FAQ_HYPERSPECTAL IMAGER FAQ
author: Admin
2022-08-22
HYPERSPECTAL IMAGER FAQ
A: a, The imaging camera is a huge database cube.

b, The database cube consists of spatial X,spatial Y and spectral λ dimensions.

c, Any point in the spatial dimension of the database cube can extract a complete spectral curve.

Q4: What is the Hyperspectral Imaging?
A: Hyperspectral imaging combines spectroscopy and photography of cubic image database at hundreds of wavelength bands.
Q3: What is the difference of hyperspectral & multispectral imager?
A: In general, hyperspectral imager includes contiguous spectrum of hundreds of wavelength bands.
multi-spectral imager < 3-30 wavelength bands
hyperspectral imager > 30 wavelength bands

Q2: What is hyperspectral imager developing trend ?
A: Hyperspectral imager origins from white & black color , colors (RGB) , multi-spectral imager ,

Q1: What is hyperspectral imaging software processing capabilities?
A: The huge hyperspectral imaging has a vast cubic database , which requires to process qualitative & quantitative analysis modeling, 3D image shows vivid information.
In the future, the timing and positioning of hyperspectral imager together with qualitative & quantitative mature database process capabilities to applied to a wide application.

Nitrogen detection in cotton leaves based on hyperspectral
Using ATHL9010 to estimate above-ground carbon stocks at the single-tree scale in subtropical forests
Related Article

Discover Optosky’s air–ground collaborative hyperspectral solution for mine ecological restoration monitoring. Combining UAV hyperspectral imaging, fixed-point rotating-scan systems, and field spectroradiometers, it supports vegetation, soil, mineral alteration, and water environment monitoring for green mine evaluation and restoration acceptance.
Applications | Hyperspectral Mine Restoration Monitoring

Compare single InGaAs and CMOS+InGaAs detector architectures in hyperspectral imaging. Learn why both can cover 400–1700 nm, how visible-light-extended InGaAs works, and the trade-offs in calibration, spectral registration, and system integration for applications in agriculture, food safety, and industrial inspection.
Technology | Single InGaAs vs. CMOS+InGaAs in Hyperspectral Imaging

Discover how hyperspectral imaging combined with multi-feature fusion (PCA + 2DCOS + CARS) enables non-destructive three-level grading of chili pepper sunburn with 97.2% accuracy. Learn about the ATH3000 system and Optosky's customized solutions for horticultural crop quality inspection and damage classification.
Can Sunburned Chili Peppers Be Non-Destructively Graded? Hyperspectral Imaging ATH3000 Offers a New Answer

Discover the Optosky ATH9600 multi-lens UAV-borne multispectral imaging system—featuring 67° ultra-wide FOV, synchronous snapshot, 3.75 μm large pixel, and native DJI X-Port integration. Ideal for large-area farmland monitoring, orchard management, pest early warning, water quality inversion, and complex crop classification. Born for efficient, all-weather low-altitude remote sensing.
Born for Large-Area Remote Sensing! Optosky Releases the ATH9600 Multi-Lens UAV-Borne Multispectral Imaging System