8K 50MP Autofocus USB 2.0 Camera Module UVC Free Driver

Capture sharp, high-resolution images with a compact autofocus USB camera module built for computer-based imaging, recognition, and scanning tasks.

This 50MP camera module connects through USB 2.0 High Speed with a type-C interface and uses UVC free-driver support for quick plug-and-play setup across Windows, Linux, Android, MAC-iOS, and Raspberry Pi systems.

Autofocus, automatic exposure, automatic white balance, and adjustable image settings help you get clearer results for portraits, text recognition, QR code recognition, logistics code scanning, static object photography, and certificate capture.

Why this camera module works for you

✅ You get sharper image capture for recognition and inspection with 50MP resolution up to 8160x6120.

✅ You save setup time with UVC free-driver operation over USB 2.0.

✅ You capture subjects more clearly at different distances with autofocus from 1cm to infinity.

✅ You improve scan and recognition accuracy with adjustable exposure, white balance, gain, and contrast.

✅ You fit high-resolution imaging into tight spaces with a compact 38 x 38 mm metal module.

✅ You work across more devices and software using support for major operating systems and development interfaces.

The single-lens CMOS module outputs MJPG or YUY2 and supports resolutions from 640x480 to 8K-class 8160x6120. Frame rates reach up to 30fps at lower resolutions and 5fps at maximum resolution. Its approximate field of view is 72° horizontal, 55° vertical, and 84° diagonal with a 4.2mm focal length.

Designed for indoor use, this module runs on USB DC5V, uses a metal shell, and is not waterproof. The package includes one camera module and one 1 m USB 2.0 cable.

Compact metal housing suits embedded imaging setups.

Autofocus helps maintain clearer subject detail.

USB connection makes computer integration straightforward.

High-pixel imaging supports detailed capture tasks.

Included cable gets you ready faster.

Choose this autofocus USB camera module for sharp, flexible computer imaging.