CAMERA & IMAGING INSIGHTS

New ROIC Developments At SUI

SUI’s next-generation ROIC achieves <10 µm pixels, multi-modal imaging, laser pulse detection, and high-accuracy ToF ranging, advancing SWIR/eSWIR performance for defense, surveillance, and scientific applications while optimizing SWaP-C.

• InGaAs-Based Devices For Laser Spot Tracking And Long-Range Remote Sensing
• New SWIR Product Introduction
• Port Security & Surveillance

• Low-SWaP SWIR ALPD Product Development At SUI

  Sensors Unlimited Inc. advances SWIR imaging with cost-effective, uncooled ALPD technology, enhancing multi-mode tracking, increasing detection range, and improving manufacturability for high-volume military and commercial applications.

• Advanced SWIR APDs For Multimode Applications

  Sensors Unlimited Inc. advances SWIR sensors with Geiger Mode APDs, enhancing high-precision range finding, laser tracking, and imaging for military and commercial applications with improved signal-to-noise performance.

• HOT SWIR Detector Technology For Both Passive And Active Imaging Applications

  Sensors Unlimited, an RTX Company, advances SWIR photodetector arrays with innovations in dark current reduction, hybridization, avalanche photodiodes, and fabrication processes for improved performance.

• Low Capacitance SWIR Photodetectors For High Speed Sensing Applications

  Sensors Unlimited Inc. developed high-speed SWIR focal plane arrays with reduced capacitance for improved LiDAR performance, enhancing laser pulse detection, low-light imaging, and laser range-finding applications.

• Advanced SWIR Sensor Development At SUI

  Explore advancements in SWIR sensor technologies, enhancing time-of-flight imaging, avalanche photodetectors, and quenching circuits for high-performance applications in precision targeting, 3D LADAR, and photon detection.

• University Of Ottawa Relies On The BEAMAGE Series To Measure Laser Profiles

  The University of Ottawa lab successfully used beam profilers to improve Power-Over-Fiber receiver chip development, ensuring precise, efficient laser measurements for advanced photonic research.