Next let’s run the BuildTools.Jar- this process will take several minutes to download then patch the Vanilla Minecraft server jar file. In Windows PowerShell you can right click in the terminal to paste the above URL, in Mac OS you can paste as usual. Next type in cd minecraft to enter the minecraft directory, you should see the terminal change to reflect what directory you’re located. Let’s create a directory for all of our files to be located. Once the install is complete we’re ready to download the latest Spigot and get rolling. Install Java by entering sudo apt install default-jdk Once logged in we will need to install java so we can run the server jar files. Let’s reboot the Pi now- sudo reboot (you’ll lose connection via SSH and need to reestablish the connection after a minute or so to let the Pi reboot. Press CTRL +x to save hit ‘y’ to save changes, then enter to write the changes. This step is optional, but I’ve got a big heatsink case on my Pi and I want to extract all the power I can so I’ll configure a small overclock to the Pi.Īfter the header add in the following lines The upgrade command may take time depending on how many packages need to be updated. You’ll then be prompted for your password, input the password you created upon first boot.įirst let’s run a command to update all of our packages within our installation On Windows you’ll open up PowerShell to SSH into your Pi and on Mac OS you can open a terminal window.Įnter in the following to ssh into your Pi: ssh may be warned that the authenticity can’t be validated type yes to continue forward. With your Pi’s IP in hand you can pop back into Windows or Mac OS for the next steps as we don’t need physical access to the Pi any longer. If you don’t see it run ifconfig to locate. Once complete you’ll see the Pi’s IP address. After you get to a login prompt the default login and password are both ‘ubuntu’.Īfter first login you’ll be prompted to change the password to something of your choosing. Let’s get started! First we’ll download the Ubuntu 64-bit server image from here.Īfter flashing your image boot your device and wait for all of the first boot text to scroll past. We will download and flash Ubuntu server 64 bit, update the OS, overclock your Pi to 2GHz (optional), download needed software, then download and run the server software. This tutorial will assume you’re familiar with how to flash an OS onto your SD card. Adding plugins will impact performance but the RPI 4 seems to be more than capable to serve as a MC server. How does it run on the little Pi? You’d be surprised, the world generation is fast and the server rarely misses ticks, you should be able to play with two to three people without issue. We will use Spigot as our server core because it’s a highly optimized version of the Minecraft server files- it also allows you to add in some plugins as well! (drop your server plugins into the Plugins folder once you’ve got your server up and running) The following is a quick write up of how to get a basic Minecraft server up and running on your RPI 4. Have a Raspberry Pi 4gb model hanging around? Need to setup a dedicated Minecraft server for you and a friend?
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