AEROSPACE SHANGHAI, Volume. 42, Issue 3, 104(2025)

Design and Testing Verification of a High-capacity Spaceborne Storage Module Based on VPX Architecture for High-Speed Access

Yanqing WANG, Jinfeng ZHONG, Jie SHEN, Xunjiang ZHENG, Wenshan ZHU, and Hua KONG*
Author Affiliations
  • Shanghai Institute of Spaceflight Control Technology,Shanghai201109,China
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    Figures & Tables(15)
    Hierarchical diagram of the storage module composition
    Block diagram of the storage module design
    Schematic diagram of the backboard interconnection relationship
    Interconnection diagram of the high speed data
    Schematic diagram of the 6U VPX TTE end system
    Composition block diagram of the testing verification environment
    Schematic diagram of the record and replay tests
    Operation interfaces of the test board and accompanying test board
    • Table 1. Adaptation frequencies of the FPGA crystal oscillator

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      Table 1. Adaptation frequencies of the FPGA crystal oscillator

      协议速度
      2.500 Gbit/s3.125 Gbit/s5.000 Gbit/s6.250 Gbit/s
      GTX125 MHz/200 MHz125 MHz/200 MHz125 MHz/200 MHz125 MHz
      AURORA_8b10b125 MHz/200 MHz125 MHz/200 MHz125 MHz/200 MHz125 MHz
      AURORA_64b66b125 MHz/200 MHz125 MHz/200 MHz125 MHz/200 MHz125 MHz
      SRIO125 MHz125 MHz125 MHz156.25 MHz
    • Table 2. Statistics of the design margin for the module power supply

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      Table 2. Statistics of the design margin for the module power supply

      电源需求电流/A设计电流/A使用率/%裕度/%
      VCC0.938.905075.4424.56
      VCC1.032.905066.8033.20
      VCC1.24.601375.0025.00
      VCC1.59.501325.5674.44
      VCC1.84.13869.5029.50
      VCC2.00.47210.2589.75
      VCC2.50.76233.2566.75
      VCC3.31.85442.4257.58
    • Table 3. Requirements of the power-up sequence of the main chips on the storage module

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      Table 3. Requirements of the power-up sequence of the main chips on the storage module

      序号芯片名称时序要求
      1JFM7VX690T801.0->1.8->1.5;1.0->MGTAVCC1.0->MGTAVTT1.2或MGTAVCC1.0->1.0->MGTAVTT1.2
      2HI3559A0.90->1.00->3.30->2.50->1.80->1.35
    • Table 4. Definitions of the connectors on the TTE daughter cards

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      Table 4. Definitions of the connectors on the TTE daughter cards

      序号ABCD
      1PCIeR0+PCIeR0-SMA_DATA+SMA_DATA-
      2GNDGNDGNDGND
      3PCIeR3+PCIeR3-NCNC
      4GNDGNDGNDGND
      5PCIeR2+PCIeR2-GTP1_RX+GTP1_RX-
      6GNDGNDGNDGND
      7PCIeR1+PCIeR1-NCNC
      8GNDGNDGNDGND
      9NCNCNCNC
      10GNDGNDGNDGND
      11PCIeT0+PCIeT0-GTP0_RX+GTP0_RX-
      12GNDGNDGNDGND
      13PCIeT2+PCIeT2-GTP0_TX+GTP0_TX-
      14GNDGNDGNDGND
      15PCIeT1+PCIeT1-GTP1_TX+GTP1_TX-
      16GNDGNDGNDGND
      17PCIeT3+PCIeT3-NCPCIe_RST#
      18GNDGNDGNDGND
      19PCIeCLK+PCIeCLK-NCNC
      205V_IN5V_IN5V_IN5V_IN
    • Table 5. Performance indicators of the time-triggered Ethernet

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      Table 5. Performance indicators of the time-triggered Ethernet

      序号指标技术指标要求
      1通信速率网络速率单路支持最高1 Gbit/s
      2消息依据调度表实现TT、RC、BE业务混合发送
      3时钟同步精度小于1 μs
      4端口冗余具备双端口冗余发送与接收冗余管理
    • Table 6. Commands of tests for the storage module file management capabilities

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      Table 6. Commands of tests for the storage module file management capabilities

      序号命令运行运行正常依据测试功能
      1cd /mnt进入挂载目录输入pwd命令查看当前位置,显示/mnt为正常
      2mkdir test创建test文件夹输入ls命令,列出当前路径下内容,看到 test文件夹为正常创建目录
      3cd /mnt/test进入test文件夹输入pwd命令查看当前位置,显示/mnt/test为正常打开目录
      4touch test1.txt创建test1.txt文件输入ls命令,列出当前路径下内容,看到 test1.txt文件为正常创建文件
      5vi test1.txt打开编辑并保存文件输入cat test1.txt查看test1.txt内容,与编辑内容一致为正常读、写、关闭
      6rm test1.txt删除了test1.txt输入ls命令,列出当前路径下内容,未看到test1.txt为正常删除文件
      7rm-rf/mnt/test删除test文件夹输入ls /mnt,列出/mnt下的所有内容,未看到test文件夹为正常删除目录
    • Table 7. Performance indicators of the storage module

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      Table 7. Performance indicators of the storage module

      序号设计方法存储空间/Tbit数据记录速度/(Gbit·s-1数据回放速率/(Gbit·s-1控制平面工作模式操作系统
      1传统方法[4]304.84.8

      RS422:115.2 kbit/s

      CAN:1 Mbit/s

      边读边写不支持
      2本文方法19240.040.0TTE接口:1 000 Mbit/s边读边写、文件管理、坏块管理支持Linux
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    Yanqing WANG, Jinfeng ZHONG, Jie SHEN, Xunjiang ZHENG, Wenshan ZHU, Hua KONG. Design and Testing Verification of a High-capacity Spaceborne Storage Module Based on VPX Architecture for High-Speed Access[J]. AEROSPACE SHANGHAI, 2025, 42(3): 104

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    Paper Information

    Category: Guidance, Navigation, Control and Electronics

    Received: Aug. 15, 2024

    Accepted: --

    Published Online: Sep. 29, 2025

    The Author Email:

    DOI:10.19328/j.cnki.2096-8655.2025.03.013

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