OCHTA10 CMOS Sensor USB2.0 Interface UVC Driver-Free Fixed Focus Endoscope Camera Module

This OCHTA10 CMOS Sensor USB2.0 Interface UVC Driver-Free Fixed Focus Endoscope Camera Module is a micro close-range fixed-focus vision module specially designed for 3–30mm ultra-close-range imaging scenarios, integrating high integration and practicality to meet the needs of precision detection and embedded near-field vision. Built around the OCHTA10 sensor and adopting a single-chip integrated solution, it achieves a compact micro structure while ensuring stable imaging performance, making it easy to integrate into narrow spaces and reducing installation and integration costs significantly. Its 3–30mm macro-specific focusing range is precisely optimized for ultra-close-range imaging, ensuring high clarity in close-up and贴拍式 visual collection, which can accurately capture the details of tiny objects and meet the requirements of high-precision close-range detection tasks. Equipped with a 100°×100° large field of view, the module can cover a wide observation range within a small space, eliminating the need for frequent adjustment of the module position and improving the efficiency of close-range imaging. Adopting a USB2.0 5PIN interface and UVC driver-free architecture, it can be directly recognized by Windows, Linux and embedded devices without installing additional drivers, realizing plug-and-play functionality and greatly simplifying deployment and operation processes. It supports both YUV and MJPEG image output formats, balancing image quality and transmission speed—YUV format ensures high-quality image restoration, while MJPEG format enables efficient data transmission, flexibly adapting to the needs of different systems. Integrating ultra-close-range precise focusing, driver-free convenience, small-size high integration and dual-format output, this module is perfectly suitable for various precision detection, embedded near-field vision and miniaturized intelligent device integration needs, becoming a cost-effective micro macro vision solution.