SCI-VN100G Visible-Near-Infrared Single-Exposure Hyperspectral Camera
The SCI-VN100G visible/near-infrared single-exposure hyperspectral camera uses encoding and dispersive optical elements for compressed hyperspectral acquisition. Proprietary AI algorithms reconstruct images accurately. It overcomes the slow acquisition and difficult operation of traditional cameras requiring external or internal push-broom mechanisms, enabling rapid millisecond-scale single-exposure spectral imaging.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Imaging Method | Dispersive Snapshot Type |
| Spectral Range [Customization Within 400-700 nm Supported] | 400-1000 nm (400-700 nm Customization Supported) |
| Number of Spectral Bands | ≥ 100 |
| Spectral Resolution | Up to 3 nm |
| Image Resolution | 1024×1024 |
| Imaging Speed [@1024×1024; Equivalent to Traditional Pushbroom 25×1024 fps] | Snapshot Acquisition 25fps@1024×1024 (Equivalent to Traditional Pushbroom 25×1024 fps) |
| Pixel size | 3.45um |
| Lens focal length | 8 mm, 7 mm Lenses Optional |
| Field of View | 35° (8 mm Lens), 40° (7 mm Lens) |
| Detector | CMOS |
| Data Interface | Type-C |
| Operating Voltage [Type-C Power Supply] | 5 V, Type-C Power Supply |
| Power Dissipation | < 5 W |
| Dimensions [Length × Width × Height] | 214×80×53 mm (Length × Width × Height) |
| Weight | 950 g |
| Companion Software | Xihu Caiying (Provides Data Acquisition, Reconstruction Analysis and Other Functions) |
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