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High-Performance Array Storage System

This data acquisition system employs a hardware platform array server featuring high-performance storage, a 100G firmware‑accelerated card, and a 16TB SSD7540 NVMe RAID‑configured disk capture card. It collects the 100G RF data generated by the ZU48DR and transfers it to the NVMe RAID‑configured disks. The development of the data acquisition system encompasses the implementation of the low‑level data acquisition pipeline, as well as upper‑layer applications for high‑speed big‑data storage, transmission, and post‑acquisition data playback.

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Storage Stream Disk System


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    • Commodity name: High-Performance Array Storage System

    This data acquisition system employs a hardware platform array server featuring high-performance storage, a 100G firmware‑accelerated card, and a 16TB SSD7540 NVMe RAID‑configured disk capture card. It collects the 100G RF data generated by the ZU48DR and transfers it to the NVMe RAID‑configured disks. The development of the data acquisition system encompasses the implementation of the low‑level data acquisition pipeline, as well as upper‑layer applications for high‑speed big‑data storage, transmission, and post‑acquisition data playback.

    This data acquisition system employs a hardware platform array server featuring high-performance storage, a 100G firmware‑acceleration card, and a 16TB SSD7540 NVMe RAID‑configured disk acquisition card. It collects the 100G RF data generated by the ZU48DR and transfers it to the NVMe RAID‑configured disks. The development of the data acquisition system encompasses the implementation of the low‑level data acquisition pipeline, as well as upper‑layer applications for high‑speed big‑data storage, transmission, and post‑acquisition data playback.
  • Storage write speed
    8 GB/s;
    100Gbps optical fiber protocol
    Four AURORA lanes, each operating at 25 Gbps;
    Host
    Two or more sets of 2×PCIe Gen4 ×16 dual-channel DDR4 cache, with a capacity of no less than 16 GB.
    Storage depth
    8T/16T (8 PCIe Gen4 x4 M.2 SSDs)
    Accelerator card
    Supports PCIe Gen3 x16, 2-channel 100 Gbps QSFP, and dual-channel DDR4 with 16 GB per channel.
    Logical capacity shall be no less than 1,724k logic units, and block RAM shall be no less than 50.6 Mb.
    Software
    PCIE DMA driver software employs multi-process parallel processing to boost PCIE transfer rates, enabling a high-speed data acquisition interface.
    Configuration, management, and display of host‑computer files in QT, LabVIEW, and MATLAB.
    Hardware
    XCZU48DR Acquisition and Fiber-Optic Transmission Board

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