When you are operating in gaming mode, the Steam Deck offers a user-friendly keyboard that pops up whenever you select a text box. This keyboard is tailored to the unique controls of the Steam Deck, allowing you to type using the touchscreen, joysticks, D-PAD, or touchpads.

However, when you switch to Steam Deck desktop mode, the keyboard behaves differently. Tapping or clicking into a text box won’t automatically bring up the keyboard, leaving some users puzzled. This is because, in desktop mode, it’s more challenging for the Steam Deck to detect text boxes within individual applications.

For newcomers, this can be a bit confusing, as there are no clear instructions on how to access the keyboard.

In the next section, we’ll guide you through the process of opening the virtual keyboard on your Steam Deck while in desktop mode.

Activating the Virtual Keyboard in Desktop Mode on the Steam Deck

Before diving into the steps, it’s necessary to ensure that the Steam desktop application is running. The virtual keyboard cannot be activated without the Steam desktop app, as it manages both the keyboard and its opening shortcut.

• 1. If you’ve exited Steam, you can quickly reopen it by double-tapping the “Steam” icon on your desktop, much like you would on a regular PC.

1. 2. With the Steam app active, opening the keyboard in desktop mode is simple.  Just press the X button on your Steam Deck. This shortcut works anywhere within desktop mode, enhancing the usability similar to a physical keyboard.

2. 3. Occasionally, certain games or applications may cause the on-screen keyboard to become unresponsive, particularly when navigating Linux based software.  In such cases, pressing the STEAM and X buttons simultaneously usually resolves the issue.

3. 4. Once you’ve pressed these two buttons, the virtual keyboard should be fully accessible. You can now input text using the trackpad, joystick, D-PAD, or touchscreen, making it versatile compared to a traditional mouse.

4. 5. To close the virtual keyboard in desktop mode, you can press either the B or STEAM buttons on your device, which acts similarly to a trigger function on a physical keyboard.

Additionally, you can tap or select the “MOVE” button situated at the bottom right corner of the virtual keyboard to close it.

Troubleshooting the Steam Deck Keyboard

A frequent issue preventing the keyboard shortcut on your Steam Deck from functioning is the closure of the Steam application by Valve. The Steam client is responsible for displaying the keyboard and detecting when the STEAM and X buttons are pressed.

To check if Steam is running, look for the small Steam icon in the bottom right corner of your taskbar. We’ve highlighted this icon in the screenshot below for easy identification.

If the icon is missing, reopen the Steam client and then try the keyboard shortcut again. You can reopen Steam by double-tapping the “Steam” desktop icon.

Conclusion

I hope this short guide has been helpful, and you now understand how to activate the virtual keyboard on your Steam Deck in desktop mode. 

You’ll likely use the keyboard shortcut frequently while navigating the Steam Deck in this mode.

In this guide, we’ll walk you through installing and playing Minecraft Java Edition on your Steam Deck.

The Steam Deck’s robust operating system, SteamOS, allows you to install games that aren’t available on the Steam store, including the immensely popular sandbox game, Minecraft. Thanks to the handheld’s capable hardware, you can enjoy Minecraft’s expansive world right on your Steam Deck.

To get Minecraft up and running on the Steam Deck, we’ll use a custom launcher called Prism. This launcher gives you the flexibility to choose the specific version of the game client you want to play.

By the end of this tutorial, you’ll be able to dive into the Java edition of Minecraft directly from your Steam Deck’s gaming mode.

Installing the Java Edition of Minecraft on the Steam Deck

The following steps will cover everything you need to know to install and run Minecraft on your Steam Deck. These steps are relatively straightforward and shouldn’t take too long to complete.

Switching to Desktop Mode

1. Exit Gaming Mode: Before installing Minecraft, you need to switch to desktop mode. Press the STEAM button or tap “STEAM Menu” in the bottom-left corner of the screen.

2. Open the Power Menu: In the Steam Menu, navigate to the “Power” option.

3. Switch to Desktop: Select “Switch to Desktop” from the power menu to enter desktop mode, a necessary step for installing Minecraft on Steam Deck.

Installing the Prism Launcher to the Steam Deck

1. Launch Discover: In desktop mode, open the Discover application by clicking the shopping bag icon in your taskbar.

2. Search for Prism Launcher: Change to the “Search” screen in Discover and type “Prism launcher” in the search bar. You can open the keyboard by pressing the STEAM and X buttons simultaneously.

3. Install Prism Launcher: Click on “Prism Launcher” in the search results to open its Discover page, then click the “Install” button in the top-right corner.

4. Launch Prism Launcher: Once installed, click the “Launch” button to open Prism Launcher.

Setting Up Prism Launcher

1. Choose Language: When you first run Prism Launcher, select your preferred language for the launcher (this won’t affect Minecraft’s language). Click “Next” to continue.

2. Select Java Version: Choose the version of Java you want to use for Minecraft. The recommended version is usually marked with a star at the top of the list. Click “Next >” to proceed.

3. Choose Theme: On the final screen, you can select a theme for Prism Launcher. If you’re satisfied with the default theme, click the “Finish” button.

By following these steps, you’ll have Minecraft Java Edition installed on your Steam Deck, ready to play in gaming mode with full controller support.

Adding your Minecraft Account to your Steam Deck

1. Access Accounts: With Prism Launcher installed, it’s time to add your Minecraft account. Click “Accounts” in the top-right corner, then select “Manage Accounts…”

2. Add Account: Look to the right side of the window for three options. Most users will need to click “Add Microsoft” to link their Minecraft account via Microsoft.

3. Link Account: Clicking “Add Microsoft” will display a dialog with a randomly generated code. This code is used to link your Minecraft account to your Steam Deck. Follow the provided URL and use the “Open page and copy code” button to complete the process on your Steam Deck.

4. Verify Account: After following the prompts, you should see that your account has been added to Prism Launcher.

 Using Prism to Install Minecraft Java Edition

1. Add Instance: With your account added, you can now use Prism Launcher to install Minecraft Java Edition. Click “Add Instance” at the top of the window.

2. Configure Instance: Name your instance (default is the Minecraft version), select the version you want to install, and click “OK” at the bottom of the screen. If the “OK” button is partially hidden, you can maximize the window for better access.

 Launching Minecraft in Steam Deck Desktop Mode

1. Run Minecraft: Double-click the Minecraft icon to launch the game.

2. Download Game Files: Upon the first launch, Prism will download the game and the necessary libraries. This may take a few minutes depending on your internet speed.

3. Enjoy Minecraft: You can now play Minecraft Java Edition in desktop mode on your Steam Deck.

Adding Minecraft as a Non-Steam Game

1. Access Steam Client: To play Minecraft in gaming mode, add Prism Launcher as a non-Steam game. Open the desktop Steam client.

2. Add Non-Steam Game: Click “Add a Game” in the bottom-left corner, then select “Add a Non-Steam Game…”

3. Select Prism Launcher: Scroll to find “Prism Launcher” and check the box next to it. Click “Add Selected Programs” to add the launcher to your Steam Deck.

Now, you can access Minecraft Java Edition directly from Steam Deck’s gaming mode, seamlessly integrating it into your gaming library, just like any other shortcut.

Changing Minecraft on Steam Deck’s Properties

1. Rename Prism Launcher: To make it easier to find, you might want to rename “Prism Launcher” to “Minecraft” in your Steam Deck library. If you prefer to keep the name “Prism Launcher,” you can skip this step.

Search for “Prism Launcher” in Steam’s library search box.

Click on “Prism Launcher” once it appears in your library.

2. Access Properties: Click the cog icon next to “Prism Launcher,” then select “Properties…”

3. Rename: In the properties window, use the textbox at the top to rename “Prism Launcher” to “Minecraft.” This makes it easier to find in your library.

4. Modify Launch Options (Optional): If you want to launch a specific version of Minecraft directly, you can add “-l” followed by the instance name in the launch options. For example, “-l 1.20.1” to launch Minecraft version 1.20.1.

Return to Gaming Mode

Switch to Gaming Mode: Once Minecraft is added to your library, you can return to gaming mode by double-clicking the “Return to Gaming Mode” icon on the desktop.

Finding Minecraft Java Edition on your Steam Deck

1. Access Steam Library: In gaming mode, go to your Steam library via the Steam menu.

2. Navigate to Non-Steam Games: Switch to the “NON-STEAM” tab to find “Minecraft” (or “Prism Launcher” if you didn’t rename it).

Fixing Input Controls for Minecraft on the Steam Deck

1. Adjust Controls: The default Steam Deck controls may not be ideal for Minecraft. You can easily change the input layout by selecting the controller icon on the right side of the screen.

2. Select Current Layout: Choose the current layout to modify it.

3. Choose New Layout: For community-created layouts, select the “COMMUNITY LAYOUTS” tab and choose one that suits your play style. You can adjust these controls later if needed.

4. Apply Layout: Review the control assignments and apply the layout by clicking “APPLY LAYOUT” or pressing the X button on your Steam Deck.

Launch Minecraft Java Edition in Steam Deck’s Gaming Mode

1. Adjust Controls: The default Steam Deck controls may not be ideal for Minecraft. You can easily change the input layout by selecting the controller icon on the right side of the screen.

2. Select Current Layout: Choose the current layout to modify it.

3. Choose New Layout: For community-created layouts, select the “COMMUNITY LAYOUTS” tab and choose one that suits your play style. You can adjust these controls later if needed.

4. Apply Layout: Review the control assignments and apply the layout by clicking “APPLY LAYOUT” or pressing the X button on your Steam Deck.

Wrapping Up

In this tutorial, we’ve guided you through installing and playing Minecraft Java Edition on your Steam Deck. Prism Launcher simplifies the process, allowing you to choose specific game versions and mod loaders. With these steps, you can enjoy Minecraft seamlessly on your handheld device.

The Steam Deck, Valve Corporation’s latest foray into the gaming world, has quickly captured the attention of gamers and tech enthusiasts alike. As a handheld gaming device, it promises the power of a gaming PC in a portable form factor, bridging the gap between console and PC gaming. But what makes the Steam Deck particularly intriguing is its potential relevance to the Raspberry Pi and electronics projects community. With its open-source nature and robust hardware, the Steam Deck opens up new possibilities for DIY enthusiasts and developers looking to push the boundaries of portable computing and gaming.

What is the Steam Deck?

The Steam Deck is a handheld gaming device designed to offer the flexibility and performance of a gaming PC in a compact, portable package. Equipped with a custom AMD APU that combines a quad-core Zen 2 CPU with RDNA 2 graphics, the Steam Deck is capable of running a wide range of games from the Steam library at respectable frame rates. It features a 7-inch touchscreen display, a built-in controller with haptic feedback, and a custom Linux-based operating system called SteamOS.

What sets the Steam Deck apart from other portable gaming devices like the Nintendo Switch or mobile gaming platforms is its focus on providing a full-fledged PC gaming experience. This includes support for a vast library of games, the ability to install third-party software, and the option to connect to external displays and peripherals.

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A Closer Look at the Steam Deck’s Hardware

The Steam Deck’s hardware is a testament to Valve’s commitment to delivering a high-performance gaming experience in a handheld form. The device is powered by a custom AMD APU, which provides a balance of power and efficiency to handle modern games. The APU is paired with 16GB of LPDDR5 RAM, ensuring smooth multitasking and game performance.

In terms of storage, the Steam Deck offers three options: a 64GB eMMC model for budget-conscious users, and 256GB or 512GB NVMe SSD models for those seeking faster load times and more space for games. The device also features a microSD card slot for further storage expansion.

One of the most exciting aspects of the Steam Deck is its modularity and potential for hardware modifications. While the device is designed to be used as-is, its open nature invites enthusiasts to tinker with the hardware. This could include upgrades to the storage, custom cooling solutions, or even integration into larger electronics projects. The Steam Deck’s flexibility makes it an appealing option for those who enjoy customizing and optimizing their devices to suit their needs.

Navigating the Steam Deck’s Software Ecosystem

The Steam Deck runs on SteamOS, a Linux-based operating system specifically tailored for gaming. SteamOS provides seamless access to the vast Steam library, offering compatibility with a wide range of games, from indie titles to AAA blockbusters. The operating system is designed to optimize gaming performance while maintaining the flexibility of a traditional Linux environment.

Beyond gaming, the Steam Deck’s software ecosystem is remarkably flexible. Users can install third-party applications, including productivity tools, media players, and web browsers, transforming the device into a portable workstation. Additionally, the open-source nature of SteamOS allows for customization and tweaking to suit individual preferences.

For Raspberry Pi enthusiasts and developers, the Steam Deck presents an exciting opportunity to explore emulation and run Raspberry Pi-related software. The device’s hardware and software compatibility make it a potential platform for emulating classic consoles, experimenting with coding projects, or even running lightweight versions of Raspberry Pi operating systems.

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Connectivity and Expansion Possibilities with the Steam Deck

The Steam Deck is designed with connectivity and expansion in mind. It features a USB-C port with support for DisplayPort 1.4, allowing users to connect the device to external displays for a more traditional gaming experience or to use it as a portable computer. Additionally, the USB-C port can be used to connect a wide range of peripherals, including keyboards, mice, and game controllers, further enhancing the device’s versatility.

The potential for integrating the Steam Deck into larger electronics projects is vast. Its connectivity options, combined with its portable form factor and powerful hardware, make it an attractive option for DIY enthusiasts looking to create unique gaming setups or incorporate the device into home automation systems, robotics projects, or other tech-based endeavors.

Evaluating the Steam Deck’s Gaming Performance

The gaming performance of the Steam Deck is a key highlight of the device. It is capable of running many modern games at 720p with satisfactory frame rates, providing a smooth and enjoyable gaming experience on the go. The device’s custom APU, coupled with its 16GB of RAM, ensures that games load quickly and run smoothly, even in demanding titles.

When compared to traditional consoles and PC gaming, the Steam Deck offers a unique blend of portability and performance. While it may not match the graphical fidelity of a high-end gaming PC or the latest consoles, it provides a compelling gaming experience that is unmatched in the handheld gaming market.

One of the standout features of the Steam Deck is its control scheme, which includes a touchpad and gyroscopic controls. These inputs offer precise aiming and navigation, enhancing the gameplay experience in first-person shooters, strategy games, and other genres that benefit from fine-tuned control. The integration of these features demonstrates Valve’s commitment to providing a versatile and immersive gaming experience on the Steam Deck.

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DIY Projects and Modding the Steam Deck

The Steam Deck is not just a gaming device; it’s a canvas for creativity. Its open hardware and software environment encourage DIY projects and customization, allowing users to tailor their devices to their specific needs and interests. From software tweaks to improve performance or add functionality, to hardware mods such as additional storage or custom cooling solutions, the possibilities are endless.

For those in the Raspberry Pi and electronics projects community, the Steam Deck offers a unique platform for experimentation. Whether it’s creating a portable emulation station, integrating the device into home automation projects, or using it as a control panel for custom-built electronics, the Steam Deck’s powerful hardware and connectivity options make it a versatile tool for a wide range of projects.

The community around the Steam Deck is vibrant and innovative, often sharing modifications and enhancements that push the device’s capabilities further. These community-driven projects not only enhance the Steam Deck’s functionality but also inspire others to explore the potential of their devices.

Addressing the Steam Deck’s Challenges and Limitations

Despite its versatility and power, the Steam Deck is not without its challenges and limitations. Battery life remains a concern for many users, as demanding games can significantly drain the device’s battery, limiting portability. Thermal performance is another critical area, with the device generating considerable heat under heavy use, which can affect comfort and possibly long-term durability.

Storage options can also be a limitation, especially for models with lower internal storage capacities. However, the device’s expandability via microSD cards offers a workaround, though with potentially slower game load times.

Optimizing the Steam Deck’s performance and longevity involves balancing power consumption with performance, managing thermal output through software settings or hardware modifications, and judiciously managing storage to ensure the device remains responsive and capable of running the latest games.

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The Future of the Steam Deck and Its Impact on Gaming and DIY Projects

The future of the Steam Deck looks promising, with Valve actively supporting the device through software updates and potentially hardware revisions. The impact on the portable gaming market and the electronics projects community could be significant, as the device continues to blur the lines between gaming consoles, PCs, and DIY electronics platforms.

Future software updates are expected to enhance compatibility with an even broader range of games, improve system stability, and introduce new features that expand the device’s capabilities. Hardware revisions could address some of the current limitations, such as battery life and thermal performance, making the Steam Deck an even more attractive option for gamers and tech enthusiasts alike.

Conclusion

The Steam Deck represents a significant step forward in the world of portable gaming and DIY electronics. Its blend of powerful hardware, flexible software, and open design principles make it a versatile platform for gaming, customization, and creative projects. For Raspberry Pi enthusiasts and electronics hobbyists, the Steam Deck offers a new avenue for exploration and innovation.

As the device continues to evolve through community-driven projects, software updates, and potential hardware improvements, its relevance and appeal to the Raspberry Pi and electronics community are likely to grow. The Steam Deck is more than just a gaming device; it’s a testament to the possibilities that open, accessible technology can offer to those willing to explore its potential.

The Steam Deck has revolutionized portable gaming, offering a powerful handheld device capable of running a vast library of games. However, to truly unlock the full potential of this device, tweaking and optimization are key. This is where CryoUtilities comes into play.

CryoUtilities is a suite of tools designed to enhance the performance and user experience of the Steam Deck. Whether you’re looking to improve battery life, manage thermal performance, or customize your gaming setup, CryoUtilities provides a one-stop solution.

In this article, I’m going to guide you through the process of setting up CryoUtilities on your Steam Deck, ensuring that you get the most out of your device. So, let’s dive in and take your Steam Deck experience to the next level!

Getting CryoUtilities Up and Running on Your Steam Deck

In the sections that follow, we’ll walk you through the steps to successfully install CryoUtilities on your Steam Deck.

The installation process is made user-friendly by the developers, who offer an easy-to-run script that you can execute directly from the terminal.

For added convenience, consider connecting a keyboard to your Steam Deck. Alternatively, you can follow our lead and utilize the desktop’s virtual keyboard. You’ll need to input only one command during this tutorial, though it’s somewhat lengthy.

Switching to Desktop Mode

To install CryoUtilities, you need to switch your Steam Deck to desktop mode, as it affects the core operating system.To enter desktop mode, access the STEAM Menu by pressing the STEAM button on your device or selecting “STEAM Menu” in the bottom-left corner.

In the STEAM Menu, navigate to the “Power” option, located near the bottom of the menu.

A variety of options will appear. Focus on the first three, which are related to your device’s power settings.
Look for the “Change to desktop” option and select it.

Once in desktop mode, it’s time to open the terminal, which is essential for downloading and running the CryoUtilities installation script. To do this, click on the start menu icon in the bottom-left corner.

In the start menu, hover over “System” to display a list of system applications, including the terminal.
Locate “Konsole” in the list and click on it to open the terminal.

Before proceeding, you need to set the sudo password for your Steam Deck. This password is crucial for performing administrative tasks and is required for using CryoUtilities.

If you haven’t set this password yet, run the following command in the terminal and create a new password:

passwd

If you’ve already set the password, move on to the next section.

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Installing CryoUtilities Using the Terminal

Now, it’s time to run the following command in the terminal:

curl -L https://raw.githubusercontent.com/CryoByte33/steam-deck-utilities/main/install.sh | bash -s -- 

This command uses curl to download the CryoUtilities installation script and execute it. The -L option ensures that curl follows any redirects, which is helpful if the URL structure changes

To bring up the virtual keyboard, press the STEAM + X buttons on your Steam Deck.

After executing the above command, CryoUtilities will begin downloading and installing on your system. Upon successful installation, you’ll see a confirmation message in the terminal.

You can then exit the Konsole application.

Utilizing CryoUtilities on Your Steam Deck

Now that CryoUtilities is installed on your Steam Deck, let’s briefly explore how you can utilize this tool on your device.

Keep in mind that CryoUtilities is accessible only in desktop mode. It cannot be interacted with while in gaming mode.

Accessing the CryoUtilities Interface

Initially, you’ll encounter a disclaimer from the developer stating that they are not responsible for any potential issues. While CryoUtilities is designed to enhance your Steam Deck, there’s a slight chance that something could go awry. If you’re comfortable proceeding, click “Yes.”

You’ll then be prompted to enter your Steam Deck’s sudo password. Input your password and click “Submit.”

Applying Recommended Settings on Your Steam Deck

CryoUtilities offers recommended settings, which the developer has tested to optimize your experience.For most users, it’s advisable to stick with these recommended options and click “Recommended.”

The application of these changes may take a few minutes, as it involves rebuilding the swap file to match your new specifications. For example, a 16 GB swap file may be created on your Steam Deck’s drive.

Once the recommended settings are applied, you’ll see a confirmation message.

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Exploring Advanced Settings for CryoUtilities

While we won’t dive deep into the advanced settings of CryoUtilities, it’s important to note that you should exercise caution when adjusting these manually. Incorrect settings could negatively impact performance or stability.

The homepage offers two main options: applying recommended settings or reverting your Steam Deck to its default settings.

Adjusting Swap Memory Settings

CryoUtilities provides control over your Steam Deck’s swap memory size, which serves as a fallback when physical memory is low. Larger swap memory allows for more RAM overage, but it’s slower and can increase drive wear.

The “swappiness” setting determines how often the swap memory is used. A lower value means less reliance on swap memory.

Tweaking Memory Settings

CryoUtilities includes various tweaks for managing Linux memory handling on your Steam Deck. While we won’t detail each tweak, you can easily toggle them on or off and research their functions online.

Managing Storage with CryoUtilities

The tool also features a storage manager aimed at cleaning up and organizing your system’s storage, particularly targeting disconnected prefixes and shaders, as well as leftovers from deleted games.

VRAM Configuration Tips

The final page doesn’t offer adjustable settings because VRAM allocation is controlled through the BIOS, not the operating system. However, it provides guidance on configuring VRAM allocation, which may impact game performance.

Conclusion

By now, you should have successfully installed and explored CryoUtilities on your Steam Deck. This tool facilitates system tweaks to enhance performance and stability. If you have any questions about installing or using CryoUtilities, feel free to leave a comment below.

Plex operates on a client-server model, where the client streams data directly from the Plex media server. This setup allows you to store all your movies, music, and photos on one device, the server, which in this case is the Raspberry Pi.

Multiple clients can connect to the same server, eliminating the need for multiple copies of the same media on different devices.

The Plex client is compatible with a wide range of devices, including Windows, Apple, Android, Amazon Fire TV, Chromecast, Xbox, PlayStation, Linux, and many more, making it an excellent solution for home media.

If you’re interested in a single-client setup without a server, you might want to explore the Raspberry Pi Kodi media center instead.

For a completely free alternative to a media server, consider checking out Jellyfin.

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What You’ll Need

To complete this tutorial on setting up a Raspberry Pi Plex server, you’ll need the following:

Required:

• Raspberry Pi 2 or newer
• Micro SD Card
• Power Supply
• Ethernet Cable (Recommended) or Wi-Fi

Optional:

• Raspberry Pi Case
• USB Keyboard
• USB Mouse
• External Hard Drive or USB Drive (For storing movies, music, & photos)

Note: This setup will not work on older versions of the Raspberry Pi. A Raspberry Pi 2 or later is required.

Setting up the Raspberry Pi for Plex Server

In this guide, we’ll be setting up the Raspberry Pi Plex Server using Raspbian. If you haven’t installed Raspbian yet, check out our guide on setting up Raspbian. For a lightweight version, consider installing Raspbian Lite.

Preparing your Raspberry Pi for Plex

1. Before installing Plex Media Server on the Raspberry Pi, ensure your OS is fully updated with the following commands:

   sudo apt-get update
   sudo apt-get upgrade

2. Next, we need to add the official Plex package repository to the Raspberry Pi. But before that, the apt-transport-https package must be installed to allow the apt package manager to retrieve packages over the https protocol, which Plex uses. Install the package with this command:

   sudo apt-get install apt-transport-https

3. Now, let’s add the Plex repository key to the apt keyrings directory. This key ensures that the files you download are indeed from that repository and signed by that key. Execute the following command to download and save the key:

   curl https://downloads.plex.tv/plex-keys/PlexSign.key | gpg --dearmor | sudo tee /usr/share/keyrings/plex-archive-keyring.gpg >/dev/null

4. With the Plex GPG key added, we can now append the official Plex repository to the sources list using the command below. Notice that we reference the keyring downloaded in the previous step.

   echo deb [signed-by=/usr/share/keyrings/plex-archive-keyring.gpg] https://downloads.plex.tv/repo/deb public main | sudo tee /etc/apt/sources.list.d/plexmediaserver.list

5. Having added a new repository, it’s necessary to run the update command again to refresh the package list:

   sudo apt-get update

If you encounter the error /usr/lib/apt/methods/https could not be found, it indicates that the https transport package hasn’t been installed correctly. Double-check its installation.

Installing Plex on Your Raspberry Pi

1. With the Raspberry Pi prepared to access Plex’s official package repositories, we can proceed to install the Plex Media Server package. Execute the following command to install the plexmediaserver package:

   sudo apt install plexmediaserver

2. The Plex installation process will automatically set up a few components:

• A dedicated user and group named plex for running the Plex service.
• A directory for temporary file storage during transcoding, located at /var/lib/plexmediaserver/tmp_transcoding.
• A directory for storing media metadata, found at /var/lib/plexmediaserver/Library/Application Support.

2. Since Plex runs under a different user than the Raspberry Pi’s default pi user, ensure that the permissions on your storage device are correctly set. If you’re using an external drive with Plex, refer to our guide on mounting a USB drive in Raspbian for assistance.

Configuring a Static IP Address for Your Plex Server

1. To ensure consistent access to your Plex server, it’s advisable to use a static IP address. Retrieve your current IP address with the command:

   hostname -I

2. Open the cmdline.txt file for editing:

   sudo nano /boot/cmdline.txt

3. At the end of this file, add the following line, replacing YOUR IP with the IP address obtained earlier:

   ip=YOUR IP

4. Save and exit the file by pressing CTRL + X, then Y, and finally Enter.
5. Restart your Raspberry Pi to apply the changes:

   sudo reboot

6. Your Pi should now always start with the same IP address. Alternatively, you can configure your router to assign a static IP to your Pi based on its MAC address.

With these steps, your Raspberry Pi Plex media server should be fully set up and ready to stream media to any connected client.

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Storing Media on the Raspberry Pi

There are several options for storing media on your Raspberry Pi:

• External Hard Drive: Connect an external hard drive with your media files. Ensure that Plex is set to run as the pi user to access the drive without issues.
• Permanent Drive Mounting: Mount drives permanently for continuous access. Refer to our guide on mounting a USB hard drive to the Raspberry Pi, ensuring the drive’s user and group ownership is set to pi.
• Network Attached Storage (NAS): Set up your Pi as a NAS for easy media transfer without disconnecting and reconnecting a hard drive. Follow our tutorial on setting up a Raspberry Pi network attached storage.
• SD Card: Although limited by space, you can use the SD card for storage and set up a network-accessible folder on it.

Connecting Devices to the Plex Media Server on the Raspberry Pi

The Plex client app on various devices such as smartphones, computers, Xbox, PlayStation, and others should automatically detect the Plex server on your Raspberry Pi.

However, it’s important to note that the official mobile Plex apps require a purchase for full feature access, while most other apps, including the web app, are free with only a select few features needing a subscription.

To access Plex through a web browser, enter your Raspberry Pi’s IP address followed by the port 32400 and /web/. For example:

192.168.1.100:32400/web/

Upon accessing the URL, you’ll be prompted to log in. You can sign up for a new account or sign in to an existing one. You can bypass this step by re-entering the URL.

Setting Up Libraries in Plex

The process of setting up your music, movie, and TV show libraries in Plex is straightforward:

1. Click on “Add Library” in the left-hand column.
2. Choose the type of media contained in the folder. If you have multiple types, you’ll need to create a new library for each.
3. Select the folder where your media is stored. For example, if it’s on a USB drive, it might appear in the left-hand column or at a path like /media/pi/ESD-USB.
4. After adding the library, Plex will organize your media into an easily browsable interface.

For detailed guidance on setting up, naming, and organizing your media library, Plex provides extensive documentation on media naming and organization.

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Resolving File Permission Issues in Plex

A common issue with Plex on the Raspberry Pi is file access permission errors. This section will demonstrate how to modify permissions for an ext4 drive.

For NTFS or FAT formatted drives, you may need to remount the drive with adjusted mounting options, as these filesystems don’t support the Linux permission system.

1. Determine the location of the drive or folder for which you want to adjust permissions. For example, an ext4 drive mounted at /mnt/pimounteddisk/.
2. Switch to superuser mode with the command:

   sudo su

3. Use the following commands to adjust permissions, replacing [YOURDRIVEPATH] with your drive’s path:

   find [YOURDRIVEPATH] -type d -exec chmod 755 {} \;
   find [YOURDRIVEPATH] -type f -exec chmod 644 {} \;

The first command sets read, write, and execute permissions for the owner and read and execute permissions for others on directories. The second command sets read and write permissions for the owner and read permissions for others on files.

4. Exit superuser mode with the command:

   exit

5. You should now be able to access your media files within Plex successfully.

You’re all done!

By following these steps, your Plex Media Server on the Raspberry Pi should be fully operational. If you encounter any issues or have feedback, feel free to leave a comment below.

The crew at Byte My Bits have put together a great video guide on the Plex media server. Check it out below

This tutorial will guide you through the process of setting up your Raspberry Pi to act as an AirPlay receiver, allowing you to stream music from any AirPlay-enabled device to your speakers. To accomplish this, we will be using Shairport Sync, an open-source software that implements Apple’s proprietary protocols.

By connecting your Raspberry Pi to your speakers and installing Shairport Sync, you can easily modernize your speakers and cut the cord on expensive wireless speaker systems. This setup is both simple and cost-efficient, and it allows you to use almost any iPhone product and even some Android products with a compatible app installed.

With Shairport Sync, your Raspberry Pi can receive music from any device that supports AirPlay, making it a versatile and convenient solution for streaming audio content. Follow the steps outlined in this tutorial to get started!

What You Will Need

• Raspberry Pi
• Power Supply
• SD Card – 16GB+
• USB Keyboard
• USB Mouse
• HDMI Cable
• External Monitor

Step-By-Step Guide To Setting Up Airplay On A Raspberry Pi

1. Download the Raspbian Lite image from the Raspberry Pi website and copy it to your SD card using a program like Etcher.
2. Install the necessary packages by running the following commands on your Raspberry Pi:

sudo apt-get update
sudo apt-get install autoconf automake avahi-daemon build-essential git libasound2-dev libavahi-client-dev libconfig-dev libdaemon-dev libpopt-dev libssl-dev libtool xmltoman

3. Clone the Shairport Sync repository by running:

git clone https://github.com/mikebrady/shairport-sync.git

4. Build and install Shairport Sync by running:

cd shairport-sync
autoreconf -i -f
./configure --with-alsa --with-avahi --with-ssl=openssl --with-metadata --with-systemd
make
sudo make install

5. Enable Shairport Sync to start on boot by running:

sudo systemctl enable shairport-sync

6. Connect your Raspberry Pi to your stereo receiver and speaker using an HDMI cable or 3.5mm audio cable.
7. Your Raspberry Pi AirPlay receiver should be all set! To confirm that it works, hop on an Apple device and head to the AirPlay menu or to System Preferences>Sound. Your Raspberry Pi should be on the list, ready to receive AirPlay casts!

How To Improve The Analogue Audio Output

Now that you have set up your Raspberry Pi AirPlay receiver, there are several ways to improve its performance. One of the most effective ways is to upgrade the audio driver to a newer version.

To take full advantage of the improved audio driver, you will need to make a few changes. If you want to learn more about the audio driver, you can check out this topic on the ever-helpful Raspberry Pi forums.

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1. Firstly we need to update the Raspberry Pi’s firmware, and we can do this by running the following command, it can take some time. Make sure your Raspberry Pi doesn’t lose power during this.

sudo rpi-update

2. Once the firmware update has completed, turn off your Raspberry Pi and take out your SD Card.

Once you have removed your SD Card, insert the SD Card into a reader connected to a computer. The reason for this is that we need to modify the Raspberry Pi’s boot config file

The file we are after is located at /boot/config.txt on the SD Card, open it up with your favorite text editor. Add the following new line to this file.

audio_pwm_mode=2

Once you have edited this file, you can save it and place the SD Card back into your Raspberry Pi and power it back on.

3. With your Raspberry Pi powered back on, there are two more things we need to do before the improved analog audio driver works well with Shairport. The next step is to set it, so the analog jack is the main audio out and not the HDMI output.

We can utilize the following command in the Raspberry Pi’s terminal to do this.

amixer cset numid=3 1

4. Now there is one final thing we must do to finish improving our Raspberry Pi AirPlay device, and that is to modify the volume db Range that Shairport uses. We can modify the range by changing it in the configuration file.

Run the following command to begin editing the configuration file.

sudo nano /usr/local/etc/shairport-sync.conf

5. Within this file make the following changes.

Find

 volume_range_db = 60

Replace with

volume_range_db = 30

We can now save the file by pressing CTRL + X then pressing Y and then ENTER.

6. Now to make sure all these changes are properly loaded in, we will restart the Raspberry Pi by running the following command.

sudo reboot

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Extra Tips For Improving Sound Quality

Even after following the steps above, you may still find the audio lacking.  Here are a few more tips to improve the audio output of your Raspberry Pi.

1. Use an external USB sound card: Using a USB sound card can help improve the sound quality by leaving the D/A conversion to the interface. HiFiBerry and PecanPi HAT are some of the popular options available in the market.
2. Use Pulseaudio: Pulseaudio is a package for the RPi that significantly increases the quality of the audio.
3. Ensure your Pi is getting enough power: Make sure your Pi is getting enough power to avoid cracking sounds.

Conclusion

In this tutorial, we have shown you how to set up an Airplay receiver using Raspberry Pi and provided tips for improving its sound quality. We hope that you found this tutorial helpful and informative. By following the steps outlined in this guide, you can now enjoy wireless streaming of audio, video, and photos between devices using Airplay.

The team at LifeHacker has put together an awesome video guide to setting up your Raspberry Pi as an AirPlay receiver.  Check it out below and check out the rest of their videos.

If you have any questions or feedback, please feel free to reach out to us. We’d love to hear from you!

READ NEXT: Running Steam On A Raspberry Pi

If you’re into both video games and Raspberry Pi, you might be wondering if you can run Steam on your Pi devices. Unfortunately, Steam doesn’t have a native ARM client for the Pi so you can’t run it without making a few tweaks first.

Luckily, the workaround to get the official client up and running is relatively simple and easy to perform. In this article, I’ll walk you through everything you need to know about how to install and run Steam on a Raspberry Pi.

Let’s dive in!

# Clone Duino-Coin repository
$ git clone https://github.com/revoxhere/duino-coin 
# Install Python dependencies for Duino-Coin
$ cd duino-coin
$ python3 -m pip install -r requirements.txt

What You Need To Install & Run Steam On Raspberry Pi

Here are a few things you’ll need to get started:

• Raspberry Pi 2 or newer
• Power Supply
• SD Card – 16GB+
• USB Keyboard
• USB Mouse
• HDMI Cable
• External Monitor

Step 1: Set Up Your Raspberry Pi

As we’re trying to run an x86 application on the Pi’s ARM architecture, we need to prepare the device by following the steps outlined below:

1. First, ensure that your Raspberry Pi’s software and package list are updated. You can do this by punching in the following commands in the Terminal:

2. Next, we need to install Box86 software, which emulates the non-native x86 architecture on the ARM platform. 

This will allow us to run applications that weren’t actually compiled for our Raspberry Pi — like Steam. Check out the official installation guide on the Box86 website for this part.

3. After you have installed Box86 on your Pi device, now we can get started on installing Steam itself
   
4. To make sure your experience with running Steam involves the least amount of crashes, we’ll first need to install the following packages.

5. Similarly, you’ll need to add some environment variables to your system to help the Steam software run more smoothly and make the experience more seamless.
   
   Make a file called “steam.sh” in the “/etc/profile.d/” directory using the Terminal nano editor.

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6. Now, inside this file, punch in the following lines of code:

These lines set two new variables: “STEAMOS” and “STEAM_RUNTIME” both to “1”.

7. After you’ve added these lines, save your changes by pressing ENTER.
   
   
8. Reboot your Pi device for the changes to take effect using the following command:

Top Tip: It’s worth noting that your experience with Steam on the Raspberry Pi may not be perfect. You may face a few crashes, glitches, and performance issues, as the software relies on an emulator – Box86 –  to run. 

Step 2: Install Steam On Raspberry Pi

After setting up, it’s time to install and run Steam on Raspberry Pi. 

Here’s what you’ll need to do:

1. First off, we’ll have to download the necessary packages for Steam. Type the following code in the Command Line to do this:

2. Now, we just have to install it. You can do this by using the “dpkg” command install (-i) option as shown below:

Step 3: Run Steam On Raspberry Pi

After installing Steam on your Raspberry Pi, you’ll need to know how to open and run it. These steps require having access to the Raspberry Pi desktop, where we will launch Steam.

1. After opening the Start Menu, glide over the “Games” sub-menu and click on the “Steam” icon to launch it.

2. On the first startup, Steam may begin auto-downloading a few files, updates, and packages.
   
   
3. After it’s done downloading, you’ll be asked to log in to your Steam account.

4. On the first launch, you may realize that some functions are not available, such as the Games library not loading. To resolve this issue, switch to “Small Mode” or “Big Picture Mode.”

To change modes, tap on the “View” option in the toolbar and choose either “Small Mode” or “Big Picture Mode”. Generally, Small Mode gives the best results and stability, but issues may still arise so be sure to experiment and see which mode works best for your particular setup.

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5. And with that, you’re ready to enjoy using Steam on Raspberry Pi.

Top Tip: Just remember that the Raspberry Pi doesn’t possess powerful hardware and resources like a normal PC. That’s why it’s recommended to only download and play lightweight games like 2D platformers that don’t require high processing speeds and RAM to run.

Alternative Method To Run Steam On Raspberry Pi: Steam Link

While installing Steam on a Raspberry Pi isn’t that difficult, it’s worth mentioning that there is an alternate way to enjoy access to Steam on your Raspberry Pi through Valve’s Steam Link.

Steam Link is an app available for Android, Windows, and Raspberry Pi devices that lets you stream your Steam games over your local network. 

Here’s how to download Steam Link on Raspberry Pi:

1. First, turn on your PC (the one you’ll be using to stream from), launch Steam, and log in.

2. Make sure that your Pi device is on the same network as your host PC.

3. To install Steam Link on your Pi device, type the following in the Command Line:

4. After it’s installed you can launch it from the Games menu or use the following command in the Terminal:

Using Steam Link has some notable advantages over installing Steam directly on your Raspberry Pi. 

For one, you don’t need to worry about compatibility issues or performance limitations since the games are still running on your PC. 

Additionally, you can use a game controller with Steam Link to play games more comfortably from your couch or bed. 

However, with this method, you’ll need to have a spare PC at hand to do all the heavy lifting. And since the Raspberry Pi is simply going to receive the stream, a weak PC may not be able to provide a smooth and enjoyable experience.

Moreover, you’ll also need a stable and fast internet connection to make sure you don’t experience lag, frame drops, or other issues that’ll negatively affect your gaming experience.

Top Tip: If you run into any hurdles when downloading Steam Link, be sure to check out Valve’s official Steam Link support page to learn how to troubleshoot them. 

Final Thoughts On Running Steam On A Raspberry Pi

After following the steps in this guide, you should now be able to install & run Steam on Raspberry Pi with ease.Running Steam on a Raspberry Pi is a fantastic way to expand your gaming options and get more use out of your mini-computer.

Whether you’re a DIY enthusiast or just looking for a fun new way to play games, this guide has provided you with the knowledge and tools you need to get started. So fire up your Raspberry Pi, download Steam, and start playing your favorite games today!

Are you a Raspberry Pi enthusiast like me, who enjoys experimenting with the endless possibilities this versatile little device offers? 

Recently, I was trying to find a way to stream my favorite YouTube videos on my Raspberry Pi, only to realize that using the native browser wasn’t giving the best results. The videos were often choppy and the audio quality was subpar. 

Frustrated with my experience, I started researching different ways to install and use YouTube on Raspberry Pi and discovered a few effective methods to make it happen. 

And they’ve really helped make my streaming experience much better as a whole on the Raspberry Pi. 

That’s why I decided to put together this comprehensive guide, so you too can enjoy your favorite Youtube videos on Raspberry Pi without any hiccups.

Let’s dive in!

3 Different Ways To Watch YouTube On A Raspberry Pi

There are a bunch of ways to use YouTube on Raspberry Pi, however, the three most popular methods include using Chromium, OMXPlayer, and YouTube-dl.

So, let’s talk a bit about each of these methods and how to use them to stream YouTube on your Raspberry Pi.

What You Will Need

• Raspberry Pi 2 or newer
• Power Supply
• SD Card – 16GB+
• USB Keyboard
• USB Mouse
• HDMI Cable
• External Monitor

Method 1: Using Chromium Browser

Source: peppe8o.com

Chromium is a popular open-source web browser that often comes pre-installed on Raspberry Pis and can be used to stream YouTube videos. 

However, it’s important to note that using a browser like Chromium can lead to heating issues if you’re continuously streaming high-definition (HD) videos. This is because in-browser processes are not hardware accelerated by the Pi’s GPU.

Put simply, this means when Chromium streams a video, it first downloads the video data and then decodes and renders it using the Pi’s CPU, instead of the GPU.

This can put excessive loads on the Raspberry Pi’s main processor – leading to overheating and performance throttling.

That being said, if you still prefer using Chromium to watch Youtube, here’s what you’ll need to do:

• Start by opening a terminal window on your Raspberry Pi.

• Use the following command to install the Chromium browser (if it’s not pre-installed already):

• Once it’s done installing, open up Chromium by clicking on the Raspberry Pi menu, hovering over “Internet,” and then clicking on “Chromium Web Browser.”

• Now go to YouTube and search for a video you want to stream.

• Finally, click on the video and it should start playing.

Top Tip: Although videos on Youtube don’t have DRM (digital rights management) issues like Netflix, they often drop frames when streaming in full screen. To fix this, try using a specialized version of the Chromium browser that comes from the Chrome OS source code. 

This version is optimized for media playback and can significantly boost your viewing experience. To install it, simply enter the following commands in the Terminal:

Method 2: Using OMXPlayer

OMXPlayer is a command-line video player that often comes pre-installed on most Pi devices. It can be used to playback a wide variety of media formats, including YouTube on Raspberry Pi. 

But the best part?

Unlike browsers like Chromium, it is optimized for hardware acceleration – meaning less CPU usage and overheating – and can provide a much smoother playback experience.

Here’s how to use OMXPlayer to stream YouTube videos on Raspberry Pi:

1. Open your terminal or command-line interface.

2. If OMXPlayer isn’t installed or was deleted, re-install it by entering the following commands:
   
   

3. After the installation process is complete, find a YouTube video you want to play and copy its URL.

4. Punch in the following command in the terminal, using the URL of the YouTube video you want to play in place of “video-url”:
   
   

5. Press Enter, and the video should start playing on your Raspberry Pi.

Method 3: YouTube-DL

Finally, if you’re looking for a more versatile solution to download videos directly from Youtube on your Raspberry Pi, then you should definitely consider using youtube-dl.

This Terminal tool lets you download videos and playlists directly from a wide range of video hosting websites like YouTube.

To use youtube-dl on your Pi device, you’ll need to install and set it up first. 

Here’s how to go about it:

1. Open the Terminal on your Raspberry Pi and run the following command:

2. Once it’s done installing, you can use youtube-dl to download a video from YouTube by using the following command:

Be sure to replace [YOUTUBE-URL] with the URL of the video you wish to download.

3. To play back the video you just downloaded, use any media player of your choice that supports the format. For example, if you’re using OMXPlayer, enter the following command:

Top Tip: With youtube-dl, you can also download entire playlists or multiple videos at once. Check out the creator’s official GitHub link for more information on how to use this powerful tool.

Alternative Methods

While all the methods we’ve discussed so far are great for using YouTube on Raspberry Pi, there are also other alternatives available that you might want to consider.

For example, one popular option is Kodi – an open-source media player software that allows you to play everything from music to podcasts and videos.

Kodi is available on most major platforms, including Raspberry Pi, and has a dedicated YouTube add-on that lets you easily access and watch YouTube videos.

Similarly, another alternative is OSMC (Open Source Media Center), another free media center operating system based on the Kodi project. 

It’s designed to be lightweight and optimized for the Raspberry Pi –  making it a great choice for streaming YouTube videos.

Finally, there’s also LibreELEC. With its easy-to-use interface, it’s another solid option for streaming YouTube on the Raspberry Pi. 

Each of these options has something unique to offer, so they’re all definitely worth checking out.

Final Thoughts

Watching YouTube videos on a Raspberry Pi can be a fun and educational experience. With the help of the various methods discussed in this article, you can easily set up your Raspberry Pi to stream your favorite YouTube videos on your TV or monitor.

Whether you prefer to use a browser, a dedicated media center software, or a command-line tool, there are options available to suit your needs. So, get your Raspberry Pi ready, follow the steps outlined in this article, and start enjoying your favorite YouTube channels and videos on the big screen!

For an easy video walkthrough, make sure you watch the clip below from SomethingBritishy, and as always our handy FAQ section is just after the video.

Alternatively, if you’re searching for a way to use Netflix on a Raspberry Pi, be sure to check our article on that topic here.

FAQs

Are you struggling to stream Netflix on your Raspberry Pi? Fear not, dear reader! In this article, we’ll guide you through the tricky process of getting Netflix up and running on your Pi device.

We’ll delve into the challenges you might encounter along the way, and provide step-by-step instructions to help you overcome them. Plus, we’ll even explore some alternative methods for streaming Netflix on your Raspberry Pi, so you can choose the best option for your needs.

By the time you’ve finished reading, you’ll be binge-watching your favorite shows on your Pi like a pro!

Can You Watch Netflix On A Raspberry Pi?

The short answer is yes, you can watch Netflix on a Raspberry Pi, but it requires some extra effort and tinkering.

This is because streaming platforms like Netflix use a DRM (Digital Rights Management) system to prevent unauthorized copying and distribution of their content. 

This system makes it difficult to watch Netflix on Linux-based devices like the Raspberry Pi which runs on open-source software.

However, there are two relatively easy workarounds that you can utilize to stream & watch Netflix on Raspberry Pi. Let’s talk about both of them in a bit more detail.

What You Will Need

• Raspberry Pi 2 or newer
• Power Supply
• SD Card – 16GB+
• USB Keyboard
• USB Mouse
• HDMI Cable
• External Monitor

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Method 1 – Installing Chromium With Widevine Support

The first method to stream & watch Netflix on Raspberry Pi involves installing a 32-bit variant of the Chromium web browser and adding the Widevine library, which is used by Netflix to decrypt and play DRM-protected content. 

This is a popular and reliable workaround that’s relatively easy to set up.

Here’s how to get this method to work:

1. Install Raspbian: Make sure you have the latest version of Raspbian installed on your Raspberry Pi.

2. Install Chromium: Open the Terminal and run the following command to install Chromium:

3. Install Widevine library: Next, you need to install the Widevine library on Chromium. To do this, simply run the following command in the Terminal:

4. Reboot Chromium: Now restart your Pi device and Chromium for the changes to take effect by typing the following in the Command Line:

5. Log in to Netflix: Finally, open Chromium and log in to your Netflix account to start streaming your favorite shows and movies on your Raspberry Pi!

Luckily, 32-bit Chromium is compatible with 64-bit Raspbian and can be used to stream Netflix on your device. To replace your 64-bit Chromium with the 32-bit variant, use the following command in the Terminal:

Top Tip: Keep in mind that currently there is no 64-bit version of the Widevine library available for Linux on the ARM architecture. This means if you want to watch Netflix, you’ll need to install the 32-bit variant of Chromium, even if you’re running a 64-bit Pi OS. 

Method 2: Installing Kodi

Another way to watch Netflix on Raspberry Pi is by installing Kodi, a popular open-source media player software. 

Kodi can run on various operating systems, including the Raspberry Pi OS. And with the help of the “Netflix add-on” available for Kodi, you can stream Netflix content on your device.

To get started, you’ll first need to install Kodi on your Raspberry Pi. This can be done by downloading the software from the Kodi.tv website or by running the following command in the Terminal:

Once you have Kodi installed, you can add the Netflix add-on to your Kodi media player. To do this, you’ll need to follow some additional steps, which are explained in Kodi’s official wiki page.

Keep in mind that while Kodi provides a great solution for streaming Netflix on your Raspberry Pi, it involves a lot of additional effort in setting up and configuration compared to the Chromium method we discussed earlier. 

Nonetheless, it’s still a solid option if you prefer using your Raspberry Pi mainly as a media player for your TV or if you encounter any issues with the Chromium method.

Top Tip: To enhance your Kodi experience, protect your privacy online, and bypass geo-restrictions, consider using a VPN service. Just be sure to choose a VPN that supports Raspberry Pi and has good speeds for streaming.

RELATED: 6 Ways To Set Up A Media Server

Alternative Methods To Stream & Watch Netflix On Raspberry Pi

While the two main workarounds for streaming Netflix on a Raspberry Pi are through the Widevine library and Kodi, there are other options you can explore as well that can offer additional features and flexibility for your media streaming needs.

One option is to use media center operating systems for the Raspberry Pi like LibreELEC or OSMC, which both have built-in support for Netflix.

These operating systems are designed to be lightweight and run on low-powered devices like the Raspberry Pi, making them a great option for streaming media.

Another option is to test out the Plex Media Server client, which is a powerful media server software that can stream content from a variety of sources, including Netflix. 

While Plex doesn’t have built-in support for Netflix, you can make use of third-party plugins to access Netflix content. 

But again, it’s important to note that setting these alternative methods up is usually a much longer process than simply using Chromium or Kodi to stream & watch Netflix on a Raspberry Pi.

Final Thoughts

Although streaming Netflix on a Raspberry Pi may seem challenging at first, with the right guidance and a little effort, you can turn your Pi device into a streaming machine.

We’ve discussed the challenges you might encounter, provided you with step-by-step instructions to help you get Netflix up and running on your Pi, and explored some alternative methods for streaming Netflix on your device.

Whether you’re a tech enthusiast, a DIY enthusiast, or just looking for a way to stream Netflix on a budget, this article has hopefully given you the information you need to get started. So, fire up your Raspberry Pi, grab some popcorn, and get ready to enjoy your favorite Netflix shows and movies from the comfort of your own home!

If you are more of a visual learner, make sure you watch the super helpful video below by Novaspirit Tech and don’t forget to check out our FAQ section after the video.

FAQs

This means that buying a Raspberry Pi 400 is perfect if you want to save money and space.

The Raspberry Pi 400, thanks to its keyboard, is thus a very attractive prospect to people that plan to use the system to play video games, especially classic and retro games which can be interfaced with by using the keyboard.

But, can the Raspberry Pi 400 be used to play more advanced modern games or even online games? Could a Raspberry Pi 400 be used to play Roblox? 

What Is Roblox?

Roblox is one of the world’s foremost online video games that is played by countless millions of children and teenagers across the world. 

The game has an unparalleled level of customization, which allows players to easily express themselves in ways that other games cannot similarly offer.

Players can change the way their character looks, as well as create their own games and worlds that they can then invite their friends to play in via an online connection.

The game also hosts a number of digital events, such as concerts, which has helped to make the platform not only a video game but also a social hub. 

Roblox is not simply one game, as it is actually a collection of individual games each of which is developed by players to then be played by other players.

This helps to add to the social element of the game, and also means that the game can be a great avenue for young people to learn about coding, programming, and even video game development.

Can You Run Roblox On A Raspberry Pi 400? 

Unfortunately, there is no version of Roblox that can be made to run safely and efficiently on a Raspberry Pi 400. The reason for this is that there is no version of the game that has been built to operate on the Raspberry Pi OS.

Currently, only platforms such as Mac, Android, Windows, and IOS can run the game in a stable manner.

While it would be theoretically possible to download Roblox onto the Raspberry Pi 400, it would not run, because it will not interface with the Raspberry Pi OS at all. 

However, there technically is a way to get Roblox running on a Raspberry Pi 400 device, but it would not prove worthwhile and would prove to be a fruitless expenditure. 

In order to get Roblox running on a Raspberry Pi 400, you will need to install the ‘Wine’ platform, which allows the Raspberry Pi 400 system to run via Windows.

This will then allow you to download and install Roblox on the Raspberry Pi 400. 

However, though this would technically make it possible to run Roblox on the Raspberry Pi 400, the game would not run very well at all, and would likely appear very choppy not only in terms of its visuals but even in terms of its sound.

This makes it definitely not worthwhile to install Wine and then Roblox to a Raspberry Pi 400. 

Can Any Games Run On The Raspberry Pi 400?

While a Raspberry Pi 400 may not be able to run the ever-popular game of Roblox, it can instead run games like Minecraft.

The reason why Minecraft can be played on a Raspberry Pi 400 is that a special version of the game has been designed specifically for use of Raspberry Pi computers, as it is designed to directly interface with the Raspberry Pi OS. 

Other games, such as retro games from classic consoles can also easily run on the Raspberry Pi 400 because the Raspberry Pi 400 is much more powerful than many of the original consoles it can emulate. 

The Raspberry Pi 400 can use the platform RetroPie to directly emulate consoles such as the Atari 2600, Nintendo 64, PlayStation 2, Gamecube and even the Nintendo Wii.

This means that the unit can be used to build a veritable library of fantastic retro and classic games. However, in order for some of the more recent games to run, it is important that the Raspberry Pi 400 is optimized to run the game.

The Raspberry Pi 400 will also need to be cooled in some way while playing more modern games to reduce the risk of overheating.

Is It Worth Getting A Raspberry Pi 400?

If you are planning on using the Raspberry Pi 400 to play Roblox, then we definitely do not recommend purchasing one.

The reason for this is that the game just simply isn’t built to run on Raspberry Pi’s operating system.

Though there are ways to install windows onto the computer to then install and run Roblox, the game just would not run in a solid-enough way to actually be playable or satisfying.

However, if you plan to build a retro game library, or you simply want a simple and portable computer that you can use to learn all kinds of things about programming and coding, then grabbing yourself a Raspberry Pi 400 can be a great idea! 

Overall, the Raspberry Pi 400 is one of the best Raspberry Pi models thanks to the fact that everything is encased within the durable and sleek keyboard frame which makes it easier to interface with the unit.

However, you should not expect to be able to play any modern or technologically advanced games on the system! 

To Wrap Up

As you can now see, it is not possible to run Roblox on a Raspberry Pi 400 because the game is not developed to work within the Raspberry Pi OS framework.

You can install Windows operating systems to the Raspberry Pi 400, but though this will allow you to install the game to your system, the game will not be able to run reliably. 

However, this does not mean that the Raspberry Pi 400 does not have some amazing applications and that it cannot be used to host gaming experiences.

Raspberry Pi 400 is great for building a digital library of classic and retro games by using emulators! The keyboard case also means that you don’t have to worry about grabbing a controller!

If you have enjoyed this guide, please check out some of our other topics including; How to host a website on a Raspberry Pi, the most powerful Raspberry Pi alternatives, and the complete guide to Raspberry Pi audio.

Frequently Asked Questions:

Raspberry Pi computers have become immensely popular thanks to the fact that they are just as easy to customize as they are to move around, thanks to their compact nature.

These popular compact computers are great for achieving small programming goals on a budget, or even for building your own computer systems to handle specific problems or tasks.

Part of what makes Raspberry Pi computers so attractive is that they are highly affordable, and can easily be purchased on a smaller budget.

This means that even those with limited programming experience can get ahold of a perfect computer to customize.

Perhaps best of all, these affordable compact computers are also great for emulating classic games and creating entire digital libraries of gaming classics.

One of the most popular emulating platforms on the Raspberry Pi is Retropie, but many people that install the program find themselves wondering whether it comes with any games bundled in.

Does Retropie come with games? And what else should you know about this popular emulation platform?

Does Retropie Come With Games?

Retropie does not come with any games pre-installed into it, and it is down to individual users to select the games (and themes) that they want and then download them from the web to then boot them up on Retropie. 

Retropie is actually a package install that provides users with access to a large range of open-source software that can be used to emulate retro games.

Retropie is the most popular emulation platform because it streamlines the process of installing and booting up different games without any complicated menus. 

The game files that you download from the web are called ‘ROMs’ and these contain the data that allows a game to run as it originally did on the console 

What Is A ROM?

The term ‘ROM’ is actually an abbreviation for ‘Read Only Memory’, and this refers to a non-volatile file that is used by computers and other electronic devices to run specific programs. 

The read-only nature of the file means that the file cannot be edited (although ROMs can be deleted if needed) which is what helps to preserve the original nature of the games that the ROMs represent in the world of emulation. 

How Do You Install A ROM Into Retropie?

In order to install ROMs into the Retropie program, you will need to first download the ROMs from a separate computer and then install them into Retropie on the Raspberry Pi device. 

In order to do this, you will need a flash drive that is formatted to work with Raspberry Pi. Once you have formatted the USB to work with Raspberry Pi, you then create a folder where you can store all of the ROMs that you have.

Before adding your ROMs to the flash drive, though, make sure to unzip the ROM files so that they can be immediately accessed by Retropie and get to work on running. 

Once you have added the ROMs to your chosen flash drive, simply place the drive in the Raspberry Pi, and then access them via the Retropie interface.

What Games Can Retropie Run?

There are actually a vast number of consoles that can be emulated through the use of Retropie, making it a very attractive option for building up a portable collection of retro arcade and home console games.

Some of the major consoles that can be emulated on the Retropie include the Sega Saturn, the Sega Genesis, PlayStation 1, PlayStation 2, the Gamecube, Nintendo 64, SNES, Nintendo Wii, and even the Nintendo DS!

There are a massive number of games for these consoles that can be downloaded online via vast ROM libraries across the internet.

How Well Does Retropie Run On The Raspberry Pi?

How well Retropie is able to run on a Raspberry Pi computer actually depends on a number of factors that you will want to make a point of considering. Let’s take a look at these factors now.

Raspberry Pi Model

Of course, one of the most crucial factors affecting the performance of Retropie emulators on a Raspberry Pi is the actual model of Raspberry Pi you are using.

The latest version of the Raspberry Pi motherboard is the Raspberry Pi Zero 2 W. A model such as the Raspberry Pi 4B would be able to run emulators more efficiently than a Raspberry Pi model 1. 

If you want your emulators to run best, then try to use the latest and strongest model.

The Chosen Games

Another factor that can affect how well Retropie runs on your Raspberry Pi is the games you choose to emulate.

More classic games from consoles like the Atari 2600 will be able to run with ease, as they take very little computational power.

However, games on a console like the Wii may cause the emulator to chug if not optimized properly because they require more computational power for processing and rendering graphics. 

Some games run better than others, so you may play a Wii game that runs perfectly or a Wii game that is incredibly choppy.

The Raspberry Pi Components

It is technically possible to upgrade the power of a Raspberry Pi computer by adding extra components such as extra processors to increase the power, but this significantly hampers the portability of the console.

If there are better processors, then games will be able to render far more efficiently and will run more reliably.

Another physical component that can help a Raspberry Pi to run Retropie more efficiently is a cooling system.

Whether a fan, a heat sink, or a water cooling system, cooling helps to ensure that the motherboard doesn’t overheat.

When Raspberry Pi computers begin heating up significantly, they begin automatically throttling processing power in order to return the unit back to a safer temperature.

Having adequate cooling on your Raspberry Pi can help you to avoid the chance of throttling, which will allow games to run at a silky smooth rate.

To Wrap Up

There you have it! Though Retropie does not come with any games pre-installed into it, the popular emulation platform does make it easier than ever to install and run countless classic games from hundreds of classic consoles.

Downloading and running ROMs is also incredibly easy thanks to the wealth of games available online, and by optimizing the processing power of the Raspberry Pi unit itself. 

Frequently Asked Questions:

The potential uses for Raspberry Pi are almost endless. These compact computers are not only great for educational and practical purposes, however, as they are also renowned for their ability to create entire entertainment systems to enjoy film, music, and even video games.

If you’re a fan of the classic block-building game Minecraft like we are, you just might want to know, can a Raspberry Pi 4 run Minecraft?

Raspberry Pi computers are often used to host emulation platforms to allow users to access classic and retro games, but is it possible to use a Raspberry Pi computer to run more modern games, such as the ever-popular Minecraft?

Will Minecraft be able to run on a Raspberry Pi computer? Will it even be able to run on one of the most powerful models of the computer, the Raspberry Pi 4?

Join us down below, because today we are going to find the answers you seek. 

Can A Raspberry Pi 4 Run Minecraft?

Technically speaking, yes a Raspberry Pi 4 computer can run Minecraft but it needs to run a highly specialized version of the game that is intended for use with the Raspberry Pi.

This is because the most up-to-date version of Minecraft could be more demanding graphically for all Raspberry Pi models. 

The version of Minecraft that can work on a Raspberry Pi computer is referred to as ‘Minecraft: Pi Edition’ which is a version of the game that is far simpler than how it appears on more advanced computers or home consoles.

This version of the game is based on a more early version of Minecraft, which means that it is still totally lots of fun to play, and the game continues to receive updates to optimize its gameplay.

Can Minecraft Run On Any Other Raspberry Pi Models?

Yes. The ‘Pi Edition’ of Minecraft can very easily operate on older models of the Raspberry Pi, though the game may encounter slightly more hurdles along the way on older hardware, as older models of the compact computer are not quite as powerful.

It is best recommended to play the game using the most powerful version of the Raspberry Pi, the 4B model. However, if you want the game to run at its best on older models, you may want to consider overclocking your device.

It is possible to get Minecraft operating on other single-board computers like the Banana Pi, stay tuned for more guides on these!

How Do You Get Minecraft Running On Raspberry Pi 4?

What You Will Need

• Raspberry Pi with power supply, keyboard and mouse.
• A display monitor with HDMI cable

How To Download And Run Minecraft On Your Raspberry Pi

Make Sure You Have The Latest Version Of Raspberry Pi OS

The first thing you are going to want to make sure to do, before even attempting to download or run Minecraft on your Raspberry Pi 4 is to ensure that the system is updated to the latest version of the Raspberry Pi OS. This can be done via the command terminal on your Raspberry Pi computer.

Download Minecraft

Once you have ensured that your Raspberry Pi is optimized to the latest operating system, you will want to go about downloading the latest version of the Minecraft Pi Edition file. This can be done at the official Minecraft website. 

Once you have downloaded the game, you will want to add it to an optimized flash drive that you can directly hook up to the Raspberry Pi unit.

Make sure that the USB flash drive is optimized to work alongside the Raspberry Pi OS, if it is not optimized, then it will not be able to boot up Minecraft on the device. 

Install Minecraft Through Terminal

Once you have plugged in the flash drive containing the Minecraft Pi Edition file, it is time to get it running!

Head to the Raspberry Pi command terminal and type in ‘cd’ before hitting enter. This will start up a command that will allow you to make Minecraft start up.

From there, type in ‘tar-zxvf minecraft-pi-0.1.1.tar.gz’, and then hit enter to execute this command. 

Again, open another command line, and type in the code ‘cd mcpi’ before hitting enter.

Finally, all you then need to do is type in and execute the command ‘./minecraft-pi’.

These are the same steps that you will want to make sure to follow every time you plan to open up the game.

Ensure The Game Is Running Smoothly

Once you have booted up the game, try playing around with it to see how well it is running. Following the steps above should be enough to get it running smoothly. 

However, if you encounter difficulty, make sure to consult the carefully constructed guide available on the Minecraft website that can help you to optimize.

Is Minecraft: Pi Edition Worth Playing?

Though Minecraft: Pi Edition may be a very bare-bones version of the popular game with fewer features, it is still very much worth experiencing. Even the earliest versions of Minecraft, which this free version is based on, are very fun and addicting to play.

Minecraft: Pi Edition is also very worth playing if you are new to the world of programming and Raspberry Pi computers. The reason for this is that it involves some amount of coding and programming to get the game running, but not so much as to be overwhelming or confusing to beginners. 

Minecraft: Pi Edition also runs on the Redstone coding language which is used to make the game work. Thus, players can make small changes to how the game runs by playing around with this code in order to get a sense of how coding works and what immediate impacts it has on the performance of the game. 

This can make Minecraft: Pi Edition a fun and engaging way for young people to get to grips with programming, as they can play one of their favorite games while also learning about the impact that coding has. 

To Wrap Up

There we have it. Though a Raspberry Pi 4 would not be able to run the current version of Minecraft as found on stronger computers or consoles, it can still very much run a specially-designed version of the game built from the ground up for use with Raspberry Pi.

This version of the game is free, and while it may be a little more basic, it is totally fun for young people to use it as an avenue for learning programming and coding. 

For a video walkthrough, check out the clip by NotroDan below the frequently asked questions.

FAQs

But with so many PC games available for the Raspberry Pi, it can be overwhelming to decide which ones to try. 

That’s why, in this post, we’ll provide you with a list of our personal favorite Raspberry Pi PC games, from retro classics and indie titles to more modern 3D shooters. 

So, let’s dive right in to…

The Raspians Guide To The Best Raspberry Pi PC Games

Doom

Doom is a classic first-person shooter game that was first released in 1993. It is known for its fast-paced gameplay, intense action, and terrifying enemies. 

In the game, players take on the role of a space marine who must fight their way through a research facility overrun by demons from Hell.

The best thing about the Raspberry Pi ported version of Doom is that it uses most of the original game files and runs smoothly on the small single-processor-based computer. 

Plus, it’s one of the few native Raspberry Pi games that you can run on the device without needing an emulator!

In addition to the original game, there are also several mods and custom maps available that can be added to the Raspberry Pi version of Doom to enhance the gameplay experience.

Overall, Doom is a great choice for fans of nostalgic first-person shooters looking to play classic games on Raspberry Pi.

Star Wars Jedi Outcast

Star Wars Jedi Outcast is a first-person action game that was originally released in 2002. 

It is set inside the official Star Wars universe and follows the story of Kyle Katarn, a former Jedi who must confront his past and the dark Jedi Knight Desaan in order to stop the evil plans of the Imperial Remnants (renegade Jedi).

The game’s code was released to the public in 2013 and since then has been successfully ported to Linux, macOS, and Raspberry Pi systems.

But the best part? 

Installing the game and getting it running on your device is pretty simple because it doesn’t require you to download an emulator!

FreeCiv

FreeCiv is a free and civilization-building game that is inspired by Sid Meier’s famous Civilization series. 

In this Raspberry Pi PC game, players start as a small tribe and must build and manage their own civilization, making strategic decisions on how to allocate resources, build and improve cities, and interact with other civilizations.

Overall, it’s the closest thing you can get to the real “Civilisation” franchise from a clone and is a great choice for fans of strategy games as well as those looking to play a game with a long-term progression. 

Plus, unlike most knock-offs, it also features online multiplayer support. Talk about a win-win situation!

Top Tip: If you want to give this game a go, simply write the following code into the Terminal to download this windows game on Raspberry Pi:

Micropolis

Much like the previous entry on our Raspberry Pi games list, Micropolis is a city-building simulation game that is also a clone based on another popular title; the “SimCity” series. 

In the game, players must develop and manage their own city, making impactful decisions on how to create a metropolis with limited resources, and deal with disasters and other challenges.

Overall, Micropolis is a well-regarded and highly-rated game that is a great choice for people looking for a challenging and immersive city-building Raspberry Pi PC game. 

So, if you are a fan of city-building games and are looking for a game to play on your Pi device then Micropolis could be right up your alley!

Top Tip: Use the following command in the Terminal to install Micropolis on your device:

Billiard GL

As the name suggests, Billiard GL is a 3D billiards game that allows you to play various types of pool, including eight-ball, nine-ball, and snooker, against computer opponents or online players. 

It features realistic physics, detailed graphics, and a variety of customization options. This means it’s perfect for fans of pool and those looking for a smooth-running and challenging billiards game on their Pi devices.

Beneath A Steel Sky

Beneath a Steel Sky is a classic point-and-click adventure game that was released in 1994. This means it’s a great option for those looking for slow-paced Raspberry Pi PC games where they can sit back, relax, and enjoy the story.

It is set in a dystopian future and follows the story of Robert Foster, a man who must navigate a corrupt and oppressive society in order to uncover the truth about his past.

To install and run the game on your Pi simply head over to the Terminal and type the following command:

Duke Nukem 3D

Duke Nukem is one of the earliest first-person shooter games that was first released way back in 1991. 

It is mostly known for its first-person shooter mechanics, violent action, and irreverent sense of humor. 

In this Raspberry Pi PC game, players take on the role of Duke Nukem, a tough-talking and wise-cracking hero who must save the world from an alien invasion, all while using a variety of weapons and power-ups to take down terrifying enemies.

Top Tip: Even though you can use an emulator to run Duke Nukem 3D, it’s not actually necessary. Simply set up the EDUKE_32 software and follow this guide to get the game up and running.

Overlord

Overlord is a classic action role-playing game that was released in 1990. It is set in a fantasy world and follows the story of the Overlord, a powerful being who must reclaim their kingdom and defeat a group of rebels to maintain rule.

One important thing to note about this game though is that you’ll need to set up RISC OS instead of Raspbian to get it running. Give this Pi Forum thread a read for more details about downloading Overlord for RISC OS. 

Hurricane

Hurricane is a 2D platformer game that was released in 2007. It is heavily inspired by the classic 1990’s Turrican series and features fast-paced gameplay, challenging levels, and a variety of power-ups and weapons to blast your way through entire armies of enemies while exploring nine different worlds.

All-in-all, it is an excellent choice for fans of 2D platformers and those looking for a lightweight, challenging, and action-packed Run and Gun Raspberry Pi PC game.

Pingus

The last Raspberry Pi PC game on our list is Pingus. Pingus is a puzzle game that was released as a clone of the 1990’s gaming series “Lemmings” – think Lemmings but with Penguins!

It is set in a world inhabited by penguins and features challenging gameplay and cute graphics. 

In this Pingus, players must guide the penguins through a series of levels and help them reach their destination by building bridges, digging tunnels, and using other tools. 

Sounds simple enough right?

Well, as the levels progress, with more mechanics and fewer casualties being allowed each time, the puzzle aspect seems to get more complicated as you advance within the game.

All-in-all, it’s a game that is sure to keep you on your toes and provide countless hours of entertainment on your Pi devices!

Final Thoughts

There you have it! Our ten favorite classic PC video games that you can enjoy on your Raspberry Pi. In addition to these classics, the Raspberry Pi is capable of playing most games from the Playstation 1, Playstation 2, and Nintendo 64. Not to mention the build-your-own-world game that has taken the world by storm, Minecraft.

If you’ve got a bit more computing power available, we love this list of the best PC games under 10GB – however, you’re venturing outside the realms of the humble Raspberry Pi for these ones!

What are some of your go-to classic games? Reach out and let us know!

With the right tools and some basic know-how, you can turn your classic arcade cabinet into an interactive masterpiece by using the Pi as the main computing unit instead of the pre-built hardware that comes with the unit.

Not only will this allow you to play a wider variety of retro arcade games, but you can also add all sorts of customizations to your cabinet such as LED lights, sound effects, and even more modern gaming options. 

So if you’re ready to take your retro gaming experience to the next level, read on and find out how to convert your Arcade 1Up to Raspberry Pi!

What You’ll Need To Convert Arcade 1 UpCabinet To Raspberry Pi

Before you start any conversion process, it’s important to make sure that you have all of the necessary components. 

Here is a list of what you’ll need to convert Arcade1Up to Raspberry Pi:

1. Video Converter Board
   This will allow you to plug in any computer that runs HDMI into the Arcade1Up’s display.
   
2. A Computer
   In this post, we’ll be using a Raspberry Pi with a micro SD card.
   
3. A USB Encoder Board
   These connect with your computer and help your Pi device understand the signals sent from your controllers/joysticks.
   
4. Speakers
   To play in-game audio through.

Now, we’ll walk you through each of these components in greater detail and how to incorporate the upgrades into your Arcade1Up cabinet.

Source And Install Video Converter Board

The first thing you need to convert an arcade cabinet to Raspberry Pi is a video converter board. This board will allow you to plug any computer with an HDMI port (such as the Raspberry Pi) into your cabinet’s monitor.

You’ll need this component because the monitor that comes with most Arcade1Up products doesn’t have standard computer display connections like VGA or HDMI. They’re simple LCD panels.

When shopping for a converter board, make sure to get one that has compatibility with your type of cabinet.

To install the converter board, follow these steps:

• Gain access to your Arcade1Up’s monitor through the back panel. Here, you’ll find a box with a few screws in them. Remove them.

• Then remove the box, power cords, connectors, and the ground wire.

• Now, mount the new board using whatever you have at hand – duct tape, zip ties, or even command strips.

• Lastly, insert the stock arcade cabinet’s LCD power supply connector that you originally unplugged into this new video board. 

Top Tip: Be sure to plug in an HDMI or VGA cable into your connector board to check if the display is working properly before proceeding further.

Install The New Processing Computer

The processing unit or computer you use is entirely up to you. We obviously recommend the Raspberry Pi, but any other type of small computer that fits your budget and needs will also work.

However, it’s recommended you use a Pi device if you can. They’re small, HDMI compatible, don’t use a lot of power, have all the components built-in, and are cheap to boot! 

Plus, they’re easy to set up and also let you flash video game “image” and ROM files onto them relatively easily. 

You just need to connect a Pi with the appropriate ROM files to your cabinet’s display, then plug in a USB encoder for control mapping (more on that below) and you’re usually good to go!

Just remember that due to their slow processing speeds, most Pi devices won’t be able to run heavy 3D games. For those, you’ll need the processing speed of a PC. 

But if you’re planning on exclusively emulating 2D arcade games from the 90s then don’t worry. 

You won’t need much processing power to handle games from that era so don’t bother splurging on the newest Pi device. Remember, the best Raspberry Pi for Arcade 1Up mods is one that you have lying around.

Top Tip: If you’re an emulation expert, you probably already have a massive library of retro game ROM images. But if you’re new and want to know how to add games to Arcade 1Up using a Raspberry Pi, read this guide here.

Install USB Encoder & Upgrade Controls

The next step is to set up the USB encoder and controls. The buttons and control sticks that come with Arcade 1Up cabinets are usually poor quality so it’s usually best to upgrade them during the conversion process. 

But even if you choose to stick with them, you’ll still need to set up the USB encoder for your new Pi computer to process and register joystick movements and button presses.

You can find a variety of options online, such as custom kits from sites like Ultimarc.com, which come with everything you need for the conversion. Just make sure that the buttons you get are compatible with your computer and joystick type.

Installing them is as easy as connecting each button to its respective pin on the USB encoder board (this will be provided in the kit). Then plug the USB encoder board into your Pi’s USB port.

Here’s an example of a Raspberry Pi mod USB encoder

Top Tip: Most encoders have a wiring diagram provided with them. If you stick to the instructions in the diagram and plug in each button correctly, the Pi will know exactly what each button press is supposed to do, jump, attack, etc.

Get The Sounds Pumping

The last component you’ll need to convert Arcade1Up to Raspberry Pi are the speakers. This will allow your system to play game audio through the arcade cabinet, adding another layer of immersion as well as allowing you to hear your games more clearly. 

You can buy powered computer speakers that come with their own amplifiers or you can build your own. You’ll need a few components for this, such as an amplifier board and some speakers – both of these are easily available online.

Just make sure that you get an amplifier and speakers that will fit in the cabinet. You can do this by measuring the inside of your cabinet and finding speakers that fit in those dimensions.

Once you’ve chosen your speakers, follow the instructions from the amplifier board to connect them properly to your Raspberry Pi using a 3.5mm audio cable.

After the components are connected, you should be able to hear game music playing through the arcade cabinet.

The Takeaway: How To Convert Arcade 1Up To Raspberry Pi

So, there you have it!

You now know how to convert Arcade 1Up to Raspberry Pi. As long as you have the right tools and some patience, the conversion process isn’t too difficult. 

And if you’re still worried that you might mess up what components to buy then don’t be. You can always buy complete Arcade 1Up mod kits (along with other gaming console kits) online to make the conversion process even simpler.

We hope this article helped you get started on your own retro arcade Raspberry Pi modding project. Good luck and happy gaming!

ETA Prime has put together an awesome instructional video showing you step-by-step exactly what you need to do to convert your Arcade1Up cabinet to a Raspberry Pi. Be sure to check it out, and give them a like and subscribe if you find it helpful.

If you’ve always wanted to build your own Raspberry Pi arcade machine that will totally rival a traditional arcade, then you have come to the right place. Today, we are going to take a close look at how you can build yourself a Raspberry Pi arcade machine, full of classic games, preserved in the best quality for years to come. 

So, what are you waiting for? Read on down below to find out how you can create your very own Raspberry Pi arcade machine!

Of course, there are two important things that you are going to need to do in order to build the perfect Raspberry Pi Arcade machine: the actual Raspberry Pi, full of your favorite games, and the arcade unit that will display the games. 

Let’s start this article by taking a look at how you can easily build a Raspberry Pi that is chock full of emulated retro goodness.

What You Need To Make Your Arcade Machine

Raspberry Pi

The first thing you are going to need to do is to ensure that you have all of the correct components. Of course, you will want the most up-to-date Raspberry Pi you can get ahold of, for the best performance.

HDMI Module

Next, you will want to grab an HDMI module that can be installed onto the motherboard, to allow you to display the games on your screen.

Power Adapter

You will also want to get a hold of an adapter that will allow you to hook up your Raspberry Pi computer to the power source. Raspberry Pi computers use very little power, but if you plan to use the Raspberry Pi as an arcade emulator, then you will not want to be relegated to powering it via hooking it up to a computer.

Display Screen

You will obviously need to acquire a display to show your games on. You will want to aim for the perfect size and shape of the screen, as, if you plan to build a cabinet around the screen, you will want to make sure that it fits, and looks like a regular arcade machine! 

Controls And Keyboard

You will also want to pick up equipment that allows you to interface with the Raspberry Pi itself, to keep the arcade machine running efficiently. Of course, you are going to need to decide on your control scheme for your arcade machine. 

Luckily, arcade buttons and arcade sticks can easily be purchased for low prices and then installed into your machine itself.

We also recommend grabbing an appropriate keyboard that you can directly hook up to the Raspberry Pi that you can then use to directly interact with the interface of the Raspberry Pi if you need to perform any troubleshooting once the arcade machine has been built. 

Storage

Finally, you are also going to need to grab yourself some storage, such as an SD card to store your games in.

How Do You Install RetroPie On Raspberry Pi?

There are a number of emulator programs that can safely run on a Raspberry Pi computer, however, we strongly recommend making use of the RetroPie emulator program, which is a comprehensive emulator program that can actively run games from numerous systems, stretching all the way back to the Atari 2600.

The most advanced console that RetroPie can emulate is the Sony Playstation Portable.

Once you have the right components, all you then need to do is install RetroPie onto your completed Raspberry Pi computer. All you need to do this is the application itself, as well as an SD card writing tool on your PC that you can use to add RetroPie to your Raspberry Pi’s storage. 

Check out this article for an in-depth guide to installing RetroPie and games.

Step 1 – Download RetroPie

This can easily be done by heading to the RetroPie official website, which will allow you to directly download the program.

Step 2 – Use Your SD Card Writing Tool

You cannot simply drag and drop RetroPie from your PC onto your Raspberry Pi, so you will need to use your SD card writing tool to make the program compatible. 

Using your SD card writing tool will compress the program down, which allows it to be stored on an SD card, ready to be accessed by your Raspberry Pi. 

Step 3 – Enjoy Retro Gaming With RetroPie!

From here, you can activate and run RetroPie on your Raspberry Pi hardware whenever you want. You can also easily store all of your game ROMs on your SD card, making them accessible with just a few clicks when using your arcade machine.

How Do You Build A Raspberry Pi Arcade Cabinet?

Now that you have your completed RetroPie emulator, you may find that you want to complete the look of your new retro gaming console by making it actually look like an actual arcade machine. 

Provided you have the right components, some suitable building materials, and a “can do” attitude this can actually be done quite easily, so let’s see how.

Step 1 – Choose Your Design

There are numerous plans that can be followed online to help you to get a perfect size and shape with each cut of wood, and to make all of the cuts of wood easy to fit together into the perfect shape. We strongly recommend using the plans on The Geek Pub, as, while they may cost a pretty penny, they are absolutely perfect.

Step 2 – Gather Your Materials

Timber makes for a great material when building an arcade cabinet, as wood is easy to manipulate and cut into the required shapes and sizes, while still being incredibly durable. You may want to use some extra materials such as plastic or paper to add embellishments to the cabinet itself, but for the most part, plywood, MDF or other sheet material is all that you will need! 

Of course, you will also need other building materials, such as hinges, screws, L-brackets, nails, glue, and some paint to complete the look.

Step 3 – Start Building – Follow The Instructions!

Once you have got all of the right materials, and the perfect plans, simply follow the instructions stipulated on the plans. Be sure to follow them as closely as possible to get the perfect look, and to ensure that the arcade cabinet is able to withstand some heavy use. 

Step 4 – Get Decorating

At this point, you should have your cabinet fully built as per the plans you have chosen, so next comes the exciting part. At this point in the process, you should begin planning out the design you want to have on the side of your arcade cabinet. 

Make sure to consider color and the overall aesthetic of the cabinet. We recommend going for a design that has a retro or vintage look to it, in order to drive home the fact that the cabinet is full of classic games from yesteryear. 

Don’t be afraid to also seek out some inspiration from the internet by looking at some classic arcade cabinet designs. If you want your cabinet to focus on a specific type of game, such as fighting games, then you may want to opt for a design that is reminiscent of Street Fighter or Mortal Kombat to create the right vibe as players approach the machine.

Final Thoughts

Building a Raspberry Pi Arcade machine can be quite a time-consuming and costly endeavor, however, as with all DIY projects, it can also be very rewarding.

We hope that this guide has helped you to feel more confident in building your own Raspberry Pi arcade machine!

Check out this video from Byte Sized Engineering for a comprehensive look at how they created their perfect arcade cabinet using a Raspberry Pi.

Frequently Asked Questions