The SCD HOT MWIR Detector Family
Built to deliver performance, adaptability, and precise coordination across systems, with straightforward integration into a variety of applications such as UAVs, ground systems, situational awareness and handheld devices.
The SCD HOT family is built on years of expertise in MWIR detection technology, offering a mature and reliable solution. It features two main sensing technologies: XBn (FPA operational temperature of 150K, spectral response of 3.6–4.2μm) and HFM (FPA operational temperature of 120K, spectral response of 3.6–4.9μm), ensuring high performance and adaptability for diverse applications.
Compact VGA cooled MWIR detector with 10μm pixel pitch. High sensitivity and low NETD, suited for long-range detection in gimbals, UAVs, and portable platforms.
SXGA, 5μm version of Sparrow. Same footprint, higher resolution. Supports advanced processing for ISR and airborne payloads.
5 Mega, 5μm HOT MWIR detector with multiple gain modes, low noise, and fast cool-down. Built for UAVs, EO/IR pods, and vehicle-mounted systems. Available both XBn and HFM flavors.
SXGA, 10um detectors, available at both XBn and HFM, designed to meet harsh environmental conditions, high frame rate applications, with ruggedized dewar allowing supreme performance.
SXGA, 10μm technology. Designed for platforms where space, power, and performance all matter—ideal for drones and soldier systems.
Compact VGA cooled MWIR detector with 10μm pixel pitch. High sensitivity and low NETD, suited for long-range detection in gimbals, UAVs, and portable platforms.
SXGA, 5μm version of Sparrow. Same footprint, higher resolution. Supports advanced processing for ISR and airborne payloads.
5 Mega, 5μm HOT MWIR detector with multiple gain modes, low noise, and fast cool-down. Built for UAVs, EO/IR pods, and vehicle-mounted systems. Available both XBn and HFM flavors.
SXGA, 10um detectors, available at both XBn and HFM, designed to meet harsh environmental conditions, high frame rate applications, with ruggedized dewar allowing supreme performance.
SXGA, 10μm technology. Designed for platforms where space, power, and performance all matter—ideal for drones and soldier systems.
Choosing the right detector starts with your system
With multiple readout modes, low NETD, and calibrated output, these detectors help you meet thermal imaging demands without adding complexity. Ideal for applications that demand reliable performance while maintaining low SWaP requirements