Full wireless integration

1. High-speed WiFi into wearable

Reconstruct for the core requirements of small wearable devices, low power consumption, and special scenarios. WiFiDrivers, optimize the driver architecture and operational logic, and solve the wearable scenario.WiFiProblems such as unstable connection, high power consumption, poor adaptability,Take the highwayWiFiAbility to doWearable devicesMedium, meetAIThe demand of hardware for real-time and high-speed transmission of data in the physical world.

2. Small space implanted wireless charging

RegardingCarry orWearable equipment compact body restrictions, the use of micro hollow coil, thin magnetic coupling, flexible FPCarrangement,NFCA variety of lightweight solutions, such as electricity. Through the streamlining of structure and layout optimization, the integration of charging modules is completed in a very small internal space, taking into account the light and thin form, charging efficiency and the overall structure adaptation, to achieve low power consumption, hidden wireless charging experience.

3. Multi-transmission mode and multi-antenna integration

The fusion design of multi-transmission protocol and composite antenna array is adopted to integrate high-speed wireless, short-distance communication and wide-area networking capabilities. Through integrated antenna layout and signal collaborative optimization, the transmission rate, connection stability and ultra-low power consumption are taken into account. Seamless networking of all scenes is realized in a narrow body to meet the requirements of multiple data interaction.