25 million pixels, high-speed frame rate of 150 fps, compact CXP camera with NIR model also available in the lineup.
The VCC-25CXPHS series is a CoaXPress camera that supports shooting at 25 million pixels. Maintaining the features of conventional models such as compact size, high resolution, and long-distance transmission, it achieves a high frame rate of up to 150 fps (CXP-12, 8-bit), allowing for clear capture of fast-moving workpieces. It is well-suited for applications requiring long-distance transmission, such as appearance inspection of LCDs, substrates, and semiconductor wafers, as well as measurement, robot vision, drone mounting, and research and observation. The NIR (near-infrared) model is expected to be applied in inspection applications for detecting items that cannot be identified under visible light, such as bruises on fruit, capacity checks inside opaque containers, and facial recognition under sunglasses. 【Features】 - Supports 25 million pixels and high-speed output of up to 150 fps - Global shutter type, CMOS sensor - C-mount compatible with a sensor size of 1.1 inches - CXP-12×4, CXP-12×1 - Video output via DIN connector - Equipped with functions necessary for FA applications: external trigger, ROI, defective pixel correction, shading correction, binning (monochrome only), black level correction, gamma correction, etc. - Option to choose with or without heat sink
Inquire About This Product
basic information
【Product Information】 Model Name: VCC-25CXPHSM (Monochrome, No Heat Sink) VCC-25CXPHSR (Color, No Heat Sink) VCC-25CXPHSNIR (Near Infrared, No Heat Sink) VCC-25CXPHSM-F (Monochrome, With Heat Sink) VCC-25CXPHSR-F (Color, With Heat Sink) VCC-25CXPHSNIR-F (Near Infrared, With Heat Sink) Sensor: 1.1-inch Global Shutter CMOS Sensor Effective Pixel Count: 5120(H) × 5120(V) Cell Size: 2.5 × 2.5 μm Maximum Frame Rate: 150 fps (CXP12, 8-bit) Interface: CoaxPress (CXP6/12 × 4 lanes/1 lane) Ver. 1.1.1 compatible Dimensions: W65 × H65 × D93.3 mm (No Heat Sink) / W65 × H125 × D93.3 mm (With Heat Sink) Lens Mount: M48 Mount *For more details, please refer to the documentation or contact our sales department.
Price range
Delivery Time
※Please contact us.
Applications/Examples of results
Focusing on image quality and speed, board inspection equipment, PTP inspection, FPD inspection, SPI, AOI, semiconductor manufacturing process inspection, welding inspection, robot vision, medical image processing equipment, pharmaceutical inspection, various imaging device applications, measurement, position identification, ultra-small component picking, drone-mounted, research and observation applications, etc.
catalog（8）
Download All Catalogs
News about this product（1）
Company information
CIS is a manufacturer of industrial imaging systems that consistently designs, manufactures, and sells various high-performance cameras, application products, and image processing IP. The applications of its products span a wide range, including machine vision (MV), security, medical, broadcasting, intelligent transportation systems (ITS), construction machinery, and food and pharmaceutical inspection, boasting numerous OEM adoption achievements. Leveraging features such as compact size, high speed, high performance, high reliability, and high quality, CIS continues to tackle advanced themes such as the latest digital interfaces, camera signal processing algorithms, image processing applications, and intelligent cameras, developing cutting-edge products. Focusing on embedded image processing development, CIS has developed the high-definition color image processing engine, Clairvu Engine. Additionally, the commercialization of cameras combining Clairvu Engine with 3G-SDI, HD-SDI, and CoaXPress is progressing, resulting in increased adoption. The company also has numerous development contracts for its licensing business, including algorithms and image processing software, which have been well received in the broadcasting industry, medical device industry, and construction machinery applications. Furthermore, it offers custom-designed piezo stages developed through its experience with pixel-shift cameras.