Real-time, military-grade, MWIR hyperspectral imaging system

Comprising a very high-speed, high-sensitivity MWIR array and imaging spectrometer, the SOC-750 is ideal for dynamic scene applications. The SOC-750 can acquire and process spectral imagery at a rate of 11 cubes (256 x 240 pixels x 42 bands) per second at 14-bit resolution. Lower spatial resolution cubes can be acquired at higher speeds. Covering the 2-5 μm spectral range, the SOC-750 is offered in two configurations, using a different focal plane and tradeoffs in spectral resolution, spatial resolution, temporal resolution, sensitivity, and maximum viewable radiance.

Datasheet

Real-Time

11 datacubes per second

MWIR

2.0 to 5.0 micron region

Expert Support

Training and support by hyperspectral product engineers

Open Data Format

Compatible with third-party spectral analysis software

High Resolution

Option for 512 x 512 spatial pixels and 64 spectral bands

Microscope Attachment

Features as small as 10 μm

Applications

Gas leak detection and monitoring

Chemical identification and quantification

Target discrimination

High Spectral Resolution

Real-time applications such as machine vision, biological screening, and chemical leak detection require immediate feedback. The SOC750’s unique processor performs on-the-fly hyperspectral processing at supercomputer speeds, overcoming the processing bottleneck inherent in most hyperspectral processing systems. With multiple matched filters examining incoming data and three spectral integrators, the SOC750 processor supports many common processing challenges.

Spectral Range	2.0 to 5.0 micron range
Spectral Bands
Spectral Resolution
Dynamic Range
Super Frame Rate
Frame Size
Focal Length
Computer Interface
Export Control