Backup and Restore FLYC-300

Prerequisites

  • Prepare a host computer with corresponding JetPack version environment and have the L4T created [ref]

  • Download the corresponding JetPack tarball (e.g., flyc300_2024-01-22_1911.tar.gz ) from NRU NAS

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This method is most stable with the identical NVMe storage model.

Otherwise, we would recommend our customers to use a physical M.2 duplicator for NVMe backup.


Backup

  • Put FLYC-300 into recovery mode [ref]

  • Connect FLYC-300 with the host computer by a USB Type C to Type A cable

  • Enter the following command on the host computer

cd $L4T
sudo ./tools/backup_restore_nvme/l4t_backup_restore.sh -b flyc300

# Pack nvme system image as a tarball
# sudo tar cvf images.tar ./tools/backup_restore_nvme/images/

Restore

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For a fresh new Jetson module or NVMe, please flash them with pinmux once by cd $L4T sudo ./flash_flyc300_dtb+pinmux.sh

  • Put FLYC-300 into recovery mode [ref]

  • Connect FLYC-300 with the host computer by a USB Type C to Type A cable

  • Assure you have prepared the BSP from

    • The backup steps [ref]

    • Or, download the pre-packed BSP from NRU NAS [link]

  • Enter the following command on the host computer

Restoring failed with Error Message

The above error message implies that the host computer failed to find the FLYC-300 on the USB bus. You may manually to make the following change to force the host computer to use usb0 to flash.


Leveraging the Pre-packed BSP

Content of Pre-packed BSP

  • Jetson SDK, e.g., CUDA, DeepStream, TensorRT, etc ...

  • acpid for power button [ref]

  • GMSL2 camera driver for selected GMSL2 cameras, e.g., AC-IMX390, AC-IMX490, AC-AR0233

Download the Pre-packed BSP

  • Download the pre-packed FLYC-300 BSP from NRU NAS

  • Put the images.tar into L4T folder

  • Enter the following command on the host computer

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