Ultra-Rad-Hard Full-HD Image Sensor and Camera for Rare Isotope Beam Facilities

The Department of Energy requires a compact digital imaging system (or systems) for beam and target system diagnostic applications. Capable of HD resolution, motion deblurring, object/event detection/identification, object tracking, and data compression, the proposed system is meant to resolve current camera lifespan inadequacies while also boosting energy level resistance. This problem is being addressed by utilizing Alphacore’s “Camera-on-Chip" technology where the camera functionality is moved from the FPGA camera control board to the image sensor chip itself. The chip-based camera includes functionality to transfer the image data via a rad-hard cable up to 150ft to an area in the facility that does not include high radiation environment. Now, a radiation-hard camera control board is not needed. During Phase I, Alphacore will characterize and evaluate the first version of the image sensors and perform radiation testing. Based on the results, we will design the final full resolution version of the proposed radiation hardened image sensor. The need for camera on chip technologies for compact digital imaging systems has already diversified into numerous sectors within the energy and commercial industry. While the immediate energy needs of this program are sought for beam and target system diagnostic applications, defense sector applications include Missile attitude detection systems, next-gen ISR missions, security and situational awareness, and numerous space agency mission needs such as identify space-objects in real-time and space-object detection and space-situational awareness (CspOC). On the private industry side, the diverse environment in which CoC technologies will be integral in next generation technologies include, but not limited to security and surveillance, medical imaging and aerospace, nuclear experimentation, space exploration and LEO operations, SatCom and communications, and the automotive industry including the growing autonomous transportation and safety system segments therein.