![]() ![]() Next, you will need the Raspberry Pi’s IP address on the network. In this phase, you will connect your Pi machine and laptop with the same Wi-Fi network you entered in the file “wpa_nf” we created previously. ![]() Move the file to the root directory Step 3: Connect to Raspberry Pi with SSH In short, having this file tells your machine to “enable SSH on boot.” To generate this file, right-click on your desktop and select “New>Text Document.” If it gets one like the one we created, SSH will be enabled spontaneously. This will allow SSH on the Pi, and when your Pi machine boots up, it will search for the SSH file. In the wake of creating and updating the wpa_nf file, go ahead and create a void file and label it as “SSH” unaccompanied by any extension. The ssid refers to your Wi-Fi network, while the psk should be your Wi-Fi password. The first line in the file means “grant the group ‘netdev’ permission to configure network interfaces.” This ideally means that any user member of the netdev group can update the network configuration option. ctrl_interface=DIR=/var/run/wpa_supplicant GROUP=netdev Next, create a file called “wpa_nf” in the /boot folder and copy-paste the following code, inputting your Wireless Fidelity(Wi-Fi) name, Password, and nation-state code on the country section. To begin with, you should see a /boot file folder after inserting your SD card into your laptop. Step 2: Creating SSH file to configure Wi-FiĪfter installing the Raspberry Pi OS, you need to append some additional files to enable SSH and connect Wi-Fi during boot. You can now click “Exit.” and eject your SD card as usual. Because of this, we will be writing in steps to ease the procedure.Īnd your SD card is now ready to write a new Pi image to it. Prerequisites: Hardware:Īs said earlier, connecting a laptop to a Raspberry Pi is a long process. Due to this, you have the flexibility of keeping your Pi board anywhere in your house and controlling it while seated in another corner. ![]() The software transmits the keyboard and mouse input from one PC to another, relaying the screen updates via a network.Īs such, the VNC ideally allows you to view the Raspberry Pi desktop remotely. In computing, Virtual Network Computing (VNC) is just a graphical desktop-sharing system that utilizes the Remote Frame Protocol to control another PC remotely. The most known or trusted one is the VNC server. Several applications enable users to set up connections between their Raspberry Pi and a laptop/desktop. In our case, we prefer Wi-Fi over Ethernet to make the connection less wireless as possible. Your Pi machine can be connected to the laptop using Wi-Fi or ethernet. ![]()
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