In the Bluetooth audio product market, Qualcomm platforms are the first choice for high-end products in this field. As an indicator leading the market development trend, Qualcomm recently pioneered the new generation flagship platform Qualcomm S7 Pro Gen1, which combines high performance, low power computing, terminal-side AI and advanced connectivity. It opens a new era of audio innovation and creates a breakthrough user experience. It sets a new benchmark for high-performance audio with ultra-low power consumption.
The first-generation Qualcomm S7 and S7 Pro platforms leverage unparalleled levels of on-device AI to create an advanced, personalized, and responsive audio experience.
The computing performance of the new platform is 6 times that of the previous generation platform, and the AI performance is nearly 100 times that of the previous generation platform. It brings a new level of ultra-flagship performance with low power consumption.
Qualcomm S7 Pro is the first audio platform to support Qualcomm Extended Personal Area Network (XPAN) technology and ultra-low power Wi-Fi connectivity, which can extend the audio transmission distance in homes, buildings or campuses and support lossless music quality up to 192kHz.
The Quan Ding Group also launched a TWS headset solution based on the Qualcomm S7 Pro Gen 1 platform at the fastest speed for customers to choose from.
The S7 Pro platform is composed of two ICs, QCC7226 and QCP7321. QCC7226 is the main control to run user applications, Bluetooth protocol, DSP audio data processing, and AI algorithm platform. QCP7321 is a coprocessor that provides WIFI transmission and sends and receives main control data through the SPI interface.
Software implementation (windows platform)
-
Development environment construction (not described in detail here)
Just download and install the necessary tools and codes as required
-
Start compilation
After starting the python311 environment, execute the compilation command to detect the supported project configuration
Select the configuration and start compiling
Compilation completed
Connect USB and burn bin
The machine runs normally after power-on, and there are indicator lights according to different states
Start the debugging script to display log information
FAQ
1. What is special about the development?
All operations must be performed after activating python venv
2. How to obtain ADK doc?
Execute the command build_all_docs. After completion, view the ADK Toolkit directory docs.
3.Does it support external flash?
There is no relevant design support at present, and the built-in flash can meet most application scenarios
4.Can Wifi be used for other applications?
No, it can only be used for audio transmission
5. Related Documents
Please refer to 80-72800-1
►Scenario application diagram
►Product physical image
►Display board photos
►Solution Block Diagram
►Core technology advantages
1. Fourth-generation ANC noise reduction 2. Senseless switching of Bluetooth WI-FI links, XPAN supports full-house coverage 3. Hi-res audio, support lossless audio96k 4. AI algorithm enhancement function 5. Ultra-low power consumption design
►Solution Specifications
1. Multi-core collaboration, processing doubled 2. Application Arm Cortex-M55 1X300MHz supports FPU operation 3. Sensor Arm Cortex-M4F 1X200MHz supports FPU 4. AI: Qualcomm eNPU 64 GOPS DSP: 2x 500 MHz + 1x 250 MHz 5. WI-FI Spec 6. 1 x 1 dual band 2.4/5 GHz supporting 802.11a/b/g/n standards 7. Up to 28.9 Mbps 11n MCS3 HT20 data rate 8. Supports IPv4/IPv6, TCP, UDP,and TLS 9. Internal 128Mb FLASH 10. Supports Bluetooth coexistence 11. Supports USB high speed (480 Mbps) device 12. The software provides a variety of combination configurations to flexibly build various forms of Bluetooth audio products
Previous article:All-silicon 'fan-on-a-chip' keeps thin devices cool
Next article:Smart hearable headset device using GAP9 AI computing processor
- Popular Resources
- Popular amplifiers
- Detailed explanation of intelligent car body perception system
- How to solve the problem that the servo drive is not enabled
- Why does the servo drive not power on?
- What point should I connect to when the servo is turned on?
- How to turn on the internal enable of Panasonic servo drive?
- What is the rigidity setting of Panasonic servo drive?
- How to change the inertia ratio of Panasonic servo drive
- What is the inertia ratio of the servo motor?
- Is it better for the motor to have a large or small moment of inertia?
Professor at Beihang University, dedicated to promoting microcontrollers and embedded systems for over 20 years.
- LED chemical incompatibility test to see which chemicals LEDs can be used with
- Application of ARM9 hardware coprocessor on WinCE embedded motherboard
- What are the key points for selecting rotor flowmeter?
- LM317 high power charger circuit
- A brief analysis of Embest's application and development of embedded medical devices
- Single-phase RC protection circuit
- stm32 PVD programmable voltage monitor
- Introduction and measurement of edge trigger and level trigger of 51 single chip microcomputer
- Improved design of Linux system software shell protection technology
- What to do if the ABB robot protection device stops
- Detailed explanation of intelligent car body perception system
- How to solve the problem that the servo drive is not enabled
- Why does the servo drive not power on?
- What point should I connect to when the servo is turned on?
- How to turn on the internal enable of Panasonic servo drive?
- What is the rigidity setting of Panasonic servo drive?
- How to change the inertia ratio of Panasonic servo drive
- What is the inertia ratio of the servo motor?
- Is it better for the motor to have a large or small moment of inertia?
- What is the difference between low inertia and high inertia of servo motors?
- Mini Adafruit QT Py Development Board
- openmv3 serial port hangs up
- Design and Implementation of VGA Image Controller Based on CPLDFPGA
- HC32F460 series virtual serial port problem
- It’s really stuffy to wear a mask when going out in summer. Is there any good solution?
- Smoke sensor as wireless power supply
- RS422 to 5V and 3.3V TTL level
- Architecture of Wireless Sensor Networks
- Recommended FPGA learning resources
- BlueNRG-1,2 characteristic value size difference