710 Series Hyperspectral Cameras

VNIR to SWIR hyperspectral imaging systems for microscopy, lab, field, and tower-mounted applications

The 710-HyCore and 710-OmniCore deliver exceptional spectral resolution, giving researchers the ability to distinguish subtle differences between materials and compounds at a price point that makes high-performance hyperspectral imaging more accessible than ever. Both capture hyperspectral data from 375–1025 nm with 1.65 nm spectral resolution and 1500 spatial channels, share the same spectrometer and camera design, and include SpectraCore Capture acquisition software and an SDK supporting C#, C++, and Python. All systems are radiometrically calibrated in our lab to ensure accurate, traceable spectral measurements.

GET A QUOTE

VNIR to SWIR hyperspectral imaging systems for microscopy, lab, field, and tower-mounted applications

The 710-HyCore and 710-OmniCore deliver exceptional spectral resolution, giving researchers the ability to distinguish subtle differences between materials and compounds at a price point that makes high-performance hyperspectral imaging more accessible than ever. Both capture hyperspectral data from 375–1025 nm with 1.65 nm spectral resolution and 1500 spatial channels, share the same spectrometer and camera design, and include SpectraCore Capture acquisition software and an SDK supporting C#, C++, and Python. All systems are radiometrically calibrated in our lab to ensure accurate, traceable spectral measurements.

GET A QUOTE

Superior Performance

Achieve a spectral resolution of 1.65 nm at native 1× binning, delivering the data density demanded by the most exacting R&D, academic, and advanced manufacturing applications.

375 – 1025 nm

Spectral Range

1.65 nm

Spectral Resolution (FWHM)

784

Spectral Channels

1500

Spatial Channels

SDK

API supporting C#, C++, and Python

Microscope Compatible

Attach to C-mount microscopes

375 – 1025 nm

Spectral Range

1.65 nm

Spectral Resolution (FWHM)

784

Spectral Channels

1500

Spatial Channels

SDK

API supporting C#, C++, and Python

Microscope Compatible

Attach to C-mount microscopes

SOC-710 SERIES

Next-generation hyperspectral imaging for research & industry

The 710-HyCore hyperspectral camera and 710-OmniCore hyperspectral imaging system, build on our proven SOC-710 platform.

HyCore VNIR Hyperspectral Camera

Built around a proprietary spectrograph design and co-engineered optics and sensor, the next-generation 710 Series delivers strong performance right out of the box. Our default 1x spectral binning reflects this—providing the signal and resolution needed without relying on binning as a workaround. Ideal for integrators or as a complete hyperspectral imaging system when paired with the 710 Lab Tower with translation stage.

OmniCore VNIR Hyperspectral Imaging System

The 710-OmniCore hyperspectral imaging system stands out with its internal scanning design, making it the most versatile hyperspectral imaging system available. It can be used as a lab benchtop system, mounted to a tripod, boom, or tower for field work, or attached to a microscope—without the need for external scanning hardware. For labs focused on long-term value, the SOC710 provides the performance and flexibility to grow with their research.

710 Lab Tower

Pair the 710‑HyCore or OmniCore with a 710 Lab Tower to capture consistently high‑quality hyperspectral data from day one. The rigid tower ensures repeatable alignment and controlled geometry, while the smooth, programmable stage maintains constant scan speed to match integration time, frame rate, and sample motion. With stable, uniform illumination, this integrated setup minimizes motion blur, misregistration, and radiometric striping so your algorithms can fully capitalize on clean, reliable material signatures.

HyCore VNIR Hyperspectral Camera

Built around a proprietary spectrograph design and co-engineered optics and sensor, the next-generation 710 Series delivers strong performance right out of the box. Our default 1x spectral binning reflects this—providing the signal and resolution needed without relying on binning as a workaround. Ideal for integrators or as a complete hyperspectral imaging system when paired with the 710 Lab Tower with translation stage.

OmniCore VNIR Hyperspectral Imaging System

The 710-OmniCore hyperspectral imaging system stands out with its internal scanning design, making it the most versatile hyperspectral imaging system available. It can be used as a lab benchtop system, mounted to a tripod, boom, or tower for field work, or attached to a microscope—without the need for external scanning hardware. For labs focused on long-term value, the SOC710 provides the performance and flexibility to grow with their research.

710 Lab Tower

Pair the 710‑HyCore or OmniCore with a 710 Lab Tower to capture consistently high‑quality hyperspectral data from day one. The rigid tower ensures repeatable alignment and controlled geometry, while the smooth, programmable stage maintains constant scan speed to match integration time, frame rate, and sample motion. With stable, uniform illumination, this integrated setup minimizes motion blur, misregistration, and radiometric striping so your algorithms can fully capitalize on clean, reliable material signatures.

Related Content

More Information

710-OmniCore VNIR Hyperspectral Imaging System (Datasheet)

710-HyCore VNIR Hyperspectral Camera (Datasheet)

710 Lab Tower with Translation Stage (Datasheet)

Parameter Value
Optical & Spectral
Spectral Range375 – 1025 nm
Spectral Channels784
Spectral Resolution (FWHM)1.65 nm
Spectral Sampling / Pixel0.83 nm
Smile< 0.5 pixels
Keystone< 0.1 pixels
Slit Length9 mm
Light Transmission~90% (400 – 1000 nm)
Sensor & Imaging
Spatial Channels1500
RMS Spot Size5.86 microns
Pixel Size5.86 microns
Sensor Type / MaterialsCMOS
Pixel Well Depth / Full Well Capacity32,000e⁻
Pixel Operability> 99%
Performance
Max Frame Rate (fps) — Full Frame167
Max Frame Rate (fps) — 640 × 480398.2
Integration Time0.019 ms – 120 s
Bit Depth8-bit or 12-bit
Dynamic Range72 dB
Noise Floor1.44 counts
Peak SNR @ 1× Binning157
Peak SNR @ 2× Binning222
Spectral Binning: Default / Options1 / 2, 4
Spatial Binning: Default / Options1 / 2, 4
Hardware
Objective Lens MountC-mount
ShutterGlobal
Sensor CoolingPassive
ConnectorsUSB 3.0 Micro-B
Data FormatENVI
Physical — HyCore VNIR
Weight270 g
Weight with Lens350 g
Dimensions (L × W × H)2.9″ × 3.6″ × 1.7″
Physical — OmniCore VNIR
Weight2.04 kg
Weight with Lens2.84 kg
Dimensions (L × W × H)7.02″ × 6.14″ × 3.23″
Environmental & Power
Operating Temperature0 – 50°C
Optics / Storage Temperature-25°C – 70°C
Power Input / Consumption5V DC / 3.2 – 4.0 W
Computer Requirements
Operating SystemWindows 10 or newer
ProcessorIntel/AMD 64-bit (minimum 6 cores)
RAM32 GB
Storage512 GB SSD
ConnectivityMinimum one USB 3.0 (SuperSpeed) port

More Information

710 Series Hyperspectral

Talk to an applications engineer

Tell us about your application and we’ll help you find the right configuration — or confirm the 710 Series is the right fit.

✓ Radiometrically calibrated in-lab — traceable measurements out of the box
✓ SDK for C#, C++, and Python included
✓ Microscope, benchtop, field, and tower-mounted configurations
✓ Used in R&D labs, field survey platforms, and defense programs worldwide
✓ U.S.-based support and calibration services

Prefer to call?

✆ 1-858-675-7404
Name
Country(Required)