HinaLea?s 4250 VNIR system represents the next generation of intelligent hyperspectral imagers. Based on
front-staring Fabry Perot technology, the 4250 includes
hardware and software required to support a broad range of
hyperspectral imaging applications. A tunable filter that sequentially selects spectral bands is placed in front of the sensor
and generates the hyper-cube by collecting complete images at
each spectral band-pass.
The 4250 captures a complete high-spatial-resolution image
data-cube across the visible to near infrared spectral range at 4
nm resolution in seconds, but can also be programmed to scan
a subset of bands. This subset can be dynamically controlled
based on the application and object to be imaged.
Thanks to its design, the HinaLea 4250 offers high spectral
and spatial resolution without the image uniformity challenges
that line-scanning hyperspectral and patterned filter snapshot
multi-spectral imagers present. In addition, HinaLea has developed its hyperspectral technology to be small, lightweight, and
affordable for straightforward deployment in a lab setting, in a
production environment, or in the field.
Hinalea VNIR 4250
VNIR Compare
Hinalea VNIR 4250
Spectral range = 400-1000 nm
Spectral bands = 300 nominal
Spectral resolution = 4 nm (FWHM)
Dynamic range = User selectable 8 or 16 bit
Standard lens = 15? Field of View (FOV) – 150 mm to ?/ 30? Field of View (FOV) – 150 mm to ?
Input voltage = 110 VAC at 60Hz / 220 VAC at 50Hz
Data interfaces = USB 2.0, 3.0
Operating temperature = 15? to 45? C
Humidity = 65% non-condensing
Sensor spatial resolution = 2.3 MP *
Illumination = Optional
Dimensions (L x W x H) = 197.7 mm x 81 mm x 78 mm.15? FOV lens adds 45.5mm when focused at infinity/ 30? FOV lens adds 130.7mm when focused at infinity
Weight = 1.25 kg
* RGGB sensor; effective monochromatic equivalent 588,544 pixels without de-mosaicing
Quick Comparison
| Hinalea VNIR 4250 remove | Resonon Pika IR+ remove | Specim Fenix remove | Hyspex SWIR-640 remove | Resonon Pika IR-L remove | HySpex Baldur S-640i N remove | |
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| Name | Hinalea VNIR 4250 remove | Resonon Pika IR+ remove | Specim Fenix remove | Hyspex SWIR-640 remove | Resonon Pika IR-L remove | HySpex Baldur S-640i N remove |
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| Content | HinaLea?s 4250 VNIR system represents the next generation of intelligent hyperspectral imagers. Based on front-staring Fabry Perot technology, the 4250 includes hardware and software required to support a broad range of hyperspectral imaging applications. A tunable filter that sequentially selects spectral bands is placed in front of the sensor and generates the hyper-cube by collecting complete images at each spectral band-pass. The 4250 captures a complete high-spatial-resolution image data-cube across the visible to near infrared spectral range at 4 nm resolution in seconds, but can also be programmed to scan a subset of bands. This subset can be dynamically controlled based on the application and object to be imaged. Thanks to its design, the HinaLea 4250 offers high spectral and spatial resolution without the image uniformity challenges that line-scanning hyperspectral and patterned filter snapshot multi-spectral imagers present. In addition, HinaLea has developed its hyperspectral technology to be small, lightweight, and affordable for straightforward deployment in a lab setting, in a production environment, or in the field. | Pika IR+ 900 - 1700 nm High-Precision Infrared The Pika IR+ (formerly Pika NIR-640) is a high-performance hyperspectral camera that covers the Near-Infrared (NIR) spectral range. It has high spatial and spectral resolutions and is often used for infrared laboratory applications. The Pika IR+ can be used in our airborne, laboratory, and outdoor hyperspectral systems, as well as standalone or integrated into your system. | Fenix FENIX is optimized for the most demanding geological, law enforcement, and environmental applications. In a single continuous image, FENIX spectral camera delivers the best hyperspectral data ever seen over VNIR, NIR, and SWIR wavelengths. FENIX offers extreme ruggedness and 75% reduction in size and weight compared to previous multi-sensor systems. The excellence in technical performance and physical size has been achieved through innovative and unique ?single optics dual spectrograph? design. | HySpex SWIR-640 The HySpex SWIR-640 hyperspectral camera is developed for field, laboratory, and airborne applications. HySpex SWIR-640 offers high spatial resolution by using a unique MCT sensor. The FPA is cooled to 150K using a sterling cooler, yielding low background noise, high dynamic range, and exceptional SNR levels. The camera offers an aberration-corrected optical system with high optical throughput (f/2.0), the data quality, sensitivity, and resolution is truly state of the art. A wide range of close-up lenses allows the use of the camera at working distances ranging from a few centimeters, with a spatial resolution of 32 ?m, to infinity for e.g. airborne remote sensing. | Pika IR-L 925 - 1700 nm Lightweight Infrared The Pika IR-L is a lightweight and compact Near-Infrared (925-1,700 nm) imager. The small size and mass make it well suited for airborne applications, where it can provide invisible to the naked-eye contrast of outdoor features. For a compact, lightweight Visible light spectral range option, please see the Pika L. For a higher spectral and spatial resolution version of the Pika IR-L, please see the Pika IR-L+ imager. | HySpex Baldur S-640i N Baldur S-640i N covers the spectral range from 950-1730nm. All Baldur cameras are Nyquist cameras giving a spectral resolution of 2 spectral bands while capturing 4 times as much light as the classic systems. To ensure that the most information per framerate is provided, the spectral resolution is kept very close to 2 bands. Additionally, the spatial resolution of Baldur S-640i N is better than 1.5 pixels, yielding a very sharp camera. |
| Description | Spectral range = 400-1000 nm Spectral bands = 300 nominal Spectral resolution = 4 nm (FWHM) Dynamic range = User selectable 8 or 16 bit Standard lens = 15? Field of View (FOV) - 150 mm to ?/ 30? Field of View (FOV) - 150 mm to ? Input voltage = 110 VAC at 60Hz / 220 VAC at 50Hz Data interfaces = USB 2.0, 3.0 Operating temperature = 15? to 45? C Humidity = 65% non-condensing Sensor spatial resolution = 2.3 MP * Illumination = Optional Dimensions (L x W x H) = 197.7 mm x 81 mm x 78 mm.15? FOV lens adds 45.5mm when focused at infinity/ 30? FOV lens adds 130.7mm when focused at infinity Weight = 1.25 kg * RGGB sensor; effective monochromatic equivalent 588,544 pixels without de-mosaicing | Spectral Range (nm) = 900 - 1700 Spectral Channels = 336 Spectral Bandwidth (nm) = 2.4 Spectral Resolution - FWHM (nm) = 5.6 Spatial Pixels = 640 Max Frame Rate (fps) = 240 f/# = 1.8 Interface = GigE Dimensions (mm) = 264 x 115 x 88 Weight, w/o lens (kg) = 2.95 | Spectral range = 960 - 2500 nm Spatial pixels = 640 Spectral channels = 360 Spectral sampling = 4.38 nm FOV* = 16? Pixel FOV across/along* = 0.44/0.44 mrad Bit resolution = 16 bit Noise floor = 80 e- Dynamic range = 7500 Peak SNR (at full resolution) > 800 Max speed (at full resolution) = 235 fps Power consumption = 10 W Dimensions (l-w-h) = 36 - 11- 15 cm Weight = 4.1 kg Camera Interface = CameraLink *Can be doubled with FOV expander | Spectral Range (nm) = 925 - 1700 Spectral Channels = 236 Spectral Bandwidth (nm) = 3.3 Spectral Resolution - FWHM (nm) = 5.9 Spatial Pixels = 320 Max Frame Rate (fps) = 364 f/# = 1.8 Interface = GigE Dimensions (mm) = 210 x 68 x 63 Weight, w/o lens (kg) = 1.01 | Spectral Range = 950 - 1730 nm Spectral bands = 232 Max speed* = 500 fps Spectral sampling = 3.36 nm Spectral FWHM <2 bands Spatial FWHM <1.5 pixels Spatial pixels = 640 Keystone <20% of a pixel Smile <20% of band FOV = 16? / 40? Bit resolution = 12 bit Noise floor = HG:8.5/MG:32/LG:270 e- Peak SNR = HG:150/MG:275/LG:800 Dynamic range = HG:2650/MG:2360/LG:2360 ROI* = All bands can be selected/deselected individually External trigger options = LVDS, 5V/12V/24V TTL Dimensions (l-w-h) = 364 - 105 - 153 mm Camera Interface = GigE * Reducing the number of spectral channels with ROI will proportionally increase the max framerate |
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