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Hyperspectral and Multispectral Imaging

Introduction to Hyperspectral and Multispectral Cameras

Hyperspectral Camera acquires a 2D image where every pixel in the image contains a continuous spectrum. A regular camera records three spectral channels in every pixel (red, green, and blue), while hyperspectral imagers record hundreds of spectral channels.

Hyperspectral and Multispectral Cameras are useful because different materials have unique reflectance spectra, as do different plant species. Hyperspectral images can thus be used to identify various constituents in an image. Hyperspectral and Multispectral Imaging is also used to detect shifts in reflectance spectra due to external influences, for example crop health effects due to drought and insect infestation.

Telops Multispectral Camera IR Combustion

Resonon's Pika L Airborne Hyperspectral Camera System

Focusing Resonon's hyperspectral benchtop imaging system

Calibrating Resonon's hyperspectral benchtop imaging system

Setting the Aspect Ratio on Resonon's hyperspectral benchtop imaging system

Scanning and Saving hyperspectral datacubes with Resonon's SpectrononPro software

Basic data analysis and hyperspectral classification using Resonon's SpectrononPro software

Hyperspectral Imaging Technology | Resonon



Time-Resolved Infrared Multispectral Imaging of Gases and Minerals

Application Notes, Papers

Thermal Infrared Multispectral Imaging of Minerals (2015)
Time-Resolved Multispectral Imaging of Combustion Reactions (2015)
Time-resolved Multispectral Imaging of Gases
Lenses Data Sheet R8
Resonon Fluorescence Dye
Resonon Hyperspectral Tutorial
Resonon Microbial Whitepaper
Resonon Weeds Whitepaper
SNR Discussion v4
2016 Coffee characterisation
Multispectral Imaging of Gases and Minerals


Resonon’s airborne systems are completely integrated turnkey solutions, with all hardware and software necessary to acquire georegistered hyperspectral data.


Resonon’s benchtop systems are completely integrated turnkey solutions ready for immediate use.


Resonon's tripod-mounted rotational scanning hyperspectral imaging systems are designed for outdoor field use.


The Hyper-Cam is a lightweight and compact hyperspectral imaging sensor which uses Fourier Transform Infrared (FT-IR) technology.


The Hyper-Cam Methane is a unique, high performance, thermal hyperspectral imaging camera designed for real-time detection and identification of methane (CH4) gas leaks and emissions.


The Hyper-Cam can be used as an advanced hyperspectral imaging solution for airborne infrared spectroscopy.


The CHAI EVS-1920 is a next-generation, science-grade hyperspectral imager based on the Enhanced MODIS Airborne Simulator developed by Brandywine Photonics.


The CHAI V-2048 is based on the newest FBX image sensor technology within a temperature stabilized environmental enclosure.


The CHAI S-640 is the first in our line of SWIR Dyson spectrometers developed for airborne, tripod, and drone use.


The OCI-UAV model is designed with light weight for UAV applications only.


The OCI™-1000-B150 hyperspectral camera is innovatively designed, combining high-performance with ultra compactness and simplicity in operation. It is ideal for use as a bench-top setup, on unmanned aerial vehicles/systems (UAV/UAS), or remotely operated vehicles (ROV).


Low-cost multi-spectral OCI™-Series imager covering 400-1000 nm for easy airborne vegetation NDVI measurement, or up to 8 customized wavelength bands for practical and versatile multi-spectral imaging.


The MS-IR multispectral infrared cameras allow to split the scene radiance into eight spectral bands rather than only one broadband image hereby allowing spectral analysis.


AIRPHEN is a scientific grade multispectral camera developed by agronomists for agricultural applications.

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