SWIR InGaAs CAMERAS
State-of-art SWIR cameras
A complete range of SWIR InGaAs sensors & cameras all designed and made in our factory
Unlike many competitors, we control the entire production chain, from sensor development to camera manufacturing and software integration, ensuring superior performance, flexibility, and customization options.
Why Choose NIT SWIR Cameras?
Our advantages
In-House Sensor & Camera Development
We design, develop, and manufacture our own InGaAs sensors and cameras, providing unmatched control over quality and innovation.
Unique InGaAs sensor/camera producer
We offer SWIR cameras from qVGA to Full HD with the best noise and sensitivity performance available.
French engineering
Precision-crafted SWIR cameras developed in France, ensuring the highest quality standards.
Versatile camera platform for customer customization
Our modular camera platform allows OEM customization for specialized applications.
Part of LYNRED’s Infrared Ecosystem
As Lynred’s SWIR business unit, we deliver advanced SWIR imaging solutions that complement LYNRED’s product portfolio, offering a complete infrared imaging spectrum (SWIR, MWIR, LWIR) for diverse applications.
No ITAR restriction (ITAR-free)
No export restrictions, making our SWIR cameras accessible worldwide.
Camera Selector
Find your SWIR cameras according to the technical specifications
 4   | New SenS 1920 High Sensitivity High Sensitivity Full HD SWIR camera
NIT's NSC2101 low-noise focal… (+) High Sensitivity Full HD SWIR camera
NIT's NSC2101 low-noise focal plane array designed and manufactured by NIT
Full HD resolution - 1920x1080px @8µm pixel pitch
Linear response mode: High Sensitivity
Read-out noise 25e-
USB 3.0 & CameraLink
(-) Resolution 1920x1080 Interface CameraLink ⋅ USB 3.0 | |
| 6 | SenS 1280 High Sensitivity ⋅ GenICam compliant High Sensitivity SXGA SWIR camera
SXGA resolution - 1280x1024px @10µm… (+) High Sensitivity SXGA SWIR camera
SXGA resolution - 1280x1024px @10µm pixel pitch
Linear response mode: High sensitivity
Read-out noise 30e-
USB 3.0 & CameraLink & SDI & CxP interface
TEC1
Available in Compact & Smart
GenICam compliant (Smart)
(-) Resolution 1280x1024 Interface CameraLink ⋅ SDI ⋅ USB 3.0 ⋅ CxP | |
 7 | WiDy SenS 640 HDR ⋅ High Sensitivity High Sensitivity & HDR camera
The best trade-off on the… (+) High Sensitivity & HDR camera
The best trade-off on the market - unique dual-response InGaAs sensor (Lin & Log)
VGA resolution - 640x512px @15µm pixel pitch
Various interfaces: USB 3.0, CameraLink, GigE, Analog or SDI interface (GUI & SDK compatibility)
TEC1
Bad Pixels Replacement and smart Non-Uniformity Correction (NUC)
Gated mode option (Fastest gating capability)
Available in Compact & Embedded
"Naked" version option (Module)
(-) Resolution 640x512 Interface Analog ⋅ CameraLink ⋅ GigE ⋅ SDI ⋅ USB 3.0 | |
 2 | NSC1601 HDR ⋅ High Sensitivity Unique Dual-response mode
SWIR InGaAs sensor designed and manufactured by… (+) Unique Dual-response mode
SWIR InGaAs sensor designed and manufactured by NIT, in France
VGA SWIR InGaAs detector, 640x512 active pixels, 15 µm square pixels, 12.3mm diagonal
High QE InGaAs : 80% from 900nm-1.7µm,
Dual-response mode
High Dynamic Range thanks to its patented Solar Cell pixel structure: 120 dB, Logarithmic mode – no illumination saturation
High sensitivity mode with CTIA linear structure, dual gain, Correlated Double sampling (CDS), low read-out noise
TEC
Low power consumption
Defense & Industrial application uses
(-) Resolution 640x512 Interface | |
 2 | WiDy SenS 320 HDR ⋅ High Sensitivity ⋅ High speed ⋅ Low price point High-speed & cost-effective SWIR camera
The low-price point SWIR camera… (+) High-speed & cost-effective SWIR camera
The low-price point SWIR camera – Unique dual-response InGaAs sensor (Lin & Log)
QVGA resolution@15µm pixel pitch
Deliver up to 1kHz full-frame
Various interfaces: USB 3.0, CameraLink & GigE
30mm cage system compatible
NEW High-speed model: Frame rate 10kHz (ROI), Exposure time 10µs mini, USB3.0 interface
(-) Resolution 320x256 Interface CameraLink ⋅ GigE ⋅ USB 3.0 | |
 3  | HiPe SenS 640 High Sensitivity High-Performance Air-Cooled SWIR camera
Low Dark current for Long exposure… (+) High-Performance Air-Cooled SWIR camera
Low Dark current for Long exposure applications
VGA resolution - 640x512px @15µm pixel pitch
USB 3.0 & CameraLink interface
TEC2 & Fan Air-cooled
Bad Pixels Replacement and Non-Uniformity Correction (NUC)
(-) Resolution 640x512 Interface CameraLink ⋅ USB 3.0 | |
 3  | VGA HDR SWIR camera
Patented HDR technology (120dB)
VGA resolution… (+) VGA HDR SWIR camera
Patented HDR technology (120dB)
VGA resolution - 640x512px @15µm pixel pitch
Various interfaces: USB 3.0, CameraLink, GigE, or Analog interface (GUI & SDK compatibility)
TECless
Available in Compact & Embedded
(-) Resolution 640x512 Interface Analog ⋅ CameraLink ⋅ GigE ⋅ USB 3.0 | |
 3  | Ultra-compact miniature SWIR module
VGA 640×512, Pitch: 15µm
Plug-and-play, a… (+) Ultra-compact miniature SWIR module
VGA 640×512, Pitch: 15µm
Plug-and-play, a small form factor for embedded platforms
High Dynamic Range 120dB
Low power consumption - TECless
Up to 100fps full frame
USB3.0
(-) Resolution 640x512 Interface USB 3.0 | |
 2 | QVGA HDR SWIR camera
QVGA 320×256, Pitch: 25µm
TECless, low-power… (+) QVGA HDR SWIR camera
QVGA 320×256, Pitch: 25µm
TECless, low-power consumption with NIT patented HDR technology (120dB)
USB3.0/CameraLink interface
Compact and low power consumption camera
Cost-effective solution
(-) Resolution 320x256 Interface CameraLink ⋅ USB 3.0 | |
 3  | Coming soon LiSaSWIR 2048 Industrial Line-scan Line-scan array SWIR camera
Version 2 - Coming soon
Line-scan array… (+) Line-scan array SWIR camera
Version 2 - Coming soon
Line-scan array Featuring NIT’s NSC2301 sensor designed and manufactured by NIT
2K resolution - 2048x1px @8µm pixel pitch
(-) Resolution 2048x1 Interface CameraLink |
NIT's Premium SWIR products
Frequently Asked Questions
Understanding SWIR Imaging
Shortwave Infrared (SWIR) imaging operates in the 900-1700nm wavelength range, allowing it to capture details invisible to conventional visible light cameras. This technology benefits seeing through obscurants like smoke, fog, and certain materials, making it an essential tool for various industrial, scientific, and defense applications.
Key Advantages of SWIR Imaging:
- Material Penetration – SWIR light can penetrate certain materials like silicon, making it ideal for semiconductor inspection.
- High Contrast Imaging – Enhanced visibility in low-light conditions and high-contrast environments.
- Thermal Sensitivity – Detects heat variations without requiring active illumination.
- Water & Moisture Detection – Useful in agriculture and food sorting applications.
What is InGaAs and Why is it Essential for SWIR Imaging?
Indium Gallium Arsenide (InGaAs) is a specialized semiconductor material used in SWIR sensors due to its high quantum efficiency in the 900-1700nm range. Unlike silicon-based sensors, which are limited to the visible spectrum, InGaAs enables imaging beyond human vision, making it indispensable for SWIR applications.
Advantages of InGaAs Sensors:
- High Sensitivity – Superior performance in low-light and high-contrast conditions.
- Low Noise & High Dynamic Range – Delivers crisp, clear images even in challenging environments.
- Temperature Stability – Reliable performance across various operational conditions.
- Broad Wavelength Coverage – Ideal for applications such as semiconductor inspection, surveillance, biomedical imaging, and industrial sorting.
At NIT, we design and develop our own InGaAs sensors, ensuring that our SWIR cameras deliver unparalleled performance, flexibility, and reliability. This in-house capability allows us to push the boundaries of SWIR imaging technology while providing tailored solutions for our customers.
Applications of SWIR Imaging
Our SWIR cameras are trusted across industries for their ability to see beyond the visible spectrum:
- Semiconductor Inspection – Detect hidden defects and measure silicon wafer thickness.
- Welding & Additive Manufacturing – Monitor high-temperature processes for precision and quality control.
- Security & Surveillance – Enhance visibility in low-light and challenging environments.
- Laser Applications – Monitor laser sources and alignments accurately.
- Microscopy & Life Science – Capture high-resolution images for biological and medical research.
- Other Applications – Discover more possibilities with our versatile SWIR cameras.
Explore more on our Applications Page.
SWIR example images
NIT SWIR Camera Product Lines
- WiDy SWIR Series – Patented HDR (120dB), Logarithmic Response, No Saturation
- WiDy SenS Series – Switchable Dual-Response: HDR 120dB & High Sensitivity
- SenS Series – High-Sensitivity, Low-Noise SWIR Cameras
- LiSaSWIR – Line-scan SWIR cameras
Why NIT's SWIR Cameras Stand Out from Competitors?
Unlike many SWIR camera manufacturers that rely on third-party sensors, NIT is the only company designing and producing its own InGaAs sensors while also manufacturing cameras and software. This vertical integration allows us to offer superior performance, faster innovation, and unmatched flexibility in customization.
Key Competitive Advantages:
- Only manufacturer offering qVGA to Full HD InGaAs sensors & cameras.
- Best-in-class noise and sensitivity performance.
- Logarithmic HDR & linear response modes – unique in the market.
- Full control over sensor, camera, and software development.
- Custom OEM solutions available for specialized applications.
- Premium SWIR By Lynred
Get your best SWIR products
Experience the next generation of high-resolution, low-noise SWIR imaging with New Imaging Technologies. Whether for industrial, scientific, or defense applications, our cutting-edge SWIR cameras deliver the performance and flexibility you need.
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