Agilex 9 FPGAs Power COTS VPX Boards

Why It Matters

By delivering programmable RF capability on standard VPX hardware, defense integrators can shorten development cycles, lower platform costs, and field more adaptable electronic systems in contested environments.

Key Takeaways

• Agilex 9 FPGAs integrated into Mercury DRF5660 VPX board
• VadaTech VPX540 board also ships with Agilex 9 Direct RF
• Enables software-defined RF, reduces SWaP for defense platforms
• Accelerates time‑to‑market for adaptive radar and EW systems

Pulse Analysis

Altera’s Agilex 9 family represents a shift toward highly integrated, medium‑band RF solutions that blend data converters, transceivers and programmable logic on a single die. This architecture reduces board complexity and latency, making it ideal for edge computing where real‑time signal processing is critical. The FPGA’s high‑speed serial links and extensive I/O suite support the massive data rates demanded by modern radar and electronic warfare (EW) applications, while its reconfigurability allows firmware updates to keep pace with evolving threat environments.

The collaboration with Mercury Systems and VadaTech translates Agilex 9’s technical advantages into ready‑to‑deploy VPX platforms. Mercury’s DRF5660 and VadaTech’s VPX540 both meet OpenVPX and SOSA standards, ensuring interoperability across a wide range of defense avionics and ground systems. By offering commercial‑off‑the‑shelf (COTS) boards, the partners cut procurement lead times and lower total ownership costs, enabling program managers to meet aggressive acquisition schedules without sacrificing performance.

For the defense industry, the convergence of software‑defined radio (SDR) capabilities and FPGA‑driven RF processing on standardized VPX hardware signals a new era of modular, upgradable platforms. Operators can reprogram waveforms, adapt to new frequency bands, and integrate advanced signal‑intelligence algorithms without redesigning hardware. This flexibility not only enhances mission readiness but also aligns with the Department of Defense’s push for open, reusable architectures that can evolve across multiple program generations.