Key features
The HyperScape50 brings power to global hyperspectral imaging. It is ideal to capture the spectral content of every spot on the planet.
30 m
120 km
32-Bands
FROM 400 BANDS
1U
460–860
8 dTDI
STAGES PER BAND
Technical specifications
Detailed technical specifications for the HyperScape100 imaging system.
Focal length
93.9 mm
Aperture
11.75 mm
Full field of view
13.68° (across-track)
Configuration
Pushbroom
Sensor technology
CMOS global shutter
Resolution
4096 pixels
Pixel size
5.5 µm
Pixel depth
12 bit
Spectral filter
- 1 Panchromatic Band (500 nm to 750 nm)
- 8 Band VNIR (460 nm to 860 nm)
FWHM bandwidth
Digital TDI capabilities
1 to 8 stages, set individually per band
Image reduction
- Binning of RAW data
- CCSDS 122.0-B-2 Lossy/Lossless (optional)
Image preview
Thumbnailing
Control interface options
- I²C
- SPI
- RS-422
- SpaceWire (ECSS-E-ST-50-12C)
Data interface options
- LVDS
- SpaceWire (ECSS-E-ST-50-12C)
Power supply
5VDC (±5%), 1.8A
Power consumption
- 900 mA, 4.50 W – Idle Mode
- 1 100 mA, 7.75 W – Imaging Mode
Volume
120.5 mm x 95.88 mm x 90.17 mm
Mass
0.51 (±5%) kg
Operating temperature
-10°C to +50°C
Radiation
Fully functional to 15 kRad
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The MultiScape50 allows you to capture more of the Earth in more bands in less time. If you want to see change early, look nowhere else.
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With the TriScape50, capturing change on Earth becomes effortless. This imager unlocks real-time HD video capabilities.
