1280 Spatial Pixel InGaAs SWIR Camera with 1024 Spectral Bands and 6.5nm Spectral Resolution for Hyperspectral Imaging
DJI Matrice 350 Drone SWIR 900-1700nm Hyperspectral Camera featuring 1024 spectral channels and 1280 spatial channels, with spectral resolution better than 6.5nm. This advanced system combines high diffraction efficiency holographic transmission grating spectral technology with a high-sensitivity InGaAs focal plane array camera, auxiliary camera technology, achromatic lens, and ultra-lightweight body materials.
The camera detects continuous spectral distribution for each pixel, meeting demanding applications including camouflage and anti-camouflage detection, ground object and geological mineral exploration, water pollution (oil spill) monitoring, modern precision agriculture, forestry, and other ecological environmental monitoring.
- Spectral Method: Transmission Grating Spectral
- Spectral Range: 900-1700nm
- Spectral Bands: 1024
- Spectral Resolution: 6.5nm
- Spatial Pixel Count: 1280
- Imaging Speed: Full Spectrum: 70Hz, Maximum: 1800Hz
- Detector: InGaAs
- ROI: Multiple regions supported
- Operation: Easy operation, single-person operation possible
- Memory: 8GB RAM, 512GB/1TB SSD
- Water Pollution (Oil Spill) Monitoring: Detects oil and gas presence by identifying specific spectral wavelengths. Different types of oil and gas have distinct reflection and absorption characteristics, enabling accurate location and quantification of leak events.
- Camouflage Identification of Targets: Provides comprehensive battlefield intelligence by observing targets from space, time, and spectrum dimensions. Spectral feature curves help reverse-engineer target composition and distinguish background from target based on material spectral properties.
- Geological Mineral Exploration: Uses hyperspectral imaging technology to detect and identify minerals beyond the visible light spectrum. Spectral analysis determines chemical composition and mineral composition of ore.
| Specification | Value |
|---|---|
| Spectral Method | Transmission Grating Spectral |
| Spectral Range | 900-1700nm |
| Spectral Bands | 1024 |
| Spectral Resolution (FWHM) | 6.5nm |
| Slit Width | S25um |
| Spectral Efficiency | >60% |
| Stray Light | <0.5% |
| Spatial Pixel | 1280 |
| Pixel Size | 5um |
| Imaging Speed | Full Spectrum: 70Hz, Maximum: 1800Hz |
| Detector | InGaAs |
| SNR (Peak) | 600/1 |
| Camera Output Interface | USB 3.0 |
| Camera Lens Interface | C-Mount |
| ROI (Region of Interest) | Multiple Regions Supported |
| Built-in Processing Unit | Windows OS, 8GB RAM, 512GB SSD, Integrated Camera and Processing Unit (Optional 1TB) |
| Cooling Method | Internal Air Cooling |
| Operation Mode | Easy Operation, No Professional Drone Pilot Needed, Single Person Operation |
| Observation Mode | Real-time observation of drone sampling locations, hyperspectral images, and spectral data via the ground station |
| Calibration Method | Radiometric calibration, reflectance calibration, region calibration, and batch processing support |
| Data Format | Compatible with spe, hdr, and scp formats |
| Camera Dimensions (L×W×H) | <135*82*100mm (Including Lens and Built-in Embedded Data Acquisition Processing Unit, Excluding Gimbal) |
| Camera Dimensions (with Gimbal) (L×W×H) | <190*129*100mm (Including Lens and Built-in Embedded Data Acquisition Processing Unit, Including Gimbal) |
| Camera Weight | <740g (Including Lens and Built-in Embedded Data Acquisition Processing Unit, Excluding Gimbal) |
| Camera Weight (with Gimbal) | <1085g (Including Lens and Built-in Embedded Data Acquisition Processing Unit, Including Gimbal) |
| Accessories | Reflectance Calibration Plate |
| Lens Focal Length | 25mm |
| Lens Field of View | >25° |
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