Included in the Box

Your Jetson AGX Orin Developer Kit includes:

• NVIDIA Jetson AGX module with heat sink and reference carrier board
  • 802.11ac/abgn wireless Network Interface Controller
• USB Type-C power supply
• USB Type-C to USB Type-A cable
• Quick Start and Support Guide

What You'll Need

• Internet connection

• And you need either of the following set (for headless, see below):

  Initial setup with display attached Initial setup in a headless configuration

  • PC monitor with DisplayPort cable
  • USB keyboard and mouse

  • Extra computer (Windows, Mac, Linux)

Instructions

Step 1 - Run through Ubuntu Setup (oem-config)

There are two ways to interact with the developer kit: with a display, keyboard and mouse attached ("display attached" or "headed" configuration); or in a “headless" configuration through a connection from another (host) computer.

You can conduct the initial setup either way.

	Initial setup with display attached	Initial setup in a headless configuration
Monitor, keyboard and mouse	Required	Not required
Extra computer (Windows, Mac, Linux)	Not required	Required

Initial setup with display attached Initial setup in a headless configuration

1. First, connect the following to the developer kit;

   • DisplayPort cable attached to a computer monitor (8)
     • For a monitor with HDMI input, use anactive DisplayPort to HDMI adapter/cable.
   • USB keyboard and mouse (12)
   • Ethernet cable (6) (optional if you plan to connect to the Internet via WLAN)

2. Then connect the included power supply into the USB Type-C™ port above the DC jack (4)

3. Your developer kit should automatically power on, and the white LED (0) near the power button will light. If not, press the Power button (1).
4. Wait up to 1 minute to have Ubuntu screen on the computer monitor.

When you boot for the first time, the developer kit will take you through some initial setup, including:

• Review and accept NVIDIA Jetson software EULA
• Select system language, keyboard layout, and time zone
• Create username, password, and computer name
• Configure wireless networking

Upon completing the oem-config, the developer kit reboots, and you should see the Ubuntu desktop like this on the display.



Move onto the next step.

Set up the developer kit in headless configuration

1. First, connect the following to the developer kit;

   • The USB Type-C end of the included USB Type-A to USB Type-C cable. Use the USB Type-C port (10) next to the 40-pin connector. The other end should be connected to your computer.
   • Ethernet cable (6) (optional if you plan to connect to the Internet via WLAN)

   Attention

   Make sure you do NOT connect anything into DisplayPort output. It may direct the oem-config session to desktop and not allow you to perform the initial setup via USB.

2. Then connect the included power supply into the USB Type-C™ port above the DC jack (4)

3. Your developer kit should automatically power on, and the white LED (0) near the power button will light. If not, press the Power button (1).
4. Wait up to 1 minute.
5. On your computer, use a serial terminal application to connect via host serial port to the developer kit.

Complete oem-config via USB from your computer

Pick the type of your computer:

Windows Mac Linux

1. Right click on the Windows Start icon and select "Device Manager".
2. Open thePorts (COM & LPT) to find aUSB Serial Device (in this caseCOM10).
3. Check the device property by double-clicking the device entry, make sure the VID and PID are0955 and7020 respectively underDetails tab.
4. Follow the instruction below based on your choice of terminal application;

PuTTYMobaXterm

PuTTY is one of the most widely used terminal applications for accessing serial consoles. You can use other terminal applications, but if you don’t have any on your Windows PC, you can download PuTTY fromhere.

1. Open the PuTTY application
2. WhenSession is selected in the leftCategory: pane, input the COM port name forSerial line and115200 forSpeed.
3. ClickOpen to connect to the console
4. Complete this CUI-based "Jetson Initial configuration" (oem-config) using your PC's keyboard.

1. OpenMobaXterm application.
2. ClickSession icon in the top menu bar (or from menu, selectSessions ->New session).
3. SelectSerial from the top bar, select the serial port you verified with Device Manager in the previous step, and setSpeed (bps) to be115200.
4. ClickOK to connect to the console
5. Complete this CUI-based "Jetson Initial configuration" (oem-config) using your PC's keyboard.

Locate the tty device

Before connecting to your Jetson developer kit for initial setup, check to see what Serial devices are already shown on your macOS computer.

ls /dev/cu.usbmodem*

Connect your macOS computer to the Jetson AGX Orin Developer Kit's USB Type-C port (10) next to the 40-pin connector and run the same command to find what’s newly added.

~$ ls /dev/cu.usbmodem*/dev/cu.usbmodem14133200001053

The new serial device is for your Jetson developer kit.

~$ ls -l /dev/cu.usbmodem*crw-rw-rw-1 root  wheel18,19 Oct203:54 /dev/cu.usbmodem14133200001053

Screen command

screen is already installed by default as part of macOS.

Use the device name discovered previously as a command line option for thescreen command.

sudo screen /dev/cu.usbmodem14133200001053115200

Complete the CUI-based "Jetson Initial configuration" (oem-config) using your Mac's keyboard.

Terminatescreen

To terminate yourscreen session, press C-a + k (Ctrl+A thenK ), then pressy on confirmation.

Locate the tty device

Before connecting to your Jetson developer kit for initial setup, check to see what Serial devices are already shown on your Linux computer.

dmesg| grep --color'tty'

Connect your Linux computer to the Jetson AGX Orin Developer Kit's USB Type-C port (10) next to the 40-pin connector and run the same command to find what’s newly added.

~$ dmesg| grep --color'tty'……[xxxxxx.xxxxxx] cdc_acm1-5:1.2: ttyACM0: USB ACM device

The new serial device is for your Jetson developer kit.

$ ls -l /dev/ttyACM0crw-rw----1 root dialout166,0 Oct202:45 /dev/ttyACM0

Screen command

Install the Screen program on your Linux computer if it is now already available.

For example, use this command to install Screen if you are running Ubuntu.

sudo apt-get install -y screen

Use the device name discovered previously as a command line option for thescreen command.

sudo screen /dev/ttyACM0115200

Complete the CUI-based "Jetson Initial configuration" (oem-config) using your PC's keyboard.

Terminatescreen

To terminate yourscreen session, press C-a + k (Ctrl+A thenK ), then pressy on confirmation.

Move onto the next step.

Step 2 - Install JetPack Components

Once the initial setup is complete, you can install the latest JetPack components that correspond to your L4T version from the Internet.

Open a terminal window if you are on Ubuntu desktop (Ctrl+Alt+T ).

Attention

Check your L4T version first to see if you have a unit flashed with older version of the BSP.

cat /etc/nv_tegra_release

You may get something like this,# R34 (release), REVISION: 1.0, GCID: 30102743, BOARD: t186ref, EABI: aarch64, DATE: Wed Apr 6 19:11:41 UTC 2022, and this shows that you have L4T for JetPack 5.0 Developer Preview.

If you have an earlier version of L4T, issue the following command to manually put the apt repository entries using commands below.

sudo bash -c 'echo "deb https://repo.download.nvidia.com/jetson/common r34.1 main" >> /etc/apt/sources.list.d/nvidia-l4t-apt-source.list'sudo bash -c 'echo "deb https://repo.download.nvidia.com/jetson/t234 r34.1 main" >> /etc/apt/sources.list.d/nvidia-l4t-apt-source.list'

If you seeR34 (release), REVISION: 1.0 or newer, then your apt sources lists are already up to date and you can proceed

Issue the following commands to install JetPack components.

sudo apt updatesudo apt dist-upgradesudo rebootsudo apt install nvidia-jetpack

It can take about an hour to complete the installation (depending on the speed of your Internet connection).

Note

For more detail, see the"Package Management Tool" section of "JetPack documentation".

Next Steps

Congratulations on setting up your Jetson AGX Orin Developer Kit!

The following guides will help you to learn more about the developer kit and setting up your ideal developer environment:

• Jetson AGX Orin Developer Kit User Guide

• NVIDIA AI tutorials and courses

  • Hello AI World
  • Jetson AI Fundamentals Course - Get started learning about AI with this practical course

• Jetson Community

  • Get inspired with the latestJetson community projects.

• Learn other NVIDIA software solutions available on Jetson platform

  • DeepStream SDK
  • Triton Inference Server
  • TAO Toolkit
  • Riva
  • Isaac SDK

• Jetson Forum

  • Ask and answer questions on theJetson AGX Orin forum.

• Jetson Wiki

  • Don’t miss theJetson Zoo with instructions for installing various open source add-on packages and frameworks for Machine Learning, Computer Vision, Robotics, and more.