Voice interaction
Microphone, speaker, and voice wake-up
Wi-Fi SOC AI Robots And Toys
Built around first setup, voice interaction, audio-video links, and content-service loops, this solution turns AI toys and companion robots into interactive connected terminals.
Microphone, speaker, and voice wake-up
Camera, display, and local video
App, cloud, and AI dialogue access

Toys and robots cannot stop at connectivity. Users feel voice wake-up, response time, video stability, and content updates. The solution puts hardware interfaces, wireless links, and cloud service into one experience path.
Each form connects the scenario to hardware priorities such as connectivity, power, imaging, and maintenance.

Voice, video, content, and motion feedback loop.

Cost-sensitive hardware with connected content services.

Voice Q&A, story playback, and remote interaction.
Solution Path
The device hears a command, the SOC handles audio-video and networking, the app or cloud returns content, and the device responds through sound, screen, or movement.
Triggered by microphone, button, or wake word.
Wi-Fi + BLE handle provisioning and data transfer.
Speaker, display, or motion module responds.
First experience
Consumer toy first-use windows are short. BLE provisioning, stable Wi-Fi, and local audio interfaces must be tuned together to reduce setup cost for parents.

Hardware form
AI toys, companion robots, and children companion devices are often compact and cost-sensitive. TXW81x fits lightweight platform design around audio, video, GPIO, and connectivity.

Product Fit
Select the chip or module path by system role, interface count, audio-video capability, and production timeline.
TXW81x Series
Fits cost-sensitive devices with voice interaction, lightweight video, BLE provisioning, and GPIO peripherals.
TXW82x Series
Fits robots or display devices needing stronger camera, display, and codec capability.
Next Step
Share voice, video, display, motion peripherals, and cloud-content needs so Taixin can help match the Wi-Fi SOC platform.