OV9732 CMOS Sensor 1MP 720P HD Image USB2.0 Interface UVC Driver Free Fixed Focus Camera Module

This 1MP 720P HD Image USB2.0 Interface UVC Driver Free Fixed Focus Camera Module is a universal imaging component designed for video calls, image acquisition, industrial monitoring and embedded devices, manufactured by SincereFirst in accordance with RoHS environmental standards. Built around a 1/5-inch 1-megapixel sensor, it delivers stable 720P HD imaging, with the sensor’s optimized design ensuring clear and true color reproduction in various lighting environments. Its optical system features a 2.37mm focal length, F2.4 aperture and 85° field of view, combined with a focusing range of 50cm to infinity—this wide fixed-focus range eliminates the need for frequent focusing adjustments, enabling stable and clear imaging in both medium and long-distance scenarios, perfectly adapting to diverse universal collection needs. The TV distortion is strictly controlled within -2%, ensuring true restoration of the geometric shape of the picture and effectively guaranteeing observation accuracy, which is particularly suitable for scenarios requiring certain imaging precision such as document shooting and simple industrial monitoring. Equipped with a USB2.0 5PIN interface and following the UVC driver-free protocol, the module achieves cross-platform adaptation, completely omitting the driver installation process and allowing direct recognition and call by the system after connection, greatly simplifying deployment and operation. The 5PIN horizontal connector with 1.0mm spacing integrates power supply and data transmission, reducing external wiring and enhancing the convenience of installation and integration. The image direction register adopts the factory default configuration, enabling entry into the standard working mode immediately after power-on without additional settings. Integrating driver-free ease of use, wide fixed-focus range, low distortion and standardized structure, this module is widely applied in video communication, image acquisition, embedded terminals and industrial monitoring, becoming a cost-effective and versatile universal imaging solution.