The MWIR-20 Snap-Shot Hyperspectral Imager delivers real-time midwave infrared hyperspectral data cube capture for high-speed analysis of dynamic scenes.
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MWIR-20 Hyperspectral Imager
Built on BD&E’s patented HyperPixel Array™ technology, the MWIR-20 generates full 114 × 114 spatial by 20 spectral channel data cubes at rates up to 130 cubes per second, enabling instantaneous, no-moving-parts imaging without motion artifacts. Operating in the 2–5 μm midwave infrared range, it provides detailed spectral resolution for precise material identification, chemical detection, and environmental analysis. Designed for demanding applications such as standoff detection, chemical defense, automated target recognition, and scientific research, the MWIR-20 is optimized for moving platforms and transient events where traditional scanning hyperspectral systems fail.
Specifications:
Snap-Shot Hyperspectral Imaging: Captures full hyperspectral data cubes in a single frame at video rates, enabling real-time analysis of dynamic and transient events without scanning delays or motion artifacts.
Patented No-Moving-Parts Architecture: Utilizes BD&E’s proprietary imaging approach to generate spatial-spectral data cubes instantly, improving reliability and eliminating mechanical scanning limitations.
Wide Range of Applications: Designed for standoff detection, material identification, biological and medical research, environmental monitoring, geologic mapping, chemical defense, and automated target recognition.
High-Performance Hyperspectral Output: Produces high-resolution data cubes with rapid acquisition rates suitable for fast-changing scenes, supporting advanced spectral analysis across midwave infrared imaging applications.
