Abaco Systems announces a design win for an order from a major European defense contractor which utilizes our powerful and rugged processing modules to implement real-time edge computing at the heart of a ground mobile early warning system. The challenge has been to identify a threat, extract the information, and deliver it to tactical decision makers with extremely low latency, and high reliability. This design win is proof of Abaco’s commitment to innovation and ability to rise to the challenges our customers face with the solutions they provide to the troops on the ground.
The early warning system will provide protection for ground force command centers using radar and LIDAR (Light Detection and Ranging) technologies. Integration of the input from these two sensor modalities will allow the system to extract highly accurate and detailed information about incoming threats from identification through to extraction of information – our product will deliver the information with extremely low latency required for success. This is accomplished through combining potent processing power with multiple Radio Frequency (RF) receivers, each operating with a very high data sampling rate.
The initial order is valued at $1.0 million while the win’s total value to Abaco is expected to be $3.0 million over five years. Design and integration will occur during the next year, followed by production deliveries.
Phillippe Constanty, Sales Director of Abaco Systems, Inc. said, “Our team provided interim systems and worked closely with our customer to understand exactly what they would need in order to succeed. The resulting solution delivers a powerful, FPGA-based signal processing with direct RF analog-to-digital conversion. By tightly integrating these capabilities into a rugged, SWaP-optimized module, we’re enabling real-time threat identification and tracking in tough combat situations. Over the next year, our technical experts will continue working closely with the customer’s development team to deliver a deployable, reliable, and highly effective system.”