The SSC-320L infrared camera is ideally suited for high performance infrared imaging in the long-wave (7-10 µm) spectral range. The SSC-320L camera incorporates a high sensitivity 320x256 format HgCdTe infrared detector and is designed with a sealed, rugged housing enabling a wide range of applications including tracking, cold temperature work, target signature radiometric data collection, high speed imaging and infrared imaging spectroscopy.
Incorporates a 1024x768 microbolometer detector array having state-of-the-art 17µm pixel pitch 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.
Integrates advanced miniaturized electronics and state-of-the-art 17 micron pixel technology into the world’s smallest high resolution thermal imaging module. Consuming less than 1W and with a tiny size, the ATOM 640 high performance thermal imager is ideal for integration into handheld thermal imaging product and small unmanned platforms. Available in both military and commercial qualified models, the ATOM 640 delivers exceptional image quality and includes a rich set of software features and user interface options.
These high performance infrared imaging engines are based on cryogenically cooled MCT infrared detectors. A variety of models are available including short-wave SWIR (800nm - 2.5μm), mid-wave MWIR (3-5μm or 1.5-5µm), and long-wave LWIR (7.7-9.5μm or 7.7-11.5μm) models. Because of their versatility, these engines are ideal for easy integration into a wide range of electro-optical systems delivering exceptional sensitivity and spectral performance. The engines harness the full performance of the Sofradir IDDCAs while offering unique flexibility to meet the needs of any application or OEM requirement. Frame rate and integration time are adjustable. In addition, the camera permits detector sub-windowing at higher frame rates. Camera communication occurs through a serial interface. 14-bit digital data can be streamed via LVDS or through optional Camera Link and\/or Gigabit Ethernet. An IRIG time stamp capability is available as an option. A variety of software developer toolkits (SDKs) and command software modules are available for further flexibility.