New Imaging Technologies: design and manufactures CMOS imaging sensors and CMOS cameras which include smart sensor features and wide dynamic range. The key product is the MAGIC sensor that use an active pixel structure. The MAGIC sensors are particularly designed for security and surveillance applications, telecommunication and vision enhancement

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2012-05-04 - Discover the first High Dynamic Range VGA InGaAS sensor at DSS Show 2012...

NIT will participate to the Defense Security and Sensing 2012 in Baltimore, April 23-27, where we will exhibit the World first VGA InGaAS sensor with [...]

2012-02-20 - NEW PRODUCT INTRODUCTION : A stereoscopic camera based upon NIT Native WDR CMOS sensor...

NIT has introduced a stereoscopic camera based upon its global shutter high dynamic range CMOS sensor NSC1001. This unit and [...]

2012-01-26 - Come to see us at OPTRO, booth 25 and see our Native Wide Dynamic Range™ sensors...

NIT will exhibit at the forthcoming show OPTRO 2012 in Paris, February 8-10, and will present its Native [...]

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NIT announces the launch of its latest MAGIC CAM

mcd1-web

NIT announces the launch of its latest MAGIC CAM using its latest 10um pitch wide dynamic range sensor. which has been designed for users wanting a ready to operate wide dynamic range analogue camera, with enclosure and C-Mount optical interface.

The MCD1-10-BW modules are equipped with the MD1-10-B Log sensor which provides extraordinary dynamic range performance greater than 120 dB. MD1-10-B provides a pure logarithmic response without noticeable fixed pattern noise.

In addition to the extraordinary wide dynamic range, the MD1-10-B from NIT is also immune to light variations which occur in typical outdoor sceneries. Thank to its patented in pixel structure, the MD1-10-B responds instantaneously to any change of ambient light despite high contrast within the image. Such a feature provides great advantage in system design where automated brightness or contrast adjustments are not necessary to be implemented, thus reducing cost, system complexity and power consumption.

White papers & Application Notes