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ATH1500

Product catalog summary

Product Overview:
The VNIR Hyperspectral Camera ATH1500 by Optosky Technologies is a compact and lightweight imaging device designed for diverse applications, operating within a spectral range of 400-1000nm. It features high spatial and spectral resolution, suitable for airborne use, and utilizes high-performance CCD imaging components for clear, low-noise imaging.

Key Specifications:

Spectral Range: 400-1000nm
Max Spatial Channels: 2048
Max Spectral Channels: 1088
Field of View (FOV): 15.2°@f=35mm
Max Frame Rate: 240 fps
Dimensions: 132mm x 66mm x 65mm
Weight: <480g
Operating Temperature: -20 to 50°C

Applications:

Geological Survey and Mineral Mapping
Agriculture Monitoring: Crop growth and yield assessment
Environmental Monitoring: Water quality and soil analysis
Industrial Sorting: Fruit and material sorting
Military and Defense: Surveillance and reconnaissance

Performance and Imaging Quality:
The ATH1500 offers superior imaging performance with high temperature stability, ensuring excellent stability and sensitivity for VNIR chemical imaging applications. It is compatible with ENVI data formats and does not require mechanical scanning, enhancing reliability.

Model Variants:

ATH1500: 400-1000nm VIS-NIR Hyperspectral Camera
ATH1500-17: 1.0~1.7μm SWIR Hyperspectral Camera
ATH1500-25: 1.2~2.5μm SWIR Hyperspectral Camera
ATH1500-50: 2.5~5.0μm MWIR Hyperspectral Camera
ATH1500-12-50: 1.2~5.0μm SWIR Hyperspectral Camera
ATH1500-04-17: 0.4~1.7μm VIS-NIR Hyperspectral Camera

Industrial and Agricultural Applications:
The camera is used in industrial applications such as sorting and quality inspection, leveraging hyperspectral imaging for precise detection and analysis. In agriculture, it aids in monitoring crop health, pest control, and soil moisture content, providing valuable data for precision farming.

Geological and Environmental Applications:
Hyperspectral remote sensing technology is utilized for geological mapping and mineral exploration, offering detailed analysis of surface rock mineral composition. It also plays a crucial role in environmental monitoring, assessing vegetation health and water quality.

Infrared Region and Mineral Detection:
Short-wave infrared wavelengths (1000-2500nm) are used for detecting minerals containing water or OH- groups, such as layered silicates and clays, due to their proximity to the cofrequency and combined frequency of chemical bond vibrations in mineral lattices.

Soil Salinization Monitoring:
Remote sensing technology is highlighted as a valuable tool for monitoring soil salinization, particularly in arid and semi-arid regions, offering large-scale, timely, and economical monitoring capabilities.

Public Safety Applications:
Applications in public safety include the detection of illegal poppy cultivation and document inspection, utilizing hyperspectral imaging technology.

Medical Microscopic Imaging:
Hyperspectral imaging is applied in medical settings for tumor surgery, providing real-time detection and navigation. The system involves a microscope lens group that splits the view for the surgeon, assistant, and imaging spectrometer, which collects and processes spectral data for display.

Airborne Hyperspectral Imaging System:
This section describes the use of airborne hyperspectral imaging for remote sensing, including components like SpecVIEW-VIS, a stable platform, and POS modules. Data collected is processed for geometric correction and radiation correction, providing valuable insights into geological features.

Water Quality and Environmental Protection:
Hyperspectral data is used to monitor water quality, focusing on phosphorus concentration in Taihu Lake, with data on spatial distribution and monthly variations. It also discusses the distribution of dissolved oxygen and chlorophyll in Zhelin Bay.

Catalog excerpts

VNIR Hyperspectral Camera Feature： ATH1500 is newly designed optimized VNIR imager camera, the breakthrough compact size, light weight, working wavelength range 400-1000nm, especially fit to airborne. Besides size and weight advantages, it employs high spatial  Superior imaging performance resolution, and spectral resolution, wide imaging range.  Data format is compatible with ENVI; hyperspectral imager. ATH1500 employs 2048*1088pixels high performance  No mechanical scanning, high reliability; CCD imaging components, clear imaging, low noise and good  Geological Survey Minerals;  Agriculture Monitoring: Crops growth condition and yield assessment ATH1500 depends on perfect optical system design with high temperature stability, it provides excellent stability and sensitivity required by VNIR chemical imaging application  Forest pesticides and fire prevention monitoring； industries. It can satisfy strict requirements in the lab, field,  Coastline and ocean monitoring； industrial application , and it can ensure good quality of the pharmaceutical drugs, food safety and agriculture analysis.  Lake and watershed monitoring；  Remote sensing teaching and research ；  Industrial sorting；  Ecological environment protection in mining areas；  Water quality and soil monitoring；  Agriculture & Livestock Products Quality Monitoring  Military, Defense & Homeland Safety；  Geological Disaster Prevention  ； Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor

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Datasheet 1. Performance Parameter ITEM Spectral Range Spectral Resolution High Sensitivity VNIR detector Detector Interface Detector Power Supply Working Temp. Storage Temp. Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-6

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Datasheet 2. ATH1500 Images Quality Fig 1 ATH1500 scan hyperspectral database Fig 2 ATH1500 scan the 493nm band image Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-6102588

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Fig 3 ATH1500 scan the 653nm band image 3. ATH1500 Hyperspectral Camera Series ATH1500 Models a, Agriculture & Forestry: precision farming, pests and diseases, Hyperspectral Camera vegetation analysis, planting area evaluation, crop yield evaluation, b, Environmental Industry: water quality analysis, oil pollution monitoring c, Industrial sorting: fruit sorting, d, Archaeology: artwork scanning, cultural relic identification, pattern scanning Hyperspectral Camera a, Semiconductor,Industrial sorting, food sorting, construction waste sorting, meat sorting, plastic sorting c, Geological survey,...

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Datasheet national defense and military industry, camouflage investigation gas analysis, VOCs inspection water temperature detection ATH1500-12-50 Hyperspectral Camera Geological survey national defense and military industry, camouflage investigation gas analysis, VOCs inspection, water temperature detection, land cover type identification, mineral sorting Hyperspectral Camera Precision agriculture, agricultural and forestry pests and diseases, vegetation analysis, planting area evaluation, crop yield evaluation, water quality analysis, oil pollution detection artwork scanning, cultural relic...

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Figure 4 Outdoor experiment sceneⅠ Figure 5 Outdoor experiment sceneⅡ Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-61025

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Figure 6 Outdoor experiment scene Ⅲ Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-6102588

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Figure 7 Outdoor experiment scene Ⅳ Figure 8 Outdoor experiment sceneⅤ Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-61025

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Datasheet 4.1 Industrial Sorting Application With the development of NIR hyperspectral technology, such as Jiang tried to use near-infrared hyperspectral technology to detect impurities in cotton, especially the application of SWIR hyperspectral technology, which significantly improved the detection rate of plastic films compared with conventional methods. Hyperspectral imaging technology is based on a very large number of narrow-band image data technology, which can obtain image information and spectral information of the sample while imaging the sample. Commonly used hyperspectral data processing...

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methods for common defects on the surface. The detection system and algorithm developed on the basis of the above research laid the foundation for my country's research and development of rapid online inspection and grading equipment for Apple's external quality based on machine vision technology and multi-spectral machine vision technology. Figure 11 Schematic diagram and physical diagram developed by Dr. Zhang Baohua of Shanghai Jiaotong University; (a) Schematic diagram; (b) Physical diagram Figure 12: Flow chart of early damage detection algorithm for apple surface Product data information...

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Figure 13 Recognition results of early decay of some apples and intermediate processing (a) rot segmentation results (b) final results Figure 14 Corn seed sorting application (Dr. Chaopeng Wang, Northwest A&F University) Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-6102588

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ATH1500

ATH1500

Catalog excerpts

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