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RFSOC+GPU High-Bandwidth RF Intelligent Processing Module

The GPU Orin + RFSoC heterogeneous intelligent processing module is a flagship‑level hardware platform designed for edge‑side applications demanding ultra‑low latency, high bandwidth, and advanced AI capabilities. By leveraging the NVIDIA Jetson Orin’s exceptional AI and general‑purpose computing power, combined with AMD (Xilinx) RFSoC’s high‑bandwidth direct RF sampling and hard‑real‑time signal‑processing capabilities, it delivers an end‑to‑end heterogeneous platform that spans “RF signal acquisition → real‑time processing → intelligent analysis → closed‑loop control.” This solution is ideally suited for cutting‑edge embedded domains such as software‑defined radio, radar–integrated sensing‑and‑communication systems, satellite communications, and intelligent perception.

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Zynq UltraScale+ RFSOC Development Board

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  • Product Features and Applications
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    • Commodity name: RFSOC+GPU High-Bandwidth RF Intelligent Processing Module

    The GPU Orin + RFSoC heterogeneous intelligent processing module is a flagship‑level hardware platform designed for edge‑side applications demanding ultra‑low latency, high bandwidth, and advanced AI capabilities. By leveraging the NVIDIA Jetson Orin’s exceptional AI and general‑purpose computing power, combined with AMD (Xilinx) RFSoC’s high‑bandwidth direct RF sampling and hard‑real‑time signal‑processing capabilities, it delivers an end‑to‑end heterogeneous platform that spans “RF signal acquisition → real‑time processing → intelligent analysis → closed‑loop control.” This solution is ideally suited for cutting‑edge embedded domains such as software‑defined radio, radar–integrated sensing‑and‑communication systems, satellite communications, and intelligent perception.

    The GPU Orin + RFSoC heterogeneous intelligent processing module is a flagship‑level hardware platform designed for edge‑side applications demanding ultra‑low latency, high bandwidth, and powerful AI capabilities. By leveraging the NVIDIA Jetson Orin’s exceptional AI and general‑purpose computing performance, combined with AMD (Xilinx) RFSoC’s high‑bandwidth direct RF sampling and hard‑real‑time signal‑processing capabilities, it establishes an end‑to‑end heterogeneous platform that integrates “RF signal acquisition → real‑time processing → intelligent analysis → closed‑loop control.” This solution is well suited for advanced embedded domains such as software‑defined radio, radar–integrated sensing‑and‑communication systems, satellite communications, and intelligent perception.
  • Performance Metrics

    NVIDIA Jetson Orin (AI Computing Core)
    · AI computing power up to 275 TOPS (INT8)
    · GPU architecture Ampere, 2048 CUDA cores + 64 Tensor Cores
    · CPU12-core ARM Cortex-A78AE
    · 32/64GB LPDDR5 memory, with a bandwidth of 204.8 GB/s
    · Power consumption: 15W–60W, configurable.
    AMD (Xilinx) RFSoC (Radio Frequency and Real-Time Processing Core)
    · XCZU47DR(48DR)-L2FSVG1517I
    · PS 4xDDR4(4GB,64bit,2400MT/s)
    · PL 4xDDR4(4GB,64bit,2666MT/s)
    · PS 2xQSPI flash (512 MB, 8-bit) with a hardened configuration file
    · PL x2QSFP 100G optical port
    · PL x1 FMC+ expansion port
    Data interaction
    · High-Speed Interconnect: Via PCIe Gen4 x4/x8
    Analog-to-Digital Conversion (ADC)
    · Number of channels: 8 mmcx
    · Sampling rate: up to 5 GS/s
    · Quantization precision: 14 bits
    · Operating frequency range: 0.05–6 GHz
    · Input Power: Maximum Input 5 dBm
    · Functional modes: multi-channel synchronization, digital attenuation, real‑ or complex‑valued sampling, quadrature correction, multi‑band digital mixing and decimation, and other customizable signal‑processing functions.
    Digital-to-Analog Conversion (DAC)
    · Number of channels: 8 mmcx
    · Sampling rate: up to 10 GS/s
    · Quantization precision: 14 bits
    · Operating frequency range: 0.05–6 GHz
    · Output Power: Maximum Output -5 dBm
    · Functional modes: multi-channel synchronization, variable output power, real‑ or complex‑valued reconstruction, quadrature correction, multi‑band digital mixing and interpolation, and other customizable signal‑processing features.
    External clock
    · Maximum input power: 0 dBm

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