OCI-M Multispectral camera
The OCI™-M (OCI is a phonetic spelling of "All Seeing Eye") camera is an 8-band push-broom multispectral camera with SuperSpeed USB 3.0 interface. It features ultra-compactness (8 cm x 6 cm x 6 cm) and light weight (~ 180 g) with high spatial resolution.
BaySpec
San Jose, US
Description
The OCI™-M (OCI is a phonetic spelling of "All Seeing Eye") camera is an 8-band push-broom multispectral camera with SuperSpeed USB 3.0 interface. It features ultra-compactness (8 cm x 6 cm x 6 cm) and light weight (~ 180 g) with high spatial resolution.
Specifications
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Operation Characteristics
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Platforms (e.g. Helicopter, fixed wing)
The OCI™-UAV hyperspectral cameras are designed specifically for use on unmanned aerial vehicles/systems (UAV/UAS), or remotely operated vehicles (ROV).
Operating temperature: min. [°C]
-20
Operating temperature: max. [°C]
60
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Multi- & Hyperspectral Sensor Characteristics
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Numer of spectral channels
8
Field of View Horizontal [deg]
9.2
Field of View Vertical [deg]
9.2
Spectral resolution [nm]
10
CCD or CMOS
CMOS
Focal length of available lenses [mm]
35
Frame rate (f/s)
120
Most narrow wavelength captured [nm]
10
Most wide wavelength captured [nm]
600
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Camera Controller
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Length [m]
0.12
Width [m]
0.11
Height [m]
0.03
Weight [kg]
0.45
Disc capacity [GB]
400
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Software
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Export data formats
ENVI-BSQ for hyper-cube, BMP band image, ROI spectra, and RAW (pixel data)
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Camera Unit
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Camera unit Length [m]
0.08
Camera unit Width [m]
0.06
Camera unit Height [m]
0.06
Camera unit Weight [kg]
0.18
Power requirements
< 2 W (USB 3.0 power)
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General
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Year of last update
2017
Year of introduction
2016
Type
Multispectral imaging
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Application and Use
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Training facilities
Main applications
Hyperspectral/multispectral imaging considerably improves the identification and classification of objects and is today recognized as a key enabling technology for next-generation industrial inspection, medical diagnosis and security applications.
Distinguishable features:
The camera acquires VIS-NIR imaging data with multiple spectral bands. It is “true pushbroom”: one can simply use a hand to move the imager or sample to scan. Fast imaging and innovations in hardware and algorithms enable the OCI-M finishing a scan in 5 seconds and producing a hyperspectral data cube in 10 seconds. Compactness, simple operation, and intuitive software make the OCI-M very straightforward for applications such as precision agriculture, remote sensing, forensics, and airborne applications.
