Unmanned Aerial Vehicles (UAVs) require highly reliable, low-latency, and high-throughput computing platforms to manage mission-critical tasks such as real-time sensor processing, radar, secure communication, and electronic warfare. iWave’s Agilex 7 R24C System on Module (SoM) offers a compact, power-efficient, and high-performance FPGA-based solution designed to meet these demands.
A leading aerospace technology company specializing in advanced unmanned aerial systems (UAS) sought a reconfigurable FPGA platform for next-generation UAV control and payload processing. Their application required deterministic real-time data processing, high-speed sensor interfacing, and reliability under extended operational conditions.
The customer required a solution that offered high logic density for control and signal-processing workloads, reliable high-speed interfaces for sensor and payload connectivity, and a proven development ecosystem to accelerate time-to-deployment. They needed a QDR-IV memory support for high bandwidth and deterministic latency, ensuring the platform could handle large data throughput and algorithmic computation while maintaining long-term reliability in airborne environments. Additional challenges included achieving low-latency PCIe data transfers, thermal stability during continuous operation, and ensuring scalability for future UAV variants.
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