Electro Optical Components, Inc. Lighter Weight VIS-NIR Imaging Spectrometer EOC-SI-9010

Description
EOC-SI-9000, 9010, 9020 are a compact, lightweight, and miniature hyperspectral imager, and it's especially applied to drones. EOC-SI-9000 employs high spatial resolution, spectral resolution, wide imaging range etc. EOC-SI-9000 consist of two parts, one part is imaging camera lens, the other part is hyperspectral imaging. In particular, hyperspectral imager employs convex grating technology and good aberration characteristics. EOC-SI-9000,9010,902 0 employs 1920X1080 pixels high-performance imaging components. With crisp imaging, few image noise, integrated unique image compression algorithms, resulting in drone endurance has been greatly improved up to 3 hours. Hyper-Spectral Imager are used to detect real time geological spectrum data such as plant, water, creatures, soil etc. They receive spectral imaging to make analysis, and build up relationship with physical and chemical properties of plants, then data collected are applied to research plant classification, growth etc. The whole system has compact design, and it employs high resolution, external push broom imaging, setup independent detection system separately in combination with outdoor rotation platform and indoor linear scanning platform and mounted in the drone to operate flight remote
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Description
EOC-SI-9000, 9010, 9020 are a compact, lightweight, and miniature hyperspectral imager, and it's especially applied to drones. EOC-SI-9000 employs high spatial resolution, spectral resolution, wide imaging range etc. EOC-SI-9000 consist of two parts, one part is imaging camera lens, the other part is hyperspectral imaging. In particular, hyperspectral imager employs convex grating technology and good aberration characteristics. EOC-SI-9000,9010,902 0 employs 1920X1080 pixels high-performance imaging components. With crisp imaging, few image noise, integrated unique image compression algorithms, resulting in drone endurance has been greatly improved up to 3 hours. Hyper-Spectral Imager are used to detect real time geological spectrum data such as plant, water, creatures, soil etc. They receive spectral imaging to make analysis, and build up relationship with physical and chemical properties of plants, then data collected are applied to research plant classification, growth etc. The whole system has compact design, and it employs high resolution, external push broom imaging, setup independent detection system separately in combination with outdoor rotation platform and indoor linear scanning platform and mounted in the drone to operate flight remote
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Datasheet
Datasheet Summary
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The EOC-SI-9010 is a lightweight VIS-NIR imaging spectrometer designed for drone applications, featuring a spectral range of 400-1000 nm and a spectral resolution of less than 2.8 nm. It operates with a spatial resolution of 0.7 mrad at a 300 m flying height and supports 400 spatial channels and 270 spectral channels, providing a dynamic range of 12 bits and a frame rate of 120 Hz. This system integrates a hyperspectral camera with a VIS camera and utilizes RTK technology for centimeter-level GPS positioning accuracy. It is equipped with a self-designed double-axis cloud platform for stable control and can be remotely operated via Bluetooth from a laptop or tablet. The EOC-SI-9010 is suitable for various applications, including agricultural monitoring, forestry analysis, water quality assessment, soil pollution detection, and mineral mapping. The UAV has a maximum flying height of 500 m and a life span of over 15 minutes, making it effective for large area data collection. The system also allows for customized development options, enhancing its adaptability for specific project needs.

Datasheet Summary
Powered by GS/AI

The EOC-SI-9010 is a lightweight VIS-NIR imaging spectrometer designed for drone applications, featuring a spectral range of 400-1000 nm and a spectral resolution of less than 2.8 nm. It operates with a spatial resolution of 0.7 mrad at a 300 m flying height and supports 400 spatial channels and 270 spectral channels, providing a dynamic range of 12 bits and a frame rate of 120 Hz. This system integrates a hyperspectral camera with a VIS camera and utilizes RTK technology for centimeter-level GPS positioning accuracy. It is equipped with a self-designed double-axis cloud platform for stable control and can be remotely operated via Bluetooth from a laptop or tablet. The EOC-SI-9010 is suitable for various applications, including agricultural monitoring, forestry analysis, water quality assessment, soil pollution detection, and mineral mapping. The UAV has a maximum flying height of 500 m and a life span of over 15 minutes, making it effective for large area data collection. The system also allows for customized development options, enhancing its adaptability for specific project needs.

Suppliers

Company
Product
Description
Supplier Links
Lighter Weight VIS-NIR Imaging Spectrometer - EOC-SI-9010 - Electro Optical Components, Inc.
Santa Rosa, CA, USA
Lighter Weight VIS-NIR Imaging Spectrometer
EOC-SI-9010
Lighter Weight VIS-NIR Imaging Spectrometer EOC-SI-9010
EOC-SI-9000, 9010, 9020 are a compact, lightweight, and miniature hyperspectral imager, and it's especially applied to drones. EOC-SI-9000 employs high spatial resolution, spectral resolution, wide imaging range etc. EOC-SI-9000 consist of two parts, one part is imaging camera lens, the other part is hyperspectral imaging. In particular, hyperspectral imager employs convex grating technology and good aberration characteristics. EOC-SI-9000,9010,902 0 employs 1920X1080 pixels high-performance imaging components. With crisp imaging, few image noise, integrated unique image compression algorithms, resulting in drone endurance has been greatly improved up to 3 hours. Hyper-Spectral Imager are used to detect real time geological spectrum data such as plant, water, creatures, soil etc. They receive spectral imaging to make analysis, and build up relationship with physical and chemical properties of plants, then data collected are applied to research plant classification, growth etc. The whole system has compact design, and it employs high resolution, external push broom imaging, setup independent detection system separately in combination with outdoor rotation platform and indoor linear scanning platform and mounted in the drone to operate flight remote

EOC-SI-9000, 9010, 9020 are a compact, lightweight, and miniature hyperspectral imager, and it's especially applied to drones. EOC-SI-9000 employs high spatial resolution, spectral resolution, wide imaging range etc. EOC-SI-9000 consist of two parts, one part is imaging camera lens, the other part is hyperspectral imaging. In particular, hyperspectral imager employs convex grating technology and good aberration characteristics.

EOC-SI-9000,9010,9020 employs 1920X1080 pixels high-performance imaging components. With crisp imaging, few image noise, integrated unique image compression algorithms, resulting in drone endurance has been greatly improved up to 3 hours.

Hyper-Spectral Imager are used to detect real time geological spectrum data such as plant, water, creatures, soil etc. They receive spectral imaging to make analysis, and build up relationship with physical and chemical properties of plants, then data collected are applied to research plant classification, growth etc. The whole system has compact design, and it employs high resolution, external push broom imaging, setup independent detection system separately in combination with outdoor rotation platform and indoor linear scanning platform and mounted in the drone to operate flight remote

Supplier's Site Datasheet

Technical Specifications

  Electro Optical Components, Inc.
Product Category UV and Visible Spectrometers
Product Number EOC-SI-9010
Product Name Lighter Weight VIS-NIR Imaging Spectrometer
Light Source Other; Halogen Lamp
Detector Type Charge Coupled Device
Wavelength Range 350 to 1100 nm (3500 to 11000 Å)
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