This groundbreaking SWIR detector is designed as a very low Size Weight and Power (SWaP) and low-cost VGA format 10-micron pitch SWIR detector.
The SWIFT-EI is the world’s first SWIR detector integrating event-based imaging capabilities, making it a revolutionary addition to the defense and industrial sectors. Its advanced FPA level detection capabilities enable tactical forces to detect multiple laser sources, laser-spots, Hostile Fire Indication (HFI), and much more. Its state-of-the-art ROIC imager technology offers two parallel video channels in one sensor – a standard imaging SWIR video channel, and a very high frame event imaging channel.
The SWIFT-EI offers SWIR imaging that supports day and low-light scenarios, enabling 24/7 situational awareness, better atmospheric penetration, and a low-cost SWIR image for tactical applications. Furthermore, its event-based imaging channel provides advanced capabilities, such as laser event spot detections, multi-laser spot LST capabilities, and SWIR event-based imaging, broadening the scope of target detection and classification.
The SWIFT-EI also opens up new capacities for machine vision applications in fields such as production line sorting machines, smart agriculture, and more, where analysis of high-level SWIR images is required for automatic machine decision-making. The SWIFT EI enables a full frame rate of more than 1200 Hz, which is essential for machine vision and machine AI algorithms.
Kobi Zaushnizer, CEO of SCD, said that the new product is part of the company’s value to be “always a step ahead”.
“The SWIFT-EI event-based imaging enables the next generation of AI-based systems, offering the multi-domain battlespace multi-spectral infrared imaging for better situational awareness, advanced automatic target detection and calcifications, and target handoff across platforms and forces, while increasing warrior lethality. It also enables Hostile Fire Indication (HFI) detection, and all of this at a price point that makes it possible for SWIR cameras to be integrated into high-distribution applications, such as weapon sights and clip-ons, drones, man-portable target designators, and more. The advanced detector is already being delivered to initial customers around the world, and we expect to see a significant production ramp-up in the coming months.”
