1280 Spatial Pixel InGaAs SWIR Camera with 1024 Spectral Bands and 6.5nm Spectral Resolution for Hyperspectral Imaging
1280 InGaAs SWIR Camera
,InGaAs SWIR Camera 900nm
,1700nm Hyperspectral Imaging Camera
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° |