Compact
Fits handheld, portable, and narrow-space devices
Wi-Fi SOC Wireless Video And Endoscopy
For wireless endoscopes, visual ear spoons, sports cameras, and drone video links, the solution focuses on compact size, low latency, live preview, and weak-signal stability.
Fits handheld, portable, and narrow-space devices
For live preview and control feedback
Local Wi-Fi video to phone or receiver

Endoscope, ear-spoon, and sports-video devices are compact, power constrained, and antenna constrained. The solution must handle camera input, encoding, Wi-Fi transfer, phone preview, and thermal design together.
Solution Path
The camera captures video, the SOC compresses and controls locally, and Wi-Fi sends live video to phones, displays, or receivers.
DVP, UVC, SPI, or other camera inputs.
MJPEG/H.264 or lightweight image processing.
Phone, display, or dedicated receiver previews live.
Live preview
Users of wireless endoscopes or visual ear spoons need immediate visual feedback while moving the device. Camera input, compression policy, and wireless transfer must be tuned together, not as isolated specs.

Hardware interfaces
Sports cameras, toy video links, and portable inspection devices may need buttons, audio, storage, charging, and debug interfaces. TXW81x / TXW82x can be selected by interface count and imaging needs.

Each form connects the scenario to hardware priorities such as connectivity, power, imaging, and maintenance.

Live video and phone preview in narrow spaces.

Local video, low-latency preview, and mobile stability.

Light camera terminal paired with receiver.
Product Fit
Select the chip or module path by system role, interface count, audio-video capability, and production timeline.
TXW81x Series
Fits compact, cost-sensitive MJPEG video and phone-preview products.
TXW82x Series
Fits portable imaging devices needing stronger codec, display, or interface expansion.
Next Step
Share camera interface, resolution, frame rate, receiver form, peripherals, size, and power targets so Taixin can help match the chip platform.