RF & Software Defined Radio

The NI Real-Time & FPGA Systems provide deterministic computing platforms for applications that require precise timing, low latency, and reliable control. By combining real-time processors with reconfigurable FPGA hardware, these systems enable engineers to execute time-critical tasks and custom logic directly in hardware. NI real-time and FPGA systems support advanced functions such as high-speed data acquisition, closed-loop control, hardware-in-the-loop (HIL) simulation, and real-time signal processing. FPGA programmability allows users to implement custom algorithms, protocol handling, and synchronization logic that operate independently of operating system jitter. Widely used in industrial automation, aerospace and defense, automotive electronics, energy systems, and advanced research, NI Real-Time & FPGA Systems provide a scalable foundation for mission-critical applications. Their modular architecture supports long-term system evolution while maintaining deterministic performance and system reliability.