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1. #Raspberry pi 4 ubuntu desktop install
2. #Raspberry pi 4 ubuntu desktop password
3. #Raspberry pi 4 ubuntu desktop plus

Now, click on the small 'i' icon in the top-right of the host box and select Edit.

#Raspberry pi 4 ubuntu desktop plus

In Jump, create a new connection by clicking the plus icon in the top right. You'll be able to use any VNC client capable of connecting over an SSH tunnel. Start the VNC session using systemctl: sudo systemctl start you want to start your session when the Pi boots use systemctl enable too: sudo systemctl enable Connecting from Jump Desktop Make this file executable with chmod +x $HOME/.vnc/xstartup. We can control this using $HOME/.vnc/xstartup which should contain these lines: #!/bin/sh TigerVNC needs to know what desktop environment to launch when a VNC session is started. You can safely choose to skip creating a view-only password. You'll be prompted twice for the password.

#Raspberry pi 4 ubuntu desktop password

Next, create a password for VNC with vncpasswd. Now edit /etc/tigervnc/ers adding :2= on the last line, replacing with the name of the user you created when burning the SD card.

#Raspberry pi 4 ubuntu desktop install

With the Ubuntu Desktop installed it's time to setup TigerVNC.įirst up, install tigervnc-standalone-server: sudo apt install tigervnc-standalone-server Configure your VNC user This can take 10-15 minutes so don't worry if it appears to be crawling along! Installing and Configuring TigerVNC

This is pretty simple, just install the ubuntu-desktop-minimal package: sudo apt install ubuntu-desktop-minimal In Blink, with the hostname of the Pi set to ubpi.local and the user set to pi, I run: ssh Installing Ubuntu Desktop Once the SD is written, pop it into the Pi and connect the Pi and iPad.įor the next few steps you'll need to connect to the Pi over SSH using a client like Blink Shell or Secure Shellfish. I recommend also setting up WiFi here for simplicity and as a backup in case the USB-C connection plays up. Before clicking Write, click the cog in the bottom corner and be sure to set at least a hostname, username and password, and to be sure to enable SSH. Insert your SD card of choice, click Choose Storage and select your SD card. Navigate to the downloaded image and select it. In RPi Imager, click Choose OS and then scroll to the bottom to bring up the Custom image option. These images have the necessary configuration for the USB-C ethernet configuration already baked in. Start by burning Ubuntu Server on to an SD card using Raspberry Pi Imager.ĭownload the latest version of my Ubuntu Server image from the Github Release Page. As a workaround, we'll start with Ubuntu Server, which uses Netplan rather than Network Manager, and install the Ubuntu Desktop environment manually. This is pretty much essential for the USB-C Pi/iPad combo. Although Network Manager will happily bring the usb0 interface up, I can't get it to bring said interface up automatically at startup.