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Video processors aid thermal imaging development

A Cedip Infrared Systems product story
Edited by the Engineeringtalk editorial team Apr 27, 2007

Carthage electronic imaging modules provide researchers and integrators with a turnkey solution to transform an IR focal plane array (FPA) detector into a powerful thermal imaging system.

Cedip Infrared Systems has released the Carthage series of advanced video processing modules for researchers and integrators looking to develop and build their own thermal imaging systems.

Carthage electronic imaging modules provide researchers and integrators with a turnkey solution to transform an IR focal plane array (FPA) detector into a powerful thermal imaging system.

Designed and built to comply with current military and aviation quality standards - Carthage electronic imaging modules are capable of delivering a high-quality processed image stream for a wide variety of applications scenario.

The rugged modules are offered either as stand alone units or pre-integrated with detector and imaging lens assemblies.

Compatible with most commercially available cooled (MCT, InSb, QWIP or microbolometer) infra-red sensors - Carthage modules are available in a range of configurations enabling Cedip to offer a fast, real-time video image processing solution that can be integrated into almost any thermal imaging system.

For space restricted applications, such as in airborne gimbals or handheld IR binocular systems, that employ state of the art digital IR FPA detectors, the Carthage DCL video processing module offers a wide range of standard IR processing (NUC, BPR) as well as advanced video enhancement features.

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