Ethernet SDR Framework on RFSoC

  • Direct RF Sampling Architecture: Eliminates external RF front-end with DC up to 2.3 GHz tuning, simplifying design and improving signal integrity.
  • Massive MIMO Capability: Supports up to 16×16 MIMO for advanced applications like 5G, beamforming, and phased array systems.
  • Ultra-Wideband Performance: Up to 2 GHz instantaneous bandwidth with high-speed ADC (up to 5.9 GSPS) and DAC (up to 10 GSPS).
  • High-Throughput Data Pipeline: Ethernet supporting up to 100G using iWave UDP IP core for real-time, low-latency data transfer.
  • Deterministic Synchronization: Multi-Tile Synchronization (MTS) with SYSREF enables phase-coherent, multi-channel operation.
  • Flexible & Scalable SDR Platform: Dynamic reconfiguration, GNU Radio support, and compatibility with Linux/Windows, GPU acceleration, and open SDR ecosystems.
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Features Details
SDR Based on RFSoC
  • FPGA Chipset: AMD RFSOC
  • Channels: Up to 16 × 16 MIMO
  • Tuning Range: DC – up to 2.3 GHz Direct sampling
  • Instantaneous Bandwidth: Up to 2 GHz
  • ADC sampling rate: Up to 5.9 GSPS, 14 bits
  • DAC sampling rate: Up to 10 GSPS, 14 bits
  • Ethernet Interface: UDP/IP up to 100G using QSFP/QSFP-DD
  • Multi-tile synchronization (MTS) with SYSREF inputs
  • Configurable number of channels
  • Dynamic tuning of the decimation and interpolation
  • Burst mode or continuous modes data streaming
  • Frequencies, channels, and signal chains configuration through host drivers
Software Stack
  • Robust Linux and Windows*** host OS support
  • SDR Frameworks and Toolkits like GNU Radio and Pothos
  • GPU Acceleration for Real-Time Processing
  • Analysis and Visualization using GNU radio, Octave, SciPY, Python etc.
Host Interface
  • Host PC systems with suitable ethernet connection using QSFP/QSFP-DD
  • Linux OS (above 20.04), 16GB RAM minimum
  • CPU 8 Core Minimum.

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