Latest News
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 [...]
2012-01-12 - Visit us at Photonics West, booth 2211, and see our native WDR™ products..
NIT will participate to the Photonics West Show 2012 in San Francisco, January 24-26, where we will [...]
Videos : WDR Colour Videos
Native WDR™ technology do not require white balance
This video shows how the colour on the chart remain constant independently of the illumination even with a bright incandescent light source greater than 300W. The absence of white balance is a unique feature of NIT Native WDR™ thanks to the exact natural logarithmic response of the sensors.
Comparison of WDR color sensor versus linear sensor
This video compares a NIT WDR color sensor versus a CMOS linear sensor, when observing an intense light source of 300 W. The video output of the NIT sensor is processed with NIT proprietary tone mapping algorithms specifically developed for logarithmic output sensors.
Facing the sun with Macbeth chart
Cars with sun glares - NSC0902
NSC0902 - 768x576 @ 5.6um Native WDR
This video demonstrates the colour images obtained in logarithmic response mode obtained with a D1 sensor (768x576 pixels - pitch = 5.6um)