ELP 0.01Lux Low Light 1080P USB Camera Fisheye Lens IMX323 Mini USB Embedded Webcam For Live Video Call Conference Machine Tools

- Equipped with a 1/2.9-inch IMX323 high-quality CMOS sensor, it outputs 1920×1080 full HD image quality; it has an ultra-low illumination sensitivity of 0.01Lux, capable of capturing relatively clear and low-noise color images in extremely dark and dim environments (such as night workshops, weak light corners), and can perform low-light monitoring and visual acquisition without the need for additional lighting fixtures. - It is equipped with a 170° or 180° fisheye wide-angle lens with M12 interface, and a single lens can cover a range of vision several times that of traditional lenses. It is particularly suitable for machine vision positioning, panoramic meetings, monitoring in narrow electrical control boxes, or 360° panoramic stitching in scenarios requiring a large field of view. Although the picture has barrel distortion, it contains a large amount of information. - It supports the standard UVC (USB Video Class) protocol, is compatible with Windows, Linux, Mac OS, Android, etc., and can be plugged and played without installing drivers; it supports H.264 hardware encoding output, which can provide high-quality 1080P@30fps images under low bandwidth (low bit rate), significantly reducing the CPU usage and data transmission pressure of the host. - It adopts an industrial standard 38mm×38mm (compatible with 32mm×32mm) ultra-small PCBA board design, with a lightweight volume, built-in mounting holes, and can be easily embedded in 3D printers, CNC machines, robots, access control systems, self-service terminals (Kiosks), medical equipment, etc.; it is equipped with a high-sensitivity onboard microphone, and audio can be simultaneously collected without external cables. - Only one USB 2.0 data cable (bus-powered DC 5V, current approximately 140mA~190mA) is needed to complete power supply and data transmission at the same time, making deployment extremely simple; it supports software adjustment of parameters such as brightness, contrast, saturation, gamma, white balance, and exposure, facilitating developers to conduct secondary development and calibration based on specific industrial or embedded scenarios.