Transform RF Signals into Digital Data
Boards and Subsystems with the latest A/D, D/A, and FPGA silicon
Mercury Systems' mixed signal processing boards accelerate technology adoption through open architectures and optimized SWaP. These solutions enhance real-time decision-making at the edge and improve cost efficiency by replacing complex analog hardware with modular, direct digitization.

High-Performance FPGA Boards and Mixed-Signal Solutions
Accelerate your mission-critical applications with Mercury’s industry-leading FPGA processing boards and integrated digital converters. Our open-architecture solutions leverage the latest AMD technologies, including UltraScale+ ™, RFSoC , and Versal™ architectures, and Altera Agilex ™ 7 and Agilex ™ 9 architectures to deliver unmatched processing power in the most demanding environments. Whether you need a standalone field programmable gate array or a complex data converter system, our hardware is designed for low-latency, high-bandwidth performance.
Advanced RFSoC and FPGA Development Platforms
From high-speed converters to ruggedized FPGA boards, Mercury Systems provides the building blocks for the modern signal chain. Our portfolio features a wide range of field programmable gate arrays, including specialized AMD Zynq® UltraScale+ ™ RFSoC and Versal™ RF, and Altera Agilex™ 9 devices. By integrating high-density analog converter technology with cutting-edge heterogeneous processing, we help you reduce footprint and power consumption without sacrificing signal integrity.
EXPLORE OUR SIGNAL TECHNOLOGY SOLUTIONS
Explore Digital Signal Processing Products
FPGA Processor Boards
Speed your high-performance processing application with rugged COTS FPGA boards
FPGA, A/D and D/A Boards and Subsystems
Direct RF conversion with FPGA processing leveraging high-speed ADC, DAC and FPGA devices
Clock/Synthesizer Boards
Clock generation and distribution for demanding high-fidelity, coherent signal-processing
Development Platforms and Accessories
OpenVPX enclosures, power supplies and accessories to speed system development, testing and time to market.