Hikvision MV-CH310-10XM area scan camera adopts with Sony Pregius IMX342 global CMOS sensor. In addition to a wide dynamic range, high quantum efficiency, and low noise, Pregius also improves pixel sensitivity and the quality of images taken under dim light. The 31 MP Hikvision camera has a resolution of 6.464 x 4.852 with pixel size of 3.45 µm and can transfer up to 17.9 fps at full resolution. On top of that, relying on technical accumulation in image algorithms gained over years, Hikvision embeds ISP functions into the FPGA that improve image performance, on-board correction, excellent heat dissipation design and power consumption control.
The camera supports CoaXPress interface which enables users to apply the upgraded high-resolution camera in high-speed scenarios, capturing high definition details frame by frame at super slow motions and precisely showing hairsbreadth differences in latency-free real-time applications.
AOI systems with continuous material feeding need cameras with extremely high frame rates that can help reduce cycle time per slice and boost system output through high FPS and low image transmission latency. The image performance of the Hikvision MV-CH310-10XM perfectly fits the high demands of flat panel display inspection such as cell phones, tablets and TV display modules and SMT/PCB automated optical inspection and helps to make manufacturing processes more refined, automated, and efficient. It can also help to reduce system complexity by replacing a system with several low-resolution cameras by one single high resolution Hikvision camera. Other application areas include aerial photography, as well as high precision research which typically need sensors of high resolution, wide dynamic range, high quantum efficiency, and high sensitivity.
Hikvision high-resolution cameras are assembled, tested, and inspected in Grade 100 clean rooms. The established process management rules and effective dust prevention ensure that camera sensor surface is clean, dust- and stain-free to avoid misjudgment due to image defects.