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product
2D CMOS Image Sensor
Lince5M
Lince5M is a digital high speed image sensor designed for excellent performance in a large variety of applications, ranging from low noise high dynamic range surveillance to high speed high resolution machine vision.Lince5M incorporates a high speed 5.2M CMOS active pixel image sensor providing global electronic shutter and High Dynamic Range (HDR) features.The sensor array utilises active CMOS pixels with pinned photodiodes to deliver high image quality whilst maintaining the size, cost, and integration advantages of CMOS process.
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product
2D CMOS Image Sensor
Lince6M5
Lince6M5 is a single chip, fully digital, high speed CMOS active pixel sensor which is designed for maximum flexibility. It has excellent performance in a large variety of applications, ranging from low noise, high dynamic range surveillance, to high speed slow motion analysis, including high resolution machine vision applications. Lince6M5 incorporates a high speed 6.5MP CMOS active pixel image sensor providing both global and rolling electronic shutter, as well as High Dynamic Range (HDR) features. The sensor array utilizes active CMOS pixels with pinned photodiodes to deliver high image quality whilst maintaining the size, cost, and integration advantage of the CMOS technology.
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product
2D CMOS Image Sensor
Lince1M3
Lince1M3 is a CMOS digital image sensor optimized for applications (medical, ITS, industrial machine vision) requiring high-speed and high-resolution. The sensor incorporates a sophisticated readout channel with a high-accuracy 12-bit ADC to deliver the best quality images under any illumination condition.
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product
2D CMOS Image Sensor
Lince11M
Lince 11M has been specifically designed as a high-speed CMOS image sensor that also allows customers to decrease the cost of ownership. The digital circuits of the sensor output images at 715fps in 4K resolution, or 1400fps when windowing in full HD resolution. To facilitate access to affordable optics, Lince11M is compatible with APS-C format in 4K resolution.
