IMX415 4K 8MP 1/2.8" 3mm 95° USB UVC Camera

IMX415 4K 8MP 1/2.8" 3mm 95° USB UVC Camera is a high-resolution USB imaging module built around a 1/2.8-inch CMOS IMX415 sensor. Delivering 8MP 3840×2160 Ultra HD output with a balanced 95° field of view, this UVC camera module combines wide coverage, reduced distortion, and smooth 1080P video up to 60FPS. The driver-free USB 2.0 design supports fast integration into embedded vision, surveillance, conferencing, and professional maker projects that require dependable image capture, simple wiring, and repeatable deployment.

Balanced 95° Field of View with Lower Distortion

The 3mm lens provides a moderate 95° diagonal field of view, giving this 4K USB camera a practical balance between scene coverage and image geometry. Compared with ultra-wide modules, the balanced perspective helps reduce excessive edge distortion while still covering indoor monitoring areas, workbenches, robot vision scenes, and conferencing spaces where both context and accurate subject shape matter. This makes the module practical for compact embedded camera systems that need reliable detail and integration.

Figure: IMX415 95 degree USB camera

IMX415 8MP Ultra HD Image Quality

Powered by the IMX415 image sensor, the high-definition UVC camera captures 3840×2160 video for detailed visual recognition and inspection tasks. The 1/2.8-inch CMOS sensor supports crystal-clear image quality and accurate color reproduction, making the module suitable for AI vision recognition, indoor HD surveillance, video conferencing, and projects that need reliable 4K source imagery. This makes the module practical for compact embedded camera systems that need reliable detail and straightforward integration.

Figure: Dimension Diagram

Driver-Free USB UVC Integration

With a USB 2.0 driverless UVC-compliant design, the plug-and-play camera board works with mainstream operating systems without complex driver configuration. The module fits development-board workflows and single-board computer prototypes, including Raspberry Pi-based vision systems, where fast setup and stable camera access are important for evaluation and deployment across compact camera prototypes and small production systems. This makes the module practical for compact embedded camera systems that need reliable detail and straightforward integration.

Figure: Compatible Systems

Suitable for AI vision recognition, indoor HD surveillance, video conferencing, professional DIY builds, maker education, and STEM Education, this balanced-FOV camera module gives developers a compact way to add 4K image capture while avoiding the heavy distortion associated with more extreme wide-angle optical designs, while keeping integration simple for developers building repeatable camera workflows.