Medical Wireless BF2013 CMOS Integrated WiFi Endoscope Camera Module

This is a medical wireless BF2013 CMOS integrated WiFi endoscope camera module, an integrated hardware solution designed specifically for clear imaging in micro-hole scenarios. Its core is equipped with the BF2013 image sensor, which has 0.3MP effective pixels and stably outputs 640x480 standard resolution images. At this resolution, it supports a maximum frame rate of 30FPS, ensuring no motion blur or low latency during dynamic observation. The sensor size is precisely controlled at 1/31 inch, with a pixel unit size of 2.25μm x 2.25μm. Combined with an 88° wide-angle field of view, it can cover a wider observation range in narrow spaces while retaining detailed clarity. In terms of imaging and focusing performance, the module has a focusing range of 20~60mm and a maximum imaging circle diameter of 4.8mm. It supports manual focusing, allowing flexible adjustment of clarity according to the distance of the observation target to meet detection needs at different depths. The structural design adopts a highly integrated all-in-one solution, with a lens of only 3.5mm in diameter and wrapped in a Steel Shell. This not only ensures the module can penetrate narrow gaps but also enhances the lens's resistance to collision and wear through the Steel Shell. Meanwhile, the module integrates 6 0402-type LED fill lights, which can provide uniform supplementary lighting in dim environments to avoid blurred imaging caused by insufficient light. For the interface, it is equipped with a standard DVP interface, providing a stable channel for data transmission. More importantly, the module can be directly paired with a dedicated development board, and connected to a WiFi board via the development board, forming a complete hardware combination of "module + development board + WiFi board". It supports two connection methods: it can either connect to mobile phones or computers wirelessly via WiFi, or connect directly to terminal devices, meeting usage needs in different scenarios. The production process strictly adopts SMT and AA (Active Alignment) processes to ensure the assembly accuracy of each component of the module, guaranteeing product consistency and long-term stability from the source.