CMOS imaging sensor with near-infrared sensitivity for defense and border control offered by Teledyne e2v
GRENOBLE, France – Teledyne e2v, a Teledyne Technologies company in Grenoble, France, is introducing the OnyxMax next-generation low-light CMOS imaging sensor for defense, science, traffic cameras, broadcast, surveillance, border control, and astronomy applications.
This sensor has been designed for extremely low light conditions down to 1 milli-Lux. The combination of sensitivity and image resolution increases its range to detect even small objects in harsh conditions.
OnyxMax CMOS imaging sensor features 1,280-by-1,024-pixel resolution, and is available in monochrome standard, and with CFA arrangements on request.
It has a 10-by-10-micron pixel designed with Teledyne's HiRho proprietary technology for near-infrared sensitivity and spatial resolution with Quantum Efficiency (QE) of 58 percent and mean time between failures of 63 percent at 850-nanometer wavelength.
OnyxMax also provides an signal to noise ratio of 10 decibels at less than 2 milli-Lux and at 60 frames per second and operates in rolling and global shutter modes, providing 75 decibels of linear dynamic range.
For more information contact Teledyne e2v online at www.teledyne-e2v.com.
