SWIR-60 Hyperspectral Imager

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SWIR-60 is a shortwave infrared (SWIR) hyperspectral imager operating in the 1–1.7 µm band that captures full spectral data cubes at video rates for real-time material identification in dynamic environments.

Built on BD&E’s patented HyperPixel Array™ snapshot technology, SWIR-60 produces 41 × 33 spatial by 60 spectral bin data cubes at 31.6 cubes per second with no moving parts, eliminating scan time and motion artifacts for reliable performance in standoff detection, environmental monitoring, geologic mapping, and other field-deployed applications.

SWIR-60 Technical Specifications
Data Cube
41 × 33 × 60
Data Rate
31.6 cubes/sec
Spectral Band
1 – 1.7 µm (SWIR)
Spectral Resolution
60 bins (~30 nm)
F-Number
2.96
Field of View
18.3° × 14.7°
Dimensions
10” H × 17” L × 3.43” W
Weight
15 lbs
Power
3.6 W (camera)
Interface
CameraLink
Fore-Optic Mount
M42 × 1
Imaging Mode
Snapshot hyperspectral (no scanning)
Technology
HyperPixel Array (HPA™)
Motion Artifacts
Eliminated (no moving parts)
Frame Mode
Single-frame data cube capture
Video Capability
Real-time hyperspectral video
Platform Use
Ideal for moving platforms & transient events
Applications
Standoff detection, material ID, chemical defense, environmental monitoring, geologic mapping, medical imaging, ATR

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.

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