The HyperScape100 is pushing boundaries with an unprecedented leap in optical payload technology. Covering the visible and near-IR spectral range in 32 bands at a bandwidth of 4% of the central wavelength at below 5 m GSD.

Seeing spectral detail in every pixel.

The HyperScape100 is engineered to bring hyperspectral capabilities to nanosatellites. This imager is based on a 12.6-megapixel image sensor and a continuous variable filter in the visible and near-infrared (VNIR) spectral range. The Hyperscape100 provides continuous line-scan imaging in up to 32 bands, each with digital time delay integration (TDI).

4.75 m GSD

at 500 km orbit height

19.4 km swath

at 500 km orbit height

32 bands

in the VNIR spectrum

20 nm to 32 nm

spectral bandwidth

500 – 800 nm

spectral range

4096 pixels

in the cross track

Download the HyperScape100 datasheet here:

HyperScape100 Product Specifications

Focal Length 580 mm ±1 mm
Aperture Diameter 95 mm
Full Field of View 2.22° (across track)
Configuration Line-scan (Push broom)
Sensor Technology CMOS
Effective Pixels 4096 pixels
Pixel Size 5.5 μm
Pixel Depth 10-bit
Spectral Bands Up to 32 bands
Digital TDI Stages Up to 32 per band (user assigned)
Line Rate Up to 2600 Hz (1)
Spectral Range 487 nm – 790 nm (Filter option 1) 502 nm – 801 nm (Filter option 2) 516 nm – 810 nm (Filter option 3)
Spectral Bandwidth (FWHM) ± 4% of the central wavelength
Transmittance 51% (at 550 nm) (2)
Storage Capacity 128 Gigabyte NAND Flash
Continuous Strip Length Up to 800 km
Image Processing Binning Thumbnails
Image Compression CCSDS 122.0 Lossy and Lossless (Optional)
Control Interface I2C or SPI CAN 2.0-B, RS-422 (Optional)
Data Interface LVDS SpaceWire (Optional)
Power Supply 5 V DC
Power Consumption < 6W (During imaging mode)
Mass 1.2 kg
Dimensions 98 x 98 x 176 mm
Operating Temperature -10°C to +50°C
Radiation (TID) > 15 krad

(1) Dependant on the orbital height.

(2) Including the filter.

(3) At 500 km orbit height.

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