| Content | OCI?-2000HH handheld snapshot hyperspectral imaging camera brings for the high-performance hyperspectral imaging in a handheld form within 1 lbs. (450 g). This handheld snapshot hyperspectral camera acquires full and continuous visible - near infrared (VIS - NIR) hyperspectral / multispectral data with simple point-and-shoot operation. Equipped with a large touchscreen and simple user interface, this hand shape device offers on-site spectral data processing and analysis in your hand, without any cost of lab test. Snapshot hyperspectral imaging is a practical method to capture worthwhile spectral information during a single snapshot, less than 30ms, without any scanning part involved. One of the major advantages of snapshot imaging is that it avoids motion artifacts, thereby simplifying the data processing and improving the image processing time. *Admin note: The manufacturer of this camera refers to it as a hyperspectral camera. However, it is important to note that the number of spectral bands of this camera is limited to 20-25. Due to this limitation, the BaySpec OCI-2000HH is categorized as a multispectral camera on this website.With the availability of large-format, low-cost optical dispensing elements, and ultra-miniature form. It is the ideal solution for wide applications, such as agriculture monitoring, food industry, geology, recycling, and anti-counterfeiting. | XIMEA SNAPSHOT RedNIR
Want to test hyperspectral scanning and analysis in the RedNIR range? With this user-friendly real-time USB 3.0 camera from Ximea, integrating imec?s hyperspectral sensor, you?ll be looking at relevant test data within a few minutes after installation. | Say Hello To Specim IQ!
Take your hyperspectral measurements and analysis with you anywhere.
The compact and lightweight hyperspectral camera has all you need to take your hyperspectral analysis anywhere you want ? IP class protection and fully autonomous operation with chargeable batteries and replaceable standard memory cards.
Tailor the camera functionalities with applications matching your analysis requirements. Applications define how the camera is used and how the hyperspectral data is processed, analyzed, saved, and visualized.
Establish a remote connection via USB or WiFi and remotely control your Specim IQ camera from Specim IQ Studio to collect, study and import data. Operate the camera with an easy-to-use graphic user interface, and save the data to the memory card or directly to Specim IQ Studio?s Catalog. Remote usage session supports all Specim IQ camera features except focusing.
Create and tailor applications with Specim IQ Studio software. | Very Compact Multispectral Cameras CMS Multispetral cameras are specially designed to allow high integration of VIS/NIR multispectral systems. These lightweight (less than 75 g) and very small footprint (56x56x22mm) cameras split the image into 8 spectral bands plus 1 B&W channel. Made by hybridization of a custom Bayer-like mosaic filter on a commercial 1.3 MPixel CMOS Sensor, they allow extracting the spectrum on each point of an image. SILIOS offers three different CMS cameras (CMS-C, CMS-V and CMS-S) to address a wide spectrum of applications. | XIMEA SNAPSHOT NIR
Want to test hyperspectral scanning and analysis in the near-infrared range? With this user-friendly USB 3.0 camera from XIMEA, integrating the imec hyperspectral sensor, you?ll be looking at relevant test data within a few minutes after the installation. | Photonfocus SNAPSHOT NIR
Want to test hyperspectral scanning and analysis in the near-infrared range? With this user-friendly real-time GigE camera from Photonfocus, integrating imec?s hyperspectral sensor, you?ll be looking at relevant test data within a few minutes after the installation. |
| Description | Spectral Range = 600 - 1000 nm
Spectral Resolution < 12 nm
Number of spectral bands = 20 - 25
Dimension = 35 x 135 x 75 mm
Weight = 1 lbs. | spectral range = 600-870 nm
spectral resolution = 15 bands
spatial resolution = 2040 x 1080
imager type = CMOS imager, CMOSIS CMV2000-based
acquisition speed = Up to 120 hyperspectral cubes/second (limit of USB 3.0 interface)
pixel pitch = 5.5 ?m pixels, 2/3?? sensor optical format
bit depth = 10 bits
optics = 16/25/35/50 mm lenses, C-mount
camera interface = USB 3.0 + GPIO for triggering
power consumption < 1.8 W
camera dimensions (W x H x D) = 26 x 26 x 31 mm
camera weight = 27 g without optics
software = HSI MOSAIC software for raw image acquisition, data pre-processing, hypercube visualization and classification, including API | Viewfinder camera = 5 Mpix (rescaled to 1280*960 pixels)
Focus camera = 1.3 Mpix
Spectral camera = by Specim
Sd-card reader = UHS-1 SD (Max. 32 GB SD memory card)
Processor = NVIDIA Tegra K1
Cpu = Kepler Mobile
Memory = 2GBytes DDR3L RAM and 8GB Emmc
Gps module = U-BLOX GPS/GNSS MAX-M8Q-0
Operating voltage = 3.7 V
Battery = 5200mAh Li-Ion battery (Type 26650)
WiFi = IEEE Std 802.11 b / g / n
Buttons = 12+1 physical buttons
Display & keyboard = 4.3? touch screen
Buzzer = Indication sounds for the user
Usb connector = USB Type-C
Size = 207 x 91 x 74 mm (depth with lens 125,5 mm)
Weight = 1.3 kg
Wavelength band = 400 - 1000 nm
F/number at Sensor = F/1.7
F/number at Slit = F/2.2
Magnification (Sensor / slit) = 1/1.3
Keystone = Corrected
Smile = Corrected
Spectral resolution = 7 nm
Slit Length = 11.70 mm
Slit Height = 42 ?m
Sensor type = CMOS
Spatial Sampling = 512 pix
Spectral Bands = 204 (with Bin 2x: 102, Bin 3x: 68)
Image resolution = 512 x 512 pix
Pixel size = 17.58 ?m x 17.58 ?m
Data output = 12 bit
QE peak >45 %
Full-well capacity >32000 e-
Peak SNR >400:1
Object distance = 150 - ? mm
Focal length = 21 mm
F/number at Slit = F/2.2
Full field of view (FOV) = 31 x 31 deg
Full field of view (FOV) at 1 m = 0.55 x 0.55 m
Filter thread = M40.5 x 0,5
IP classification = IP5x
Temperature, operational = +5?C - +40?C
Temperature, storage = -20?C - +50?C
Humidity operational = 95% non-condensing
Shock = STD-810G Method 516.6 Precedure VI
EU directive = Radio Equipment Directive 2014/53/EU.
Certificates = CE, FCC, RoHS | Spectral range = 650 - 930 nm
Band width (FWHM avg) = 40 nm
Macropixel configuration = 3 x 3 (8 color bands + 1 B&W)
Array type = CMOS
Optical Interface = CS-mount (C-mount compatible with additional C-ring)
Resolution (raw picture) = 1280 (H) x 1024 (V)
Resolution (spectral pictures) = 426 (H) x 339 (V)
Pixel pitch = 5.3 ?m
Maximum frame rate = 60 Hz
Exposure time range = 10 ?s to 2 s
ADC = 10-bit
Camera control = USB 3.0/ GigE
Digital output = 10-bit USB 3.0 / 10-bit GigE
Power supply = USB 3.0 External
Dimension (W x H x L) = 56 x 56 x 22 mm / 62 x 62 x 31 mm
Weight (camera head) = 100 g/ 110 g | spectral range = 660-960 nm
spectral resolution = 24 bands
spatial resolution = 2035 x 1075
imager type = CMOS imager, CMOSIS CMV2000-based
acquisition speed = up to 120 hyperspectral cubes/second (limit of USB 3.0 interface)
pixel pitch = 5.5 ?m pixels, 2/3?? sensor optical format
bit depth = 10 bits
optics = 16/25/35/50 mm lenses, C-mount
camera interface = USB 3.0 + GPIO for triggering
power consumption < 1.8 W
camera dimensions (W x H x D) = 26 x 26 x 31 mm
camera weight = 27 g without optics
software = HSI MOSAIC software for raw image acquisition, data pre-processing, hypercube visualization and classification, including API | spectral range = 660-960 nm
spectral resolution = 24 bands
spatial resolution = 2035 x 1075
imager type = CMOS imager, CMOSIS CMV2000-based
acquisition speed = Up to 42 hyperspectral cubes/second (limit of GigE vision interface)
pixel pitch = 5.5 ?m pixels, 2/3?? sensor optical format
bit depth = 10 bits
optics = 16/25/35/50 mm lenses, C-mount
Camera interface = GigE vision + GPIO for triggering
power consumption <5.1 Watt
camera dimensions (W x H x D) = 55 x 55 x 52 mm
camera weight = 265 g without optics
software = HSI MOSAIC software for raw image acquisition, data pre-processing, hypercube visualization and classification |
Leave a Reply