Sofradir EC IR Cores
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Laser Imaging
Many lasers used today produce emissions in the non-visible, infrared portion of the electromagnetic spectrum. Consequently, it is useful to have devices that can detect the laser emissions permitting proper alignment and evaluation. For many applications, it is extremely important to know the cross-sectional profile of a laser beam. In this way, the power, energy density, modal structure and divergence of the laser can be determined. Infrared imagers offer an ideal method for analyzing laser beam profiles from 800 nm to 20 microns.
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Snake™ - InGaAs Module

Snake InGaAs Module

NEW!
The Snake Module is a very low power and ultra compact SWIR VGA module. This "plug and play" solution is based of Sofradir new generation Snake InGaAs FPA assembly. The Snake Module provides simplified interfaces for an easy and quick integration in your SWiR system, by managing all features of the proxy board and providing data processing capabilities. The Snake Module is well adapted to a large range of applications such as surveillance, airborne gimbals and various scientific and machine vision applications.
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InGaAs Detectors
Cooled Detectors
NEW!
High performance InGaAs infrared imaging detectors available for SW infrared imaging. Their high-sensitivity and high-resolution FPA assemblies are designed for demanding low flux, high resolution imaging applications in the wavelength range 0.9µm to 1.7µm. Sofradir InGaAs technology exhibits outstanding performance in terms of dark current, uniformity and operability. These detectors are well adapted to a large range of applications such as night vision, surveillance, airborne gimbals and various industrial and scientific applications.
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Uncooled Infrared Camera - PV640LW
PV640

Incorporating an advanced 640x480 microbolometer detector array, the PV640LW Uncooled Infrared Camera delivers high resolution infrared images in the long-wave (8-14µm) spectral range. Because they accept a variety of infrared objective lenses and with either Gigabit Ethernet or Camera Link digital video output models, the cameras are ideal for a wide variety of applications. In addition, the PV640’s short thermal time constant produces superior thermal image quality even while imaging fast moving objects.

 

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MiTIE MWIR Miniature Thermal Imaging Engines
Model
Description
MiTIE MWIR-1280/10-DaphnisHD
Engine based on 1280x720 10µm MCT
Daphnis HD MW IDDCA
3.4 to 4.9 µm
ƒ2.0 / ƒ4.0
MiTIE MWIR-1024/10-Daphnis
Engine based on 1024x768 10µm MCT
Daphnis MW IDDCA
3.4 to 4.9 µm
ƒ2.0 / ƒ4.0
MiTIE MWIR-640/15-Leo-CZ
Engine based on 640x512 15µm MCT
Leo MW IDDCA
With 19-275mm CZ lens ƒ5.5
3.7 to 4.8 µm
MiTIE MWIR-1280/15-Jupiter
Engine based on 1280x1024 15µm MCT
Jupiter MW IDDCA
3.7 to 4.8 µm
ƒ2.0 / ƒ4.5 / ƒ5.5
MiTIE MWIR-640/15-Scorpio
Engine based on 640x512 15µm MCT
Scorpio MW IDDCA
3.7 to 4.8 µm
ƒ2.0 / ƒ2.24 / ƒ4.0
MiTIE MWIR-640/15-Leo
Engine based on 640x512 15µm MCT
Leo MW IDDCA
3.7 to 4.8 µm
ƒ4.0 or ƒ5.5
MiTIE MWIR-640/15-Scorpio
Enclosed engine with bayonet lens mount and commercial connectors
640x512 15µm MCT
Scorpio MW IDDCA
3.7 to 4.8 µm
ƒ2.0 / ƒ2.24 / ƒ4.0
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MiTIE MWIR Miniature Thermal Imaging Engines
NEW!
Model
Description
MiTIE MWIR-640/15-Leo-CZ
Engine based on 640x512 15µm MCT
Scorpio MW IDDCA
With 19-275mm CZ lens ƒ5.5
3.7 to 4.8 µm
MiTIE MWIR-1280/15-Jupiter
Engine based on 1280x1024 15µm MCT
Jupiter MW IDDCA
3.7 to 4.8 µm
ƒ2.0 / ƒ4.5 / ƒ5.5
MiTIE MWIR-640/15-Scorpio
Engine based on 640x512 15µm MCT
Scorpio MW IDDCA
3.7 to 4.8 µm
ƒ2.0 / ƒ2.24 / ƒ4.0
MiTIE MWIR-640/15-Leo
Engine based on 640x512 15µm MCT
Scorpio MW IDDCA
3.7 to 4.8 µm
ƒ4.0 or ƒ5.5
MiTIE MWIR-640/15-Scorpio
Enclosed engine with bayonet lens mount and commercial connectors
640x512 15µm MCT
Scorpio MW IDDCA
3.7 to 4.8 µm
ƒ2.0 / ƒ2.24 / ƒ4.0
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IRE Cooled IR Imaging Cameras: SW, MW, LW and VLW IR

IR Camera Cooled Engines

NEW!

These high performance infrared imaging cameras are based on cryogenically cooled MCT infrared detectors. A variety of models are available having different ranges of spectral sensitivity and different array formats. The cameras harness the full performance of the Sofradir IDDCAs while offering unique flexibility such as variable frame rate and integration time, sub-windowing at higher frame rates, radiometric calibration and IRIG time stamp capability. The 14-bit digital data can be streamed via LVDS or through optional Camera Link and/or Gigabit Ethernet. A variety of infrared lenses are available as well as software developer toolkits (SDKs) and command software modules.

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ATOM™ 1024 - Uncooled Infrared Camera Module

ATOM 1024 Uncooled Infrared Camera Module

Incorporates a 1024x768 microbolometer detector array having state-of-the-art 17µm pixel technology to deliver extremely high resolution in an XGA format. Because of the camera's extremely high resolution, small compact size and low power consumption, the ATOM 1024 is ideally suited for a wide range of military and COTS thermal imaging systems. The ATOM 1024's short thermal time constant produces superior thermal image quality, even while imaging fast moving objects, making the system an ideal choice for handheld, ground vehicle and airborne EOIR platforms, advanced fusion-based night vision systems as well as high performance commercial systems.

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Infrared Imaging Detectors

Cooled Detectors

High performance infrared imaging detectors including InGaAs, cooled QWIP and cooled mercury cadmium telluride (MCT) detector dewar/cooler assemblies (IDDCAs). Available for SW, MW, LW and VLW infrared imaging in small, medium and large array formats.

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Uncooled Microbolometer Detectors

Uncooled Detectors

Uncooled detectors from 1024x768 down to 160x120 pixel arrays and smaller for both high performance and commerical applications. Ideal for integration into military, commercial and industrial thermal imaging products.

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Knowledge Center
White Papers
SWIR space detectors and future developments at Sofradir
MCT infrared technology from visible to VLWIR for space applications at Sofradir
QWIP infrared detector production line results
SWIR InGaAs focal plane arrays in France
Latest pixel size reduction of uncooled IRFPA at CEA, LETI
Current progress on pixel level packaging for uncooled IRFPA
HOT MCT detectors bring high performance with lower power and improved reliability
Dual-band IR detectors for the next generation
Compact dewar designs enable large format infrared detectors
Latest developments in infrared detectors for space applications
Uncooled infrared imaging: Higher performance, lower costs
Cooled IR detectors for remote sensing and hyperspectral imaging
On diffraction-limited performance for infrared cameras
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SOFRADIR EC IR CORES
373 US Hwy 46W  Fairfield, NJ 07004 USA  |  Phone: 973-882-0211  |  Fax: 973-882-0997  |  info@sofradir-ec.com