![]() ![]() You’ll need to format your USB flash drive to FAT32 or exFAT before you use it to move your games to your Raspberry Pi. ![]() When complete, press your newly assigned A button to exit the setup.Īdd games to RetroPie Format your USB flash drive using your usual computer When prompted, follow the on-screen instructions to configure your controller. RetroPie should now begin its initial start up process. Lastly, connect your power supply to your Raspberry Pi. If you plan on using a wireless gaming controller that doesn’t have its own dongle, be prepared to troubleshoot some connection issues. We’re using a generic USB gaming controller, but you can also use a variety of wired console controllers such as those made for Xbox and PlayStation. Connect your keyboard, mouse, and monitor or TV. Once your microSD card is ready, insert it into your Raspberry Pi. WRITE: lastly, click to write Raspberry Pi OS to your microSD card. Here you can pick the correct image for your model of Raspberry Pi.ĬHOOSE STORAGE: select your microSD card. In Raspberry Pi Imager:ĬHOOSE OS: RetroPie can be found under Emulation and game OS. Now we can go ahead and install RetroPie to the SD card. Open Raspberry Pi Imager and connect your microSD card to your usual computer using a microSD card adapter. ![]() You can download it to your usual computer here. Raspberry Pi Imager is available for free for Windows, macOS, Ubuntu for x86, and Raspberry Pi OS. We’re going to use an application called Raspberry Pi Imager to write RetroPie to our microSD card. If you plan to use your own power supply, you’ll see a lightning bolt in the top right corner of your screen if it’s not supplying enough power to the computer. For ease and reliability, we offer affordable official USB-C and micro USB power supplies in a variety of regional formats. Power supplies come in a variety of formats, and you may find that an unofficial model such as a phone charger won’t be powerful enough for your Raspberry Pi. Older models will require a micro USB power supply and a standard-HDMI-to-HDMI cable instead. If you’re using a Raspberry Pi 4 or a Raspberry Pi 400, you will need a USB-C power supply and a micro-HDMI-to-standard-HDMI cable. Raspberry Pi 400 is also a great choice, especially if some of your favourites use the keyboard as a controller. For our tutorial, we’ll be using an 8GB Raspberry Pi 4. Choosing the right Raspberry Pi and accessoriesĪlthough RetroPie will work on any Raspberry Pi, even the $5 Raspberry Pi Zero, we recommend using one with as much RAM as possible, because this will result in a smoother gaming experience. We’ll refer to this as “your usual computer”, to distinguish it from the Raspberry Pi computer that you are setting up for retro gaming. If you're having trouble with this step, here is the best resource for getting whatever controller you've built to work we've also written our own tips for configuring controllers before.How to play retro games on your Raspberry Pi with RetroPieĪre you looking to (re)discover the joy of playing retro video games using a Raspberry Pi and RetroPie? Here’s everything you need to know to get started!įor the initial SD card setup, you’ll also need:Īnother computer connected to your network. You only have to do this once however and it should work for all emulators. You'll need the keyboard for this and will use the command line outside of Emulation Station. I had to edit the setup script using the following terminal command sudo nano /home/pi/opt/retropie/configs/all/retroarch.cfg I was unable to use the auto setup program due to the program not recognizing my USB controller. This is the hardest part of the setup, since each button needs to be mapped to control the software. Next is setting up the controller to work within games. Configure your controller when prompted, note that this will not affect the arcade controls configuration and is only for navigating the menus. Boot up the RPi and it should boot into Emulation Station. Plug in a USB Keyboard for the initial setup. Insert the MicroSD with the RetroPie Image into your RPi. ![]()
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