SinoSeen OG02B10 Global Shutter USB Camera Module 1600x1300

The module is UVC (USB Video Class) compliant, providing native plug-and-play driver support on Windows, macOS, Linux, and Android operating systems without requiring custom software installation. Simply connect via the included Micro USB cable, and the device will be recognized as a standard video source in compatible applications like OpenCV, VLC, or MATLAB.

To access the uncompressed RAW Bayer 10-bit output, you must use a compatible software library or SDK that can configure the camera's UVC extension units. In frameworks like OpenCV or libuvc, you can set the video format control to request the RAW stream. Note that processing RAW data requires debayering and color conversion in your application pipeline, unlike the readily viewable MJPG or YUY2 compressed formats.

Yes, the lens is threaded into a standard M12 x P0.5 mount, allowing you to unscrew and replace it with alternative M12 lenses of different focal lengths or apertures to modify the field of view or light gathering. The focus is factory-set and fixed; for adjustable focus, you would need to source an M12 lens with a manual focus ring and carefully adjust it while monitoring the image output.

The module operates from a single 5V DC power source, typically supplied directly through the USB 2.0 connection's VBUS line. Ensure your host port or a powered USB hub can deliver a stable 5V ±5% supply. Connection is straightforward: use the provided Micro USB cable to link the module to your computer or embedded host. No external power adapter is needed unless the USB port cannot meet the current demand.

A global shutter exposes all sensor pixels simultaneously, eliminating the rolling shutter distortion common in consumer CMOS cameras where pixels are read line-by-line. This is critical for imaging fast-moving objects or scenes with rapid vibration, as it prevents skew, wobble, and partial exposure artifacts. The result is sharp, temporally accurate frames essential for robotic guidance, barcode reading, optical inspection, and any application where motion integrity cannot be compromised.