FLIR’s Neutrino MWIR camera core provides a perfect solution where SWaP is a design constraint and cost and performance are preferred. It provides FLIR’s latest advancements in image processing, and the ensuing image from the 640×512 InSb array is outstanding.
The Neutrino™ weighs less than 450gm (16oz) and consumes a steady-state power of less than 5W. It is one of the smallest OEM cooled camera cores available in the market. Excellent performance together with low cost, the MWIR camera core allows easy integration of a wide range of MWIR systems.
The main features of the Neutrino MWIR camera core are as follows:
- Sophisticated image processing: Neutrino™ runs FLIR’s complete suite of advanced image processing algorithms such as Detailed Digital Enhancement (DDE) and customizable AGC.
- Common architecture platform: For existing LWIR integrators, customers can easily offer a high-performance MWIR system; Neutrino™ uses FLIR's common software architecture and the same GUI, SDK¸ and command protocols as the uncooled Quark and series of LWIR cameras.
- Customization, reliability and support: Neutrino™ camera benefits from FLIR’s automotive grade quality and proven integrated dewar cooler assembly (IDCA) reliability. In addition FLIR’s online resources, applications engineering team, and the FLIR store provide continuous support.