the lower right corner. If the USB Audio Device displays as shown in the right figure, the driver is running properly. -3. The evaluation board is enumerated as USB 2.0 Audio Devices (UAC2.0) in the Device Manager. +3. The evaluation board will enumerate as USB 2.0 Audio Devices (UAC2.0) in Device Manager. -4. Set USB 2.0 Audio Devices (UAC2.0) as the default device in the Playback tab. +4. In the Playback tab, set USB 2.0 Audio Devices (UAC2.0) as the default device. -#### Linux system: - No need to install drivers -#### Mac system: - No need to install drivers -#### Mobile: - No need to install drivers +#### Linux System: + No driver installation required +#### Mac System: + No driver installation required +#### Mobile Phone: + No driver installation required
## Audio Evaluation -There are three indicator lights on the evaluation board. USB, OPT, and COX represent USB, optical fiber, and coaxial mode respectively. +The evaluation board has 3 indicator LEDs: USB, OPT, and COX, representing USB, optical, and coaxial modes respectively. -- Press the MODE button briefly, the USB indicator light is on, and USB audio is played. -- Press the MODE button briefly, the OPT indicator light is on, and OPT audio is played. -- Press the MODE button briefly, the COX indicator light is on, and COX audio is played. - -## Consultation and Feedback +- Short press the MODE button, USB indicator lights up, play USB audio. +- Short press the MODE button, OPT indicator lights up, play OPT audio. +- Short press the MODE button, COX indicator lights up, play COX audio. +## Inquiry and Feedback
-Click to expand consultation feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/测试指标.md b/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/测试指标.md index 836672b..1c4c982 100644 --- a/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/测试指标.md +++ b/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/测试指标.md @@ -1,61 +1,61 @@ --- -title: PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Audiio Specification +title: PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Board Test Specifications --- -# PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Audiio Specification + +# PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Board Test Specifications
-- ![Phaten](/assets/images/logos/phaen-long.png "Phaten"){width="200"} ![XMOS](/assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solution Official Website: www.phaten-audio.com](https://www.phaten-audio.com) +- ![Phaten Audio](../../../assets/images/logos/phaen-long.png "Phaten Audio"){width="200"} ![XMOS](../../../assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solutions Official Website: www.phaten-audio.com](https://www.phaten-audio.com)
-## 1, USB INPUT 1KHz RCAOUT Test Metrics +## 1. USB INPUT 1KHz RCAOUT Test Specifications ### THD+N Ratio -![USB INPUT 1KHz RCAOUT THD+N Ratio](/assets/images/hifi_audio/pbax316_90108mv1_usb_thdn.png) +![USB INPUT 1KHz RCAOUT THD+N Ratio](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_thdn.png) ### Frequency Response -![USB INPUT 1KHz RCAOUT Frequency Response](/assets/images/hifi_audio/pbax316_90108mv1_usb_fre_res.png) +![USB INPUT 1KHz RCAOUT Frequency Response](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_fre_res.png) ### THD+N Level -![USB INPUT 1KHz RCAOUT THD+N Level](/assets/images/hifi_audio/pbax316_90108mv1_usb_thdn_level.png) +![USB INPUT 1KHz RCAOUT THD+N Level](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_thdn_level.png) ### SNR -![USB INPUT 1KHz RCAOUT SIGNAL-NOISE RATIO](/assets/images/hifi_audio/pbax316_90108mv1_usb_snr.png) +![USB INPUT 1KHz RCAOUT SIGNAL-NOISE RATIO](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_snr.png) ### Signal-to-Noise and Distortion Ratio -![USB INPUT 1KHz RCAOUT SIGNAL-TO-NOISE AND DISTORTION RATIO](/assets/images/hifi_audio/pbax316_90108mv1_usb_snad.png) +![USB INPUT 1KHz RCAOUT SIGNAL-TO-NOISE AND DISTORTION RATIO](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_snad.png) ### CROSSTALK -![USB INPUT 1KHz RCAOUT CROSSTALK](/assets/images/hifi_audio/pbax316_90108mv1_usb_cross.png) +![USB INPUT 1KHz RCAOUT CROSSTALK](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_cross.png) ### Noise Level -![USB INPUT 1KHz RCAOUT Noise Level](/assets/images/hifi_audio/pbax316_90108mv1_usb_nl.png) +![USB INPUT 1KHz RCAOUT Noise Level](../../../../assets/images/hifi_audio/pbax316_90108mv1_usb_nl.png) -## 2, S/PDIF INPUT 1KHz RCAOUT Test Metrics +## 2. S/PDIF INPUT 1KHz RCAOUT Test Specifications ### THD+N Ratio -![S/PDIF INPUT 1KHz RCAOUT THD+N Ratio](/assets/images/hifi_audio/pbax316_90108mv1_spdif_thdn.png) +![S/PDIF INPUT 1KHz RCAOUT THD+N Ratio](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_thdn.png) ### Frequency Response -![S/PDIF INPUT 1KHz RCAOUT Frequency Response](/assets/images/hifi_audio/pbax316_90108mv1_spdif_fre_res.png) +![S/PDIF INPUT 1KHz RCAOUT Frequency Response](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_fre_res.png) ### THD+N Level -![USB INPUT 1KHz RCAOUT THD+N Level](/assets/images/hifi_audio/pbax316_90108mv1_spdif_thdn_level.png) +![USB INPUT 1KHz RCAOUT THD+N Level](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_thdn_level.png) ### SNR -![S/PDIF INPUT 1KHz RCAOUT SIGNAL-NOISE RATIO](/assets/images/hifi_audio/pbax316_90108mv1_spdif_snr.png) +![S/PDIF INPUT 1KHz RCAOUT SIGNAL-NOISE RATIO](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_snr.png) ### Signal-to-Noise and Distortion Ratio -![S/PDIF INPUT 1KHz RCAOUT SIGNAL-TO-NOISE AND DISTORTION RATIO](/assets/images/hifi_audio/pbax316_90108mv1_spdif_snad.png) +![S/PDIF INPUT 1KHz RCAOUT SIGNAL-TO-NOISE AND DISTORTION RATIO](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_snad.png) ### CROSSTALK -![S/PDIF INPUT 1KHz RCAOUT CROSSTALK](/assets/images/hifi_audio/pbax316_90108mv1_spdif_cross.png) +![S/PDIF INPUT 1KHz RCAOUT CROSSTALK](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_cross.png) ### Noise Level -![S/PDIF INPUT 1KHz RCAOUT Noise Level](/assets/images/hifi_audio/pbax316_90108mv1_spdif_nl.png) - -## Consultation and Feedback +![S/PDIF INPUT 1KHz RCAOUT Noise Level](../../../../assets/images/hifi_audio/pbax316_90108mv1_spdif_nl.png) +## Inquiry and Feedback
-Click to expand consultation feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/硬件规格书.md b/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/硬件规格书.md index b42c947..5e43fb7 100644 --- a/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/硬件规格书.md +++ b/en/docs/dev_doc/hifi_audio/pbax316_90108mv1/硬件规格书.md @@ -1,83 +1,82 @@ --- -title: PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Kit +title: PBAX316-90108MV1 USB Desktop HD Audio Decoder Evaluation Board Specification --- -# PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Kit +# PBAX316-90108MV1 USB Desktop HD Audio Decoder Evaluation Board Specification
-- ![Phaten](/assets/images/logos/phaen-long.png "Phaten"){width="200"} ![XMOS](/assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solution Official Website: www.phaten-audio.com](https://www.phaten-audio.com) +- ![Phaten Audio](/assets/images/logos/phaen-long.png "Phaten Audio"){width="200"} ![XMOS](/assets/images/logos/xmos-long.png "XMOS"){width="200"} **Joint Support**
[XMOS Official Website: www.xmos.com](https://www.xmos.com)
[Phaten Audio Solutions Official Website: www.phaten-audio.com](https://www.phaten-audio.com)
-![PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Kit](/assets/images/hifi_audio/PBAX316-90108MV1.png "PBAX316-90108MV1 USB Desktop High-Definition Audio Decoder Evaluation Kit"){align=right width=250} -## 1、Product Introduction +![PBAX316-90108MV1 USB Desktop HD Audio Decoder Evaluation Board](/assets/images/hifi_audio/PBAX316-90108MV1.png "PBAX316-90108MV1 USB Desktop HD Audio Decoder Evaluation Board"){align=right width=250} +## 1. Product Overview ### 1.1 Product Description -PBAX316-90108MV1 is an evaluation Kit designed specifically for USB desktop high-definition audio decoders, which uses Phaten's A316_1926V1 XU316 module. The evaluation Kit supports USB, optical, coaxial, and I2S audio signal source input. Different audio input sources can be selected by pressing buttons. The evaluation Kit uses AKM4493SEQ DAC to output analog audio. +The PBAX316-90108MV1 is an evaluation board designed specifically for USB desktop HD audio decoders, utilizing the Phaten Audio A316_1926V1 XU316 module. The evaluation board supports USB, optical, coaxial, and I2S audio source inputs. Different audio input sources can be selected via buttons. The evaluation board uses the AKM4493SEQ DAC for analog audio output.
-### 1.2 Evaluation Kit Features +### 1.2 Evaluation Board Features - **Supported Audio Interfaces** - USB 2.0 (Full-speed and High-speed) - I2S/TDM - S/PDIF (Optical/Coaxial) - - Direct Stream Digital(DSD) -- **Supported Audio Formats** - - PCM: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz，705.6kHz，768KHz - - DSD: DSD 64 ,DSD 128, DSD 256, DSD 512 - - DOP: DOP 64 ,DOP 128，DOP256 + - Direct Stream Digital (DSD) +- **Supported Audio Sample Rates** + - PCM: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768kHz + - DSD: DSD 64, DSD 128, DSD 256, DSD 512 + - DOP: DOP 64, DOP 128, DOP 256 - **System Compatibility** - - Supports UAC 2.0 protocol, ASIO, and various operating systems such as Windows, Linux, Android, MAC OS, and IOS, etc. + - UAC 2.0 protocol, supports ASIO, compatible with multiple operating systems including Windows, Linux, Android, macOS, and iOS -### 1.3 Evaluation Kit Hardware Interfaces +### 1.3 Evaluation Board Hardware Interfaces
- ![PBAX316-90108MV1 Hardware Interface Indication](/assets/images/hifi_audio/PBAX316-90108MV1_mark.png "PBAX316-90108MV1 Hardware Interface Indication"){width="600"} + ![PBAX316-90108MV1 Hardware Interface Identification](/assets/images/hifi_audio/PBAX316-90108MV1_mark.png "PBAX316-90108MV1 Hardware Interface Identification"){width="600"}
-| Interface | Function +| Interface | Function | :-------------------| :---------- -| Type-C | Connects to PC/mobile USB for USB audio input and 5V power supply -| S/PDIF | Connects to optical/coaxial digital audio input -| I2S | I2S input +| Type-C | Connect to PC/smartphone USB, USB audio input and 5V power supply +| S/PDIF | Optical/coaxial digital audio input +| I2S | I2S audio input | Output | RCA left and right channel analog audio output -### 1.4 Key Audio Parameters of the Evaluation Kit +### 1.4 Evaluation Board Key Audio Specifications -**USB Audio Input, Matched with DAC AKM4493** +**USB Audio Input with AKM4493 DAC** -| Parameter | Value -| :------------------------| :----------: +| Parameter | Value +| :------------------------| :----------: | THD+N RATIO | 108.232dB | SIGNAL-NOISE RATIO | 120.012dB -| RCAOUT Crosstalk(10K) | 111.851dB +| RCAOUT Crosstalk (10K) | 111.851dB -**S/PDIF Audio Input, Matched with DAC AKM4493** +**S/PDIF Audio Input with AKM4493 DAC** -| Parameter | Value -| :------------------------| :----------: +| Parameter | Value +| :------------------------| :----------: | THD+N RATIO | 108.380dB | SIGNAL-NOISE RATIO | 118.483dB -| RCAOUT Crosstalk(10K) | 115.302dB +| RCAOUT Crosstalk (10K) | 115.302dB -### 1.5 Normal Working Conditions -| Function | Minimum Value | Maximum Value | Unit | -|:---------|:------:|:------:|:----:| -| Working Temperature | 0 | 70 | ℃ | -| Working Voltage | 4.5 | 5 | V | +### 1.5 Normal Operating Conditions +| Parameter | Min | Max | Unit | +|:------------------|:------:|:------:|:----:| +| Operating Temperature | 0 | 70 | ℃ | +| Operating Voltage | 4.5 | 5 | V | -### 1.8 Working Current -|Working State | Average Value | Peak Value | Unit | -|:---------|:------:|:------:|:----:| -| @5V | 250 | 300 | mA | +### 1.8 Operating Current +| Operating State | Average | Peak | Unit | +|:-----------------|:-------:|:------:|:----:| +| @5V | 250 | 300 | mA | ## Consultation and Feedback -
-Click to expand consultation feedback form +Click to expand consultation and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/dev_doc/hifi_audio/xk_audio_316_mc_ab/index.md b/en/docs/dev_doc/hifi_audio/xk_audio_316_mc_ab/index.md index 5317efe..09d35c4 100644 --- a/en/docs/dev_doc/hifi_audio/xk_audio_316_mc_ab/index.md +++ b/en/docs/dev_doc/hifi_audio/xk_audio_316_mc_ab/index.md @@ -33,4 +33,10 @@ The xcore.ai multi-channel audio platform offers a scalable and flexible hardwar ## Detailed Parameters and Materials of the Evaluation Board For detailed parameters and materials of the official evaluation board, please refer to [XK-AUDIO-316-MC-AB Detailed Information](https://www.xmos.com/xk-audio-316-mc-ab) +## Consultation and Feedback +
+Click to expand consultation and feedback form +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/index.md b/en/docs/dev_doc/index.md index af80178..e082aa8 100644 --- a/en/docs/dev_doc/index.md +++ b/en/docs/dev_doc/index.md @@ -13,13 +13,13 @@ hide: # Documentation Categories --- -- [Core Modules Datasheets](./datasheet/index.md) +- [Core Module Datasheets](./datasheet/index.md) -- [Development Evaluation Board Resources](./evb/index.md) +- [Evaluation Board Resources](./evb/index.md) - [Communication Protocols](./protocols/index.md) -- [Development SDK and Examples](./sdk_examples/index.md) +- [Development SDK & Examples](./sdk_examples/index.md) - [Frequently Asked Questions](./faq/index.md) diff --git a/en/docs/dev_doc/protocols/XMOS_EQ_HID_Protocol.md b/en/docs/dev_doc/protocols/XMOS_EQ_HID_Protocol.md index efe48c2..56c55e0 100644 --- a/en/docs/dev_doc/protocols/XMOS_EQ_HID_Protocol.md +++ b/en/docs/dev_doc/protocols/XMOS_EQ_HID_Protocol.md @@ -1,7 +1,7 @@ --- title: XMOS EQ HID Communication Protocol Specification -status: new -description: XMOS EQ HID Communication Protocol Specification Document +description: EQ HID control protocol for zero-code firmware series devices, including message structure, command set, and field descriptions for mode switching, parameter read/write, and device information retrieval. +keywords: EQ, HID, Control Protocol, Command Set, USB HID, XU316, Zero-Code Firmware, Phaten Audio authors: - admin tags: @@ -19,10 +19,10 @@ search: ## Protocol Overview :material-file-document-outline: -!!! abstract "Functional Positioning and Scope" - This document provides a detailed description of the communication protocol between XMOS EQ HID devices and PC-side GUI software. The protocol offers a complete feature set for EQ mode control, parameter configuration, and device information retrieval. +!!! abstract "Functional Scope and Purpose" + This document provides detailed specifications for the communication protocol between XMOS EQ HID devices and PC-based GUI software. The protocol offers a complete feature set for EQ mode control, parameter configuration, and device information retrieval. -## I. Protocol Basic Specifications :material-connection: +## 1. Protocol Foundation Specification :material-connection: ### 1.1 Underlying Communication Protocol @@ -31,300 +31,292 @@ search: | Parameter | Value | |:---------------:|:--------------------:| | Transmission Method | USB HID | -| Packet Size | 64 bytes (including 1-byte Report ID 0x01) | +| Data Packet Size | 64 bytes (including 1-byte Report ID 0x01) | | Effective Data | 63 bytes | | Byte Order | Little Endian | -| Sync Header | 0x77 (fixed first byte) | +| Sync Header | 0x77 (fixed at byte 1, Report ID at byte 0) | ### 1.2 HID Device Identification | Parameter | Value | Description | |:----------:|:--------:|:-----------------------------------------:| | Usage Page | 0xff82 or 0xff83 | HID device type identifier | -| Report ID | 0x01 | First byte when sending | -| Transmission Mode | Non-blocking mode | Prevent GUI freezing | +| Report ID | 0x01 | First byte (byte 0) when sending | +| Transmission Mode | Non-blocking mode | Prevents GUI freezing | ### 1.3 Communication Mechanism -!!! warning "Data Transmission Instructions" - - All data is transmitted in Little Endian format - - Sync header 0x77 must be the first byte of each data packet - - Recommend command intervals of 5ms or more to avoid device processing delays +!!! warning "Data Transmission Notes" + - All data is transmitted in Little Endian byte order + - Sync header 0x77 is fixed at byte 1 (byte 0 is Report ID = 0x01) + - Recommend minimum 5ms interval between commands to avoid device processing delays -## II. Protocol Command Set :material-code-tags: +## 2. Protocol Command Set :material-code-tags: ### 2.1 Command Classification Overview !!! note "Command Usage Instructions" - 1. All commands must include sync header 0x77 as the first byte - 2. Total packet length is fixed at 63 bytes (excluding Report ID) + 1. All commands must include Report ID 0x01 (byte 0) and sync header 0x77 (byte 1) + 2. Total packet length is fixed at 64 bytes (including Report ID) 3. Unused bytes must be padded with 0 -#### 2.1.1 Command Header Definition +#### 2.1.1 Command Header Definitions | Command Header | Command Name | Function Description | Direction | |:------:|:--------:|:--------:|:----:| -| 0x8B | READ_EQ_MODE | Read EQ mode status | PC → Device | -| 0x8C | SET_EQ_MODE | Set EQ mode | PC → Device | -| 0x8D | SET_EQ_PARAMS | Set EQ parameters | PC → Device | -| 0x8E | READ_EQ_PARAMS | Read EQ parameters | PC ↔ Device | -| 0x8F | SAVE_USER_MODE | Save user mode | PC → Device | -| 0x90 | READ_ALL_MODES | Read all mode information | PC ↔ Device | -| 0x91 | RESET_USER_MODE | Reset user mode | PC → Device | -| 0x92 | GET_DEVICE_INFO | Get device information | PC ↔ Device | +| 0x8A | SET_EQ_MODE | Switch current EQ mode | PC → Device | +| 0x8B | GET_EQ_MODE | Get current EQ mode information (mode number, gain, name) | PC → Device | +| 0x8C | SET_MODE_GAIN_AND_NAME | Set overall gain and name for specified mode | PC → Device | +| 0x8D | SET_EQ_PARAMS | Send single filter parameters | PC → Device | +| 0x8E | GET_EQ_PARAMS | Read single filter parameters | PC ↔ Device | +| 0x8F | GET_DEVICE_INFO | Get basic device information (PID/VID/SN) | PC ↔ Device | +| 0x90 | RESET_EQ_PARAMS | Reset EQ parameters (restore presets) | PC ↔ Device | -### 2.2 Detailed Command Format +### 2.2 Detailed Command Formats -#### 2.2.1 Read EQ Mode (0x8B) +#### 2.2.1 Switch EQ Mode (0x8A) -**Function Description**: Read current device EQ mode value +**Function**: Switch current EQ mode -**Request Format (63 bytes)**: +**Request Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x8B | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 1 | mode | Query mode value | -| 7-62 | 56 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8A | +| 3 | 1 | mode | Mode value (0-5: presets, 6-8: user, 9: Bypass) | +| 4-63 | 60 | reserved | Reserved fields (fill with 0) | -#### 2.2.2 Set EQ Mode (0x8C) +#### 2.2.2 Get Current EQ Mode Information (0x8B) -**Function Description**: Formal mode setting command +**Function**: Get current mode value, overall gain, and mode name -**Packet Format (63 bytes)**: +**Request Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x8C | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 1 | mode | Mode value (0-5: Preset modes, 6-7: User modes, 8: Disable EQ) | -| 7-62 | 56 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8B | +| 3-63 | 61 | reserved | Reserved fields (fill with 0) | -#### 2.2.3 Set EQ Parameters (0x8D) - -**Function Description**: Send complete parameters and coefficients for a single filter - -**Packet Format (63 bytes)**: +**Response Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x8D | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 1 | total_gain_db | Total gain compensation (dB, 8-bit signed integer) | -| 7 | 1 | filter_index | Filter index (0-7) | -| 8 | 1 | filter_type | Filter type code | -| 9 | 4 | fc | Center frequency (Hz, 32-bit unsigned integer) | -| 13 | 4 | q_value | Q value (Q15.15 format, 32-bit signed integer) | -| 17 | 4 | bandwidth | Bandwidth (Hz, 32-bit unsigned integer) | -| 21 | 4 | gain | Gain (Q15.15 format, 32-bit signed integer) | -| 25 | 38 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8B (echo) | +| 3 | 1 | mode | Current mode value | +| 4-7 | 4 | gain | Overall gain (int32, little endian, range -50dB ~ 0dB) | +| 8-23 | 16 | name | Mode name (UTF-8 string) | +| 24-63 | 40 | reserved | Reserved fields (fill with 0) | -**Filter Type Code Definition**: +#### 2.2.3 Set Mode Overall Gain and Name (0x8C) -| Type Code | Filter Type | English Name | -|:------:|:----------:|:--------:| -| 0x00 | Bypass Filter | Bypass Filter | -| 0x01 | All-pass Filter | All-pass Filter | -| 0x02 | Peaking Filter | Peaking Filter | -| 0x03 | Low-pass Filter | Low-pass Filter | -| 0x04 | High-pass Filter | High-pass Filter | -| 0x05 | Band-pass Filter | Band-pass Filter | -| 0x06 | Band-stop Filter | Band-stop Filter | -| 0x07 | Notch Filter | Notch Filter | -| 0x08 | Constant-Q Filter | Constant-Q Filter | -| 0x09 | Low-shelf Filter | Low-shelf Filter | -| 0x0A | High-shelf Filter | High-shelf Filter | +**Function**: Set overall gain and name for target mode -**Numerical Format Definition**: - -!!! info "Q15.15 Format Description" - - **Q15.15 Format**: 16-bit integer part + 16-bit fractional part - - Example: Q value 1.414 → 0x00016A09 - -#### 2.2.4 Read EQ Parameters (0x8E) - -**Function Description**: Read parameters of specified filter - -**Request Format (63 bytes)**: +**Request Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x8E | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 1 | eq_index | EQ index to read (0-7) | -| 7-62 | 56 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8C | +| 3 | 1 | mode | Target mode value (0-9) | +| 4-7 | 4 | gain | Overall gain (int32, little endian) | +| 8-23 | 16 | name | Mode name (UTF-8 string) | +| 24-63 | 40 | reserved | Reserved fields (fill with 0) | -**Response Format (63 bytes)**: +#### 2.2.4 Set EQ Parameters (0x8D) + +**Function**: Send single filter parameters + +**Request Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x8E (echo) | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 1 | total_gain_db | Total gain compensation (dB, 8-bit signed integer) | -| 7 | 1 | eq_index | EQ index (0-7) | -| 8 | 1 | filter_type | Filter type code | -| 9 | 4 | fc | Center frequency (Hz, 32-bit unsigned integer) | -| 13 | 4 | q_value | Q value (Q15.15 format, 32-bit signed integer) | -| 17 | 4 | bandwidth | Bandwidth (Hz, 32-bit unsigned integer) | -| 21 | 4 | gain | Gain (Q15.15 format, 32-bit signed integer) | -| 25 | 38 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8D | +| 3 | 1 | mode | Mode value (0-9) | +| 4 | 1 | band | Filter index (0-7) | +| 5 | 1 | type | Filter type code | +| 6-9 | 4 | freq | Center frequency Hz (float, little endian) | +| 10-13 | 4 | q | Q value (float, little endian) | +| 14-17 | 4 | bw | Bandwidth Hz (float, little endian) | +| 18-21 | 4 | gain | Gain dB (float, little endian) | +| 22-63 | 42 | reserved | Reserved fields (fill with 0) | -#### 2.2.5 Save User Mode (0x8F) +**Filter Type Codes**: -**Function Description**: Save current EQ parameters to specified user mode +| Code | Type | Code | Type | +|:----:|:----:|:----:|:----:| +| 0x00 | Bypass | 0x06 | Band Reject | +| 0x01 | All Pass | 0x07 | Notch | +| 0x02 | Peak | 0x08 | Constant Q | +| 0x03 | Low Pass | 0x09 | Low Shelf | +| 0x04 | High Pass | 0x0A | High Shelf | +| 0x05 | Band Pass | | | -**Request Format (63 bytes)**: +**Data Format Notes**: + +!!! info "Floating Point and Byte Order" + - All floating-point numbers follow IEEE 754 float standard with little endian byte order + - All multi-byte integers use Little Endian byte order + +#### 2.2.5 Read EQ Parameters (0x8E) + +**Function**: Read parameters of specified filter + +**Request Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x8F | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 1 | user_mode | User mode index (6-7) | -| 7 | 1 | source_mode | Source mode index (current active mode, for copying parameters) | -| 8-62 | 55 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8E | +| 3 | 1 | mode | Mode value (0-9) | +| 4 | 1 | band | Filter index (0-7) | +| 5-63 | 59 | reserved | Reserved fields (fill with 0) | -#### 2.2.6 Read All Mode Information (0x90) - -**Function Description**: Get basic information and status of all modes - -**Request Format (63 bytes)**: +**Response Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x90 | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6-62 | 57 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8E (echo) | +| 3 | 1 | mode | Mode value | +| 4 | 1 | band | Filter index | +| 5 | 1 | type | Filter type code | +| 6-9 | 4 | freq | Center frequency Hz (float, little endian) | +| 10-13 | 4 | q | Q value (float, little endian) | +| 14-17 | 4 | bw | Bandwidth Hz (float, little endian) | +| 18-21 | 4 | gain | Gain dB (float, little endian) | +| 22-63 | 41 | reserved | Reserved fields (fill with 0) | -**Response Format (63 bytes)**: +#### 2.2.6 Get Device Information (0x8F) + +**Function**: Get basic device identification information + +**Request Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x90 (echo) | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 1 | current_mode | Current active mode | -| 7 | 1 | eq_enabled | EQ master switch status (0: Off, 1: On) | -| 8 | 8 | mode_status | Mode status array (each byte corresponds to one mode: 0=Default, 1=Modified, 2=Saved) | -| 16 | 8 | mode_names | Mode name index (name identifier for preset modes) | -| 24 | 39 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8F | +| 3-63 | 61 | reserved | Reserved fields (fill with 0) | -#### 2.2.7 Reset User Mode (0x91) - -**Function Description**: Reset user mode to default state - -**Request Format (63 bytes)**: +**Response Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x91 | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 1 | user_mode | User mode index to reset (6-7, 0xFF means reset all user modes) | -| 7-62 | 56 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x8F (echo) | +| 3-4 | 2 | pid | Product ID (uint16, little endian) | +| 5-6 | 2 | vid | Vendor ID (uint16, little endian) | +| 7-22 | 16 | product | Product string (UTF-8) | +| 23-38 | 16 | vendor | Vendor string (UTF-8) | +| 39-54 | 16 | sn | Serial number string (UTF-8) | +| 55-63 | 9 | reserved | Reserved fields (fill with 0) | -#### 2.2.8 Get Device Information (0x92) +#### 2.2.7 Reset EQ Parameters (0x90) -**Function Description**: Get basic device identification information +**Function**: Reset EQ parameters for specified mode or all modes -**Request Format (63 bytes)**: +**Request Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x92 | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6-62 | 57 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x90 | +| 3 | 1 | mode | Mode number (0-9, 0xFF = reset all modes) | +| 4-63 | 60 | reserved | Reserved fields (fill with 0) | -**Response Format (63 bytes)**: +**Response Format (64 bytes)**: | Offset | Length | Field Name | Description | |:----:|:----:|:------:|:----:| -| 0 | 1 | sync_header | Sync header: 0x77 | -| 1 | 1 | cmd_header | Command header: 0x92 (echo) | -| 2 | 4 | sample_rate | Sample rate (Hz, 32-bit little endian) | -| 6 | 2 | vendor_id | Vendor ID (VID, 16-bit little endian) | -| 8 | 2 | product_id | Product ID (PID, 16-bit little endian) | -| 10 | 2 | device_version | Device version number (BCD format) | -| 12 | 32 | device_name | Device name (UTF-8 encoded, null-terminated) | -| 44 | 4 | serial_number | Serial number (32-bit unsigned integer) | -| 48 | 2 | protocol_ver | Protocol version (major.minor, 1 byte each) | -| 50 | 1 | eq_band_count | Number of supported EQ bands | -| 51 | 1 | mode_count | Number of supported modes | -| 52 | 11 | reserved | Reserved field (padded with 0) | +| 0 | 1 | report_id | Fixed value: 0x01 | +| 1 | 1 | sync_header | Sync header: 0x77 | +| 2 | 1 | cmd_header | Command header: 0x90 (echo) | +| 3 | 1 | status | Status code (0x00=success, 0x01=failure) | +| 4-63 | 60 | reserved | Reserved fields (fill with 0) | -## III. Data Flow and Timing :material-timeline-clock: -### 3.1 Typical Operation Flow + +## 3. Data Flow and Timing :material-timeline-clock: + +### 3.1 Typical Operation Flows #### 3.1.1 Mode Switching Flow -1. GUI sends SET_EQ_MODE command (0x8C) +1. GUI sends SET_EQ_MODE command (0x8A) 2. Device updates internal mode state -3. GUI sends READ_EQ_MODE command (0x8B) for confirmation +3. GUI sends GET_EQ_MODE command (0x8B) for confirmation 4. Device responds with current mode state #### 3.1.2 Parameter Setting Flow -1. GUI sends SET_EQ_MODE command to switch to corresponding mode (0x8C) -2. Send commands for 8 filters sequentially (0x8D) +1. GUI sends SET_EQ_MODE command to switch to target mode (0x8A) +2. Send commands for all 8 filters sequentially (0x8D) 3. Device receives and updates internal parameter cache -4. Optional: Send READ_EQ_PARAMS command to verify parameters +4. Optional: Send GET_EQ_PARAMS command to verify parameters (0x8E) #### 3.1.3 Parameter Reading Flow -1. GUI sends SET_EQ_MODE command to switch to corresponding mode (0x8C) -2. GUI sends READ_EQ_PARAMS request (0x8E) +1. GUI sends SET_EQ_MODE command to switch to target mode (0x8A) +2. GUI sends GET_EQ_PARAMS request (0x8E) 3. Device prepares response data 4. GUI reads response ### 3.2 Timing Requirements and Constraints !!! warning "Timing Requirements" - - **Command Interval**: Recommend 5ms or more + - **Command Interval**: Minimum 5ms recommended - **Read Delay**: Wait 100ms after sending read request - **Mode Switching**: Wait for device internal state to stabilize after completion !!! danger "Protocol Limitations and Constraints" **Hardware Limitations** - - - **Filter Count**: Fixed 8 filters (MAX_EQ_BANDS = 8) - - **Mode Count**: Support 8 EQ modes (0-5 for preset modes, 6-7 for user modes) + 1 disable mode (8) - - **Sample Rate Support**: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz - + + - **Filter Count**: Fixed at 8 filters (MAX_EQ_BANDS = 8) + - **Mode Count**: 0-5 are preset modes, 6-8 are user modes, 9 is Bypass mode + - **Sample Rate Support**: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz (device capability, independent of protocol fields) + **Parameter Ranges** - + | Parameter | Range | Format | |:----:|:----:|:----:| - | Center Frequency (fc) | 20Hz - 20kHz | 32-bit unsigned integer | - | Q Value | 0.1 - 30.0 | Q15.15 format | - | Gain | -24dB - +24dB | Q15.15 format | - | Total Gain | -24dB - 0dB | 8-bit signed integer | + | Center frequency (freq) | 20Hz - 20kHz | float (little endian) | + | Q value (q) | 0.1 - 30.0 | float (little endian) | + | Bandwidth (bw) | 1Hz - 20kHz | float (little endian) | + | Gain (gain) | -24dB - +24dB | float (little endian) | + | Overall gain (mode gain) | -50dB - 0dB | int32 (little endian) | -## IV. Preset Mode Definition :material-equalizer: +## 4. Preset Mode Definitions :material-equalizer: ### 4.1 Mode Classification -| Mode Index | Mode Name | Usage Description | Type | +| Mode Index | Mode Name | Description | Type | |:--------:|:--------:|:--------:|:----:| | 0 | Flat/Linear | Flat response, no EQ processing | Preset Mode | -| 1 | Pop/Rock | Pop rock music optimization | Preset Mode | -| 2 | Classical | Classical music optimization | Preset Mode | -| 3 | Jazz | Jazz music optimization | Preset Mode | +| 1 | Pop/Rock | Optimized for pop/rock music | Preset Mode | +| 2 | Classical | Optimized for classical music | Preset Mode | +| 3 | Jazz | Optimized for jazz music | Preset Mode | | 4 | Vocal | Vocal enhancement | Preset Mode | | 5 | Bass Boost | Bass enhancement | Preset Mode | | 6 | User 1 | User-defined mode 1 | User Mode | | 7 | User 2 | User-defined mode 2 | User Mode | -| 8 | Disabled | EQ function disabled | Special Mode | +| 8 | User 3 | User-defined mode 3 | User Mode | +| 9 | Bypass | EQ function bypass | Special Mode | -!!! info "Mode Characteristics Description" - - **Preset Modes**: Factory presets, non-modifiable, optimized for specific music types +!!! info "Mode Characteristics" + - **Preset Modes**: Factory presets, non-modifiable, optimized for specific music genres - **User Modes**: Support user-defined parameters, can be saved and reset - - **Disabled Mode**: Completely turn off EQ processing, audio signal pass-through + - **Bypass Mode**: Completely disables EQ processing, audio signal passes through (Bypass) --- @@ -336,4 +328,3 @@ search: --8<-- "common/customer_form.md"
- diff --git a/en/docs/dev_doc/protocols/XMOS_EQ_UART_Protocol.md b/en/docs/dev_doc/protocols/XMOS_EQ_UART_Protocol.md new file mode 100644 index 0000000..6db1d51 --- /dev/null +++ b/en/docs/dev_doc/protocols/XMOS_EQ_UART_Protocol.md @@ -0,0 +1,225 @@ +--- +title: XMOS EQ UART Control Protocol and Command Set +description: UART serial communication protocol specification for EQ parameter configuration and control, covering frame format, command set, and field descriptions, applicable to XU316 and related products. +keywords: EQ, UART, Serial Protocol, Communication Protocol, Command Set, XU316, Zero-Code Firmware, Phaten Audio +--- + + +# XMOS EQ UART Control Protocol and Command Set +--8<-- "common/phaten_xmos_support_img.md" +## 1. Protocol Foundation Specification + +### 1.1 Underlying Communication Protocol +Based on UART (Universal Asynchronous Receiver/Transmitter) protocol. + +| Parameter | Value | +| :--- | :--- | +| Baud Rate | 115200 bps | +| Data Bits | 8 | +| Parity | None | +| Stop Bits | 1 | +| Flow Control | None | + +### 1.2 Frame Format and Data Transmission + +**General Frame Format** +All commands and responses follow this frame format: + +| Field | Byte Count | Description | +| :--- | :--- | :--- | +| Frame Header | 2 | Fixed as `0x55 0xAA` | +| Version | 1 | Protocol version number (typically `0x00`) | +| Command | 1 | Indicates frame function (e.g., `0x30`) | +| Data Length | 1 | Length N of subsequent data | +| Data | N | Specific data content | +| Checksum | 1 | Sum of all bytes from frame header, modulo 256 (Sum % 256) | + +**Data Transmission Notes** + +* **Byte Order**: All multi-byte data is transmitted in **Little Endian** mode (Note: Different from XU316 standard protocol's big endian, please refer to this protocol). +* **Floating Point**: Follows IEEE 754 float format. + +--- + +## 2. Protocol Command Set + +### 2.1 Command Classification Overview + +| Command | Command Description | Direction | Function | +| :--- | :--- | :--- | :--- | +| **0x30** | SET_EQ_MODE | Host→Device | Switch current EQ mode | +| **0x31** | GET_EQ_MODE | Host→Device | Get current EQ mode information (mode number, gain, name) | +| **0x32** | SET_MODE_GAIN_AND_NAME | Host→Device | Set overall gain and name for specified mode | +| **0x33** | SET_EQ_PARAMS | Host→Device | Send single filter parameters (Freq, Q, Gain, etc.) | +| **0x34** | GET_EQ_PARAMS | Host→Device | Read single filter parameters | +| **0x35** | RESET_EQ_PARAMS | Host→Device | Reset EQ parameters (restore presets) | + +--- + +## 3. Basic Function Command Details + +### 3.1 Switch EQ Mode (0x30) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x30` | Command code | +| Length | 1 | `0x01` | Data length | +| Data | 1 | `Mode` | Mode value
0-5: Preset modes
6-8: User modes
9: Bypass | +| Checksum | 1 | `Sum` | Checksum | + +**Device Processing** + +* Directly sets the currently running EQ mode. +* Does not involve parameter transmission or calculation. + +--- + +### 3.2 Get Current EQ Mode Information (0x31) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x31` | Command code | +| Length | 1 | `0x00` | No data | +| Checksum | 1 | `Sum` | Checksum | + +**Device Returns (Response)** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x31` | Command code | +| Length | 1 | `0x15` | Data length (21 bytes) | +| Data | 1 | `Mode` | Current mode value | +| | 4 | `Gain` | Overall gain (int32, little endian, range 0~-50dB) | +| | 16 | `Name` | Mode name (UTF-8 string) | +| Checksum | 1 | `Sum` | Checksum | + +--- + +### 3.3 Set Mode Overall Gain and Name (0x32) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x32` | Command code | +| Length | 1 | `0x15` | Data length (21 bytes) | +| Data | 1 | `Mode` | Target mode value (0-9) | +| | 4 | `Gain` | Overall gain (int32, little endian) | +| | 16 | `Name` | Mode name (UTF-8 string) | +| Checksum | 1 | `Sum` | Checksum | + +**Device Processing** + +* Sets gain and name for specified mode, automatically applied to all sample rates. + +--- + +### 3.4 Send EQ Parameters (0x33) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x33` | Command code | +| Length | 1 | `0x15` | Data length (21 bytes) | +| Data | 1 | `Mode` | Mode value (0-9) | +| | 1 | `Band` | Filter index (0-7) | +| | 1 | `Type` | Filter type (see table below) | +| | 4 | `Freq` | Center frequency Hz (float, little endian) | +| | 4 | `Q` | Q value (float, little endian) | +| | 4 | `BW` | Bandwidth Hz (float, little endian) | +| | 4 | `Gain` | Gain dB (float, little endian) | +| Checksum | 1 | `Sum` | Checksum | + +**Filter Type Codes** + +| Code | Type | Code | Type | +| :--- | :--- | :--- | :--- | +| 0x00 | Bypass | 0x06 | Band Reject | +| 0x01 | All Pass | 0x07 | Notch | +| 0x02 | Peak | 0x08 | Constant Q | +| 0x03 | Low Pass | 0x09 | Low Shelf | +| 0x04 | High Pass | 0x0A | High Shelf | +| 0x05 | Band Pass | | | + +--- + +### 3.5 Read EQ Parameters (0x34) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x34` | Command code | +| Length | 1 | `0x02` | Data length | +| Data | 1 | `Mode` | Mode value (0-9) | +| | 1 | `Band` | Filter index (0-7) | +| Checksum | 1 | `Sum` | Checksum | + +**Device Returns (Response)** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x34` | Command code | +| Length | 1 | `0x15` | Data length (21 bytes) | +| Data | 1 | `Mode` | Mode value | +| | 1 | `Band` | Filter index | +| | 1 | `Type` | Filter type | +| | 4 | `Freq` | Center frequency (float, little endian) | +| | 4 | `Q` | Q value (float, little endian) | +| | 4 | `BW` | Bandwidth (float, little endian) | +| | 4 | `Gain` | Gain (float, little endian) | +| Checksum | 1 | `Sum` | Checksum | + +--- + +### 3.6 Reset EQ Parameters (0x35) + +**Host Sends** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x35` | Command code | +| Length | 1 | `0x01` | Data length | +| Data | 1 | `Mode` | Mode number (0-9)
`0xFF` indicates reset all modes | +| Checksum | 1 | `Sum` | Checksum | + +**Device Returns (Response)** + +| Byte Position | Length | Content | Description | +| :--- | :--- | :--- | :--- | +| Frame Header | 2 | `0x55 0xAA` | Fixed frame header | +| Version | 1 | `0x00` | Protocol version | +| Command | 1 | `0x35` | Command code | +| Length | 1 | `0x01` | Data length | +| Data | 1 | `Status` | Status code (0x00=success, 0x01=failure) | +| Checksum | 1 | `Sum` | Checksum | + +## Consultation and Feedback + +
+Click to expand consultation and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/dev_doc/protocols/index.md b/en/docs/dev_doc/protocols/index.md index 36710b6..080dfec 100644 --- a/en/docs/dev_doc/protocols/index.md +++ b/en/docs/dev_doc/protocols/index.md @@ -1,5 +1,5 @@ --- -title: XMOS AI Communication Protocol +title: XMOS AI Communication Protocols hide: -toc --- diff --git a/en/docs/dev_doc/protocols/xu316_zerocode_protocol.md b/en/docs/dev_doc/protocols/xu316_zerocode_protocol.md index 8ebf5e0..4ea8f93 100644 --- a/en/docs/dev_doc/protocols/xu316_zerocode_protocol.md +++ b/en/docs/dev_doc/protocols/xu316_zerocode_protocol.md @@ -19,11 +19,11 @@ search: ## Protocol Overview :material-file-document-outline: -!!! abstract "Functional Positioning and Scope" - This document provides a detailed description of the configuration protocol for communication between the XU316 USB HiFi decoder zero-code product and MCU via UART. The protocol offers a complete functional set for audio device configuration, status monitoring, and media control. +!!! abstract "Functional Scope and Purpose" + This document provides detailed specifications for the UART-based configuration protocol between XU316 USB HiFi Decoder zero-code products and MCU. The protocol offers a complete feature set for audio device configuration, status monitoring, and media control. -## I. Protocol Basic Specification :material-connection: +## 1. Protocol Foundation Specification :material-connection: ### 1.1 Underlying Communication Protocol @@ -39,28 +39,28 @@ search: ### 1.2 Frame Format and Data Transmission -!!! example "Generic Frame Format" +!!! example "General Frame Format" All commands and responses follow this frame format: - | Field | Bytes | Description | + | Field | Byte Count | Description | |:----------:|:--------:|:-----------------------------------------:| | Frame Header | 2 | Fixed as 0x55aa | | Version | 1 | Protocol version number | | Command | 1 | Indicates frame function | | Data Length | 1 | Length N of subsequent data, excluding final checksum byte | - | Data | N | Actual data content | - | Checksum | 1 | Byte-wise sum from frame header, modulo 256 | + | Data | N | Specific data content | + | Checksum | 1 | Sum of all bytes from frame header, modulo 256 | !!! warning "Data Transmission Notes" - All multi-byte data uses **big-endian** transmission. Example data in protocol is shown in hexadecimal. + All multi-byte data is transmitted in **Big Endian** mode. All example data in the protocol is shown in hexadecimal format. ### 1.3 Communication Mechanism #### 1.3.1 Acknowledgment Mechanism !!! tip "Acknowledgment and Timeout Handling" - - All commands require acknowledgment from the receiver - - Default command timeout is 300ms, timeout results in communication failure + - All commands require response acknowledgment from the recipient + - Default command timeout is 300ms, timeout indicates communication failure - Special commands may have different timeout values, specified in respective command descriptions #### 1.3.2 Retry and Fault Tolerance Mechanism @@ -75,7 +75,7 @@ flowchart TD B -->|Response Received| F[Process Response] ``` -## II. Device Startup and Initialization :material-power-plug: +## 2. Device Startup and Initialization :material-power-plug: ### 2.1 Startup Interaction Flow @@ -91,43 +91,43 @@ sequenceDiagram rect Note over XU316,MCU: Power-On Startup Phase - XU316->>MCU: Send Startup Command (0x00) + XU316->>MCU: Send start-up command (0x00) Note over XU316: - alt Timeout without response (max 4 attempts, enters USB->I2S mode if all fail) - XU316->>MCU: Resend Startup Command (0x00) + alt Timeout with no response (max 4 attempts, if all fail enter USB->I2S mode directly) + XU316->>MCU: Resend start-up command (0x00) end - MCU-->>XU316: Return Startup Options - Note over XU316: Parse Startup Options + MCU-->>XU316: Return startup options + Note over XU316: Parse startup options end rect Note over XU316,Flash: Basic Information Update Phase - alt Startup option excludes 0x01 (no basic product info update) - XU316->>Flash: Read Basic Product Info - Flash-->>XU316: Return Basic Product Info + alt Startup option does not include 0x01 (do not update basic product info) + XU316->>Flash: Read basic product info + Flash-->>XU316: Return basic product info else Startup option includes 0x01 (update basic product info) or Flash data incomplete - XU316->>MCU: Send Read Basic Product Info Command (0x01) - MCU-->>XU316: Return New Basic Product Info - XU316->>Flash: Save Configuration + XU316->>MCU: Send read basic product info command (0x01) + MCU-->>XU316: Return new basic product info + XU316->>Flash: Save configuration end end rect - Note over XU316,Flash: Power-On Configuration Phase - alt Startup option excludes 0x02 (no power-on config update) - XU316->>Flash: Read Power-On Config - Flash-->>XU316: Return Power-On Config Data + Note over XU316,Flash: Power-On Configuration Retrieval Phase + alt Startup option does not include 0x02 (do not update power-on config) + XU316->>Flash: Read power-on configuration + Flash-->>XU316: Return power-on configuration data else Startup option includes 0x02 (update power-on config) or Flash data incomplete - XU316->>MCU: Send Get Power-On Config Command (0x02) - MCU-->>XU316: Return New Power-On Config - XU316->>Flash: Save New Power-On Config + XU316->>MCU: Send get power-on config command (0x02) + MCU-->>XU316: Return new power-on config + XU316->>Flash: Save new power-on config end end rect Note over XU316: Loading Application Mode Phase - XU316->>MCU: Send Get Current Mode Command (0x03) - MCU-->>XU316: Return Current Mode + XU316->>MCU: Send get current mode command (0x03) + MCU-->>XU316: Return current mode Note over XU316: Load corresponding mode based on current mode end @@ -135,14 +135,14 @@ sequenceDiagram rect Note over XU316,MCU: APP Running Phase - XU316->>MCU: Get Current User Config Command (0x04) - MCU-->>XU316: Return Current User Config + XU316->>MCU: Get current user config command (0x04) + MCU-->>XU316: Return current user config Note over XU316: Initialize APP and apply current user config - XU316->>MCU: Send Startup Complete Command (0x05) - MCU-->>XU316: Return Complete Command Response + XU316->>MCU: Send startup complete command (0x05) + MCU-->>XU316: Return completion command response par Parallel Processing loop Status Reporting - XU316->>MCU: Send on status change or 15s timer + XU316->>MCU: Status change or 15s timer send end loop Business Processing MCU->>XU316: Send business commands @@ -154,35 +154,35 @@ sequenceDiagram ### 2.2 Detailed Startup Flow Description -=== "Power-On Startup and Option Phase" - 1. XU316 sends startup command (command 0x00) to MCU upon power-on, containing: +=== "Power-On Startup and Options Phase" + 1. XU316 sends start-up command (command 0x00) to MCU at startup, including: - UAC1.0 VID/PID - UAC2.0 VID/PID - Basic info CRC - Power-on config info CRC - 2. MCU receives startup command, checks if info needs update, sends response + 2. MCU receives startup command, checks if info needs updating, and sends corresponding reply 3. XU316 waits for MCU response - 4. If timeout without response, XU316 resends startup command up to 4 times - 5. If still no response, loads default USB configuration and enumerates USB + 4. If timeout with no response, XU316 resends startup command up to 4 times + 5. If still no response, directly loads default USB configuration and enumerates USB 6. If normal response received, XU316 parses startup options === "Basic Information Update Phase" - **Execution Condition**: Startup option includes 0x01 (update basic product info) + **Execution Condition**: Startup options include 0x01 (update basic product info) **Steps**: - 1. XU316 sends 0x01 command to request basic product info + 1. XU316 sends 0x01 command to request reading basic product info 2. MCU returns new basic product info to XU316 - 3. XU316 updates and saves config to internal storage + 3. XU316 updates and saves configuration to internal storage -=== "Power-On Configuration Phase" - **Execution Condition**: Startup option includes 0x02 (update power-on config) or Flash data incomplete +=== "Power-On Configuration Retrieval Phase" + **Execution Condition**: Startup options include 0x02 (update power-on config) or Flash data is incomplete **Steps**: - 1. XU316 sends 0x02 command to request power-on config - 2. MCU returns new power-on config to XU316 - 3. XU316 updates and saves config to internal storage + 1. XU316 sends 0x02 command to request getting power-on configuration + 2. MCU returns new power-on configuration to XU316 + 3. XU316 updates and saves configuration to internal storage === "Application Firmware Loading Phase" @@ -195,95 +195,95 @@ sequenceDiagram === "Application Initialization Phase" **Steps**: - 1. XU316 sends 0x04 command to get current user config - 2. MCU returns current user config to XU316 - 3. XU316 initializes application and applies relevant config + 1. XU316 sends 0x04 command to get current user configuration + 2. MCU returns current user configuration to XU316 + 3. XU316 initializes application and applies related configuration 4. XU316 sends 0x05 command to indicate startup complete - 5. MCU returns acknowledgment response + 5. MCU returns confirmation response -## III. Protocol Command Set :material-console: +## 3. Protocol Command Set :material-console: ### 3.1 Command Classification Overview === "Startup and Basic Commands (0x00-0x0F)" | Command | Command Description | Direction | |:--------:|:---------------------------------------------|:----------:| - | 0x00 | Startup | XU316→MCU | - | 0x01 | Read Product Info | XU316→MCU | - | 0x02 | Read Power-On Config | XU316→MCU | - | 0x03 | Get Current Input/Output Mode | XU316→MCU | - | 0x04 | Get Current User Config | XU316→MCU | - | 0x05 | Startup Complete | XU316→MCU | + | 0x00 | Start-up | XU316→MCU | + | 0x01 | Read product info | XU316→MCU | + | 0x02 | Read power-on config info | XU316→MCU | + | 0x03 | Get current input/output mode | XU316→MCU | + | 0x04 | Get current user configuration | XU316→MCU | + | 0x05 | Startup complete command | XU316→MCU | === "Business Control Commands (0x20-0x2F)" | Command | Command Description | Direction | |:--------:|:---------------------------------------------|:----------:| - | 0x20 | Report Application Status | XU316→MCU | - | 0x21 | Media Control | MCU→XU316 | - | 0x22 | Report Playback Audio Stream Format and Type | XU316→MCU | - | 0x23 | Set Input/Output Mode | MCU→XU316 | - | 0x24 | XU316 Send Playback Volume | XU316→MCU | - | 0x25 | XU316 Send Recording Volume | XU316→MCU | + | 0x20 | Report application status | XU316→MCU | + | 0x21 | Media control | MCU→XU316 | + | 0x22 | Report playback audio stream format and type | XU316→MCU | + | 0x23 | Set input/output mode | MCU→XU316 | + | 0x24 | XU316 send playback volume | XU316→MCU | + | 0x25 | Send recording volume | XU316→MCU | | 0x26 | Switch MCLK | MCU→XU316 | -=== "HID-MCU Transparent Transmission Commands (0xEE-0xEF)" +=== "HID-MCU Passthrough Commands (0xEE-0xEF)" | Command | Command Description | Direction | |:--------:|:---------------------------------------------|:----------:| - | 0xEE | HID-initiated transparent transmission to MCU via XU316 | XU316→MCU | + | 0xEE | HID-initiated command passed through XU316 to MCU | XU316→MCU | === "DAC Control Commands (0xF0-0xFF)" | Command | Command Description | Direction | |:--------:|:---------------------------------------------|:----------:| - | 0xF0 | DAC Configuration Selection | MCU→XU316 | + | 0xF0 | DAC configuration selection command | MCU→XU316 | !!! note "Command Usage Instructions" 1. All commands must follow basic frame format specification - 2. Each command requires acknowledgment from receiver to be considered successful - 3. Business control commands (0x20 and above) can only be used after device startup completion + 2. Each command requires recipient acknowledgment for successful execution + 3. Business control commands (0x20 and above) can only be used after device startup complete ### 3.2 Basic Function Command Details -#### 3.2.1 Startup (0x00) +#### 3.2.1 Start-up (0x00) === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x00 - Data Length: 1 byte - 17 - Data: 17 bytes - B0: Restart reason (0x00 power-on, 0x01 mode switch, 0xFF other) - B1-2: USB Vendor ID (UAC1.0) - B3-4: USB Product ID (UAC1.0) - B5-6: USB Vendor ID (UAC2.0) - B7-8: USB Product ID (UAC2.0) - B9-12: Basic info 32-bit CRC - B13-16: Power-on config info 32-bit CRC - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x00 + Data Length: 1 byte - 17 + Data: 17 bytes + B0: Restart reason (0x00 power-on restart, 0x01 mode switch restart, 0xFF other reason) + B1-2: USB Vendor ID (UAC1.0) + B3-4: USB Product ID (UAC1.0) + B5-6: USB Vendor ID (UAC2.0) + B7-8: USB Product ID (UAC2.0) + B9-12: Basic info 32-bit CRC + B13-16: Power-on config info 32-bit CRC + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x00 - Data Length: 1 byte - 0x1 - Data: 1 byte - B0: Startup options - 0x00 Use all default info - 0x01 Need to update basic product info - 0x02 Need to update power-on config - 0x04 Need to update other config - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x00 + Data Length: 1 byte - 0x1 + Data: 1 byte + B0: Startup options + 0x00 Use all default info + 0x01 Need to update basic product info + 0x02 Need to update power-on config info + 0x04 Need to update other config info + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - 1. This command is sent first by XU316 upon power-on or restart to inform MCU that device has started - 2. XU316 sends current stored product info CRC and config info CRC to MCU - 3. MCU compares CRC to determine if XU316 config info needs update - 4. MCU uses startup option field in response to inform XU316 of subsequent operations + 1. This command is sent first by XU316 after power-on or restart to notify MCU that device has started + 2. XU316 sends currently stored product info CRC and config info CRC to MCU + 3. MCU compares CRC to determine if XU316 config info needs updating + 4. MCU notifies XU316 of subsequent operations to execute through startup options field in response === "Usage Flow" ```mermaid @@ -293,46 +293,46 @@ sequenceDiagram C -->|Timeout| D[Resend Command] D -->E{Retry Count<4?} E -->|Yes| C - E -->|No| F[Use Default Config] + E -->|No| F[Use Default Configuration] C -->|Normal Response| G[Parse Startup Options] G -->|0x01| H[Update Basic Product Info] - G -->|0x02| I[Update Power-On Config] - G -->|0x04| J[Update Other Config] + G -->|0x02| I[Update Power-On Config Info] + G -->|0x04| J[Update Other Config Info] G -->|0x00| K[Continue Startup Flow] ``` === "Notes" - * If MCU has no response, XU316 will use stored default config to continue startup + * If MCU has no response, XU316 will use stored default configuration to continue startup * Restart reason field can be used by MCU to identify specific reason for XU316 restart for different handling - * When multiple items need update, MCU can combine multiple options via bitwise operations + * When multiple info items need updating, MCU can combine multiple options through bit operations #### 3.2.2 Read Product Info (0x01) === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x01 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x01 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x01 - Data Length: 1 byte - 0x3C (60 bytes) - Data: 60 bytes - Product basic info, see data field description - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x01 + Data Length: 1 byte - 0x3C (60 bytes) + Data: 60 bytes - Product basic info, see data field description + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - This command is used by XU316 to get product basic info such as VID/PID, product name, etc. - - Execution condition: Startup option includes 0x01 flag or product info CRC mismatch - - XU316 updates internal stored product basic info after receiving this info + - This command is used by XU316 to get basic product info such as VID/PID, product name, etc. + - Execution condition: Startup options include 0x01 flag or product info CRC mismatch + - After receiving this info, XU316 will update internally stored product basic info === "Data Structure" Product basic info data structure (60 bytes): @@ -347,43 +347,43 @@ sequenceDiagram CRC: 4 bytes (32-bit CRC checksum) ``` -#### 3.2.3 Read Power-On Config (0x02) +#### 3.2.3 Read Power-On Config Info (0x02) === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x02 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x02 + Data Length: 1 byte - 0x00 + Data: 0 bytes - No data + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x02 - Data Length: 1 byte - 0x0E (14 bytes) - Data: 14 bytes - Power-on config info, see Section 4.1 - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x02 + Data Length: 1 byte - 0x0E (14 bytes) + Data: 14 bytes - Power-on config info, see section 4.1-Power-On Config Info + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - This command is used by XU316 to get initial power-on config info - - Execution condition: Startup option includes 0x02 flag or power-on config CRC mismatch - - XU316 sets default input/output mode, volume, and other parameters based on this config info + - This command is used by XU316 to get initial power-on configuration info + - Execution condition: Startup options include 0x02 flag or power-on config CRC mismatch + - XU316 will set default input/output mode, volume and other parameters based on this config info === "Data Structure" Power-on config info data structure (14 bytes): ``` - Default Input/Output Mode: 5 bytes - Mute Duration: 2 bytes (0-65535ms) - Microphone Default Volume: 1 byte - DAC Left Channel Default Vol: 1 byte - DAC Right Channel Default Vol: 1 byte - CRC: 4 bytes (32-bit CRC checksum) + Default input/output mode: 5 bytes + Mute time: 2 bytes (0-65535ms) + Microphone default volume: 1 byte + DAC left channel default volume: 1 byte + DAC right channel default volume:1 byte + CRC: 4 bytes (32-bit CRC checksum) ``` #### 3.2.4 Get Current Input/Output Mode (0x03) @@ -391,113 +391,113 @@ sequenceDiagram === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x03 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x03 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x03 - Data Length: 1 byte - 0x05 (5 bytes) - Data: 5 bytes - Input/output mode, see data field section - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x03 + Data Length: 1 byte - 0x05 (5 bytes) + Data: 5 bytes - Input/output mode, see data field section + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - This command is used by XU316 during startup to query current input/output mode to enable - - XU316 loads corresponding application firmware based on returned mode + - This command is used by XU316 at startup to query currently enabled input/output mode + - XU316 will load corresponding application firmware based on returned mode - This command is used for mode matching and confirmation during device startup -#### 3.2.5 Get Current User Config (0x04) +#### 3.2.5 Get Current User Configuration (0x04) === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x04 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x04 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x04 - Data Length: 1 byte - 0xE (14 bytes) - Data: 14 bytes - User config parameters, see Section 4.1 - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x04 + Data Length: 1 byte - 0xE (14 bytes) + Data: 14 bytes - User config parameters, see section 4.1-User Config Parameters + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - This command is used by XU316 to get current user-selected volume, mode, and other config - - Executed after application firmware loading and before application startup - - Application initializes corresponding parameters based on returned info + - This command is used by XU316 to get currently user-selected volume, mode and other configurations + - Executed after application firmware loaded, before application startup + - Application will initialize corresponding parameters based on returned info -#### 3.2.6 Startup Complete (0x05) +#### 3.2.6 Startup Complete Command (0x05) === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x05 - Data Length: 1 byte - N - Data: N bytes - B0: Startup status (0 success, 1 mode mismatch, other values failure) - B1-BN: Application runtime parameters, see Section 4.1 - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x05 + Data Length: 1 byte - N + Data: N bytes + B0: Startup status (0 startup success, 1 mode mismatch, other values startup failure) + B1-BN: Application runtime parameters, see section 4.1-Application Runtime Parameters + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x05 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x05 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - This command indicates XU316 startup flow is complete and ready to begin normal operation - - Contains startup status info to inform MCU if startup succeeded or encountered problems - - All subsequent business commands can only be used after this command is sent successfully + - This command indicates XU316 startup flow has completed and can begin normal operation + - Contains startup status info to notify MCU if startup succeeded or encountered problems + - All subsequent business commands can only be used after this command is successfully sent ### 3.3 Business Control Command Details !!! warning "Usage Prerequisites" - The following commands can only be used after XU316 startup completion (after sending 0x05 command and receiving response) + The following commands can only be used after XU316 startup complete (after sending 0x05 command and receiving response) #### 3.3.1 Report Application Status (0x20) === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x20 - Data Length: 1 byte - N - Data: N bytes - Application runtime parameters, see Section 4.1 - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x20 + Data Length: 1 byte - N + Data: N bytes - Application runtime parameters, see section 4.1-Application Runtime Parameters + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x20 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x20 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" @@ -510,45 +510,45 @@ sequenceDiagram === "Command Format" **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x21 - Data Length: 1 byte - 0x01 (1 byte) - Data: 1 byte - Media control command - 0x00 Volume Up / Vol Up - 0x01 Volume Down / Vol Down - 0x02 Play/Pause / PLAY/PAUSE - 0x03 Next Track / NEXT - 0x04 Previous Track / PREV - 0x05 Fast Forward / FORWARD - 0x06 Rewind / REWIND - 0x07 Mute / MUTE - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x21 + Data Length: 1 byte - 0x01 (1 byte) + Data: 1 byte - Media control command + 0x00 Volume Up / Vol Up + 0x01 Volume Down / Vol Down + 0x02 Play/Pause / PLAY/PAUSE + 0x03 Next Track / NEXT + 0x04 Previous Track / PREV + 0x05 Fast Forward / FORWARD + 0x06 Rewind / REWIND + 0x07 Mute / MUTE + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x21 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x21 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - This command is used by MCU to send media control commands to XU316 - - XU316 converts received commands to corresponding HID commands and sends to PC - - Suitable for implementing remote control or physical button media playback control + - After receiving command, XU316 will convert to corresponding HID command and send to computer + - Suitable for implementing remote control or physical button control of media playback -=== "Control Key Mapping Table" +=== "Control Button Mapping Table" | Control Code | Function | USB HID Usage | |:-----:|:------------------:|:------------------:| | 0x00 | Volume Up | Increase system volume | | 0x01 | Volume Down | Decrease system volume | | 0x02 | Play/Pause | Control media playback state | - | 0x03 | Next Track | Switch to next track | - | 0x04 | Previous Track | Switch to previous track | + | 0x03 | Next Track | Switch to next song | + | 0x04 | Previous Track | Switch to previous song | | 0x05 | Fast Forward | Fast forward in current track | | 0x06 | Rewind | Rewind in current track | | 0x07 | Mute | Toggle system mute state | @@ -558,54 +558,54 @@ sequenceDiagram === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x22 - Data Length: 1 byte - 0x02 (2 bytes) - Data: 2 bytes - Audio stream format and type, see audio stream format and type field - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x22 + Data Length: 1 byte - 0x02 (2 bytes) + Data: 2 bytes - Audio stream format and type, see audio stream format and type field + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x22 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x22 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - This command is used by XU316 to report current audio stream format and type to MCU - Typically sent when playback starts or format changes - - MCU can update display based on this info, such as displaying PCM/DSD/MQA/DOP status + - MCU can update display based on this info, such as showing PCM/DSD/MQA/DOP status #### 3.3.4 Set Input/Output Mode (0x23) === "Command Format" **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x23 - Data Length: 1 byte - 0x05 (5 bytes) - Data: 5 bytes - Input/output mode, see input/output mode field - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x23 + Data Length: 1 byte - 0x05 (5 bytes) + Data: 5 bytes - Input/output mode, see input/output mode field + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x23 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x23 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - This command is used by MCU to request XU316 to switch to specific input/output mode + - This command is used by MCU to request XU316 switch to specific input/output mode - Typically triggered by user operation, such as pressing mode selection button - XU316 may need to restart to load new mode firmware @@ -614,24 +614,24 @@ sequenceDiagram === "Command Format" **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x24 - Data Length: 1 byte - 0x02 (2 bytes) - Data: 2 bytes - Byte 1: Left channel (0xFF Mute, 0-0dB, -127: -127dB) - Byte 2: Right channel (0xFF Mute, 0-0dB, -127: -127dB) - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x24 + Data Length: 1 byte - 0x02 (2 bytes) + Data: 2 bytes + Byte 1: Left channel (0xFF Mute, 0-0dB, -127: -127dB) + Byte 2: Right channel (0xFF Mute, 0-0dB, -127: -127dB) + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x24 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x24 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" @@ -643,77 +643,77 @@ sequenceDiagram === "Command Format" **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x25 - Data Length: 1 byte - 0x01 (1 byte) - Data: 1 byte - 0xFF Mute, 0-0dB -127: -127dB - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x25 + Data Length: 1 byte - 0x01 (1 byte) + Data: 1 byte - 0xFF Mute, 0-0dB -127: -127dB + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x25 - Data Length: 1 byte - 0x00 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x25 + Data Length: 1 byte - 0x00 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - This command is used by XU316 to report current microphone recording volume to MCU - - Reserved command, not currently used + - Reserved command, currently not used #### 3.3.7 Switch MCLK (0x26) === "Command Format" **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x26 - Data Length: 1 byte - 1 - Data: 1 byte - 0: Internal MCLK, 1: External MCLK - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x26 + Data Length: 1 byte - 1 + Data: 1 byte - 0: Internal MCLK, 1: External MCLK + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x26 - Data Length: 1 byte - 0 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x26 + Data Length: 1 byte - 0 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - This command is used by XU316 to control master clock source switching - - Can switch between internal clock or external clock - - Important for certain audio applications requiring precise synchronization + - This command is used by XU316 to control switching master clock source + - Can switch between using internal clock or external clock + - Important for certain audio application scenarios requiring precise synchronization #### 3.3.8 Set Unmute (0x27) === "Command Format" **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x27 - Data Length: 1 byte - 2 - Data: 2 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x27 + Data Length: 1 byte - 2 + Data: 2 bytes - + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x27 - Data Length: 1 byte - 0 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x27 + Data Length: 1 byte - 0 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" @@ -724,48 +724,48 @@ sequenceDiagram === "Command Format" **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0x28 - Data Length: 1 byte - 2 - Data: 2 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0x28 + Data Length: 1 byte - 2 + Data: 2 bytes - + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0x28 - Data Length: 1 byte - 0 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0x28 + Data Length: 1 byte - 0 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - Send audio format time delay -#### 3.3.10 Get Firmware Version (0xF1) +#### 3.3.10 Get Firmware Version Command (0xF1) === "Command Format" **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0xF1 - Data Length: 1 byte - 2 - Data: 2 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0xF1 + Data Length: 1 byte - 2 + Data: 2 bytes - + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0xF1 - Data Length: 1 byte - 0 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0xF1 + Data Length: 1 byte - 0 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" @@ -778,121 +778,121 @@ sequenceDiagram **MCU Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0xF0 - Data Length: 1 byte - 4 - Data: 4 bytes - Byte 0: 0: Enable I2C DAC configuration 1: Disable I2C DAC configuration - Byte 1 - 3: reserved - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0xF0 + Data Length: 1 byte - 4 + Data: 4 bytes + Byte 0: 0: Enable I2C DAC configuration 1: Disable I2C DAC configuration + Byte 1 - 3: reserved + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **XU316 Returns** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0xF0 - Data Length: 1 byte - 0 - Data: 0 bytes - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0xF0 + Data Length: 1 byte - 0 + Data: 0 bytes + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - Test command for MCU to set DAC configuration selection to XU316. Let XU316 configure DAC through DAC I2C or MCU configure DAC itself - - This command is product-specific and not supported by all products. Refer to product specification for specific support details. + - Test command for MCU to set DAC configuration selection in XU316. Let XU316 configure DAC via DAC I2C or MCU configure DAC itself + - This command is product-specific and not supported by all products. Please refer to product specification for support details. -### 3.5 HID and MCU Transparent Data Transmission Commands via XU316 +### 3.5 HID and MCU Data Passthrough Commands via XU316 -#### 3.5.1 HID Transparent Transmission to MCU via XU316 (0xEE) +#### 3.5.1 HID Passthrough Data to MCU via XU316 (0xEE) === "Command Format" **XU316 Sends** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x00 - Command: 1 byte - 0xEE - Data Length: 1 byte - 0x39 (57 bytes), due to HID protocol limitation, data length must be 57 bytes - Data: 57 bytes - Due to HID protocol limitation, must be 57 bytes transparent data - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x00 + Command: 1 byte - 0xEE + Data Length: 1 byte - 0x39 (57 bytes), due to HID protocol limitation, data length must be 57 bytes + Data: 57 bytes - Due to HID protocol limitation, must be 57 bytes passthrough data + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` **MCU Returns (can return multiple frames)** ``` - Frame Header: 2 bytes - 0x55aa - Version: 1 byte - 0x03 - Command: 1 byte - 0xEE - Data Length: 1 byte - 0x39 (57 bytes), due to HID protocol limitation, data length must be 57 bytes - Data: 57 bytes - Due to HID protocol limitation, must be 57 bytes transparent data - Checksum: 1 byte - Byte-wise sum from frame header, modulo 256 + Frame Header: 2 bytes - 0x55aa + Version: 1 byte - 0x03 + Command: 1 byte - 0xEE + Data Length: 1 byte - 0x39 (57 bytes), due to HID protocol limitation, data length must be 57 bytes + Data: 57 bytes - Due to HID protocol limitation, must be 57 bytes passthrough data + Checksum: 1 byte - Sum of all bytes from frame header, modulo 256 ``` === "Function Description" - - This command is used for HID-initiated transparent data transmission to MCU via XU316 - - Typically transparent data is MCU OTA data or MCU data reply to HID + - This command is used for HID-initiated passthrough data to MCU via XU316 + - Generally passthrough data is MCU OTA data or MCU data reply to HID -## IV. Data Structure Definition :material-database: +## 4. Data Structure Definitions :material-database: -### 4.1 Product Configuration Data Structure +### 4.1 Product Configuration Data Structures === "1. Product Basic Info" - | Field | Bytes | Description | + | Field | Byte Count | Description | |--------------------|--------|---------------------------------------------------------| | **VID1** | 2 | USB Vendor ID (UAC1.0) | | **PID1** | 2 | USB Product ID (UAC1.0) | | **VID2** | 2 | USB Vendor ID (UAC2.0) | | **PID2** | 2 | USB Product ID (UAC2.0) | - | **ManufactureName**| 16 | USB Manufacturer Name (string, max 16 bytes) | + | **ManufactureName**| 16 | USB Manufacture Name (string, max 16 bytes) | | **ProductName** | 16 | USB Product Name (string, max 16 bytes) | | **SerialNumber** | 16 | Product Serial Number (string, max 16 bytes) | - | **CRC** | 4 | 32-bit CRC checksum calculated over all fields | + | **CRC** | 4 | 32-bit CRC checksum calculated for all fields | - !!! tip "CRC Usage Instructions" - MCU can determine whether basic product info needs update based on CRC value returned by XU316. When CRC mismatch occurs, complete basic product info should be sent. + !!! tip "CRC Usage Notes" + MCU can determine if product basic info needs updating based on CRC value returned by XU316. When CRC mismatch occurs, should send complete product basic info. === "2. Power-On Config Info" - | Field | Bytes | Description | + | Field | Byte Count | Description | |-------------------------|--------|-----------------------------------------------| - | **Default Input/Output Mode** | 5 | See input/output mode field description | - | **Mute Duration** | 2 | 0-65535 (ms) | - | **Microphone Default Volume** | 1 | See microphone volume field description | - | **DAC Left Channel Default Volume** | 1 | See DAC volume field description | - | **DAC Right Channel Default Volume** | 1 | See DAC volume field description | - | **CRC** | 4 | 32-bit CRC checksum calculated over all fields | + | **Default input/output mode** | 5 | See input/output mode field description | + | **Mute time** | 2 | 0-65535 (ms) | + | **Microphone default volume** | 1 | See microphone volume field description | + | **DAC left channel default volume** | 1 | See DAC volume field description | + | **DAC right channel default volume** | 1 | See DAC volume field description | + | **CRC** | 4 | 32-bit CRC checksum calculated for all fields | === "3. Application Runtime Parameters" - | Field | Bytes | Description | + | Field | Byte Count | Description | |-------------------------|--------|-----------------------------------------------| - | **Input/Output Mode** | 5 | See input/output mode field description | - | **Mute Duration** | 2 | 0-65535 (ms) | - | **Microphone Volume** | 1 | See microphone volume field description | - | **DAC Left Channel Volume** | 1 | See DAC volume field description | - | **DAC Right Channel Volume** | 1 | See DAC volume field description | - | **CRC** | 4 | 32-bit CRC checksum calculated over all fields | + | **Input/output mode** | 5 | See input/output mode field description | + | **Mute time** | 2 | 0-65535 (ms) | + | **Microphone volume** | 1 | See microphone volume field description | + | **DAC left channel volume** | 1 | See DAC volume field description | + | **DAC right channel volume** | 1 | See DAC volume field description | + | **CRC** | 4 | 32-bit CRC checksum calculated for all fields | === "4. User Config Parameters" - | Field | Bytes | Description | + | Field | Byte Count | Description | |-------------------------|--------|-----------------------------------------------| - | **Input/Output Mode** | 5 | See input/output mode field description | - | **Mute Duration** | 2 | 0-65535 (ms) | - | **Microphone Volume** | 1 | See microphone volume field description | - | **DAC Left Channel Volume** | 1 | See DAC volume field description | - | **DAC Right Channel Volume** | 1 | See DAC volume field description | - | **CRC** | 4 | 32-bit CRC checksum calculated over all fields | + | **Input/output mode** | 5 | See input/output mode field description | + | **Mute time** | 2 | 0-65535 (ms) | + | **Microphone volume** | 1 | See microphone volume field description | + | **DAC left channel volume** | 1 | See DAC volume field description | + | **DAC right channel volume** | 1 | See DAC volume field description | + | **CRC** | 4 | 32-bit CRC checksum calculated for all fields | ### 4.2 Input/Output Mode Data Format -=== "Field Bit Definition" +=== "Bit Field Definitions" | Byte | Function Description | |-----|-----------------------------------------------| - | BYTE 0-BYTE4 | Specific values defined in product specification | + | BYTE 0-BYTE4 | Specific value definitions refer to product specification | -### 4.3 Control Parameter Data Format +### 4.3 Control Parameter Data Formats === "Restart Reason" | Value | Description | @@ -973,11 +973,11 @@ sequenceDiagram | 0x01 | DoP | Reserved | | 0x02 | MQA | MQA encoded audio | | 0x03 | MQB | MQB encoded audio | - | 0x04 | MQA_Studio | MQA Studio encoded | + | 0x04 | MQA_Studio | MQA Studio encoding | | 0x05 | DSD Native | DSD encoded audio | -## V. Consultation and Feedback +## 5. Consultation and Feedback
Click to expand consultation and feedback form diff --git a/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Macros.md b/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Macros.md index fcd09f7..432be97 100644 --- a/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Macros.md +++ b/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Macros.md @@ -1,16 +1,16 @@ --- -title: XU316 and MCU Communication Protocol Command Macro Definitions -description: This document provides command macro definitions related to the XU316 and MCU communication protocol, including frame format, command length, communication protocol, etc., to help developers implement XU316-MCU communication functionality. -keywords: XU316 communication protocol, MCU command macro definitions, audio format definitions, communication frame format, command data structures, audio type definitions +title: XU316-MCU Communication Protocol Command Macro Definitions +description: This document provides command macro definitions for the XU316-MCU communication protocol, including frame formats, command lengths, communication protocols, and more to help developers implement XU316-MCU communication functionality. +keywords: XU316 communication protocol, MCU command macros, audio format definitions, communication frame format, command data structures, audio type definitions --- --8<-- "common/phaten_xmos_support_img.md" -# XU316 and MCU Communication Protocol Command Macro Definitions +# XU316-MCU Communication Protocol Command Macro Definitions -## Document Description +## Document Overview -This document provides command macro definitions related to the XU316 and MCU communication protocol, mainly including the following content: +This document provides command macro definitions for the XU316-MCU communication protocol, including: 1. Communication frame format definitions 2. MCU command data length definitions diff --git a/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Macros_part1.txt b/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Macros_part1.txt new file mode 100644 index 0000000..1cc9b69 --- /dev/null +++ b/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Macros_part1.txt @@ -0,0 +1,25 @@ +--- +title: XU316 and MCU Communication Protocol Command Macro Definitions +description: This document provides command macro definitions for XU316 and MCU communication protocol, including frame format, command length, communication protocol, etc., to help developers implement communication functions between XU316 and MCU. +keywords: XU316 communication protocol, MCU command macros, audio format definition, communication frame format, command data structure, audio type definition +--- + +--8<-- "common/phaten_xmos_support_img.md" + +# XU316 and MCU Communication Protocol Command Macro Definitions + +## Document Description + +This document provides command macro definitions related to the XU316 and MCU communication protocol, mainly including the following contents: + +1. Communication frame format definition +2. MCU command data length definition +3. Communication protocol command enumeration +4. Audio format and type definition +5. Command data structure definition + +These macro definitions and data structures are the foundation of XU316 and MCU communication. Developers need to correctly understand and use these definitions to implement communication functions. + +## Communication Frame Format + +### Basic Frame Format Definition diff --git a/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Reference.md b/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Reference.md index d3e1fff..832307e 100644 --- a/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Reference.md +++ b/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Command_Reference.md @@ -1,5 +1,5 @@ --- -title: XU316 and MCU Communication Protocol Reference +title: XU316-MCU Communication Protocol Reference description: Detailed description of the communication protocol between XU316 and MCU, including data structures, command formats, and processing flows keywords: XU316, MCU, communication protocol, command reference hide: @@ -8,13 +8,13 @@ hide: --8<-- "common/phaten_xmos_support_img.md" -# XU316 and MCU Communication Protocol Reference +# XU316-MCU Communication Protocol Reference ## 1. Basic Data Structures ### 1.1 Ring Buffer ```c -#define RING_BUFFER_SIZE 256 // Ring buffer size, used for UART communication buffering +#define RING_BUFFER_SIZE 256 // Ring buffer size for UART communication buffering typedef struct { uint8_t buffer[RING_BUFFER_SIZE]; // Data storage area @@ -26,7 +26,7 @@ typedef struct { ### 1.2 Audio Mode Definitions ```c -// Audio mode configuration array, each mode contains 5-byte configuration data +// Audio mode configuration array, each mode contains 5 bytes of configuration data static const uint8_t audio_modes[][5] = { {0x00, 0x80, 0xa9, 0x00, 0x01}, // USB-no-mqa mode {0x00, 0x80, 0x01, 0x00, 0x02}, // UAC1 mode @@ -68,7 +68,7 @@ void print_init_info(void) log_data(LOG_USER, "Manufacturer: %s", mcu_data.product_manufacturer); log_data(LOG_USER, "Name: %s", mcu_data.product_name); log_data(LOG_USER, "Serial: %s", mcu_data.product_serial); - // Print CRC verification information + // Print CRC checksum information log_data(LOG_USER, "Basic Info CRC: %02X%02X%02X%02X", mcu_data.basic_info_crc[0], mcu_data.basic_info_crc[1], mcu_data.basic_info_crc[2], mcu_data.basic_info_crc[3]); @@ -178,7 +178,7 @@ uint8_t ring_buffer_read(uint8_t *data, uint16_t len) { return 1; // Read successful } -// Peek data (without moving read pointer) +// Peek data (does not move read pointer) uint8_t ring_buffer_peek(uint8_t *data, uint16_t len) { uint16_t i; uint16_t temp_tail = uart_ring_buffer.tail; @@ -209,7 +209,7 @@ uint32_t calculate_crc32(const uint8_t *buffer, uint32_t length) } } } - return ~crc; // Return CRC32 checksum + return ~crc; // Return CRC32 checksum value } // Calculate simple checksum @@ -225,13 +225,13 @@ uint8_t xu316_calc_checksum(uint8_t *data, uint8_t len) ## 5. Communication Protocol Processing -### 5.1 Frame Verification +### 5.1 Frame Validation ```c -// Verify frame data integrity +// Validate frame data integrity uint8_t uart_frame_check(uint8_t *buf, uint8_t len) { // Check minimum length requirement - if (len < 6) { // Header(2) + Version(1) + Command(1) + Length(2) + Checksum(1) + if (len < 6) { // Frame header(2) + version(1) + command(1) + length(2) + checksum(1) return 0; } @@ -240,7 +240,7 @@ uint8_t uart_frame_check(uint8_t *buf, uint8_t len) return 0; } - // Get data length (big-endian mode) + // Get data length (big-endian) uint16_t data_len = buf[4]; // Verify data length validity @@ -300,7 +300,7 @@ int check_frame_length(uint8_t *buf, uint16_t len) { LOG_DEBUG("Frame header check failed %02x %02x", buf[0], buf[1]); return -1; } - // Get data length (big-endian mode) + // Get data length (big-endian) int data_len = buf[4]; // Return complete frame length return data_len + 6; @@ -312,7 +312,7 @@ int check_frame_length(uint8_t *buf, uint16_t len) { void uart_data_process(void) { uint8_t peek_buffer[8]; // Peek buffer - uint8_t process_buffer[256]; // Processing buffer + uint8_t process_buffer[256]; // Process buffer int frame_length; while(uart_ring_buffer.count >= 6) { // At least 6 bytes needed to start checking @@ -381,7 +381,7 @@ int uart_data_parse(void) LOG_VERBOSE("cmd : %02X", cmd); memcpy(buffer, g_rx_data + 5, data_len); - // Process data according to command type + // Process data based on command type switch (cmd) { case 0x00: // Startup information // ... Process startup information ... diff --git a/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Product_Content.md b/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Product_Content.md index 958719b..b1c4f2a 100644 --- a/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Product_Content.md +++ b/en/docs/dev_doc/sdk_examples/XU316_MCU_Communication_Examples/Product_Content.md @@ -1,7 +1,7 @@ --- title: XU316 Audio Interface Control Code Examples -description: This document provides code examples for XU316 audio interface control, including serial communication protocol, audio interface configuration, etc., to help developers quickly implement XU316-MCU communication functionality. -keywords: XU316 development, audio interface control, MCU communication, I2S configuration, serial protocol, audio sampling rate, DSD configuration +description: This document provides code examples for XU316 audio interface control, including serial communication protocols, audio interface configuration, etc., to help developers quickly implement communication functions between XU316 and MCU. +keywords: XU316 development, audio interface control, MCU communication, I2S configuration, serial protocol, audio sample rate, DSD configuration --- --8<-- "common/phaten_xmos_support_img.md" @@ -12,16 +12,16 @@ keywords: XU316 development, audio interface control, MCU communication, I2S con This document provides code examples for XU316 audio interface control, mainly including the following content: -1. Serial communication protocol definitions +1. Serial communication protocol definition 2. Audio interface configuration parameters -3. Audio sampling rate and channel configuration +3. Audio sample rate and channel configuration 4. Volume control parameter settings -These code examples can help developers quickly implement XU316-MCU communication functionality and configure various audio interface parameters. +These code examples can help developers quickly implement communication functions between XU316 and MCU, as well as configure various audio interface parameters. ## Serial Communication Protocol -### Protocol Definitions +### Protocol Definition ```c #define SWAP16(x) ((((x) >> 8) & 0x00FF) | (((x) << 8) & 0xFF00)) #define SWAP32(x) ((((x) >> 24) & 0x000000FF) | (((x) >> 8) & 0x0000FF00) | (((x) << 8) & 0x00FF0000) | (((x) << 24) & 0xFF000000)) @@ -35,9 +35,9 @@ These code examples can help developers quickly implement XU316-MCU communicatio typedef struct { uint8_t head; // Frame header 0xAA - uint8_t cmd; // Command word + uint8_t cmd; // Command byte uint8_t len; // Data length - uint8_t data[32]; // Data area + uint8_t data[32]; // Data field uint8_t check; // Checksum uint8_t tail; // Frame tail 0x55 } uart_frame_t; @@ -45,7 +45,7 @@ typedef struct ### Serial Buffer Management ```c -/* Serial */ +/* Serial port */ /* buffer sizes */ #define RX_BUFFER_SIZE 256 #define TX_BUFFER_SIZE 256 @@ -79,9 +79,9 @@ typedef enum ### Interface Mode Configuration ```c // I2S master/slave mode configuration -#define I2S_MODE I2S_MODE_MASTER // I2S master mode, XU316 acts as I2S master device +#define I2S_MODE I2S_MODE_MASTER // I2S master mode, XU316 as I2S master device // Synchronization mode configuration -#define SYNC_MODE SYNC // Synchronous mode, used for audio clock synchronization +#define SYNC_MODE SYNC // Synchronous mode for audio clock synchronization // MIDI interface configuration #define MIDI_MODE MIDI_MODE_ENABLE // MIDI function enabled // SPDIF input interface configuration @@ -92,13 +92,13 @@ typedef enum #define ADAT_IN_MODE ADAT_IN_MODE_ENABLE // ADAT input function enabled // ADAT output interface configuration #define ADAT_OUT_MODE ADAT_OUT_MODE_ENABLE // ADAT output function enabled -// DSD output interface configuration (DSD is Direct Stream Digital, used for high-resolution audio) +// DSD output interface configuration (DSD is Direct Stream Digital for high-resolution audio) #define DSD_OUT_MODE DSD_OUT_MODE_ENABLE // DSD output function enabled ``` ### Audio Parameter Configuration ```c -// Initialize audio sampling rate +// Initialize audio sample rate #define AUDIO_SAMPLE_RATE (uint8_t)AUDIO_SAMPLE_RATE_44100 #define MQA_MODE MQA_MODE_DISABLE #define AUDIO_CLASS AUDIO_CLASS_UAC1 @@ -118,14 +118,14 @@ typedef enum #define DAC_R_VOLUME 20 ``` - + diff --git a/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/产品内容相关.md b/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/产品内容相关.md new file mode 100644 index 0000000..6e30e9a --- /dev/null +++ b/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/产品内容相关.md @@ -0,0 +1,138 @@ +--- +title: XU316 Audio Interface Control Code Examples +description: This document provides code examples for XU316 audio interface control, including serial communication protocols, audio interface configuration, etc., to help developers quickly implement communication between XU316 and MCU. +keywords: XU316 development, audio interface control, MCU communication, I2S configuration, serial protocol, audio sample rate, DSD configuration +--- + +--8<-- "common/phaten_xmos_support_img.md" + +# XU316 Audio Interface Control Code Examples + +## Document Overview + +This document provides code examples for XU316 audio interface control, mainly covering the following content: + +1. Serial communication protocol definitions +2. Audio interface configuration parameters +3. Audio sample rate and channel configuration +4. Volume control parameter settings + +These code examples help developers quickly implement communication between XU316 and MCU, as well as configure various audio interface parameters. + +## Serial Communication Protocol + +### Protocol Definitions +```c +#define SWAP16(x) ((((x) >> 8) & 0x00FF) | (((x) << 8) & 0xFF00)) +#define SWAP32(x) ((((x) >> 24) & 0x000000FF) | (((x) >> 8) & 0x0000FF00) | (((x) << 8) & 0x00FF0000) | (((x) << 24) & 0xFF000000)) +/* Protocol parsing */ +#define UART_FRAME_HEAD 0xAA +#define UART_FRAME_TAIL 0x55 +#define HEX_UPPERCASE 0 +#define HEX_LOWERCASE 1 +#define HEX_TABLE HEX_UPPERCASE +// Data frame structure +typedef struct +{ + uint8_t head; // Frame header 0xAA + uint8_t cmd; // Command byte + uint8_t len; // Data length + uint8_t data[32]; // Data area + uint8_t check; // Checksum + uint8_t tail; // Frame tail 0x55 +} uart_frame_t; +``` + +### Serial Buffer Management +```c +/* UART */ +/* buffer sizes */ +#define RX_BUFFER_SIZE 256 +#define TX_BUFFER_SIZE 256 +#define TX_BUFFER_NUM 2 // Double buffering + +typedef struct +{ + uint8_t buffer[TX_BUFFER_SIZE]; + uint16_t size; + uint8_t busy; +} TX_BUFFER; + +typedef struct +{ + TX_BUFFER tx_buf[TX_BUFFER_NUM]; + uint8_t curr_buf; + uint8_t next_buf; + uint8_t dma_sending; +} UART_TX_MANAGER; +typedef enum +{ + LOG_SEND, + LOG_RECV, + LOG_USER, + LOG_ERR +} log_dir_t; +``` + +## Audio Interface Configuration + +### Interface Mode Configuration +```c +// I2S master/slave mode configuration +#define I2S_MODE I2S_MODE_MASTER // I2S master mode, XU316 acts as I2S master device +// Synchronization mode configuration +#define SYNC_MODE SYNC // Synchronization mode for audio clock synchronization +// MIDI interface configuration +#define MIDI_MODE MIDI_MODE_ENABLE // MIDI functionality enabled +// SPDIF input interface configuration +#define SPDIF_IN_MODE SPDIF_IN_MODE_ENABLE // SPDIF input functionality enabled +// SPDIF output interface configuration +#define SPDIF_OUT_MODE SPDIF_OUT_MODE_ENABLE // SPDIF output functionality enabled +// ADAT input interface configuration (ADAT is an 8-channel digital audio transmission format) +#define ADAT_IN_MODE ADAT_IN_MODE_ENABLE // ADAT input functionality enabled +// ADAT output interface configuration +#define ADAT_OUT_MODE ADAT_OUT_MODE_ENABLE // ADAT output functionality enabled +// DSD output interface configuration (DSD is Direct Stream Digital for high-resolution audio) +#define DSD_OUT_MODE DSD_OUT_MODE_ENABLE // DSD output functionality enabled +``` + +### Audio Parameter Configuration +```c +// Initialize audio sample rate +#define AUDIO_SAMPLE_RATE (uint8_t)AUDIO_SAMPLE_RATE_44100 +#define MQA_MODE MQA_MODE_DISABLE +#define AUDIO_CLASS AUDIO_CLASS_UAC1 +#define AUDIO_WIDTH AUDIO_WIDTH_24 +// Initialize audio channels +#define AUDIO_INPUT_CHANNEL 9 +#define AUDIO_OUTPUT_CHANNEL 3 +// Initialize audio type +#define AUDIO_MODE USB_MODE +// Mute duration 2 0-65535 (ms) +#define MUTE_DURATION 100 +// Microphone default volume +#define MIC_VOLUME 10 +// DAC left channel default volume 1 See DAC volume field description +#define DAC_L_VOLUME 30 +// DAC right channel default volume 1 See DAC volume field description +#define DAC_R_VOLUME 20 +``` + + + + +``` + + diff --git a/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/命令的相关宏.md b/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/命令的相关宏.md new file mode 100644 index 0000000..170c994 --- /dev/null +++ b/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/命令的相关宏.md @@ -0,0 +1,286 @@ +--- +title: XU316 and MCU Communication Protocol Command Macro Definitions +description: This document provides command macro definitions for XU316 and MCU communication protocol, including frame format, command length, communication protocol, etc., to help developers implement communication functions between XU316 and MCU. +keywords: XU316 communication protocol, MCU command macro definitions, audio format definitions, communication frame format, command data structure, audio type definitions +--- + +--8<-- "common/phaten_xmos_support_img.md" + +# XU316 and MCU Communication Protocol Command Macro Definitions + +## Document Overview + +This document provides command macro definitions related to the XU316 and MCU communication protocol, including the following content: + +1. Communication frame format definitions +2. MCU command data length definitions +3. Communication protocol command enumerations +4. Audio format and type definitions +5. Command data structure definitions + +These macro definitions and data structures form the foundation of XU316 and MCU communication. Developers need to correctly understand and use these definitions to implement communication functions. + +## Communication Frame Format + +### Basic Frame Format Definitions +```c +#define FRAME_HEADER_H 0x55 +#define FRAME_HEADER_L 0xAA +#define PROTOCOL_VERSION 0x01 +#define PROTOCOL_VERSION_RX 0x03 +``` + +## Command Data Length Definitions + +### XU316 Command Data Length +```c +#define CMD00_XU316_DATA_LEN 0x11 // 0x00 command: Start boot (startup options) +#define CMD01_XU316_DATA_LEN 0x00 // 0x01 command: Read product information (60-byte firmware info) +#define CMD02_XU316_DATA_LEN 0x00 // 0x02 command: Read power-on configuration (14-byte config parameters) +#define CMD03_XU316_DATA_LEN 0x00 // 0x03 command: Get audio mode (5-byte mode parameters) +#define CMD04_XU316_DATA_LEN 0x00 // 0x04 command: Get user configuration (14-byte user settings) +#define CMD05_XU316_DATA_LEN 0x15 // 0x05 command: Startup complete (no data field) + +#define CMDF1_XU316_DATA_LEN 0x03 // 0xF1 command: Version query (3-byte version info) + +#define CMD20_XU316_DATA_LEN 0x14 // 0x20 command: Set volume +#define CMD21_XU316_DATA_LEN 0x00 // 0x21 command: Audio effect mode +#define CMD22_XU316_DATA_LEN 0x02 // 0x22 command: Device status query +#define CMD23_XU316_DATA_LEN 0x00 // 0x23 command: Bluetooth control +#define CMD24_XU316_DATA_LEN 0x02 // 0x24 command: Send playback volume +#define CMD25_XU316_DATA_LEN 0x01 // 0x25 command: Send recording volume +#define CMD27_XU316_DATA_LEN 0x00 // 0x27 command: Special unmute (no data field) +#define CMD28_XU316_DATA_LEN 0x01 // 0x28 command: Audio format delay setting (1-byte parameter) + +#define CMD_HID_TRANSPARENT_DATA_LEN 0x39 // 0xEE command: HID transparent transmission/OTA upgrade (57 bytes) +``` + +### MCU Command Data Length +```c +#define CMD00_MCU_DATA_LEN 0x01 // 0x00 command: Start boot (startup options) +#define CMD01_MCU_DATA_LEN 0x3C // 0x01 command: Read product information (60-byte firmware info) +#define CMD02_MCU_DATA_LEN 0x0E // 0x02 command: Read power-on configuration (14-byte config parameters) +#define CMD03_MCU_DATA_LEN 0x05 // 0x03 command: Get audio mode (5-byte mode parameters) +#define CMD04_MCU_DATA_LEN 0x0E // 0x04 command: Get user configuration (14-byte user settings) +#define CMD05_MCU_DATA_LEN 0x00 // 0x05 command: Startup complete (no data field) + +#define CMDF1_MCU_DATA_LEN 0x00 // 0xF1 command: Version query (no data field) + +#define CMD20_MCU_DATA_LEN 0x00 // 0x20 command: Set volume +#define CMD21_MCU_DATA_LEN 0x01 // 0x21 command: Audio effect mode +#define CMD22_MCU_DATA_LEN 0x00 // 0x22 command: Device status query +#define CMD23_MCU_DATA_LEN 0x05 // 0x23 command: Set audio mode +#define CMD24_MCU_DATA_LEN 0x00 // 0x24 command: Send playback volume +#define CMD25_MCU_DATA_LEN 0x00 // 0x25 command: Send recording volume +#define CMD27_MCU_DATA_LEN 0x00 // 0x27 command: Special unmute (no data field) +#define CMD28_MCU_DATA_LEN 0x00 // 0x28 command: Audio format delay setting (no data field) + +#define CMD_HID_TRANSPARENT_MCU_DATA_LEN 0x39 // 0xEE command: HID transparent transmission/OTA upgrade (57 bytes) +``` + +## Communication Protocol Command Definitions + +### Command Enumeration +```c +typedef enum +{ + /****** Basic Control Commands (0x00-0x05) ******/ + CMD_STARTUP = 0x00, // System startup + CMD_GET_PRODUCT_INFO = 0x01, // Product information query + CMD_GET_BOOT_CFG = 0x02, // Power-on configuration read + CMD_GET_AUD_MODE = 0x03, // Audio mode get + CMD_GET_USER_CFG = 0x04, // User configuration get + CMD_STARTUP_COMPLETE = 0x05, // Startup complete notification + + CMD_GET_VERSION = 0xF1, // Version query + + /****** Business Control Commands (0x20-0x2F) ******/ + CMD_REPORT_STATUS = 0x20, // Status report + CMD_MEDIA_CONTROL = 0x21, // Media control + CMD_SET_PLAY_FORMAT = 0x22, // Audio format setting + CMD_SET_AUDIO_MODE = 0x23, // Audio mode setting + CMD_SET_PLAY_VOL = 0x24, // Playback volume setting + CMD_SET_REC_VOL = 0x25, // Recording volume setting + CMD_SPECIAL_UNMUTE = 0x27, // Special unmute + CMD_SET_AUDIO_FORMAT_DELAY = 0x28, // Audio format delay setting + + CMD_HID_TRANSPARENT = 0xEE, // HID transparent transmission/OTA upgrade command + + CMD_COUNT = CMD_SET_REC_VOL + 1 // Total number of currently supported commands + +} mcu_command_t; +``` + +### Boot Option Enumeration (Bitmask Mode) + +!!! note + **Boot Option Enumeration (Bitmask Mode)** + **Uses uint8_t to ensure single-byte storage, supports multiple option combinations** + +```c +typedef enum +{ + BOOT_OPTION_USE_DEFAULTS = 0x00, // Use all default configurations + BOOT_OPTION_UPDATE_BASIC_INFO = 0x01, // Update basic product information (bit0) + BOOT_OPTION_UPDATE_POWER_CFG = 0x02, // Update power-on configuration information (bit1) + BOOT_OPTION_UPDATE_OTHER_CFG = 0x04 // Reserved configuration, currently unused (bit2) +} boot_option_t; +``` + +### Media Control Enumeration +```c +typedef enum +{ + MEDIA_KEY_VOLUME_UP = 0x00, // Volume up + MEDIA_KEY_VOLUME_DOWN = 0x01, // Volume down + MEDIA_KEY_PLAY_PAUSE = 0x02, // Play/pause + MEDIA_KEY_NEXT_TRACK = 0x03, // Next track + MEDIA_KEY_PREV_TRACK = 0x04, // Previous track + MEDIA_KEY_FAST_FORWARD = 0x05, // Fast forward + MEDIA_KEY_REWIND = 0x06, // Rewind + MEDIA_KEY_MUTE = 0x07 // Mute toggle + + // Reserved extension space (0x08-0xFF reserved for protocol) + +} media_control_t; +``` + +## Audio Format Definitions + +!!! note + **Audio Stream Format Enumeration (AES67-2020 Standard Compatible)** + **Explicitly specifies uint8_t as underlying type to ensure 1-byte storage** + +### Audio Stream Format Enumeration +```c +typedef enum +{ + // PCM sample rate formats (0x00-0x10) + AUDIO_PCM_44100 = 0x00, + AUDIO_PCM_48000 = 0x01, + AUDIO_PCM_88200 = 0x02, + AUDIO_PCM_96000 = 0x03, + AUDIO_PCM_176400 = 0x04, + AUDIO_PCM_192000 = 0x05, + AUDIO_PCM_352800 = 0x06, + AUDIO_PCM_384000 = 0x07, + AUDIO_PCM_705600 = 0x08, + AUDIO_PCM_768000 = 0x09, + AUDIO_PCM_1441200 = 0x0A, + AUDIO_PCM_1536000 = 0x0B, + AUDIO_PCM_32000 = 0x0C, + AUDIO_PCM_64000 = 0x0D, + AUDIO_PCM_128000 = 0x0E, + AUDIO_PCM_256000 = 0x0F, + AUDIO_PCM_512000 = 0x10, + + // DSD formats (0x11-0x15) + AUDIO_DSD_64 = 0x11, + AUDIO_DSD_128 = 0x12, + AUDIO_DSD_256 = 0x13, + AUDIO_DSD_512 = 0x14, + AUDIO_DSD_1024 = 0x15, + + // MQA formats (0x16-0x2D) + AUDIO_MQA_44100 = 0x16, + AUDIO_MQA_88200 = 0x17, + AUDIO_MQA_176400 = 0x18, + AUDIO_MQA_352800 = 0x19, + AUDIO_MQA_705600 = 0x1A, + AUDIO_MQA_1411200 = 0x1B, + AUDIO_MQA_2822400 = 0x1C, + AUDIO_MQA_5644800 = 0x1D, + + // -- 48kHz series -- + AUDIO_MQA_48000 = 0x1E, + AUDIO_MQA_96000 = 0x1F, + AUDIO_MQA_192000 = 0x20, + AUDIO_MQA_384000 = 0x21, + AUDIO_MQA_768000 = 0x22, + AUDIO_MQA_1536000 = 0x23, + AUDIO_MQA_3072000 = 0x24, + AUDIO_MQA_6144000 = 0x25, + + // -- Other base frequency series -- + AUDIO_MQA_64000 = 0x26, + AUDIO_MQA_128000 = 0x27, + AUDIO_MQA_256000 = 0x28, + AUDIO_MQA_512000 = 0x29, + AUDIO_MQA_1024000 = 0x2A, + AUDIO_MQA_2048000 = 0x2B, + AUDIO_MQA_4096000 = 0x2C, + AUDIO_MQA_8192000 = 0x2D, + + // Special reserved value + AUDIO_NO_USED = 0xFF + +} audio_format_t; +``` + +### Audio Type Enumeration +!!! note + **Audio Type Enumeration (AES67-2020 Standard Compatible)** + **Explicitly specifies uint8_t as underlying type to ensure 1-byte storage** + +```c +typedef enum +{ + AUDIO_TYPE_PCM = 0x00, // PCM standard audio + AUDIO_TYPE_RESERVE = 0x01, // Protocol reserved field + AUDIO_TYPE_MQA = 0x02, // MQA encoded audio + AUDIO_TYPE_MQB = 0x03, // MQB encoded audio (secondary extension) + AUDIO_TYPE_MQA_STUDIO = 0x04, // MQA Studio master quality + AUDIO_TYPE_DSD = 0x05 // Direct Stream Digital + + // 0x06-0xFF reserved for future expansion + +} audio_type_t; +``` + +## Command Data Structure + +### Data Structure Definition +```c +typedef uint8_t byte_pair[2]; +// Command data structure +typedef struct __attribute__((packed)) +{ + uint8_t boot_option; // 0x00: Boot option data + // Product basic information + uint8_t vid_uac1[2]; // UAC1.0 vendor ID + uint8_t pid_uac1[2]; // UAC1.0 product ID + uint8_t vid_uac2[2]; // UAC2.0 vendor ID + uint8_t pid_uac2[2]; // UAC2.0 product ID + uint8_t product_manufacturer[16]; // Manufacturer name + uint8_t product_name[16]; // Product name + uint8_t product_serial[16]; // Serial number + uint8_t basic_info_crc[4]; // Basic information CRC32 + // User configuration is power-on configuration and also application runtime parameters + uint8_t startup_status; // Startup status + uint8_t audio_mode[5]; + uint8_t mute_duration[2]; // Mute duration (ms) + uint8_t mic_volume; // Microphone volume (recording volume) + uint8_t dac_l_volume; // Left channel volume (0-255) + uint8_t dac_r_volume; // Right channel volume (0-255) + uint8_t power_cfg_crc[4]; // Power-on configuration CRC32 + // Application runtime parameters + uint8_t media_control; // Media control command + uint8_t audio_format; // Audio format code + uint8_t audio_type; // Audio type code +} mcu_data_t; +``` + + + diff --git a/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/命令相关.md b/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/命令相关.md new file mode 100644 index 0000000..e1546e6 --- /dev/null +++ b/en/docs/dev_doc/sdk_examples/XU316和MCU通讯的示例代码/命令相关.md @@ -0,0 +1,407 @@ +--- +title: XU316 and MCU Communication Protocol Reference +description: Detailed description of the communication protocol between XU316 and MCU, including data structures, command formats, and processing flows +keywords: XU316, MCU, communication protocol, command reference +hide: + -toc +--- + +--8<-- "common/phaten_xmos_support_img.md" + +# XU316 and MCU Communication Protocol Reference + +## 1. Basic Data Structures + +### 1.1 Ring Buffer +```c +#define RING_BUFFER_SIZE 256 // Ring buffer size for UART communication buffering + +typedef struct { + uint8_t buffer[RING_BUFFER_SIZE]; // Data storage area + volatile uint16_t head; // Write position pointer + volatile uint16_t tail; // Read position pointer + volatile uint16_t count; // Current data count +} ring_buffer_t; +``` + +### 1.2 Audio Mode Definitions +```c +// Audio mode configuration array, each mode contains 5-byte configuration data +static const uint8_t audio_modes[][5] = { + {0x00, 0x80, 0xa9, 0x00, 0x01}, // USB-no-mqa mode + {0x00, 0x80, 0x01, 0x00, 0x02}, // UAC1 mode + {0x10, 0x80, 0x65, 0x10, 0x03}, // COAX mode + {0x00, 0x80, 0x65, 0x10, 0x04}, // OPT mode + {0x00, 0x80, 0xc5, 0x08, 0x05}, // SPDIF OUT mode + {0x00, 0x82, 0xd5, 0x81, 0x06}, // I2S IN mode + {0x20, 0x80, 0x65, 0x10, 0x07} // HDMI mode +}; + +// Corresponding mode name array +static const char *mode_names[] = { + "USB-no-mqa", + "UAC1", + "COAX", + "OPT", + "SPDIF OUT", + "I2S IN", + "HDMI" +}; +``` + +## 2. Initialization and Configuration + +### 2.1 Device Initialization Information Print +```c +#define AUDIO_MODE_COUNT (sizeof(audio_modes) / sizeof(audio_modes[0])) + +void print_init_info(void) +{ + log_data(LOG_USER, "----------Device initialized----------\n"); + // Print UAC1.0 device information + log_data(LOG_USER, "VID1: %02X%02X", mcu_data.vid_uac1[0], mcu_data.vid_uac1[1]); + log_data(LOG_USER, "PID1: %02X%02X", mcu_data.pid_uac1[0], mcu_data.pid_uac1[1]); + // Print UAC2.0 device information + log_data(LOG_USER, "VID2: %02X%02X", mcu_data.vid_uac2[0], mcu_data.vid_uac2[1]); + log_data(LOG_USER, "PID2: %02X%02X", mcu_data.pid_uac2[0], mcu_data.pid_uac2[1]); + // Print product information + log_data(LOG_USER, "Manufacturer: %s", mcu_data.product_manufacturer); + log_data(LOG_USER, "Name: %s", mcu_data.product_name); + log_data(LOG_USER, "Serial: %s", mcu_data.product_serial); + // Print CRC checksum information + log_data(LOG_USER, "Basic Info CRC: %02X%02X%02X%02X", + mcu_data.basic_info_crc[0], mcu_data.basic_info_crc[1], + mcu_data.basic_info_crc[2], mcu_data.basic_info_crc[3]); + log_data(LOG_USER, "Power Config CRC: %02X%02X%02X%02X", + mcu_data.power_cfg_crc[0], mcu_data.power_cfg_crc[1], + mcu_data.power_cfg_crc[2], mcu_data.power_cfg_crc[3]); +} +``` + +### 2.2 Ring Buffer Initialization +```c +void ring_buffer_init(void) { + uart_ring_buffer.head = 0; // Initialize write position + uart_ring_buffer.tail = 0; // Initialize read position + uart_ring_buffer.count = 0; // Initialize data count +} +``` + +### 2.3 Product Information Initialization +```c +void xu316_init(void) +{ + // Default audio mode configuration (USB UAC2.0) + uint8_t audio_mode[5] = {0x00, 0x80, 0xa9, 0x00, 0x01}; + + // Configure UAC1.0 device information + mcu_data.vid_uac1[0] = 0x20; + mcu_data.vid_uac1[1] = 0xB1; // VID = 0x20B1 + mcu_data.pid_uac1[0] = 0x00; + mcu_data.pid_uac1[1] = 0x17; // PID = 0x0017 + + // Configure UAC2.0 device information + mcu_data.vid_uac2[0] = 0x20; + mcu_data.vid_uac2[1] = 0xB1; // VID = 0x20B1 + mcu_data.pid_uac2[0] = 0x00; + mcu_data.pid_uac2[1] = 0x16; // PID = 0x0016 + + // Configure product information + memcpy(mcu_data.product_manufacturer, "Phaten", 6); + // Set product name + memcpy(mcu_data.product_name, "XMOS XU316", 11); + // Set product serial number + memcpy(mcu_data.product_serial, "123456789ABCDEF", 15); + + // Calculate and store basic information CRC32 checksum (56 bytes) + crc = calculate_crc32(mcu_data.vid_uac1, 56); + mcu_data.basic_info_crc[0] = (crc >> 24) & 0xFF; + mcu_data.basic_info_crc[1] = (crc >> 16) & 0xFF; + mcu_data.basic_info_crc[2] = (crc >> 8) & 0xFF; + mcu_data.basic_info_crc[3] = crc & 0xFF; + + // Initialize device status and audio configuration + mcu_data.startup_status = 0x00; + memcpy(&mcu_data.audio_mode, audio_mode, 5); + + // Configure mute duration (400ms) + mcu_data.mute_duration[0] = MUTE_DURATION_CONFIG >> 8; + mcu_data.mute_duration[1] = MUTE_DURATION_CONFIG; + + // Initialize volume settings + mcu_data.mic_volume = MIC_VOLUME_CONFIG; + // Initialize left and right channel DAC volume + mcu_data.dac_l_volume = DAC_L_VOLUME_CONFIG; + mcu_data.dac_r_volume = DAC_R_VOLUME_CONFIG; + + // Calculate and store power configuration CRC32 checksum (10 bytes) + crc = calculate_crc32((uint8_t *)&mcu_data.audio_mode, 0x0a); + mcu_data.power_cfg_crc[0] = (crc >> 24) & 0xFF; + mcu_data.power_cfg_crc[1] = (crc >> 16) & 0xFF; + mcu_data.power_cfg_crc[2] = (crc >> 8) & 0xFF; + mcu_data.power_cfg_crc[3] = crc & 0xFF; + + // Initialize communication buffer + ring_buffer_init(); +} +``` + +## 3. Communication Buffer Operations + +### 3.1 Ring Buffer Operation Functions +```c +// Write data to ring buffer +uint8_t ring_buffer_write(uint8_t *data, uint16_t len) { + uint16_t i; + for(i = 0; i < len; i++) { + if(uart_ring_buffer.count >= RING_BUFFER_SIZE) { + return 0; // Buffer full, write failed + } + uart_ring_buffer.buffer[uart_ring_buffer.head] = data[i]; + uart_ring_buffer.head = (uart_ring_buffer.head + 1) % RING_BUFFER_SIZE; + uart_ring_buffer.count++; + } + return 1; // Write successful +} + +// Read data from ring buffer +uint8_t ring_buffer_read(uint8_t *data, uint16_t len) { + uint16_t i; + if(uart_ring_buffer.count < len) { + return 0; // Insufficient data + } + for(i = 0; i < len; i++) { + data[i] = uart_ring_buffer.buffer[uart_ring_buffer.tail]; + uart_ring_buffer.tail = (uart_ring_buffer.tail + 1) % RING_BUFFER_SIZE; + uart_ring_buffer.count--; + } + return 1; // Read successful +} + +// Peek data (without moving read pointer) +uint8_t ring_buffer_peek(uint8_t *data, uint16_t len) { + uint16_t i; + uint16_t temp_tail = uart_ring_buffer.tail; + for(i = 0; i < len; i++) { + data[i] = uart_ring_buffer.buffer[temp_tail]; + temp_tail = (temp_tail + 1) % RING_BUFFER_SIZE; + } + return 0; // Peek successful +} +``` + +## 4. Checksum Calculation + +### 4.1 CRC32 Calculation +```c +uint32_t calculate_crc32(const uint8_t *buffer, uint32_t length) +{ + uint32_t crc = 0xFFFFFFFF; + const uint32_t poly = 0xEDB88320; // CRC32 polynomial + + for (size_t i = 0; i < length; i++) { + crc ^= buffer[i]; + for (int j = 0; j < 8; j++) { + if (crc & 1) { + crc = (crc >> 1) ^ poly; + } else { + crc >>= 1; + } + } + } + return ~crc; // Return CRC32 checksum value +} + +// Calculate simple checksum +uint8_t xu316_calc_checksum(uint8_t *data, uint8_t len) +{ + uint8_t sum = 0; + for (uint8_t i = 0; i < len; i++) { + sum += data[i]; + } + return sum; +} +``` + +## 5. Communication Protocol Processing + +### 5.1 Frame Validation +```c +// Validate frame data integrity +uint8_t uart_frame_check(uint8_t *buf, uint8_t len) +{ + // Check minimum length requirement + if (len < 6) { // Header(2) + Version(1) + Command(1) + Length(2) + Checksum(1) + return 0; + } + + // Verify frame header + if (buf[0] != FRAME_HEADER_H || buf[1] != FRAME_HEADER_L) { + return 0; + } + + // Get data length (big-endian) + uint16_t data_len = buf[4]; + + // Verify data length validity + if (data_len > 256 || len < (data_len + 6)) { + return 0; + } + + // Calculate and verify checksum + uint8_t sum = xu316_calc_checksum(buf, data_len + 5); + if (sum != buf[data_len + 5]) { + return 0; + } + + LOG_TEMP(LOG_RECV, "", buf, len); + return 1; +} +``` + +### 5.2 Data Frame Encapsulation +```c +int xu316_pack_frame(uint8_t cmd, uint8_t *data, uint8_t len) +{ + uint8_t tx_data[256] = {0}; + if (len >= 255) { + return 0; + } + + // Construct frame header + tx_data[0] = FRAME_HEADER_H; + tx_data[1] = FRAME_HEADER_L; + tx_data[2] = PROTOCOL_VERSION_RX; + tx_data[3] = cmd; + tx_data[4] = len; + + // Copy data payload + if (data && len > 0) { + memcpy(tx_data + 5, data, len); + } + + // Calculate and append checksum + tx_data[len + 5] = xu316_calc_checksum(tx_data, len + 5); + len += 6; + + // Send data + usart_dma_send(tx_data, len); + LOG_INFO("Sending frame: cmd=0x%02X, len=%d", cmd, len); + LOG_TEMP(LOG_SEND, "", tx_data, len); + return len; +} +``` + +### 5.3 Frame Length Check +```c +int check_frame_length(uint8_t *buf, uint16_t len) { + // Verify frame header + if (buf[0] != FRAME_HEADER_H || buf[1] != FRAME_HEADER_L) { + LOG_DEBUG("Frame header check failed %02x %02x", buf[0], buf[1]); + return -1; + } + // Get data length (big-endian) + int data_len = buf[4]; + // Return complete frame length + return data_len + 6; +} +``` + +### 5.4 Data Reception Processing +```c +void uart_data_process(void) +{ + uint8_t peek_buffer[8]; // Peek buffer + uint8_t process_buffer[256]; // Processing buffer + int frame_length; + + while(uart_ring_buffer.count >= 6) { // At least 6 bytes needed to start checking + // Peek frame header information + ring_buffer_peek(peek_buffer, 6); + + // Debug output + for(int i = 0; i < 6; i++) { + LOG_DEBUG("peek_buffer[%d]: %02x", i, peek_buffer[i]); + } + + // Check frame length + frame_length = check_frame_length(peek_buffer, 6); + if(frame_length < 0) { + // Invalid frame, discard one byte + uint8_t dummy; + ring_buffer_read(&dummy, 1); + LOG_ERROR("Frame length check failed %02x", dummy); + continue; + } + + // Check if enough data is available + if(uart_ring_buffer.count < frame_length) { + LOG_ERROR("Not enough data"); + break; // Wait for more data + } + + // Read and process complete frame + if(ring_buffer_read(process_buffer, frame_length)) { + uart_data_parse(); + } + } +} +``` + +### 5.5 Data Parsing and Processing +```c +int uart_data_parse(void) +{ + int ret = 0; + uint8_t cmd = 0; + uint16_t data_len = 0; + uint16_t rx_len = 0; + uint8_t tmp; + static uint8_t buffer[256] = {0}; + rx_len = g_rx_count; + + // Verify frame integrity + ret = uart_frame_check((uint8_t *)g_rx_data, rx_len); + if (ret == 0) { + LOG_ERROR("Frame check failed %d", rx_len); + LOG_TEMP(LOG_RECV, "", g_rx_data, rx_len); + return -1; + } + + // Parse frame information + data_len = rx_len - 6; + cmd = g_rx_data[3]; + if (g_rx_data[4] != data_len) { + LOG_ERROR("Data length mismatch: expected %d, got %d", g_rx_data[4], data_len); + return -1; + } + + LOG_DEBUG("Received frame: cmd=0x%02X, len=%d", cmd, data_len); + LOG_VERBOSE("--------------------------------"); + LOG_VERBOSE("cmd : %02X", cmd); + memcpy(buffer, g_rx_data + 5, data_len); + + // Process data based on command type + switch (cmd) { + case 0x00: // Startup information + // ... Process startup information ... + break; + + case 0x01: // Basic information + // ... Process basic information ... + break; + + case 0x02: // Power configuration + // ... Process power configuration ... + break; + + // ... Other command processing ... + + default: + LOG_ERROR("Unknown command: 0x%02X", cmd); + break; + } + + return ret; +} +``` diff --git a/en/docs/dev_doc/wifi_speaker/wb8711_zw.md b/en/docs/dev_doc/wifi_speaker/wb8711_zw.md new file mode 100644 index 0000000..60b4146 --- /dev/null +++ b/en/docs/dev_doc/wifi_speaker/wb8711_zw.md @@ -0,0 +1,306 @@ +--- +title: WB30D-1711DCMV1 Dual-band Wi-Fi/BLE5.0 Module Datasheet +description: Phaten Audio WB30D-1711DCMV1 dual-band Wi-Fi and BLE5.0 module datasheet, including RF specifications, pin definitions, hardware parameters and mechanical dimensions. +author: Technical Documentation Department +date: 2025-11-18 +print_page: true +--- + +
+
+ +# WB30D-1711DCMV1 +__Dual-band Wi-Fi/BLE5.0 Module, Supporting 2.4GHz/5GHz and BLE5.0__ + +
+
+ +## 1. Introduction + +### 1.1 Product Description + +WB30D-1711DCMV1 module is a dual-mode dual-band wireless communication product based on Realtek's highly integrated chip, supporting WLAN 2.4GHz and 5GHz, as well as Bluetooth Low Energy 5.0. The chip integrates Real-M300 high-performance MCU, WLAN MAC, baseband, RF and Bluetooth functions. The module provides configurable GPIO for convenient control of peripherals; integrates internal memory to support simple application development, enabling complete Wi-Fi and BLE 5.0 protocol functionality. + +### 1.2 Product Features + +
+ +- :material-chip:{ .lg .middle } __High-Performance MCU & Security__ + + --- + + - Built-in low-power KM4 MCU with main frequency up to 330MHz + - Support TrustZone-M secure boot + - AP/STA concurrent mode + +- :material-wifi:{ .lg .middle } __Dual-band Wi-Fi Capability__ + + --- + + - Support 802.11 a/b/g/n, 2.4GHz and 5GHz dual-band + - Support HT20/HT40, MCS0-7, speed up to 150Mbps at 40MHz bandwidth + - PCB antenna design, optimized RF performance + +- :material-bluetooth:{ .lg .middle } __BLE 5.0 Low Power__ + + --- + + - Support BLE 5.0, GPSK/1Mbps and 2Mbps data rates + - Low-power Beacon listening mode + - Wi-Fi/BT shared antenna + +- :material-flash:{ .lg .middle } __Electrical & Environmental__ + + --- + + - Supply voltage 3.0V~3.6V + - Operating temperature -30℃~85℃ + - RoHS compliant + +
+ +### 1.3 Application Scenarios + +
+ +- :material-home-automation:{ .lg .middle } __Smart Home & IoT__ + + --- + + - Smart gateways, home security devices + - Sensor nodes and wireless controllers + +- :material-video:{ .lg .middle } __Audio/Video & Communication Devices__ + + --- + + - Voice interaction devices and remote collaboration terminals + - Wireless audio transmission devices + +- :material-factory:{ .lg .middle } __Industrial & Commercial Applications__ + + --- + + - Industrial data acquisition and monitoring + - Commercial smart devices and dashboards + +- :material-car:{ .lg .middle } __Automotive & Mobile Devices__ + + --- + + - In-vehicle wireless connectivity and Bluetooth communication + - Portable smart terminals + +
+ +### 1.4 Product Images + +
+ ![WB30D-1711DCMV1 Module Image](../../assets/images/speaker/8711model.jpg "WB30D-1711DCMV1 Module Image"){width=400} +
Figure 1: WB30D-1711DCMV1 Module Appearance
+ +
+ +### 1.5 Ordering Information + +| PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Interface Type | Comments | +|:--------|:----------------|:-------------|:-----------|:------------|:------------| +| WB30D-1711DCMV1 | WB30D-1711DCMV1 | SMT | 16.1x29.1mm | SMT | Dual-band Wi-Fi/BLE5.0 module, HT20/HT40, MCS0-7 | + +## 2. RF Technical Specifications + +### 2.1 Basic RF Characteristics (2.4GHz) +- Wireless Standards: IEEE 802.11b/g/n +- Communication Frequency Range: 2.412~2.484GHz (2.4GHz ISM Band) +- Modulation Methods: DSSS, DBPSK, DQPSK, CCK, OFDM (BPSK/QPSK/16-QAM/64-QAM) +- Data Rates: 802.11b supports 1/2/5.5/11Mbps; 802.11g supports 6~54Mbps; 802.11n (HT20/HT40) supports MCS0~7 +- Antenna Type: PCB antenna + +### 2.2 Transmit Performance (2.4GHz) + +| Parameter | Min | Typical | Max | EVM | +|---|---:|---:|---:|---| +| 802.11b@11Mbps | 16dBm | 18dBm | 20dBm | ≤ -13dB | +| 802.11g@54Mbps | 15dBm | 17dBm | 19dBm | ≤ -25dB | +| 802.11n@N20 MCS7 | 14dBm | 16dBm | 18dBm | ≤ -27dB | +| 802.11n@N40 MCS7 | 14dBm | 16dBm | 18dBm | ≤ -27dB | +| Frequency Offset Error | -12ppm | | 12ppm | | + +### 2.3 Receive Performance (2.4GHz) + +| Specification | Typical | Unit | +|---|---:|---| +| PER<8% 802.11b@11Mbps | ≤ -85 | dBm | +| PER<10% 802.11g@54Mbps | ≤ -73 | dBm | +| PER<10% 802.11n@N20 MCS7 | -68 | dBm | +| PER<10% 802.11n@N40 MCS7 | -65 | dBm | + +### 2.4 Basic RF Characteristics (5GHz) +- Wireless Standards: IEEE 802.11a/n +- Communication Frequency Range: 5.180~5.825GHz +- Modulation Methods: OFDM (BPSK/QPSK/16-QAM/64-QAM) +- Data Rates: 802.11a supports 6~54Mbps; 802.11n (HT20/HT40) supports MCS0~7 +- Antenna Type: PCB antenna + +### 2.5 Transmit Performance (5GHz) + +| Parameter | Min | Typical | Max | EVM | +|---|---:|---:|---:|---| +| 802.11a@54Mbps | 11dBm | 13dBm | 15dBm | ≤ -25dB | +| 802.11n@N20 MCS7 | 10dBm | 12dBm | 14dBm | ≤ -27dB | +| 802.11n@N40 MCS7 | 10dBm | 12dBm | 14dBm | ≤ -27dB | +| Frequency Offset Error | -12ppm | | 12ppm | | + +### 2.6 Receive Performance (5GHz) + +| Specification | Unit | +|---|---| +| PER<10% 802.11a@54Mbps | dBm | +| PER<10% 802.11n@N20 MCS7 | dBm | +| PER<10% 802.11n@N40 MCS7 | dBm | + +### 2.7 Bluetooth Technical Specifications +- Bluetooth Specification: Bluetooth 5.0 +- Operating Frequency: 2.402~2.480GHz + +### 2.8 BLE RF Technical Parameters + +| Mode | Data Rate | Power(dBm) | Frequency(KHz) | Sensitivity | +|---|---|---:|---:|---| +| BLE | GPSK/1Mbps | 0~10 | ±75 | ≤ -95dB (LE1M@PER<30.8%) | +| BLE | GPSK/2Mbps | 0~10 | ±75 | ≤ -93dB (LE2M@PER<30.8%) | + +## 3. Hardware Design Guide & Pin Definitions + +### 3.1 Antenna Design Notes +- To ensure optimal Wi-Fi performance, the module antenna section should be at least 15mm away from other metal parts. + +### 3.2 Pin Definition Diagram + +
+ ![WB30D-1711DCMV1 Pin View](../../assets/images/speaker/11-08/model/8711%20模组图片.png "WB30D-1711DCMV1 Pin View"){width=600} +
Figure 2: WB30D-1711DCMV1 Pin View
+
+ +### 3.3 Pin Description + +| No. | Pin Definition | I/O Type | Function | +|---:|---|---|---| +| 1 | GND | G | Ground | +| 2 | BAT MEAS | I/O | battery voltage measurement | +| 3 | PB4 | I/O | LOG RXD | +| 4 | PB5 | I/O | LOG TXD | +| 5 | PB6 | I/O | GPIO PB6 | +| 6 | PB7 | I/O | GPIO PB7 | +| 7 | PB8 | I/O | GPIO PB8 | +| 8 | PB9 | I/O | GPIO PB9 | +| 9 | PB10 | I/O | GPIO PB10 / Audio TX I2S IN MCLK | +| 10 | GND | G | Ground | +| 11 | PB13 | I/O | GPIO PB13 | +| 12 | PB14 | I/O | GPIO PB14 | +| 13 | PB15 | I/O | GPIO PB15 / I2C SDA | +| 14 | PB16 | I/O | GPIO PB16 / I2C SCL | +| 15 | PB17 | I/O | Audio RX I2S OUT DATA1 | +| 16 | PB18 | I/O | GPIO PB18 | +| 17 | PB19 | I/O | GPIO PB19 | +| 18 | PB20 | I/O | GPIO PB20 | +| 19 | PB21 | I/O | GPIO PB21 | +| 20 | PB22 | I/O | Audio TX I2S IN DATA2 | +| 21 | PB30 | I/O | GPIO PB30 | +| 22 | PB31 | I/O | GPIO PB31 | +| 23 | CHIP EN | RST | Enable/Shutdown (internal 3.3V pull-up) | +| 24 | GND | G | Ground | +| 25 | VDD33 | P | VCC | +| 26 | GND | G | Ground | +| 27 | PA8 | I/O | GPIO PA8 | +| 28 | PA12 | I/O | GPIO PA12 | +| 29 | GND | G | Ground | +| 30 | PA13 | I/O | GPIO PA13 | +| 31 | PA14 | I/O | GPIO PA14 | +| 32 | PA15 | I/O | GPIO PA15 | +| 33 | PA16 | I/O | GPIO PA16 | +| 34 | PA17 | I/O | GPIO PA17 | +| 35 | PA18 | I/O | GPIO PA18 | +| 36 | PA19 | I/O | Audio RX I2S OUT MCLK | +| 37 | PA20 | I/O | Audio TX I2S IN LRCLK / RX I2S OUT LRCLK | +| 38 | PA21 | I/O | Audio TX I2S IN DATA0 | +| 39 | PA22 | I/O | Audio TX I2S IN DATA1 / RX I2S OUT DATA0 | +| 40 | PA23 | I/O | Audio TX I2S IN BCLK / RX I2S OUT BCLK | +| 41 | GND | G | Ground | +| 42 | PA26 | I/O | UART TX | +| 43 | PA27 | I/O | UART RX | +| 44 | PA28 | I/O | GPIO PA28 | +| 45 | PA29 | I/O | GPIO PA29 | +| 46 | PA30 | I/O | GPIO PA30 | +| 47 | PA31 | I/O | GPIO PA31 | +| 48 | PB0 | I/O | GPIO PB0 | +| 49 | PB1 | I/O | GPIO PB1 | +| 50 | PB2 | I/O | GPIO PB2 | +| 51 | PB3 | I/O | GPIO PB3 | +| 52 | GND | G | Ground | +| 53 | NC | | No connect | +| 54 | GND | G | Ground | + +## 4. RF Power Consumption + +| Operating State | Mode | Data Rate | Power | Average | Peak | Unit | +|---|---|---|---|---:|---:|---| +| TX | 2.4GHz 11b | 11Mbps | +18dBm | 254 | 500 | mA | +| TX | 2.4GHz 11g | 54Mbps | +16dBm | 224 | 500 | mA | +| TX | 2.4GHz 11n | HT40 MCS7 | +15dBm | 206 | 500 | mA | +| TX | 5GHz 11a | 54Mbps | +16dBm | 297 | 500 | mA | +| TX | 5GHz 11n | HT40 MCS7 | +15dBm | 286 | 500 | mA | + +| Operating State | Mode | Data Rate | Average | Peak | Unit | +|---|---|---|---:|---:|---| +| RX | 2.4GHz 11b | 11Mbps | 49 | 65 | mA | +| RX | 2.4GHz 11g | 54Mbps | 59 | 77 | mA | +| RX | 2.4GHz 11n | HT40 MCS7 | 63 | 77 | mA | +| RX | 5GHz 11a | 54Mbps | 61 | 77 | mA | +| RX | 5GHz 11n | HT40 MCS7 | 65 | 77 | mA | + +## 5. Hardware Parameters + +### 5.1 Absolute Electrical Parameters + +| Parameter | Description | Min | Max | Unit | +|---|---|---:|---:|---| +| Ts | Storage Temperature | -40 | 125 | °C | +| VBAT | Supply Voltage | -0.3 | 3.6 | V | +| ESD Voltage (Human Body Model) | TAMB=25°C | -2 | 2 | KV | +| ESD Voltage (Device Model) | TAMB=25°C | -500 | 500 | V | + +### 5.2 Normal Operating Conditions + +| Parameter | Description | Min | Typical | Max | Unit | +|---|---|---:|---:|---:|---| +| Ta | Operating Temperature | -30 | | 85 | °C | +| VD33 | Supply Voltage | 3.0 | 3.3 | 3.6 | V | +| VOL | IO Output Low Voltage | | | 0.3 | V | +| VOH | IO Output High Voltage | 2.8 | | 3.6 | V | +| VIL | IO Input Low Voltage | | | 0.8 | V | +| VIH | IO Input High Voltage | 2.0 | | | V | + +## 6. Mechanical Dimensions + +PCB Dimensions: 16.1±0.3mm (L) × 29.1±0.3mm (W) × 0.8±0.1mm (H). + +
+ ![WB30D-1711DCMV1 Dimension Drawing](../../assets/images/speaker/11-08/model/8711%20模组尺寸.png "WB30D-1711DCMV1 Dimension Drawing"){width=600} +
Figure 3: WB30D-1711DCMV1 Mechanical Dimensions
+
+ +## 7. Revision History + +| Version | Date | Description | Revised By | +|:---:|:---:|:---|:---| +| V1.0 | 2025-01-15 | Initial release | | + +## Contact & Feedback + +
+Click to expand contact & feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/ai_dnr/dnr65211_vc1.md b/en/docs/products/ai_dnr/dnr65211_vc1.md new file mode 100644 index 0000000..169a52c --- /dev/null +++ b/en/docs/products/ai_dnr/dnr65211_vc1.md @@ -0,0 +1,155 @@ +--- +title: DNR65211_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# DNR65211_VC1 +__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface__ + +
+
+ + +
+![DNR65211_VC1 Block Diagram](/assets/images/hifi_audio/dnr65211_diagram.png "DNR65211_VC1 Block Diagram"){align=right width=450} + +DNR65211 is a high-performance AI deep noise reduction product based on XMOS processor architecture, specifically designed to provide audio device manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. + +- The strong noise reduction model adopts deep neural network architecture, capable of effectively processing various stationary and non-stationary noise in complex acoustic environments, achieving maximum noise suppression while ensuring high vocal fidelity +- The singing noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while completely preserving singing characteristics. +- The product supports I2S audio input and can output simultaneously to USB and I2S interfaces, widely applicable to live streaming equipment, conference systems, recording devices, outdoor sports DVs, and many other application areas. + +[:fontawesome-regular-file-pdf: DNR65211_VC1 Product Brief](/assets/product_brief_pdf/dnr65211_产品简介_单通道超低延时Ai深度降噪处理器集成USB及I2S接口.pdf){.md-button } +[:material-file-document-outline: DNR65211_VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr65211_vc1.md){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +
+ +## Features and Specifications + +=== "Key Features" + - AI Deep Noise Reduction + - Eliminates various stationary and non-stationary noise, adapts to complex acoustic environments + - Effectively eliminates burst noise such as keystrokes, keyboard sounds, and footsteps + - Dual AI Noise Reduction Models + - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, etc. + - Singing noise reduction model suitable for indoor live singing or interview scenarios + - Ultra-Low Latency Real-Time Processing + - Strong noise reduction model latency <50ms, meets audio-video synchronization requirements + - Singing noise reduction model latency <11ms, meets strict live singing requirements + - High-Fidelity Vocal Restoration + - Strong noise reduction model completely preserves vocal characteristics + - Singing noise reduction model not only completely preserves vocal characteristics but also completely preserves singing tail details + +=== "USB Interface Features" + - Supports UAC 2.0 + - Supports OTG connection + - Plug and play, no driver installation required + - Supports HID configuration + +=== "System Compatibility" + - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS + + + +=== "Hardware Specifications" + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +## Noise Reduction Performance Comparison +!!! info "" +
+ + | Comparison Dimension | DNR65211 Strong Noise Reduction Model | DNR65211 Singing Noise Reduction Model | Traditional Noise Reduction Technology | + |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| + | **Technical Principle** | Deep neural network architecture, AI algorithm real-time analysis of spectral features, intelligent identification of vocal and noise components | Based on strong noise reduction model, specially optimized for music scene processing, preserving singing pitch and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | + | **Processing Latency** | < 50ms meets audio-video synchronization | < 11ms ultra-low latency | Medium latency | + | **Noise Processing Capability** | Effectively processes stationary and non-stationary noise | Specially optimized for music content processing | Limited capability for non-stationary noise processing | + | **Vocal Fidelity** | Completely preserves vocal characteristics | Completely preserves singing tail details | Possible audio quality loss | + | **Environmental Adaptability** | Processes various complex acoustic environments | Specially optimized for music scenarios | Suitable for relatively stable acoustic environments | + | **Typical Applications** | Outdoor live streaming equipment, gaming headsets, conference systems, professional recording equipment | Indoor live streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, simple conference equipment, basic audio processing | + +
+ +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Product Datasheet | [:material-file-document-outline: DNR65211-VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr65211_vc1.md) | [:material-download:] | + | Reference Design | | [:material-download:] | + | Application Manual | | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox:Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox:Product Parameter and Configuration Tool ]() | + + +## Application Scenarios + +- Live Streaming Equipment + - Effectively suppresses various environmental noise, adapts to diverse live streaming scenarios +- Gaming Headsets + - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear teammate communication experience +- Outdoor Sports Equipment + - Suppresses wind noise and environmental noise interference in sports scenarios, providing outdoor sports enthusiasts with clear call and recording experience +- Outdoor Recording Equipment + - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for on-site interviews and content creation +- Conference System Equipment + - Processes background noise such as air conditioning sounds and footsteps in office environments +- Communication Equipment + - Communication equipment suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience + +## Ordering Information + +| Product Name | Product Model | Product Image | +|:--------|:------------------------|:------------------------:| +| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface | DNR65211-VC1 |![DNR65211-VC1](/assets/images/hifi_audio/dnr65211_vc1.png "DNR65211-VC1"){align=center width=120} | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-LS-MIC-V2 USB OTG to I²S Audio Decoder Evaluation Board__ + + --- + + Development board features codec, enabling independent evaluation of DNR65211_VC1 performance + + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) + +
+ + + + + +## Related Solutions + +
+ +- :material-cube: __Mobile Phone Background Music Playback via USB OTG ASRC Solution__ + + --- + + Mobile phone background music playback via USB OTG ASRC solution based on DNR65211_VC1 + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + +
diff --git a/en/docs/products/ai_dnr/dnr6521x_vc1.md b/en/docs/products/ai_dnr/dnr6521x_vc1.md index 7c700ab..2e18374 100644 --- a/en/docs/products/ai_dnr/dnr6521x_vc1.md +++ b/en/docs/products/ai_dnr/dnr6521x_vc1.md @@ -1,155 +1,156 @@ ---- -title: DNR6521x_VC1 -hide: - -toc ---- - - ---8<-- "common/phaten_xmos_support_img.md" - -
-
- -# DNR6521x_VC1 -__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface__ - -
-
- - -
-![DNR6521x_VC1 Block Diagram](/assets/images/hifi_audio/dnr65211_diagram.png "DNR6521x_VC1 Block Diagram"){align=right width=450} - -DNR6521x is a high-performance AI deep noise reduction product based on XMOS processor architecture, specifically designed to provide audio device manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. - -- The strong noise reduction model adopts deep neural network architecture, capable of effectively processing various stationary and non-stationary noise in complex acoustic environments, achieving maximum noise suppression while ensuring high vocal fidelity -- The singing noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while completely preserving singing characteristics. -- The product supports I2S audio input and can output simultaneously to USB and I2S interfaces, widely applicable to live streaming equipment, conference systems, recording devices, outdoor sports DVs, and many other application areas. - -[:fontawesome-regular-file-pdf: DNR6521x_VC1 Product Brief](/assets/product_brief_pdf/dnr65211_产品简介_单通道超低延时Ai深度降噪处理器集成USB及I2S接口.pdf){.md-button } -[:material-file-document-outline: DNR6521x_VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr6521x_vc1.md){.md-button } -[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } -
- -## Features and Specifications - -=== "Key Features" - - AI Deep Noise Reduction - - Eliminates various stationary and non-stationary noise, adapts to complex acoustic environments - - Effectively eliminates burst noise such as keystrokes, keyboard sounds, and footsteps - - Dual AI Noise Reduction Models - - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, etc. - - Singing noise reduction model suitable for indoor live singing or interview scenarios - - Ultra-Low Latency Real-Time Processing - - Strong noise reduction model latency <50ms, meets audio-video synchronization requirements - - Singing noise reduction model latency <11ms, meets strict live singing requirements - - High-Fidelity Vocal Restoration - - Strong noise reduction model completely preserves vocal characteristics - - Singing noise reduction model not only completely preserves vocal characteristics but also completely preserves singing tail details - -=== "USB Interface Features" - - Supports UAC 2.0 - - Supports OTG connection - - Plug and play, no driver installation required - - Supports HID configuration - -=== "System Compatibility" - - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS - - - -=== "Hardware Specifications" - **Normal Operating Conditions** - - --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" - - **Product Dimensions** - --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" - -## Noise Reduction Performance Comparison -!!! info "" -
- - | Comparison Dimension | Strong Noise Reduction Model | Singing Noise Reduction Model | Traditional Noise Reduction Technology | - |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| - | **Technical Principle** | Deep neural network architecture, AI algorithm real-time analysis of spectral features, intelligent identification of vocal and noise components | Based on strong noise reduction model, specially optimized for music scene processing, preserving singing pitch and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | - | **Processing Latency** | < 50ms meets audio-video synchronization | < 11ms ultra-low latency | Medium latency | - | **Noise Processing Capability** | Effectively processes stationary and non-stationary noise | Specially optimized for music content processing | Limited capability for non-stationary noise processing | - | **Vocal Fidelity** | Completely preserves vocal characteristics | Completely preserves singing tail details | Possible audio quality loss | - | **Environmental Adaptability** | Processes various complex acoustic environments | Specially optimized for music scenarios | Suitable for relatively stable acoustic environments | - | **Typical Applications** | Outdoor live streaming equipment, gaming headsets, conference systems, professional recording equipment | Indoor live streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, simple conference equipment, basic audio processing | - -
- -## Documentation and Tools - -=== "Technical Documentation" - - | Type | Title | Download | - |:--------:|:------------------------|:------------------------| - | Product Datasheet | [:material-file-document-outline: DNR6521x-VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr6521x_vc1.md) | [:material-download:] | - | Reference Design | | [:material-download:](/assets/download/dnr6521x_vc1/dnr6521x-vc1_referance_design_2025098.pdf) | - | Application Manual | | [:material-download:] | - - -=== "Tools and Software" - - | Type | Description | Download | - |:--------:|:------------------------|:------------------------| - | Debug Tools | |[:material-toolbox:Debug Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | - | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox:Product Parameter and Configuration Tool ]() | - - -## Application Scenarios - -- Live Streaming Equipment - - Effectively suppresses various environmental noise, adapts to diverse live streaming scenarios -- Gaming Headsets - - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear teammate communication experience -- Outdoor Sports Equipment - - Suppresses wind noise and environmental noise interference in sports scenarios, providing outdoor sports enthusiasts with clear call and recording experience -- Outdoor Recording Equipment - - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for on-site interviews and content creation -- Conference System Equipment - - Processes background noise such as air conditioning sounds and footsteps in office environments -- Communication Equipment - - Communication equipment suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience - -## Ordering Information - -| Product Name | Product Model | Product Image | -|:--------|:------------------------|:------------------------:| -| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface | DNR65211-VC1 |![DNR65211-VC1](/assets/images/hifi_audio/dnr65211_vc1.png "DNR65211-VC1"){align=center width=120} | -| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface | DNR65212-VC1 |![DNR65212-VC1](/assets/images/hifi_audio/dnr65212_vc1.png "DNR65212-VC1"){align=center width=120} | - -## Related Evaluation Boards -
- -- :material-developer-board: __A316-LS-MIC-V2 USB OTG to I²S Audio Decoder Evaluation Board__ - - --- - - Development board features codec, enabling independent evaluation of DNR6521x_VC1 performance - - [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) - -
- - - - - -## Related Solutions - -
- -- :material-cube: __Mobile Phone Background Music Playback via USB OTG ASRC Solution__ - - --- - - Mobile phone background music playback via USB OTG ASRC solution based on DNR6521x_VC1 - - [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) - -
+--- +title: DNR6521x_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# DNR6521x_VC1 +__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface__ + +
+
+ + +
+![DNR6521x_VC1 Block Diagram](/assets/images/hifi_audio/dnr65211_diagram.png "DNR6521x_VC1 Block Diagram"){align=right width=450} + +DNR6521x is a high-performance AI deep noise reduction product based on XMOS processor architecture, designed to provide audio equipment manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. + +- The strong noise reduction model employs a deep neural network architecture, capable of effectively handling various stationary and non-stationary noises in complex acoustic environments, achieving maximum noise suppression while ensuring high fidelity voice restoration +- The vocal noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while fully preserving vocal characteristics. +- The product supports I2S audio input with simultaneous output to USB and I2S interfaces, widely applicable to streaming equipment, conferencing systems, recording devices, outdoor action cameras, and many other applications. + +[:fontawesome-regular-file-pdf: DNR6521x_VC1 Product Brief](/assets/product_brief_pdf/dnr65211_产品简介_单通道超低延时Ai深度降噪处理器集成USB及I2S接口.pdf){.md-button } +[:material-file-document-outline: DNR6521x_VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr6521x_vc1.md){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +
+ +## Features and Specifications + +=== "Key Features" + - AI Deep Noise Reduction + - Eliminates various stationary and non-stationary noises, adapting to complex acoustic environments + - Effectively eliminates sudden noises such as button clicks, keyboard typing, and footsteps + - Dual AI Noise Reduction Models + - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, and other scenarios + - Vocal noise reduction model suitable for indoor live streaming, singing, or interview scenarios + - Ultra-Low Latency Real-Time Processing + - Strong noise reduction model latency <50ms, meeting audio-video synchronization requirements + - Vocal noise reduction model latency <11ms, meeting strict live singing requirements + - High-Fidelity Voice Restoration + - Strong noise reduction model fully preserves voice characteristics + - Vocal noise reduction model not only fully preserves voice characteristics but also retains the vocal tail details + +=== "USB Interface Features" + - Supports UAC 2.0 + - Supports OTG connection + - Plug-and-play, no driver installation required + - Supports HID configuration + +=== "System Compatibility" + - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS + + + +=== "Hardware Specifications" + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +## Noise Reduction Performance Comparison +!!! info "" +
+ + | Comparison Dimension | Strong Noise Reduction Model | Vocal Noise Reduction Model | Traditional Noise Reduction Technology | + |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| + | **Technology Principle** | Deep neural network architecture, AI algorithm analyzes spectral features in real-time, intelligently identifies voice and noise components | Based on strong noise reduction model, specifically optimized for music scenario processing, preserving vocal pitch and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | + | **Processing Latency** | < 50ms Meets audio-video synchronization | < 11ms Ultra-low latency | Medium latency | + | **Noise Processing Capability** | Effectively handles stationary and non-stationary noises | Specifically optimized for music content processing | Limited capability in handling non-stationary noises | + | **Voice Fidelity** | Fully preserves voice characteristics | Fully preserves vocal tail details | May exhibit audio quality loss | + | **Environmental Adaptability** | Handles various complex acoustic environments | Specifically optimized for music scenarios | Suitable for relatively stable acoustic environments | + | **Typical Applications** | Outdoor streaming equipment, gaming headsets, conferencing systems, professional recording equipment | Indoor streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, basic conferencing equipment, basic audio processing | + +
+ +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Product Datasheet | [:material-file-document-outline: DNR6521x-VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr6521x_vc1.md) | [:material-download:] | + | Reference Design | DNR6521x-VC1 Reference Design | [:material-download:](/assets/download/dnr6521x_vc1/dnr6521x-vc1_referance_design_2025098.pdf) | + | Application Manual | | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox:Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox:Product Parameter and Configuration Tool]() | + + +## Application Scenarios + +- Streaming Equipment + - Effectively suppresses various environmental noises, adapting to diverse streaming scenarios +- Gaming Headsets + - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear team communication experience +- Outdoor Sports Equipment + - Suppresses wind noise and environmental noise interference in sports scenarios, providing outdoor sports enthusiasts with clear calling and recording experience +- Outdoor Recording Equipment + - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for field interviews and content creation +- Conferencing System Equipment + - Handles background noises such as air conditioning sounds and footsteps in office environments +- Communication Devices + - Suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience + +## Ordering Information + +| Product Name | Product Model | Product Image | +|:--------|:------------------------|:------------------------:| +| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface | DNR65211-VC1 |![DNR65211-VC1](/assets/images/hifi_audio/dnr65211_vc1.png "DNR65211-VC1"){align=center width=120} | +| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface | DNR65212-VC1 |![DNR65212-VC1](/assets/images/hifi_audio/dnr65212_vc1.png "DNR65212-VC1"){align=center width=120} | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-LS-MIC-V2 USB OTG to I²S Audio Decoder Evaluation Board__ + + --- + + The evaluation board includes a codec, enabling independent evaluation of DNR6521x_VC1 performance + + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) + +
+ + + + + +## Related Solutions + +
+ +- :material-cube: __Smartphone USB OTG Background Music Playback ASRC Solution__ + + --- + + Smartphone USB OTG background music playback ASRC solution based on DNR6521x_VC1 + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + +
diff --git a/en/docs/products/ai_dnr/dnr65221_vc1.md b/en/docs/products/ai_dnr/dnr65221_vc1.md index cac79ba..c5aa60f 100644 --- a/en/docs/products/ai_dnr/dnr65221_vc1.md +++ b/en/docs/products/ai_dnr/dnr65221_vc1.md @@ -1,155 +1,155 @@ ---- -title: DNR65221_VC1 -hide: - -toc ---- - - ---8<-- "common/phaten_xmos_support_img.md" - -
-
- -# DNR65221_VC1 -__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and PDM Interface__ - -
-
- - -
-![DNR65221_VC1 Block Diagram](/assets/images/hifi_audio/DNR65221_diagram.png "DNR65221_VC1 Block Diagram"){align=right width=450} - -DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS processor architecture, specifically designed to provide audio device manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. - -- The strong noise reduction model adopts deep neural network architecture, capable of effectively processing various stationary and non-stationary noise in complex acoustic environments, achieving maximum noise suppression while ensuring high vocal fidelity -- The singing noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while completely preserving singing characteristics. -- The product supports PDM audio input and can output to USB interface, widely applicable to live streaming equipment, conference systems, recording devices, outdoor sports DVs, and many other application areas. - -[:fontawesome-regular-file-pdf: DNR65221_VC1 Product Brief](/assets/product_brief_pdf/DNR65221_产品简介_单通道超低延时Ai深度降噪处理器集成USB及PDM接口.pdf){.md-button } -[:material-file-document-outline: DNR65221_VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/DNR65221_vc1.md){.md-button } -[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } -
- -## Features and Specifications - -=== "Key Features" - - AI Deep Noise Reduction - - Eliminates various stationary and non-stationary noise, adapts to complex acoustic environments - - Effectively eliminates burst noise such as keystrokes, keyboard sounds, and footsteps - - Dual AI Noise Reduction Models - - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, etc. - - Singing noise reduction model suitable for indoor live singing or interview scenarios - - Ultra-Low Latency Real-Time Processing - - Strong noise reduction model latency <50ms, meets audio-video synchronization requirements - - Singing noise reduction model latency <11ms, meets strict live singing requirements - - High-Fidelity Vocal Restoration - - Strong noise reduction model completely preserves vocal characteristics - - Singing noise reduction model not only completely preserves vocal characteristics but also completely preserves singing tail details - -=== "USB Interface Features" - - Supports UAC 2.0 - - Supports OTG connection - - Plug and play, no driver installation required - - Supports HID configuration - -=== "System Compatibility" - - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS - - - -=== "Hardware Specifications" - **Normal Operating Conditions** - - --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" - - **Product Dimensions** - --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" - -## Noise Reduction Performance Comparison -!!! info "" -
- - | Comparison Dimension | Strong Noise Reduction Model | Singing Noise Reduction Model | Traditional Noise Reduction Technology | - |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| - | **Technical Principle** | Deep neural network architecture, AI algorithm real-time analysis of spectral features, intelligent identification of vocal and noise components | Based on strong noise reduction model, specially optimized for music scene processing, preserving singing pitch and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | - | **Processing Latency** | < 50ms meets audio-video synchronization | < 11ms ultra-low latency | Medium latency | - | **Noise Processing Capability** | Effectively processes stationary and non-stationary noise | Specially optimized for music content processing | Limited capability for non-stationary noise processing | - | **Vocal Fidelity** | Completely preserves vocal characteristics | Completely preserves singing tail details | Possible audio quality loss | - | **Environmental Adaptability** | Processes various complex acoustic environments | Specially optimized for music scenarios | Suitable for relatively stable acoustic environments | - | **Typical Applications** | Outdoor live streaming equipment, gaming headsets, conference systems, professional recording equipment | Indoor live streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, simple conference equipment, basic audio processing | - -
- -## Documentation and Tools - -=== "Technical Documentation" - - | Type | Title | Download | - |:--------:|:------------------------|:------------------------| - | Product Datasheet | [:material-file-document-outline: DNR65221-VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/DNR65221_vc1.md) | [:material-download:] | - | Reference Design | | [:material-download:] | - | Application Manual | | [:material-download:] | - - -=== "Tools and Software" - - | Type | Description | Download | - |:--------:|:------------------------|:------------------------| - | Debug Tools | |[:material-toolbox:Debug Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | - | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox:Product Parameter and Configuration Tool ]() | - - -## Application Scenarios - -- Live Streaming Equipment - - Effectively suppresses various environmental noise, adapts to diverse live streaming scenarios -- Gaming Headsets - - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear teammate communication experience -- Outdoor Sports Equipment - - Suppresses wind noise and environmental noise interference in sports scenarios, providing outdoor sports enthusiasts with clear call and recording experience -- Outdoor Recording Equipment - - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for on-site interviews and content creation -- Conference System Equipment - - Processes background noise such as air conditioning sounds and footsteps in office environments -- Communication Equipment - - Communication equipment suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience - -## Ordering Information - -| Product Name | Product Model | Product Image | -|:--------|:------------------------|:------------------------:| -| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and PDM Interface | DNR65221-VC1 |![DNR65221-VC1](/assets/images/hifi_audio/DNR65221_vc1.png "DNR65221-VC1"){align=center width=120} | - - -## Related Evaluation Boards -
- -- :material-developer-board: __A316-LS-MIC-V2 USB OTG to I²S Audio Decoder Evaluation Board__ - - --- - - Development board features codec, enabling independent evaluation of DNR65221_VC1 performance - - [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) - -
- - - - - -## Related Solutions - -
- -- :material-cube: __Mobile Phone Background Music Playback via USB OTG ASRC Solution__ - - --- - - Mobile phone background music playback via USB OTG ASRC solution based on DNR65221_VC1 - - [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) - -
+--- +title: DNR65221_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# DNR65221_VC1 +__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and PDM Interface__ + +
+
+ + +
+![DNR65221_VC1 Block Diagram](/assets/images/hifi_audio/DNR65221_diagram.png "DNR65221_VC1 Block Diagram"){align=right width=450} + +DNR65221-VC1 is a high-performance AI deep noise reduction product based on XMOS processor architecture, designed to provide audio equipment manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. + +- The strong noise reduction model employs a deep neural network architecture, capable of effectively handling various stationary and non-stationary noises in complex acoustic environments, achieving maximum noise suppression while ensuring high fidelity voice restoration +- The vocal noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while fully preserving vocal characteristics. +- The product supports PDM audio input with output to USB interface, widely applicable to streaming equipment, conferencing systems, recording devices, outdoor action cameras, and many other applications. + +[:fontawesome-regular-file-pdf: DNR65221_VC1 Product Brief](/assets/product_brief_pdf/DNR65221_产品简介_单通道超低延时Ai深度降噪处理器集成USB及PDM接口.pdf){.md-button } +[:material-file-document-outline: DNR65221_VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/DNR65221_vc1.md){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +
+ +## Features and Specifications + +=== "Key Features" + - AI Deep Noise Reduction + - Eliminates various stationary and non-stationary noises, adapting to complex acoustic environments + - Effectively eliminates sudden noises such as button clicks, keyboard typing, and footsteps + - Dual AI Noise Reduction Models + - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, and other scenarios + - Vocal noise reduction model suitable for indoor live streaming, singing, or interview scenarios + - Ultra-Low Latency Real-Time Processing + - Strong noise reduction model latency <50ms, meeting audio-video synchronization requirements + - Vocal noise reduction model latency <11ms, meeting strict live singing requirements + - High-Fidelity Voice Restoration + - Strong noise reduction model fully preserves voice characteristics + - Vocal noise reduction model not only fully preserves voice characteristics but also retains the vocal tail details + +=== "USB Interface Features" + - Supports UAC 2.0 + - Supports OTG connection + - Plug-and-play, no driver installation required + - Supports HID configuration + +=== "System Compatibility" + - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS + + + +=== "Hardware Specifications" + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +## Noise Reduction Performance Comparison +!!! info "" +
+ + | Comparison Dimension | Strong Noise Reduction Model | Vocal Noise Reduction Model | Traditional Noise Reduction Technology | + |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| + | **Technology Principle** | Deep neural network architecture, AI algorithm analyzes spectral features in real-time, intelligently identifies voice and noise components | Based on strong noise reduction model, specifically optimized for music scenario processing, preserving vocal pitch and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | + | **Processing Latency** | < 50ms Meets audio-video synchronization | < 11ms Ultra-low latency | Medium latency | + | **Noise Processing Capability** | Effectively handles stationary and non-stationary noises | Specifically optimized for music content processing | Limited capability in handling non-stationary noises | + | **Voice Fidelity** | Fully preserves voice characteristics | Fully preserves vocal tail details | May exhibit audio quality loss | + | **Environmental Adaptability** | Handles various complex acoustic environments | Specifically optimized for music scenarios | Suitable for relatively stable acoustic environments | + | **Typical Applications** | Outdoor streaming equipment, gaming headsets, conferencing systems, professional recording equipment | Indoor streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, basic conferencing equipment, basic audio processing | + +
+ +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Product Datasheet | [:material-file-document-outline: DNR65221-VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/DNR65221_vc1.md) | [:material-download:] | + | Reference Design | | [:material-download:] | + | Application Manual | | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox:Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox:Product Parameter and Configuration Tool]() | + + +## Application Scenarios + +- Streaming Equipment + - Effectively suppresses various environmental noises, adapting to diverse streaming scenarios +- Gaming Headsets + - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear team communication experience +- Outdoor Sports Equipment + - Suppresses wind noise and environmental noise interference in sports scenarios, providing outdoor sports enthusiasts with clear calling and recording experience +- Outdoor Recording Equipment + - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for field interviews and content creation +- Conferencing System Equipment + - Handles background noises such as air conditioning sounds and footsteps in office environments +- Communication Devices + - Suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience + +## Ordering Information + +| Product Name | Product Model | Product Image | +|:--------|:------------------------|:------------------------:| +| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and PDM Interface | DNR65221-VC1 |![DNR65221-VC1](/assets/images/hifi_audio/DNR65221_vc1.png "DNR65221-VC1"){align=center width=120} | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-LS-MIC-V2 USB OTG to I²S Audio Decoder Evaluation Board__ + + --- + + The evaluation board includes a codec, enabling independent evaluation of DNR65221_VC1 performance + + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) + +
+ + + + + +## Related Solutions + +
+ +- :material-cube: __Smartphone USB OTG Background Music Playback ASRC Solution__ + + --- + + Smartphone USB OTG background music playback ASRC solution based on DNR65221_VC1 + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + +
diff --git a/en/docs/products/ai_dnr/dnr65231_vc1.md b/en/docs/products/ai_dnr/dnr65231_vc1.md index 115ae93..1edca79 100644 --- a/en/docs/products/ai_dnr/dnr65231_vc1.md +++ b/en/docs/products/ai_dnr/dnr65231_vc1.md @@ -1,155 +1,155 @@ ---- -title: DNR65231_VC1 -hide: - -toc ---- - - ---8<-- "common/phaten_xmos_support_img.md" - -
-
- -# DNR65231_VC1 -__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface__ - -
-
- - -
-![DNR65231_VC1 Block Diagram](/assets/images/hifi_audio/dnr65231_diagram.png "DNR65231_VC1 Block Diagram"){align=right width=450} - -DNR65231 is a high-performance AI deep noise reduction product based on XMOS processor architecture, specifically designed to provide audio device manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. - -- The strong noise reduction model adopts deep neural network architecture, capable of effectively processing various stationary and non-stationary noise in complex acoustic environments, achieving maximum noise suppression while ensuring high vocal fidelity -- The singing noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while completely preserving singing characteristics. -- The product supports I2S audio input, can output to USB, and also supports USB audio output to I2S, widely applicable to live streaming equipment, conference systems, recording devices, outdoor sports DVs, and many other application areas. - -[:fontawesome-regular-file-pdf: DNR65231_VC1 Product Brief](/assets/product_brief_pdf/dnr65231_产品简介_单通道超低延时Ai深度降噪处理器集成USB及I2S接口.pdf){.md-button } -[:material-file-document-outline: DNR65231_VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr65231_vc1.md){.md-button } -[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } -
- -## Features and Specifications - -=== "Key Features" - - AI Deep Noise Reduction - - Eliminates various stationary and non-stationary noise, adapts to complex acoustic environments - - Effectively eliminates burst noise such as keystrokes, keyboard sounds, and footsteps - - Dual AI Noise Reduction Models - - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, etc. - - Singing noise reduction model suitable for indoor live singing or interview scenarios - - Ultra-Low Latency Real-Time Processing - - Strong noise reduction model latency <50ms, meets audio-video synchronization requirements - - Singing noise reduction model latency <11ms, meets strict live singing requirements - - High-Fidelity Vocal Restoration - - Strong noise reduction model completely preserves vocal characteristics - - Singing noise reduction model not only completely preserves vocal characteristics but also completely preserves singing tail details - -=== "USB Interface Features" - - Supports UAC 2.0 - - Supports OTG connection - - Plug and play, no driver installation required - - Supports HID configuration - -=== "System Compatibility" - - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS - - - -=== "Hardware Specifications" - **Normal Operating Conditions** - - --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" - - **Product Dimensions** - --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" - -## Noise Reduction Performance Comparison -!!! info "" -
- - | Comparison Dimension | Strong Noise Reduction Model | Singing Noise Reduction Model | Traditional Noise Reduction Technology | - |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| - | **Technical Principle** | Deep neural network architecture, AI algorithm real-time analysis of spectral features, intelligent identification of vocal and noise components | Based on strong noise reduction model, specially optimized for music scene processing, preserving singing pitch and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | - | **Processing Latency** | < 50ms meets audio-video synchronization | < 11ms ultra-low latency | Medium latency | - | **Noise Processing Capability** | Effectively processes stationary and non-stationary noise | Specially optimized for music content processing | Limited capability for non-stationary noise processing | - | **Vocal Fidelity** | Completely preserves vocal characteristics | Completely preserves singing tail details | Possible audio quality loss | - | **Environmental Adaptability** | Processes various complex acoustic environments | Specially optimized for music scenarios | Suitable for relatively stable acoustic environments | - | **Typical Applications** | Outdoor live streaming equipment, gaming headsets, conference systems, professional recording equipment | Indoor live streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, simple conference equipment, basic audio processing | - -
- -## Documentation and Tools - -=== "Technical Documentation" - - | Type | Title | Download | - |:--------:|:------------------------|:------------------------| - | Product Datasheet | [:material-file-document-outline: DNR65231-VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr65231_vc1.md) | [:material-download:] | - | Reference Design | | [:material-download:] | - | Application Manual | | [:material-download:] | - - -=== "Tools and Software" - - | Type | Description | Download | - |:--------:|:------------------------|:------------------------| - | Debug Tools | |[:material-toolbox:Debug Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | - | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox:Product Parameter and Configuration Tool ]() | - - -## Application Scenarios - -- Live Streaming Equipment - - Effectively suppresses various environmental noise, adapts to diverse live streaming scenarios -- Gaming Headsets - - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear teammate communication experience -- Outdoor Sports Equipment - - Suppresses wind noise and environmental noise interference in sports scenarios, providing outdoor sports enthusiasts with clear call and recording experience -- Outdoor Recording Equipment - - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for on-site interviews and content creation -- Conference System Equipment - - Processes background noise such as air conditioning sounds and footsteps in office environments -- Communication Equipment - - Communication equipment suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience - -## Ordering Information - -| Product Name | Product Model | Product Image | -|:--------|:------------------------|:------------------------:| -| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface | DNR65231-VC1 |![DNR65231-VC1](/assets/images/hifi_audio/dnr65231_vc1.png "DNR65231-VC1"){align=center width=120} | - - -## Related Evaluation Boards -
- -- :material-developer-board: __A316-LS-MIC-V2 USB OTG to I²S Audio Decoder Evaluation Board__ - - --- - - Development board features codec, enabling independent evaluation of DNR65231_VC1 performance - - [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) - -
- - - - - -## Related Solutions - -
- -- :material-cube: __Mobile Phone Background Music Playback via USB OTG ASRC Solution__ - - --- - - Mobile phone background music playback via USB OTG ASRC solution based on DNR65231_VC1 - - [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) - -
+--- +title: DNR65231_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# DNR65231_VC1 +__Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface__ + +
+
+ + +
+![DNR65231_VC1 Block Diagram](/assets/images/hifi_audio/dnr65231_diagram.png "DNR65231_VC1 Block Diagram"){align=right width=450} + +DNR65231 is a high-performance AI deep noise reduction product based on XMOS processor architecture, designed to provide audio equipment manufacturers with exceptional audio processing capabilities. The product integrates two independently optimized AI noise reduction models. + +- The strong noise reduction model employs a deep neural network architecture, capable of effectively handling various stationary and non-stationary noises in complex acoustic environments, achieving maximum noise suppression while ensuring high fidelity voice restoration +- The vocal noise reduction model reduces processing latency to 11 milliseconds through lightweight design, effectively suppressing background noise while fully preserving vocal characteristics. +- The product supports I2S audio input with output to USB, and also supports USB audio output to I2S, widely applicable to streaming equipment, conferencing systems, recording devices, outdoor action cameras, and many other applications. + +[:fontawesome-regular-file-pdf: DNR65231_VC1 Product Brief](/assets/product_brief_pdf/dnr65231_产品简介_单通道超低延时Ai深度降噪处理器集成USB及I2S接口.pdf){.md-button } +[:material-file-document-outline: DNR65231_VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr65231_vc1.md){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +
+ +## Features and Specifications + +=== "Key Features" + - AI Deep Noise Reduction + - Eliminates various stationary and non-stationary noises, adapting to complex acoustic environments + - Effectively eliminates sudden noises such as button clicks, keyboard typing, and footsteps + - Dual AI Noise Reduction Models + - Strong noise reduction model suitable for complex acoustic scenarios: outdoor recording, gaming, and other scenarios + - Vocal noise reduction model suitable for indoor live streaming, singing, or interview scenarios + - Ultra-Low Latency Real-Time Processing + - Strong noise reduction model latency <50ms, meeting audio-video synchronization requirements + - Vocal noise reduction model latency <11ms, meeting strict live singing requirements + - High-Fidelity Voice Restoration + - Strong noise reduction model fully preserves voice characteristics + - Vocal noise reduction model not only fully preserves voice characteristics but also retains the vocal tail details + +=== "USB Interface Features" + - Supports UAC 2.0 + - Supports OTG connection + - Plug-and-play, no driver installation required + - Supports HID configuration + +=== "System Compatibility" + - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS + + + +=== "Hardware Specifications" + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +## Noise Reduction Performance Comparison +!!! info "" +
+ + | Comparison Dimension | Strong Noise Reduction Model | Vocal Noise Reduction Model | Traditional Noise Reduction Technology | + |----------------|---------------------------------------------|-----------------------------------------------|---------------------------------| + | **Technology Principle** | Deep neural network architecture, AI algorithm analyzes spectral features in real-time, intelligently identifies voice and noise components | Based on strong noise reduction model, specifically optimized for music scenario processing, preserving vocal pitch and timbre characteristics | Frequency domain filtering method, based on statistical models and fixed algorithm parameters | + | **Processing Latency** | < 50ms Meets audio-video synchronization | < 11ms Ultra-low latency | Medium latency | + | **Noise Processing Capability** | Effectively handles stationary and non-stationary noises | Specifically optimized for music content processing | Limited capability in handling non-stationary noises | + | **Voice Fidelity** | Fully preserves voice characteristics | Fully preserves vocal tail details | May exhibit audio quality loss | + | **Environmental Adaptability** | Handles various complex acoustic environments | Specifically optimized for music scenarios | Suitable for relatively stable acoustic environments | + | **Typical Applications** | Outdoor streaming equipment, gaming headsets, conferencing systems, professional recording equipment | Indoor streaming equipment, karaoke equipment, music recording, online interview systems | Traditional telephone systems, basic conferencing equipment, basic audio processing | + +
+ +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Product Datasheet | [:material-file-document-outline: DNR65231-VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/dnr65231_vc1.md) | [:material-download:] | + | Reference Design | | [:material-download:] | + | Application Manual | | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox:Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox:Product Parameter and Configuration Tool]() | + + +## Application Scenarios + +- Streaming Equipment + - Effectively suppresses various environmental noises, adapting to diverse streaming scenarios +- Gaming Headsets + - Eliminates keyboard sounds, mouse clicks, and background noise, providing clear team communication experience +- Outdoor Sports Equipment + - Suppresses wind noise and environmental noise interference in sports scenarios, providing outdoor sports enthusiasts with clear calling and recording experience +- Outdoor Recording Equipment + - Achieves high-quality recording in complex outdoor acoustic environments, meeting professional needs for field interviews and content creation +- Conferencing System Equipment + - Handles background noises such as air conditioning sounds and footsteps in office environments +- Communication Devices + - Suitable for business calls with strict real-time requirements, providing imperceptible latency voice processing experience + +## Ordering Information + +| Product Name | Product Model | Product Image | +|:--------|:------------------------|:------------------------:| +| Single-Channel Ultra-Low Latency AI Deep Noise Reduction Processor with USB and I2S Interface | DNR65231-VC1 |![DNR65231-VC1](/assets/images/hifi_audio/dnr65231_vc1.png "DNR65231-VC1"){align=center width=120} | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-LS-MIC-V2 USB OTG to I²S Audio Decoder Evaluation Board__ + + --- + + The evaluation board includes a codec, enabling independent evaluation of DNR65231_VC1 performance + + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) + +
+ + + + + +## Related Solutions + +
+ +- :material-cube: __Smartphone USB OTG Background Music Playback ASRC Solution__ + + --- + + Smartphone USB OTG background music playback ASRC solution based on DNR65231_VC1 + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + +
diff --git a/en/docs/products/ai_dnr/index.md b/en/docs/products/ai_dnr/index.md index 56c1164..a2c4962 100644 --- a/en/docs/products/ai_dnr/index.md +++ b/en/docs/products/ai_dnr/index.md @@ -1,26 +1,26 @@ ---- -title: AI Deep Noise Reduction Product Series -hide: - -toc ---- - - ---8<-- "common/phaten_xmos_support_img.md" - -# AI Deep Noise Reduction Product Series - -!!! info "Product List" -
- - | **Product (Features:material-arrow-down:)(Model:material-arrow-right:)** |[DNR6521x_VC1](./dnr6521x_vc1.md) | [DNR65221_VC1](./dnr65221_vc1.md) | [DNR65231_VC1](./dnr65231_vc1.md) | - |---------|------------------|------------------|------------------| - | **Input Interface** | I2S | PDM | I2S + USB | - | **Output Interface** | USB + I2S | USB | USB + I2S | - | **Signal Flow** | I2S input→AI DNR→USB output
I2S input→AI DNR→I2S output | PDM input→AI DNR→USB output | I2S input→AI DNR→USB output
USB input→I2S output | - | **AI DNR Strong Noise Reduction Model** | √ | √ | √ | - | **AI DNR Singing Noise Reduction Model** | √ | √ | √ | - | **Status** | Active | Active | Active | - -
- - +--- +title: AI Deep Noise Reduction Series Core Modules +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +# AI Deep Noise Reduction Series Core Modules + +!!! info "Product List" +
+ + | **Product (Function:material-arrow-down:) (Model:material-arrow-right:)** | [DNR6521x_VC1](./dnr6521x_vc1.md) | [DNR65221_VC1](./dnr65221_vc1.md) | [DNR65231_VC1](./dnr65231_vc1.md) | + |---------|------------------|------------------|------------------| + | **Input Interface** | I2S | PDM | I2S + USB | + | **Output Interface** | USB + I2S | USB | USB + I2S | + | **Signal Flow** | I2S Input→AI DNR→USB Output
I2S Input→AI DNR→I2S Output | PDM Input→AI DNR→USB Output | I2S Input→AI DNR→USB Output
USB Input→I2S Output | + | **AI DNR Strong Noise Reduction Model** | √ | √ | √ | + | **AI DNR Vocal Noise Reduction Model** | √ | √ | √ | + | **Status** | Active | Active | Active | + +
+ + diff --git a/en/docs/products/ai_mic/a316-ls-mic-v1.md b/en/docs/products/ai_mic/a316-ls-mic-v1.md new file mode 100644 index 0000000..944a730 --- /dev/null +++ b/en/docs/products/ai_mic/a316-ls-mic-v1.md @@ -0,0 +1,35 @@ +# A316-LS-MIC-V1 USB AI Noise Reduction Streaming Microphone Evaluation Board +--8<-- "common/phaten_xmos_support_img.md" +## Product Introduction +A316-LS-MIC-V1 is a USB AI noise reduction streaming microphone evaluation board based on the XU316 chip, with dimensions of 30.3x80mm. This product adopts advanced AI noise reduction technology, specifically designed for professional USB recording, live streaming, and gaming scenarios. + +![A316-1926V1 USB Multi-Channel Audio Decoder Module](../../assets/images/usb_ai_mic/usb_ai_mic_pb_bg.png" XU316 USB AI Noise Reduction Streaming Microphone Solution"){align=right width=180} + +## Product Features + +- High-Quality Audio Capture: Supports 48KHz-192KHz/24bit sampling, SNR>101dB +- AI Intelligent Noise Reduction: + - Effectively eliminates stationary and non-stationary noise + - Filters background noise such as keyboard sounds, button clicks, footsteps + - Maintains high-fidelity vocal output +- DSP Effects Processing: + - Limiter + - Compressor + - Reverb effects + - 10-band EQ adjustment +- Interfaces and Lighting Effects: + - USB Type-C interface + - 3.5mm headphone jack + - 3.5mm microphone jack + - Supports static/dynamic/music rhythm lighting effect modes + +## Module Technical Documentation +- [A316-CODEC-V2.0 USB AI Noise Reduction Microphone Module Datasheet](../../dev_doc/AImic/a316-codec-v20-chinese.md) + +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/ai_mic/index.md b/en/docs/products/ai_mic/index.md index 5d1f00c..0d31c9d 100644 --- a/en/docs/products/ai_mic/index.md +++ b/en/docs/products/ai_mic/index.md @@ -1,5 +1,5 @@ --- -title: AI Deep Noise Reduction Product Series +title: USB Streaming Microphone Core Modules hide: -toc --- @@ -7,20 +7,20 @@ hide: --8<-- "common/phaten_xmos_support_img.md" -# AI Deep Noise Reduction Product Series +# USB Streaming Microphone Core Modules !!! info "Product List"
- | **Product (Feature:material-arrow-down:) (Model:material-arrow-right:)** | **LS67211_VC1** | + | **Product (Function:material-arrow-down:)(Model:material-arrow-right:)** | [LS67211_VC1](./ls67211_vc1.md) | |---------|------------------| | **Input Interface** | I2S + USB | | **Output Interface** | USB + I2S | - | **Sampling Rate** | 48KHz/24bit | + | **Sample Rate** | 48KHz/24bit | | **Audio Routing** | I2S→AI DNR→DSP Effects→Mixer
USB IN→Mixer
Mixer→USB
Mixer→I2S | | **AI DNR Vocal Noise Reduction Model** | √ | | **Processing Latency** | <11ms | - | **DSP Effects Processing** | Reverb+Compression+Limiting+8-band EQ | + | **DSP Effects Processing** | Reverb+Compressor+Limiter+8-Band EQ | | **System Support** | Windows/Linux/Android/macOS/iOS | | **Status** | Active | diff --git a/en/docs/products/ai_mic/ls67211_vc1.md b/en/docs/products/ai_mic/ls67211_vc1.md index 873ca6d..7aaa317 100644 --- a/en/docs/products/ai_mic/ls67211_vc1.md +++ b/en/docs/products/ai_mic/ls67211_vc1.md @@ -20,9 +20,9 @@ __48KHz Low-Latency AI Noise Reduction USB Streaming Microphone Audio Processor
![LS67211_VC1 Block Diagram](/assets/images/hifi_audio/ls67211_diagram.png "LS67211_VC1 Block Diagram"){align=right width=450} -The 48KHz Low-Latency AI Noise Reduction USB Streaming Microphone Audio Processor is based on high-performance XMOS XU316 chip architecture, specifically developed for professional streaming and real-time audio applications. This product features industry-leading AI deep noise reduction technology that intelligently identifies and eliminates various stationary and non-stationary noises, effectively addressing complex acoustic environment challenges. -- The product's AI noise reduction model latency is <11 milliseconds, fully meeting the stringent latency requirements of live singing and other demanding application scenarios. The AI noise reduction model precisely preserves vocal trailing details while reducing noise, ensuring professional-grade audio performance. -- The system supports 48KHz/24bit audio with a powerful built-in DSP processor integrating reverb, compression, limiting, and EQ adjustment, providing users with rich audio effects processing options. This solution offers streaming microphone manufacturers a complete solution, significantly enhancing product competitiveness. +The 48KHz low-latency AI noise reduction USB streaming microphone audio processor is based on the high-performance XMOS XU316 chip architecture, specifically developed for professional live streaming and real-time audio applications. This product features industry-leading AI deep noise reduction technology that intelligently identifies and eliminates various stationary and non-stationary noise, effectively addressing complex acoustic environment challenges. +- The product's AI noise reduction model features latency <11 milliseconds, fully meeting the stringent latency requirements of applications such as live vocal performance. The AI noise reduction model precisely preserves vocal tail details during singing while reducing noise, ensuring professional-grade audio performance. +- The system supports 48KHz/24bit audio with a built-in powerful DSP processor integrating reverb, compression, limiting, and EQ adjustment, providing users with rich audio effects processing options. This solution offers streaming microphone manufacturers a complete solution, significantly enhancing product competitiveness. - Compatible with USB Audio Class standard, supporting multiple operating systems including Windows, Linux, Android, macOS, and iOS. [:fontawesome-regular-file-pdf: LS67211_VC1 Product Brief](/assets/product_brief_pdf/ls67211_产品简介_48KHz低延时AI降噪USB直播麦克风音频处理器集成混响及EQ音效.pdf){.md-button } @@ -30,24 +30,24 @@ The 48KHz Low-Latency AI Noise Reduction USB Streaming Microphone Audio Processo [:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button }
-## Features and Specifications +## Features and Parameters === "AI Deep Noise Reduction Technology" - - Intelligently identifies and eliminates various stationary and non-stationary background noises + - Intelligently identifies and eliminates various stationary and non-stationary background noise - Adapts to complex acoustic environments, ensuring audio signal purity - Employs advanced AI algorithms for intelligent noise identification and processing === "Low Latency" - AI noise reduction model processing latency <11 milliseconds - - Fully meets stringent latency requirements for live singing and other real-time applications + - Fully meets stringent latency requirements for real-time applications such as live vocal performance -=== "High-Fidelity Vocal Restoration" - - Completely preserves natural vocal characteristics and tone - - Precisely retains vocal trailing details and pitch variations during singing +=== "High-Fidelity Vocal Reproduction" + - Completely preserves natural vocal characteristics and timbre + - Precisely retains vocal tail details and pitch variations during singing === "Advanced DSP Effects" - Integrated reverb effects processing and 8-band EQ adjustment - - Integrated limiting and compressor + - Integrated limiter and compressor === "Hardware Parameters" @@ -58,30 +58,30 @@ The 48KHz Low-Latency AI Noise Reduction USB Streaming Microphone Audio Processo **Product Dimensions** --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" -## Documents and Tools +## Documentation and Tools === "Technical Documentation" - + | Type | Title | Download | |:--------:|:------------------------|:------------------------| | Product Datasheet | [:material-file-document-outline: LS67211-VC1 Datasheet](../../dev_doc/datasheet/std_product/ai_dnr/ls67211_vc1.md) | [:material-download:] | | Reference Design | | [:material-download:] | - | Application Manual | | [:material-download:] | - + | Application Manual | | [:material-download:] | + === "Tools and Software" - + | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debugging Tools | |[:material-toolbox:Debugging Tools](../../services_support/tools_software/index.md) | + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | - | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox:Product Parameter and Configuration Tool ]() | - + | Parameter Configuration Tool (HID) | Product parameter configuration via HID | [:material-toolbox: Product Parameters and Configuration Tools]() | + ## Application Scenarios -- Streaming Microphones -- Streaming Sound Cards +- Streaming microphones +- Live streaming sound cards ## Ordering Information @@ -97,7 +97,7 @@ The 48KHz Low-Latency AI Noise Reduction USB Streaming Microphone Audio Processo --- - The development board features a codec and can independently evaluate the performance of LS67211_VC1 + The development board features a codec, allowing independent evaluation of LS67211_VC1 performance [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) diff --git a/en/docs/products/array_mic/ftxu316_la_7mic_v1_pcba/index.md b/en/docs/products/array_mic/ftxu316_la_7mic_v1_pcba/index.md index 13668fc..31b9d68 100644 --- a/en/docs/products/array_mic/ftxu316_la_7mic_v1_pcba/index.md +++ b/en/docs/products/array_mic/ftxu316_la_7mic_v1_pcba/index.md @@ -1,48 +1,48 @@ --- -title: FTXU316_LA_7MIC_V1 7-MIC Seamless Local Sound Amplification PCBA Set +title: A316-LA-7MIC-V1 7-Mic Seamless Local Amplification PCBA Kit --- -# FTXU316_LA_7MIC_V1 7-MIC Seamless Local Sound Amplification PCBA Set +# A316-LA-7MIC-V1 7-Mic Seamless Local Amplification PCBA Kit --8<-- "common/phaten_xmos_support_img.md" ## 1. Product Introduction ### 1.1 Product Description -High-quality sound transmission is crucial in public speaking, business meetings, and educational environments. The **FTXU316_LA_7MIC_V1** is designed to meet the demands of these scenarios by providing speakers with a constraint-free amplification experience while ensuring a clear, low-latency auditory experience for the audience. +In public speaking, business meetings, and teaching environments, high-quality sound transmission is crucial. The **A316-LA-7MIC-V1** is designed to meet the demands of these scenarios, providing speakers with an unconstrained amplification experience while ensuring audiences enjoy clear, low-latency audio quality.
-- ![FTXU316_LA_7MIC_V1 Main Board](/assets/images/7mic/FTXU316-LA-7MIC-V1_main.png "FTXU316_LA_7MIC_V1 Main Board"){width="290"} ![FTXU316_LA_7MIC_V1 Microphone Array Board](/assets/images/7mic/FTXU316-LA-7MIC-V1.png "FTXU316_LA_7MIC_V1 Microphone Array Board"){width="250"} +- ![FTXU316_LA_7MIC_V1Main Board](../../../assets/images/7mic/FTXU316-LA-7MIC-V1_main.png "FTXU316_LA_7MIC_V1Main Board"){width="290"} ![FTXU316_LA_7MIC_V1 Microphone Array Board](../../../assets/images/7mic/FTXU316-LA-7MIC-V1.png "FTXU316_LA_7MIC_V1 Microphone Array Board"){width="250"}
### 1.2 Product Features -- **7-MIC Array Technology**: 6+1 MIC array, with Beamforming technology for precise control of pickup direction, side-lobe suppression of up to 40dB, significantly reducing external noise interference. -- **Ultimate Audio Quality Processing**: Processes human voice at a 32KHz/24bit sampling rate, ensuring highly faithful output within 8kHz frequency response. -- **Low Latency Experience**: System latency from microphone input to Line-out output is only 15ms, providing a voluntary amplification experience for speakers and listeners. -- **Noise Reduction and Amplification**: Built-in NS noise reduction and AFC algorithms, offering more than 10dB of amplification loudness. +- **7-Mic Array Technology**: 6+1 MIC array utilizing beamforming technology for precise pickup direction control, with sidelobe suppression up to 40dB, significantly reducing external noise interference. +- **Ultimate Audio Processing**: Processes voice at 32KHz/24bit sampling rate, ensuring highly faithful output within 8kHz frequency response. +- **Low-Latency Experience**: System latency from microphone input to line-out output is only 15ms, providing a seamless amplification experience for speakers and audiences. +- **Noise Reduction and Amplification**: Built-in NS noise suppression and AFC algorithms, providing amplification gain of over 10dB. ### 1.3 Product Block Diagram
- ![Product Block Diagram](/assets/images/7mic/xmos-316-la.png "Solution Block Diagram"){width="500"} + ![Product Block Diagram](../../../assets/images/7mic/xmos-316-la.png "Solution Block Diagram"){width="500"}
### 1.4 Microphone Array Parameters -| Parameter | Minimum | Maximum | Unit | -| :--------------- | :-------: | :-----: | :--: | -| Pickup Radius | 0 | 3 | m | -| Frequency Response | 100 | 10K | Hz | -| Sampling Rate | - | 32 | KHz | -| Microphone Sensitivity | - | -29 | dB | -| Dynamic Range | - | 99 | dB | -| BF Beamforming | 20 | 180 | ° | -| Feedback Suppression | 0 | 24 | dB | -| Noise Suppression | 0 | 25 | dB | -| Side-lobe Suppression | 0 | 40 | dB | +| Parameter | Min | Max | Unit | +| :------------| :------: | :------: | :----: | +| Pickup Radius | 0 | 3 | m | +| Frequency Response | 100 | 10K | Hz | +| Sampling Rate | - | 32 | KHz | +| Microphone Sensitivity | - | -29 | dB | +| Dynamic Range | - | 99 | dB | +| BF Beamforming | 20 | 180 | ° | +| Feedback Suppression | 0 | 24 | dB | +| Noise Suppression | 0 | 25 | dB | +| Sidelobe Suppression | 0 | 40 | dB | ### 1.5 Audio System Parameters diff --git a/en/docs/products/evb/a316_hf_dac_v1.md b/en/docs/products/evb/a316_hf_dac_v1.md index f9d3c95..387499e 100644 --- a/en/docs/products/evb/a316_hf_dac_v1.md +++ b/en/docs/products/evb/a316_hf_dac_v1.md @@ -1,10 +1,30 @@ --- title: A316-HF-DAC-V1 USB HiFi Audio Decoder Evaluation Board +description: A316-HF-DAC-V1 is a professional USB HiFi audio decoder evaluation board supporting 768kHz/DSD512 high-resolution audio, featuring AKM4493SEQ DAC, USB/SPDIF input and I2S output, ideal for audio development and testing. +keywords: USB HiFi decoder, audio decoder evaluation board, AKM4493SEQ, 768kHz/DSD512, MQA decoding, optical coaxial input hide: -toc login: true --- + + + --8<-- "common/phaten_xmos_support_img.md" --8<-- "common/checklogin_form.md" @@ -12,29 +32,29 @@ login: true # A316-HF-DAC-V1 --- -__USB HiFi Audio Decoder Evaluation Board Supporting USB/SPDIF Input and I2S Output__ +__USB HiFi Audio Decoder Evaluation Board with USB/SPDIF Input and I2S Output__
-![A316-HF-DAC-V1 USB HiFi Audio Decoder Evaluation Board](/assets/images/hifi_audio/a316_hf_dac_v1.png "A316-HF-DAC-V1 USB HiFi Audio Decoder Evaluation Board"){align=right width=350} +![A316-HF-DAC-V1 USB HiFi Audio Decoder Evaluation Board](/assets/images/hifi_audio/a316_hf_dac_v1.png "A316-HF-DAC-V1 USB HiFi Audio Decoder Evaluation Board - Professional USB HiFi Audio Decoder Evaluation Board"){align=right width=400} -- A316-HF-DAC-V1 is an evaluation board designed specifically for USB HiFi audio decoders, utilizing the A316-1926-V1 XU316 module. The evaluation board supports USB, optical, coaxial, and I2S audio signal source inputs. Different audio input sources can be selected via buttons. -- The evaluation board uses an AKM4493SEQ DAC for analog audio output. +- A316-HF-DAC-V1 is an evaluation board specifically designed for USB HiFi audio decoders, featuring the A316-1926-V1 XU316 module design. The evaluation board supports USB, optical, coaxial, and I2S audio signal source inputs. Different audio input sources can be selected via buttons. +- The evaluation board features AKM4493SEQ DAC for analog audio output, supporting high-resolution audio formats up to 768kHz/DSD512.

-[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/777797040060.html?_t=1714031300727&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +[:shopping_cart: Purchase Sample](https://detail.1688.com/offer/777797040060.html?_t=1714031300727&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button }

=== "Key Features" - - Fully supports 768kHz/DSD512 audio input and output sampling rates - - Supports MQA - - Supports optical/coaxial input + - Full support for 768kHz/DSD512 audio input and output sampling rates + - MQA support + - Optical/coaxial input support === "Technical Documentation" @@ -42,25 +62,25 @@ __USB HiFi Audio Decoder Evaluation Board Supporting USB/SPDIF Input and I2S Out |:--------:|:------------------------|:------------------------| | User Guide | [:material-file-document-outline: A316-HF-DAC-V1 Datasheet](../../dev_doc/evb/a316_hf_dac_v1/user_guide.md) | | | Test Specifications | [:material-file-document-outline: A316-HF-DAC-V1 Test Specifications](../../dev_doc/evb/a316_hf_dac_v1/test_spec.md) | | - | Design Materials | [:material-file-document-outline: A316-HF-DAC-V1 Design Materials](../../dev_doc/evb/a316_hf_dac_v1/design_files.md) | | - | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../dev_doc/protocols/xu316_zerocode_protocol.md) | [:material-download:] | - + | Design Files | [:material-file-document-outline: A316-HF-DAC-V1 Design Files](../../dev_doc/evb/a316_hf_dac_v1/design_files.md) | | + | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../dev_doc/protocols/xu316_zerocode_protocol.md) | [:material-download:] | + === "Firmware List" - | Firmware Name | Version | Release Date | Description | Download | + | Firmware Name | Firmware Version | Release Date | Firmware Description | Download | |:--------------------|:------------------------------------|:----------------|:--------------------|:--------------------| - | USB HiFi Decoder Default Firmware | 0.0.1 | February 27, 2025 | Development board default firmware, supports 768KHz, DSD512 | :material-download: | - | USB HiFi Decoder Serial Configuration Protocol Debug Firmware | 0.0.5 | March 29, 2025 | Standard USB HIFI decoder serial configuration protocol firmware, supports 768KHz, DSD512 | :material-download: | - | Evaluation Board Standard Firmware | 0.0.7 | July 14, 2025 | Standard USB HIFI decoder serial port configuration protocol firmware, supporting 768KHz and DSD512 | :material-download: | - | Evaluation Board Standard Firmware - DFU Upgrade Firmware | 0.0.7 | July 14, 2025 | Standard USB HIFI decoder serial port configuration protocol firmware, supporting 768KHz and DSD512; the same as the evaluation board standard firmware 0.0.7, it is a DFU upgrade firmware | :material-download: | + | USB HiFi Decoder Default Firmware | 0.0.1 | February 27, 2025 | Development board default firmware, supports 768KHz, DSD512 | :material-download: | + | USB HiFi Decoder UART Configuration Protocol Debug Firmware | 0.0.5 | March 29, 2025 | Standard USB HIFI decoder UART configuration protocol firmware, supports 768KHz, DSD512 | :material-download: | + | Evaluation Board Standard Firmware | 0.0.7 | July 14, 2025 | Standard USB HIFI decoder UART configuration protocol firmware, supports 768KHz, DSD512 | :material-download: | + | Evaluation Board Standard Firmware - DFU Upgrade Firmware | 0.0.7 | July 14, 2025 | Standard USB HIFI decoder UART configuration protocol firmware, supports 768KHz, DSD512; identical to evaluation board standard firmware 0.0.7, DFU upgrade firmware | :material-download: | === "Tools and Software" - + | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debugging Tools | |[:material-toolbox: Debugging Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | - + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | + ## Supported Products
@@ -75,10 +95,9 @@ __USB HiFi Audio Decoder Evaluation Board Supporting USB/SPDIF Input and I2S Out
-## Consultation and Feedback - +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/evb/a316_hf_i2s_v1.md b/en/docs/products/evb/a316_hf_i2s_v1.md index 58bc8a7..1358bd1 100644 --- a/en/docs/products/evb/a316_hf_i2s_v1.md +++ b/en/docs/products/evb/a316_hf_i2s_v1.md @@ -1,10 +1,30 @@ --- title: A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board +description: A316-HF-I2S-V1 is a professional USB TO I2S HiFi audio converter evaluation board supporting 768kHz/DSD512 high-resolution audio, featuring XU316 module design, tailored for audio device developers and Hi-Fi DIY enthusiasts. +keywords: USB TO I2S converter, HiFi audio converter, XU316 module, 768kHz/DSD512, MQA decoding, optical coaxial input hide: -toc login: true --- + + + --8<-- "common/phaten_xmos_support_img.md" --8<-- "common/checklogin_form.md" @@ -19,45 +39,46 @@ __USB TO I2S HiFi Audio Converter Evaluation Board__
-![A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board](/assets/images/hifi_audio/a316_hf_i2s_v1_h.png "A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board"){align=right width=350} +![A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board](/assets/images/hifi_audio/a316_hf_i2s_v1_h.png "A316-HF-I2S-V1 USB TO I2S HiFi Audio Converter Evaluation Board - Professional USB Digital Audio Converter"){align=right width=400} -- A316-HF-I2S-V1 is designed based on the A316-Mini-V1 XU316 module, with the **DAC removed**, focusing on **USB digital signal reception and conversion** -- All pins of the XU316 are brought out on the evaluation board, allowing users to conduct various development and debugging for the XU316 based on this evaluation board. +- A316-HF-I2S-V1 is based on the A316-Mini-V1 XU316 module design, **with DAC removed**, focusing on **USB digital signal reception and conversion** +- All XU316 pins are exposed on the evaluation board, allowing users to perform various development and debugging tasks for XU316 based on this evaluation board. - Combined with different DACs, users can use this evaluation board to evaluate various USB HiFi applications, suitable for audio device developers and Hi-Fi DIY enthusiasts to build high-fidelity audio decoding systems -[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/923667570232.html?spm=a26286.8251493.description.1.221425b2oAytdu){.md-button } +[:shopping_cart: Purchase Sample](https://detail.1688.com/offer/923667570232.html?spm=a26286.8251493.description.1.221425b2oAytdu){.md-button }
=== "Key Features" - - Fully supports 768kHz/DSD512 audio input and output sampling rates - - Supports MQA - - Supports optical/coaxial input + - Full support for 768kHz/DSD512 audio input and output sampling rates + - MQA support + - Optical/coaxial input support === "Technical Documentation" | Type | Title | Download | |:--------:|:------------------------|:------------------------| | User Guide | [:material-file-document-outline: A316-HF-I2S-V1 Datasheet](../../dev_doc/evb/a316_hf_i2s_v1/datasheet.md) | | - | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../dev_doc/protocols/xu316_zerocode_protocol.md) | [:material-download:] | - + | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../dev_doc/protocols/xu316_zerocode_protocol.md) | [:material-download:] | + | Design Documentation | :material-file-document-outline: A316-HF-I2S-V1 Silkscreen | :material-download: | + | Design Schematic | :material-file-document-outline: A316-HF-I2S-V1 Design Schematic | :material-download: | === "Firmware List" - | Firmware Name | Version | Release Date | Description | Download | + | Firmware Name | Firmware Version | Release Date | Firmware Description | Download | |:--------------------|:------------------------------------|:----------------|:--------------------|:--------------------| - | USB HiFi Decoder Serial Configuration Protocol Debug Firmware | 0.0.5 | March 29, 2025 | Standard USB HIFI decoder serial configuration protocol firmware, supports 768KHz, DSD512 | :material-download: | - | Debug Firmware for USB HiFi Decoder Serial Port Configuration Protocol | 1.0.3 | July 14, 2025 | Standard firmware for USB HIFI decoder serial port configuration protocol, supporting 768KHz and DSD512 | :material-download: | + | USB HiFi Decoder UART Configuration Protocol Debug Firmware | 0.0.5 | March 29, 2025 | Standard USB HIFI decoder UART configuration protocol firmware, supports 768KHz, DSD512 | :material-download: | + | USB HiFi Decoder UART Configuration Protocol Debug Firmware | 1.0.3 | July 14, 2025 | Standard USB HIFI decoder UART configuration protocol firmware, supports 768KHz, DSD512 | :material-download: | === "Tools and Software" - + | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debugging Tools | |[:material-toolbox: Debugging Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | - + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | + ## Supported Products
@@ -72,10 +93,9 @@ __USB TO I2S HiFi Audio Converter Evaluation Board__
-## Consultation and Feedback - +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/evb/a316_ls_mic_v2.md b/en/docs/products/evb/a316_ls_mic_v2.md index d509319..0700b9c 100644 --- a/en/docs/products/evb/a316_ls_mic_v2.md +++ b/en/docs/products/evb/a316_ls_mic_v2.md @@ -1,10 +1,30 @@ --- -title: A316-LS-MIC-V2 USB AI Livestream Microphone Evaluation Board +title: A316-LS-MIC-V2 USB AI Streaming Microphone Evaluation Board +description: A316-LS-MIC-V2 is a professional USB AI streaming microphone evaluation board supporting 192KHz/24bit high-definition audio sampling, featuring built-in AI noise reduction algorithms and comprehensive audio processing system, providing professional streaming users with superior recording experience. +keywords: USB AI microphone, streaming microphone, AI noise reduction, high-definition audio sampling, audio processing, XU316 chip hide: -toc login: true --- + + + --8<-- "common/phaten_xmos_support_img.md" --8<-- "common/checklogin_form.md" @@ -12,21 +32,21 @@ login: true # A316-LS-MIC-V2 --- -__USB Livestream Microphone Evaluation Board with AI Noise Reduction Functionality__ +__USB Streaming Microphone Evaluation Board with AI Noise Reduction__
-![A316-LS-MIC-V2 USB AI Livestream Microphone Evaluation Board](/assets/images/usb_ai_mic/ai麦克风-大.png "A316-LS-MIC-V2 USB AI Livestream Microphone Evaluation Board"){align=right width=350} +![A316-LS-MIC-V2 USB AI Streaming Microphone Evaluation Board](/assets/images/usb_ai_mic/ai麦克风-大.png "A316-LS-MIC-V2 USB AI Streaming Microphone Evaluation Board - Professional AI Noise Reduction Streaming Microphone"){align=right width=400} -- A316-LS-MIC-V2 is a large-sized (70x150mm) USB AI livestream microphone evaluation board designed with the XU316 chip, providing professional livestream users with a superior recording experience. -- The evaluation board supports high-definition audio sampling with built-in AI noise reduction algorithms that effectively filter environmental noise while maintaining voice clarity. -- Equipped with a comprehensive sound processing system, including Compressor, Reverb effects, and 8-band EQ adjustment. +- A316-LS-MIC-V2 is a large-format (70x150mm) USB AI streaming microphone evaluation board based on XU316 chip design, providing professional streaming users with superior recording experience. +- The evaluation board supports high-definition audio sampling with built-in AI noise reduction algorithms to effectively filter environmental noise while maintaining voice clarity. +- Equipped with comprehensive audio processing system, including Compressor, Reverb effects, and 8-band EQ adjustment.

-[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/915688698243.html?_t=1747013479504&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +[:shopping_cart: Purchase Sample](https://detail.1688.com/offer/915688698243.html?_t=1747013479504&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button }

@@ -34,11 +54,11 @@ __USB Livestream Microphone Evaluation Board with AI Noise Reduction Functionali === "Key Features" - Supports 48KHz-192KHz/24bit high-definition audio sampling - - Signal-to-noise ratio SNR>101dB - - Intelligent AI noise reduction function, effectively filtering background noise - - Comprehensive sound processing system (Limiter/Compressor/Reverb/10-band EQ) - - Automatic gain adjustment function - - USB Type-C interface, 3.5mm headphone and microphone interfaces, Macaron wired microphone interface + - Signal-to-Noise Ratio SNR>101dB + - Intelligent AI noise reduction function, effectively filters background noise + - Comprehensive audio processing system (Limiter/Compressor/Reverb/10-band EQ) + - Automatic gain control function + - USB Type-C interface, 3.5mm headphone and microphone interface, wired microphone interface - RGB dynamic lighting effects (static/dynamic/music rhythm) === "Technical Documentation" @@ -47,23 +67,27 @@ __USB Livestream Microphone Evaluation Board with AI Noise Reduction Functionali |:--------:|:------------------------|:------------------------| | User Guide | [:material-file-document-outline: A316-LS-MIC-V2 User Guide](../../dev_doc/evb/a316_ls_mic_v2/user_guide.md) | | | AI Noise Reduction Effect | [:material-file-document-outline: A316-LS-MIC-V2 Noise Reduction Effect](../../dev_doc/evb/a316_ls_mic_v2/dnr_effect.md) | | - | Product Specification | [:material-file-document-outline: A316-CODEC-V1 USB AI Noise Reduction Microphone Module Specification](../../dev_doc/datasheet/modules/a316_codec_v1_datasheet.md) | | + | Product Datasheet | [:material-file-document-outline: A316-CODEC-V1 USB AI Noise Reduction Microphone Module Datasheet](../../dev_doc/datasheet/modules/a316_codec_v1_datasheet.md) | | + === "Firmware List" - | Firmware Name | Version | Release Date | Description | Download | + | Firmware Name | Firmware Version | Release Date | Firmware Description | Download | |:--------------------|:------------------------------------|:----------------|:--------------------|:--------------------| - | Default Firmware for USB AI Microphone | 1.0.0 | July 14, 2025 | Stereo, capable of recording and playback. Compatible with desktop debugging software (250617) | :material-download: | + | USB AI Microphone Default Firmware | 1.0.0 | 2025-07-14 | Stereo, supports recording and playback. Compatible with desktop debug software (250617) | :material-download: | + + === "Tools and Software" - + | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debugging Tools | AI Microphone Debugging Tool |[:material-toolbox: Debugging Tools](../../services_support/tools_software/index.md) | + | Debug Tools | AI Microphone Debug Tool |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | -## Consultation and Feedback + +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/evb/a316_v71_game_v1.md b/en/docs/products/evb/a316_v71_game_v1.md index e9225e1..6af33b6 100644 --- a/en/docs/products/evb/a316_v71_game_v1.md +++ b/en/docs/products/evb/a316_v71_game_v1.md @@ -60,9 +60,9 @@ __Virtual 7.1 Gaming Sound Card Evaluation Board__ | Type | Title | Download | |:--------:|:------------------------|:------------------------| - | Instructions for Use | [:material-file-document-outline: GM68311_VC1 48KHz/16bit Virtual 7.1 Gaming Sound Card Instructions for Use](../../dev_doc/evb/a316_v71_game_v1/user_guide-en.md) | | - -=== "Size" + | User Guide | [:material-file-document-outline: GM68311_VC1 48KHz/16bit Virtual 7.1 Gaming Sound Card User Guide](../../dev_doc/evb/a316_v71_game_v1/user_guide.md) | | + +=== "Dimensions" - Length: 65mm - Width: 24mm @@ -146,10 +146,9 @@ __Virtual 7.1 Gaming Sound Card Evaluation Board__ - **LED Indicator**: Displays current audio effects mode and noise reduction mode status - **Mute Function**: Supports microphone mute control -## Consultation and Feedback - +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/evb/index.md b/en/docs/products/evb/index.md index b547c5f..48e662d 100644 --- a/en/docs/products/evb/index.md +++ b/en/docs/products/evb/index.md @@ -7,11 +7,13 @@ hide: --8<-- "common/phaten_xmos_support_img.md"
+
# Development Evaluation Boards ---- + +
diff --git a/en/docs/products/evb/xk_audio_316_mc_ab.md b/en/docs/products/evb/xk_audio_316_mc_ab.md index c16f5fe..6f893f0 100644 --- a/en/docs/products/evb/xk_audio_316_mc_ab.md +++ b/en/docs/products/evb/xk_audio_316_mc_ab.md @@ -10,8 +10,8 @@ title: XMOS XK-AUDIO-316-MC-AB USB Multi-Channel Audio Evaluation Board Developm ![XK-AUDIO-316-MC-AB USB Multi-Channel Audio Evaluation Board Development Board](../../../assets/images/\xk_audio_316_mc_ab/xk_audio_316_mc_ab_block.png "XK-AUDIO-316-MC-AB USB Multi-Channel Audio Evaluation Board Development Board"){align=right width=350} -## Board Introduction -The xcore.ai multi-channel audio platform provides a scalable and flexible hardware and software solution suitable for various consumer and professional audio products. This multi-channel audio platform is based on an xcore.ai multi-core processor: XU316-1024-TQ128-C24, which includes a high-speed USB 2.0 PHY, flexible general-purpose input/output (GPIO), and 16 logical cores, capable of providing up to 2400 MIPS of deterministic processing power. The hardware response time guaranteed by xcore technology always ensures audio streams from the USB host have minimal latency and perfect bit streams. XMOS XTC development tools support rapid customization to achieve product differentiation features. +## Evaluation Board Introduction +The xcore.ai multi-channel audio platform provides a scalable and flexible hardware and software solution for various consumer and professional audio products. This multi-channel audio platform is based on an xcore.ai multi-core processor; XU316-1024-TQ128-C24, which includes a high-speed USB 2.0 PHY, flexible general-purpose input/output (GPIO), and 16 logical cores capable of delivering up to 2400 MIPS of deterministic processing power. The guaranteed hardware response time of xcore technology always ensures audio streaming from USB host with minimum latency and perfect bit streaming. XMOS XTC development tools support rapid customization to achieve product differentiation features.
@@ -23,20 +23,19 @@ The xcore.ai multi-channel audio platform provides a scalable and flexible hardw - **Lossless Audio Transmission** - Supports high-resolution audio playback up to 192kHz, 32-bit via PCM. - Flexible clock architecture supports multiple synchronization configurations, enabling low-jitter, high-quality audio capture and playback. -- **Rapid Development Cycle** - - Provides source code reference software and integrated development toolkit, deployable royalty-free, enabling rapid time-to-market. +- **Fast Development Cycle** + - Provides source code reference software and integrated development tool suite, royalty-free deployment for rapid time-to-market. - **Flexible I/O Interfaces** - - Implements synchronous multi-channel playback and recording of up to 8 channels or more through the host interface. - - Predictable, highly responsive powerful processing capability that can be flexibly customized according to specific product requirements. + - Enables up to 8 or more synchronized multi-channel playback and recording through host interface. + - Predictable, highly responsive and powerful processing capability, can be flexibly customized according to specific product requirements.
-## Detailed Board Parameters and Materials -For detailed parameters and materials on the official evaluation board, please refer to [XK-AUDIO-316-MC-AB Detailed Information](https://www.xmos.com/xk-audio-316-mc-ab) - -## Consultation and Feedback +## Evaluation Board Detailed Specifications and Documentation +For detailed specifications and documentation of the official evaluation board, please refer to [XK-AUDIO-316-MC-AB Details](https://www.xmos.com/xk-audio-316-mc-ab) +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/evb/xk_voice_l71.md b/en/docs/products/evb/xk_voice_l71.md index e9d956d..b7574d0 100644 --- a/en/docs/products/evb/xk_voice_l71.md +++ b/en/docs/products/evb/xk_voice_l71.md @@ -1,36 +1,34 @@ --- -title: XMOS XK-VOICE-L71 2MIC Voice Development Evaluation Board +title: XMOS XK-VOICE-L71 2-Mic Voice Development Evaluation Board --- -# XMOS XK-VOICE-L71 2MIC Voice Development Evaluation Board +# XMOS XK-VOICE-L71 2-Mic Voice Development Evaluation Board --8<-- "common/phaten_xmos_support_img.md" +![XK-VOICE-L71 2-Mic Voice Development Evaluation Board](../../../assets/images/xk_voice_l71/XMOS_XK_VOICE_L71_Rev2.png "XK-VOICE-L71 2-Mic Voice Development Evaluation Board"){align=right width=350} - -![XK-VOICE-L71 2MIC Voice Development Evaluation Board](../../../assets/images/xk_voice_l71/XMOS_XK_VOICE_L71_Rev2.png "XK-VOICE-L71 2MIC Voice Development Evaluation Board"){align=right width=350} - -## Board Introduction -The XK-VOICE-L7 voice reference design evaluation kit can be used as a Raspberry Pi HAT for integration with sample AVS clients, or independently as a USB peripheral connected to a host system. +## Evaluation Board Introduction +The XK-VOICE-L71 voice reference design evaluation kit can be used as a Raspberry Pi HAT integrated with sample AVS client, or as a standalone USB peripheral connected to host system. ## Features - XU316-1024-QF60A-C24 xcore.ai processor - Raspberry Pi HAT connector -- 2 Infineon IM69D130 MEMS microphones +- 2x Infineon IM69D130 MEMS microphones - 71mm microphone spacing - Microphone mute switch - Speaker output (line level) - Supports USB / I2S Host interface -## Detailed Board Parameters and Materials -For detailed parameters and materials on the official evaluation board, please refer to [XK-VOICE-L71 Detailed Information](https://www.xmos.com/xk-voice-l71) +## Evaluation Board Detailed Specifications and Documentation +For detailed specifications and documentation of the official evaluation board, please refer to [XK-VOICE-L71 Details](https://www.xmos.com/xk-voice-l71) -## Consultation and Feedback +## Inquiry and Feedback
-Click to expand consultation and feedback form + Click to expand inquiry and feedback form ---8<-- "common/customer_form.md" + --8<-- "common/customer_form.md"
\ No newline at end of file diff --git a/en/docs/products/evb/xk_voice_sq66.md b/en/docs/products/evb/xk_voice_sq66.md index a534e08..eba90e4 100644 --- a/en/docs/products/evb/xk_voice_sq66.md +++ b/en/docs/products/evb/xk_voice_sq66.md @@ -1,18 +1,20 @@ --- -title: XMOS XVF3800 EVALUATION KIT 4MIC Voice Conference Evaluation Board +title: XMOS XVF3800 EVALUATION KIT 4-Mic Voice Conference Evaluation Board --- -# XMOS XVF3800 EVALUATION KIT 4MIC Voice Conference Evaluation Board +# XMOS XVF3800 EVALUATION KIT 4-Mic Voice Conference Evaluation Board --8<-- "common/phaten_xmos_support_img.md"
-![XVF3800 EVALUATION KIT 4MIC Voice Conference Evaluation Board](../../../assets/images/xk_voice_sq66/xk_voice_sq66.png "XVF3800 EVALUATION KIT 4MIC Voice Conference Evaluation Board"){align=right width=350} -## Board Introduction + +## Evaluation Board Introduction The XK-VOICE-SQ66 4-microphone voice conference evaluation kit is used to evaluate XVF3800 applications. - +
+ XVF3800 EVALUATION KIT 4-Mic Voice Conference Evaluation Board +
@@ -20,27 +22,27 @@ The XK-VOICE-SQ66 4-microphone voice conference evaluation kit is used to evalua - XU316-1024-QF60A-C24 xcore.ai processor - Raspberry Pi HAT connector -- 2 Infineon IM69D130 MEMS microphones +- 2x Infineon IM69D130 MEMS microphones - 71mm microphone spacing - Microphone mute switch - Speaker output (line level) - Supports USB / I2S Host interface - One xcore.ai processor - QSPI flash memory -- One Digital-to-Analog Converter (DAC) for audio output -- One USB interface and six PDM microphones. +- One digital-to-analog converter (DAC) for audio output +- One USB interface and 6 PDM microphones. - These microphones can be configured as a 100mm linear array or a 66mm square four-microphone array to accommodate different enclosures. -- An expansion connector can be installed, allowing users to connect their own custom microphone arrays to the device. -- Firmware loading and debug access are provided through XMOS standard XSYS2 connector, which supports the XTAG4 debug adapter. -- The board can operate independently, equipped with a 40-pin HAT-specification compliant connector and form factor, allowing it to be mounted on top of a Raspberry Pi host. +- An expansion connector can be installed, enabling users to connect their own custom microphone arrays to the device. +- Firmware loading and debug access through XMOS standard XSYS2 connector, supporting XTAG4 debug adapter. +- The board can operate independently, equipped with a 40-pin HAT-compliant connector and form factor, allowing it to be mounted on top of a Raspberry Pi host. -## Detailed Board Parameters and Materials -For detailed parameters and materials on the official evaluation board, please refer to [XVF3800 EVALUATION KIT Detailed Information](https://www.xmos.com/xk-voice-sq66) +## Evaluation Board Detailed Specifications and Documentation +For detailed specifications and documentation of the official evaluation board, please refer to [XVF3800 EVALUATION KIT Details](https://www.xmos.com/xk-voice-sq66) -## Consultation and Feedback +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/game/gm67211_vc1.md b/en/docs/products/game/gm67211_vc1.md index dc0dc0a..cc152e1 100644 --- a/en/docs/products/game/gm67211_vc1.md +++ b/en/docs/products/game/gm67211_vc1.md @@ -11,7 +11,7 @@ hide:
# GM67211_VC1 -__48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with EQ/FPS Enhancement and I²S Input Interface__ +__48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with Integrated EQ/FPS Enhancement and I²S Input Interface__
@@ -20,11 +20,11 @@ __48KHz Low-Latency Virtual 7.1 Gaming Audio Processor with EQ/FPS Enhancement a
![GM67211_VC1 Block Diagram](/assets/images/hifi_audio/gm67211_diagram.png "GM67211 Block Diagram"){align=right width=350} -GM67211 is a high-performance audio processor developed specifically for the PS5/SWITCH gaming market, supporting PCM 48KHz/16bit format, providing gamers with an immersive audio experience. This product is developed based on the XMOS high-performance chip, specifically optimized for gaming audio processing. +GM67211 is a high-performance audio processor specifically developed for the PS5/SWITCH gaming market, supporting PCM 48KHz/16bit format to provide gamers with an immersive audio experience. This product is developed based on XMOS high-performance chips and optimized specifically for gaming audio processing. -- GM67211 supports I²S digital audio input interface, processes through built-in SA virtual 7.1 algorithm, and outputs high-quality 2-channel analog audio signals, meeting gaming audio playback needs. -- GM67211 features built-in SA virtual 7.1 algorithm that converts 7.1 channels to 2-channel analog output through human ear-optimized algorithms, allowing users to experience full surround sound and sound positioning effects in games through headphones. -- This product adopts standard I²S interface design with good compatibility and can work with various HDMI Repeaters. +- GM67211 supports I²S digital audio input interface. After processing through the built-in SA virtual 7.1 algorithm, it outputs high-quality 2-channel analog audio signals to meet gaming audio playback requirements. +- GM67211 features a built-in SA virtual 7.1 algorithm that synthesizes 7.1 channels into 2-channel analog output through a human ear-optimized algorithm, allowing users to experience full surround sound effects and sound localization through headphones. +- This product adopts a standard I²S interface design with excellent compatibility, and can work with various HDMI Repeaters. [:fontawesome-regular-file-pdf: GM67211_VC1 Product Brief](/assets/product_brief_pdf/GM67211_产品简介_48KHz低延时虚拟7.1游戏音频处理器集成EQ_FPS增强及I²S输入接口.pdf){.md-button } [:material-file-document-outline: GM67211 Datasheet](../../dev_doc/datasheet/std_product/game/gm67211_vc1.md){.md-button } @@ -33,23 +33,23 @@ GM67211 is a high-performance audio processor developed specifically for the PS5 === "Key Features" - Supports 48kHz/16bit PCM format, optimized for gaming scenarios - - **SA Virtual 7.1 Algorithm**: Converts 7.1 channels to 2-channel output, full surround sound and sound positioning effects - - **FPS Gaming Enhancement Mode**: Optimized for first-person shooter games, enhances gunshots and footsteps, enhances spatial directional perception + - **SA Virtual 7.1 Algorithm**: Converts 7.1 channels to 2-channel output with full surround sound effects and sound localization + - **FPS Game Enhancement Mode**: Optimized for first-person shooter games, enhancing gunshots and footsteps with improved spatial directional perception === "Interface Support" - Supports I²S slave mode 8-channel audio input - Supports TDM 8-channel audio input - - Supports button and LED light control + - Supports button and LED control === "Gaming Audio Enhancement" - - **FPS Gaming Enhancement Mode** + - **FPS Game Enhancement Mode** - Optimized for first-person shooter games - Provides more precise spatial directional perception - - Enhances key sound effects such as footsteps and gunshots + - Enhances critical sound effects such as footsteps and gunshots - Improves competitive gaming performance - **SA Virtual 7.1 Algorithm** - - Converts 7.1 channels to 2-channel output through special algorithms - - Optimized for human ears, providing 360-degree full surround sound and sound positioning effects + - Converts 7.1 channels to 2-channel output through specialized algorithm + - Optimized for human ears, providing 360-degree full surround sound and sound localization effects === "Hardware Specifications" @@ -109,7 +109,7 @@ GM67211 is a high-performance audio processor developed specifically for the PS5 --- - Used to evaluate the performance of the GM67211 module in gaming audio applications, supporting AI noise reduction, virtual 7.1, and FPS gaming mode, providing gaming sound effect configuration software + Used to evaluate the performance of GM67211 module in gaming audio applications, supporting AI noise reduction, virtual 7.1, and FPS gaming modes, with gaming audio configuration software provided [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_v71_game_v1/index.md) diff --git a/en/docs/products/game/gm68211l_vc1.md b/en/docs/products/game/gm68211l_vc1.md new file mode 100644 index 0000000..1c98424 --- /dev/null +++ b/en/docs/products/game/gm68211l_vc1.md @@ -0,0 +1,171 @@ +--- +title: GM68211L +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# GM68211L +__Gaming Audio Decoder Specifically Developed for Gaming Market with Spatial Audio and AI Noise Reduction Technology__ + +
+
+ + +
+![GM68211L Block Diagram](/assets/images/hifi_audio/gm68211l_diagram.png "GM68211L Block Diagram"){align=right width=450} +GM68211L is a gaming audio decoder developed based on the A316-Mini-V1 module, optimized specifically for gaming audio processing. Supporting PCM 48KHz/16bit format, it provides gamers with an immersive audio experience. + +GM68211L supports USB Audio Class 1.0/2.0 interface, providing USB input to I²S output transmission functionality, while also supporting I²S input to USB output bidirectional transmission, meeting gaming communication and content creation requirements. + +GM68211L features built-in advanced AI DNR deep learning noise reduction technology, which not only eliminates conventional background noise but also effectively reduces burst noise such as keyboard typing and mouse clicking, making it particularly suitable for gaming communication scenarios. The built-in SA spatial audio algorithm can synthesize 7.1 channels into 2-channel output through human ear-optimized algorithms, allowing users to experience 360-degree surround sound through headphones. Optimized for FPS (First-Person Shooter) gaming mode, it provides more accurate spatial directionality, clearer footsteps and gunshots, significantly enhancing the gaming experience. + +GM68211L's optimized low-power design is particularly suitable for gaming peripherals and portable devices, making it an ideal choice for cost-effective gaming audio solutions. + +[:material-file-document-outline: GM68211L Datasheet](../solutions/phifi_audio/chinese-doc.md){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +
+ +## Key Features +- **Gaming Audio Optimized Design** + - Audio processing algorithms optimized for gaming scenarios + - Low-latency audio transmission + - Suitable for gaming headsets and gaming peripheral integration +- **Basic Audio Processing** + - Supports 48kHz/16bit PCM format + - Supports USB and I²S interfaces + - Supports 16bit audio data format +- **Gaming Audio Enhancement Features** + - **FPS Gaming Enhancement Mode** + - Optimized specifically for first-person shooter games + - Provides more accurate spatial directionality + - Enhances key sound effects such as footsteps and gunshots + - Improves gaming competitive performance + - **SA Spatial Audio Algorithm** + - Converts 7.1 channels to 2-channel output through special algorithms + - Optimized for human ears, providing 360-degree surround sound experience + - Preset dedicated parameters for different scenarios such as gaming, music, movies + - One-click switching between different scenarios for optimal spatial audio experience + - **AI DNR Deep Learning Noise Reduction Technology** + - Noise elimination model based on deep learning + - Effectively filters conventional background noise + - Intelligently identifies and eliminates burst noise such as keyboard typing and mouse clicking + - Particularly suitable for gaming communication scenarios +- **Professional Audio Processing** + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces + - Supports 8-band equalizer adjustment + - Supports custom sound effect configuration via UART interface + +- **Multiple Digital Interface Support** + - Supports USB audio input + - Supports I²S master mode audio output + - Supports I²S master mode audio input to USB output (bidirectional transmission) + - Supports UART configuration interface + +- **USB Interface Features** + - Supports UAC 1.0 + - Supports UAC 2.0 + - Supports firmware upgrade via USB + - Supports HID, can upgrade MCU firmware via HID + +- **System Compatibility** + - UAC 2.0 protocol, supports ASIO + - Supports multiple operating systems such as Windows, Linux, Android, macOS, and iOS + + +=== "Specifications" + + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + + + +=== "Supported Input/Output Modes" + + | Mode Number | Input/Output Mode | Description | + |:--------:|:------------------------|:------------------------| + | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0, supports 48KHz/16bit | + | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0, fixed 48KHz/16bit | + | 3 | I²S(Master) in-USB(UAC2.0) out | I²S input, USB output, UAC2.0, supports bidirectional transmission | + | 4 | I²S(Master) in-USB(UAC1.0) out | I²S input, USB output, UAC1.0, supports bidirectional transmission | + + +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Datasheet | [:material-file-document-outline: GM68211L Datasheet]() | [:material-download:]() | + + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | | [:material-tools: XU316 Configuration Tool :material-download:]() | + | Drivers | | [:material-tools: Drivers :material-download:]() | + | Gaming Audio Configuration Tool | | [:material-tools: Gaming Audio Configuration Software :material-download:]() | + + +## Application Scenarios + + - Gaming headsets and gaming-specific audio devices + - Gaming live streaming and content creation + - Esports peripherals and accessories + - Gaming communication devices + - Multiplayer gaming collaboration devices + + +## Ordering Information + +| Product Name | Product Model | Product Image | +|:--------|:------------------------|:------------------------:| +| 48KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processor with Integrated FPS Enhancement and I²S Bidirectional Interface | GM68211-VC1 |![GM68211-VC1](/assets/images/hifi_audio/gm68211_vc1.png "GM68211-VC1"){align=center width=120} | + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-GM-V1 Gaming Audio Processor Evaluation Board__ + + --- + + For evaluating GM68211L module performance in gaming audio applications, supports AI noise reduction, spatial audio, and FPS gaming mode, provides gaming audio configuration software + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + +
+ + + +## Related Solutions + +
+ +- :material-cube: __Gaming Headset Audio Enhancement Solution__ + + --- + + Gaming headset audio enhancement solution based on GM68211L module, providing spatial audio processing and noise reduction functions, suitable for integration into various gaming headset products + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + +
+ +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/game/gm68311_vc1.md b/en/docs/products/game/gm68311_vc1.md index a4d20c5..351eeb0 100644 --- a/en/docs/products/game/gm68311_vc1.md +++ b/en/docs/products/game/gm68311_vc1.md @@ -19,13 +19,13 @@ __48KHz Low-Latency Virtual 7.1 and AI Noise Reduction USB Gaming Audio Processo
![GM68311_VC1 Block Diagram](/assets/images/hifi_audio/gm68311_diagram.png "GM68311 Block Diagram"){align=right width=350} -GM68311 is a gaming sound card developed based on the A316-Mini-V1 module, optimized for gaming audio processing, supporting PCM 48KHz/16bit format, providing gamers with an immersive audio experience. +GM68311 is a gaming sound card optimized for gaming audio processing, developed based on the A316-Mini-V1 module. It supports PCM 48KHz/16bit format to provide gamers with an immersive audio experience. -GM68311_VC1 supports USB Audio Class 1.0/2.0 interface, providing USB input to I²S output transmission, while also supporting I²S input to USB output bidirectional transmission, meeting gaming audio playback and communication needs. +GM68311_VC1 supports USB Audio Class 1.0/2.0 interface, providing USB input to I²S output transmission functionality, while also supporting I²S input to USB output bidirectional transmission, meeting gaming audio playback and communication requirements. -GM68311_VC1 features advanced AI DNR deep learning noise reduction technology with 50ms low latency, perfectly removing keyboard, mouse, and various other non-stationary noise while preserving only vocals, particularly suitable for gaming scenarios. +GM68311_VC1 features advanced AI DNR deep learning noise reduction technology with 50ms low latency, perfectly removing keyboards, mice, and various other non-stationary noises while preserving only human voice, making it particularly suitable for gaming scenarios. -GM68311_VC1 features built-in SA virtual 7.1 algorithm that converts 7.1 channels to 2-channel output through human ear-optimized algorithms, allowing users to experience full surround sound and sound positioning effects in games through headphones. +GM68311_VC1 features a built-in SA virtual 7.1 algorithm that synthesizes 7.1 channels into 2-channel output through a human ear-optimized algorithm, allowing users to experience full surround sound effects and sound localization through headphones. [:fontawesome-regular-file-pdf: GM68311_VC1 Product Brief](/assets/product_brief_pdf/GM68311_产品简介_48KHz低延时虚拟7.1及AI降噪USB游戏音频处理器集成FPS增强及I²S双向接口.pdf){.md-button } [:material-file-document-outline: GM68311 Datasheet](../../dev_doc/datasheet/std_product/game/gm68311_vc1.md){.md-button } @@ -34,33 +34,33 @@ GM68311_VC1 features built-in SA virtual 7.1 algorithm that converts 7.1 channel === "Key Features" - Supports 48kHz/16bit PCM format, optimized for gaming scenarios - - **SA Virtual 7.1 Algorithm**: Converts 7.1 channels to 2-channel output, full surround sound and sound positioning effects - - **AI DNR Deep Learning Noise Reduction Technology**: 50ms low latency, perfectly removes keyboard, mouse, and various other non-stationary noise, preserving only vocals - - **FPS Gaming Enhancement Mode**: Optimized for first-person shooter games, enhances gunshots and footsteps, enhances spatial directional perception + - **SA Virtual 7.1 Algorithm**: Converts 7.1 channels to 2-channel output with full surround sound effects and sound localization + - **AI DNR Deep Learning Noise Reduction Technology**: 50ms low latency, perfectly removes keyboards, mice, and various other non-stationary noises while preserving only human voice + - **FPS Game Enhancement Mode**: Optimized for first-person shooter games, enhancing gunshots and footsteps with improved spatial directional perception === "Interface Support" - Supports USB audio input - Supports I²S master mode audio output - Supports I²S master mode audio input to USB output (bidirectional transmission) - - Supports button and LED light control + - Supports button and LED control === "USB Interface Features" - Supports UAC 1.0 - Supports firmware upgrade via USB === "Gaming Audio Enhancement" - - **FPS Gaming Enhancement Mode** + - **FPS Game Enhancement Mode** - Optimized for first-person shooter games - Provides more precise spatial directional perception - - Enhances key sound effects such as footsteps and gunshots + - Enhances critical sound effects such as footsteps and gunshots - Improves competitive gaming performance - **SA Virtual 7.1 Algorithm** - - Converts 7.1 channels to 2-channel output through special algorithms - - Optimized for human ears, providing 360-degree full surround sound and sound positioning effects + - Converts 7.1 channels to 2-channel output through specialized algorithm + - Optimized for human ears, providing 360-degree full surround sound and sound localization effects - **AI DNR Deep Learning Noise Reduction Technology** - Based on deep learning noise cancellation model - - Effectively filters conventional background noise - - Intelligently identifies and eliminates burst noise such as keyboard typing and mouse clicks + - Effectively filters regular background noise + - Intelligently identifies and eliminates sudden noises such as keyboard typing and mouse clicking - Particularly suitable for gaming communication scenarios === "Codec Support" @@ -108,7 +108,7 @@ GM68311_VC1 features built-in SA virtual 7.1 algorithm that converts 7.1 channel --- - Used to evaluate the performance of the GM68311 module in gaming audio applications, supporting AI noise reduction, virtual 7.1, and FPS gaming mode, providing gaming sound effect configuration software + Used to evaluate the performance of GM68311 module in gaming audio applications, supporting AI noise reduction, virtual 7.1, and FPS gaming modes, with gaming audio configuration software provided [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_v71_game_v1/index.md) @@ -122,7 +122,7 @@ GM68311_VC1 features built-in SA virtual 7.1 algorithm that converts 7.1 channel --- - Gaming headset audio enhancement solution based on the GM68311 module, providing virtual 7.1 processing and noise reduction functions, suitable for integration into various gaming headset products + Gaming headset audio enhancement solution based on GM68311 module, providing virtual 7.1 processing and noise reduction functionality, suitable for integration into various gaming headset products [:octicons-arrow-right-24: View Details](../../solutions/v71_gaming_sound_solution.md) diff --git a/en/docs/products/game/index.md b/en/docs/products/game/index.md index 1977004..c7aba40 100644 --- a/en/docs/products/game/index.md +++ b/en/docs/products/game/index.md @@ -1,5 +1,5 @@ --- -title: USB Virtual 7.1 Gaming Sound Card Product Series +title: USB Virtual 7.1 Gaming Sound Card Series Core Modules hide: -toc --- @@ -7,20 +7,20 @@ hide: --8<-- "common/phaten_xmos_support_img.md" -# Virtual 7.1 Gaming Sound Card Product Series +# Virtual 7.1 Gaming Sound Card Series Core Modules !!! info "Product List"
- | **Product (Feature:material-arrow-down:) (Model:material-arrow-right:)** | **GM68311-VC1** | **GM67211-VC1** | + | **Product (Features:material-arrow-down:) (Model:material-arrow-right:)** | **GM68311-VC1** | **GM67211-VC1** | |---------------------|---------------------|---------------------| | **USB Audio Class** | UAC1.0 | ✗ | | **Audio Quality** | 48kHz/16bit | 48kHz/16bit | | **Game Audio Processing** | USB → EQ/FPS/SA → Handset | I2S(8CH) → EQ/FPS/SA → Handset | | **MIC Audio Processing** | MIC → AI DNR → USB | ✗ | | **EQ** | ✔ (8-band) | ✔ (8-band) | - | **AI Deep Noise Reduction** | ✔ (50ms low latency, perfectly removes keyboard, mouse, and various other non-stationary noises, preserving only vocals) | ✗ | - | **FPS** | ✔ (Enhances gunfire and footsteps in FPS games, enhances spatial directional perception) | ✔ (Enhances gunfire and footsteps in FPS games, enhances spatial directional perception) | + | **AI Deep Noise Reduction** | ✔ (50ms low latency, perfectly removes keyboards, mice, and various other non-stationary noises, preserving only human voice) | ✗ | + | **FPS** | ✔ (Enhances gunshots and footsteps in FPS games, improves spatial directional perception) | ✔ (Enhances gunshots and footsteps in FPS games, improves spatial directional perception) | | **SA (Virtual 7.1)** | ✔ | ✔ | | **Support Codec** | TLV320AIC3204 | Built-in DAC | | **Status** | Active | Active | diff --git a/en/docs/products/hifi_audio/a316_1926v1/index.md b/en/docs/products/hifi_audio/a316_1926v1/index.md index 5d991c1..bb1a8d2 100644 --- a/en/docs/products/hifi_audio/a316_1926v1/index.md +++ b/en/docs/products/hifi_audio/a316_1926v1/index.md @@ -1,19 +1,21 @@ --- -title: A316-1926V1 USB Multichannel HD Audio Decoder Module Datasheet +title: A316-1926V1 USB Multi-Channel HD Audio Decoder Module Specification --- -# A316-1926V1 USB Multichannel Audio Decoder Module Datasheet + +# A316-1926V1 USB Multi-Channel Audio Decoder Module Specification --8<-- "common/phaten_xmos_support_img.md"
-![A316-1926V1 USB Multichannel Audio Decoder Module](/assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB Multichannel Audio Decoder Module"){align=right width=300} -## 1. Product Introduction +![A316-1926V1 USB Multi-Channel Audio Decoder Module](../../../assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB Multi-Channel Audio Decoder Module"){align=right width=250} +## 1. Product Overview ### 1.1 Product Description -- The A316-1926V1 is a USB multichannel HD audio decoder module. The module utilizes XMOS's XU316-1024-QF60BC24 chip and integrates high-precision DC-DC chips to output 1.8V and 0.9V voltages for XU316. The module includes 48.152MHz and 49.152MHz active crystals to meet the requirements of different HD audio sampling rates. It features a built-in 24MHz crystal and 16Mbit Flash for storing audio firmware. -- The A316-1926V1 offers a USB AUDIO sound card device with full-speed and high-speed compatible USB2.0 interface, supporting up to 768 kHz sampling rates in USB 2.0 asynchronous mode. -- With different firmwares, A316-1926V1 can process up to 6 channels of SPDIF HD audio and 2 channels of I2S HD audio signals, meeting the needs of various HD audio decoders. +- The A316-1926V1 is a USB multi-channel high-definition audio decoder module. The module utilizes the XMOS XU316-1024-QF60BC24 chip and integrates a high-precision DC-DC converter that provides 1.8V and 0.9V outputs to the XU316. The module incorporates 48.152MHz and 49.152MHz active crystals to support various high-definition audio sampling rates. The A316-1926V1 includes the 24MHz crystal required by the XU316 and a 16Mbit Flash memory for storing audio firmware. +- The A316-1926V1 provides a USB audio device compatible with USB 2.0 full-speed and high-speed interfaces. In USB 2.0 asynchronous mode, it supports sampling rates up to 768 kHz. +- With different firmware configurations, the A316-1926V1 can process up to 6 channels of SPDIF high-definition audio and 2 channels of I2S high-definition audio signals, meeting diverse high-definition audio decoder requirements. +
### 1.2 Product Features @@ -28,23 +30,24 @@ title: A316-1926V1 USB Multichannel HD Audio Decoder Module Datasheet - S/PDIF (Optical/Coaxial) - Direct Stream Digital (DSD) - ADAT -- **Supported Sampling Rates** +- **Supported Audio Sampling Rates** - PCM: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768kHz - - DSD: DSD64, DSD128, DSD256, DSD512 - - DOP: DOP64, DOP128, DOP256 + - DSD: DSD 64, DSD 128, DSD 256, DSD 512 + - DOP: DOP 64, DOP 128, DOP 256 - **System Compatibility** - - UAC 2.0 protocol, supports ASIO, compatible with multiple operating systems such as Windows, Linux, Android, MAC OS, and iOS, etc. + - UAC 2.0 protocol with ASIO support, compatible with multiple operating systems including Windows, Linux, Android, macOS, and iOS ### 1.3 Product Block Diagram
- ![A316-1926V1 Block Diagram](/assets/images/hifi_audio/a316_1926v1_diagram.png "A316-1926V1 Block Diagram"){width="600"} + ![A316-1926V1 Block Diagram](../../../assets/images/hifi_audio/a316_1926v1_diagram.png "A316-1926V1 Block Diagram"){width="600"}
## 2. [Product Technical Documentation](../../../dev_doc/hifi_audio/a316_1926v1/index.md) + ## 3. Product Purchase: -Product Model | Function Description | Status | Purchase -:------------------------ | :-------------------------------------- | :-----------: | :-------------: -A316-1926V1 | USB Multichannel High-Definition Audio Decoder Module | On Sale | [A316-1926V1](https://detail.1688.com/offer/781956090278.html?_t=1714031321311&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0) +Product Model | Description | Status | Purchase +:------------------------- | :--------------------------------------------- | :--------------: | :----------------: +A316-1926V1 | USB Multi-Channel HD Audio Decoder Module | Available | [A316-1926V1](https://detail.1688.com/offer/781956090278.html?_t=1714031321311&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0) diff --git a/en/docs/products/hifi_audio/hf83311_vb1.md b/en/docs/products/hifi_audio/hf83311_vb1.md index b2b3caa..1f87b66 100644 --- a/en/docs/products/hifi_audio/hf83311_vb1.md +++ b/en/docs/products/hifi_audio/hf83311_vb1.md @@ -11,7 +11,7 @@ hide:
# HF83311_VB1/HF83311Q_VB1 -__Multi-channel PCM 768KHz/DSD512 USB HiFi Decoder with USB Input and I2S/SPDIF Output__ +__Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB Input and I2S/SPDIF Output__
@@ -19,15 +19,15 @@ __Multi-channel PCM 768KHz/DSD512 USB HiFi Decoder with USB Input and I2S/SPDIF
![HF83311_VB1/HF83311Q_VB1 Block Diagram](/assets/images/hifi_audio/hf83311_diagram.png "HF83311_VB1/HF83311Q_VB1 Block Diagram"){align=right width=450} -HF83311_VB1/HF83311Q_VB1 is a USB HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for USB HiFi decoder audio applications. +HF83311_VB1/HF83311Q_VB1 is a USB HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, designed specifically for USB HiFi decoder audio applications. HF83311_VB1/HF83311Q_VB1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interfaces. -HF83311_VB1/HF83311Q_VB1 provides multiple input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting the requirements of different application scenarios. +HF83311_VB1/HF83311Q_VB1 provides various input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting different application requirements. [:material-file-document-outline: HF83311_VB1/HF83311Q_VB1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf83311_vb1.md){.md-button } [:material-file-document-outline: A316-1926-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_1926_v1_datasheet.md){.md-button } -[:shopping_cart: Purchase Sample](){.md-button title="Not yet available" } +[:shopping_cart: Purchase Samples](){.md-button title="Not yet available" }
=== "Key Features" @@ -35,8 +35,8 @@ HF83311_VB1/HF83311Q_VB1 provides multiple input/output modes, including USB inp - Supports DSD64/128/256/512 formats - Supports MQA (HF83311Q_VB1 model only) - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates - - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB + - SSRC specification: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB + - ASRC specification: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 16-32bit audio data formats - Supports S/PDIF output @@ -54,8 +54,7 @@ HF83311_VB1/HF83311Q_VB1 provides multiple input/output modes, including USB inp === "System Compatibility" - UAC 2.0 protocol, supports ASIO - - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS - + - Supports multiple operating systems including Windows, Linux, Android, macOS and iOS === "Hardware Specifications" @@ -69,7 +68,7 @@ HF83311_VB1/HF83311Q_VB1 provides multiple input/output modes, including USB inp === "Input/Output Modes" - | Mode No. | Input/Output Mode | Description | + | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0 | | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0 | @@ -101,7 +100,7 @@ HF83311_VB1/HF83311Q_VB1 provides multiple input/output modes, including USB inp | Type | Description | Download | |:--------:|:------------------------|:------------------------| | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | ## Related Evaluation Boards @@ -111,7 +110,7 @@ HF83311_VB1/HF83311Q_VB1 provides multiple input/output modes, including USB inp --- - For evaluating the performance of HF83311_VB1 module in USB HiFi audio applications, providing multiple input/output interfaces and software deployment tools + Used to evaluate the performance of HF83311_VB1 module in USB HiFi audio applications, providing various input/output interfaces and software deployment tools [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_dac_v1/index.md) @@ -133,9 +132,9 @@ HF83311_VB1/HF83311Q_VB1 provides multiple input/output modes, including USB inp
-## Contact and Feedback +## Consultation and Feedback
-Click to expand contact and feedback form +Click to expand consultation and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/hifi_audio/hf83311_vc1.md b/en/docs/products/hifi_audio/hf83311_vc1.md index dcbd14d..9472dd9 100644 --- a/en/docs/products/hifi_audio/hf83311_vc1.md +++ b/en/docs/products/hifi_audio/hf83311_vc1.md @@ -1,143 +1,143 @@ ---- -title: HF83311_VC1/HF83311Q_VC1 -hide: - -toc ---- - - ---8<-- "common/phaten_xmos_support_img.md" - -
-
- -# HF83311_VC1/HF83311Q_VC1 -__Multi-channel PCM 768KHz/DSD512 USB HiFi Decoder with USB Input and I2S/SPDIF Output__ - -
-
- - -
-![HF83311_VC1/HF83311Q_VC1 Block Diagram](/assets/images/hifi_audio/hf83311_diagram.png "HF83311_VC1/HF83311Q_VC1 Block Diagram"){align=right width=450} -HF83311_VC1/HF83311Q_VC1 is a USB HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for USB HiFi decoder audio applications. - -HF83311_VC1/HF83311Q_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interfaces. - -HF83311_VC1/HF83311Q_VC1 provides multiple input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting the requirements of different application scenarios. - -[:material-file-document-outline: HF83311_VC1/HF83311Q_VC1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf83311_vc1.md){.md-button } -[:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } -[:shopping_cart: Purchase Sample](){.md-button title="Not yet available" } -
- -=== "Key Features" - - Supports input and output sampling rates up to 768kHz - - Supports DSD64/128/256/512 formats - - Supports MQA (HF83311Q_VB1 model only) - - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates - - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - - Supports 16-32bit audio data formats - - Supports S/PDIF output - -=== "Digital Interface Support" - - Supports USB audio input - - Supports I²S master mode audio output - - Supports S/PDIF audio output - - Supports UART configuration interface - -=== "USB Interface Features" - - Supports UAC 1.0 - - Supports UAC 2.0 - - Supports firmware upgrade via USB - - Supports HID, allows MCU firmware upgrade via HID - -=== "System Compatibility" - - UAC 2.0 protocol, supports ASIO - - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS - - -=== "Hardware Specifications" - - **Normal Operating Conditions** - - --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" - - **Product Dimensions** - --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" - - -=== "Input/Output Modes" - - | Mode No. | Input/Output Mode | Description | - |:--------:|:------------------------|:------------------------| - | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0 | - | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0 | - | 3 | USB IN(UAC2.0)-SPDIF OUT | USB input, S/PDIF output, UAC2.0 | - - - -=== "Application Scenarios" - - - USB HiFi Decoder - - USB HiFi Audio Interface - - USB HiFi Digital Player - - USB Portable HiFi Decoder - -## Documentation and Tools - -=== "Technical Documentation" - - | Type | Title | Download | - |:--------:|:------------------------|:------------------------| - | Datasheet | [:material-file-document-outline: HF83311-VC1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf83311_vc1.md) | [:material-download:] | - | Datasheet | [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md) | [:material-download:] | - | Reference Design | | [:material-download:] | - | Application Manual | | [:material-download:] | - | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../dev_doc/protocols/xu316_zerocode_protocol.md) | [:material-download:] | - - -=== "Tools and Software" - - | Type | Description | Download | - |:--------:|:------------------------|:------------------------| - | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | - - -## Related Evaluation Boards -
- -- :material-developer-board: __A316-HF-DAC-V1 USB HiFi Audio Decoder Evaluation Board__ - - --- - - For evaluating the performance of HF83311_VC1 module in USB HiFi audio applications, providing multiple input/output interfaces and software deployment tools - - [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_dac_v1/index.md) - -
- - - -## Related Solutions - -
- -- :material-cube: __USB HiFi Audio Decoder Solution__ - - --- - - USB portable HiFi audio decoder solution based on HF83311_VC1 module, supporting EQ and MQA - - [:octicons-arrow-right-24: View Details](../../solutions/hifi_audio/portable_usb_hifi_lowpower_decoder.md) - -
- -## Contact and Feedback -
-Click to expand contact and feedback form - ---8<-- "common/customer_form.md" - -
+--- +title: HF83311_VC1/HF83311Q_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# HF83311_VC1/HF83311Q_VC1 +__Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB Input and I2S/SPDIF Output__ + +
+
+ + +
+![HF83311_VC1/HF83311Q_VC1 Block Diagram](/assets/images/hifi_audio/hf83311_diagram.png "HF83311_VC1/HF83311Q_VC1 Block Diagram"){align=right width=450} +HF83311_VC1/HF83311Q_VC1 is a USB HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, designed specifically for USB HiFi decoder audio applications. + +HF83311_VC1/HF83311Q_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interfaces. + +HF83311_VC1/HF83311Q_VC1 provides various input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting different application requirements. + +[:material-file-document-outline: HF83311_VC1/HF83311Q_VC1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf83311_vc1.md){.md-button } +[:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } +[:shopping_cart: Purchase Samples](){.md-button title="Not yet available" } +
+ +=== "Key Features" + - Supports input and output sampling rates up to 768kHz + - Supports DSD64/128/256/512 formats + - Supports MQA (HF83311Q_VB1 model only) + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates + - SSRC specification: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB + - ASRC specification: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB + - Supports 16-32bit audio data formats + - Supports S/PDIF output + +=== "Digital Interface Support" + - Supports USB audio input + - Supports I²S master mode audio output + - Supports S/PDIF audio output + - Supports UART configuration interface + +=== "USB Interface Features" + - Supports UAC 1.0 + - Supports UAC 2.0 + - Supports firmware upgrade via USB + - Supports HID, allows MCU firmware upgrade via HID + +=== "System Compatibility" + - UAC 2.0 protocol, supports ASIO + - Supports multiple operating systems including Windows, Linux, Android, macOS and iOS + + +=== "Hardware Specifications" + + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + + +=== "Input/Output Modes" + + | Mode Number | Input/Output Mode | Description | + |:--------:|:------------------------|:------------------------| + | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0 | + | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0 | + | 3 | USB IN(UAC2.0)-SPDIF OUT | USB input, S/PDIF output, UAC2.0 | + + + +=== "Application Scenarios" + + - USB HiFi Decoder + - USB HiFi Audio Interface + - USB HiFi Digital Player + - USB Portable HiFi Decoder + +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Datasheet | [:material-file-document-outline: HF83311-VC1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf83311_vc1.md) | [:material-download:] | + | Datasheet | [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md) | [:material-download:] | + | Reference Design | | [:material-download:] | + | Application Manual | | [:material-download:] | + | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../dev_doc/protocols/xu316_zerocode_protocol.md) | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-HF-DAC-V1 USB HiFi Audio Decoder Evaluation Board__ + + --- + + Used to evaluate the performance of HF83311_VC1 module in USB HiFi audio applications, providing various input/output interfaces and software deployment tools + + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_dac_v1/index.md) + +
+ + + +## Related Solutions + +
+ +- :material-cube: __USB HiFi Audio Decoder Solution__ + + --- + + USB portable HiFi audio decoder solution based on HF83311_VC1 module, supporting EQ and MQA + + [:octicons-arrow-right-24: View Details](../../solutions/hifi_audio/portable_usb_hifi_lowpower_decoder.md) + +
+ +## Consultation and Feedback +
+Click to expand consultation and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/hifi_audio/hf86611_vb1.md b/en/docs/products/hifi_audio/hf86611_vb1.md index 136a5a6..e4104a1 100644 --- a/en/docs/products/hifi_audio/hf86611_vb1.md +++ b/en/docs/products/hifi_audio/hf86611_vb1.md @@ -11,7 +11,7 @@ hide:
# HF86611_VB1/HF86611Q_VB1 -__Multi-channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/4CH SPDIF Input and I2S Output__ +__Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/4CH SPDIF Input and I2S Output__
@@ -19,7 +19,7 @@ __Multi-channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/4CH SPDIF Input and
![HF86611_VB1/HF86611Q_VB1 Block Diagram](/assets/images/hifi_audio/hf86611_diagram.png "HF86611_VB1/HF86611Q_VB1 Block Diagram"){align=right width=450} -HF86611_VB1/HF86611Q_VB1 is a USB multi-channel and multi-interface HiFi audio decoder based on the A316-1926-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. +HF86611_VB1/HF86611Q_VB1 is a USB multi-channel and multi-interface HiFi audio decoder developed based on the A316-1926-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. HF86611_VB1/HF86611Q_VB1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, optical, and I²S interfaces. The flexible audio interfaces allow HF86611_VB1 to connect to various audio data converters, digital audio receivers, and digital signal processors. @@ -29,14 +29,14 @@ HF86611_VB1/HF86611Q_VB1 provides multiple input/output modes, including USB inp [:material-file-document-outline: HF86611_VB1/HF86611Q_VB1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf86611_vb1.md){.md-button } [:material-file-document-outline: A316-1926-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_1926_v1_datasheet.md){.md-button } -[:shopping_cart: Purchase Sample](){.md-button title="Not yet available" } +[:shopping_cart: Purchase Sample](){.md-button title="Not Yet Available" }
=== "Key Features" - Supports input and output sampling rates up to 768kHz - Supports DSD64/128/256/512 formats - Supports MQA (HF86611Q_VB1 model only) - - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and different sampling rates - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 16-32bit audio data formats @@ -69,7 +69,7 @@ HF86611_VB1/HF86611Q_VB1 provides multiple input/output modes, including USB inp === "Input/Output Modes" - | Mode No. | Input/Output Mode | Description | + | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0 | | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0 | @@ -140,4 +140,4 @@ HF86611_VB1/HF86611Q_VB1 provides multiple input/output modes, including USB inp --8<-- "common/customer_form.md" -
+
diff --git a/en/docs/products/hifi_audio/hf86611_vc1.md b/en/docs/products/hifi_audio/hf86611_vc1.md index b504b8c..a03d3c9 100644 --- a/en/docs/products/hifi_audio/hf86611_vc1.md +++ b/en/docs/products/hifi_audio/hf86611_vc1.md @@ -11,7 +11,7 @@ hide:
# HF86611_VC1/HF86611Q_VC1 -__Multi-channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/4CH SPDIF Input and I2S Output__ +__Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/4CH SPDIF Input and I2S Output__
@@ -21,7 +21,7 @@ __Multi-channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/4CH SPDIF Input and ![HF86611_VC1/HF86611Q_VC1 Block Diagram](/assets/images/hifi_audio/hf86611_diagram.png "HF86611_VC1/HF86611Q_VC1 Block Diagram"){align=right width=450} HF86611_VC1/HF86611Q_VC1 is a USB multi-channel and multi-interface HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. -HF86611_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, optical, and I²S interfaces. The flexible audio interfaces allow HF86611_VC1 to connect to various audio data converters, digital audio receivers, and digital signal processors. +HF86611_VC1 supports various standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, optical, and I²S interfaces. The flexible audio interfaces allow HF86611_VC1 to connect to various audio data converters, digital audio receivers, and digital signal processors. Compatible with AES3, S/PDIF, IEC 60958, and EIAJ CP-1201 digital audio interfaces. @@ -29,14 +29,14 @@ HF86611_VC1/HF86611Q_VC1 provides multiple input/output modes, including USB inp [:material-file-document-outline: HF86611_VC1/HF86611Q_VC1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf86611_vc1.md){.md-button } [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } -[:shopping_cart: Purchase Sample](){.md-button title="Not yet available" } +[:shopping_cart: Purchase Sample](){.md-button title="Not available yet" } === "Key Features" - Supports input and output sampling rates up to 768kHz - Supports DSD64/128/256/512 formats - - Supports MQA (HF86611Q_VB1 model only) - - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates + - Supports MQA (available in HF86611Q_VB1 model) + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and different sampling rates - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 16-32bit audio data formats @@ -56,10 +56,10 @@ HF86611_VC1/HF86611Q_VC1 provides multiple input/output modes, including USB inp === "System Compatibility" - UAC 2.0 protocol, supports ASIO - - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS + - Supports multiple operating systems such as Windows, Linux, Android, macOS and iOS -=== "Hardware Specifications" +=== "Hardware Parameters" **Normal Operating Conditions** @@ -105,8 +105,8 @@ HF86611_VC1/HF86611Q_VC1 provides multiple input/output modes, including USB inp | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | + | Debug Tool | |[:material-toolbox: Debug Tool](../../services_support/tools_software/index.md) | + | Driver | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | ## Related Evaluation Boards @@ -116,7 +116,7 @@ HF86611_VC1/HF86611Q_VC1 provides multiple input/output modes, including USB inp --- - For evaluating the performance of HF86611_VC1 module in HiFi audio applications, providing multiple input/output interfaces and software deployment tools + Used to evaluate the performance of HF86611_VC1 module in HiFi audio applications, providing multiple input/output interfaces and software deployment tools [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_dac_v1/index.md) @@ -132,15 +132,15 @@ HF86611_VC1/HF86611Q_VC1 provides multiple input/output modes, including USB inp --- - USB portable HiFi audio decoder solution based on HF86611_VC1 module, supporting low power consumption, EQ, and MQA + USB portable HiFi audio decoder solution based on HF86611_VC1 module, supporting low power consumption, EQ and MQA [:octicons-arrow-right-24: View Details](../../solutions/hifi_audio/portable_usb_hifi_lowpower_decoder.md) -## Contact and Feedback +## Inquiry and Feedback
-Click to expand contact and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/hifi_audio/hf87611_vb1.md b/en/docs/products/hifi_audio/hf87611_vb1.md index 8437575..952ea6c 100644 --- a/en/docs/products/hifi_audio/hf87611_vb1.md +++ b/en/docs/products/hifi_audio/hf87611_vb1.md @@ -19,23 +19,23 @@ __Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/I2S/2CH SPDIF Input
![HF87611_VB1/hf87611Q_VB1 Block Diagram](/assets/images/hifi_audio/hf87611_diagram.png "HF87611_VB1/hf87611Q_VB1 Block Diagram"){align=right width=450} -HF87611_VB1/hf87611Q_VB1 is a USB multi-channel and multi-interface HiFi audio decoder based on the A316-1926-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. +HF87611_VB1/hf87611Q_VB1 is a USB multi-channel and multi-interface HiFi audio decoder developed based on the A316-1926-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. HF87611_VB1/hf87611Q_VB1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, optical, HDMI ARC, and I²S interfaces. The flexible audio interfaces allow HF87611_VB1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. Compatible with AES3, S/PDIF, IEC 60958, and EIAJ CP-1201 digital audio interfaces. -HF87611_VB1/hf87611Q_VB1 provides multiple input/output modes, including USB input/I²S output, S/PDIF input/I²S output, I²S(slave) input/I²S(master) output, and USB input/S/PDIF output, meeting the needs of different application scenarios. +HF87611_VB1/hf87611Q_VB1 provides multiple input/output modes, including USB input/I²S output, S/PDIF input/I²S output, I²S(slave) input/I²S(master) output, and USB input/S/PDIF output, meeting the requirements of different application scenarios. [:material-file-document-outline: HF87611_VB1/hf87611Q_VB1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf87611_vb1.md){.md-button } [:material-file-document-outline: A316-1926-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_1926_v1_datasheet.md){.md-button } -[:shopping_cart: Purchase Sample](){.md-button title="Not yet available" } +[:shopping_cart: Purchase Samples](){.md-button title="Not Yet Available" }
=== "Key Features" - Supports input and output sampling rates up to 768kHz - Supports DSD64/128/256/512 formats - - Supports MQA (HF87611Q_VB1 model only) + - Supports MQA (supported by HF87611Q_VB1 model) - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and different sampling rates - SSRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - ASRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB @@ -60,7 +60,7 @@ HF87611_VB1/hf87611Q_VB1 provides multiple input/output modes, including USB inp - Supports multiple operating systems such as Windows, Linux, Android, macOS, and iOS -=== "Hardware Parameters" +=== "Hardware Specifications" **Normal Operating Conditions** @@ -71,7 +71,7 @@ HF87611_VB1/hf87611Q_VB1 provides multiple input/output modes, including USB inp === "Input/Output Modes" - | Mode No. | Input/Output Mode | Description | + | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0 | | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0 | @@ -103,8 +103,8 @@ HF87611_VB1/hf87611Q_VB1 provides multiple input/output modes, including USB inp | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + | Debug Tool | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Driver | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | ## Related Evaluation Boards @@ -114,7 +114,7 @@ HF87611_VB1/hf87611Q_VB1 provides multiple input/output modes, including USB inp --- - Used to evaluate the performance of HF87611_VB1 module in HiFi audio applications, providing multiple input/output interfaces and software deployment tools + Used to evaluate the performance of the HF87611_VB1 module in HiFi audio applications, providing multiple input/output interfaces and software deployment tools [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_dac_v1/index.md) @@ -130,15 +130,15 @@ HF87611_VB1/hf87611Q_VB1 provides multiple input/output modes, including USB inp --- - USB desktop HiFi audio decoder solution based on HF87611_VB1 module, supporting multi-channel high-resolution audio processing + USB desktop HiFi audio decoder solution based on the HF87611_VB1 module, supporting multi-channel high-resolution audio processing [:octicons-arrow-right-24: View Details](../../solutions/hifi_audio/multi_channel_usb_hifi_decoder_solution.md) -## Inquiry and Feedback +## Consultation and Feedback
-Click to expand inquiry and feedback form +Click to expand consultation and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/hifi_audio/hf87611_vc1.md b/en/docs/products/hifi_audio/hf87611_vc1.md index 0f3f28a..a344582 100644 --- a/en/docs/products/hifi_audio/hf87611_vc1.md +++ b/en/docs/products/hifi_audio/hf87611_vc1.md @@ -11,7 +11,7 @@ hide:
# HF87611_VC1/hf87611Q_VC1 -__Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/I2S/2CH SPDIF Input and I2S/SPDIF Output__ +__Multi-channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/I2S/2CH SPDIF Input and I2S/SPDIF Output__
@@ -25,22 +25,22 @@ HF87611_VC1 supports multiple standard audio formats, including USB Audio Class Compatible with AES3, S/PDIF, IEC 60958, and EIAJ CP-1201 digital audio interfaces. -HF87611_VC1/hf87611Q_VC1 provides multiple input/output modes, including USB input/I²S output, S/PDIF input/I²S output, I²S(slave) input/I²S(master) output, and USB input/S/PDIF output, meeting the needs of different application scenarios. +HF87611_VC1/hf87611Q_VC1 provides multiple input/output modes, including USB input/I²S output, S/PDIF input/I²S output, I²S (slave) input/I²S (master) output, and USB input/S/PDIF output, meeting the requirements of different application scenarios. [:material-file-document-outline: HF87611_VC1/hf87611Q_VC1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf87611_vc1.md){.md-button } [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } -[:shopping_cart: Purchase Sample](){.md-button title="Not yet available" } +[:shopping_cart: Purchase Samples](){.md-button title="Not yet available" } === "Key Features" - Supports input and output sampling rates up to 768kHz - Supports DSD64/128/256/512 formats - - Supports MQA (HF87611Q_VB1 model only) + - Supports MQA (supported by HF87611Q_VB1 model) - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and different sampling rates - - SSRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - - ASRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB + - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB + - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 16-32bit audio data formats - - Supports 2-channel S/PDIF input/output + - Supports 2 channels of S/PDIF input/output === "Digital Interface Support" - Supports USB audio input @@ -72,7 +72,7 @@ HF87611_VC1/hf87611Q_VC1 provides multiple input/output modes, including USB inp === "Input/Output Modes" - | Mode No. | Input/Output Mode | Description | + | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0 | | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0 | @@ -106,13 +106,13 @@ HF87611_VC1/hf87611Q_VC1 provides multiple input/output modes, including USB inp | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Debugging Tools | |[:material-toolbox: Debugging Tools](../../services_support/tools_software/index.md) | | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | ## Related Evaluation Boards
-- :material-developer-board: __A316-HF-DAC-V1 USB Desktop High-Definition Audio Decoder Evaluation Board__ +- :material-developer-board: __A316-HF-DAC-V1 USB Desktop HD Audio Decoder Evaluation Board__ --- diff --git a/en/docs/products/hifi_audio/hf87621_vb1.md b/en/docs/products/hifi_audio/hf87621_vb1.md index 06aad29..889e68d 100644 --- a/en/docs/products/hifi_audio/hf87621_vb1.md +++ b/en/docs/products/hifi_audio/hf87621_vb1.md @@ -11,7 +11,7 @@ hide:
# HF87621_VB1/HF87621Q_VB1 -__Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/I2S/3CH SPDIF Input and I2S Output__ +__Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder Supporting USB/I2S/3CH SPDIF Input and I2S Output__
@@ -19,23 +19,23 @@ __Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/I2S/3CH SPDIF Input
![HF87621_VB1/HF87621Q_VB1 Block Diagram](/assets/images/hifi_audio/hf87621_diagram.png "HF87621_VB1/HF87621Q_VB1 Block Diagram"){align=right width=450} -HF87621_VB1/HF87621Q_VB1 is a USB multi-channel and multi-interface HiFi audio decoder based on the A316-1926-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. +The HF87621_VB1/HF87621Q_VB1 is a USB multi-channel and multi-interface HiFi audio decoder based on the A316-1926-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. -HF87621_VB1/HF87621Q_VB1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, optical, HDMI ARC, and I²S interfaces. The flexible audio interfaces allow HF87621_VB1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. +The HF87621_VB1/HF87621Q_VB1 supports various standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, optical, HDMI ARC, and I²S interfaces. The flexible audio interfaces allow the HF87621_VB1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. Compatible with AES3, S/PDIF, IEC 60958, and EIAJ CP-1201 digital audio interfaces. -HF87621_VB1/HF87621Q_VB1 provides multiple input/output modes, including USB input/I²S output, S/PDIF input/I²S output, and I²S(slave) input/I²S(master) output, meeting the needs of different application scenarios. +The HF87621_VB1/HF87621Q_VB1 provides multiple input/output modes, including USB input/I²S output, S/PDIF input/I²S output, and I²S (slave) input/I²S (master) output, meeting the requirements of different application scenarios. [:material-file-document-outline: HF87621_VB1/HF87621Q_VB1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf87621_vb1.md){.md-button } [:material-file-document-outline: A316-1926-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_1926_v1_datasheet.md){.md-button } -[:shopping_cart: Purchase Sample](){.md-button title="Not yet available" } +[:shopping_cart: Purchase Samples](){.md-button title="Not yet available" }
=== "Key Features" - Supports input and output sampling rates up to 768kHz - Supports DSD64/128/256/512 formats - - Supports MQA (HF87621Q_VB1 model only) + - Supports MQA (supported in HF87621Q_VB1 model) - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and different sampling rates - SSRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - ASRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB diff --git a/en/docs/products/hifi_audio/hf87621_vc1.md b/en/docs/products/hifi_audio/hf87621_vc1.md index 5b982f1..dfc32c1 100644 --- a/en/docs/products/hifi_audio/hf87621_vc1.md +++ b/en/docs/products/hifi_audio/hf87621_vc1.md @@ -19,13 +19,13 @@ __Multi-Channel PCM 768KHz/DSD512 USB HiFi Decoder with USB/I2S/3CH SPDIF Input
![HF87621_VC1/HF87621Q_VC1 Block Diagram](/assets/images/hifi_audio/hf87621_diagram.png "HF87621_VC1/HF87621Q_VC1 Block Diagram"){align=right width=350} -HF87621_VC1/HF87621Q_VC1 is a USB multi-channel and multi-interface HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. +HF87621_VC1/HF87621Q_VC1 is a USB multi-channel and multi-interface HiFi audio decoder developed based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for HiFi decoder audio applications. HF87621_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0, S/PDIF, optical, HDMI ARC, and I²S interfaces. The flexible audio interfaces allow HF87621_VC1 to connect to various audio data converters, digital audio receivers and transmitters, and digital signal processors. Compatible with AES3, S/PDIF, IEC 60958, and EIAJ CP-1201 digital audio interfaces. -HF87621_VC1/HF87621Q_VC1 provides multiple input/output modes, including USB input/I²S output, S/PDIF input/I²S output, and I²S(slave) input/I²S(master) output, meeting the needs of different application scenarios. +HF87621_VC1/HF87621Q_VC1 provides multiple input/output modes, including USB input/I²S output, S/PDIF input/I²S output, I²S(slave) input/I²S(master) output, meeting the requirements of different application scenarios. [:material-file-document-outline: HF87621_VC1/HF87621Q_VC1 Datasheet](../../dev_doc/datasheet/std_product/hifi_audio/hf87621_vc1.md){.md-button } [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } @@ -35,10 +35,10 @@ HF87621_VC1/HF87621Q_VC1 provides multiple input/output modes, including USB inp === "Key Features" - Supports input and output sampling rates up to 768kHz - Supports DSD64/128/256/512 formats - - Supports MQA (HF87621Q_VB1 model only) - - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and different sampling rates - - SSRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - - ASRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB + - Supports MQA (supported in HF87621Q_VB1 model) + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates + - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB + - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 16-32bit audio data formats - Supports 3-channel S/PDIF input @@ -53,12 +53,11 @@ HF87621_VC1/HF87621Q_VC1 provides multiple input/output modes, including USB inp - Supports UAC 1.0 - Supports UAC 2.0 - Supports firmware upgrade via USB - - Supports HID, MCU firmware can be upgraded via HID + - Supports HID, MCU firmware upgrade via HID === "System Compatibility" - UAC 2.0 protocol, supports ASIO - - Supports multiple operating systems such as Windows, Linux, Android, macOS, and iOS - + - Supports multiple operating systems, such as Windows, Linux, Android, macOS and iOS === "Hardware Parameters" @@ -72,7 +71,7 @@ HF87621_VC1/HF87621Q_VC1 provides multiple input/output modes, including USB inp === "Input/Output Modes" - | Mode No. | Input/Output Mode | Description | + | Mode Number | Input/Output Mode | Description | |:--------:|:------------------------|:------------------------| | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0 | | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0 | @@ -107,7 +106,7 @@ HF87621_VC1/HF87621Q_VC1 provides multiple input/output modes, including USB inp | Type | Description | Download | |:--------:|:------------------------|:------------------------| | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + | Driver | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | ## Related Evaluation Boards
@@ -132,7 +131,7 @@ HF87621_VC1/HF87621Q_VC1 provides multiple input/output modes, including USB inp --- - USB portable HiFi audio decoder solution based on HF87621_VC1 module, supporting low power consumption, EQ, and MQA + USB portable HiFi audio decoder solution based on HF87621_VC1 module, supporting low power consumption, EQ and MQA [:octicons-arrow-right-24: View Details](../../solutions/hifi_audio/portable_usb_hifi_lowpower_decoder.md) diff --git a/en/docs/products/hifi_audio/index.md b/en/docs/products/hifi_audio/index.md index ae3b30b..be2cf67 100644 --- a/en/docs/products/hifi_audio/index.md +++ b/en/docs/products/hifi_audio/index.md @@ -1,5 +1,5 @@ --- -title: USB HiFi Decoder Product Series +title: USB HiFi Decoder Core Module Series hide: -toc --- @@ -7,13 +7,13 @@ hide: --8<-- "common/phaten_xmos_support_img.md" -# USB HiFi Decoder Product Series +# USB HiFi Decoder Core Module Series -## I. A316-1926-V1 Module-Based Product Series +## I. Core Modules Based on A316-1926-V1
![A316-1926V1 USB Multi-Channel Audio Decoder Module](/assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB Multi-Channel Audio Decoder Module"){align=right width=150 style="margin-bottom: 0px;"} -A316-1926V1 is a USB multi-channel high-definition audio decoder module. The module uses XMOS XU316-1024-QF60BC24 chip and integrates high-precision DC-DC chips that output 1.8V and 0.9V voltages to the XU316. The module integrates 45.158MHz and 49.152MHz active crystals to meet different high-definition audio sampling rate requirements. The module has a built-in 24MHz crystal required by XU316 and a 16Mbit Flash for storing audio firmware. +A316-1926V1 is a USB multi-channel high-definition audio decoder module. The module uses XMOS XU316-1024-QF60BC24 chip and integrates high-precision DC-DC chips that output 1.8V and 0.9V voltages for XU316. The module integrates 45.158MHz and 49.152MHz active crystals to meet different high-definition audio sample rate requirements. The module includes the 24MHz crystal required by XU316 and 16Mbit Flash for storing audio firmware. [:material-file-document-outline: A316-1926-V1 Module Details](../../products/modules/a316_1926v1.md){.md-button }
@@ -22,16 +22,16 @@ A316-1926V1 is a USB multi-channel high-definition audio decoder module. The mod
!!! info "Product List" - The deliverable products in this list are: A316-1926-V1 modules pre-programmed with corresponding functional firmware + Products delivered in this list are: A316-1926-V1 modules pre-flashed with corresponding functional firmware
- | **Product(Function:material-arrow-down:)(Model:material-arrow-right:)** | [HF87621-VB1](./hf87621_vb1.md) | [HF87621Q-VB1](./hf87621_vb1.md) | [HF87611-VB1](./hf87611_vb1.md) | [HF87611Q-VB1](./hf87611_vb1.md) | [HF86611-VB1](./hf86611_vb1.md) | [HF86611Q-VB1](./hf86611_vb1.md) | [HF83311-VB1](./hf83311_vb1.md) | [HF83311Q-VB1](./hf83311_vb1.md) | + | **Product (Features:material-arrow-down:)(Model:material-arrow-right:)** | [HF87621-VB1](./hf87621_vb1.md) | [HF87621Q-VB1](./hf87621_vb1.md) | [HF87611-VB1](./hf87611_vb1.md) | [HF87611Q-VB1](./hf87611_vb1.md) | [HF86611-VB1](./hf86611_vb1.md) | [HF86611Q-VB1](./hf86611_vb1.md) | [HF83311-VB1](./hf83311_vb1.md) | [HF83311Q-VB1](./hf83311_vb1.md) | |----------|-------------|--------------|-------------|--------------|-------------|--------------|-------------|--------------| | **UAC2.0→I²S(M)** | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | | **UAC1.0→I²S(M)** | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | | **SPDIF→I²S(M)** | *MAX IN:PCM192kHz (3CH) | *MAX IN:PCM192kHz (3CH) | *MAX IN/OUT:PCM192kHz (2CH) | *MAX IN/OUT:PCM192kHz (2CH) | *MAX IN/OUT:PCM192kHz (4CH) | *MAX IN/OUT:PCM192kHz (4CH) | x | x | - | **UAC2.0→SPDIF** | x | x | MAX IN:384KHz,MAX OUT:PCM192KHz (SSRC) | MAX IN:384KHz,MAX OUT:PCM192KHz (SSRC) | x | x | MAX IN:384KHz,MAX OUT:PCM192KHz (SSRC) | MAX IN:384KHz,MAX OUT:PCM192KHz (SSRC) | - | **I²S(S)→I²S(M)** | MAX IN/OUT:PCM192KHz (ASRC) | MAX IN/OUT:PCM192KHz (ASRC) | MAX IN/OUT:PCM192KHz (ASRC) | MAX IN/OUT:PCM192KHz (ASRC) | x | x | x | x | + | **UAC2.0→SPDIF** | x | x | MAX IN:384KHz,MAX OUT:PCM192KHz（SSRC） | MAX IN:384KHz,MAX OUT:PCM192KHz（SSRC） | x | x | MAX IN:384KHz,MAX OUT:PCM192KHz（SSRC） | MAX IN:384KHz,MAX OUT:PCM192KHz（SSRC） | + | **I²S(S)→I²S(M)** | MAX IN/OUT:PCM192KHz（ASRC） | MAX IN/OUT:PCM192KHz（ASRC） | MAX IN/OUT:PCM192KHz（ASRC） | MAX IN/OUT:PCM192KHz（ASRC） | x | x | x | x | | **EQ** | ✔ | ✔ | ✔ | ✔ | ✔ | ✔ | ✔ | ✔ | | **MQA** | x | ✔ | x | ✔ | x | ✔ | x | ✔ | | **Status** | Active | Active | Active | Active | Active | Active | Active | Active | @@ -39,7 +39,7 @@ A316-1926V1 is a USB multi-channel high-definition audio decoder module. The mod ## Key Feature Descriptions -### HF87621 Series vs. HF87611 Series Comparison +### Comparison Between HF87621 Series and HF87611 Series - **HF87621-VB1 / HF87621Q-VB1**: - 3-channel S/PDIF input, no S/PDIF output - Retains I²S(S)→I²S(M) functionality @@ -59,11 +59,11 @@ A316-1926V1 is a USB multi-channel high-definition audio decoder module. The mod

-## II. A316-Mini-V1 Module-Based Product Series +## II. Core Modules Based on A316-Mini-V1
![A316-Mini-V1 USB Module](../../../assets/images/hifi_audio/a316_mini.png "A316-Mini-V1 USB High-Definition Audio Decoder Module"){align=right width=150} -A316-Mini-V1 is a mini module designed for compact products, with a module size of only 13mm x 13mm. The module integrates the XU316-1024-QF60BC24 chip, with a built-in 24MHz crystal required by XU316 and a 16Mbit Flash for storing audio firmware. +A316-Mini-V1 is a mini module designed for compact products, with dimensions of only 13mm×13mm. The module integrates XU316-1024-QF60BC24 chip and includes the 24MHz crystal required by XU316 and 16Mbit Flash for storing audio firmware. [:material-file-document-outline: A316-Mini-V1 Module Details](../../products/modules/a316-mini.md){.md-button }
@@ -74,16 +74,16 @@ A316-Mini-V1 is a mini module designed for compact products, with a module size !!! info "Product List" - The deliverable products in this list are: A316-Mini-V1 modules pre-programmed with corresponding functional firmware + Products delivered in this list are: A316-Mini-V1 modules pre-flashed with corresponding functional firmware
- | **Product(Function:material-arrow-down:)(Model:material-arrow-right:)** | [HF87621-VC1](./hf87621_vc1.md) | [HF87621Q-VC1](./hf87621_vc1.md) | [HF87611-VC1](./hf87611_vc1.md) | [HF87611Q-VC1](./hf87611_vc1.md) | [HF86611-VC1](./hf86611_vc1.md) | [HF86611Q-VC1](./hf86611_vc1.md) | [HF83311-VC1](./hf83311_vc1.md) | [HF83311Q-VC1](./hf83311_vc1.md) | + | **Product (Features:material-arrow-down:)(Model:material-arrow-right:)** | [HF87621-VC1](./hf87621_vc1.md) | [HF87621Q-VC1](./hf87621_vc1.md) | [HF87611-VC1](./hf87611_vc1.md) | [HF87611Q-VC1](./hf87611_vc1.md) | [HF86611-VC1](./hf86611_vc1.md) | [HF86611Q-VC1](./hf86611_vc1.md) | [HF83311-VC1](./hf83311_vc1.md) | [HF83311Q-VC1](./hf83311_vc1.md) | |---------------------|---------------------|---------------------|---------------------|---------------------|---------------------|---------------------|---------------------|---------------------| | **UAC2.0→I²S(M)** | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | MAX IN/OUT:PCM768KHz/DSD512/DOP256 | | **UAC1.0→I²S(M)** | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | Fix IN/OUT:PCM48kHz | | **SPDIF→I²S(M)** | *MAX IN:PCM192kHz (3CH) | *MAX IN:PCM192kHz (3CH) | *MAX IN/OUT:PCM192kHz (2CH) | *MAX IN/OUT:PCM192kHz (2CH) | *MAX IN/OUT:PCM192kHz (4CH) | *MAX IN/OUT:PCM192kHz (4CH) | x | x | - | **UAC2.0→SPDIF** | x | x | MAX IN:384KHz,MAX OUT:PCM192KHz (SSRC) | MAX IN:384KHz,MAX OUT:PCM192KHz (SSRC) | x | x | MAX IN:384KHz,MAX OUT:PCM192KHz (SSRC) | MAX IN:384KHz,MAX OUT:PCM192KHz (SSRC) | - | **I²S(S)→I²S(M)** | MAX IN/OUT:PCM192KHz (ASRC) | MAX IN/OUT:PCM192KHz (ASRC) | MAX IN/OUT:PCM192KHz (ASRC) | MAX IN/OUT:PCM192KHz (ASRC) | x | x | x | x | + | **UAC2.0→SPDIF** | x | x | MAX IN:384KHz,MAX OUT:PCM192KHz（SSRC） | MAX IN:384KHz,MAX OUT:PCM192KHz（SSRC） | x | x | MAX IN:384KHz,MAX OUT:PCM192KHz（SSRC） | MAX IN:384KHz,MAX OUT:PCM192KHz（SSRC） | + | **I²S(S)→I²S(M)** | MAX IN/OUT:PCM192KHz（ASRC） | MAX IN/OUT:PCM192KHz（ASRC） | MAX IN/OUT:PCM192KHz（ASRC） | MAX IN/OUT:PCM192KHz（ASRC） | x | x | x | x | | **EQ** | ✔ | ✔ | ✔ | ✔ | ✔ | ✔ | ✔ | ✔ | | **MQA** | x | ✔ | x | ✔ | x | ✔ | x | ✔ | | **Status** | Active | Active | Active | Active | Active | Active | Active | Active | @@ -91,7 +91,7 @@ A316-Mini-V1 is a mini module designed for compact products, with a module size ## VC1 Series Key Feature Descriptions -### HF87621 Series vs. HF87611 Series Comparison +### Comparison Between HF87621 Series and HF87611 Series - **HF87621-VC1 / HF87621Q-VC1**: - 3CH S/PDIF input, no S/PDIF output - Retains I²S(S)→I²S(M) functionality diff --git a/en/docs/products/index.md b/en/docs/products/index.md index 6bdffd8..91bc5b7 100644 --- a/en/docs/products/index.md +++ b/en/docs/products/index.md @@ -12,19 +12,19 @@ hide: # Core Modules --- -- [USB HiFi Decoders Core Modules](./hifi_audio/index.md) +- [USB HiFi Decoder Core Modules](./hifi_audio/index.md) -- [USB Low-Power Portable HiFi Decoders Core Modules](./phifi_audio/index.md) +- [USB Low-Power Portable HiFi Decoder Core Modules](./phifi_audio/index.md) -- [USB Live Streaming Microphones Core Modules](./ai_mic/index.md) +- [USB Streaming Microphone Core Modules](./ai_mic/index.md) -- [USB Virtual 7.1 Gaming Sound Cards Core Modules](./game/index.md) +- [USB Virtual 7.1 Gaming Sound Card Core Modules](./game/index.md) -- [AI DNR(Deep Noise Reduction) Core Modules](./ai_dnr/index.md) +- [AI DNR Deep Noise Reduction Core Modules](./ai_dnr/index.md) -- [USB OTG Integrated ASRC Core Modules](./usb_otg/index.md) +- [USB OTG with Integrated ASRC Core Modules](./usb_otg/index.md) -- [SRC(Audio Sample Rate Conversion) Core Modules](./src/index.md) +- [Audio Sample Rate Conversion (SRC) Core Modules](./src/index.md) - [PDM to I2S/TDM Conversion Core Modules](./pdm_2_i2s/index.md) diff --git a/en/docs/products/modules/a316-mini.md b/en/docs/products/modules/a316-mini.md index 57dee62..46717a5 100644 --- a/en/docs/products/modules/a316-mini.md +++ b/en/docs/products/modules/a316-mini.md @@ -1,27 +1,71 @@ --- -title: A316-Mini-V1 +title: A316-Mini-V1 Minimum Size USB High-Definition Audio Decoder Module +description: A316-Mini-V1 is a minimum size XU316 Mini module with dimensions of only 13mmx13mm, supporting 768KHz sampling rate, suitable for portable USB audio decoders, streaming microphones and other compact product designs. +keywords: A316-Mini-V1, minimum size module, USB audio decoder, XU316 module, portable audio decoder, 768KHz sampling rate, compact audio module, USB sound card, high-definition audio decoder, streaming microphone module hide: -toc --- + + + --8<-- "common/phaten_xmos_support_img.md"
+
# A316-Mini-V1 ---- -__XU316 Mini Module with Minimal Size Package__ +__Minimum Size XU316 Mini Module__
+
![A316-Mini-V1 USB Module](/assets/images/hifi_audio/a316_mini.png "A316-Mini-V1 USB High-Definition Audio Decoder Module"){align=right width=200 style="float: right; margin: 0 80px 0 80px;"} ## Product Overview -- A316-Mini-V1 is a Mini module designed for small-sized products, with a module size of only 13mmx13mm. The module integrates the XU316-1024-QF60BC24 chip, built-in 24MHz crystal required by XU316, and 16Mbit Flash for storing audio firmware. -- A316-Mini-V1 provides a USB Audio sound card device with USB 2.0 interface compatible with full-speed and high-speed, supporting sampling rates up to 768 KHz in USB 2.0 asynchronous mode. +- A316-Mini-V1 is a Mini module designed for compact products, with dimensions of only 13mmx13mm. The module integrates the XU316-1024-QF60BC24 chip, built-in 24MHz crystal required by XU316, and 16Mbit Flash for storing audio firmware. +- A316-Mini-V1 provides USB Audio device compatible with full-speed and high-speed USB 2.0 interface. In USB 2.0 asynchronous mode, it can support sampling rates up to 768 KHz. [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } [:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } @@ -31,24 +75,24 @@ __XU316 Mini Module with Minimal Size Package__ === "Key Features" - **Configuration Features** - 3.3V, 1.8V, 0.9V power supply - - Integrated 16Mbit QSPI Flash for storing firmware and data + - Integrated 16Mbit QSPI Flash for firmware and data storage - **USB Interface Features** - USB 2.0 (Full-speed and High-speed) - USB Audio Class 1.0 - USB Audio Class 2.0 - **System Compatibility** - - UAC 2.0 protocol, supports ASIO, compatible with multiple operating systems such as Windows, Linux, Android, MAC OS, and iOS + - UAC 2.0 protocol, supports ASIO, supports multiple operating systems including Windows, Linux, Android, macOS and iOS === "Specifications" - Item | Value - :------------------------ | :------------------------ - Main Controller Chip | XMOS XU316 + Item | Value + :------------------------ | :------------------------ + Main Controller | XMOS XU316 Operating Voltage | 3.3V, 1.8V, 0.9V - Operating Temperature | -20°C ~ 85°C + Operating Temperature | -20℃ ~ 85℃ Flash Size | 16M Bytes - Dimensions | 13mm x 13mm + Dimensions | 13mm x 13mm === "Application Scenarios" @@ -68,20 +112,21 @@ __XU316 Mini Module with Minimal Size Package__ === "Tools and Software" - + | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debugging Tools | |[:material-toolbox: Debugging Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | === "Custom Development" - Firmware Customization Service - Phaten Audio provides professional firmware customization development services based on the A316-Mini-V1 hardware module, developing proprietary firmware according to your specific requirements. + Firmware Customization Services + + Phaten Audio provides professional firmware customization development services based on A316-Mini-V1 hardware module, developing exclusive firmware according to your specific requirements. - Custom Development Process - * [x] Requirements analysis and solution determination - * [x] Firmware development and feature implementation + * [x] Requirement analysis and solution determination + * [x] Firmware development and function implementation * [x] Verification and testing * [x] Mass production support and technical services - Contact Us @@ -95,9 +140,9 @@ __XU316 Mini Module with Minimal Size Package__ --- - Used to evaluate the performance of the A316-Mini-V1 module in HiFi audio applications, providing various input/output interfaces and software deployment tools + Used to evaluate the performance of A316-Mini-V1 module in HiFi audio applications, providing multiple input/output interfaces and software deployment tools - [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_i2s_v1/index.md)
@@ -111,16 +156,15 @@ __XU316 Mini Module with Minimal Size Package__ --- - USB portable HiFi audio decoder solution based on the A316-Mini-V1 module, supporting low power consumption, EQ, and MQA + USB portable HiFi audio decoder solution based on A316-Mini-V1 module, supporting low power consumption, EQ and MQA - [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + [:octicons-arrow-right-24: View Details](../../solutions/hifi_audio/portable_usb_hifi_lowpower_decoder.md)
-## Consultation and Feedback - +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/modules/a316_1926v1.md b/en/docs/products/modules/a316_1926v1.md index 7ebcc68..3434292 100644 --- a/en/docs/products/modules/a316_1926v1.md +++ b/en/docs/products/modules/a316_1926v1.md @@ -1,5 +1,7 @@ --- -title: A316-1926-V1 +title: A316-1926-V1 USB Multi-Channel High-Definition Audio Decoder Module +description: A316-1926-V1 is a USB HiFi decoder dedicated XU316 module integrating 45.158MHz and 49.152MHz active crystals, supporting 768KHz sampling rate, capable of processing 6-channel SPDIF and 2-channel I2S high-definition audio signals, suitable for professional audio equipment and high-quality USB audio decoders. +keywords: A316-1926-V1, USB audio decoder, XU316 module, multi-channel audio, HiFi decoder, 768KHz sampling rate, SPDIF audio, I2S audio, professional audio equipment, USB sound card, high-definition audio decoder hide: -toc --- @@ -8,21 +10,23 @@ hide: --8<-- "common/phaten_xmos_support_img.md"
+
# A316-1926-V1 ---- -__XU316 Module with Integrated 45.158MHz and 49.152MHz Active Crystals for USB HiFi Decoding__ +__USB HiFi Decoder Dedicated XU316 Module with Integrated 45.158MHz and 49.152MHz Active Crystals__
+
-![A316-1926V1 USB Multi-channel Audio Decoder Module](/assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB Multi-channel Audio Decoder Module"){align=right width=200 style="float: right; margin: 0 80px 0 80px;"} -## Product Overview -- A316-1926V1 is a USB multi-channel high-definition audio decoder module. The module uses XMOS XU316-1024-QF60BC24 chip, integrates high-precision DC-DC chip, outputting 1.8V and 0.9V voltage to XU316. The module integrates 45.158MHz and 49.152MHz active crystals, meeting different high-definition audio sampling rate requirements. The module includes a built-in 24MHz crystal required by XU316 and 16Mbit Flash for storing audio firmware. -- A316-1926V1 provides a USB Audio sound card device with USB 2.0 interface compatible with full-speed and high-speed, supporting sampling rates up to 768 KHz in USB 2.0 asynchronous mode. -- With different firmware, A316-1926V1 can process up to 6 channels of SPDIF high-definition audio and 2 channels of I2S high-definition audio signals, meeting the requirements of various high-definition audio decoders. +## Product Overview +![A316-1926V1 USB Multi-Channel Audio Decoder Module](/assets/images/hifi_audio/a316_1926v1.png "A316-1926V1 USB Multi-Channel Audio Decoder Module"){ width=200 style="float: right; margin: 0 80px 0 80px;"} + +- A316-1926V1 is a USB multi-channel high-definition audio decoder module. The module uses XMOS XU316-1024-QF60BC24 chip, integrates high-precision DC-DC chip, outputs 1.8V and 0.9V voltages to XU316. The module integrates 45.158MHz and 49.152MHz active crystals to meet different high-definition audio sampling rate requirements. The module has built-in 24MHz crystal required by XU316 and 16Mbit Flash for storing audio firmware. +- A316-1926V1 provides USB Audio device compatible with full-speed and high-speed USB 2.0 interface. In USB 2.0 asynchronous mode, it can support sampling rates up to 768 KHz. +- With different firmware, A316-1926V1 can process up to 6 channels of SPDIF high-definition audio and 2 channels of I2S high-definition audio signals, meeting the needs of various high-definition audio decoders. [:material-file-document-outline: A316-1926-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_1926_v1_datasheet.md){.md-button } [:shopping_cart: Purchase Samples](https://detail.1688.com/offer/781956090278.html?_t=1714031321311&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } @@ -31,27 +35,27 @@ __XU316 Module with Integrated 45.158MHz and 49.152MHz Active Crystals for USB H === "Key Features" - **Configuration Features** - - Integrated high-precision DC-DC chip, requiring only 3.3V external power supply - - Integrated 45.158MHz and 49.152MHz active crystals, meeting HiFi application requirements - - Integrated 16Mbit QSPI Flash for storing firmware and data + - Integrated high-precision DC-DC chip, module requires only 3.3V external power supply + - Integrated 45.158MHz and 49.152MHz active crystals to meet HiFi application requirements + - Integrated 16Mbit QSPI Flash for firmware and data storage - **USB Interface Features** - USB 2.0 (Full-speed and High-speed) - USB Audio Class 1.0 - USB Audio Class 2.0 - **System Compatibility** - - UAC 2.0 protocol, supports ASIO, compatible with multiple operating systems such as Windows, Linux, Android, MAC OS, and iOS + - UAC 2.0 protocol, supports ASIO, supports multiple operating systems including Windows, Linux, Android, macOS and iOS === "Specifications" - Item | Value - :------------------------ | :------------------------ - Main Controller Chip | XMOS XU316 + Item | Value + :------------------------ | :------------------------ + Main Controller | XMOS XU316 Operating Voltage | 3.3V - Operating Temperature | -20°C ~ 85°C + Operating Temperature | -20℃ ~ 85℃ Flash Size | 16M Bytes Active Crystal | 45.158MHz/49.152MHz - Dimensions | 19mm x 26mm + Dimensions | 19.5mm x 26mm === "Application Scenarios" @@ -66,24 +70,24 @@ __XU316 Module with Integrated 45.158MHz and 49.152MHz Active Crystals for USB H | Type | Title | Download | |:--------:|:------------------------|:------------------------| | Datasheet | [:material-file-document-outline: A316-1926-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_1926_v1_datasheet.md) | [:material-download:] | - | 授权指导 | [:material-file-document-outline: A316-1926-V1模组授权工具说明](../../dev_doc/datasheet/modules/a316_1926_v1_datasheet.md) | [:material-download:] | + | Authorization Guide | [:material-file-document-outline: A316-1926-V1 Module Authorization Tool Instructions](../../dev_doc/datasheet/modules/a316_1926_v1_datasheet.md) | [:material-download:] | - === "Tools and Software" - + | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debugging Tools | |[:material-toolbox: Debugging Tools](../../services_support/tools_software/index.md) | - | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | === "Custom Development" - Firmware Customization Service - Phaten Audio provides professional firmware customization development services based on the A316-1926-V1 hardware module, developing proprietary firmware according to your specific requirements. + Firmware Customization Services + + Phaten Audio provides professional firmware customization development services based on A316-1926-V1 hardware module, developing exclusive firmware according to your specific requirements. - Custom Development Process - * [x] Requirements analysis and solution determination - * [x] Firmware development and feature implementation + * [x] Requirement analysis and solution determination + * [x] Firmware development and function implementation * [x] Verification and testing * [x] Mass production support and technical services - Contact Us @@ -97,9 +101,9 @@ __XU316 Module with Integrated 45.158MHz and 49.152MHz Active Crystals for USB H --- - Used to evaluate the performance of the A316-1926-V1 module in HiFi audio applications, providing various input/output interfaces and software deployment tools + Used to evaluate the performance of A316-1926-V1 module in HiFi audio applications, providing multiple input/output interfaces and software deployment tools - [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_dac_v1/index.md)
@@ -113,16 +117,15 @@ __XU316 Module with Integrated 45.158MHz and 49.152MHz Active Crystals for USB H --- - USB HiFi audio decoder solution based on the A316-1926-V1 module, supporting multi-channel high-resolution audio processing + USB HiFi audio decoder solution based on A316-1926-V1 module, supporting multi-channel high-resolution audio processing - [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + [:octicons-arrow-right-24: View Details](../../solutions/hifi_audio/multi_channel_usb_hifi_decoder_solution.md)
-## Consultation and Feedback - +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/modules/a316_codec_v1.md b/en/docs/products/modules/a316_codec_v1.md index 4b39b55..a655e2d 100644 --- a/en/docs/products/modules/a316_codec_v1.md +++ b/en/docs/products/modules/a316_codec_v1.md @@ -1,25 +1,69 @@ ---- -title: A316-Codec-V1 -hide: - -toc --- +title: A316-Codec-V1 USB AI Noise Reduction Microphone Module +description: A316-Codec-V1 is a USB AI noise reduction microphone module based on XMOS XU316 and Codec chip, supporting 16kHz/48kHz sampling rates and 16bit/24bit/32bit bit depths, suitable for streaming microphones, gaming headsets and other product applications. +keywords: A316-Codec-V1, USB microphone module, AI noise reduction microphone, XU316 module, streaming microphone, gaming headset, USB sound card, audio codec, noise reduction audio capture, USB audio device +hide: + -toc +--- + + + --8<-- "common/phaten_xmos_support_img.md"
+
# A316-Codec-V1 ---- __USB AI Noise Reduction Microphone Module Based on XMOS XU316 Chip__ +
![A316-Codec-V1 USB Codec Module](/assets/images/hifi_audio/a316_codec_v1.png "A316-Codec-V1 USB Codec Module"){align=right width=200 style="float: right; margin: 0 80px 0 80px;"} ## Product Overview -- A316-Codec-V1 is a module based on XMOS XU316 and Codec chip, specifically designed for scenarios requiring microphone input and headphone output. -- Combined with different firmware, it can be implemented in products such as streaming microphones and gaming headsets. +- A316-Codec-V1 is a module based on XMOS XU316 and Codec chip, specifically designed for MIC input and headphone amplifier output scenarios. +- With different firmware, it can implement streaming microphones, gaming headsets and other product applications. [:material-file-document-outline: A316-Codec-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_codec_v1_datasheet.md){.md-button } [:shopping_cart: Purchase Samples](https://detail.1688.com/offer/781956090278.html){.md-button } @@ -41,18 +85,18 @@ __USB AI Noise Reduction Microphone Module Based on XMOS XU316 Chip__ === "Specifications" Item | Value :------------------------ | :------------------------ - Main Controller Chip | XMOS XU316 - Operating Voltage | 3.3V - Operating Temperature | -20°C ~ 85°C + Main Controller | XMOS XU316 + Operating Voltage | 5V + Operating Temperature | -20℃ ~ 85℃ Sampling Rate | 16kHz/48kHz Bit Depth | 16bit/24bit/32bit Interface Type | USB 1.0/2.0 - Dimensions | 20mm x 30mm + Dimensions | 18mm x 35.16mm === "Application Scenarios" - - USB Live Streaming Microphones - - USB Gaming Headsets - - USB Noise Reduction Audio Capture + - USB streaming microphones + - USB gaming headsets + - USB noise reduction audio capture === "Technical Documentation" | Type | Title | Download | @@ -61,20 +105,20 @@ __USB AI Noise Reduction Microphone Module Based on XMOS XU316 Chip__ | Application Circuit | :material-file-document-outline: A316-Codec-V1 Application Circuit | [:material-download:](/assets/download/a316_codec_v1/A316_Codec_V1_Application.pdf) | === "Tools and Software" - + | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debugging Tools | |[:material-toolbox: Debugging Tools](../../services_support/tools_software/index.md) | + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | === "Custom Development" - Firmware Customization Service - - Phaten Audio provides professional firmware customization development services based on the A316-Codec-V1 hardware module, developing proprietary firmware according to your specific requirements. - + Firmware Customization Services + + Phaten Audio provides professional firmware customization development services based on A316-Codec-V1 hardware module, developing exclusive firmware according to your specific requirements. + - Custom Development Process - * [x] Requirements analysis and solution determination - * [x] Firmware development and feature implementation + * [x] Requirement analysis and solution determination + * [x] Firmware development and function implementation * [x] Verification and testing * [x] Mass production support and technical services - Contact Us @@ -93,8 +137,8 @@ __USB AI Noise Reduction Microphone Module Based on XMOS XU316 Chip__ - :material-developer-board: __A316-MIC-EVB USB AI Microphone Evaluation Board__ --- - Used to evaluate the performance of the A316-Codec-V1 module in voice collection and noise reduction applications, providing rich interfaces and testing functions - [:octicons-arrow-right-24: View Details](../../dev_doc/AImic/aimicUsed.md) + Used to evaluate the performance of A316-Codec-V1 module in voice collection and noise reduction applications, providing rich interfaces and test functions + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md)
@@ -104,15 +148,14 @@ __USB AI Noise Reduction Microphone Module Based on XMOS XU316 Chip__ - :material-cube: __USB Streaming Noise Reduction Microphone Solution__ --- - USB streaming noise reduction microphone solution based on the A316-Codec-V1 module, providing professional-grade voice collection and noise reduction effects - [:octicons-arrow-right-24: View Details](../../dev_doc/AImic/aimic-演示文档.md) + USB streaming noise reduction microphone solution based on A316-Codec-V1 module, providing professional-grade voice collection and noise reduction effects + [:octicons-arrow-right-24: View Details](../../solutions/xu316_usb_ai/xu316_usb_ai_suoltion.md)
-## Consultation and Feedback - +## Inquiry and Feedback
-Click to expand consultation and feedback form +Click to expand inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/modules/index.md b/en/docs/products/modules/index.md index 0a3c10c..7dd54ff 100644 --- a/en/docs/products/modules/index.md +++ b/en/docs/products/modules/index.md @@ -9,15 +9,15 @@ hide: # Hardware Module Products -| **Product(Function:material-arrow-down:)(Model:material-arrow-right:)** | [A316-1926-V1](../../products/modules/a316_1926v1.md) | [A316-Mini-V1](../../products/modules/a316-mini.md) | [A316-Codec-V1](../../products/modules/a316_codec_v1.md) | -|--------|-----------|-----------|-----------| -| **Product Image** | ![A316-1926-V1](/assets/images/hifi_audio/a316_1926v1_size.png "A316-1926-V1"){align=center height=20 width=100} | ![A316-Mini-V1](/assets/images/hifi_audio/a316_mini_size.png "A316-Mini-V1"){align=center height=20 width=100} | ![A316-Codec-V1](/assets/images/hifi_audio/a316_codec_v1_copy.png "A316-Codec-V1"){align=center height=20 width=180} | -| **Product Description** | The module uses XMOS XU316-1024-QF60BC24 chip, integrates high-precision DC-DC chip, outputting 1.8V and 0.9V voltage to XU316. The module integrates 48.152MHz and 49.152MHz active crystals, meeting different high-definition audio sampling rate requirements. | XMOS XU316 smallest size Mini module, requires external 3.3V, 1.8V and 0.9V power supply | Module based on XMOS XU316 and Codec chip, specially designed for MIC input and headphone output scenarios, supporting live streaming microphones, gaming headsets and other product applications | -| **Chipset Model** | XU316-1024-QF60B-C24 | XU316-1024-QF60B-C24 | XU316-1024-QF60B-C24 | -| **Flash** | 2M Bytes | 2M Bytes | 2M Bytes | -| **Crystal** | 48.152MHz/49.152MHz | - | - | -| **Codec** | - | - | NAU88L21 | -| **Voltage** | 3.3V | 3.3V/1.8V/0.9V | 5V | -| **Pin NO.** | 30 | 52 | 28 | -| **Dimensions** | 19mm × 26mm | 19mm × 26mm | 18mm × 35.16mm | -| **Status** | Active | Active | Active | +| **Product (Function:material-arrow-down:)(Model:material-arrow-right:)** | [A316-1926-V1](../../products/modules/a316_1926v1.md) | [A316-Mini-V1](../../products/modules/a316-mini.md) | [A316-Codec-V1](../../products/modules/a316_codec_v1.md) | +| --------------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------ | ---------------------------------------------------------------------------------------------------------- | ---------------------------------------------------------------------------------------------------------- | +| **Product Image** | ![A316-1926-V1](/assets/images/hifi_audio/a316_1926v1_size.png "A316-1926-V1"){align=center height=20 width=100} | ![A316-Mini-V1](/assets/images/hifi_audio/a316_mini_size.png "A316-Mini-V1"){align=center height=20 width=100} | ![A316-Codec-V1](/assets/images/hifi_audio/a316_codec_v1_copy.png "A316-Codec-V1"){align=center height=20 width=180} | +| **Product Description** | The module uses XMOS XU316-1024-QF60BC24 chip, integrates high-precision DC-DC chip, outputs 1.8V and 0.9V voltages to XU316.
The module integrates 48.152MHz and 49.152MHz active crystals to meet different high-definition audio sampling rate requirements. | XMOS XU316 minimum size Mini module, requires external 3.3V, 1.8V and 0.9V power supply | Module based on XMOS XU316 and Codec chip, specifically designed for MIC input and headphone amplifier output scenarios, supports streaming microphones, gaming headsets and other product applications | +| **Chipset Model** | XU316-1024-QF60B-C24 | XU316-1024-QF60B-C24 | XU316-1024-QF60B-C24 | +| **Flash** | 2M Bytes | 2M Bytes | 2M Bytes | +| **Crystal** | 48.152MHz/49.152MHz | - | - | +| **Codec** | - | - | NAU88L21 | +| **Voltage** | 3.3V | 3.3V/1.8V/0.9V | 5V | +| **Pin NO.** | 30 | 52 | 28 | +| **Dimensions** | 19.5mm × 26mm | 13mm × 13mm | 18mm × 35.16mm | +| **Status** | Active | Active | Active | diff --git a/en/docs/products/pbxu316-mic/PBXU316-LS-MIC-V1.md b/en/docs/products/pbxu316-mic/PBXU316-LS-MIC-V1.md new file mode 100644 index 0000000..ea6af01 --- /dev/null +++ b/en/docs/products/pbxu316-mic/PBXU316-LS-MIC-V1.md @@ -0,0 +1,31 @@ +# PBXU316-LS-MIC-V1 USB AI Noise Reduction Streaming Microphone Evaluation Board + +## Product Introduction +PBXU316-LS-MIC-V1 is a USB AI noise reduction streaming microphone evaluation board based on the XU316 chip, with dimensions of 30.3x80mm. This product adopts advanced AI noise reduction technology, specifically designed for professional USB recording, live streaming, and gaming scenarios. + +## Product Features +- High-Quality Audio Capture: Supports 48KHz-192KHz/24bit sampling, SNR>101dB +- AI Intelligent Noise Reduction: + - Effectively eliminates stationary and non-stationary noise + - Filters background noise such as keyboard sounds, button clicks, footsteps + - Maintains high-fidelity vocal output +- DSP Effects Processing: + - Limiter + - Compressor + - Reverb effects + - 10-band EQ adjustment +- Interfaces and Lighting Effects: + - USB Type-C interface + - 3.5mm headphone jack + - 3.5mm microphone jack + - Supports static/dynamic/music rhythm lighting effect modes + +## Product Technical Documentation + +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/pbxu316-mic/PBXU316-LS-MIC-V2.md b/en/docs/products/pbxu316-mic/PBXU316-LS-MIC-V2.md new file mode 100644 index 0000000..7000dab --- /dev/null +++ b/en/docs/products/pbxu316-mic/PBXU316-LS-MIC-V2.md @@ -0,0 +1,35 @@ +# PBXU316-LS-MIC-V1V102 USB AI Streaming Microphone Evaluation Board + +## Product Introduction +PBXU316-LS-MIC-V1V102 is a large-format (70x150mm) USB AI streaming microphone evaluation board designed with the XU316 chip, providing professional live streaming users with a superior recording experience. + +## Product Features +- Audio Specifications: + - Supports 48KHz-192KHz/24bit sampling + - SNR>101dB + - Automatic gain adjustment +- AI Noise Reduction Function: + - Intelligently eliminates various environmental noises + - Effectively filters background interference + - Maintains audio clarity +- Audio Effects Processing System: + - Limiter + - Compressor + - Reverb effects + - 10-band EQ adjustment +- Interfaces and Lighting Effects: + - USB Type-C interface + - 3.5mm headphone jack + - 3.5mm microphone jack + - Macaron wired microphone interface + - RGB dynamic lighting effects (static/dynamic/music rhythm) + +## Product Technical Documentation + +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/pdm_2_i2s/ot82111_vc1.md b/en/docs/products/pdm_2_i2s/ot82111_vc1.md new file mode 100644 index 0000000..904f058 --- /dev/null +++ b/en/docs/products/pdm_2_i2s/ot82111_vc1.md @@ -0,0 +1,145 @@ +--- +title: OT82111_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# OT82111_VC1 +__4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Integrated 2-Port I2S Slave Interfaces__ + +
+
+ + +
+![OT82111_VC1 Block Diagram](/assets/images/hifi_audio/ot82111_diagram.png "OT82111_VC1 Block Diagram"){align=right width=450} +OT82111 is a high-performance 4-channel ASRC audio sample rate converter specifically designed for mobile audio devices, integrating USB OTG interface and 2-port I²S slave interface functionality. This product is developed based on the XMOS high-performance chip, specifically optimized for applications such as live streaming sound cards and mobile audio interfaces. + +- The product features built-in high-precision 2 independent dual-channel ASRC sample rate converters, supporting sample rate conversion between 44.1kHz~192kHz and 48KHz, ensuring seamless conversion of audio signals between different sample rates. +- Through the USB OTG interface, the device can directly connect to mobile devices such as smartphones and tablets, utilizing UAC2.0 adaptive mode to achieve plug-and-play functionality, compatible with various platforms including Windows, Linux, Android, macOS, and iOS. +- The product features excellent audio performance specifications, with THD+N less than -130dB and SNR greater than 135dB, providing professional-grade audio processing solutions for audio equipment manufacturers. + +[:fontawesome-regular-file-pdf: OT82111_VC1 Product Brief](/assets/product_brief_pdf/OT82111_产品简介_4通道ASRC OTG 48KHz音频采样率转换器集成2路I2S从接口.pdf){.md-button } +[:material-file-document-outline: OT82111_VC1 Datasheet](../../dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md){.md-button } +[:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } +[:shopping_cart: Purchase Samples](){.md-button } +
+ +## Features and Parameters + +=== "Key Features" + - Exceptional audio quality + - THD+N < -130dB, SNR > 135dB + - ASRC supports sample rate conversion between 44.1kHz~192kHz and 48KHz + - Dynamic range ≥110dB, professional-grade audio performance + - 4-channel ASRC + - Built-in 2 independent dual-channel ASRC + - Can simultaneously process 2-channel upstream and 2-channel downstream ASRC conversion + - Supports I²S Slave mode audio interface + + +=== "USB Interface Features" + - Supports UAC 2.0 + - Supports OTG connection + - Plug-and-play, no driver installation required + +=== "System Compatibility" + - Supports multiple operating systems such as Windows, Linux, Android, macOS, and iOS + + + +=== "Hardware Parameters" + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Product Datasheet | [:material-file-document-outline: OT82111-VC1 Datasheet](../../dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md) | [:material-download:] | + | Hardware Datasheet | [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md) | [:material-download:] | + | Reference Design | | [:material-download:] | + | Application Manual | | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Driver](../../services_support/driver/index.md) | + + +## Application Scenarios + +- Mobile phone accompaniment/live streaming + - Play background music via mobile phone OTG while performing audio processing. Provides low-latency, high-fidelity audio experience + +- In-vehicle player + - Connect mobile phone to in-vehicle player USB to play songs through the vehicle player + +## Ordering Information + +| Product Name | Product Model | Product Image | +|:--------|:------------------------|:------------------------:| +| 4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Integrated 2-Port I2S Slave Interfaces | OT82111-VC1 |![OT82111-VC1](/assets/images/hifi_audio/ot82111_vc1.png "OT82111-VC1"){align=center width=120} | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-LS-MIC-V2 USB OTG to I²S Audio Decoder Evaluation Board__ + + --- + + The development board features a codec, allowing independent evaluation of OT82111_VC1 performance + + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_ls_mic_v2/index.md) + +- :material-developer-board: __A316-HF-I2S-V1 USB OTG to I²S Audio Decoder Evaluation Board__ + + --- + + The development board provides USB and I2S interfaces, allowing I2S connection to customer base board for evaluating OT82111_VC1 performance + + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_i2s_v1/index.md) + +
+ + + + + + + +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/pdm_2_i2s/xmau7118_vc1.md b/en/docs/products/pdm_2_i2s/xmau7118_vc1.md index a141309..e651119 100644 --- a/en/docs/products/pdm_2_i2s/xmau7118_vc1.md +++ b/en/docs/products/pdm_2_i2s/xmau7118_vc1.md @@ -8,22 +8,22 @@ hide:
# XMAU7118_VC1 -__16-Channel PDM to I²S/TDM Audio Converter with Dual PDM Clock Outputs and UART/I²C Configuration Interfaces__ +__16-Channel PDM to I²S/TDM Audio Converter with Dual PDM Clock Outputs and UART/I²C Configuration Interface__
![XMAU7118_VC1 Block Diagram](/assets/images/hifi_audio/xmau7118_diagram.png "XMAU7118_VC1 Block Diagram"){align=right width=450} -XMAU7118 is a professional-grade 16-channel PDM to I²S/TDM audio converter developed based on the high-performance XMOS chip, specifically designed for digital microphone array applications. This product supports 16 PDM digital microphone inputs and delivers 32-bit audio resolution with exceptional audio performance. +XMAU7118 is a professional-grade 16-channel PDM to I²S/TDM audio converter developed based on XMOS high-performance chips, specifically designed for digital microphone array applications. The product supports 16 PDM digital microphone inputs, providing 32-bit audio resolution and exceptional audio performance. - The product integrates powerful digital signal processing capabilities, supporting simultaneous input from 16 PDM microphones with output sample rates ranging from 4kHz to 192kHz, meeting the requirements of various audio capture application scenarios. -- Supports standard I²S and TDM audio output formats, providing 8 independent SDATA output channels that can operate in Master or Slave mode, offering extremely high flexibility for system integration. -- The product delivers exceptional audio performance with THD+N < -110dB and dynamic range up to 140dB, implementing complete parameter configuration through UART/I²C interfaces, providing audio equipment manufacturers with professional-grade multi-channel audio capture solutions. +- Supports standard I²S and TDM audio output formats, providing 8 independent SDATA output channels that can operate in Master or Slave mode, offering exceptional flexibility for system integration. +- The product delivers outstanding audio performance metrics with THD+N less than -110dB and dynamic range up to 140dB. Complete parameter configuration is achieved through UART/I²C interfaces, providing audio equipment manufacturers with a professional-grade multi-channel audio capture solution. [:fontawesome-regular-file-pdf: XMAU7118_VC1 Product Brief](/assets/product_brief_pdf/XMAU7118_产品简介_16通道PDM to I2S_TDM 转换器.pdf){.md-button } [:material-file-document-outline: XMAU7118_VC1 Datasheet](../../dev_doc/datasheet/std_product/pdm_2_i2s/xmau7118_vc1.md){.md-button } -[:shopping_cart: Buy Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button }
## Features and Specifications diff --git a/en/docs/products/phifi_audio/ph73211l_vc1.md b/en/docs/products/phifi_audio/ph73211l_vc1.md index ec2490f..9b5a4fe 100644 --- a/en/docs/products/phifi_audio/ph73211l_vc1.md +++ b/en/docs/products/phifi_audio/ph73211l_vc1.md @@ -23,7 +23,7 @@ hide:
# PH73211L_VC1/PH73211LQ_VC1 -__USB Low-Power HiFi Decoder with USB Input and I2S Output__ +__PCM 384KHz/DSD256 USB Low-Power HiFi Decoder with USB Input and I²S Output__
@@ -31,13 +31,13 @@ __USB Low-Power HiFi Decoder with USB Input and I2S Output__
![PH73211L_VC1/ph73211LQ_VC1 Block Diagram](/assets/images/hifi_audio/ph73211l_diagram.png "PH73211L_VC1/ph73211LQ_VC1 Block Diagram"){align=right width=450} -PH73211L_VC1/ph73211LQ_VC1 is a USB low-power HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 384KHz/DSD256, specifically designed for USB low-power HiFi decoder audio applications. +PH73211L_VC1/PH73211LQ_VC1 is a USB low-power HiFi audio decoder developed based on the A316-Mini-V1 module, supporting up to PCM 384KHz/DSD256, designed specifically for USB low-power HiFi decoder audio applications. PH73211L_VC1/ph73211LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interfaces. -PH73211L_VC1/ph73211LQ_VC1 features both low-power and high-performance modes to meet various application scenario requirements. +PH73211L_VC1/PH73211LQ_VC1 features both low-power and high-performance modes to meet different application scenario requirements. -PH73211L_VC1/ph73211LQ_VC1 provides USB input/I²S output mode to meet the demands of high-quality audio application scenarios. +PH73211L_VC1/PH73211LQ_VC1 provides USB input/I²S output mode to satisfy the demands of high-quality audio application scenarios. [:material-file-document-outline: PH73211L_VC1/ph73211LQ_VC1 Datasheet](../../dev_doc/datasheet/std_product/phifi_audio/ph73211l_vc1.md){.md-button } [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } @@ -50,9 +50,9 @@ PH73211L_VC1/ph73211LQ_VC1 provides USB input/I²S output mode to meet the deman | Chip Type | DSD 512 | PCM 768KHz | PCM 384KHz | PCM 192KHz | |---------|---------|------------|------------|------------| | **Low-Power Chip** | 113 mW | 146 mW | 128 mW | 123 mW | - | **Standard-Power Chip** | 227 mW | 232 mW | 227 mW | 222 mW | - | **Power Saved** | 114 mW | 86 mW | 99 mW | 99 mW | - | **Power Saved %** |50.22% | 37.07% | 43.61% | 44.59% | + | **Standard Power Chip** | 227 mW | 232 mW | 227 mW | 222 mW | + | **Power Savings** | 114 mW | 86 mW | 99 mW | 99 mW | + | **Power Savings %** |50.22% | 37.07% | 43.61% | 44.59% |
@@ -66,11 +66,11 @@ PH73211L_VC1/ph73211LQ_VC1 provides USB input/I²S output mode to meet the deman - Supports DOP128 format - Supports 16-32bit audio data formats - **Professional Audio Processing** - - Built-in SSRC and ASRC modules supporting conversion between different interfaces and sampling rates + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates - SSRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - ASRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 8-band equalizer adjustment - - Supports MQA (PH73211LQ_VC1 model supports) + - Supports MQA (PH73211LQ_VC1 model only) === "Digital Interface Support" - Supports USB audio input diff --git a/en/docs/products/phifi_audio/ph73311l_vc1.md b/en/docs/products/phifi_audio/ph73311l_vc1.md index 36506ae..42a9740 100644 --- a/en/docs/products/phifi_audio/ph73311l_vc1.md +++ b/en/docs/products/phifi_audio/ph73311l_vc1.md @@ -11,7 +11,7 @@ hide:
# PH73311L-VC1/PH73311LQ-VC1 -__Low-Power USB HiFi Decoder with Cost-Effective Audio Processing__ +__PCM 384KHz/DSD256 USB Low-Power HiFi Decoder with USB Input and I2S/S/PDIF Output__
@@ -23,9 +23,9 @@ PH73311L-VC1/PH73311LQ-VC1 is a USB low-power HiFi audio decoder based on the A3 PH73311L-VC1/PH73311LQ-VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interfaces, providing USB input to I²S/S/PDIF output transmission functionality. -PH73311L-VC1/PH73311LQ-VC1 provides multiple input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting various application scenario requirements. It supports high-quality audio processing and delivers a pure sound output experience. +PH73311L-VC1/PH73311LQ-VC1 offers various input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting the requirements of different application scenarios. It supports high-quality audio processing, delivering a pristine sound output experience. -PH73311L-VC1/PH73311LQ-VC1 features optimized low-power design, particularly suitable for portable devices, making it an ideal choice for cost-effective USB HiFi decoders. +PH73311L-VC1/PH73311LQ-VC1 features an optimized low-power design, making it particularly suitable for portable devices and an ideal choice for cost-effective USB HiFi decoders. [:material-file-document-outline: PH73311L-VC1/PH73311LQ-VC1 Datasheet](../../dev_doc/datasheet/std_product/phifi_audio/ph73311l_vc1.md){.md-button } [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } @@ -38,9 +38,9 @@ PH73311L-VC1/PH73311LQ-VC1 features optimized low-power design, particularly sui | Chip Type | DSD 512 | PCM 768KHz | PCM 384KHz | PCM 192KHz | |---------|---------|------------|------------|------------| | **Low-Power Chip** | 113 mW | 146 mW | 128 mW | 123 mW | - | **Standard-Power Chip** | 227 mW | 232 mW | 227 mW | 222 mW | - | **Power Saved** | 114 mW | 86 mW | 99 mW | 99 mW | - | **Power Saved %** |50.22% | 37.07% | 43.61% | 44.59% | + | **Standard Power Chip** | 227 mW | 232 mW | 227 mW | 222 mW | + | **Power Savings** | 114 mW | 86 mW | 99 mW | 99 mW | + | **Power Savings %** |50.22% | 37.07% | 43.61% | 44.59% | @@ -49,17 +49,17 @@ PH73311L-VC1/PH73311LQ-VC1 features optimized low-power design, particularly sui - Supports low-power and high-performance modes - Suitable for portable audio devices - **High-Performance Audio Processing** - - Supports input and output sampling rates up to 384kHz + - Supports input and output sample rates up to 384kHz - Supports DSD64/128/256 formats - Supports DOP128 format - Supports 16-32bit audio data formats - **Professional Audio Processing** - - Built-in SSRC and ASRC modules supporting conversion between different interfaces and sampling rates - - SSRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - - ASRC Specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sample rates + - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB + - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 8-band equalizer adjustment - Supports S/PDIF output - - Supports MQA decoding (PH73311LQ-VC1 model supports) + - Supports MQA decoding (PH73311LQ-VC1 model only) === "Digital Interface Support" - Supports USB audio input diff --git a/en/docs/products/phifi_audio/ph78411l_vc1.md b/en/docs/products/phifi_audio/ph78411l_vc1.md new file mode 100644 index 0000000..41062d7 --- /dev/null +++ b/en/docs/products/phifi_audio/ph78411l_vc1.md @@ -0,0 +1,167 @@ +--- +title: PH78411L-VC1/PH78411LQ-VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# PH78411L-VC1/PH78411LQ-VC1 +__PCM 384KHz/DSD256 USB Low-Power HiFi Decoder with USB Input and I2S/S/PDIF Output, AI Noise Reduction, and Spatial Audio__ + +
+
+ + +
+![PH78411L-VC1/PH78411LQ-VC1 Block Diagram](/assets/images/hifi_audio/ph78411l_diagram.png "PH78411L-VC1/PH78411LQ-VC1 Block Diagram"){align=right width=450} +PH78411L-VC1/PH78411LQ-VC1 is a low-power portable HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 384KHz/DSD256, specifically designed for high-end portable HiFi audio applications. + +PH78411L_VC1/PH78411LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interface, with USB input to I²S/S/PDIF output, and also supports bidirectional transmission from I²S input to USB output. + +PH78411L_VC1/PH78411LQ_VC1 features advanced AI DNR deep learning noise reduction technology, which not only eliminates regular background noise but also effectively reduces sudden noises such as keyboard typing and mouse clicking, making it particularly suitable for gaming communication scenarios. The built-in SA spatial audio algorithm synthesizes 7.1 channels into 2-channel output using human ear-optimized algorithms, allowing users to experience 360-degree surround sound through headphones. Optimized for FPS (First-Person Shooter) gaming mode, it provides more precise spatial orientation, clearer footsteps and gunshots, significantly enhancing the gaming experience. + +The optimized low-power design of PH78411L_VC1/PH78411LQ_VC1 is particularly suitable for portable devices while maintaining high-fidelity audio performance, making it an ideal choice for high-end portable HiFi decoders. + +[:material-file-document-outline: PH78411L-VC1/PH78411LQ-VC1 Datasheet](../../dev_doc/datasheet/std_product/phifi_audio/ph78411l_vc1.md){.md-button } +[:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } +[:shopping_cart: Purchase Samples](){.md-button } +
+ +=== "Key Features" + - **Low-Power Portable Design** + - Supports low-power and high-performance modes + - Suitable for mobile devices and portable audio equipment + - **High-Performance Audio Processing** + - Supports input and output sampling rates up to 384kHz + - Supports DSD64/128/256 formats + - Supports DOP128 format + - Supports 16-32bit audio data formats + - **Intelligent Audio Optimization** + - **AI DNR Deep Learning Noise Reduction** + - Deep learning-based noise cancellation model + - Effectively filters regular background noise + - Intelligently identifies and eliminates sudden noises such as keyboard typing and mouse clicking + - Particularly suitable for gaming communication scenarios + - **SA Spatial Audio Algorithm** + - Converts 7.1 channels to 2-channel output through specialized algorithms + - Optimized for human ears, providing 360-degree surround sound experience + - Preset parameters for different scenarios such as gaming, music, and movies + - One-touch switching between scenarios for optimal spatial audio experience + - **FPS Gaming Enhancement Mode** + - Optimized for first-person shooter games + - Provides more precise spatial orientation + - Enhanced key sound effects such as footsteps and gunshots + - Improves competitive gaming performance + - Supports MQA decoding (PH78411LQ-VC1 model only) + - **Professional Audio Processing** + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates + - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB + - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB + - Supports 8-band equalizer adjustment + - Supports S/PDIF output + +=== "Digital Interface Support" + - Supports USB audio input + - Supports I²S master mode audio output + - Supports I²S master mode audio input to USB output (bidirectional transmission) + - Supports S/PDIF audio output + - Supports UART configuration interface + +=== "USB Interface Features" + - Supports UAC 1.0 + - Supports UAC 2.0 + - Supports firmware upgrade via USB + - Supports HID, MCU firmware can be upgraded via HID + +=== "System Compatibility" + - UAC 2.0 protocol, supports ASIO + - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS + + +=== "Hardware Specifications" + + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + + +=== "Input/Output Modes" + + | Mode No. | Input/Output Mode | Description | + |:--------:|:------------------------|:------------------------| + | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0, supports up to PCM 384KHz/DSD256 2CH or 48KHz/24bit 8CH | + | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0, fixed 48KHz 2CH/16bit or 48KHz/16bit 8CH | + | 3 | I²S(Master) in-USB(UAC2.0) out | I²S input, USB output, UAC2.0, supports bidirectional transmission | + | 4 | USB IN(UAC2.0)-SPDIF OUT | USB input, S/PDIF output, UAC2.0, maximum input PCM 384KHz 2CH or 48KHz/24bit 8CH, output 192KHz | + + +=== "Application Scenarios" + + - Portable high-end HiFi audio decoders + - High-end gaming audio devices + - High-end home theater audio processing equipment + +## Documents and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Datasheet | [:material-file-document-outline: PH78411L-VC1 Datasheet](../../dev_doc/datasheet/std_product/phifi_audio/ph78411l_vc1.md) | [:material-download:] | + | Datasheet | [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md) | [:material-download:] | + | Reference Design | | [:material-download:] | + | Application Manual | | [:material-download:] | + | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../dev_doc/protocols/xu316_zerocode_protocol.md) | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-HF-DAC-V1 Portable HiFi Audio Decoder Evaluation Board__ + + --- + + For evaluating the performance of PH88311L_VC1 module in portable HiFi audio applications, supports AI noise reduction, spatial audio, and FPS gaming mode, provides complete software development tools + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + +
+ + + +## Related Solutions + +
+ +- :material-cube: __Portable High-End HiFi Audio Decoder Solution with AI Noise Reduction/Spatial Audio/FPS Mode__ + + --- + + Low-power portable HiFi audio decoder solution based on PH88311L_VC1, evaluate the following applications: supports high-resolution audio processing, provides customized spatial audio experience for gaming, music, and movies, achieves 360-degree surround sound through 2 channels, deep learning-based AI DNR noise reduction technology, intelligently identifies and eliminates background noise and sudden noises, provides clear communication and recording experience, and FPS gaming mode experience. + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) +
+ +## Inquiry and Feedback +
+Click to Expand Inquiry and Feedback Form + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/en/docs/products/phifi_audio/ph83211l_vc1.md b/en/docs/products/phifi_audio/ph83211l_vc1.md index 617669d..caa4983 100644 --- a/en/docs/products/phifi_audio/ph83211l_vc1.md +++ b/en/docs/products/phifi_audio/ph83211l_vc1.md @@ -23,7 +23,7 @@ hide:
# PH83211L_VC1/PH83211LQ_VC1 -__USB Low-Power HiFi Decoder with USB Input and I²S Output__ +__PCM 768KHz/DSD512 USB Low-Power HiFi Decoder with USB Input and I²S Output__
@@ -35,7 +35,7 @@ PH83211L_VC1/PH83211LQ_VC1 is a USB low-power HiFi audio decoder based on the A3 PH83211L_VC1/PH83211LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interfaces. -PH83211L_VC1/PH83211LQ_VC1 features both low-power and high-performance modes to meet various application scenario requirements. +PH83211L_VC1/PH83211LQ_VC1 features both low-power and high-performance modes to meet different customer application scenario requirements. PH83211L_VC1/PH83211LQ_VC1 provides USB input/I²S output mode to meet the demands of high-quality audio application scenarios. diff --git a/en/docs/products/phifi_audio/ph83311l_vc1.md b/en/docs/products/phifi_audio/ph83311l_vc1.md index b7eba9a..ad546b6 100644 --- a/en/docs/products/phifi_audio/ph83311l_vc1.md +++ b/en/docs/products/phifi_audio/ph83311l_vc1.md @@ -11,7 +11,7 @@ hide:
# PH83311L_VC1/PH83311LQ_VC1 -__USB Low Power HiFi Decoder with USB Input and I²S/SPDIF Output__ +__PCM 768KHz/DSD512 USB Low-Power HiFi Decoder with USB Input and I2S and S/PDIF Output__
@@ -19,17 +19,17 @@ __USB Low Power HiFi Decoder with USB Input and I²S/SPDIF Output__
![PH83311L_VC1/ph83311LQ_VC1 Block Diagram](/assets/images/hifi_audio/ph83311l_diagram.png "PH83311L_VC1/ph83311LQ_VC1 Block Diagram"){align=right width=450} -PH83311L_VC1/ph83311LQ_VC1 is a USB low power HiFi audio decoder based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for USB low power HiFi decoder audio applications. +PH83311L_VC1/ph83311LQ_VC1 is a USB low-power HiFi audio decoder developed based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, specifically designed for USB low-power HiFi decoder audio applications. PH83311L_VC1/ph83311LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interfaces. -PH83311L_VC1/ph83311LQ_VC1 features both low power and high performance modes, meeting different application scenario requirements. +PH83311L_VC1/ph83311LQ_VC1 features both low-power and high-performance modes to meet customer requirements for different application scenarios. -PH83311L_VC1/ph83311LQ_VC1 provides multiple input/output modes, including USB input/I²S output and USB input/S/PDIF output, meeting the requirements of different application scenarios. +PH83311L_VC1/ph83311LQ_VC1 provides multiple input/output modes, including USB input/I²S output and USB input/S/PDIF output, to meet the needs of various application scenarios. [:material-file-document-outline: PH83311L_VC1/ph83311LQ_VC1 Datasheet](../../dev_doc/datasheet/std_product/phifi_audio/ph83311l_vc1.md){.md-button } [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } -[:shopping_cart: Purchase Sample](){.md-button title="Not yet available" disabled} +[:shopping_cart: Purchase Samples](){.md-button title="Not yet available" disabled}
=== "Chip Power Consumption Comparison" @@ -37,7 +37,7 @@ PH83311L_VC1/ph83311LQ_VC1 provides multiple input/output modes, including USB i | Chip Type | DSD 512 | PCM 768KHz | PCM 384KHz | PCM 192KHz | |---------|---------|------------|------------|------------| - | **Low Power Chip** | 113 mW | 146 mW | 128 mW | 123 mW | + | **Low-Power Chip** | 113 mW | 146 mW | 128 mW | 123 mW | | **Standard Power Chip** | 227 mW | 232 mW | 227 mW | 222 mW | | **Power Saved** | 114 mW | 86 mW | 99 mW | 99 mW | | **Power Saved %** |50.22% | 37.07% | 43.61% | 44.59% | @@ -45,21 +45,21 @@ PH83311L_VC1/ph83311LQ_VC1 provides multiple input/output modes, including USB i === "Key Features" - - **Low Power Design** - - Supports low power and high performance modes + - **Low-Power Design** + - Supports low-power and high-performance modes - Suitable for portable audio devices - - **High Performance Audio Processing** + - **High-Performance Audio Processing** - Supports input and output sampling rates up to 768kHz - Supports DSD64/128/256/512 formats - Supports DOP256 format - Supports 16-32bit audio data formats - **Professional Audio Processing** - - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and different sampling rates - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB - Supports 8-band equalizer adjustment - Supports S/PDIF output - - Supports MQA (PH83311LQ_VC1 model only) + - Supports MQA (supported by PH83311LQ_VC1 model) === "Digital Interface Support" - Supports USB audio input diff --git a/en/docs/products/phifi_audio/ph88411l_vc1.md b/en/docs/products/phifi_audio/ph88411l_vc1.md new file mode 100644 index 0000000..bbde04b --- /dev/null +++ b/en/docs/products/phifi_audio/ph88411l_vc1.md @@ -0,0 +1,168 @@ +--- +title: PH88411L_VC1/PH88411LQ_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# PH88411L_VC1/PH88411LQ_VC1 +__PCM 768KHz/DSD512 USB Low-Power HiFi Decoder with USB Input and I2S/S/PDIF Output, Supporting AI Noise Reduction and Spatial Audio__ + + +
+
+ + +
+![PH88411L_VC1/PH88411LQ_VC1 Block Diagram](/assets/images/hifi_audio/ph88411l_diagram.png "PH88411L_VC1/PH88411LQ_VC1 Block Diagram"){align=right width=450} +PH88411L_VC1/PH88411LQ_VC1 is a low-power portable HiFi audio decoder developed based on the A316-Mini-V1 module, supporting up to PCM 768KHz/DSD512, designed specifically for high-end portable audio applications. + +PH88411L_VC1/PH88411LQ_VC1 supports multiple standard audio formats, including USB Audio Class 1.0/2.0 interface, USB input to I²S/S/PDIF output, and bidirectional transmission from I²S input to USB output. + +PH88411L_VC1/PH88411LQ_VC1 features advanced AI DNR deep learning noise reduction technology that not only eliminates conventional background noise but also effectively reduces burst noise such as keyboard typing and mouse clicking sounds, making it particularly suitable for gaming voice chat scenarios. The built-in SA spatial audio algorithm can synthesize 7.1 channels into 2-channel output through an ear-optimized algorithm, allowing users to experience 360-degree surround sound through headphones. Optimized for FPS (First-Person Shooter) gaming mode, it provides more precise spatial directional awareness, clearer footstep and gunshot sounds, significantly enhancing the gaming experience. + +The optimized low-power design of PH88411L_VC1/PH88411LQ_VC1 is particularly suitable for portable devices while maintaining high-fidelity audio performance, making it an ideal choice for high-end portable HiFi decoders. + +[:material-file-document-outline: PH88411L_VC1/PH88411LQ_VC1 Datasheet](../../dev_doc/datasheet/std_product/phifi_audio/ph88411l_vc1.md){.md-button } +[:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.m){.md-button } +[:shopping_cart: Purchase Samples](){.md-button } +
+ +=== "Key Features" + - **Low-Power Portable Design** + - Supports low-power and high-performance modes + - Suitable for mobile devices and portable audio equipment + - **High-Performance Audio Processing** + - Supports input and output sampling rates up to 768kHz + - Supports DSD64/128/256/512 formats + - Supports DOP256 format + - Supports 16-32bit audio data formats + - Supports MQA decoding (PH88411LQ_VC1 model only) + - **Intelligent Audio Optimization** + - **AI DNR Deep Learning Noise Reduction Technology** + - Deep learning-based noise cancellation model + - Effectively filters conventional background noise + - Intelligently identifies and eliminates burst noise such as keyboard typing and mouse clicking + - Particularly suitable for gaming voice chat scenarios + - **SA Spatial Audio Algorithm** + - Converts 7.1 channels to 2-channel output through specialized algorithm + - Optimized for human ears, providing 360-degree surround sound experience + - Preset dedicated parameters for different scenarios such as gaming, music, and movies + - One-touch switching between different scenarios for optimal spatial audio experience + - **FPS Gaming Enhancement Mode** + - Optimized specifically for first-person shooter games + - Provides more precise spatial directional awareness + - Enhances critical sound effects such as footsteps and gunshots + - Improves competitive gaming performance + - **Professional Audio Processing** + - Built-in SSRC and ASRC modules, supporting conversion between different interfaces and sampling rates + - SSRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 140dB + - ASRC specifications: THD+N (@1kHz, 0dBFs) < -130dB, SNR: > 135dB + - Supports 8-band equalizer adjustment + - Supports S/PDIF output + +=== "Digital Interface Support" + - Supports USB audio input + - Supports I²S master mode audio output + - Supports I²S master mode audio input to USB output (uplink voice chat) + - Supports S/PDIF audio output + - Supports UART configuration interface + +=== "USB Interface Features" + - Supports UAC 1.0 + - Supports UAC 2.0 + - Supports firmware upgrade via USB + - Supports HID, allows MCU firmware upgrade via HID + +=== "System Compatibility" + - UAC 2.0 protocol, supports ASIO + - Supports multiple operating systems including Windows, Linux, Android, macOS, and iOS + + +=== "Hardware Specifications" + + **Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + + +=== "Input/Output Modes" + + | Mode Number | Input/Output Mode | Description | + |:--------:|:------------------------|:------------------------| + | 1 | USB(UAC2.0) in-I²S(Master) out | USB input, I²S output, UAC2.0, supports up to 768KHz/DSD512 2CH or 48KHz/24bit 8CH | + | 2 | USB(UAC1.0) in-I²S(Master) out | USB input, I²S output, UAC1.0, fixed 48KHz 2CH/16bit or 48KHz/16bit 8CH | + | 3 | I²S(Master) in-USB(UAC2.0) out | I²S input, USB output, UAC2.0, supports bidirectional transmission | + | 4 | USB IN(UAC2.0)-SPDIF OUT | USB input, S/PDIF output, UAC2.0, maximum input 384KHz 2CH or 48KHz/24bit 8CH, output 192KHz | + + +=== "Applications" + + - Portable high-end HiFi audio decoders + - High-end gaming audio devices + - High-end home theater audio processing equipment + +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Datasheet | [:material-file-document-outline: PH88411L-VC1 Datasheet](../../dev_doc/datasheet/std_product/phifi_audio/ph88411l_vc1.md) | [:material-download:] | + | Datasheet | [:material-file-document-outline: A316-Mini-V1 Module Datasheet](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md) | [:material-download:] | + | Reference Design | | [:material-download:] | + | Application Note | | [:material-download:] | + | Product Configuration Protocol | [:material-file-document-outline: XU316 USB HiFi Decoder Standard Product Configuration Protocol](../../dev_doc/protocols/xu316_zerocode_protocol.md) | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Drivers | | [:material-usb-flash-drive-outline: USB Drivers](../../services_support/driver/index.md) | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-HF-DAC-V1 Portable HiFi Audio Decoder Evaluation Board__ + + --- + + For evaluating the performance of PH88411L_VC1 module in portable HiFi audio applications, supporting AI noise reduction, spatial audio, and FPS gaming mode, providing complete software development tools + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) + +
+ + + +## Related Solutions + +
+ +- :material-cube: __Portable High-End HiFi Audio Decoder Solution with AI Noise Reduction/Spatial Audio/FPS Mode__ + + --- + + Low-power portable HiFi audio decoder solution based on PH88411L_VC1, evaluating the following applications: supports high-resolution audio processing, provides customized spatial audio experience for gaming, music, and movies, achieves 360-degree surround sound through 2 channels, deep learning-based AI DNR noise reduction technology that intelligently identifies and eliminates background noise and burst noise, providing clear voice chat and recording experience, as well as FPS gaming mode experience. + + [:octicons-arrow-right-24: View Details](../../dev_doc/a316/xu316.md) +
+ +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/src/index.md b/en/docs/products/src/index.md index b640920..ba24d2e 100644 --- a/en/docs/products/src/index.md +++ b/en/docs/products/src/index.md @@ -1,5 +1,5 @@ --- -title: Audio Sample Rate Converter Product Series +title: Audio Sample Rate Conversion Core Modules hide: -toc --- @@ -7,21 +7,21 @@ hide: --8<-- "common/phaten_xmos_support_img.md" -# Audio Sample Rate Converter Product Series +# Audio Sample Rate Conversion Core Modules !!! info "Product List"
- | **Product (Feature:material-arrow-down:)(Model:material-arrow-right:)** | [XMSRC4392_VC1](./xmsrc4392_vc1.md) | [XMSRC4194_VC1](./xmsrc4194_vc1.md) | + | **Product (Function:material-arrow-down:)(Model:material-arrow-right:)** | [XMSRC4392_VC1](./xmsrc4392_vc1.md) | [XMSRC4194_VC1](./xmsrc4194_vc1.md) | |---------------------|---------------------|---------------------| | **SRC Channels** | 4-channel | 4-channel | | **SRC Architecture** | Dual SRC modules (SRC_A + SRC_B)
Each module processes 2 audio channels | Dual SRC modules (SRC_A + SRC_B)
Each module processes 2 audio channels | | **SSRC Sample Rate Conversion** | 44.1KHz-768KHz/16-32bit | 44.1KHz-768KHz/16-32bit | | **ASRC Sample Rate Conversion** | 44.1KHz-192KHz/16-32bit | 44.1KHz-192KHz/16-32bit | | **Audio Processing Channels** | 4-channel | 4-channel | - | **S/PDIF Interface** | Input: 4-select-1 S/PDIF interface
Output: 2 S/PDIF interfaces | Input: 2 S/PDIF interfaces
Output: Not supported | - | **I²S Interfaces** | 2 Master/Slave interfaces | 4 Master/Slave interfaces | + | **S/PDIF Interface** | Input: 4-to-1 S/PDIF interface
Output: 2 S/PDIF interfaces | Input: 2 S/PDIF interfaces
Output: Not supported | + | **I²S Interfaces** | 2 master/slave interfaces | 4 master/slave interfaces | | **I²S Audio Channels** | Input: 4-channel
Output: 4-channel | Input: 4-channel
Output: 4-channel | | **TDM Cascading** | Not supported | Supported, can cascade 4 devices | | **S/PDIF Standard Compliance** | AES3, IEC 60958, EIAJ CP-1201 | AES3, IEC 60958, EIAJ CP-1201 | diff --git a/en/docs/products/src/xmsrc4192_vc1.md b/en/docs/products/src/xmsrc4192_vc1.md new file mode 100644 index 0000000..4287c42 --- /dev/null +++ b/en/docs/products/src/xmsrc4192_vc1.md @@ -0,0 +1,146 @@ +--- +title: XMSRC4192_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# XMSRC4192_VC1 +__2-Channel 192KHz ASRC Audio Sample Rate Converter with Integrated 2-Port S/PDIF and 2-Port I2S Interfaces__ + +
+
+ + +
+![XMSRC4192_VC1 Block Diagram](/assets/images/hifi_audio/xmsrc4192_diagram.png "XMSRC4192_VC1 Block Diagram"){align=right width=450} +XMSRC4192 is a high-performance 2-channel asynchronous sample rate converter based on XMOS chip architecture, offering wide-range sample rate conversion from 16:1 to 1:16, 144dB dynamic range, and comprehensive support for multiple digital audio formats including I2S, Left-justified, and Right-justified. + +- This product integrates two S/PDIF input interfaces, providing users with more flexible signal source selection. Users can flexibly switch between I2S input and S/PDIF input according to application requirements, significantly enhancing system connectivity and adaptability. +- The XMOS chip architecture ensures high product reliability and excellent audio processing performance, offering professional audio equipment manufacturers a more competitive solution choice. +- Single SRC module architecture capable of simultaneously processing 2-channel audio sample rate conversion. + +[:fontawesome-regular-file-pdf: XMSRC4192_VC1 Product Brief](/assets/product_brief_pdf/XMSRC4192_产品简介_2通道192KHz ASRC音频采样率转换器集成2路SPDIF和2路I2S接口.pdf){.md-button } +[:material-file-document-outline: XMSRC4192_VC1 Datasheet](../../dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com){.md-button } +
+ +## Features and Parameters + +=== "Key Features" + - Dual-channel SRC audio sample rate conversion + - Single SRC module architecture processing 2 audio channels + - Capable of simultaneously processing 2-channel audio sample rate conversion + - Ultra-high sample rate conversion support + - ASRC supports sample rate conversion from 44.1KHz to 192KHz + - Supports wide-range input/output sample rate ratio from 16:1 to 1:16 + - Multi-interface support + - 2 S/PDIF input/output interfaces, 2 I2S master/slave interfaces + - Supports flexible switching between I2S and S/PDIF input sources + - S/PDIF interface compatible with AES3, IEC 60958, and EIAJ CP-1201 + + +=== "Digital Audio Format Support" + - Supports I2S, Left-Justified, Right-Justified formats + - Supports 16bit/24bit/32bit audio data processing + +=== "Hardware Parameters" + **Normal Operating Conditions** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **Product Dimensions** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Download | + |:--------:|:------------------------|:------------------------| + | Product Datasheet | [:material-file-document-outline: XMSRC4192-VC1 Datasheet](../../dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md) | [:material-download:] | + | Reference Design | | [:material-download:] | + | Application Manual | | [:material-download:] | + + +=== "Tools and Software" + + | Type | Description | Download | + |:--------:|:------------------------|:------------------------| + | Debug Tools | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | + | Configuration Software | | [:material-cog-outline: Configuration Tool](../../services_support/tools_software/index.md) | + +## Application Scenarios + +
+ +- :material-microphone: __Professional Recording Studios__ + + --- + + Sample rate conversion for stereo recording equipment, audio workstations, and mixing console systems + +- :material-broadcast: __Broadcasting and Television__ + + --- + + Audio signal processing in broadcast equipment, television production, and live streaming systems + +- :material-speaker: __Digital Audio__ + + --- + + Amplifier equipment, audio processors, and speaker management systems + +- :material-car: __Automotive Audio__ + + --- + + Audio processing for in-vehicle entertainment systems, premium audio, and noise reduction systems + +- :material-home: __Consumer Electronics__ + + --- + + High-end audio equipment, home theater, and audio interface products + +- :material-factory: __Industrial Applications__ + + --- + + Test equipment, audio analysis instruments, and signal processing systems + +
+ +## Ordering Information + +| Product Name | Product Model | Product Image | +|:--------|:------------------------|:------------------------:| +| 2-Channel 192KHz ASRC Audio Sample Rate Converter with Integrated 2-Port S/PDIF and 2-Port I2S Interfaces | XMSRC4192-VC1 |![XMSRC4192-VC1](/assets/images/hifi_audio/xmsrc4192_vc1.png "XMSRC4192-VC1"){align=center width=120} | + + +## Related Evaluation Boards +
+ +- :material-developer-board: __A316-HF-I2S-V1 Audio Sample Rate Conversion Evaluation Board__ + + --- + + The development board exposes XU316 interfaces through pin headers, allowing independent evaluation of XMSRC4192_VC1 performance + + [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_i2s_v1/index.md) + +
+ +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/src/xmsrc4194_vc1.md b/en/docs/products/src/xmsrc4194_vc1.md index 670bf73..15b54b7 100644 --- a/en/docs/products/src/xmsrc4194_vc1.md +++ b/en/docs/products/src/xmsrc4194_vc1.md @@ -11,7 +11,7 @@ hide:
# XMSRC4194_VC1 -__4-Channel 192KHz ASRC Audio Sample Rate Converter with Dual S/PDIF and Dual I²S Interfaces and TDM Cascading Mode__ +__4-Channel 192KHz ASRC Audio Sample Rate Converter with 2x S/PDIF and 2x I2S Interfaces and TDM Cascade Mode__
@@ -19,35 +19,35 @@ __4-Channel 192KHz ASRC Audio Sample Rate Converter with Dual S/PDIF and Dual I
![XMSRC4194_VC1 Block Diagram](/assets/images/hifi_audio/xmsrc4194_diagram.png "XMSRC4194_VC1 Block Diagram"){align=right width=450} -XMSRC4194 is a high-performance 4-channel asynchronous sample rate converter based on the XMOS chip architecture. This product is fully compatible with the core functional specifications of the SRC4194, including 16:1 to 1:16 wide-range sample rate conversion, 144dB dynamic range, and comprehensive support for various digital audio formats such as I²S, Left-justified, Right-justified, and TDM. +XMSRC4194 is a high-performance 4-channel asynchronous sample rate converter based on XMOS chip architecture. This product is fully compatible with the core functional specifications of SRC4194, including 16:1 to 1:16 wide-range sample rate conversion, 144dB dynamic range, and comprehensive support for multiple digital audio formats such as I2S, Left-justified, Right-justified, and TDM. -- Compared to the SRC4194, the core advantage of XMSRC4194 lies in the integration of two additional S/PDIF input interfaces, providing users with more flexible signal source selection. Users can flexibly switch between I²S input and S/PDIF input according to application requirements, significantly enhancing system connectivity and adaptability. -- The XMOS chip architecture ensures high reliability and exceptional audio processing performance, providing professional audio equipment manufacturers with a more competitive solution choice. -- Dual SRC module architecture, with each module processing 2 audio channels, can operate independently to simultaneously process 4-channel audio sample rate conversion. +- Compared to SRC4194, the core advantage of XMSRC4194 is the integration of two additional S/PDIF input interfaces, providing users with more flexible signal source selection. Users can flexibly switch between I2S input and S/PDIF input according to application requirements, significantly enhancing system connectivity and adaptability. +- The XMOS chip architecture ensures high reliability and excellent audio processing performance, providing professional audio equipment manufacturers with a more competitive solution choice. +- Dual SRC module architecture, with each module processing 2 audio channels, capable of independent operation, supporting a total of 4-channel audio sample rate conversion simultaneously. [:fontawesome-regular-file-pdf: XMSRC4194_VC1 Product Brief](/assets/product_brief_pdf/XMSRC4194_产品简介_4通道192KHz ASRC音频采样率转换器集成2路SPDIF和2路I2S接口及TDM级联模式.pdf){.md-button } [:material-file-document-outline: XMSRC4194_VC1 Datasheet](../../dev_doc/datasheet/std_product/src/xmsrc4194_vc1.md){.md-button } -[:shopping_cart: Buy Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button }
## Features and Specifications === "Key Features" - - 4-Channel SRC Audio Sample Rate Conversion + - Four-channel SRC audio sample rate conversion - Dual SRC module architecture (SRC_A + SRC_B), each module processes 2 audio channels - - Can operate independently to simultaneously process 4-channel audio sample rate conversion - - Ultra-High Sample Rate Conversion Support + - Capable of independent operation, supporting a total of 4-channel audio sample rate conversion simultaneously + - Ultra-high sample rate conversion support - ASRC supports sample rate conversion between 44.1KHz-192KHz - - Supports 16:1 to 1:16 wide-range input-to-output sample rate ratio - - Multi-Interface Support - - 2 S/PDIF input interfaces, 4 I²S Master/Slave interfaces - - Supports flexible switching between I²S and S/PDIF input sources - - S/PDIF interfaces compatible with AES3, IEC 60958, and EIAJ CP-1201 + - Supports 16:1 to 1:16 wide-range input/output sample rate ratio + - Multi-interface support + - 2x S/PDIF input interfaces, 4x I2S master/slave interfaces + - Supports flexible switching between I2S and S/PDIF input sources + - S/PDIF interface compatible with AES3, IEC 60958, and EIAJ CP-1201 === "Digital Audio Format Support" - - Supports I²S, Left-Justified, Right-Justified formats - - Full TDM time-division multiplexing format support, can cascade 4 devices + - Supports I2S, Left-Justified, Right-Justified formats + - Complete TDM time-division multiplexing format support, can cascade 4 devices - Supports 16bit/24bit/32bit audio data processing === "Hardware Specifications" @@ -66,14 +66,14 @@ XMSRC4194 is a high-performance 4-channel asynchronous sample rate converter bas |:--------:|:------------------------|:------------------------| | Product Datasheet | [:material-file-document-outline: XMSRC4194-VC1 Datasheet](../../dev_doc/datasheet/std_product/src/xmsrc4194_vc1.md) | [:material-download:] | | Reference Design | | [:material-download:] | - | Application Guide | | [:material-download:] | + | Application Manual | | [:material-download:] | === "Tools and Software" | Type | Description | Download | |:--------:|:------------------------|:------------------------| - | Debugging Tools | |[:material-toolbox:Debugging Tools](../../services_support/tools_software/index.md) | + | Debug Tool | |[:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | | Configuration Software | | [:material-cog-outline: Configuration Tools](../../services_support/tools_software/index.md) | ## Feature Comparison @@ -82,12 +82,12 @@ XMSRC4194 is a high-performance 4-channel asynchronous sample rate converter bas | Feature | XMSRC4194 | SRC4194 | Advantage | |:--------|:----------|:--------|:-----| - | SRC Channels | 4-channel | 4-channel | Same processing capability | + | SRC Channels | 4 channels | 4 channels | Same processing capability | | SRC Modules | 2 independent modules | 2 modules | 2x processing capability | - | S/PDIF Input | 2-channel | Not supported | More input interfaces | - | Maximum Sample Rate (ASRC) | 192 KHz | 216 KHz | Equivalent performance | - | External Clock Reference | Not required | Required | Saves external crystal cost | - | Expandability | Expandable | Non-expandable | More flexible | + | S/PDIF Input | 2 channels | Not supported | More input interfaces | + | Maximum Sample Rate (ASRC) | 192 KHz | 216 KHz | Comparable performance | + | External Clock Reference | No external clock required | Requires external clock | Saves external crystal cost | + | Scalability | Scalable | Non-scalable | More flexible | @@ -96,19 +96,19 @@ XMSRC4194 is a high-performance 4-channel asynchronous sample rate converter bas
-- :material-microphone: __Professional Recording Studios__ +- :material-microphone: __Professional Recording Studio__ --- - Sample rate conversion requirements for multi-track recording equipment, audio workstations, and mixing console systems + Sample rate conversion needs for multi-track recording equipment, audio workstations, and mixing console systems -- :material-broadcast: __Broadcast & Television__ +- :material-broadcast: __Broadcasting and Television__ --- - Audio signal processing in broadcast equipment, television production, and live streaming systems + Audio signal processing in broadcasting equipment, television production, and live streaming systems -- :material-speaker: __Digital Audio Systems__ +- :material-speaker: __Digital Audio__ --- @@ -118,19 +118,19 @@ XMSRC4194 is a high-performance 4-channel asynchronous sample rate converter bas --- - Audio processing for car entertainment systems, high-end audio systems, and noise reduction systems + Audio processing for in-vehicle entertainment systems, high-end audio, and noise reduction systems - :material-home: __Consumer Electronics__ --- - High-end audio equipment, home theater systems, audio interface products + High-end audio equipment, home theater, audio interface products - :material-factory: __Industrial Applications__ --- - Test equipment, audio analyzers, signal processing systems + Test equipment, audio analysis instruments, signal processing systems
@@ -138,17 +138,17 @@ XMSRC4194 is a high-performance 4-channel asynchronous sample rate converter bas | Product Name | Product Model | Product Image | |:--------|:------------------------|:------------------------:| -| 4-Channel 192KHz ASRC Audio Sample Rate Converter with Dual S/PDIF and Dual I²S Interfaces and TDM Cascading Mode | XMSRC4194-VC1 |![XMSRC4194-VC1](/assets/images/hifi_audio/xmsrc4194_vc1.png "XMSRC4194-VC1"){align=center width=120} | +| 4-Channel 192KHz ASRC Audio Sample Rate Converter with 2x S/PDIF and 2x I2S Interfaces and TDM Cascade Mode | XMSRC4194-VC1 |![XMSRC4194-VC1](/assets/images/hifi_audio/xmsrc4194_vc1.png "XMSRC4194-VC1"){align=center width=120} | ## Related Evaluation Boards
-- :material-developer-board: __A316-HF-I2S-V1 Audio Sample Rate Converter Evaluation Board__ +- :material-developer-board: __A316-HF-I2S-V1 Audio Sample Rate Conversion Evaluation Board__ --- - The development board exposes XU316 interfaces through pin headers for independent evaluation of XMSRC4392_VC1 performance + The evaluation board exposes the XU316 interfaces through pin headers, allowing independent evaluation of XMSRC4392_VC1 performance [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_i2s_v1/index.md) diff --git a/en/docs/products/src/xmsrc4392_vc1.md b/en/docs/products/src/xmsrc4392_vc1.md index 1214124..dda2d5b 100644 --- a/en/docs/products/src/xmsrc4392_vc1.md +++ b/en/docs/products/src/xmsrc4392_vc1.md @@ -8,47 +8,47 @@ hide:
# XMSRC4392_VC1 -__4-Channel 192KHz ASRC and 768KHz SSRC Audio Sample Rate Converter with S/PDIF Transceiver and Dual I²S Master/Slave Interfaces__ +__4-Channel 192KHz ASRC and 768KHz SSRC Audio Sample Rate Converter with Integrated S/PDIF Transceiver and 2-Way I2S Master/Slave Interface__
![XMSRC4392_VC1 Block Diagram](/assets/images/hifi_audio/xmsrc4392_diagram.png "XMSRC4392_VC1 Block Diagram"){align=right width=450} -XMSRC4392 is a high-performance 4-channel asynchronous audio sample rate converter utilizing the high-performance XMOS chip, specifically designed for professional audio applications. Compared to the SRC4392's two-channel SRC solution, this product provides double the processing capability while achieving significant optimization in cost and performance. +XMSRC4392 is a high-performance four-channel asynchronous audio sample rate converter based on XMOS high-performance chips, designed specifically for professional audio applications. Compared to the SRC4392's dual-channel SRC solution, this product offers double the processing capability while achieving significant optimization in both cost and performance. -- The product integrates two independent SRC modules (SRC_A and SRC_B), with each module capable of processing two audio channels, supporting ultra-high sample rates up to 768KHz, providing exceptional flexibility and high-performance audio sample rate conversion for various digital audio systems. -- Supports SSRC sample rate conversion between 44.1KHz-768KHz and ASRC sample rate conversion between 44.1KHz-192KHz, with support for 16bit/24bit/32bit audio data processing. -- The product delivers exceptional audio performance metrics, with both SSRC and ASRC achieving THD+N (@1kHz, 0dBFs) ≤ -130dB, providing audio equipment manufacturers with professional-grade audio processing solutions. +- The product integrates two independent SRC modules (SRC_A and SRC_B), each capable of processing two audio channels, supporting ultra-high sampling rates up to 768KHz, providing exceptional flexibility and high-performance audio sample rate conversion for various digital audio systems. +- Supports SSRC sample rate conversion from 44.1KHz to 768KHz, ASRC sample rate conversion from 44.1KHz to 192KHz, and handles 16bit/24bit/32bit audio data processing. +- The product features outstanding audio performance metrics, with THD+N (@1kHz, 0dBFs) ≤ -130dB for both SSRC and ASRC, providing professional-grade audio processing solutions for audio equipment manufacturers. [:fontawesome-regular-file-pdf: XMSRC4392_VC1 Product Brief](/assets/product_brief_pdf/XMSRC4392_产品简介_4通道192KHz ASRC及768KHz SSRC音频采样率转换器集成SPDIF收发及2路I2S主从接口.pdf){.md-button } [:material-file-document-outline: XMSRC4392_VC1 Datasheet](../../dev_doc/datasheet/std_product/src/xmsrc4392_vc1.md){.md-button } -[:shopping_cart: Buy Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +[:shopping_cart: Purchase Sample](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button }
-## Features and Specifications +## Features and Parameters === "Key Features" - - 4-Channel SRC Audio Sample Rate Conversion + - Four-channel SRC audio sample rate conversion - Dual SRC module architecture (SRC_A + SRC_B), each module processes 2 audio channels - - Can operate independently, processing 4 channels of audio sample rate conversion simultaneously - - Ultra-High Sample Rate Conversion Support - - SSRC supports sample rate conversion between 44.1KHz-768KHz - - ASRC supports sample rate conversion between 44.1KHz-192KHz + - Can operate independently, capable of simultaneously processing 4-channel audio sample rate conversion + - Ultra-high sample rate conversion support + - SSRC supports sample rate conversion from 44.1KHz to 768KHz + - ASRC supports sample rate conversion from 44.1KHz to 192KHz - Supports 16bit/24bit/32bit audio data processing - - High-Performance Specifications + - High-performance specifications - SSRC: THD+N (@1kHz, 0dBFs) ≤ -130dB - ASRC: THD+N (@1kHz, 0dBFs) ≤ -130dB === "Multi-Interface Support" - - 4 S/PDIF multiplexed input interfaces + - 4 S/PDIF multi-select input interfaces - 2 S/PDIF output interfaces - - 2 I²S Master/Slave interfaces + - 2 I2S master/slave interfaces - Compatible with AES3, IEC 60958, and EIAJ CP-1201 standards -=== "Hardware Specifications" +=== "Hardware Parameters" **Normal Operating Conditions** --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" @@ -58,20 +58,20 @@ XMSRC4392 is a high-performance 4-channel asynchronous audio sample rate convert ## Documentation and Tools -=== "Technical Documentation" +=== "Technical Documents" | Type | Title | Download | |:----:|:-----|:-----| | Product Datasheet | [:material-file-document-outline: XMSRC4392-VC1 Datasheet](../../dev_doc/datasheet/std_product/src/xmsrc4392_vc1.md) | [:material-download:] | | Reference Design | | [:material-download:] | - | Application Guide | | [:material-download:] | + | Application Manual | | [:material-download:] | === "Tools and Software" | Type | Description | Download | |:----:|:-----|:-----| - | Debugging Tools | | [:material-toolbox:Debugging Tools](../../services_support/tools_software/index.md) | + | Debug Tools | | [:material-toolbox: Debug Tools](../../services_support/tools_software/index.md) | ## Feature Comparison @@ -80,12 +80,12 @@ XMSRC4392 is a high-performance 4-channel asynchronous audio sample rate convert | Feature | XMSRC4392 | SRC4392 | Advantage | |:-----:|:--------:|:-------:|:----:| - | SRC Channels | 4-channel | 2-channel | 2x processing capability | - | SRC Modules | 2 independent modules | 1 module | 2x processing capability | + | SRC Channel Count | 4-channel | 2-channel | 2x processing capability | + | SRC Module Count | 2 independent modules | 1 module | 2x processing capability | | Maximum Sample Rate (SSRC) | 768 KHz | 216 KHz | 3.5x performance improvement | | Maximum Sample Rate (ASRC) | 192 KHz | 216 KHz | Equivalent performance | - | External Clock Reference | Not required | Required | Saves external crystal cost | - | Expandability | Expandable | Non-expandable | More flexible | + | External Clock Reference | No external clock required | Requires external clock | Saves external crystal cost | + | Scalability | Expandable | Non-expandable | More flexible | @@ -99,11 +99,11 @@ XMSRC4392 is a high-performance 4-channel asynchronous audio sample rate convert High-precision sample rate conversion in multi-track recording equipment, processing audio materials with different sample rates in audio workstations, achieving audio signal format unification in mixing console systems -- :material-broadcast: __Broadcast & Television__ +- :material-broadcast: __Broadcasting and Television__ --- - Real-time audio signal processing in broadcast equipment, synchronized processing of audio from different sources in television production, optimized audio signal conversion in live streaming systems + Real-time processing of audio signals in broadcasting equipment, synchronized processing of audio from different sources in TV production, optimized conversion of audio signals in live streaming systems - :material-speaker: __Digital Audio Systems__ @@ -115,7 +115,7 @@ XMSRC4392 is a high-performance 4-channel asynchronous audio sample rate convert --- - Audio format conversion in car entertainment systems, audio quality optimization processing in high-end audio systems, signal processing in noise reduction systems + Audio format conversion in in-vehicle entertainment systems, audio quality optimization in high-end audio systems, signal processing in noise reduction systems - :material-home-sound-in: __Consumer Electronics__ @@ -127,7 +127,7 @@ XMSRC4392 is a high-performance 4-channel asynchronous audio sample rate convert --- - Signal standardization in audio test equipment, data processing in audio analyzers, format conversion in professional signal processing equipment + Signal standardization in audio testing equipment, data processing in audio analysis instruments, format conversion in professional signal processing equipment @@ -135,24 +135,24 @@ XMSRC4392 is a high-performance 4-channel asynchronous audio sample rate convert | Product Name | Product Model | Product Image | |:--------|:--------|:--------:| -| 4-Channel 192KHz ASRC and 768KHz SSRC Audio Sample Rate Converter with S/PDIF Transceiver and Dual I²S Master/Slave Interfaces | XMSRC4392-VC1 | ![XMSRC4392-VC1](/assets/images/hifi_audio/xmsrc4392_vc1.png "XMSRC4392-VC1"){align=center width=120} | +| 4-Channel 192KHz ASRC and 768KHz SSRC Audio Sample Rate Converter with Integrated S/PDIF Transceiver and 2-Way I2S Master/Slave Interface | XMSRC4392-VC1 | ![XMSRC4392-VC1](/assets/images/hifi_audio/xmsrc4392_vc1.png "XMSRC4392-VC1"){align=center width=120} | ## Related Evaluation Boards
-- :material-developer-board: __A316-HF-I2S-V1 Audio Sample Rate Converter Evaluation Board__ +- :material-developer-board: __A316-HF-I2S-V1 Audio Sample Rate Conversion Evaluation Board__ --- - The development board exposes XU316 interfaces through pin headers for independent evaluation of XMSRC4392_VC1 performance + The development board exposes XU316 interfaces through pin headers, allowing independent evaluation of XMSRC4392_VC1 performance [:octicons-arrow-right-24: View Details](../../dev_doc/evb/a316_hf_i2s_v1/index.md)
-## Inquiry and Feedback +## Inquiries and Feedback
-Click to expand inquiry and feedback form +Click to expand the inquiry and feedback form --8<-- "common/customer_form.md" diff --git a/en/docs/products/std_product/index.md b/en/docs/products/std_product/index.md index 132f481..2e3318b 100644 --- a/en/docs/products/std_product/index.md +++ b/en/docs/products/std_product/index.md @@ -12,15 +12,15 @@ hide: # Core Modules --- -- [USB HiFi Decoders](../hifi_audio/index.md) +- [USB HiFi Decoder Core Modules](../hifi_audio/index.md) - [USB Low-Power Portable HiFi Decoders](../phifi_audio/index.md) - [USB Virtual 7.1 Gaming Sound Cards](../game/index.md) -- [AI DNR(Deep Noise Reduction)](../ai_dnr/index.md) +- [AI DNR Deep Noise Reduction](../ai_dnr/index.md) -- [USB OTG Integrated ASRC](../usb_otg/index.md) +- [USB OTG with Integrated ASRC](../usb_otg/index.md) diff --git a/en/docs/products/usb_otg/index.md b/en/docs/products/usb_otg/index.md index a68a952..dd40909 100644 --- a/en/docs/products/usb_otg/index.md +++ b/en/docs/products/usb_otg/index.md @@ -1,5 +1,5 @@ --- -title: USB Mobile OTG Adaptive Audio Decoder Product Series +title: USB Mobile OTG Adaptive Audio Decoder Series Core Modules hide: -toc --- @@ -7,13 +7,13 @@ hide: --8<-- "common/phaten_xmos_support_img.md" -# USB Mobile OTG Adaptive Audio Decoder Product Series +# USB Mobile OTG Adaptive Audio Decoder Series Core Modules !!! info "Product List"
- | **Product (Feature:material-arrow-down:)(Model:material-arrow-right:)** | [OT82111_VC1](./ot82111_vc1.md) |[OT83211_VC1](./ot83211_vc1.md) | + | **Product (Function:material-arrow-down:)(Model:material-arrow-right:)** | [OT82111_VC1](./ot82111_vc1.md) |[OT83211_VC1](./ot83211_vc1.md) | |---------------------|---------------------|---------------------| | **USB2.0←→I²S(Slave)** | USB: Fix PCM48KHz/24bit
I²S: PCM44.1KHz-192KHz/32bit |USB: 44.1KHz-192KHz/24bit
I²S: PCM44.1KHz-192KHz/32bit | | **Status** | Active |Active | diff --git a/en/docs/products/usb_otg/ot82111_vc1.md b/en/docs/products/usb_otg/ot82111_vc1.md index ef71634..ffcbae7 100644 --- a/en/docs/products/usb_otg/ot82111_vc1.md +++ b/en/docs/products/usb_otg/ot82111_vc1.md @@ -11,7 +11,7 @@ hide:
# OT82111_VC1 -__4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Dual I²S Slave Interfaces__ +__4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Integrated Dual I2S Slave Interface__
@@ -19,11 +19,11 @@ __4-Channel ASRC OTG 48KHz Audio Sample Rate Converter with Dual I²S Slave Inte
![OT82111_VC1 Block Diagram](/assets/images/hifi_audio/ot82111_diagram.png "OT82111_VC1 Block Diagram"){align=right width=450} -OT82111 is a high-performance 4-channel ASRC audio sample rate converter designed for mobile audio devices, integrating USB OTG interface and dual I²S slave interface functionality. This product is developed based on the high-performance XMOS chip and specifically optimized for streaming sound cards, mobile audio interfaces, and other application scenarios. +OT82111 is a high-performance 4-channel ASRC audio sample rate converter designed specifically for mobile audio devices, integrating USB OTG interface and dual I²S slave interface functionality. This product is developed based on the XMOS high-performance chip and optimized specifically for live streaming sound cards, mobile audio interfaces, and other application scenarios. -- The product features high-precision dual independent 2-channel ASRC sample rate converters, supporting sample rate conversion between 44.1kHz~192kHz and 48KHz, ensuring seamless conversion of audio signals between different sample rates. -- Through the USB OTG interface, the device can directly connect to smartphones, tablets, and other mobile devices, implementing plug-and-play functionality using UAC2.0 adaptive mode, compatible with Windows, Linux, Android, macOS, iOS, and various platforms. -- The product delivers exceptional audio performance with THD+N < -130dB and SNR > 135dB, providing audio equipment manufacturers with professional-grade audio processing solutions. +- The product features built-in high-precision dual independent 2-channel ASRC sample rate converters, supporting conversion between 44.1kHz~192kHz and 48KHz sampling rates, ensuring seamless conversion of audio signals between different sampling rates. +- Through the USB OTG interface, the device can directly connect to smartphones, tablets, and other mobile devices, using UAC2.0 adaptive mode to achieve plug-and-play functionality, compatible with Windows, Linux, Android, macOS, iOS, and various other platforms. +- The product offers excellent audio performance specifications, with THD+N less than -130dB and signal-to-noise ratio greater than 135dB, providing professional-grade audio processing solutions for audio equipment manufacturers. [:fontawesome-regular-file-pdf: OT82111_VC1 Product Brief](/assets/product_brief_pdf/OT82111_产品简介_4通道ASRC OTG 48KHz音频采样率转换器集成2路I2S从接口.pdf){.md-button } [:material-file-document-outline: OT82111_VC1 Datasheet](../../dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md){.md-button } diff --git a/en/docs/products/usb_otg/ot83211_vc1.md b/en/docs/products/usb_otg/ot83211_vc1.md index 5380c57..29af0bb 100644 --- a/en/docs/products/usb_otg/ot83211_vc1.md +++ b/en/docs/products/usb_otg/ot83211_vc1.md @@ -19,15 +19,15 @@ __4-Channel ASRC OTG 44.1KHz~192KHz Audio Sample Rate Converter with Dual I²S S
![OT83211_VC1 Block Diagram](/assets/images/hifi_audio/ot83211_diagram.png "OT83211_VC1 Block Diagram"){align=right width=450} -OT83211 is a high-performance 4-channel ASRC audio sample rate converter designed for mobile audio devices, integrating USB OTG interface and dual I²S slave interface functionality. This product is developed based on the high-performance XMOS chip and specifically optimized for streaming sound cards, mobile audio interfaces, and other application scenarios. +OT83211 is a high-performance 4-channel ASRC audio sample rate converter specifically designed for mobile audio devices, integrating USB OTG interface and dual I²S slave interface functionality. This product is developed based on the XMOS high-performance chip, specially optimized for streaming sound cards, mobile audio interfaces, and similar application scenarios. -- The product features high-precision dual independent 2-channel ASRC sample rate converters, supporting sample rate conversion between 44.1kHz~192kHz, ensuring seamless conversion of audio signals between different sample rates. -- Through the USB OTG interface, the device can directly connect to smartphones, tablets, and other mobile devices, implementing plug-and-play functionality using UAC 2.0, compatible with Windows, Linux, Android, macOS, iOS, and various platforms. -- The product delivers exceptional audio performance with THD+N < -130dB and SNR > 135dB, providing audio equipment manufacturers with professional-grade audio processing solutions. +- The product features built-in high-precision dual independent 2-channel ASRC sample rate converters, supporting conversion between 44.1kHz~192kHz sampling rates, ensuring seamless audio signal conversion between different sampling rates. +- Through the USB OTG interface, the device can directly connect to smartphones, tablets, and other mobile devices, implementing plug-and-play functionality via UAC 2.0, compatible with Windows, Linux, Android, macOS, iOS, and various platforms. +- The product delivers excellent audio performance specifications with THD+N less than -130dB and SNR greater than 135dB, providing audio equipment manufacturers with professional-grade audio processing solutions. [:fontawesome-regular-file-pdf: OT83211_VC1 Product Brief](/assets/product_brief_pdf/ot83211_产品简介_4通道ASRC OTG 44.1KHz~192KHz音频采样率转换器集成2路I2S从接口.pdf){.md-button } [:material-file-document-outline: OT83211_VC1 Datasheet](../../dev_doc/datasheet/std_product/usb_otg/ot83211_vc1.md){.md-button } -[:shopping_cart: Buy Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } +[:shopping_cart: Purchase Samples](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button }
## Features and Specifications diff --git a/en/docs/products/wifi_speaker/index.md b/en/docs/products/wifi_speaker/index.md new file mode 100644 index 0000000..a4ebaec --- /dev/null +++ b/en/docs/products/wifi_speaker/index.md @@ -0,0 +1,31 @@ +--- +title: Wi‑Fi Wireless Speaker Core Firmware +hide: + - toc +--- + +--8<-- "common/phaten_xmos_support_img.md" + +# Wi‑Fi Wireless Speaker + +!!! info "Product List" +
+ + | **Product (Function:material-arrow-down:)(Model:material-arrow-right:)** | [WB8711_ZW](./wb8711_zw.md) | + |---------------------|---------------------| + | **Wireless Specifications** | 2.4 / 5GHz Wi‑Fi, BLE 5.0 | + | **Configuration and Deployment** | ZeroConfig + Web Configuration Center | + | **Application Focus** | Home Theater Wireless Audio/Smart Speakers | + | **Reference Specifications** | [WB8711-ZW Module Specifications](../../dev_doc/wifi_speaker/wb8711_zw.md) | + | **Status** | Active | + +
+ +## Inquiry and Feedback + +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/wifi_speaker/wb8711-zw.md b/en/docs/products/wifi_speaker/wb8711-zw.md new file mode 100644 index 0000000..d135e62 --- /dev/null +++ b/en/docs/products/wifi_speaker/wb8711-zw.md @@ -0,0 +1,117 @@ +--- +title: WB8711_ZW +hide: + -toc +login: true +--- + +--8<-- "common/checklogin_form.md" +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# WB8711_ZW +__Development-Free ZeroConfig + Web Configuration Wi‑Fi Wireless Speaker Firmware (Realtek RTL8711 Platform)__ + +
+
+ +
+![WB8711_ZW Diagram](/assets/images/speaker/RTL8711DCM%20PCB.PNG){align=right width=450} +WB8711_ZW is custom firmware for Wi‑Fi wireless speakers and smart speaker applications, supporting out-of-the-box ZeroConfig setup and web configuration interface. Based on Realtek `RTL8711` series modules, it supports 2.4 / 5GHz dual-band Wi‑Fi and BLE 5.0, meeting high-reliability connectivity and convenient deployment requirements. + +- ZeroConfig first power-on guidance, hotspot quick configuration for speaker channels +- Built-in Web configuration center +- Supports configuration import/export for batch delivery + +[:material-file-document-outline: Module Specifications and Reference](https://phateniot.github.io/zh/products/model/RTL8711/){.md-button } +[:material-cloud-download-outline: Factory Firmware Image]({.disabled}){.md-button } +[:shopping_cart: Purchase Samples]({.disabled}){.md-button } + +
+ +## Features and Parameters + +=== "Key Features (Firmware)" + - Wi‑Fi 5.8G wireless audio link with low latency, strong anti-interference, stable and reliable (supports up to 10-channel transmission, depending on project configuration). + - ZeroConfig first power-on guidance and Web visual configuration, supporting hotspot fallback and automatic reconnection. + - Scenario-based channel configuration: standard 5.1, compact 3.1, minimalist 2.1, expandable to 7.1.2; flexible channel mapping and device grouping. + - Supports configuration import/export, log viewing, and online OTA upgrades for mass production and operational requirements. + +=== "Wireless Audio Transmission" + - 5.8GHz Wi‑Fi wireless transmission, optimized for audio link latency and jitter, supporting multi-point connections between host (Soundbar) and rear surround/subwoofer. + - Multi-link coordination and anti-interference strategies: automatic channel selection, reconnection, and fault tolerance for complex environments. + - Optional BLE for quick pairing/auxiliary configuration (depending on hardware platform capabilities). + +=== "Audio Specifications and Synchronization" + - Supports various high-resolution audio formats: PCM up to 192kHz/24bit (tailored according to project and hardware capabilities). + - Dynamic range optimization and buffer synchronization strategies ensure high-fidelity and stable playback, reducing stuttering and misalignment. + - Master/slave clock and channel alignment strategies for home theater, optimizing Lip‑Sync. + +=== "Channels and Roles" + - Role definitions: Host (Soundbar/Master), Rear Surround (Rear L/R), Subwoofer (Sub), supporting custom extensions. + - Channel mapping: Supports intuitive channel assignment to devices in Web configuration, adapting to different room layouts. + - Device grouping and networking: Supports group IDs and automatic discovery for parallel deployment of multiple systems. + +=== "Web Configuration" + - Configuration center: Network (AP/STA), device pairing, channel mapping. + +> Hardware parameters and capabilities reference Realtek `RTL8711` series module specifications; actual selection and datasheets prevail. + +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Link | + | :----------: | :------------------------------------------------ | :-------------------------- | + | Model Page | [:material-file-document-outline: RTL8711 Module Reference] | [:material-open-in-new:](https://phateniot.github.io/zh/products/model/RTL8711/) | + | Web Configuration Guide | To be released | [:material-progress-clock:] | + + +=== "Tools and Software" + + | Type | Description | Download | + | :----------: | :---------------------- | :-------------------------------------------------------------------------------------------------------------------------------------- | + | Factory Image | WB8711_ZW Factory Image | :material-download: | + +## Application Scenarios + +- Multi-channel home theater wireless applications + - Standard 5.1, compact 3.1, minimalist 2.1 channel configurations, expandable to 7.1.2 + - Supports multi-point connections between host (Soundbar/Master) and rear surround/subwoofer + - Master/slave clock and channel alignment strategies for home theater, optimizing Lip‑Sync + +- Scalable scenarios and deployment + - Rapid batch deployment in public spaces such as hotels, apartments, shopping centers + - Networked audio playback systems for homes and studios, parallel networking of multiple systems + - Supports device grouping, automatic discovery, and channel mapping for different room layouts + +## Ordering Information + +| Product Name | Product Model | Product Image | +| :----------------- | :-------- | :-------------------------------------------------------------------------------------------: | +| Wi‑Fi Wireless Development-Free Speaker Firmware | WB8711-ZW | ![WB8711-ZW](/assets/images/speaker/RTL8711DCM%20PCB.PNG "WB8711-ZW"){align=center width=120} | + +> Customized firmware (theme, feature tailoring, factory parameters) can be provided according to actual module/model. + +## Related Evaluation Boards +
+ +- :material-developer-board: __RTL8711 Series Wi‑Fi Audio Evaluation Board__ + + --- + + Provides network configuration and audio routing evaluation for quick firmware capability verification (example). + + [:octicons-arrow-right-24: View Details](https://phateniot.github.io/zh/products/dev_board/RTL8711dev_board/) + +
+ +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/docs/products/wifi_speaker/wb8711_zw.md b/en/docs/products/wifi_speaker/wb8711_zw.md new file mode 100644 index 0000000..58372b5 --- /dev/null +++ b/en/docs/products/wifi_speaker/wb8711_zw.md @@ -0,0 +1,116 @@ +--- +title: WB8711_ZW +hide: + -toc +login: true +--- + +--8<-- "common/checklogin_form.md" +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# WB8711_ZW +__Development-Free ZeroConfig + Web Configuration Wi‑Fi Wireless Speaker Firmware (Realtek RTL8711 Platform)__ + +
+
+ +
+![WB8711_ZW Diagram](../../assets/images/speaker/8711model.jpg){align=right width=450} +WB8711_ZW is custom firmware for Wi‑Fi wireless speakers and smart speaker applications, supporting out-of-the-box ZeroConfig setup and web configuration interface. Based on Realtek `RTL8711` series modules, it supports 2.4 / 5GHz dual-band Wi‑Fi and BLE 5.0, meeting high-reliability connectivity and convenient deployment requirements. + +- ZeroConfig first power-on guidance, hotspot quick configuration for speaker channels +- Built-in Web configuration center +- Supports configuration import/export for batch delivery + +[:material-file-document-outline: Module Specifications and Reference](../../dev_doc/wifi_speaker/wb8711_zw.md){.md-button } +[:shopping_cart: Purchase Samples](){.md-button } + +
+ +## Features and Parameters + +=== "Key Features (Firmware)" + - Wi‑Fi 5.8G wireless audio link with low latency, strong anti-interference, stable and reliable (supports up to 10-channel transmission, depending on project configuration). + - ZeroConfig first power-on guidance and Web visual configuration, supporting hotspot fallback and automatic reconnection. + - Scenario-based channel configuration: standard 5.1, compact 3.1, minimalist 2.1, expandable to 7.1.2; flexible channel mapping and device grouping. + - Supports configuration import/export, log viewing, and online OTA upgrades for mass production and operational requirements. + +=== "Wireless Audio Transmission" + - 5.8GHz Wi‑Fi wireless transmission, optimized for audio link latency and jitter, supporting multi-point connections between host (Soundbar) and rear surround/subwoofer. + - Multi-link coordination and anti-interference strategies: automatic channel selection, reconnection, and fault tolerance for complex environments. + - Optional BLE for quick pairing/auxiliary configuration (depending on hardware platform capabilities). + +=== "Audio Specifications and Synchronization" + - Supports various high-resolution audio formats: PCM up to 192kHz/24bit (tailored according to project and hardware capabilities). + - Dynamic range optimization and buffer synchronization strategies ensure high-fidelity and stable playback, reducing stuttering and misalignment. + - Master/slave clock and channel alignment strategies for home theater, optimizing Lip‑Sync. + +=== "Channels and Roles" + - Role definitions: Host (Soundbar/Master), Rear Surround (Rear L/R), Subwoofer (Sub), supporting custom extensions. + - Channel mapping: Supports intuitive channel assignment to devices in Web configuration, adapting to different room layouts. + - Device grouping and networking: Supports group IDs and automatic discovery for parallel deployment of multiple systems. + +=== "Web Configuration" + - Configuration center: Network (AP/STA), device pairing, channel mapping. + +> Hardware parameters and capabilities reference Realtek `RTL8711` series module specifications; actual selection and datasheets prevail. + +## Documentation and Tools + +=== "Technical Documentation" + + | Type | Title | Link | + | :----------: | :------------------------------------------------ | :-------------------------- | + | Model Page | [:material-file-document-outline: RTL8711 Module Reference] | [:material-open-in-new:](https://phateniot.github.io/zh/products/model/RTL8711/) | + | Web Configuration Guide | To be released | [:material-progress-clock:] | + + +=== "Tools and Software" + + | Type | Description | Download | + | :----------: | :---------------------- | :-------------------------------------------------------------------------------------------------------------------------------------- | + | Factory Image | WB8711_ZW Factory Image | :material-download: | + +## Application Scenarios + +- Multi-channel home theater wireless applications + - Standard 5.1, compact 3.1, minimalist 2.1 channel configurations, expandable to 7.1.2 + - Supports multi-point connections between host (Soundbar/Master) and rear surround/subwoofer + - Master/slave clock and channel alignment strategies for home theater, optimizing Lip‑Sync + +- Scalable scenarios and deployment + - Rapid batch deployment in public spaces such as hotels, apartments, shopping centers + - Networked audio playback systems for homes and studios, parallel networking of multiple systems + - Supports device grouping, automatic discovery, and channel mapping for different room layouts + +## Ordering Information + +| Product Name | Product Model | Product Image | +| :----------------- | :-------- | :-------------------------------------------------------------------------------------------: | +| Wi‑Fi Wireless Development-Free Speaker Firmware | WB8711-ZW | ![WB8711-ZW](/assets/images/speaker/RTL8711DCM%20PCB.PNG "WB8711-ZW"){align=center width=120} | + +> Customized firmware (theme, feature tailoring, factory parameters) can be provided according to actual module/model. + +## Related Evaluation Boards +
+ +- :material-developer-board: __RTL8711 Series Wi‑Fi Audio Evaluation Board__ + + --- + + Provides network configuration and audio routing evaluation for quick firmware capability verification (example). + + [:octicons-arrow-right-24: View Details](https://phateniot.github.io/zh/products/dev_board/RTL8711dev_board/) + +
+ +## Inquiry and Feedback +
+Click to expand inquiry and feedback form + +--8<-- "common/customer_form.md" + +
diff --git a/en/mkdocs.yml b/en/mkdocs.yml index e87229a..8cd4272 100644 --- a/en/mkdocs.yml +++ b/en/mkdocs.yml @@ -212,6 +212,7 @@ nav: - products/src/index.md - XMSRC4392-VC1: products/src/xmsrc4392_vc1.md - XMSRC4194-VC1: products/src/xmsrc4194_vc1.md + - XMSRC4192-VC1: products/src/xmsrc4192_vc1.md - PDM to I2S/TDM Conversion Core Modules: - products/pdm_2_i2s/index.md - XMAU7118-VC1: products/pdm_2_i2s/xmau7118_vc1.md @@ -255,6 +256,7 @@ nav: - SRC(Audio Sample Rate Conversion) Core Modules: - XMSRC4392-VC1: dev_doc/datasheet/std_product/src/xmsrc4392_vc1.md - XMSRC4194-VC1: dev_doc/datasheet/std_product/src/xmsrc4194_vc1.md + - XMSRC4192-VC1: dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md - PDM to I2S/TDM Conversion Core Modules: - XMAU7118-VC1: dev_doc/datasheet/std_product/pdm_2_i2s/xmau7118_vc1.md @@ -267,10 +269,9 @@ nav: - Test Specifications: dev_doc/evb/a316_hf_dac_v1/test_spec.md - Design Files: dev_doc/evb/a316_hf_dac_v1/design_files.md # - Authorization Guide: dev_doc/evb/a316_hf_dac_v1/a316_dac_auth_tool.md - # - A316-PH-DAC-V1: - # - A316-PH-DAC-V1 Product Datasheet: dev_doc/evb/a316_ph_dac_v1/a316_ph_dac_v1_datasheet.md - # - Fosi Audio DS3 XMOS Green Product Datasheet: dev_doc/evb/a316_ph_dac_v1/fosi_audio_ds3_xmos_green_datasheet.md - # - UAC1.0 Gaming Audio Effects Design Notes: dev_doc/evb/a316_ph_dac_v1/uac1_v71_design.md + - A316-PH-DAC-V1: + - Real 7.1 SA Game Play Guide: dev_doc/evb/a316_ph_dac_v1/v71_game_play_guide.md + - Real 7.1 SA Principles And Advantages: dev_doc/evb/a316_ph_dac_v1/v71_sa_principles_advantages.md - A316-HF-I2S-V1: - dev_doc/evb/a316_hf_i2s_v1/index.md - Hardware Datasheet: dev_doc/evb/a316_hf_i2s_v1/datasheet.md diff --git a/zh/docs/assets/download/a316_mini_v1/A316-Mini_V02_250412_sch.pdf b/zh/docs/assets/download/a316_mini_v1/A316-Mini_V02_250412_sch.pdf new file mode 100644 index 0000000..6e4026c Binary files /dev/null and b/zh/docs/assets/download/a316_mini_v1/A316-Mini_V02_250412_sch.pdf differ diff 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+ +
+
- ![飞腾云](/assets/images/logos/phaen-long.png "飞腾云"){width="200"} ![XMOS](/assets/images/logos/xmos-long.png "XMOS"){width="128"} **联合支持**
[XMOS官网: www.xmos.com](https://www.xmos.com)
[飞腾云音频解决方案官网: www.phaten-audio.com](https://www.phaten-audio.com/zh/)
\ No newline at end of file diff --git a/zh/docs/dev_doc/datasheet/std_product/ai_dnr/dnr6521x_vc1.md b/zh/docs/dev_doc/datasheet/std_product/ai_dnr/dnr6521x_vc1.md index 93247ac..d631ed5 100644 --- a/zh/docs/dev_doc/datasheet/std_product/ai_dnr/dnr6521x_vc1.md +++ b/zh/docs/dev_doc/datasheet/std_product/ai_dnr/dnr6521x_vc1.md @@ -84,8 +84,8 @@ DNR6521x是基于XMOS处理器架构的高性能AI深度降噪产品，专为音 | PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | |:--------|:----------------|:-------------|:-----------|:------------|:------------| -| DNR65211-VC1 | DNR65211-VC1 | SMT LGA-52 | 13x13mm | DNR65211_VC1 | 单通道超低延时Ai深度降噪处理器集成USB及I2S接口，唱歌+强降噪模型，3档降噪 | -| DNR65212-VC1 | DNR65212-VC1 | SMT LGA-52 | 13x13mm | DNR6521x_VC1 | 单通道超低延时Ai深度降噪处理器集成USB及I2S接口，强降噪模型，2档降噪 | +| DNR65211-VC1 | DNR65211-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | 单通道超低延时Ai深度降噪处理器集成USB及I2S接口，唱歌+强降噪模型，3档降噪 | +| DNR65212-VC1 | DNR65212-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | 单通道超低延时Ai深度降噪处理器集成USB及I2S接口，强降噪模型，2档降噪 | ## 2、模式及指标 diff --git a/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83211l_vc1.md b/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83211l_vc1.md index c1d63d6..889025e 100644 --- a/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83211l_vc1.md +++ b/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83211l_vc1.md @@ -1,6 +1,6 @@ --- -title: PH83211L_VC1/PH83211LQ_VC1 768KHz/DSD512 USB低功耗HiFi音频解码器 -description: PH83211L_VC1/PH83211LQ_VC1低功耗音频解码器技术文档 +title: PH832XXL-VC1 768KHz/DSD512 USB低功耗HiFi音频解码器 +description: PH832XXL-VC1低功耗音频解码器技术文档 author: 技术文档部 date: 2025-05-07 print_page: true @@ -8,55 +8,79 @@ tags: - 音频解码器 - XMOS - USB HiFi - - MQA + - ES9039Q2M --- -# PH83211L_VC1/PH83211LQ_VC1 768KHz/DSD512 USB低功耗HiFi音频解码器 --8<-- "common/phaten_xmos_support_img.md" +
+
+ +# PH832XXL-VC1产品规格书 +__768KHz/DSD512 HiFi便携解码器支持低功耗XU316和ES903XQ2M及CS43198/CS43131__ +
+
+ ## 1、简介 ### 1.1 产品描述 -PH83211L_VC1/PH83211LQ_VC1是一款最高支持PCM 768KHz/DSD512的USB低功耗HiFi音频解码，专为便携式HiFi解码器音频应用而设计。 +PH832XXL-VC1是一款最高支持PCM 768KHz/DSD512的USB低功耗HiFi音频解码，专为便携式HiFi解码器音频应用而设计。该模组的固件已针对几颗便携解码器常用的高性能音频DAC进行了适配和优化。 -PH83211L_VC1/PH83211LQ_VC1支持多种标准音频格式，包括USB Audio Class 1.0/2.0和I²S接口。灵活的音频接口允许PH83211L_VC1/PH83211LQ_VC1连接到各种音频数据转换器、数字音频接收器和发射器以及数字信号处理器。 +PH83211L-VC1支持多种标准音频格式，包括USB Audio Class 1.0/2.0和I²S接口。灵活的音频接口允许PH83211L-VC1连接到各种音频数据转换器、数字音频接收器和发射器以及数字信号处理器。 -PH83211L_VC1/PH83211LQ_VC1提供USB输入/I²S输出模式，满足高品质音频应用场景的需求。 +!!! info "XU316低功耗测试对比结果" +
-!!! warning "重要提示" - **PH83211LQ_VC1型号支持MQA音频解码，而PH83211L_VC1型号不支持此功能。** + | 芯片类型 | DSD 512 | PCM 768KHz | PCM 384KHz | PCM 192KHz | + |---------|---------|------------|------------|------------| + | **低功耗芯片** | 113 mW | 146 mW | 128 mW | 123 mW | + | **标准功耗芯片** | 227 mW | 232 mW | 227 mW | 222 mW | + | **节省功耗** | **114 mW** | **86 mW** | **99 mW** | **99 mW** | + | **节省功耗%** |**50.22%** | **37.07%** | **43.61%** | **44.59%** | + +
### 1.2 产品特性 -**音频性能特性** +**USB接口特性** -- 支持高达768kHz的输入和输出采样率 -- 支持DSD64/128/256/512格式 -- **PH83211LQ_VC1支持MQA解码** -- 内置SSRC模块，支持不同接口间，不同采样率之间的转换 - - SSRC指标：THD+N (@1kHz, 0dBFs) < -130dB，SNR: > 140dB -- 支持16-32bit音频数据格式 +- USB2.0高速兼容 +- 支持UAC2.0和UAC1.0(通过按键设置模式) +- USB总线供电 -**接口支持特性** +**音频格式支持** -- **多种数字接口支持** - - 支持USB音频输入 - - 支持I²S主模式音频输出 - - 支持UART配置接口 +- UAC2.0 -**USB功能特性** + | 音频格式 | 支持的采样率 | + |:---------|:-------------| + | **PCM** | 位数:16bit, 24bit，32bit, 采样率：44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz | + | **DSD Native** | DSD64, DSD128, DSD256, DSD512 | + | **DOP** | DOP64, DOP128, DOP256 | -- **USB接口特性** - - 支持UAC 1.0 - - 支持UAC 2.0 - - 支持通过USB升级固件 - - 支持HID，可以通过HID升级MCU固件 +- UAC1.0 + + | 音频格式 | 支持的采样率 | + |:---------|:-------------| + | **PCM** | 位数:16bit, 采样率：48kHz | + +**PEQ支持** + +- 支持8段44.1-192KHz EQ +- 支持Web及APP PEQ控制台 **系统兼容性** -- UAC 2.0协议，支持ASIO -- 支持多种操作系统，如Windows，Linux，Android，macOS和iOS等 +- 支持Windows 10 / 11[^1]、Mac OS、Android[^2]、iOS[^3] +- 支持专有的ASIO驱动(仅对于UAC2.0)，支持超低延时的ASIO播放 + +**硬件特性** + +- 支持功能按键，可由固件进行功能配置 +- 支持RGB状态指示灯，可由固件进行显示配置 +- 支持输出负载模式切换功能 +- 支持数字滤波器切换功能 ### 1.3 应用场景 @@ -66,15 +90,17 @@ PH83211L_VC1/PH83211LQ_VC1提供USB输入/I²S输出模式，满足高品质音
![PH83211L框图](/assets/images/hifi_audio/ph83211l_diagram.png "PH83211L框图"){width="600"} -
图1: PH83211L_VC1/PH83211LQ_VC1产品功能框图
+
图1: PH83211L-VC1产品功能框图
### 1.5 订购信息 -| PRODUCT | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | +| PRODUCT | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Model Picture | Comments | |:--------|:----------------|:-------------|:-----------|:------------|:------------| -| PH83211L_VC1 | PH83211L-VC1 | SMT STAMP-30 | 13x13mm | A316-Mini-V1 | | -| PH83211LQ_VC1 | PH83211LQ-VC1 | SMT STAMP-30 | 13x13mm | A316-Mini-V1 | **支持MQA解码**| +| PH83211L-VC1 | PH83211L-VC1 | SMT STAMP-30 | 13x13mm | ![PH83211L-VC1](/assets/images/hifi_audio/ph83211L_vc1_cover.png "PH83211L"){width=60} | **支持2个按键, 支持单ES9039Q2M DAC** | +| PH83212L-VC1 | PH83212L-VC1 | SMT STAMP-30 | 13x13mm | ![PH83212L-VC1](/assets/images/hifi_audio/ph83212L_vc1_cover.png "PH83212L"){width=60} | **支持3个按键, 支持单ES9039Q2M DAC** | +| PH83221L-VC1 | PH83221L-VC1 | SMT STAMP-30 | 13x13mm | ![PH83221L-VC1](/assets/images/hifi_audio/ph83221L_vc1_cover.png "PH83221L"){width=60} | **支持2个按键, 支持双CS43198 DAC** | +| PH83222L-VC1 | PH83222L-VC1 | SMT STAMP-30 | 13x13mm | ![PH83222L-VC1](/assets/images/hifi_audio/ph83222L_vc1_cover.png "PH83222L"){width=60} | **支持3个按键, 支持双CS43198 DAC** | ## 2、模式及指标 @@ -97,7 +123,6 @@ PH83211L_VC1/PH83211LQ_VC1提供USB输入/I²S输出模式，满足高品质音 | **PCM** | 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz | | **DSD Native** | DSD64, DSD128, DSD256, DSD512 | | **DOP** | DOP64, DOP128, DOP256 | -| **MQA** | 仅PH83211LQ_VC1支持 | #### 2.2.2 USB(UAC1.0) in → I²S out 模式 @@ -105,67 +130,67 @@ PH83211L_VC1/PH83211LQ_VC1提供USB输入/I²S输出模式，满足高品质音 | 音频格式 | 支持的采样率 | |:---------|:-------------| -| **PCM** | 48kHz | +| **PCM** | 48kHz/16bit | ## 3、管脚配置和功能 -### 3.1 PH83211L_VC1/PH83211LQ_VC1管脚布局 +### 3.1 PH83211L-VC1管脚布局
![PH83211L-VC1管脚图](/assets/images/hifi_audio/a316_pin.png "PH83211L-VC1管脚图"){width=400}
图2: PH83211L-VC1管脚排列示意图
-### 3.2 PH83211L_VC1/PH83211LQ_VC1管脚描述 +### 3.2管脚描述 -| 模组管脚序号 | 名称 | 类型 | 功能 | +| 模组管脚序号 | 名称 | 类型 | 功能说明 | | :------: | :------: | :------: | :------ | | 1 | 3.3V | P | 模组3.3V供电 | -| 2 | X1D13 | I/O | 多功能GPIO | -| 3 | X1D16 | I/O | 多功能GPIO | +| 2 | X1D13 | I/O | NC (Not Connected) | +| 3 | X1D16 | I/O | NC | | 4 | GND | P | 模组地 | -| 5 | X1D17 | I/O | 多功能GPIO | -| 6 | X1D18 | I/O | 多功能GPIO | -| 7 | X1D19 | I/O | 多功能GPIO | -| 8 | X1D22 | I/O | 多功能GPIO | -| 9 | X0D29 | I/O | 多功能GPIO | -| 10 | X0D35 | I/O | 多功能GPIO | -| 11 | X0D36 | I/O | 多功能GPIO | -| 12 | X0D37 | I/O | 多功能GPIO | -| 13 | X0D38 | I/O | 多功能GPIO | -| 14 | X0D40 | I/O | 多功能GPIO | -| 15 | X0D39 | I/O | 多功能GPIO | -| 16 | X0D42 | I/O | 多功能GPIO | -| 17 | X0D41 | I/O | 多功能GPIO | -| 18 | X0D43 | I/O | 多功能GPIO | -| 19 | X1D34 | I/O | 多功能GPIO | +| 5 | X1D17 | I/O | NC | +| 6 | X1D18 | I/O | NC | +| 7 | X1D19 | I/O | NC | +| 8 | X1D22 | I/O | NC | +| 9 | X0D29 | O | **CHIP_EN**: 连接到DAC的 CHIP_EN 引脚，用于使能 DAC, 高电平使能 | +| 10 | X0D35 | O | **I2S_BCLK**: I²S 位时钟，连接到 DAC | +| 11 | X0D36 | O | **I2S_LRCK**: I²S 左右时钟，连接到 DAC | +| 12 | X0D37 | I | **Play/MODE**: 按键2：功能按键，低电平有效(型号PH83212L-VC1/PH83222L-VC1支持) | +| 13 | X0D38 | O | **I2S_DOUT**: I²S 数据输出，连接到 DAC | +| 14 | X0D40 | O | **LED_GREEN**: 用于驱动绿色 LED低电平有效 | +| 15 | X0D39 | O | **MCLK**: 主时钟输出，连接到 DAC | +| 16 | X0D42 | O | **LED_BLUE**: 用于驱动蓝色 LED低电平有效 | +| 17 | X0D41 | O | **LED_RED**: 用于驱动红色 LED低电平有效 | +| 18 | X0D43 | I/O | **AMP_POWER_EN**: 耳放电源使能信号, 高电平使能 | +| 19 | X1D34 | I/O | NC | | 20 | GND | P | 模组地 | -| 21 | X0D30 | I/O | 多功能GPIO | -| 22 | X0D31 | I/O | 多功能GPIO | -| 23 | X0D32 | I/O | 多功能GPIO | -| 24 | X0D32 | I/O | 多功能GPIO | +| 21 | X0D30 | O | **AMP_EN**: 耳放使能信号, 高电平使能 | +| 22 | X0D31 | O | **CTRL_MUTE**: 静音控制信号，低电平静音，高电平输出 | +| 23 | X0D32 | I | **P_VOL-**: 按键2：音量减按键输入，低电平有效 | +| 24 | X0D33 | I | **P_VOL+**: 按键1：音量加按键输入，低电平有效 | | 25 | GND | P | 模组地 | | 26 | GND | P | 模组地 | | 27 | GND | P | 模组地 | -| 28 | X0D00 | I/O | 多功能GPIO | -| 29 | X0D11 | I/O | 多功能GPIO | -| 30 | X1D00 | I/O | 多功能GPIO | -| 31 | X1D01 | I/O | 多功能GPIO | +| 28 | X0D00 | I/O | **I2C_SDA**: I²C 数据线，用于连接和控制 DAC | +| 29 | X0D11 | I/O | **I2C_SCL**: I²C 时钟线，用于连接和控制 DAC | +| 30 | X1D00 | I/O | NC | +| 31 | X1D01 | I/O | NC | | 32 | GND | P | 模组地 | -| 33 | X1D09 | I/O | 多功能GPIO | -| 34 | X1D10 | I/O | 多功能GPIO | -| 35 | X1D11 | I/O | 多功能GPIO/XU316内部时钟输出 | +| 33 | X1D09 | I/O | NC | +| 34 | X1D10 | I/O | NC | +| 35 | X1D11 | O | 接X0D39 | | 36 | GND | P | 模组地 | | 37 | GND | P | 模组地 | -| 38 | TDI | I/O | 多功能GPIO | -| 39 | TDO | I/O | 多功能GPIO | -| 40 | TMS | I/O | 多功能GPIO | -| 41 | TCK | I/O | 多功能GPIO | -| 42 | RST_N | I/O | 多功能GPIO | +| 38 | TDI | I/O | JTAG_TDI | +| 39 | TDO | I/O | JTAG_TDO | +| 40 | TMS | I/O | JTAG_TMS | +| 41 | TCK | I/O | JTAG_TCK | +| 42 | RST_N | I | XMOS_RST | | 43 | 1.8V | P | 模组1.8V供电 | | 44 | GND | P | 模组地 | -| 45 | USB_DM | I/O | USB_DM | -| 46 | USB_DP | I/O | USB_DP | +| 45 | USB_DM | I/O | USB D- | +| 46 | USB_DP | I/O | USB D+ | | 47 | GND | P | 模组地 | | 48 | 0.9V | P | 模组0.9V供电 | | 49 | GND | P | 模组地 | @@ -173,50 +198,171 @@ PH83211L_VC1/PH83211LQ_VC1提供USB输入/I²S输出模式，满足高品质音 | 51 | GND | P | 模组地 | | 52 | GND | P | 模组地 | -!!! info "管脚类型说明" - - 表中I/O类型定义：I=输入，O=输出，P=电源，I/O=输入/输出 + +## 4、硬件参数 + +### 4.1、正常工作条件 + +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + +### 4.2 产品尺寸 +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +### 4.3 模组封装图 +
+ ![PH873XXL_VC1封装图](/assets/images/hifi_audio/a316_size.png "PH873XXL_VC1封装图"){width=400} +
+
+ +### 4.3 模组原理图 +
+ ![PH873XXL_VC1原理图](/assets/download/a316_mini_v1/A316-Mini_V02_250412_sch.png "PH873XXL_VC1原理图") +
+
+ +### 4.4 XMOS XU316芯片规格书 + +[:fontawesome-regular-file-pdf: XMOS-XU316-1024-QF60B-C24](/assets/download/XMOS-XU316-1024-QF60B-C24.pdf) + +## 5、参考设计 +
+ ![PH873XXL_VC1参考设计](/assets/download/a316_mini_v1/a316_mini_v1_mini_ref_design.png "PH873XXL_VC1参考设计") +
+
+ +## 6、 RGB状态指示灯定义 + +| UAC 模式 | 音频流格式/采样率 | LED颜色(低增益模式) | LED颜色(高增益模式) | +|:---:|:---:|:---:|:---:| +| UAC1.0 | -- | 蓝灯常亮 |蓝灯闪烁 | +| UAC2.0 | PCM 44.1K/48K | 红灯常亮 |红灯闪烁 | +| UAC2.0 | PCM 88.2K/96K | 青灯常亮 |青灯闪烁 | +| UAC2.0 | PCM 176.4K～768K | 黄灯常亮 |黄灯闪烁 | +| UAC2.0 | DSD | 白灯常亮 | 白灯闪烁 | -## 4、修订历史 +## 7、按键功能说明 + +### 7.1 按键操作 + +**按键1(音量+)** + +- 短按，音量加1级 +- 长按1秒后，音量连续加 +- 按下不放后再开机，设备工作于UAC1.0模式** (型号PH83211-VC1/PH83221-VC1支持此功能) ** + +**按键2(音量-)** + +- 短按，音量减1级 +- 长按1秒后，音量连续减 +- 按下不放后再开机，设备工作于UAC1.0模式** (型号PH83211-VC1/PH83221-VC1支持此功能) ** + +**按键1(音量+)+按键2(音量-)(组合键)** + +- 两键同时短按，切换增益模式** (型号PH83211-VC1支持此功能) ** +- 两键同时长按1秒后，切换滤波器模式** (型号PH83211-VC1/PH83212-VC1支持此功能) ** + +**按键3(Mode) (型号PH83212-VC1/PH83222-VC1支持此功能)** + +- 短按，执行播放/暂停 +- 双击：播放下一曲 +- 三击：播放上一曲 +- 长按1秒后，切换增益模式** (只有型号PH83212-VC1支持此功能) ** +- 按下不放后再开机，设备工作于UAC1.0模式 + + +### 7.2 按键音量调节和系统音量调节说明 + +- 设备具有60级按键音量调节，并支持掉电记忆功能，出厂默认值为20级。 + +- 按键音量级别配置表： + + | 按键音量级别 | 电平衰减量(dB) | 按键音量级别 | 电平衰减量(dB) | 按键音量级别 | 电平衰减量(dB) | + |:-------------|:----------------|:-------------|:----------------|:-------------|:----------------| + | 60 | 0 | 40 | -20 | 20 | -40 | + | 59 | -1 | 39 | -21 | 19 | -41 | + | 58 | -2 | 38 | -22 | 18 | -42 | + | 57 | -3 | 37 | -23 | 17 | -43 | + | 56 | -4 | 36 | -24 | 16 | -44 | + | 55 | -5 | 35 | -25 | 15 | -46 | + | 54 | -6 | 34 | -26 | 14 | -48 | + | 53 | -7 | 33 | -27 | 13 | -50 | + | 52 | -8 | 32 | -28 | 12 | -52 | + | 51 | -9 | 31 | -29 | 11 | -54 | + | 50 | -10 | 30 | -30 | 10 | -57 | + | 49 | -11 | 29 | -31 | 9 | -60 | + | 48 | -12 | 28 | -32 | 8 | -64 | + | 47 | -13 | 27 | -33 | 7 | -69 | + | 46 | -14 | 26 | -34 | 6 | -74 | + | 45 | -15 | 25 | -35 | 5 | -79 | + | 44 | -16 | 24 | -36 | 4 | -84 | + | 43 | -17 | 23 | -37 | 3 | -89 | + | 42 | -18 | 22 | -38 | 2 | -99 | + | 41 | -19 | 21 | -39 | 1 | -100 | + | 0 | -127.5 | | | | | + +- 当音量调节时，LED灯会根据当前音量级别闪烁对应的颜色，无操作3秒后，恢复为采样率指示颜色。 + + | 执行到的音量级别 | LED 实时指示 | + |:----------------|:-------------| + | 0-23级 | 闪烁绿色 | + | 24-48级 | 闪烁黄色 | + | 49-60级 | 闪烁红色 | + +- 当音量调至最大或最小时，对应级别颜色的灯常亮不闪烁。 + +- 音量调节属于独立的调节功能，通过调节DAC音量实现，音量级别不会同步到主机，主机的系统音量级别也不会同步到本机按键音量级。 + +- 设备最终输出音量等于系统音量加上按键音量。比如系统音量调到-6dB，按键音量调到-2dB，则设备输出音量=-6dB-2dB=-8dB。 + +--- + +## 8、增益模式说明(型号PH83211-VC1/PH83212-VC1支持此功能) + +- 设备支持两个增益模式：低增益模式和高增益模式，增益模式支持掉电记忆功能。 +- 默认低增益模式 +- 切换增益模式 + - PH83211-VC1：设备工作期间，按键1(音量+)和按键2(音量-)同时按下后，并且在1秒内释放(即短按组合键)时，可以切换一次增益模式。 + - PH83212-VC1：设备工作期间，长按按键3保持1秒以上时，并且在1秒内释放(即短按组合键)时，可以切换一次增益模式。 + - 低增益模式和高增益模式循环切换 +--- + +## 9、UAC2.0 HiFi音乐模式下的数字滤波器模式说明(型号PH83211-VC1/PH83212-VC1支持此功能) + +- 设备具有8个可选用的PCM滤波器模式，滤波器模式支持掉电记忆功能。 + +- 滤波器模式配置表： + + | 滤波器模式 | 滤波器名称 | + |:-----------|:-----------| + | 模式1 | Minimum Phase filter (default) | + | 模式2 | Linear Phase Apodizing Fast Roll-off filter | + | 模式3 | Linear phase fast roll‐off filter | + | 模式4 | Linear Phase Fast Roll-off low-ripple filter | + | 模式5 | Linear phase slow roll‐off filter | + | 模式6 | Minimum phase fast roll‐off filter | + | 模式7 | Minimum phase slow roll‐off filter| + | 模式8 | Minimum Phase Fast Roll-Off Low Dispersion| + +- 切换滤波器模式 + - 设备工作期间，按键1(音量+)和按键2(音量-)同时按下后，并且保持1秒以上(即长按组合键)时，可切换一次滤波器模式，按照上表所列顺序循环切换。 + +- 当进行切换滤波器模式的操作时，LED会做相应的状态指示： + + | 切换到的模式 | LED实时指示 | + |:-------------|:-------------| + | 模式1～7 | 紫色灯闪烁1次 | + | 模式8 | 紫色灯闪烁2次 | + +--- + +## 10、修订历史 | 版本 | 日期 | 描述 | 修订者 | |:------|:-------------|:---------------------------------------|:-------------| | V1.0 | 2025-05-07 | 初始版本发布 | | -| | | | | -| | | | | +| V1.1 | 2025-11-11 | 修改pin定义 | - | +| V1.2 | 2025-12-29 | 修改功能定义，增加参考设计 | - | -## 5、咨询反馈 -
-点击展开咨询反馈表单 ---8<-- "common/customer_form.md" -
- - \ No newline at end of file diff --git a/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83311l_vc1.md b/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83311l_vc1.md index c9188d1..1dd7e7b 100644 --- a/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83311l_vc1.md +++ b/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83311l_vc1.md @@ -152,47 +152,47 @@ PH83311L_VC1/PH83311LQ_VC1提供多种输入输出模式，包括USB输入/I²S | 模组管脚序号 | 名称 | 类型 | 功能 | | :------: | :------: | :------: | :------ | | 1 | 3.3V | P | 模组3.3V供电 | -| 2 | X1D13 | I/O | 多功能GPIO | -| 3 | X1D16 | I/O | 多功能GPIO | +| 2 | X1D13 | I/O | NC | +| 3 | X1D16 | I/O | NC | | 4 | GND | P | 模组地 | -| 5 | X1D17 | I/O | 多功能GPIO | -| 6 | X1D18 | I/O | 多功能GPIO | -| 7 | X1D19 | I/O | 多功能GPIO | -| 8 | X1D22 | I/O | 多功能GPIO | -| 9 | X0D29 | I/O | 多功能GPIO | -| 10 | X0D35 | I/O | 多功能GPIO | -| 11 | X0D36 | I/O | 多功能GPIO | -| 12 | X0D37 | I/O | 多功能GPIO | -| 13 | X0D38 | I/O | 多功能GPIO | -| 14 | X0D40 | I/O | 多功能GPIO | -| 15 | X0D39 | I/O | 多功能GPIO | -| 16 | X0D42 | I/O | 多功能GPIO | -| 17 | X0D41 | I/O | 多功能GPIO | -| 18 | X0D43 | I/O | 多功能GPIO | -| 19 | X1D34 | I/O | 多功能GPIO | +| 5 | X1D17 | I/O | NC | +| 6 | X1D18 | I/O | NC | +| 7 | X1D19 | I/O | NC | +| 8 | X1D22 | I/O | NC | +| 9 | X0D29 | I/O | NC | +| 10 | X0D35 | I/O | I2S_BCLK | +| 11 | X0D36 | I/O | I2S_LRCK | +| 12 | X0D37 | I/O | S/PDIF OUT | +| 13 | X0D38 | I/O | I2S_DOUT | +| 14 | X0D40 | I/O | NC | +| 15 | X0D39 | I/O | MCLK | +| 16 | X0D42 | I/O | NC | +| 17 | X0D41 | I/O | NC | +| 18 | X0D43 | I/O | NC | +| 19 | X1D34 | I/O | NC | | 20 | GND | P | 模组地 | -| 21 | X0D30 | I/O | 多功能GPIO | -| 22 | X0D31 | I/O | 多功能GPIO | -| 23 | X0D32 | I/O | 多功能GPIO | -| 24 | X0D32 | I/O | 多功能GPIO | +| 21 | X0D30 | I/O | CTRL_MUTE. Low mute audio out, hight: unmute audio out | +| 22 | X0D31 | I/O | Power_EN，模拟电源Enable | +| 23 | X0D32 | I/O | NC | +| 24 | X0D33 | I/O | NC | | 25 | GND | P | 模组地 | | 26 | GND | P | 模组地 | | 27 | GND | P | 模组地 | -| 28 | X0D00 | I/O | 多功能GPIO | -| 29 | X0D11 | I/O | 多功能GPIO | -| 30 | X1D00 | I/O | 多功能GPIO | -| 31 | X1D01 | I/O | 多功能GPIO | +| 28 | X0D00 | I/O | UART_TX，连接MCU_RX | +| 29 | X0D11 | I/O | UART_RX，连接MCU_TX | +| 30 | X1D00 | I/O | NC | +| 31 | X1D01 | I/O | NC | | 32 | GND | P | 模组地 | -| 33 | X1D09 | I/O | 多功能GPIO | -| 34 | X1D10 | I/O | 多功能GPIO | -| 35 | X1D11 | I/O | 多功能GPIO/XU316内部时钟输出 | +| 33 | X1D09 | I/O | NC | +| 34 | X1D10 | I/O | NC | +| 35 | X1D11 | I/O | 连接X0D39 | | 36 | GND | P | 模组地 | | 37 | GND | P | 模组地 | -| 38 | TDI | I/O | 多功能GPIO | -| 39 | TDO | I/O | 多功能GPIO | -| 40 | TMS | I/O | 多功能GPIO | -| 41 | TCK | I/O | 多功能GPIO | -| 42 | RST_N | I/O | 多功能GPIO | +| 38 | TDI | I/O | JTAG_TDI | +| 39 | TDO | I/O | JTAG_TDO | +| 40 | TMS | I/O | JTAG_TMS | +| 41 | TCK | I/O | JTAG_TCK | +| 42 | RST_N | I/O | XMOS_RST | | 43 | 1.8V | P | 模组1.8V供电 | | 44 | GND | P | 模组地 | | 45 | USB_DM | I/O | USB_DM | @@ -222,33 +222,4 @@ PH83311L_VC1/PH83311LQ_VC1提供多种输入输出模式，包括USB输入/I²S --8<-- "common/customer_form.md" -
- - \ No newline at end of file +
\ No newline at end of file diff --git a/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83321l_vc1.md b/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83321l_vc1.md new file mode 100644 index 0000000..7c67b18 --- /dev/null +++ b/zh/docs/dev_doc/datasheet/std_product/phifi_audio/ph83321l_vc1.md @@ -0,0 +1,225 @@ +--- +title: PH83321L_VC1/PH83321LQ_VC1 768KHz/DSD512 USB低功耗HiFi音频解码器 +description: PH83321L_VC1/PH83321LQ_VC1低功耗音频解码器技术文档 +author: 技术文档部 +date: 2025-05-07 +print_page: true +tags: + - 音频解码器 + - XMOS + - USB HiFi + - MQA +--- + +# PH83321L_VC1/PH83321LQ_VC1 768KHz/DSD512 USB低功耗HiFi音频解码器 +--8<-- "common/phaten_xmos_support_img.md" + +## 1、简介 + +### 1.1 产品描述 + +PH83321L_VC1/PH83321LQ_VC1是一款最高支持PCM 768KHz/DSD512的USB低功耗HiFi音频解码，专为便携式HiFi解码器音频应用而设计。 + +PH83321L_VC1/PH83321LQ_VC1支持多种标准音频格式，包括USB Audio Class 1.0/2.0、S/PDIF和I²S接口。灵活的音频接口允许PH83321L_VC1/PH83321LQ_VC1连接到各种音频数据转换器、数字音频接收器和发射器以及数字信号处理器。 + +兼容AES3, S/PDIF, IEC 60958, and EIAJ CP-1201数字音频接口。 + +PH83321L_VC1/PH83321LQ_VC1提供多种输入输出模式，包括USB输入/I²S输出以及USB输入/S/PDIF输出，满足不同应用场景的需求。 + +!!! warning "重要提示" + **PH83321LQ_VC1型号支持MQA音频解码，而PH83321L_VC1型号不支持此功能。** + +### 1.2 产品特性 + +**音频性能特性** + +- 支持高达768kHz的输入和输出采样率 +- 支持DSD64/128/256/512格式 +- **PH83321LQ_VC1支持MQA解码** +- 内置SSRC模块，支持不同接口间，不同采样率之间的转换 + - SSRC指标：THD+N (@1kHz, 0dBFs) < -130dB，SNR: > 140dB +- 支持16-32bit音频数据格式 + +**接口支持特性** + +- **多种数字接口支持** + - 支持USB音频输入 + - 支持I²S主模式音频输出 + - 支持S/PDIF音频输出 + - 支持UART配置接口 + +**USB功能特性** + +- **USB接口特性** + - 支持UAC 1.0 + - 支持UAC 2.0 + - 支持通过USB升级固件 + - 支持HID，可以通过HID升级MCU固件 + +**系统兼容性** + +- UAC 2.0协议，支持ASIO +- 支持多种操作系统，如Windows，Linux，Android，macOS和iOS等 + +### 1.3 应用场景 + +- USB低功耗HiFi解码器（USB Portable HiFi Decoder） + +### 1.4 产品功能框图 + +
+ ![PH83321L框图](/assets/images/hifi_audio/ph83321l_diagram.png "PH83321L框图"){width="600"} +
图1: PH83321L_VC1/PH83321LQ_VC1产品功能框图
+
+ +### 1.5 订购信息 + +| PRODUCT | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | +|:--------|:----------------|:-------------|:-----------|:------------|:------------| +| PH83321L_VC1 | PH83321L-VC1 | SMT STAMP-30 | 13x13mm | A316-Mini-V1 | | +| PH83321LQ_VC1 | PH83321LQ-VC1 | SMT STAMP-30 | 13x13mm | A316-Mini-V1 | **支持MQA解码**| + + +## 2、模式及指标 + +### 2.1 支持的输入输出模式 + +| 模式编号 | 输入输出模式 | 说明 | +|:--------:|:------------------------|:------------------------| +| 1 | USB(UAC2.0) in-I²S(Master) out | USB输入，I²S输出，UAC2.0 | +| 2 | USB(UAC1.0) in-I²S(Master) out | USB输入，I²S输出，UAC1.0 | +| 3 | USB IN(UAC2.0)-SPDIF OUT | USB输入，S/PDIF输出, UAC2.0 | + +### 2.2 各工作模式详细参数 + +#### 2.2.1 USB(UAC2.0) in → I²S out 模式 + +**支持的音频格式与采样率:** + +| 音频格式 | 支持的采样率 | +|:---------|:-------------| +| **PCM** | 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz, 705.6kHz, 768KHz | +| **DSD Native** | DSD64, DSD128, DSD256, DSD512 | +| **DOP** | DOP64, DOP128, DOP256 | +| **MQA** | 仅PH83321LQ_VC1支持 | + +#### 2.2.2 USB(UAC1.0) in → I²S out 模式 + +**支持的音频格式与采样率:** + +| 音频格式 | 支持的采样率 | +|:---------|:-------------| +| **PCM** | 48kHz | + +#### 2.2.3 USB(UAC2.0) in → S/PDIF out 模式 + +**输入/输出采样率支持:** + +| 接口 | 音频格式 | 支持的采样率 | +|:-----|:---------|:-------------| +| **USB输入** | PCM | 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz, 352.8kHz, 384kHz | +| **S/PDIF输入** | PCM | 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz | + +**SSRC(同步采样率转换)功能:** + +* 输入采样率 ≤ 192kHz: 按原采样率输出 +* 输入采样率 > 192kHz: 通过SSRC转换后输出192kHz + +**SSRC性能指标:** + +* THD+N (@1kHz, 0dBFs): ≤-130dB +* SNR: ≥140dB + +#### 2.2.4 USB(UAC1.0) in → S/PDIF out 模式 + +**支持的音频格式与采样率:** + +| 音频格式 | 支持的采样率 | +|:---------|:-------------| +| **PCM** | 48kHz | + +## 3、管脚配置和功能 + +### 3.1 PH83321L_VC1/PH83321LQ_VC1管脚布局 + +
+ ![PH83321L-VC1管脚图](/assets/images/hifi_audio/a316_pin.png "PH83321L-VC1管脚图"){width=400} +
图2: PH83321L-VC1管脚排列示意图
+
+ +### 3.2 PH83321L_VC1/PH83321LQ_VC1管脚描述 + +| 模组管脚序号 | 名称 | 类型 | 功能 | +| :------: | :------: | :------: | :------ | +| 1 | 3.3V | P | 模组3.3V供电 | +| 2 | X1D13 | I/O | NC | +| 3 | X1D16 | I/O | NC | +| 4 | GND | P | 模组地 | +| 5 | X1D17 | I/O | NC | +| 6 | X1D18 | I/O | NC | +| 7 | X1D19 | I/O | NC | +| 8 | X1D22 | I/O | NC | +| 9 | X0D29 | I/O | NC | +| 10 | X0D35 | I/O | I2S_BCLK | +| 11 | X0D36 | I/O | I2S_LRCK | +| 12 | X0D37 | I/O | S/PDIF IN | +| 13 | X0D38 | I/O | I2S_DOUT | +| 14 | X0D40 | I/O | NC | +| 15 | X0D39 | I/O | MCLK | +| 16 | X0D42 | I/O | NC | +| 17 | X0D41 | I/O | NC | +| 18 | X0D43 | I/O | NC | +| 19 | X1D34 | I/O | NC | +| 20 | GND | P | 模组地 | +| 21 | X0D30 | I/O | CTRL_MUTE. Low mute audio out, hight: unmute audio out | +| 22 | X0D31 | I/O | Power_EN，模拟电源Enable | +| 23 | X0D32 | I/O | NC | +| 24 | X0D33 | I/O | NC | +| 25 | GND | P | 模组地 | +| 26 | GND | P | 模组地 | +| 27 | GND | P | 模组地 | +| 28 | X0D00 | I/O | UART_TX，连接MCU_RX | +| 29 | X0D11 | I/O | UART_RX，连接MCU_TX | +| 30 | X1D00 | I/O | NC | +| 31 | X1D01 | I/O | NC | +| 32 | GND | P | 模组地 | +| 33 | X1D09 | I/O | NC | +| 34 | X1D10 | I/O | NC | +| 35 | X1D11 | I/O | 连接X0D39 | +| 36 | GND | P | 模组地 | +| 37 | GND | P | 模组地 | +| 38 | TDI | I/O | JTAG_TDI | +| 39 | TDO | I/O | JTAG_TDO | +| 40 | TMS | I/O | JTAG_TMS | +| 41 | TCK | I/O | JTAG_TCK | +| 42 | RST_N | I/O | XMOS_RST | +| 43 | 1.8V | P | 模组1.8V供电 | +| 44 | GND | P | 模组地 | +| 45 | USB_DM | I/O | USB_DM | +| 46 | USB_DP | I/O | USB_DP | +| 47 | GND | P | 模组地 | +| 48 | 0.9V | P | 模组0.9V供电 | +| 49 | GND | P | 模组地 | +| 50 | GND | P | 模组地 | +| 51 | GND | P | 模组地 | +| 52 | GND | P | 模组地 | + +!!! info "管脚类型说明" + - 表中I/O类型定义：I=输入，O=输出，P=电源，I/O=输入/输出 + + +## 4、修订历史 + +| 版本 | 日期 | 描述 | 修订者 | +|:------|:-------------|:---------------------------------------|:-------------| +| V1.0 | 2025-05-07 | 初始版本发布 | | +| | | | | +| | | | | + +## 5、咨询反馈 +
+点击展开咨询反馈表单 + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/zh/docs/dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md b/zh/docs/dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md new file mode 100644 index 0000000..ed66485 --- /dev/null +++ b/zh/docs/dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md @@ -0,0 +1,337 @@ +--- +title: XMSRC4192-VC1 2通道192KHz ASRC音频采样率转换器集成2路S/PDIF和2路I2S接口 +description: XMSRC4192-VC1 2通道异步采样率转换器数据手册 +author: 技术文档部 +date: 2025-01-15 +print_page: true +--- + +--8<-- "common/phaten_xmos_support_img.md" +
+
+ +# XMSRC4192-VC1 +__2通道192KHz ASRC音频采样率转换器集成2路S/PDIF和2路I2S接口__ + +
+
+ +## 1、简介 + +### 1.1 产品描述 + +XMSRC4192是一款基于XMOS芯片架构的高性能2通道异步采样率转换器，提供16:1至1:16的宽范围采样率转换、144dB动态范围以及对I2S、Left-justified、Right-justified等多种数字音频格式的全面支持。 + +- 该产品集成了两个S/PDIF输入接口，为用户提供更灵活的信号源选择。用户可根据应用需求在I2S输入和S/PDIF输入之间灵活切换，显著增强了系统的连接性和适应性。 +- XMOS芯片架构确保了产品的高可靠性和出色的音频处理性能，为专业音频设备制造商提供了更具竞争力的解决方案选择。 +- 单SRC模块架构，可同时处理2通道音频采样率转换。 + +### 1.2 产品特性 + +
+ +- :material-audio-input-stereo-minijack:{ .lg .middle } __双通道SRC音频采样率转换__ + + --- + + - 单SRC模块架构 + - 处理2路音频信号（立体声） + - 可配置输入源 + - 同时处理2通道音频采样率转换 + - 灵活的信号路由 + - 输入可选: I2S_IN 或 S/PDIF_I + - 输出可选：I2S_OUT 或 S/PDIF_O + - 支持多种工作模式 + +- :material-sine-wave:{ .lg .middle } __超高采样率转换支持__ + + --- + + - ASRC (异步采样率转换) + - 支持44.1KHz-192KHz间采样率转换 + - 支持16:1至1:16宽范围输入输出采样率比 + - 自动感应输入输出采样率 + - 音频数据处理 + - 支持16bit/24bit/32bit音频数据处理 + - 144dB动态范围 + - THD+N: -140dB + +- :material-connection:{ .lg .middle } __多接口支持__ + + --- + + - S/PDIF接口 + - 2个S/PDIF输入输出接口(S/PDIF_I, S/PDIF_O) + - 兼容AES3, IEC 60958, and EIAJ CP-1201标准 + - I²S接口 + - 2个I²S接口(1个输入 + 1个输出) + - 支持Master/Slave模式 + +- :material-file-document-multiple:{ .lg .middle } __全面的数字音频格式支持__ + + --- + + - 支持I2S, Left-Justified, Right-Justified格式 + - 支持16bit/24bit/32bit音频数据处理 + - 所有输出数据从内部28位数据路径抖动处理 + +- :material-cog:{ .lg .middle } __灵活配置接口__ + + --- + + - I²C/UART配置接口 + - 支持I²C和UART双协议配置 + - 可配置参数 + - 输入输出模式 + - I²S采样率配置(Master模式) + - Master/Slave模式切换 + - I²S音频格式(I²S/Left-Justified/Right-Justified) + +- :material-clock-outline:{ .lg .middle } __智能时钟管理__ + + --- + + - 主时钟输出(MCLK) + - 支持128fs、256fs、512fs、1024fs参考时钟 + +
+ +### 1.3 应用场景 + +
+ +- :material-microphone:{ .lg .middle } __专业录音棚__ + + --- + + - 立体声录音设备中进行高精度采样率转换 + - 音频工作站中处理不同采样率的音频素材 + - 调音台系统中实现音频信号格式统一 + +- :material-broadcast:{ .lg .middle } __广播电视__ + + --- + + - 广播设备中音频信号的实时处理 + - 电视制作中不同来源音频的同步处理 + - 直播系统中音频信号的优化转换 + +- :material-speaker:{ .lg .middle } __数字音响__ + + --- + + - 功放设备中音频信号的预处理 + - 音频处理器中立体声信号转换 + - 扬声器管理系统中信号优化 + +- :material-car:{ .lg .middle } __汽车音响__ + + --- + + - 车载娱乐系统中音频格式转换 + - 高端音响中音质优化处理 + - 降噪系统中信号处理 + +- :material-home:{ .lg .middle } __消费电子__ + + --- + + - 高端音响设备中音频信号处理 + - 家庭影院系统中立体声处理 + - 专业音频接口中信号转换 + +- :material-factory:{ .lg .middle } __工业应用__ + + --- + + - 音频测试设备中信号标准化 + - 音频分析仪器中数据处理 + - 专业信号处理设备中格式转换 + +
+ +### 1.4 产品功能框图 + +
+ ![XMSRC4192框图](/assets/images/hifi_audio/xmsrc4192_diagram.png "XMSRC4192-VC1框图"){width=700} +
图1: XMSRC4192-VC1功能框图
+
+ +### 1.5 订购信息 + +| PRODUCT MODEL | ORDERING NUMBER | PACKAGE BODY | SIZE (NOM) | Hardware Model | Comments | +|:--------|:----------------|:-------------|:-----------|:------------|:------------| +| XMSRC4192-VC1 | XMSRC4192-VC1 | SMT LGA-52 | 13x13mm | A316-Mini-V1 | 2通道192KHz ASRC采样率转换器，单SRC模块，2路S/PDIF输入 | + +## 2、模式及指标 + +### 2.1 支持的输入输出模式 + +XMSRC4192-VC1采用单SRC模块设计，可配置不同的输入源，以下列出典型应用模式： + +| 模式编号 | 输入输出模式 | 说明 | +|:--------:|:----------|:-----| +| 1 | S/PDIF_I → SRC → I²S_OUT (Master) | S/PDIF_I转I²S输出 | +| 2 | S/PDIF_I → SRC → I²S_OUT (Slave) | S/PDIF_I转I²S输出 | +| 3 | I²S_IN (Master) → SRC → S/PDIF_O | I²S输出转S/PDIF_O输出 | +| 4 | I²S_IN (Slave) → SRC → S/PDIF_O | I²S输出转S/PDIF_O输出 | +| 5 | I²S_IN (Master) → SRC → I²S_OUT (Master) | 立体声采样率转换 | +| 6 | I²S_IN (Slave) → SRC → I²S_OUT (Master) | 立体声采样率转换 | +| 7 | S/PDIF_I → SRC → S/PDIF_O | S/PDIF_I转S/PDIF_O输出 | + +!!! note "模式配置说明" + - 配置通过I²C/UART接口动态切换 + +### 2.2 音频性能指标 + +| 性能指标 | ASRC模式 | 测试条件 | +|:---------|:---------|:---------| +| 分辨率 | 16-32位 | - | +| 输入采样频率 | 44.1kHz ~ 192kHz | - | +| 输出采样频率 | 44.1kHz ~ 192kHz | - | +| 动态范围 | 144dB | -60dBFS输入, A-weighted | +| THD+N | -140dB | 0dBFS输入, 20Hz~fs/2 | + +## 3、管脚配置和功能 + +### 3.1 XMSRC4192_VC1管脚布局 + +
+ ![XMSRC4192-VC1管脚图](/assets/images/hifi_audio/a316_pin.png "XMSRC4192-VC1管脚图"){width=400} +
图2: XMSRC4192_VC1管脚排列示意图 (A316-Mini-V1封装)
+
+ +### 3.2 XMSRC4192_VC1管脚描述 + +| 管脚序号 | 名称 | 类型 | 功能 | +|:--------:|:----------|:------|:-----------------------------| +| 1 | 3.3V | P | 模组3.3V供电 | +| 2 | X1D13 | I | S/PDIF_B (S/PDIF输出) | +| 3 | X1D16 | - | 保留 | +| 4 | GND | P | 模组地 | +| 5 | X1D17 | - | 保留 | +| 6 | X1D18 | - | 保留 | +| 7 | X1D19 | - | 保留 | +| 8 | X1D22 | - | 保留 | +| 9 | X0D29 | I/O | NC | +| 10 | X0D35 | I/O | BCLKI (I²S输入位时钟, Master输出/Slave输入) | +| 11 | X0D36 | I/O | LRCKI (I²S输入帧同步, Master输出/Slave输入) | +| 12 | X0D37 | I | S/PDIF_I(S/PDIF输入) | +| 13 | X0D38 | - | SDIN (I²S数据输入) | +| 14 | X0D40 | I/O | NC | +| 15 | X0D39 | O | MCLK_OUT (主时钟输出) | +| 16 | X0D42 | - | 保留 | +| 17 | X0D41 | I/O | NC | +| 18 | X0D43 | - | 保留 | +| 19 | X1D34 | - | 保留 | +| 20 | GND | P | 模组地 | +| 21 | X0D30 | I/O | CTL_MUTE | +| 22 | X0D31 | I/O | UART_I2C_SEL (UART/I2C选择) | +| 23 | X0D32 | I/O | NC | +| 24 | X0D33 | - | 保留 | +| 25 | GND | P | 模组地 | +| 26 | GND | P | 模组地 | +| 27 | GND | P | 模组地 | +| 28 | X0D00 | I | UART_TX/I2C_SCL | +| 29 | X0D11 | O | UART_RX/I2C_SDA | +| 30 | X1D00 | - | LRCKO (I²S输出帧同步, Master输出/Slave输入) | +| 31 | X1D01 | - | SDOUT (I²S数据输出) | +| 32 | GND | P | 模组地 | +| 33 | X1D09 | - | 保留 | +| 34 | X1D10 | - | BCLKO (I²S输出位时钟, Master输出/Slave输入) | +| 35 | X1D11 | O | MCLK_OUT (主时钟输出) | +| 36 | GND | P | 模组地 | +| 37 | GND | P | 模组地 | +| 38 | TDI | I/O | JTAG调试接口 | +| 39 | TDO | I/O | JTAG调试接口 | +| 40 | TMS | I/O | JTAG调试接口 | +| 41 | TCK | I/O | JTAG调试接口 | +| 42 | RST_N | I | 系统复位，低电平有效 | +| 43 | 1.8V | P | 模组1.8V供电 | +| 44 | GND | P | 模组地 | +| 45 | USB_DM | I/O | USB_DM (保留，未使用) | +| 46 | USB_DP | I/O | USB_DP (保留，未使用) | +| 47 | GND | P | 模组地 | +| 48 | 0.9V | P | 模组0.9V供电 | +| 49 | GND | P | 模组地 | +| 50 | GND | P | 模组地 | +| 51 | GND | P | 模组地 | +| 52 | GND | P | 模组地 | + +!!! info "管脚类型说明" + 表中I/O类型定义：I=输入，O=输出，P=电源，I/O=输入/输出 + +!!! warning "重要说明" + - **UART/I2C接口选择**: 通过管脚22(X0D31)的UART_I2C_SEL信号选择接口类型 + - **MCLK输出**: 管脚15(X0D39)和管脚35(X1D11) + - Master模式需要，支持128fs/256fs/512fs/1024fs + +## 4、配置接口说明 + +### 4.1 I²C/UART配置接口 + +XMSRC4192-VC1支持I²C和UART双协议配置，提供灵活的配置方式。通过管脚22(X0D31)的UART_I2C_SEL信号可以选择使用哪种配置接口： + +| 配置方式 | 管脚22(X0D31) | 通信接口 | 说明 | +|:--------|:-------------|:---------|:-----| +| 上拉 | UART_I2C_SEL | UART模式 | 管脚29(X0D11)=UART_RX, 管脚28(X0D01)=UART_TX | +| 下拉 | UART_I2C_SEL | I²C模式 | 管脚29(X0D11)=I2C_SDA, 管脚28(X0D01)=I2C_SCL | + +### 4.2 可配置参数 + +通过I²C或UART接口可配置以下参数： + +| 参数类型 | 配置选项 | 说明 | +|:--------|:---------|:-----| +| 输入输入模式 | 输入输出模式7选一 | +| I²S采样率 | 4kHz~192kHz | Master模式下配置 | +| I²S输入格式 | I²S/Left-Justified/Right-Justified | 音频数据格式 | +| I²S输出格式 | I²S/Left-Justified/Right-Justified | 音频数据格式 | +| 输出字长 | 16/24/32位 | | + +!!! note "配置说明" + - 详细配置命令请参考配置协议文档 + +### 4.3 MCLK配置 + +- Master模式端口需要MCLK，用于生成LRCK和BCK +- MCLK支持128fs/256fs/512fs/1024fs + +## 5、硬件参数 + +### 5.1、正常工作条件 + +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + +### 5.2 产品尺寸 +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +### 5.3 模组封装图 +
+ ![A316-Mini-V1封装图](/assets/images/hifi_audio/a316_size.png "A316-Mini-V1封装图"){width=400} +
图3: A316-Mini-V1封装图
+
+ +## 6、最小系统参考设计 +
+ ![A316-Mini-V1最小系统参考设计](/assets/download/a316_mini_v1/a316_mini_v1_mini_ref_design.png "A316-Mini-V1最小系统参考设计"){width=800} +
+
+ +## 7、产品包装信息 +--8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:package" + +## 8、修订历史 + +| 版本 | 日期 | 描述 | 修订者 | +|:------|:-------------|:---------------------------------------|:-------------| +| V1.0 | 2025-10-6 | 初始版本发布 | 技术文档部 | +| | | | | + +## 9、咨询反馈 +
+点击展开咨询反馈表单 + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/zh/docs/dev_doc/evb/a316_hf_dac_v1/a316_dac_auth_tool.md b/zh/docs/dev_doc/evb/a316_hf_dac_v1/a316_dac_auth_tool.md new file mode 100644 index 0000000..e69de29 diff --git a/zh/docs/dev_doc/evb/a316_ph_dac_v1/v71_game_play_guide.md b/zh/docs/dev_doc/evb/a316_ph_dac_v1/v71_game_play_guide.md new file mode 100644 index 0000000..09632f6 --- /dev/null +++ b/zh/docs/dev_doc/evb/a316_ph_dac_v1/v71_game_play_guide.md @@ -0,0 +1,137 @@ +--- +title: 真硬核7.1空间音频游戏体验指南 +login: true +--- + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# 真硬核7.1空间音频游戏体验指南 +
+
+ + +## 1、游戏模式说明 + +### 1.1、游戏模式RGB指示灯定义 + +| 游戏音效 | 采样率 | LED颜色(低阻模式) | LED颜色(高阻模式) | +|:-------------|:-------|:------------------|:------------------| +| 无音效 | -- | ●黄灯常亮 | ●黄灯闪烁| +| FPS | -- | ●青灯常亮 | ●青灯闪烁 | +| 真硬核7.1空间音频 | -- | ●紫灯常亮 | ●紫灯闪烁 | + + + +### 1.2 如何切换设备到游戏模式 + +- 常态下，通电后设备会默认工作于UAC2.0 HiFi音乐模式，可以通过手动设置使设备通电后工作于UAC1.0游戏模式。 + +- 设备工作期间，不能切换UAC模式。 + +- 让设备工作于游戏模式的操作方法： + 1. 在设备断开连接(断电)的前提下 + 2. 先按下按键(任意按键都可以)并保持住不放开，然后将设备连上主机(电脑、手机、游戏机)的USB接口(使设备通电) + 3. 待指示灯变成游戏模式的颜色就可以放开按键 + 4. 设备就会工作在游戏模式了。 + +### 1.3 游戏音效说明 + +- 设备工作在游戏模式时，设备具有多个可选用的游戏音效，游戏音效支持掉电记忆功能。 + +- 游戏音效说明： + + | 游戏音效 | 游戏音效说明 | + |:-----------|:-----------| + | 无音效 | 游戏原始音频输出 | + | FPS | 针对射击类游戏，对游戏中的脚步声和枪声增强 | + | 真硬核7.1空间音频 | 针对有多声道输出的游戏，设备把游戏的多声道音频通过7.1空间音频算法合成2声道音频。让2声道音频具有3D空间，方位和距离感应 | + +- 切换游戏音效 + - 设备工作在游戏模式时，按键1(音量+)和按键2(音量-)同时按下后，并且保持1秒以上(即长按组合键)时，可切换一次游戏音效，按照上表所列顺序循环切换。 + + +## 2、Windows 部分支持多声道游戏设置 + +!!! info "" + - 目前 PC 游戏大都没有在商店界面标注是否支持多通道，建议玩家在各大社区了解是否支持，或者自行打开游戏尝试 + - 主机移植到 PC 的游戏大多支持原生 7.1，并且无需在游戏内设置 + - 注意查看自己的设备是否在 Windows 中更改为环绕音。部分游戏在未识别到设备时无法开启多声道输出 + + +### 2.1、《战地风云：2042》 + +!!! info "" + - 通过7.1声道动态模拟战场环境，爆炸声、无人机嗡鸣和沙尘呼啸从不同方位袭来，配合动态天气系统的环境音效，构建出立体战场空间感 + - 开启环绕音: **《战地风云：2042》：主页点击左下角选项，选择声音，切换声音设置为环绕声** + +
+ ![环绕音设置](/assets/images/v71_game/fengyun_2042_setting1.jpg "环绕音设置"){width="800"} +
+
+
+ ![环绕音设置](/assets/images/v71_game/fengyun_2042_setting2.jpg "环绕音设置"){width="800"} +
+
+ +### 2.2、《使命召唤：黑色行动 6》 +!!! info "" + - **采用 Project Acoustics 物理音效引擎，实现子弹擦耳而过的精准定位，脚步声、武器换弹声在多声道中呈现出穿透墙体的真实空间衰减** + - 开启环绕音: **《使命召唤：黑色行动 6》：主页点击右上角齿轮，选择音频，切换喇叭输出为 7.1 环绕** + +
+ ![环绕音设置](/assets/images/v71_game/shimingzhaohuan_setting1.png "环绕音设置"){width="800"} +
+
+
+ ![环绕音设置](/assets/images/v71_game/shimingzhaohuan_setting3.jpg "环绕音设置"){width="800"} +
+
+ +### 2.3、《三角洲行动》 +!!! info "" + - **《三角洲行动》：点击右上角齿轮，选择音频，关闭 HRTF，打开多声道输出** + - 开启环绕音: **《使命召唤：黑色行动 6》：主页点击右上角齿轮，选择音频，切换喇叭输出为 7.1 环绕** + +
+ ![环绕音设置](/assets/images/v71_game/sanjiaozhou_setting1.jpg "环绕音设置"){width="800"} +
+
+
+ ![环绕音设置](/assets/images/v71_game/sanjiaozhou_setting2.jpg "环绕音设置"){width="800"} +
+
+ + +### 2.4、《极限竞速：地平线 5》 +!!! info "" + - **利用动态多声道渲染墨西哥雨林的环境音场，引擎轰鸣声在 7.1 声道中随车速变化分布，泥地轮胎摩擦声与雨林鸟鸣声通过后置环绕营造临场感** + - 开启环绕音: **《极限竞速：地平线 5》会根据系统输出自行更改，当 Windows输出为 7.1 时，游戏自动变为 7.1 输出，玩家无需调整任何游戏内设置** + +
+ ![极限竞速：地平线 5](/assets/images/v71_game/jisu_dingpingxian.png "极限竞速：地平线 5"){width="800"} +
+
+ + +### 2.5、《极限竞速：鬼泣 5》 +!!! info "" + - **RE 引擎支持 7.1 声道动态环绕，尼禄的大剑重击声从前方轰鸣，但丁双枪的射击声在左右声道交错回响，恶魔化技能释放时的低频震动通过低音炮传递，战斗音效与摇滚乐 BGM 形成多维度听觉冲击** + - 开启环绕音: **《鬼泣 5》会根据系统输出自行更改，当 Windows输出为 7.1 时，游戏自动变为 7.1 输出，玩家无需调整任何游戏内设置** + +
+ ![极限竞速：鬼泣 5](/assets/images/v71_game/guiqi_5.jpg "极限竞速：鬼泣 5"){width="800"} +
+
+ + + + + +## 3、修订历史 + +| 版本 | 日期 | 描述 | 修订者 | +|:------|:-------------|:---------------------------------------|:-------------| +| V1.0 | 2025-10-29 | 初始版本发布 | | diff --git a/zh/docs/dev_doc/evb/a316_ph_dac_v1/v71_sa_principles_advantages.md b/zh/docs/dev_doc/evb/a316_ph_dac_v1/v71_sa_principles_advantages.md new file mode 100644 index 0000000..76fa369 --- /dev/null +++ b/zh/docs/dev_doc/evb/a316_ph_dac_v1/v71_sa_principles_advantages.md @@ -0,0 +1,220 @@ +--- +title: 真硬核7.1空间音频原理及优势 +--- + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# 真硬核7.1空间音频原理及优势 +
+
+ +## 一、空间音频原理讲解 + +### 1.1 人耳如何定位声音？三个关键线索 + +人类通过三个关键线索来定位声音源的位置： + +!!! info "声音定位的三大线索" + + **1. 时间差（Interaural Time Difference, ITD）** + + 当声源位于您的右侧时，声音会先到达右耳，随后才到达左耳。大脑通过这个微小的时间差判断声源方位。 + + **2. 音量差（Interaural Level Difference, ILD）** + + 声源在您右侧时，右耳接收到的声音强度会大于左耳。头部对声波的遮挡作用造成了这种音量差异。 + + **3. 频谱变化（Spectral Cues）** + + 声音经过耳廓的反射和衍射后，不同频率的声波会被增强或削弱，形成独特的频谱特征，帮助大脑判断声源的高度和前后位置。 + +--- + +### 1.2 空间音频技术的工作原理 + +#### 传统声卡的处理流程 + +```mermaid +graph TD + A[游戏音源
左声道、右声道] --> B[简单放大 + 滤波] + B --> C[直接输出到耳机] + C --> D[用户体验：
声音在脑袋里
方位感差] + + style A fill:#e3f2fd + style D fill:#ffebee +``` + +!!! warning "传统声卡的局限性" + 传统声卡仅进行简单的信号放大和滤波处理，无法模拟真实的空间声学特性，导致声音听起来"在脑袋里"，缺乏真实的方位感和距离感。 + +#### 真硬核7.1空间音频声卡的处理流程 + +```mermaid +graph TD + A[游戏音源
可能是5.1/7.1多声道] --> B[步骤1：模拟头部和耳廓声学特性
计算双耳时间差和音量差以及频谱变化] + B --> C[步骤2：实时合成双声道3D音频] + C --> D[输出到耳机] + D --> E[用户体验：
声音在空间中
精确定位！] + + style A fill:#e3f2fd + style E fill:#e8f5e9 +``` + +!!! success "空间音频声卡的优势" + 通过空间音频算法处理，能够真实模拟声音在三维空间中的传播特性，让用户感受到声音"悬浮在空间中"，实现精确的方位定位。 + +--- + +### 1.3 我们的真硬核7.1空间音频技术核心：三层架构 + +我们的空间音频技术相比传统的空间音频算法，采用革命性的三层处理架构，每一层都在前一层的基础上显著提升音频精度和真实感。 + +!!! abstract "第一层：头部相关传输函数（HRTF）" + **功能：** 模拟声音经过头部、耳廓的变化 + + **技术特点：** 业界标准技术，大部分厂商都采用此技术 + + **精度基准：** 1.0x（行业基准） + + 这是空间音频的基础层，通过头部相关传输函数模拟声波与人体头部、耳廓的交互作用。 + +!!! abstract "第二层：鼓膜路径完整模拟" + **功能：** 模拟声音到达鼓膜的完整传播路径 + + **技术创新：** + + - 精确建模骨传导效应 + - 模拟耳道共振特性 + - 考虑鼓膜张力变化 + + **精度提升：** 3x（相比第一层） + + **健康效果：** 鼓膜压力降低50% + + 这一层通过深度物理建模，还原声音传播的完整路径，显著提升了音频的真实感，同时大幅降低了对听觉系统的负担。 + +!!! abstract "第三层：神经感知智能优化" + **功能：** 模拟大脑神经系统处理声音的方式 + + **技术创新：** + + - AI算法优化感知效果 + - 自适应神经处理模型 + - 智能疲劳度管理 + + **精度再提升：** 1.8x（相比第二层） + + **综合提升：** 5.3x（相比行业标准） + + **健康效果：** 认知负荷降低15%，长时间使用不易疲劳 + + 这是我们的核心技术突破，通过AI算法模拟大脑对声音的处理方式，实现了从物理真实到感知真实的跨越。 + +!!! tip "三层架构的协同效应" + 三层架构不是简单的叠加，而是相互协同、层层递进。第一层建立物理基础，第二层深化生理模拟，第三层实现认知优化，最终达到5.3倍于行业标准的空间精度。 + +--- + +### 1.4 我们的真硬核7.1空间音频技术核心优势 + +#### 空间精度：5.3倍于行业标准 + +!!! success "技术领先" + **行业对比：** + + - **行业标准水平：** 1.0x（基础HRTF技术） + - **业界第一梯队：** 3.0x以上（仅少数顶尖厂商达到） + - **我们的方案：** 5.3x（技术代差优势） + + 我们的三层架构技术实现了质的飞跃，将空间音频精度推向新的高度。 + +#### 定位距离：4倍提升 + +!!! info "距离感突破" + **传统HRTF技术：** + + - 定位距离：约30cm + - 声音感受：贴着耳朵，缺乏空间感 + + **我们的解决方案：** + + - 定位距离：120cm + - 声音感受：悬浮在空间，真实的三维定位 + + 从30cm到120cm，4倍的提升让声音真正"离开"耳机，悬浮在您周围的三维空间中。 + +#### 健康保护：舒适持久 + +!!! heart "健康守护" + **鼓膜压力降低50%：** + + 通过精确的物理建模和神经感知优化，大幅降低了音频对听觉系统的负担。 + + **认知负荷降低15%：** + + 更自然的声音处理方式减轻了大脑的处理压力，让您能够长时间保持专注而不感到疲劳。 + + **适合长时间使用：** + + 无论是马拉松式的游戏会话，还是长时间的工作学习，都能保持舒适的听觉体验。 + +--- + +### 1.5 技术优势对比表 + +| 指标 | 标准空间音频 | 我们的方案 | 提升幅度 | +|------|----------|------------|----------| +| 空间定位精度 | 1.0x | **5.3x** | **5.3倍** | +| 定位距离 | 30cm | **120cm** | **4倍** | +| 鼓膜压力 | 100% | **50%** | **降低50%** | +| 认知负荷 | 100% | **85%** | **降低15%** | +| 持续使用时间 | 1-2小时 | **4-5小时** | **2-3倍** | + +--- + +## 二、游戏场景空间音频应用的好处 + +### 竞技价值：制胜先机 + +!!! example "精确定位，抢占先机" + **5.3倍空间精度的实战意义：** + + 在竞技游戏中，我们的空间音频技术能让玩家精确听出敌人的精确方位和距离，相比使用传统音频的对手，您可以： + + - **更早发现威胁** - 提前锁定敌人位置 + - **更准确预判** - 通过脚步声距离判断敌人行动路线 + - **更快做出反应** - 减少判断时间，将听觉优势转化为操作优势 + + 在毫秒必争的电竞赛场，这种优势可能决定胜负。 + +### 健康价值：安全舒适 + +!!! success "保护听力，持久作战" + **告别"为了听脚步声损伤听力"的恶性循环** + + **鼓膜压力降低50%：** + + 传统音频技术下，玩家往往需要开大音量才能听清细节声音，长期如此会对听力造成不可逆的损伤。我们的技术通过精确的声学建模，即使在较低音量下也能提供清晰的定位信息。 + + **认知负荷降低15%：** + + 更自然的空间音频减轻了大脑处理声音信息的负担，让您能够： + + - 安全舒适地连续游戏4-5小时而不疲劳 + - 保持长时间的专注力和反应速度 + - 享受游戏的同时保护听力健康 + +!!! quote "玩家反馈" + "以前打游戏必须开大音量才能听清脚步声，耳朵经常嗡嗡响。现在用了这个技术，音量开一半就能精准定位，玩再久耳朵也不累了。" —— 职业FPS玩家 + +--- + + + +
+

体验革命性的空间音频技术

+

让您的游戏体验提升到全新维度

+
diff --git a/zh/docs/dev_doc/protocols/XMOS_EQ_HID_Protocol.md b/zh/docs/dev_doc/protocols/XMOS_EQ_HID_Protocol.md index ac6ee96..3bb44de 100644 --- a/zh/docs/dev_doc/protocols/XMOS_EQ_HID_Protocol.md +++ b/zh/docs/dev_doc/protocols/XMOS_EQ_HID_Protocol.md @@ -51,6 +51,15 @@ search: - 同步头 0x77 固定在第 1 字节（第 0 字节为 Report ID = 0x01） - 建议命令间隔5ms以上，避免设备处理不及时 +### 1.4 数据包结构 + +!!! note "64字节数据包约定" + - PC发送与设备响应均使用固定长度 64 字节 + - 第0字节固定为 `report_id = 0x01` + - 第1字节固定为 `sync_header = 0x77` + - 第2字节为 `cmd_header`（命令头） + - 其余未使用字节填充 0 + ## 二、协议命令集 :material-code-tags: ### 2.1 命令分类概览 @@ -71,6 +80,28 @@ search: | 0x8E | GET_EQ_PARAMS | 读取单个滤波器的参数 | PC ↔ 设备 | | 0x8F | GET_DEVICE_INFO | 获取设备基础信息（PID/VID/SN） | PC ↔ 设备 | | 0x90 | RESET_EQ_PARAMS | 复位 EQ 参数（恢复预设） | PC ↔ 设备 | +| 0x91 | GET_EQ_MODE_COUNT | 获取 EQ 模式数量信息 | PC ↔ 设备 | +| 0x92 | SET_AND_SAVE_EQ_MODE | 设置并保存 EQ 模式 | PC ↔ 设备 | +| 0x93 | SET_VOLUME | 设置设备音量级别 | PC → 设备 | +| 0x94 | GET_VOLUME | 获取设备音量级别 | PC ↔ 设备 | +| 0x95 | GET_LED_INFO | 获取 LED 信息（索引与名称） | PC ↔ 设备 | +| 0x96 | SET_LED_SWITCH | 设置 LED 开关 | PC ↔ 设备 | +| 0x97 | GET_LED_SWITCH | 获取 LED 开关状态 | PC ↔ 设备 | +| 0x98 | GET_LED_STATUS | 获取 LED 状态（RGB/显示状态） | PC ↔ 设备 | +| 0x99 | GET_LED_COUNT | 获取 LED 总数 | PC ↔ 设备 | +| 0x9A | GET_UAC_MODE_INFO | 获取 UAC 模式信息（数量与名称） | PC ↔ 设备 | +| 0x9B | SET_UAC_MODE | 设置 UAC 模式 | PC → 设备 | +| 0x9C | GET_CURRENT_UAC_MODE | 获取当前 UAC 模式 | PC ↔ 设备 | +| 0x9D | SET_EQ_ENABLE | 设置 EQ 使能开关 | PC ↔ 设备 | +| 0x9E | GET_EQ_ENABLE | 获取 EQ 使能开关 | PC ↔ 设备 | +| 0x9F | GET_SAMPLE_FORMAT | 获取采样率与格式 | PC ↔ 设备 | +| 0xA0 | SET_GAIN_MODE | 设置增益模式 | PC → 设备 | +| 0xA1 | GET_GAIN_MODE | 获取增益模式 | PC ↔ 设备 | +| 0xA2 | SET_FILTER_MODE | 设置滤波器模式 | PC → 设备 | +| 0xA3 | GET_FILTER_MODE | 获取滤波器模式 | PC ↔ 设备 | +| 0xA4 | SET_GAME_MODE | 设置游戏模式 | PC → 设备 | +| 0xA5 | GET_GAME_MODE | 获取游戏模式 | PC ↔ 设备 | +| 0xA6 | GET_FIRMWARE_VERSION | 获取固件版本号 | PC ↔ 设备 | ### 2.2 详细命令格式 @@ -85,7 +116,7 @@ search: | 0 | 1 | report_id | 固定为 0x01 | | 1 | 1 | sync_header | 同步头: 0x77 | | 2 | 1 | cmd_header | 命令头: 0x8A | -| 3 | 1 | mode | 模式值（0-5: 预设, 6-8: 用户, 9: Bypass） | +| 3 | 1 | mode | 模式值（0-6 为预设模式，7-9 为用户模式） | | 4-63 | 60 | reserved | 保留字段（填充0） | #### 2.2.2 获取当前 EQ 模式信息（0x8B） @@ -99,7 +130,8 @@ search: | 0 | 1 | report_id | 固定为 0x01 | | 1 | 1 | sync_header | 同步头: 0x77 | | 2 | 1 | cmd_header | 命令头: 0x8B | -| 3-63 | 61 | reserved | 保留字段（填充0） | +| 3 | 1 | mode | 模式值（0-9: 指定模式；0xFF: 获取当前模式信息） | +| 4-63 | 60 | reserved | 保留字段（填充0） | **响应格式（64 字节）**: @@ -113,6 +145,11 @@ search: | 8-23 | 16 | name | 模式名称（UTF-8 字符串） | | 24-63 | 40 | reserved | 保留字段（填充0） | +**使用说明**: + +- 发送 `mode = 0xFF` 时，返回当前激活的 EQ 模式信息 +- 发送 `mode = 0-9` 时，返回指定模式的增益与名称（不切换当前模式） + #### 2.2.3 设置模式整体增益和名称（0x8C） **功能说明**: 设置目标模式的整体增益和名称 @@ -248,7 +285,517 @@ search: | 3 | 1 | status | 状态码（0x00=成功, 0x01=失败） | | 4-63 | 60 | reserved | 保留字段（填充0） | - +#### 2.2.8 获取 EQ 模式数量信息（0x91） + +**功能说明**: 获取 EQ 模式总数与预定义模式数量（不包含禁用模式） + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x91 | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x91（回显） | +| 3 | 1 | total | 模式总数（示例：包含 0-9 共 10 个模式） | +| 4 | 1 | preset_total | 预定义模式数量（示例：包含 0-6 共 7 个预设模式） | +| 5-63 | 59 | reserved | 保留字段（填充0） | + +#### 2.2.9 设置并保存 EQ 模式（0x92） + +**功能说明**: 设置当前 EQ 模式并保存到 Flash，开机时自动恢复 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x92 | +| 3 | 1 | mode | 模式值（文档示例：0-9；0-6预设，7-9用户） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x92（回显） | +| 3 | 1 | status | 状态码（0x00=成功, 0x01=失败） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.10 设置音量级别（0x93） + +**功能说明**: 设置设备输出音量级别 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x93 | +| 3 | 1 | volume | 音量级别（0-60） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +**参数说明**: + +- 音量级别范围：0-60（共61级） +- 0：最小音量（约 -127.5dB） +- 60：最大音量（0dB） + +#### 2.2.11 获取音量级别（0x94） + +**功能说明**: 读取设备当前音量级别 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x94 | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x94（回显） | +| 3 | 1 | volume | 当前音量级别（0-60） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.12 获取 LED 信息（0x95） + +**功能说明**: 读取 LED 索引与 LED 名称 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x95 | +| 3 | 1 | led_index | LED 索引（0-7） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x95（回显） | +| 3 | 1 | led_index | LED 索引（0-7） | +| 4-19 | 16 | led_name | LED 名称（UTF-8 字符串） | +| 20-63 | 44 | reserved | 保留字段（填充0） | + +#### 2.2.13 设置 LED 开关（0x96） + +**功能说明**: 设置 LED 开关状态 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x96 | +| 3 | 1 | led_index | LED 索引（0-7） | +| 4 | 1 | onoff | LED 开关（0=OFF, 1=ON） | +| 5-63 | 59 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x96（回显） | +| 3 | 1 | status | 状态码（0x00=成功, 0x01=失败） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.14 获取 LED 开关状态（0x97） + +**功能说明**: 读取 LED 开关状态 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x97 | +| 3 | 1 | led_index | LED 索引（0-7） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x97（回显） | +| 3 | 1 | led_index | LED 索引（0-7） | +| 4 | 1 | onoff | LED 开关（0=OFF, 1=ON） | +| 5-63 | 59 | reserved | 保留字段（填充0） | + +#### 2.2.15 获取 LED 状态（0x98） + +**功能说明**: 读取 LED 的 RGB 颜色与显示状态 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x98 | +| 3 | 1 | led_index | LED 索引（0-7） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x98（回显） | +| 3 | 1 | led_index | LED 索引（0-7） | +| 4 | 1 | r | R 颜色值（0-255） | +| 5 | 1 | g | G 颜色值（0-255） | +| 6 | 1 | b | B 颜色值（0-255） | +| 7 | 1 | led_status | LED 状态（0=熄灭, 1=常亮, 2=慢闪, 3=快闪, 4=呼吸） | +| 8-63 | 56 | reserved | 保留字段（填充0） | + +#### 2.2.16 获取 LED 总数（0x99） + +**功能说明**: 读取设备支持的 LED 总数 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x99 | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x99（回显） | +| 3 | 1 | led_total | LED 总数 | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.17 获取 UAC 模式信息（0x9A） + +**功能说明**: 读取 UAC 模式数量与名称列表 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9A | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9A（回显） | +| 3 | 1 | count | UAC 模式总数（示例：2） | +| 4-11 | 8 | name0 | 模式0名称（UTF-8，最大8字节） | +| 12-19 | 8 | name1 | 模式1名称（UTF-8，最大8字节） | +| 20-63 | 44 | reserved | 保留字段（填充0） | + +#### 2.2.18 设置 UAC 模式（0x9B） + +**功能说明**: 设置 UAC 模式（UAC1.0/UAC2.0） + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9B | +| 3 | 1 | uac_mode | UAC 模式值（0=UAC2.0, 1=UAC1.0） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +**设备端处理**: + +- 注意：设备重启后不会返回响应 + +#### 2.2.19 获取当前 UAC 模式（0x9C） + +**功能说明**: 读取当前 UAC 模式与名称 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9C | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9C（回显） | +| 3 | 1 | uac_mode | 当前 UAC 模式值（0=UAC2.0, 1=UAC1.0） | +| 4-11 | 8 | uac_name | 当前 UAC 模式名称（UTF-8，最大8字节） | +| 12-63 | 52 | reserved | 保留字段（填充0） | + +#### 2.2.20 设置 EQ 使能开关（0x9D） + +**功能说明**: 设置 EQ 使能开关（启用/禁用） + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9D | +| 3 | 1 | enable | EQ使能（0=OFF, 1=ON） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9D（回显） | +| 3 | 1 | status | 状态码（0x00=成功, 0x01=失败） | +| 4 | 1 | enable | 当前 EQ 使能状态（0=OFF, 1=ON） | +| 5-63 | 59 | reserved | 保留字段（填充0） | + +#### 2.2.21 获取 EQ 使能开关（0x9E） + +**功能说明**: 读取 EQ 使能开关状态 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9E | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9E（回显） | +| 3 | 1 | enable | EQ使能（0=OFF, 1=ON） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.22 获取采样率与格式（0x9F） + +**功能说明**: 读取当前采样率与 DSD 模式 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9F | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0x9F（回显） | +| 3-6 | 4 | sam_freq | 采样率（uint32，小端序，单位 Hz） | +| 7 | 1 | dsd_mode | DSD模式（0=PCM, 1=DOP, 2=Native DSD） | +| 8-63 | 56 | reserved | 保留字段（填充0） | + +**自动上报机制**: + +- 设备在采样率或 DSD 模式发生变化时，可自动上报对应的 `0x9F` 响应数据包 + +#### 2.2.23 设置增益模式（0xA0） + +**功能说明**: 设置增益模式 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA0 | +| 3 | 1 | gain_mode | 增益模式（0=低阻, 1=高阻） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.24 获取增益模式（0xA1） + +**功能说明**: 读取设备当前增益模式 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA1 | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA1（回显） | +| 3 | 1 | gain_mode | 当前增益模式（0=低阻, 1=高阻） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.25 设置滤波器模式（0xA2） + +**功能说明**: 设置滤波器模式（0-7，共8种） + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA2 | +| 3 | 1 | filter_mode | 滤波器模式值（0-7） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +**滤波器模式值定义**: + +- 0: Minimum Phase filter (default) +- 1: Linear Phase Apodizing Fast Roll-off filter +- 2: Linear phase fast roll-off filter +- 3: Linear Phase Fast Roll-off low-ripple filter +- 4: Linear phase slow roll-off filter +- 5: Minimum phase fast roll-off filter +- 6: Minimum phase slow roll-off filter +- 7: Minimum Phase Fast Roll-Off Low Dispersion + +#### 2.2.26 获取滤波器模式（0xA3） + +**功能说明**: 读取设备当前滤波器模式 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA3 | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA3（回显） | +| 3 | 1 | filter_mode | 当前滤波器模式（0-7） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.27 设置游戏模式（0xA4） + +**功能说明**: 设置游戏模式 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA4 | +| 3 | 1 | game_mode | 游戏模式（0=无音效, 1=FPS, 2=虚拟7.1） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.28 获取游戏模式（0xA5） + +**功能说明**: 读取设备当前游戏模式 + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA5 | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA5（回显） | +| 3 | 1 | game_mode | 当前游戏模式（0=无音效, 1=FPS, 2=虚拟7.1） | +| 4-63 | 60 | reserved | 保留字段（填充0） | + +#### 2.2.29 获取固件版本号（0xA6） + +**功能说明**: 读取设备固件版本号（BCD 格式） + +**请求格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA6 | +| 3-63 | 61 | reserved | 保留字段（填充0） | + +**响应格式（64 字节）**: + +| 偏移 | 长度 | 字段名 | 描述 | +|:----:|:----:|:------:|:----:| +| 0 | 1 | report_id | 固定为 0x01 | +| 1 | 1 | sync_header | 同步头: 0x77 | +| 2 | 1 | cmd_header | 命令头: 0xA6（回显） | +| 3 | 1 | major_bcd | 主版本号（BCD，例如 0x01 表示 1） | +| 4 | 1 | minor_bcd | 次版本号（BCD，例如 0x00 表示 0） | +| 5 | 1 | patch_bcd | 修订版本号（BCD，例如 0x0C 表示 12） | +| 6-63 | 58 | reserved | 保留字段（填充0） | + +**版本号格式说明**: + +- 版本号采用 BCD（Binary Coded Decimal）格式 +- 例如：`0x01 0x00 0x0C` 表示版本 `1.0.12` ## 三、数据流程和时序 :material-timeline-clock: @@ -283,7 +830,7 @@ search: **硬件限制** - **滤波器数量**: 固定 8 个滤波器（MAX_EQ_BANDS = 8） - - **模式数量**: 0-5 为预设模式，6-8 为用户模式，9 为 Bypass 模式 + - **模式数量**: 支持 0-9 共 10 个模式（模式含义以固件定义为准） - **采样率支持**: 44.1kHz, 48kHz, 88.2kHz, 96kHz, 176.4kHz, 192kHz（设备能力，与协议字段独立） **参数范围** @@ -302,21 +849,52 @@ search: | 模式索引 | 模式名称 | 用途描述 | 类型 | |:--------:|:--------:|:--------:|:----:| -| 0 | Flat/Linear | 平坦响应，无 EQ 处理 | 预设模式 | -| 1 | Pop/Rock | 流行摇滚音乐优化 | 预设模式 | -| 2 | Classical | 古典音乐优化 | 预设模式 | -| 3 | Jazz | 爵士音乐优化 | 预设模式 | -| 4 | Vocal | 人声增强 | 预设模式 | -| 5 | Bass Boost | 低音增强 | 预设模式 | -| 6 | User 1 | 用户自定义模式1 | 用户模式 | -| 7 | User 2 | 用户自定义模式2 | 用户模式 | -| 8 | User 3 | 用户自定义模式3 | 用户模式 | -| 9 | Bypass | EQ 功能旁路 | 特殊模式 | +| 0 | JAZZ | 爵士音乐优化 | 预设模式 | +| 1 | POP | 流行音乐优化 | 预设模式 | +| 2 | ROCK | 摇滚音乐优化 | 预设模式 | +| 3 | ClASIC | 古典音乐优化 | 预设模式 | +| 4 | R&B | 节奏音乐优化 | 预设模式 | +| 5 | 3A Game | 3A游戏音乐优化 | 预设模式 | +| 6 | FPS | FPS游戏音乐优化 | 预设模式 | +| 7 | User 1 | 用户自定义模式1 | 用户模式 | +| 8 | User 2 | 用户自定义模式2 | 用户模式 | +| 9 | User 3 | 用户自定义模式3 | 用户模式 | !!! info "模式特性说明" - **预设模式**: 出厂预设，不可修改，针对特定音乐类型优化 - **用户模式**: 支持用户自定义参数，可保存和重置 - - **旁路模式**: 完全关闭 EQ 处理，音频信号直通（Bypass） + +## 五、关键特性 :material-star: + +### 5.1 设备端系数计算 + +- 主机只发送参数（`freq`/`q`/`bw`/`gain`） +- 设备端根据参数实时计算滤波器系数 + +### 5.2 参数格式 + +- 浮点参数：`freq`、`q`、`bw`、`gain` 使用 IEEE 754 `float`（小端序） +- 整体增益：`int32`（小端序，范围 `-50dB ~ 0dB`） + +### 5.3 错误处理 + +- 数据包长度检查 +- 同步头验证 +- 参数范围检查 +- 滤波器索引边界检查 + +### 5.4 模式管理 + +- 支持 EQ 模式切换与保存 +- 模式切换后建议通过读取命令进行状态同步 + +## 六、注意事项 :material-alert: + +1. **时序要求**: 发送参数后需要等待设备处理完成再发送下一条命令 +2. **数据完整性**: 所有8个滤波器的参数都需要发送，即使某些滤波器未使用 +3. **模式同步**: 设置模式后建议调用读取模式确保数据同步 +4. **错误恢复**: 通信失败时需要重新建立连接并重试 +5. **参数验证**: 设备端会验证参数范围，超出范围的值会被限制或拒绝 --- diff --git a/zh/docs/products/ai_dnr/dnr65221_vc1.md b/zh/docs/products/ai_dnr/dnr65221_vc1.md index 8eeeafb..54d743a 100644 --- a/zh/docs/products/ai_dnr/dnr65221_vc1.md +++ b/zh/docs/products/ai_dnr/dnr65221_vc1.md @@ -27,7 +27,7 @@ DNR65221-VC1是基于XMOS处理器架构的高性能AI深度降噪产品，专 - 产品支持PDM音频输入，可输出至USB接口，广泛适用于直播设备、会议系统、录音设备、户外运动DV等多个应用领域。 [:fontawesome-regular-file-pdf: DNR65221_VC1产品简介](/assets/product_brief_pdf/DNR65221_产品简介_单通道超低延时Ai深度降噪处理器集成USB及PDM接口.pdf){.md-button } -[:material-file-document-outline: DNR65221_VC1数据手册](../../dev_doc/datasheet/std_product/ai_dnr/DNR65221_vc1.md){.md-button } +[:material-file-document-outline: DNR65221_VC1数据手册](../../dev_doc/datasheet/std_product/ai_dnr/dnr65221_vc1.md){.md-button } [:shopping_cart: 购买样品](https://detail.1688.com/offer/916627288422.html?_t=1746771999692&spm=a2615.7691456.co_1_0_wangpu_score_0_0_0_0_0_0_0000_0.0){.md-button } diff --git a/zh/docs/products/ai_mic/index.md b/zh/docs/products/ai_mic/index.md index 99fcd92..d6978c9 100644 --- a/zh/docs/products/ai_mic/index.md +++ b/zh/docs/products/ai_mic/index.md @@ -1,5 +1,5 @@ --- -title: Ai深度降噪系列核心模组 +title: USB直播麦克风核心模组 hide: -toc --- @@ -7,7 +7,7 @@ hide: --8<-- "common/phaten_xmos_support_img.md" -# Ai深度降噪系列核心模组 +# USB直播麦克风核心模组 !!! info "产品列表"
diff --git a/zh/docs/products/pdm_2_i2s/ot82111_vc1.md b/zh/docs/products/pdm_2_i2s/ot82111_vc1.md new file mode 100644 index 0000000..8be98c3 --- /dev/null +++ b/zh/docs/products/pdm_2_i2s/ot82111_vc1.md @@ -0,0 +1,145 @@ +--- +title: OT82111_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# OT82111_VC1 +__4通道ASRC OTG 48KHz音频采样率转换器集成2路I2S从接口__ + +
+
+ + +
+![OT82111_VC1框图](/assets/images/hifi_audio/ot82111_diagram.png "OT82111_VC1框图"){align=right width=450} +OT82111是一款专为移动音频设备设计的高性能4通道ASRC音频采样率转换器，集成USB OTG接口和2路I²S从接口功能。该产品基于XMOS高性能芯片开发，专门针对直播声卡、移动音频接口等应用场景进行优化。 + +- 产品内置高精度2个独立的双通道ASRC采样率转换器，支持44.1kHz~192kHz和48KHz采样率互转，确保音频信号在不同采样率间的无缝转换。 +- 通过USB OTG接口，设备可直接与智能手机、平板电脑等移动设备连接，采用UAC2.0 自适应模式实现即插即用功能，兼容Windows、Linux、Android、macOS、iOS各种平台。 +- 产品具备出色的音频性能指标，THD+N小于-130dB，信噪比大于135dB，为音频设备制造商提供专业级的音频处理解决方案。。 + +[:fontawesome-regular-file-pdf: OT82111_VC1产品简介](/assets/product_brief_pdf/OT82111_产品简介_4通道ASRC OTG 48KHz音频采样率转换器集成2路I2S从接口.pdf){.md-button } +[:material-file-document-outline: OT82111_VC1数据手册](../../dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md){.md-button } +[:material-file-document-outline: A316-Mini-V1模组数据手册](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md){.md-button } +[:shopping_cart: 购买样品](){.md-button } +
+ +## 特性及参数 + +=== "关键特性" + - 卓越音质表现 + - THD+N < -130dB，SNR > 135dB + - ASRC支持44.1kHz~192kHz和48KHz互转 + - 动态范围≥110dB，专业级音频性能 + - 4通道ASRC + - 内置2个独立的双通道ASRC + - 可以同时处理2通道上行和2通道下行ASRC转 + - 支持I²S Slave模式音频接口 + + +=== "USB接口特性" + - 支持UAC 2.0 + - 支持OTG连接 + - 即插即用，无需驱动安装 + +=== "系统兼容性" + - 支持多种操作系统，如Windows，Linux，Android，macOS和iOS等 + + + +=== "硬件参数" + **正常工作条件** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **产品尺寸** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +## 文档及工具 + +=== "技术文档" + + | 类型 | 标题 | 下载 | + |:--------:|:------------------------|:------------------------| + | 产品数据手册 | [:material-file-document-outline: OT82111-VC1数据手册](../../dev_doc/datasheet/std_product/usb_otg/ot82111_vc1.md) | [:material-download:] | + | 硬件数据手册 | [:material-file-document-outline: A316-Mini-V1模组数据手册](../../dev_doc/datasheet/modules/a316_mini_v1_datasheet.md) | [:material-download:] | + | 参考设计 | | [:material-download:] | + | 应用手册 | | [:material-download:] | + + +=== "工具和软件" + + | 类型 | 描述 | 下载 | + |:--------:|:------------------------|:------------------------| + | 调试工具 | |[:material-toolbox:调试工具](../../services_support/tools_software/index.md) | + | 驱动程序 | | [:material-usb-flash-drive-outline: USB驱动](../../services_support/driver/index.md) | + + +## 应用场景 + +- 手机伴奏/直播 + - 通过手机OTG播放背景音乐同时进行音频处理。提供低延迟、高保真的音频体验 + +- 车载播放器 + - 手机连接车载播放器USB，通过车载播放器播放歌曲 + +## 订购信息 + +| 产品名称 | 产品型号 | 产品图片 | +|:--------|:------------------------|:------------------------:| +| 4通道ASRC OTG 48KHz音频采样率转换器集成2路I2S从接口 | OT82111-VC1 |![OT82111-VC1](/assets/images/hifi_audio/ot82111_vc1.png "OT82111-VC1"){align=center width=120} | + + +## 相关评估板 +
+ +- :material-developer-board: __A316-LS-MIC-V2 USB OTG转I²S音频解码器评估板__ + + --- + + 开发板具有codec，可以独立评估OT82111_VC1的性能 + + [:octicons-arrow-right-24: 查看详情](../../dev_doc/evb/a316_ls_mic_v2/index.md) + +- :material-developer-board: __A316-HF-I2S-V1 USB OTG转I²S音频解码器评估板__ + + --- + + 开发板提供USB和I2S接口，可以把I2S接到客户底板，用于评估OT82111_VC1的性能 + + [:octicons-arrow-right-24: 查看详情](../../dev_doc/evb/a316_hf_i2s_v1/index.md) + +
+ + + + + + + +## 咨询反馈 +
+点击展开咨询反馈表单 + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/zh/docs/products/phifi_audio/index.md b/zh/docs/products/phifi_audio/index.md index d6efad8..251a9b3 100644 --- a/zh/docs/products/phifi_audio/index.md +++ b/zh/docs/products/phifi_audio/index.md @@ -14,10 +14,10 @@ hide: | 芯片类型 | DSD 512 | PCM 768KHz | PCM 384KHz | PCM 192KHz | |---------|---------|------------|------------|------------| - | **低功耗芯片** | 113 mW | 146 mW | 128 mW | 123 mW | - | **标准功耗芯片** | 227 mW | 232 mW | 227 mW | 222 mW | - | **节省功耗** | 114 mW | 86 mW | 99 mW | 99 mW | - | **节省功耗%** |50.22% | 37.07% | 43.61% | 44.59% | + | 低功耗芯片 | 113 mW | 146 mW | 128 mW | 123 mW | + | 标准功耗芯片 | 227 mW | 232 mW | 227 mW | 222 mW | + | **节省功耗** | **114 mW** | **86 mW** | **99 mW** | **99 mW** | + | **节省功耗%** |**50.22%** | **37.07%** | **43.61%** | **44.59%** |
diff --git a/zh/docs/products/phifi_audio/ph73211l_vc1.md b/zh/docs/products/phifi_audio/ph73211l_vc1.md index e939fe9..6ba2fda 100644 --- a/zh/docs/products/phifi_audio/ph73211l_vc1.md +++ b/zh/docs/products/phifi_audio/ph73211l_vc1.md @@ -23,7 +23,7 @@ hide:
# PH73211L_VC1/PH73211LQ_VC1 -__支持USB输入及I2S输出的USB低功耗HiFi解码器__ +__PCM 384KHz/DSD256 USB低功耗HiFi解码器支持USB输入及I2S输出__
diff --git a/zh/docs/products/phifi_audio/ph73311l_vc1.md b/zh/docs/products/phifi_audio/ph73311l_vc1.md index b2316e0..526ecd8 100644 --- a/zh/docs/products/phifi_audio/ph73311l_vc1.md +++ b/zh/docs/products/phifi_audio/ph73311l_vc1.md @@ -11,7 +11,7 @@ hide:
# PH73311L-VC1/PH73311LQ-VC1 -__低功耗USB HiFi解码器，支持高性价比音频处理__ +__PCM 384KHz/DSD256 USB低功耗HiFi解码器支持USB输入及I2S和S/PDIF输出__
diff --git a/zh/docs/products/phifi_audio/ph78411l_vc1.md b/zh/docs/products/phifi_audio/ph78411l_vc1.md index b3db95a..fe82c27 100644 --- a/zh/docs/products/phifi_audio/ph78411l_vc1.md +++ b/zh/docs/products/phifi_audio/ph78411l_vc1.md @@ -11,7 +11,7 @@ hide:
# PH78411L-VC1/PH78411LQ-VC1 -__支持PCM 384kHz/DSD256低功耗便携式HiFi解码器，支持AI降噪、空间音频和FPS游戏模式__ +__PCM 384KHz/DSD256 USB低功耗HiFi解码器支持USB输入及I2S和S/PDIF输出, 支持AI降噪、空间音频__
diff --git a/zh/docs/products/phifi_audio/ph83211l_vc1.md b/zh/docs/products/phifi_audio/ph83211l_vc1.md index 07cfeee..3a0bf7a 100644 --- a/zh/docs/products/phifi_audio/ph83211l_vc1.md +++ b/zh/docs/products/phifi_audio/ph83211l_vc1.md @@ -23,7 +23,7 @@ hide:
# PH83211L_VC1/PH83211LQ_VC1 -__支持USB输入及I²S输出的USB低功耗HiFi解码器__ +__PCM 768KHz/DSD5122 USB低功耗HiFi解码器支持USB输入及I2S输出__
diff --git a/zh/docs/products/phifi_audio/ph83311l_vc1.md b/zh/docs/products/phifi_audio/ph83311l_vc1.md index a0acef5..4c47a48 100644 --- a/zh/docs/products/phifi_audio/ph83311l_vc1.md +++ b/zh/docs/products/phifi_audio/ph83311l_vc1.md @@ -11,7 +11,7 @@ hide:
# PH83311L_VC1/PH83311LQ_VC1 -__支持USB输入及I²S/SPDIF输出的USB低功耗HiFi解码器__ +__PCM 768KHz/DSD5122 USB低功耗HiFi解码器支持USB输入及I2S和S/PDIF输出__
diff --git a/zh/docs/products/phifi_audio/ph88411l_vc1.md b/zh/docs/products/phifi_audio/ph88411l_vc1.md index f52dd19..e8686cd 100644 --- a/zh/docs/products/phifi_audio/ph88411l_vc1.md +++ b/zh/docs/products/phifi_audio/ph88411l_vc1.md @@ -11,7 +11,8 @@ hide:
# PH88411L_VC1/PH88411LQ_VC1 -__低功耗便携式HiFi解码器，支持AI降噪、空间音频和游戏模式__ +__PCM 768KHz/DSD512 USB低功耗HiFi解码器支持USB输入及I2S和S/PDIF输出, 支持AI降噪、空间音频__ +
diff --git a/zh/docs/products/src/xmsrc4192_vc1.md b/zh/docs/products/src/xmsrc4192_vc1.md new file mode 100644 index 0000000..42e6d3d --- /dev/null +++ b/zh/docs/products/src/xmsrc4192_vc1.md @@ -0,0 +1,146 @@ +--- +title: XMSRC4192_VC1 +hide: + -toc +--- + + +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# XMSRC4192_VC1 +__2通道192KHz ASRC音频采样率转换器集成2路S/PDIF和2路I2S接口__ + +
+
+ + +
+![XMSRC4192_VC1框图](/assets/images/hifi_audio/xmsrc4192_diagram.png "XMSRC4192_VC1框图"){align=right width=450} +XMSRC4192是一款基于XMOS芯片架构的高性能2通道异步采样率转换器，提供16:1至1:16的宽范围采样率转换、144dB动态范围以及对I2S、Left-justified、Right-justified等多种数字音频格式的全面支持。 + +- 该产品集成了两个S/PDIF输入接口，为用户提供更灵活的信号源选择。用户可根据应用需求在I2S输入和S/PDIF输入之间灵活切换，显著增强了系统的连接性和适应性。 +- XMOS芯片架构确保了产品的高可靠性和出色的音频处理性能，为专业音频设备制造商提供了更具竞争力的解决方案选择。 +- 单SRC模块架构，可同时处理2通道音频采样率转换。 + +[:fontawesome-regular-file-pdf: XMSRC4192_VC1产品简介](/assets/product_brief_pdf/XMSRC4192_产品简介_2通道192KHz ASRC音频采样率转换器集成2路SPDIF和2路I2S接口.pdf){.md-button } +[:material-file-document-outline: XMSRC4192_VC1数据手册](../../dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md){.md-button } +[:shopping_cart: 购买样品](https://detail.1688.com){.md-button } +
+ +## 特性及参数 + +=== "关键特性" + - 双通道SRC音频采样率转换 + - 单SRC模块架构，处理2路音频 + - 可同时处理2通道音频采样率转换 + - 超高采样率转换支持 + - ASRC支持44.1KHz-192KHz间采样率转换 + - 支持16:1至1:16宽范围输入输出采样率比 + - 多接口支持 + - 2个S/PDIF输入输出接口, 2个I2S主从接口 + - 支持I2S和S/PDIF输入源灵活切换 + - S/PDIF接口兼容AES3, IEC 60958, and EIAJ CP-1201 + + +=== "数字音频格式支持" + - 支持I2S, Left-Justified, Right-Justified格式 + - 支持16bit/24bit/32bit音频数据处理 + +=== "硬件参数" + **正常工作条件** + + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:op" + + **产品尺寸** + --8<-- "dev_doc/datasheet/modules/a316_mini_v1_datasheet.md:size" + +## 文档及工具 + +=== "技术文档" + + | 类型 | 标题 | 下载 | + |:--------:|:------------------------|:------------------------| + | 产品数据手册 | [:material-file-document-outline: XMSRC4192-VC1数据手册](../../dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md) | [:material-download:] | + | 参考设计 | | [:material-download:] | + | 应用手册 | | [:material-download:] | + + +=== "工具和软件" + + | 类型 | 描述 | 下载 | + |:--------:|:------------------------|:------------------------| + | 调试工具 | |[:material-toolbox:调试工具](../../services_support/tools_software/index.md) | + | 配置软件 | | [:material-cog-outline: 配置工具](../../services_support/tools_software/index.md) | + +## 应用场景 + +
+ +- :material-microphone: __专业录音棚__ + + --- + + 立体声录音设备、音频工作站、调音台系统的采样率转换需求 + +- :material-broadcast: __广播电视__ + + --- + + 广播设备、电视制作、直播系统中的音频信号处理 + +- :material-speaker: __数字音响__ + + --- + + 功放设备、音频处理器、扬声器管理系统 + +- :material-car: __汽车音响__ + + --- + + 车载娱乐系统、高端音响、降噪系统的音频处理 + +- :material-home: __消费电子__ + + --- + + 高端音响设备、家庭影院、音频接口产品 + +- :material-factory: __工业应用__ + + --- + + 测试设备、音频分析仪器、信号处理系统 + +
+ +## 订购信息 + +| 产品名称 | 产品型号 | 产品图片 | +|:--------|:------------------------|:------------------------:| +| 2通道192KHz ASRC音频采样率转换器集成2路S/PDIF和2路I2S接口 | XMSRC4192-VC1 |![XMSRC4192-VC1](/assets/images/hifi_audio/xmsrc4192_vc1.png "XMSRC4192-VC1"){align=center width=120} | + + +## 相关评估板 +
+ +- :material-developer-board: __A316-HF-I2S-V1 音频采样率转换评估板__ + + --- + + 开发板通过插针方式引出XU316的接口，可以独立评估XMSRC4192_VC1的性能 + + [:octicons-arrow-right-24: 查看详情](../../dev_doc/evb/a316_hf_i2s_v1/index.md) + +
+ +## 咨询反馈 +
+点击展开咨询反馈表单 + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/zh/docs/products/wifi_speaker/index.md b/zh/docs/products/wifi_speaker/index.md new file mode 100644 index 0000000..866c742 --- /dev/null +++ b/zh/docs/products/wifi_speaker/index.md @@ -0,0 +1,31 @@ +--- +title: Wi‑Fi 无线音响系列核心固件 +hide: + - toc +--- + +--8<-- "common/phaten_xmos_support_img.md" + +# Wi‑Fi 无线音响 + +!!! info "产品列表" +
+ + | **产品(功能:material-arrow-down:)(型号:material-arrow-right:)** | [WB8711_ZW](./wb8711_zw.md) | + |---------------------|---------------------| + | **无线规格** | 2.4 / 5GHz Wi‑Fi，BLE 5.0 | + | **配置与部署** | ZeroConfig + Web 配置中心 | + | **应用方向** | 家庭影院无线音频/智能音箱 | + | **参考规格** | [WB8711-ZW 模组规格](../../dev_doc/wifi_speaker/wb8711_zw.md) | + | **Status** | Active | + +
+ +## 咨询反馈 + +
+点击展开咨询反馈表单 + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/zh/docs/products/wifi_speaker/wb8711-zw.md b/zh/docs/products/wifi_speaker/wb8711-zw.md new file mode 100644 index 0000000..bf39cce --- /dev/null +++ b/zh/docs/products/wifi_speaker/wb8711-zw.md @@ -0,0 +1,117 @@ +--- +title: WB8711_ZW +hide: + -toc +login: true +--- + +--8<-- "common/checklogin_form.md" +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# WB8711_ZW +__免开发 ZeroConfig + Web 配置的 Wi‑Fi 无线音响固件（Realtek RTL8711 平台）__ + +
+
+ +
+![WB8711_ZW示意图](/assets/images/speaker/RTL8711DCM%20PCB.PNG){align=right width=450} +WB8711_ZW 面向 Wi‑Fi 无线音响、智能音箱等场景的用户自定义固件，支持开箱即用的 ZeroConfig 流程与 Web 配置界面；基于 Realtek `RTL8711` 系列模组，支持 2.4 / 5GHz 双频 Wi‑Fi 与 BLE 5.0，满足高可靠连接与便捷部署需求。 + +- ZeroConfig 首次上电引导，热点快速配置音响通道 +- 内置 Web 配置中心 +- 支持配置导入/导出，适配批量交付 + +[:material-file-document-outline: 模组规格与参考](https://phateniot.github.io/zh/products/model/RTL8711/){.md-button } +[:material-cloud-download-outline: 固件出厂镜像]({.disabled}){.md-button } +[:shopping_cart: 样品购买]({.disabled}){.md-button } + +
+ +## 特性及参数 + +=== "关键特性（固件）" + - Wi‑Fi 5.8G 无线音频链路，低延迟、强抗干扰、稳定可靠（可支持最高10声道传输，取决于项目配置）。 + - ZeroConfig 首次上电引导与 Web 可视化配置，支持热点回落与自动重连。 + - 场景化声道配置：标准5.1、紧凑3.1、简约2.1，可扩展至7.1.2；灵活的通道映射与设备分组。 + - 支持配置导入/导出、日志查看与在线 OTA 升级，适配量产与运维需求。 + +=== "无线音频传输" + - 5.8GHz Wi‑Fi 无线传输，优化音频链路的延迟与抖动，支持主机（Soundbar）与后置环绕/低音炮的多点连接。 + - 多链路协同与抗干扰策略：自动信道选择、回连与容错，适配复杂环境。 + - 可选BLE用于快速配对/辅助配置（具体取决于硬件平台能力）。 + +=== "音频规格与同步" + - 支持多种高解析度音频：PCM 最高192kHz/24bit（根据项目与硬件能力裁剪）。 + - 动态范围优化与缓冲同步策略，保障高保真与稳定播放，降低卡顿与失步。 + - 面向家庭影院的主/从时钟与声道对齐策略，优化 Lip‑Sync。 + +=== "声道与角色" + - 角色定义：主机（Soundbar/Master）、后置环绕（Rear L/R）、低音炮（Sub），支持自定义扩展。 + - 通道映射：支持在 Web 配置中直观分配声道至设备，适配不同房间布局。 + - 设备分组与组网：支持组ID与自动发现，便于多套系统并行部署。 + +=== "Web 配置" + - 配置中心：网络（AP/STA）、设备配对、声道映射。 + +> 以上硬件参数与能力参考自 Realtek `RTL8711` 系列模组规格，具体以实际选型与规格书为准。 + +## 文档及工具 + +=== "技术文档" + + | 类型 | 标题 | 链接 | + | :----------: | :------------------------------------------------ | :-------------------------- | + | 型号页面 | [:material-file-document-outline: RTL8711 模组参考] | [:material-open-in-new:](https://phateniot.github.io/zh/products/model/RTL8711/) | + | Web 配置指南 | 待发布 | [:material-progress-clock:] | + + +=== "工具和软件" + + | 类型 | 描述 | 下载 | + | :----------: | :---------------------- | :-------------------------------------------------------------------------------------------------------------------------------------- | + | 出厂镜像 | WB8711_ZW Factory Image | :material-download: | + +## 应用场景 + +- 多声道家庭影院无线应用 + - 标准5.1、紧凑3.1、简约2.1声道配置，可扩展至7.1.2 + - 支持主机（Soundbar/Master）与后置环绕/低音炮的多点连接 + - 面向家庭影院的主/从时钟与声道对齐策略，优化 Lip‑Sync + +- 可扩展场景与部署 + - 酒店、公寓、商超等公共空间的批量快速部署 + - 家庭与工作室的网络化音频播放系统，多套系统并行组网 + - 支持设备分组、自动发现与声道映射，适配不同房间布局 + +## 订购信息 + +| 产品名称 | 产品型号 | 产品图片 | +| :----------------- | :-------- | :-------------------------------------------------------------------------------------------: | +| Wi‑Fi 无线免开发音响固件 | WB8711-ZW | ![WB8711-ZW](/assets/images/speaker/RTL8711DCM%20PCB.PNG "WB8711-ZW"){align=center width=120} | + +> 可根据实际模组/机型提供定制化固件（主题、功能裁剪、出厂参数）。 + +## 相关评估板 +
+ +- :material-developer-board: __RTL8711 系列 Wi‑Fi 音频评估板__ + + --- + + 提供网络配置与音频路由评估，便于快速验证固件能力（示例）。 + + [:octicons-arrow-right-24: 查看详情](https://phateniot.github.io/zh/products/dev_board/RTL8711dev_board/) + +
+ +## 咨询反馈 +
+点击展开咨询反馈表单 + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/zh/docs/products/wifi_speaker/wb8711_zw.md b/zh/docs/products/wifi_speaker/wb8711_zw.md new file mode 100644 index 0000000..9ba1dbc --- /dev/null +++ b/zh/docs/products/wifi_speaker/wb8711_zw.md @@ -0,0 +1,116 @@ +--- +title: WB8711_ZW +hide: + -toc +login: true +--- + +--8<-- "common/checklogin_form.md" +--8<-- "common/phaten_xmos_support_img.md" + +
+
+ +# WB8711_ZW +__免开发 ZeroConfig + Web 配置的 Wi‑Fi 无线音响固件（Realtek RTL8711 平台）__ + +
+
+ +
+![WB8711_ZW示意图](../../assets/images/speaker/8711model.jpg){align=right width=450} +WB8711_ZW 面向 Wi‑Fi 无线音响、智能音箱等场景的用户自定义固件，支持开箱即用的 ZeroConfig 流程与 Web 配置界面；基于 Realtek `RTL8711` 系列模组，支持 2.4 / 5GHz 双频 Wi‑Fi 与 BLE 5.0，满足高可靠连接与便捷部署需求。 + +- ZeroConfig 首次上电引导，热点快速配置音响通道 +- 内置 Web 配置中心 +- 支持配置导入/导出，适配批量交付 + +[:material-file-document-outline: 模组规格与参考](../../dev_doc/wifi_speaker/wb8711_zw.md){.md-button } +[:shopping_cart: 样品购买](){.md-button } + +
+ +## 特性及参数 + +=== "关键特性（固件）" + - Wi‑Fi 5.8G 无线音频链路，低延迟、强抗干扰、稳定可靠（可支持最高10声道传输，取决于项目配置）。 + - ZeroConfig 首次上电引导与 Web 可视化配置，支持热点回落与自动重连。 + - 场景化声道配置：标准5.1、紧凑3.1、简约2.1，可扩展至7.1.2；灵活的通道映射与设备分组。 + - 支持配置导入/导出、日志查看与在线 OTA 升级，适配量产与运维需求。 + +=== "无线音频传输" + - 5.8GHz Wi‑Fi 无线传输，优化音频链路的延迟与抖动，支持主机（Soundbar）与后置环绕/低音炮的多点连接。 + - 多链路协同与抗干扰策略：自动信道选择、回连与容错，适配复杂环境。 + - 可选BLE用于快速配对/辅助配置（具体取决于硬件平台能力）。 + +=== "音频规格与同步" + - 支持多种高解析度音频：PCM 最高192kHz/24bit（根据项目与硬件能力裁剪）。 + - 动态范围优化与缓冲同步策略，保障高保真与稳定播放，降低卡顿与失步。 + - 面向家庭影院的主/从时钟与声道对齐策略，优化 Lip‑Sync。 + +=== "声道与角色" + - 角色定义：主机（Soundbar/Master）、后置环绕（Rear L/R）、低音炮（Sub），支持自定义扩展。 + - 通道映射：支持在 Web 配置中直观分配声道至设备，适配不同房间布局。 + - 设备分组与组网：支持组ID与自动发现，便于多套系统并行部署。 + +=== "Web 配置" + - 配置中心：网络（AP/STA）、设备配对、声道映射。 + +> 以上硬件参数与能力参考自 Realtek `RTL8711` 系列模组规格，具体以实际选型与规格书为准。 + +## 文档及工具 + +=== "技术文档" + + | 类型 | 标题 | 链接 | + | :----------: | :------------------------------------------------ | :-------------------------- | + | 型号页面 | [:material-file-document-outline: RTL8711 模组参考] | [:material-open-in-new:](https://phateniot.github.io/zh/products/model/RTL8711/) | + | Web 配置指南 | 待发布 | [:material-progress-clock:] | + + +=== "工具和软件" + + | 类型 | 描述 | 下载 | + | :----------: | :---------------------- | :-------------------------------------------------------------------------------------------------------------------------------------- | + | 出厂镜像 | WB8711_ZW Factory Image | :material-download: | + +## 应用场景 + +- 多声道家庭影院无线应用 + - 标准5.1、紧凑3.1、简约2.1声道配置，可扩展至7.1.2 + - 支持主机（Soundbar/Master）与后置环绕/低音炮的多点连接 + - 面向家庭影院的主/从时钟与声道对齐策略，优化 Lip‑Sync + +- 可扩展场景与部署 + - 酒店、公寓、商超等公共空间的批量快速部署 + - 家庭与工作室的网络化音频播放系统，多套系统并行组网 + - 支持设备分组、自动发现与声道映射，适配不同房间布局 + +## 订购信息 + +| 产品名称 | 产品型号 | 产品图片 | +| :----------------- | :-------- | :-------------------------------------------------------------------------------------------: | +| Wi‑Fi 无线免开发音响固件 | WB8711-ZW | ![WB8711-ZW](/assets/images/speaker/RTL8711DCM%20PCB.PNG "WB8711-ZW"){align=center width=120} | + +> 可根据实际模组/机型提供定制化固件（主题、功能裁剪、出厂参数）。 + +## 相关评估板 +
+ +- :material-developer-board: __RTL8711 系列 Wi‑Fi 音频评估板__ + + --- + + 提供网络配置与音频路由评估，便于快速验证固件能力（示例）。 + + [:octicons-arrow-right-24: 查看详情](https://phateniot.github.io/zh/products/dev_board/RTL8711dev_board/) + +
+ +## 咨询反馈 +
+点击展开咨询反馈表单 + +--8<-- "common/customer_form.md" + +
\ No newline at end of file diff --git a/zh/mkdocs.yml b/zh/mkdocs.yml index f793094..01f0f41 100644 --- a/zh/mkdocs.yml +++ b/zh/mkdocs.yml @@ -215,6 +215,7 @@ nav: - products/src/index.md - XMSRC4392-VC1: products/src/xmsrc4392_vc1.md - XMSRC4194-VC1: products/src/xmsrc4194_vc1.md + - XMSRC4192-VC1: products/src/xmsrc4192_vc1.md - PDM到I2S/TDM转换核心模组: - products/pdm_2_i2s/index.md - XMAU7118-VC1: products/pdm_2_i2s/xmau7118_vc1.md @@ -258,6 +259,7 @@ nav: - 音频采样率转换SRC核心模组: - XMSRC4392-VC1: dev_doc/datasheet/std_product/src/xmsrc4392_vc1.md - XMSRC4194-VC1: dev_doc/datasheet/std_product/src/xmsrc4194_vc1.md + - XMSRC4192-VC1: dev_doc/datasheet/std_product/src/xmsrc4192_vc1.md - PDM到I2S/TDM转换核心模组: - XMAU7118-VC1: dev_doc/datasheet/std_product/pdm_2_i2s/xmau7118_vc1.md @@ -270,9 +272,9 @@ nav: - 测试指标: dev_doc/evb/a316_hf_dac_v1/test_spec.md - 设计文件: dev_doc/evb/a316_hf_dac_v1/design_files.md # - 授权指导: dev_doc/evb/a316_hf_dac_v1/a316_dac_auth_tool.md - # - A316-PH-DAC-V1: - # - A316-PH-DAC-V1产品规格书: dev_doc/evb/a316_ph_dac_v1/a316_ph_dac_v1_datasheet.md - # - Fosi Audio DS3 XMOS Green产品规格书: dev_doc/evb/a316_ph_dac_v1/fosi_audio_ds3_xmos_green_datasheet.md + - A316-PH-DAC-V1: + - 虚拟7.1游戏体验指南: dev_doc/evb/a316_ph_dac_v1/v71_game_play_guide.md + - 虚拟7.1空间音频原理及优势: dev_doc/evb/a316_ph_dac_v1/v71_sa_principles_advantages.md - A316-HF-I2S-V1: - dev_doc/evb/a316_hf_i2s_v1/index.md - 硬件规格书: dev_doc/evb/a316_hf_i2s_v1/datasheet.md