HWK1910A

HD (1920 X 1080) Ultra Low Noise sCMOS Image Sensor
Exceptional Low-Light Performance: 1e- RMS readout noise at 60fsp; Single Frame High Dynamic Range: >88dB DR at 60 fps in WDR; >120dB DR at 30 fps in UDR
Datasheet File: 
Datasheet Name: 
HWK1910A
Superior Low Light Image Quality
1 e- Read Noise (Median value of read noise distribution from high gain output.)
>88 dB Intra Scene Dynamic Range in WDR mode and >120 dB in UDR mode
60 FPS at 2.1MP
Sort Position: 
3

The Fairchild Imaging HWK1910A is a high definition format, ultra-low-noise CMOS image sensor intended for surveillance and intelligent transportation applicaitons requiring high quality imaging under extremely low light and wide dynamic range conditions.  The device features an array of 5 transistor (5T) pixels on a 5.04 µm pitch with an active imaging resolution of 1920(H) x 1080(V) pixels.  The sensor runs in Rolling Shutter readout mode.  In addition, it also has circuitry that enables high dynamic range data collection in a single frame.  The sensor supports user-programmable row start/stop control for region of interest (ROI) readout mode.  the HWK1910A delivers extreme low-light sensitivity with a read noise of 1 electron RMS.  These features, combined with 2.1 megapixel resolution, 60 fps and the ability for auto calibration makes the HWK1910A easy to integrate in a variety of systems and ideally suited for a variety of high throughput, low light-level imaging applications.