Hyperspectral Imaging Systems
Hyperspectral cameras are successfully used for monitoring of forests, agricultural lands, coastal areas and emergencies. Applications range from remote sensing applications over quality control in the food industry to plastics separation in the waste industry.
SOVZOND Company provides ready-to-use hyperspectral cameras and accessories as well as completely integrated systems including software for data processing and complementary equipment.
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Spectral range of Resonon hyperspectral cameras |
| Pika NIR (900–1700 nm) | Pika II (400–900 nm) | Pika NIR-ƒ (900–1700 nm) |
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Hyperspectral imaging camera covering the near infrared (NIR) wavelengths. |
The most popular and affordable hyperspectral imaging camera. |
High-framerate, low-cost, low-resolution hyperspectral imaging camera covering the near infrared wavelengths. |
| Pika NUV (350–800 nm) | Pika XC (400–1000 nm) | |
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Near-ultraviolet hyperspectral imager. High spatial resolution. Includes custom high-performance objective lens optimized for ultraviolet imaging. |
High-performance hyperspectral imager. High spatial resolution covers a larger spectral range than the Pika II, enhanced response at blue wavelengths, and excellent temperature stability. Compatible with any 2/3" C-mount camera. |
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Pika NUV |
Pika II |
Pika XC |
Pika NIR |
Pika NIR-ƒ |
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Spectral Range (nm) |
350–800 |
400–900 |
400–1000 |
900–1700 |
900–1700 |
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Resolution (nm) *
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2,5 |
2,1 |
2,5 |
5,5 |
12,5 |
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Spectral Channels |
184 |
240 |
240 |
145 |
64 |
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Spatial Channels |
1600 |
640 |
1600 |
320 |
64 |
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Max Frame Rate (fps) |
67 |
145 |
242 ** |
100 |
1 000 |
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Bit Depth |
12 |
12 |
14 |
14 |
16 |
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Weight (lb / kg) |
2,1 |
1,3 |
1,9 |
4,7 |
2,7 |
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Dimensions (cm) |
10x26,4x7,3 |
9,7x16,8x6,4 |
12,4x23,9x8,4 |
11,9x30,5x8,9 |
12,3x22x7,9 |
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Connection Type |
GigE, CameraLink |
GigE |
GigE |
USB |
CameraLink |
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Temperature Range (° C) |
0–45 |
8–32 |
0–45 |
0–50 |
0–50 |
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f/# |
2,4 |
3 |
2,4 |
1,8 |
1,8 |
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Avg. RMS Spot Radius (μm) |
8 |
7 |
6 |
10 |
10 |
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Smile (peak-to-peak) (μm) |
4 |
5 |
2 |
10 |
10 |
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Keystone (peak-to-peak) (μm) |
6 |
7 |
6 |
10 |
10 |
* The number of spectral channels equals the spectral range divided by the spectral resolution. The number of independent spectral channels is not the same as the number of sensor pixels in the spectral direction.
** Max frame rate for the Pika XC requires spectral binning, which can be controlled by adjusting binning parameters.
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Airborne Hyperspectral Imaging Systems |
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Airborne systems are completely integrated turnkey solutions, with all hardware and software necessary to acquire georegistered hyperspectral data. Airbone systems include hyperspectral imager, georectification software, data acquisition computer, flexible sensor mounting options, and on-site integration and training services. Systems can be fitted with any of Resonon's hyperspectral imaging cameras.
Resonon provides the industry's most affordable airborne hyperspectral imaging solutions with payloads as small as 2, 5 kg. Airborne systems can be mounted on both un-manned and manned aerial platforms. Service includes radiometric and spectral calibration of the images. Hyperspectral imaging systems RESONON presented with models: SBG Ellipse-N, SBG Ellipse-D, SPAN-IGM-A1, SPAN-CPT. |
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Airborne System components: |
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SBG Ellipse-N |
SBG Ellipse-D |
SPAN-IGM-A1 |
SPAN-CPT |
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Pika II |
1,8 |
2 |
2,3 |
4,1 |
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Pika XC |
2,4 |
2,6 |
2,9 |
4,7 |
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Pika NIR |
5,3 |
5,4 |
5,8 |
7,5 |
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Field Hyperspectral Imaging Systems |
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Tripod-mounted rotational scanning hyperspectral imaging systems are designed for outdoor field use. Systems are completely integrated turnkey solutions ready for immediate use. The system includes hyperspectral imaging camera, tripod with laptop tray, rotational scanning stage, power supply, and SpectrononPro control software. Systems can be fitted with any of Resonon's hyperspectral imaging cameras. |
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| Field system components: | ||
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Rotational stage parameters:
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Max travel angle |
360 deg |
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Max rotational speed |
56,250 deg/s |
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Min rotational speed |
0,281 deg/s |
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Power requirements |
12 V, 2A |
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Benchtop Hyperspectral Imaging Systems |
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Benchtop systems are completely integrated turnkey solutions ready for immediate use. The system includes hyperspectral imaging camera, mounting tower, lighting, scanning stage, power supply, and SpectrononPro control software. Benchtop systems can be fitted with any of Resonon's hyperspectral imaging cameras covering. |
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Benchtop system components:
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Stage parameters:
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Max travel distance |
30 cm |
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Max velocity |
15,875 cm/s |
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Min velocity |
0,079 cm/s |
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Power requirements |
12 V, 2A |
ULTRIS X20 (Plus) 
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ULTRIS 5  |
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Flagship products, the ULTRIS 20 and ULTRIS 20 Plus, are receiving major updates regarding the filter technology. The new ULTRIS X20 (Plus) is expanding the wavelength range from 450-850 nm to 350-1000 nm, thereby including the UV spectrum and making UV-VIS-NIR coverage possible. Furthermore, we are increasing the light throughput in UV, blue and green regions by a factor of 3 compared to the ULTRIS 20. The data quality improved significantly. The FWHM is now set to a constant and true equidistant value of 10 nm for each of the >160 bands. |
By downsizing the fundamental light field technology of the ULTRIS 20 Cubert developed the smallest-ever hyperspectral video camera featuring a 5 MP sensor, with a size of 3x3x5 cm and a weight of only 120 g. The ULTRIS 5 covers the same spectral range as the first ULTRIS 20, i.e., 450-850 nm (VNIR), with a sampling rate of 8nm, a total of 50 bands, and a frame rate of >15 Hz. The resolution is 250 x 250 pixel and therefore still 25x higher than the resolution of the FireflEYE 185. |
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FireflEYE 185 |
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The FireflEYE S185 will be replaced by a successor model – The FireflEYE V185. This also affects the versions Q185 and U185, which are discontinued. We upgraded the main sensor of the 185 from the CCD technology, which is now being phased out, to a modern CMOS sensor. As a result, the V185 has been greatly improved in the following areas:
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