- Type:
- Earth Observation
- Sensor Technology:
- CMOS
- Sensor Type:
- Line Scan (push broom)
- Resolution:
- 4096 pixel (Cross Track)
- Pixel Size:
- 5.5 µm
- Pixel Depth:
- 12-bit
- Number of Spectral Bands:
- Up to 32
- Line Rate:
- Up to 2200 Hz
- Ground Sampling Distance:
- 4.75 m (at 500km orbit)
- Swath Width:
- 19.4 km (at 500km orbit)
- Storage Capacity:
- 128 GB
- Mass:
- 1.1 Kg
- Dimensions:
- 98 x 98 x 176 mm
- Operating Temperature Range:
- -10C to 50C
- Radiation Tolerance:
- 15 krad
- Maximum Power Consumption:
- 7.0 W
- Typical Power Consumption:
- 2.7 W
- 4.75 m GSD (at 500 km orbit height)
- Swath width of 19.4 km (at 500 km orbit height)
- Simultaneously image up to 32 user selectable bands in the VNIR range
- Panchromatic plus over 1000 hyperspectral bands available
- Hyperspectral FWHM bandwidth of 4% or 3% of the central wavelength
- Hyperspectral OOB energy less than 0.5% of inband energy over the entire spectral range
- 128 Gigabyte non-volatile ECC storage capacity
- On-board image processing and compression
- Comprehensive onboard telemetry and health monitoring
- Latch-up current monitoring and optional on-board power switch with quick turn-off
- Inject AOCS/ADCS parameters and time information into data stream
- Option to integrate pulse per second signal
- For more technical details see Documents tab below
- Precision agriculture
- Forestry and land use
- Energy and infrastructure
- Coastal monitoring
- Air quality
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).
Features:
Applications:
Four standard filter options are available, as shown in the Table below. In all cases, the out-of-band transmittance of the filters are less than 0.01% (OD4). A panchromatic band is available only with filter option 4.
| Filter option | HyperSpectral λc Range |
HyperSpectral BandWidth |
HyperSpectral Resolution |
Panchromatic Band |
| Option 1 | 487 – 790 nm | 4% of λc | 0.4 nm | No |
| Option 2 | 502 – 801 nm | 4% of λc | 0.4 nm | No |
| Option 3 | 516 – 810 nm | 4% of λc | 0.4 nm | No |
| Option 4 | 442 – 884 nm | 3% of λc | 0.2 nm | Yes |
The signal-to-noise ratio with a selection of TDI stages for the different filter options is shown in the datasheet found in the Documents tab below, under section 3.2.
HyperScape100
Simera SenseThe 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).
Features:
- 4.75 m GSD (at 500 km orbit height)
- Swath width of 19.4 km (at 500 km orbit height)
- Simultaneously image up to 32 user selectable bands in the VNIR range
- Panchromatic plus over 1000 hyperspectral bands available
- Hyperspectral FWHM bandwidth of 4% or 3% of the central wavelength
- Hyperspectral OOB energy less than 0.5% of inband energy over the entire spectral range
- 128 Gigabyte non-volatile ECC storage capacity
- On-board image processing and compression
- Comprehensive onboard telemetry and health monitoring
- Latch-up current monitoring and optional on-board power switch with quick turn-off
- Inject AOCS/ADCS parameters and time information into data stream
- Option to integrate pulse per second signal
- For more technical details see Documents tab below
Applications:
- Precision agriculture
- Forestry and land use
- Energy and infrastructure
- Coastal monitoring
- Air quality
Four standard filter options are available, as shown in the Table below. In all cases, the out-of-band transmittance of the filters are less than 0.01% (OD4). A panchromatic band is available only with filter option 4.
| Filter option | HyperSpectral λc Range |
HyperSpectral BandWidth |
HyperSpectral Resolution |
Panchromatic Band |
| Option 1 | 487 – 790 nm | 4% of λc | 0.4 nm | No |
| Option 2 | 502 – 801 nm | 4% of λc | 0.4 nm | No |
| Option 3 | 516 – 810 nm | 4% of λc | 0.4 nm | No |
| Option 4 | 442 – 884 nm | 3% of λc | 0.2 nm | Yes |
The signal-to-noise ratio with a selection of TDI stages for the different filter options is shown in the datasheet found in the Documents tab below, under section 3.2.
- Type:
- Earth Observation
- Sensor Technology:
- CMOS
- Sensor Type:
- Line Scan (push broom)
- Resolution:
- 4096 pixel (Cross Track)
- Pixel Size:
- 5.5 µm
- Pixel Depth:
- 12-bit
- Number of Spectral Bands:
- Up to 32
- Line Rate:
- Up to 2200 Hz
- Ground Sampling Distance:
- 4.75 m (at 500km orbit)
- Swath Width:
- 19.4 km (at 500km orbit)
- Storage Capacity:
- 128 GB
- Mass:
- 1.1 Kg
- Dimensions:
- 98 x 98 x 176 mm
- Operating Temperature Range:
- -10C to 50C
- Radiation Tolerance:
- 15 krad
- Maximum Power Consumption:
- 7.0 W
- Typical Power Consumption:
- 2.7 W
- 4.75 m GSD (at 500 km orbit height)
- Swath width of 19.4 km (at 500 km orbit height)
- Simultaneously image up to 32 user selectable bands in the VNIR range
- Panchromatic plus over 1000 hyperspectral bands available
- Hyperspectral FWHM bandwidth of 4% or 3% of the central wavelength
- Hyperspectral OOB energy less than 0.5% of inband energy over the entire spectral range
- 128 Gigabyte non-volatile ECC storage capacity
- On-board image processing and compression
- Comprehensive onboard telemetry and health monitoring
- Latch-up current monitoring and optional on-board power switch with quick turn-off
- Inject AOCS/ADCS parameters and time information into data stream
- Option to integrate pulse per second signal
- For more technical details see Documents tab below
- Precision agriculture
- Forestry and land use
- Energy and infrastructure
- Coastal monitoring
- Air quality
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).
Features:
Applications:
Four standard filter options are available, as shown in the Table below. In all cases, the out-of-band transmittance of the filters are less than 0.01% (OD4). A panchromatic band is available only with filter option 4.
| Filter option | HyperSpectral λc Range |
HyperSpectral BandWidth |
HyperSpectral Resolution |
Panchromatic Band |
| Option 1 | 487 – 790 nm | 4% of λc | 0.4 nm | No |
| Option 2 | 502 – 801 nm | 4% of λc | 0.4 nm | No |
| Option 3 | 516 – 810 nm | 4% of λc | 0.4 nm | No |
| Option 4 | 442 – 884 nm | 3% of λc | 0.2 nm | Yes |
The signal-to-noise ratio with a selection of TDI stages for the different filter options is shown in the datasheet found in the Documents tab below, under section 3.2.