Hypervision 1700

The Hypervision 1700 (VIS-SWIR) expands the range of the VIS-NIR camera in order to cover also the short-wave infrared wavelengths (430-1700nm). The range is divided into up to 920 spectral bands (1.38 nm/px spectral resolution).

It has a maximum framerate of 150 with all 920 spectral bands. The frame rate can be increased by selecting fewer spectral bands, using up to 8 vertical regions of interest (ROIs).

The inclusion of the short-wave infrared range allows the camera to better differentiate the chemical composition of objects, which makes it suitable to, for example, plastic sorting.

	Hypervision 1700
Wavelength range	430-1700 nm
Spectral bands	920
Rayleigh resolution (w. 10um slit)	3.9 nm
Spectral resolution	1.38 nm/px
Spatial resolution	1296 px
Pixel size	5 um
Maximum frame rate	150 fps

Maximum frame rate

The maximum frame rate applies with all spectral bands selected in 8-bit mode. Selecting fewer bands can increase the frame rate; higher bit depths reduce it.

Spec Sheet

• Full Specsheet

Seamless Broad-Spectrum Imaging

The Hypervision 1700 provides a unified solution across the entire 400 nm to 1700 nm spectral range. By integrating VNIR and SWIR capabilities into a single optical path, the system eliminates the need for multi-camera setups and complex post-processing alignment.

Traditional hyperspectral workflows often require two separate sensors: Silicon-based CMOS for visible light and InGaAs for infrared. This typically results in a "sensitivity dip" or data gap in the 900–1000 nm region.

The Hypervision 1700 bridges this gap, delivering a continuous, co-registered data cube with high quantum efficiency throughout the transition zone. This ensures seamless spectral signatures for applications where critical molecular overtones — such as moisture content or specific polymer bonds — reside in the NIR-SWIR crossover.

CMOS vs InGaAs spectrum

Height vs FOV table

The following table details the achievable Field of View (FOV) and Depth of Field (DoF) for the HV 1700 camera across various lens focal lengths ($f$) and working distances ($H$). Values are calculated assuming a 2.8 aperture ($F/2.8$) and a circle of confusion of 4 px (matching the $20\mu m$ slit size).

$f$ (mm)	$H$ (mm)	$D_n$ (mm)	$D_f$ (mm)	DoF (mm)	FOV (mm)	Res X (mm/px)	Res Y (mm/px)
8	200	171.2	240.4	69.2	153.6	0.12	0.48
8	500	349.5	878.0	528.5	393.6	0.31	1.23
8	1000	535.3	7575.8	7040	793.6	0.62	2.48
12	200	186.4	215.8	29.4	100.3	0.078	0.31
12	500	420.2	617.1	196.9	260.3	0.20	0.81
12	1000	722.4	1624.0	901.6	526.9	0.41	1.65
16	200	192.3	208.4	16.1	73.6	0.058	0.23
16	500	452.1	559.2	107.1	193.6	0.15	0.61
16	1000	822.9	1274.3	451.4	393.6	0.31	1.23
25	200	196.9	203.2	6.3	44.8	0.035	0.14
25	500	479.6	522.2	42.6	121.6	0.095	0.38
25	1000	919.7	1095.7	176.0	249.6	0.195	0.78
35	200	198.5	201.5	3.0	30.2	0.024	0.09
35	500	489.6	510.9	21.3	85.0	0.066	0.27
35	1000	957.7	1046.2	88.5	176.5	0.14	0.55
50	200	199.3	200.7	1.4	19.2	0.015	0.06
50	500	495.0	505.1	10.1	57.6	0.045	0.18
50	1000	979.2	1021.7	42.5	121.6	0.095	0.38

Calculator

For custom configurations and/or different settings, please use the FOV and Speed Calculator.