• sales

    +86-0755-88291180

Setting up Jetson nano to boot the system from a USB Flash Disk

Introduction

Herein mainly introduces Jetson Nano modules with 16GB eMMC memory according to official nvidia tutorial. All information is subject to the official website of nvidia.

Reference Links

Hardware Preparation

  • Jetson Nano module, corresponding power supply and heatsink
  • Ubuntu18.04 computer host
  • U disk with USB interface or mobile hard disk (USB3,0 is recommended)
  • a USB data cable (Micro USB interface, for transmitting data)

Software Preparation

  • Install SDK Manager and flash system configuration for Jetson Nano.
    • Tutorial: SDKM flash Nano
    • Record the address of the downloaded HW Imager during the flashing process for later.


  • Connect the U disk to the nano, and check the device number of it in the nano, such as sda.
ls /dev/sd* 
  • Insert the U disk to the ubuntu computer.
  • Check the device number of the U disk on the computer, such as sdb.
sudo lsblk -p -d | grep sd 
  • Note: If your U disk has been partitioned before, it is recommended to format and adjust it to a partition on another computer first.
  • Format the USB drive to ext4
sudo mkfs.ext4 /dev/sdb 
  • Note: Please refer to your actual situation for the specific device number. Some devices may be sda or others.
  • Mount U disk
sudo mount /dev/sdb /mnt 
  • Enter the HW Imager address and copy the rootfs.
cd <path>/Linux_for_Tegra/rootfs/ 
  • Note: Please refer to your actual address. For example, the author's path command:
cd/home/ubuntu/nvidia/nvidia_sdk/JetPack_4.6.1_Linux_JETSON_Nano_TARGETS/Linux_for_Tegra/rootfs/ 
  • Copy the file system to the U disk.
sudo tar -cpf - * | ( cd /mnt/ ; sudo tar -xpf - ) 
  • After finishing the copy, unmount the U disk, (note: don't pull it out).
sudo umount /mnt 
  • Set up nano as recovery mode (refer to the flashing tutorial), then connect it to the ubuntu computer and input the flashing command.
cd ../
csudo ./falsh.sh jetson-nano-emmc sda
  • Note: Sda should be filled in as the actual device number of the U disk recognized by nano in the first step.
  • After flashing, disconnect the nano and the U disk. Insert the U disk to the Nano before powering on it, and follow the prompts to complete the configuration.
TAG: Luckfox Pico SPI Magnetic Encoder Servo Motor 120KG.CM 24V 360° RS485 High Precision And Large Torque Raspberry Pi RTC WatchDog HAT (B) Raspberry Pi DS3231 ESP32 S3 N16R8 Development board 1.9 inch LCD Display 1.9inch TouchScreen 170&amp;times;320 SD-Port RGB LED QMI8658 6-Axis ST7789 CST816 UGV Rover PT Kit AI OpenCV Robot Car MediaPipe For Jetson Orin ESP32 C3 Round LCD Development Board Electronic EYE 0.71 inch Display Watch Screen GC9D01 160x160 Arduino IR Thermal Imaging Camera ESP32 S3 5 inch LCD Development Board 800x480 TouchScreen Display TVBOX LVGL HMI Sensor CAN RS485 Modbus Raspberry Pi LCD Pi5 Case Sipeed NanoKVM Cube KVM HDMI Remote OS Control Manager Install /Power Control /Remote Desktop Server UART Industrial 8-ch PWM RS485 pulse output module Modbus RTU rail xiaozhi AI Character Personality Configuration Tutorial JETSON NANO ESP32 S3 RS232/485/422 To CAN Milk V ADXL357BEZ