Right click and go to “ Create New”> “Empty File“. Make sure that the hidden files are visible, and you are at “ /home/pi” directory. So, we need to add VNC server to startup. But we always want this running so that we can connect to it all the time. However, if we turn off the Raspberry pi, the service will stop and not restart until we manually do so. Type in a password you desire, confirm your password and type ‘n’ for the read-only password option. This command installs VNCserver on your Raspberry Pi.Īfter installing the VNC server application, you need to configure the Pi so that we can connect to it.įor that purpose, type in the following to your terminal:Īfter typing this, a prompt will appear for a password. This command updates your apt-get package. Once the terminal window is open, type the following commands: Once all loaded, open the terminal window by clicking the black icon at the upper-left. To configure the Raspberry Pi we will first need to connect it to an HDMI compatible monitor/display such as a TV for example with an HDMI cable.Īfter connecting to a display and powering the Pi on, you should see the startup screen.

External HDMI Display (Needed to initially setup the Raspberry Pi)Īssuming the Operating System has already been installed on the Raspberry Pi, If not, please view Setting up Raspbian Operating System for Raspberry Pi.

However, using an Ethernet cable is recommended as that gives you better performance and experience. Mirroring is possible over Wifi and Ethernet cable, With both ways demonstrated below. We can connect the Raspberry Pi with laptops or desktops very easily and mirror the Raspberry Pi’s screen on your laptop/desktop screen. This problem can easily be overcome by screen mirroring. Purchasing a dedicated display for the Pi can be expensive and unjust considering it would likely cost 3 – 4 times the cost of the Pi itself. Often after purchasing the Raspberry Pi, the user is faced with the dilemma of it not having a display and only having provision for an HDMI output. The latest release, Raspberry Pi 4, is an extremely powerful board, and won’t be long until we have such single board computers powerful enough to replace our regular computers.

However, it still has heating problems and other limitations. The Raspberry pi can do almost every everyday tasks that a desktop/laptop computer can do. The Pi is cheap and affordable, making it an excellent choice for science, engineering and robotics projects, as well as applications that require more computational power than standard 8-bit microcontroller architectures. The Raspberry Pi is a popular and widely used credit-card-sized single-board computer. Raspberry Pi, Tutorials Connect a Raspberry Pi to a Laptop or Desktop Display via VNC 16 Jan

Mirror desktop to laptop