SWIR Cameras for Scientific, Industrial and OEM Imaging
Explore InGaAs SWIR cameras by resolution, wavelength range, cooling and interface. Browse camera photographs first, then compare detailed specifications and download datasheets.
Need help choosing? Pembroke can match the camera, lens, illumination, field of view, interface and software to your application.
Calculate SWIR Field of View & Spatial Resolution
Select a SWIR camera and Kowa lens, enter your working distance, and calculate field of view and spatial sampling. Lens minimum focusing distance is provided automatically.
Explore SWIR Camera Families
Start with these representative cameras, then filter by specifications or review the complete model tables.
SenS 1920
1920 × 1080 • 8 µm • 900–1700 nm
2 MP SWIR imaging when spatial detail is the priority.
WiDy SenS 640V-ST
640 × 512 • 15 µm • USB 3.0 • TE cooled
A practical starting point for scientific and industrial VGA SWIR imaging.
eZephir
640 × 512 • 15 µm • 900–2500 nm
For applications requiring response beyond standard 1.7 µm InGaAs.
LiSA
2048 × 1 • 7.5 µm • 60 kHz
High-resolution SWIR line scanning for continuous inspection.
Narrow Your SWIR Camera Choices
Select the wavelength range, resolution, cooling, pixel size or interface you need. Matching cameras link directly to their full specifications below.
Deep Thermoelectric Cooling
Deeply TE-cooled SWIR cameras reduce dark current and thermal noise to levels required for spectroscopy, astronomy, low-light scientific imaging, and extended-SWIR measurement.
Selection guidance: Deep cooling is most useful when dark current, low-light sensitivity or extended spectral response is critical.
Help Me Choose| Camera Model | Image | Spectral Range | Data Port Type | Sensor Format | Cooling | Max Frame Rate | Best Fit | Datasheet | Next Step |
|---|---|---|---|---|---|---|---|---|---|
| eZephir | |
900–2500 nm | USB 3.0 / Camera Link | 640 x 512 px / 15 µm | TE cooled | 240 fps | Extended SWIR to 2500 nm with deep TE cooling. Best choice for spectroscopy, astronomy, and applications requiring wavelengths beyond standard 1700 nm InGaAs. | Download PDF | View DetailsRequest Price |
| ALIZE 1.7 |  |
900–1700 nm | USB 3.0 / Camera Link | 640 x 512 px / 15 µm | TE cooled | 250 fps | Standard 900–1700 nm InGaAs with deep TE cooling and 250 fps frame rate. | Download PDF | View DetailsRequest Price |
| Zephir 1.7 |  |
900–1700 nm | USB 3.0 / Camera Link | 640 x 512 px / 15 µm | TE cooled | 240 fps | Deeply cooled 1.7 µm cutoff InGaAs camera from Photon Etc. | Download PDF | View DetailsRequest Price |
Ask about cooling, sensitivity, spectral range and the best camera for your measurement.
Your inquiry will include the SWIR category you were viewing.
2 Megapixel SWIR Cameras
The SenS 1920 family delivers 1920 x 1080 px resolution at 8 µm pixel pitch.
Selection guidance: Start here when high spatial resolution is the primary requirement.
Help Me Choose| Camera Model | Image | Spectral Range | Data Port Type | Sensor Format | Cooling | Max Frame Rate | Best Fit | Datasheet | Next Step |
|---|---|---|---|---|---|---|---|---|---|
| SenS 1920M-ST | |
900–1700 nm | Camera Link SDR26 | 1920 x 1080 px / 8 µm | TE cooled | 40 fps | 2 MP SWIR via Camera Link SDR26 for high-bandwidth industrial integration. | Download PDF | View DetailsRequest Price |
| SenS 1920L-ST | |
900–1700 nm | Camera Link LSHM130 | 1920 x 1080 px / 8 µm | TE cooled | 40 fps | 2 MP SWIR via Camera Link LSHM130 connector. | Download PDF | View DetailsRequest Price |
| SenS 1920V-ST | |
900–1700 nm | USB 3.0 | 1920 x 1080 px / 8 µm | TE cooled | 40 fps | 2 MP SWIR via USB 3.0 for cable-simple laboratory and research integration. | Download PDF | View DetailsRequest Price |
Request pricing or discuss whether the SenS 1920 is the right resolution, lens and interface for your application.
Your inquiry will include the SWIR category you were viewing.
1.3 Megapixel SWIR Cameras
The SenS 1280 family provides 1280 x 1024 px resolution at 10 µm pixel pitch.
Selection guidance: SenS 1280 balances resolution with multiple interface choices.
Help Me Choose| Camera Model | Image | Spectral Range | Data Port Type | Sensor Format | Cooling | Max Frame Rate | Best Fit | Datasheet | Next Step |
|---|---|---|---|---|---|---|---|---|---|
| SenS 1280V-ST |  |
900–1700 nm | USB 3.0 | 1280 x 1024 px / 10 µm | TE cooled | 60 fps | 1.3 MP SWIR via USB 3.0 at 60 fps. | Download PDF | View DetailsRequest Price |
| SenS 1280M-ST | |
900–1700 nm | Camera Link SDR26 | 1280 x 1024 px / 10 µm | TE cooled | 60 fps | 1.3 MP SWIR via Camera Link SDR26 for industrial inspection. | Download PDF | View DetailsRequest Price |
| SenS 1280M-STE | |
900–1700 nm | Camera Link SDR26 | 1280 x 1024 px / 10 µm | TE cooled | 60 fps | 1.3 MP SWIR via Camera Link SDR26 with enhanced TE cooling. | Download PDF | View DetailsRequest Price |
| SenS 1280C-STE | |
900–1700 nm | CoaXPress | 1280 x 1024 px / 10 µm | TE cooled | 60 fps | 1.3 MP SWIR via CoaXPress for high-speed industrial systems. | Download PDF | View DetailsRequest Price |
| SenS 1280H-STE | |
900–1700 nm | HD-SDI | 1280 x 1024 px / 10 µm | TE cooled | 60 fps | 1.3 MP SWIR via HD-SDI for broadcast-compatible integration. | Download PDF | View DetailsRequest Price |
| SenS 1280L-STE | |
900–1700 nm | Camera Link LSHM130 | 1280 x 1024 px / 10 µm | TE cooled | 60 fps | 1.3 MP SWIR via Camera Link LSHM130 with enhanced TE cooling. | Download PDF | View DetailsRequest Price |
Ask an applications engineer to compare SenS 1280 interfaces and cooling options for your system.
Your inquiry will include the SWIR category you were viewing.
TE-Cooled VGA SWIR Cameras
The WiDy SenS 640 family covers 640 x 512 px VGA SWIR imaging.
Selection guidance: The 640 × 512 family offers the broadest selection of interfaces and cooling configurations.
Help Me Choose| Camera Model | Image | Spectral Range | Data Port Type | Sensor Format | Cooling | Max Frame Rate | Best Fit | Datasheet | Next Step |
|---|---|---|---|---|---|---|---|---|---|
| WiDy SenS 640V-ST | |
900–1700 nm | USB 3.0 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via USB 3.0 at 250 fps. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640V-STP | |
900–1700 nm | USB 3.0 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via USB 3.0 with Peltier temperature control. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640M-ST | |
900–1700 nm | Camera Link SDR26 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via Camera Link SDR26. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640L-ST | |
900–1700 nm | Camera Link LSHM130 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via Camera Link LSHM130. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640M-STE | |
900–1700 nm | Camera Link SDR26 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via Camera Link SDR26 with enhanced TE cooling. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640M-STE2 | |
900–1700 nm | Camera Link SDR26 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via Camera Link SDR26 with second-gen enhanced cooling. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640L-STE2 | |
900–1700 nm | Camera Link LSHM130 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via Camera Link LSHM130 with second-gen enhanced cooling. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640M-STP | |
900–1700 nm | Camera Link SDR26 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via Camera Link SDR26 with Peltier control. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640M-STPE | |
900–1700 nm | Camera Link SDR26 | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via Camera Link SDR26 with Peltier control and enhanced cooling. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640G-STE | |
900–1700 nm | GigE Vision / PoE | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via GigE Vision with Power over Ethernet. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640G-STE2 | |
900–1700 nm | GigE Vision / PoE | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via GigE Vision/PoE with second-gen enhanced cooling. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640A-STE-PAL | |
900–1700 nm | Analog Video (PAL) | 640 x 512 px / 15 µm | TE cooled | 60 fps | TE-cooled VGA SWIR with PAL analog video output. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640A-STE-NTSC | |
900–1700 nm | Analog Video (NTSC) | 640 x 512 px / 15 µm | TE cooled | 60 fps | TE-cooled VGA SWIR with NTSC analog video output. | Download PDF | View DetailsRequest Price |
| WiDy SenS 640H-STE | |
900–1700 nm | HD-SDI | 640 x 512 px / 15 µm | TE cooled | 250 fps | TE-cooled VGA SWIR via HD-SDI at 250 fps. | Download PDF | View DetailsRequest Price |
| HiPe SenS 640V-ST |  |
900–1800 nm | USB 3.0 | 640 x 512 px / 15 µm | TE cooled | 250 fps | Extended-range VGA SWIR to 1800 nm via USB 3.0. | Download PDF | View DetailsRequest Price |
| HiPe SenS 640M-ST | |
900–1800 nm | Camera Link SDR26 | 640 x 512 px / 15 µm | TE cooled | 250 fps | Extended-range VGA SWIR to 1800 nm via Camera Link SDR26. | Download PDF | View DetailsRequest Price |
Tell us your application and preferred interface. We can recommend the appropriate WiDy SenS 640 configuration.
Your inquiry will include the SWIR category you were viewing.
Uncooled VGA SWIR Cameras
Uncooled WiDy SWIR 640 cameras offer the most cost-effective entry point into InGaAs SWIR imaging.
Selection guidance: Choose uncooled VGA when cost and simple integration matter more than cooled low-noise performance.
Help Me Choose| Camera Model | Image | Spectral Range | Data Port Type | Sensor Format | Cooling | Max Frame Rate | Best Fit | Datasheet | Next Step |
|---|---|---|---|---|---|---|---|---|---|
| WiDy SWIR 640V-S |  |
900–1700 nm | USB 3.0 | 640 x 512 px / 15 µm | Uncooled | 100 fps | Entry-level uncooled VGA SWIR via USB 3.0. | Download PDF | View DetailsRequest Price |
| WiDy SWIR 640G-SE | |
900–1700 nm | GigE Vision / PoE | 640 x 512 px / 15 µm | Uncooled | 100 fps | Uncooled VGA SWIR via GigE Vision with Power over Ethernet. | Download PDF | View DetailsRequest Price |
| WiDy SWIR 640M-SE | |
900–1700 nm | Camera Link SDR26 | 640 x 512 px / 15 µm | Uncooled | 100 fps | Uncooled VGA SWIR via Camera Link SDR26. | Download PDF | View DetailsRequest Price |
| WiDy SWIR 640A-SE-PAL | |
900–1700 nm | Analog Video (PAL) | 640 x 512 px / 15 µm | Uncooled | 100 fps | Uncooled VGA SWIR with PAL analog video output. | Download PDF | View DetailsRequest Price |
| WiDy SWIR 640A-SE-NTSC | |
900–1700 nm | Analog Video (NTSC) | 640 x 512 px / 15 µm | Uncooled | 100 fps | Uncooled VGA SWIR with NTSC analog video output. | Download PDF | View DetailsRequest Price |
Request pricing or ask whether an uncooled WiDy 640 is appropriate for your imaging requirement.
Your inquiry will include the SWIR category you were viewing.
QVGA High-Speed SWIR Cameras
The WiDy SenS 320 family delivers 320 x 256 px qVGA SWIR imaging.
Selection guidance: The qVGA family is optimized for applications where speed is more important than image format.
Help Me Choose| Camera Model | Image | Spectral Range | Data Port Type | Sensor Format | Cooling | Max Frame Rate | Best Fit | Datasheet | Next Step |
|---|---|---|---|---|---|---|---|---|---|
| WiDy SenS 320V-ST | |
900–1700 nm | USB 3.0 | 320 x 256 px / 15 µm | TE cooled | 1,000 fps | High-speed qVGA SWIR at 1,000 fps via USB 3.0. | Download PDF | View DetailsRequest Price |
| WiDy SenS 320V-ST-HS | |
900–1700 nm | USB 3.0 | 320 x 256 px / 15 µm | TE cooled | 10,000 fps | Ultra-high-speed qVGA SWIR at 10,000 fps via USB 3.0. | Download PDF | View DetailsRequest Price |
| WiDy SenS 320M-ST | |
900–1700 nm | Camera Link SDR26 | 320 x 256 px / 15 µm | TE cooled | 1,000 fps | High-speed qVGA SWIR at 1,000 fps via Camera Link SDR26. | Download PDF | View DetailsRequest Price |
| WiDy SenS 320L-STE2 | |
900–1700 nm | Camera Link LSHM130 | 320 x 256 px / 15 µm | TE cooled | 1,000 fps | High-speed qVGA SWIR at 1,000 fps via Camera Link LSHM130 with second-gen enhanced cooling. | Download PDF | View DetailsRequest Price |
| WiDy SenS 320M-STE2 | |
900–1700 nm | Camera Link SDR26 | 320 x 256 px / 15 µm | TE cooled | 1,000 fps | High-speed qVGA SWIR at 1,000 fps via Camera Link SDR26 with second-gen enhanced cooling. | Download PDF | View DetailsRequest Price |
| WiDy SenS 320G-STE2 | |
900–1700 nm | GigE Vision / PoE | 320 x 256 px / 15 µm | TE cooled | 1,000 fps | High-speed qVGA SWIR at 1,000 fps via GigE Vision with PoE and second-gen enhanced cooling. | Download PDF | View DetailsRequest Price |
Discuss frame rate, ROI, exposure time and interface requirements with an applications engineer.
Your inquiry will include the SWIR category you were viewing.
Line Scan SWIR Cameras
Line scan SWIR cameras image one line at a time as the target moves past the sensor.
Selection guidance: LiSA is designed for moving targets and continuous inspection rather than conventional area imaging.
Help Me Choose| Camera Model | Image | Spectral Range | Data Port Type | Sensor Format | Cooling | Max Frame Rate | Best Fit | Datasheet | Next Step |
|---|---|---|---|---|---|---|---|---|---|
| LiSA | |
900–1700 nm | Camera Link SDR26 | 2048 x 1 px / 7.5 µm | TE cooled | 60 kHz | 2048-pixel TE-cooled InGaAs line scan camera at 60 kHz line rate. | Download PDF | View DetailsRequest Price |
Discuss line rate, conveyor speed, optics and inspection geometry, or request LiSA price and availability.
Your inquiry will include the SWIR category you were viewing.
Additional SWIR Selection Resources
Explore application guidance, integration FAQs and links to camera families.
Find answers to common SWIR camera questions or review hardware, software and SDK integration guidance.
Tell us what you need to image, your working distance, field of view, frame-rate requirement, and preferred interface. An applications engineer can recommend a camera and lens combination.
Include your application details so we can respond with a focused recommendation.
What Are You Trying to Image?
Start with your application if you do not yet know which SWIR camera format, cooling level or interface is best.