+44 (0)24 7671 8970
More publications     •     Advertise with us     •     Contact us
 
News Article

New type of SWIR InGaAs multi-spectral camera revealed

FluxData's new camera incorporates three indium gallium arsenide sensors to simultaneously capture sub-pixel aligned video through a single aperture lens

FluxData is touting what it says is the first commercially available common aperture three sensor multispectral SWIR camera.

The FluxData FD-3SWIR camera offers three InGaAs sensors fitted with customer specified optical filters to simultaneously capture sub-pixel aligned video through a single aperture lens.



FluxData FD-3SWIR SWIR Multispectral Camera

FluxData has chosen Goodrich's Sensors Unlimited as a partner in this product. The Goodrich SUI C-Platform camera features 640 x 512 pixel resolution with a 15µm pitch. The Camera Link digital output offers plug-and play connectivity, 12-bit imagery for viewing, digital processing and/or transmission. The uncooled SWIR detector images in real-time video (30Hz).

It operates without temperature stabilisation using non-uniformity corrections (NUC) parameterised over temperatures. It also provides on-board automatic gain control (AGC). Goodrich's SWIR C-platform model operates from 0.9 to 1.7 µm spectral range; the optional near infra-red (NIR) camera model extends the spectral response to include the range from 0.7 to 1.7 µm. The camera operates in a wide temperature range from -350 C to +710 C. The FD-3SWIR has a total power consumption of 4.5W.

The flexibility of FluxData's multi-sensor system along with the small size of the C-platform allows for a multitude of new spectral and polarimetric configurations for various applications, con-ops and payloads.

 

Examples include:

3xSWIR (FD-3SWIR): Single lens, simultaneous synchronized video capture of any three discrete spectral wavelength bands between 700-1700nm using three InGaAs sensors.

Visible+NIR+SWIR (FD-VNS): Single lens, simultaneous synchronized video capture of mono or RGB Visible (400-700nm), Near Infrared (700-1000nm) and Short Wave Infrared (900-1700nm) using two CCDs and one InGaAs sensor.

Visible+2xSWIR (FD-V2SWIR): Single lens, simultaneous synchronized video capture of mono or RGB Visible, and any two SWIR wavelengths (700-1700nm).

Polar-SWIR (FD-PolSWIR): Single lens, simultaneous synchronized video at 0/45/90 or 0/60/120 degree linear polarization configurations.

Custom: Any combination of CCD or InGaAs sensors, with any spectral wavelength filter or linear polariser.

 

Pano Spiliotis, CEO of FluxData, states, "We are extremely excited about the release of the FD-3 SWIR, three sensor InGaAs camera system. For the first time users will be able to capture parallax free synchronized video at three discrete wavelength ranges from 700-1700nm. The small size, weight and power (SWaP) will provide for smaller payloads that combine multiple detection modalities into a single system and allow real-time image fusion with minimal processing, ideal for many ISR and DoD applications."

"Goodrich's industry-leading SWIR cameras continue to advance the capability and set the standard for performance and SWaP. Goodrich's new uncooled C-Platform cameras offer breakthrough form factor and power levels that enable con-ops which, until now, were unachievable," adds John Trezza, Vice President of Goodrich's ISR Systems, Force Protection Business.

FluxData will work with customers to design a purpose-built configuration that meets their specific requirements. Standard configuration systems can be made to order for delivery in 4-6 weeks.
×
Search the news archive

To close this popup you can press escape or click the close icon.
×
Logo
×
Register - Step 1

You may choose to subscribe to the Compound Semiconductor Magazine, the Compound Semiconductor Newsletter, or both. You may also request additional information if required, before submitting your application.


Please subscribe me to:

 

You chose the industry type of "Other"

Please enter the industry that you work in:
Please enter the industry that you work in: