We have been working with Intel® and Xilinx® high-end FPGA latest-technology nodes for more than 20 years. We are de-risking those technologies to provide a safe route using best-in-class features on our boards, such as high-speed memories (DDR4/5), high-speed transceivers (28/56G/100 Gbps), PCIe Gen4/5, Analog RF interface to the FPGA (LVDS, JESD204B/C), and solving the power dissipation challenges of the FPGA board and the embedded system.
Electronic warfare and radar systems are a perfect match for high-end FPGA-based designs, thanks to the flexibility, reprogramming and confidentiality that the FPGA technology can provide. Electronic warfare and radar systems are pushing technological limits, always looking for the cutting-edge features that will provide superiority to the Intelligence, Surveillance, and Reconnaissance (ISR) systems. They require a huge amount of logic, DSP and parallel signal processing capabilities, high-speed memory interfaces, high-speed transceivers and lots of I/Os to interface the complex Analog RF Front-Ends, and potentially imaging systems as well.
You want to develop a high-end embedded platform based on FPGA technology that is also scalable for several of your projects. This is a complex analog and digital design, which needs to be flexible and programmable in order to acquire many high-speed signals, as well as a lot of logic and CPU/DSP processing capabilities.