This is 4K ultra-high-definition CMOS sensor IMX678 custom lens USB camera module, it's equipped with the Sony IMX678 CMOS color image sensor. It supports a maximum ultra-high-definition resolution of 3840x2160@60FPS, and the 8MP pixels combined with high frame rates can present delicate and smooth dynamic images, accurately capturing both fast-moving scenes and static details. It adopts a 1/1.8-inch sensor with a pixel size of 2μmx2μm, laying a solid foundation for 4K image quality. The focusing range covers 1cm to infinity, making it competent for both macro shooting and long-distance capture. It features a Type-C interface, supports USB3.0 high-speed transmission to ensure fast 4K video data transfer, is compatible with the UVC protocol, and provides an SDK for easy function expansion. In terms of lens adaptation, it is flexible and can be customized with 1/1.8-inch target surface M12 lenses and C/CS mount lenses. Produced using SMT technology and AA processes, it ensures product consistency, with an operating temperature range of -20°~70°, allowing 4K ultra-high-definition performance to play stably in various environments.
From the perspective of scene adaptation, the parameter design of this module accurately responds to diverse needs: The 1/1.8-inch size and 2μmx2μm pixels of the Sony IMX678 sensor can capture tiny defects of parts in industrial testing equipment and present clear pathological details in medical imaging equipment; The 8MP pixels and 4K@60FPS resolution provide high-speed and high-definition images for security monitoring and bring smooth dynamic performance to live broadcast equipment; The focusing range from 1cm to infinity makes it equally efficient in face capture for intelligent access control and label recognition for warehouse robots. The Type-C USB3.0 interface and UVC protocol ensure its quick connection to computers, industrial terminals and other devices, and the SDK support facilitates customized development; The customizable M12 and C/CS mount lenses adapt to the installation needs of different devices, while the stability guaranteed by SMT and AA processes and the -20°~70° wide temperature range enable it to operate continuously and reliably in complex environments such as factory assembly lines and outdoor monitoring, achieving a seamless transformation from "parameter performance" to "scene value".