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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.

Produced by RESONON
Produced by Cubert

Spectral range of Resonon hyperspectral cameras

Pika NIR (900–1700 nm)	Pika II (400–900 nm)	Pika NIR-ƒ (900–1700 nm)

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)

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.

Imager Specifications:

	Pika NUV	Pika II	Pika XC	Pika NIR	Pika NIR-ƒ
Spectral Range (nm)	350–800	400–900	400–1000	900–1700	900–1700
Resolution (nm) *	2,5	2,1	2,5	5,5	12,5
Spectral Channels	184	240	240	145	64
Spatial Channels	1600	640	1600	320	64
Max Frame Rate (fps)	67	145	242 **	100	1 000
Bit Depth	12	12	14	14	16
Weight (lb / kg)	2,1	1,3	1,9	4,7	2,7
Dimensions (cm)	10x26,4x7,3	9,7x16,8x6,4	12,4x23,9x8,4	11,9x30,5x8,9	12,3x22x7,9
Connection Type	GigE, CameraLink	GigE	GigE	USB	CameraLink
Temperature Range (° C)	0–45	8–32	0–45	0–50	0–50
f/#	2,4	3	2,4	1,8	1,8
Avg. RMS Spot Radius (μm)	8	7	6	10	10
Smile (peak-to-peak) (μm)	4	5	2	10	10
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.

Airborne Hyperspectral Imaging Systems
	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.
Airborne System components:
Hyperspectral imaging camera (Pika II, Pika XC or Pika NIR); Objective lens; Data acquisition computer; System control software; GPS/IMU Georectification software;	Flexible mounting options; SpectrononPro (программное обеспечение Resonon для обработки и анализа гиперспектральных данных). Illumination calibration sensor; Calibration tarps; Hyperspectral data analysis software; Integration & training services

	SBG Ellipse-N	SBG Ellipse-D	SPAN-IGM-A1	SPAN-CPT
Pika II	1,8	2	2,3	4,1
Pika XC	2,4	2,6	2,9	4,7
Pika NIR	5,3	5,4	5,8	7,5

Field Hyperspectral Imaging Systems
	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.
Field system components:
Hyperspectral imaging camera (Pika NUV, Pika II, Pika XC или Pika NIR); Objective lens; Rotational scanning stage; Tripod with laptop tray	Controlling laptop computer; SpectrononPro software; Power supply Radiometric calibration.

Rotational stage parameters:

Max travel angle	360 deg
Max rotational speed	56,250 deg/s
Min rotational speed	0,281 deg/s
Power requirements	12 V, 2A

Benchtop Hyperspectral Imaging Systems

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.

Benchtop system components:

Hyperspectral imaging camera;
Objective lens;
Lighting assembly with power supply;
Linear translation stage;
Mounting tower (81 cm);
SpectrononPro software preloaded onto desktop computer
Calibration tile

Stage parameters:

Max travel distance	30 cm
Max velocity	15,875 cm/s
Min velocity	0,079 cm/s
Power requirements	12 V, 2A

Racoon — UHD 219 (380 – 1100 nm)	Butterfly — UHD 128/137 (470 – 630 / 600 — 1000 nm)	Lion — UHD 485 (450 – 950 nm)

The Racoon camera is available with 4 or 6 Channels and all Channels are taken through the same lens at the same time. The data is written to an integrated SD Card. This device is easy to use and adaptable to your application.	The Butterfly camera is based on a Filter on chip technology. This device is available with 16 (UHD 128) or 25 (UHD 137) spectral channels. The system features an intelligent camera platform with an integrated SD Card. Together with set of accessories you get the fastest acces to UAV based imaging.	The Lion camera is based on new optics design. The device was developed with high fidelity in mind. Thus it features a higher spectral resolution of 3 600 spectra per cube. Interchangeable prisms giving you the freedom to choose from different wavelength range options.
Hedgehog — UHD 285 (450 – 950 nm)	Firefly — UHD 185 (450 – 950 nm)

The Hedgehog is the first of its kind full frame, nonscanning, imaging spectrometer. This vis to nearinfrared imaging spectrometer was designed having industry, laboratory and outdoor use in mind. The unique working principle guarantees easy access to hyperspectral images, real time processing up to hyperspectral video frame rates.	The Firefly 185 is the lightest version of full frame imaging Technology of Cubert. It combines the precision of hyperspectral cameras with the ease of use of a snapshot camera. The preprocessed cubes are transferred to the ground station during flight and you can start to analyze your aerial hyperspectral images already on site.

Imager Specifications:

	Racoon UHD 219	Butterfly UHD 128/137	Lion UHD 485	Hedgehog UHD 285	Firefly UHD 185
Spectral Range (nm)	380–1100	470 – 630 / 600 — 1000	450–950	450–950	450–950
Spectral Resolution (nm)	10	20	4	4	4
Spectral Channels	4–6	16–25	125	125	125
Sensor resolution	1	2	2	1	1
Bit Depth	…	10	…	14	12
Weight (lb / kg)	0,6	0,3	1,2	3,0	0,47
Temperature Range (° C)	…	0–40	…	-10 – 50	0–40