NIT will exhibit at the forthcoming show OPTRO 2012 in Paris, February 8-10, and will present its Native [...]
NIT will participate to the Photonics West Show 2012 in San Francisco, January 24-26, where we will [...]
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NIT will exhibit at the forthcoming show OPTRO 2012 in Paris, February 8-10, and will present its Native Wide Dynamic Range™ sensors.
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NIT will participate to the Photonics West Show 2012 in San Francisco, January 24-26 and will exhibit the NSC1105, a 1.3 MPixel WDR sensor with a 10.6µm pixel size and the NSC1101, a high dynamic range read out circuit (ROIC).
The NSC1105 is a 1.3 MPixel WDR sensor with a 10.6µm pixel size and provides a dynamic range of more than 140 dB in a single frame time.
NIT will participate to the Vision Show 2011 in Stuttgart, November 8-10, where we will exhibit on booth #6C55 for the first time our 720p Native WDR color sensor operating in logarithmic mode through more than 140 dB of dynamic range.
The NSC1101 is a high dynamic range read out circuit (ROIC) designed to interface with any photodiode array, through flip chip bonding. NSC1101 is of VGA format (640x512 pixels), it has a pitch of 15µm and can accept any PDA with p-on-n or n-on-p.
NIT is pleased to announce the release of a new set of tone mapping algorithms dedicated to its range of Native WDR™ imaging sensors. These algorithms allow displaying scenes with a wide dynamic intra scene contrast on a simple monitor without losing signal information.
NIT announces a major advance in high dynamic range imaging by introducing a range of color sensors operating in logarithmic response mode. These new sensors are based upon NIT patented Native WDR™ pixel technology where the pixel photodiodes are used as single solar cells providing extraordinary intrinsic dynamic range without exposure time.
The NSC0905FO is a 1280x1024 pixel Native Wide Dynamic Range™ sensor coupled to a flat fiber optic. This sensor has a pixel size of 10.6um and offers more than 120 dB of dynamic range.
New Imaging Technologies (NIT) offers world class CMOS imaging sensors based upon a unique and patented pixel technology which provides intrinsic high dynamic range response of more than 140dB, no noticeable fixed pattern noise and operability without image artifacts to more than 90°C.
NIT offers a complete range of standard, customized and full custom CMOS imaging sensors for a variety of applications where performance, cost, quality and reliability are of premium choice.
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