Complete hyperspectral imaging system
Specim IQ is a complete, portable, handheld hyperspectral camera that integrates features such as hyperspectral data acquisition, analysis and processing, and result visualization. All required components are integrated into a compact and lightweight body, with IP level protection and fully automatic operation. The system comes with a rechargeable battery and a replaceable standard storage card.
Use built-in GPS to record measurement location information; Connect to the computer via USB to transfer data, install programs, or adjust camera parameters; Or use an SD card to transfer data.
Easy to use features
Widely applicable fields
In addition to the above-mentioned application areas, the EcoDrone unmanned aerial vehicle remote sensing system can also be combined with onboard multispectral, hyperspectral, infrared thermal imaging, and ground remote sensing equipment for multi-source information fusion analysis, thereby elevating research in related fields to a multi-scale and all-round level.
Technical Parameter
Spectral camera |
VNIR 400-1000nm(CMOS) |
Viewfinder camera |
5M |
User interface software |
Specim comes with |
storage |
32GB SD card |
data format |
ENVI compatible Specim dataset |
battery |
5200mAh Li Ion (26650 type) |
run time |
Single SD card and battery can perform 100 measurements |
Display&buttons |
4.3-inch touch screen+13 physical buttons |
Camera Interface |
USB Type-C |
size |
207 × 91 × 74mm (lens 125.5mm) |
weight |
1.3Kg |
Aperture value |
F/1.7 |
Band range |
400-1000nm |
Spectral resolution FWHM |
7nm |
Spatial sampling rate |
512 pixels |
Spectral band |
204 (optional Bin 2x and Bin 3x) |
image resolution |
512 × 512 pixels |
psnr |
>400:1 |
object distance |
150mm - infinity |
FOV |
31°×31° |
Field of view @ 1m distance |
0.55×0.55m |
operation temperature |
﹢0℃Up to+40℃ |
Working humidity |
95% non condensing |
Appendix: Representative Papers
《Specim IQ: Evaluation of a New, Miniaturized Handheld Hyperspectral Camera and Its Application for Plant Phenotyping and Disease Detection》
Phenotypic analysis of wild Arabidopsis thaliana (Col-0) and NPQ mutants (npq1 and npq4) under non stress adaptation (NSA) and stress adaptation (SA) environments