Revolutionize Your Raspberry Pi 4: The Ultimate Guide To Installing Windows 11!

The Raspberry Pi 4 is one of the most versatile and powerful single-board computers on the market today. With its quad-core ARM Cortex-A72 processor, up to 8GB of RAM, and a host of connectivity options, the Raspberry Pi 4 is ideal for a wide range of projects, from media centers and game consoles to home automation and robotics.

And now, with the release of Windows 11, you can take your Raspberry Pi 4 to the next level by installing the latest and greatest version of Microsoft’s flagship operating system. In this ultimate guide, we’ll walk you through everything you need to know to get Windows 11 up and running on your Raspberry Pi 4.

Step 1: Gather Your Materials

To install Windows 11 on your Raspberry Pi 4, you’ll need the following materials:

  • A Raspberry Pi 4 computer with at least 4GB of RAM (recommended)
  • A microSD card (at least 32GB)
  • A card reader/adapter for your computer
  • A Windows 11 ARM64 image (available from the Windows Insider Program)
  • A power supply for your Raspberry Pi 4
  • A mouse and keyboard (optional)

Step 2: Flash the Windows 11 Image to Your microSD Card

Once you have all of your materials, you’ll need to flash the Windows 11 ARM64 image to your microSD card. To do so, follow these steps:

  1. Download and install Rufus on your computer.
  2. Insert your microSD card into your card reader/adapter and connect it to your computer.
  3. Open Rufus and select your microSD card from the Device dropdown menu.
  4. Under the Boot selection, choose the Windows 11 ARM64 image you downloaded earlier by clicking the SELECT button next to the ISO image dropdown menu.
  5. Leave all other options as default and click the START button to begin the process.
  6. Rufus will confirm if you want to continue, click YES and agree to any UAC pop-up on your PC.
  7. The process can take up to 15-20 minutes depending on the speed of your microSD card, once it’s complete you should see a Ready notification.

Step 3: Insert the microSD Card and Boot Your Raspberry Pi 4

Now that you have your microSD card flashed with the Windows 11 image, it’s time to insert it into your Raspberry Pi 4 and boot it up. To do so, follow these steps:

  1. Connect your power supply to your Raspberry Pi 4.
  2. Insert the microSD card with the Windows 11 image into the microSD card slot on your Raspberry Pi 4.
  3. Connect your mouse and keyboard (if necessary).
  4. Connect your Raspberry Pi 4 to your monitor or TV via HDMI.
  5. Turn on your monitor or TV and power on your Raspberry Pi 4.

Step 4: Set Up Windows 11 on Your Raspberry Pi 4

Once your Raspberry Pi 4 is booted up and running Windows 11, you’ll need to go through the initial setup process. Here’s what you need to do:

  1. Choose your language, region, and keyboard layout.
  2. Click on “Install Now” button, then accept the License terms and click the “Next” button.
  3. On the next screen, select “Custom: Install Windows only (advanced)” and click the “Next” button.
  4. Select your Raspberry Pi 4’s partition and click on the “Format” button.
  5. Wait while Windows 11 is installed, this may take up to 30 minutes or more.
  6. Complete the setup process by following the prompts.

Conclusion

Congratulations! You’ve successfully installed Windows 11 on your Raspberry Pi 4. With your new, powerful operating system in place, the possibilities are truly endless. Whether you’re using your Raspberry Pi 4 as a media center, game console, or home automation system, you can rest assured that you have the latest and greatest software powering your projects. So go forth and revolutionize your Raspberry Pi 4!

Are you looking to install Windows 11 on your Raspberry Pi 4? Not only is this a fun project to try, but it also opens up a world of possibilities if you need a pocket-sized PC.

With our guide, you’ll learn how to bypass Microsoft’s stringent requirements and install Windows 11 on your Raspberry Pi 4. The best part is that you can do the installation from a Raspberry Pi or a PC without too many commands or technical skills.

Requirements for Installing Windows 11 on Raspberry Pi

  • Raspberry Pi 4 – Both the 4GB and 8GB Pi versions will work. But for a smoother experience go with 8GB. Also, you’ll need to install and set up Raspberry Pi OS.External SSD drive or USB flash drive – This is where you’ll install Windows 11. We recommend going with an external SSD drive since it will improve the performance of your system. The drive should be at least 64GB.SD Card – If you want to install Windows 11 directly from the Raspberry Pi, you’ll need a decent SD card to host Raspberry Pi OS.USB Keyboard, USB Mouse, and an HDMI Monitor.Raspberry Pi firmware that is up-to-date.Reliable internet connection, either Wi-Fi or Ethernet.Windows PC if you want to install Windows 11 from another Windows PC.

Update Your Raspberry Pi to the Latest Firmware

To enable your Raspberry Pi 4 to boot from USB, you need to ensure it has the latest firmware. So before anything you will need to update your device to the latest firmware.

Open a “Terminal” window and enter the following commands.

This will update all the installed packages to the latest version and restart the device.

Install Windows 11 on Raspberry Pi

There are two options when it comes to getting Windows 11 to run on your Raspberry Pi 4, and we’ll detail both in what follows. We’ll start with the more convenient route.

Method 1: From Raspberry Pi OS

Installing directly from the Raspberry Pi OS is the easiest way to install Windows on a Raspberry Pi 4. The only drawback is that it’s slow compared to installing from a PC. Here’s how to go about it:

  • WoR (Windows on Raspberry Pi) is a tool for installing Windows 11 on a USB disk. To get started, open “Terminal” and then go ahead and install WoR Flasher using the following command.

  • Run WoR Flasher with the command below. Press Y when prompted to complete the installation.

  • In the WoR window that pops up, select Windows 11 and Pi4/400 respectively. Click “Next”.

  • Select a language and then choose where you want to install Windows 11. Make sure the USB drive is connected. Now choose the drive where you want to install Windows 11 on and then press “Next”.

  • On the next screen press “Flash”.

Be patient as WoR Flasher installs Windows. The time it takes will depend on the speed of your internet connection and the USB drive you’re using. Keep the Raspberry Pi powered on throughout the installation process.

If you’re having trouble, check our guide on booting your Raspberry Pi from USB.

  • Power off the Raspberry Pi 4 and remove the SD card running Raspberry Pi OS. Connect the USB drive you flashed in the previous step to the Raspberry Pi via USB3 before powering it on. After the Pi starts, use the Windows Installation Wizard to set up Windows.

  • After setup is complete, you’ll see the Windows 11 user interface.

Method 2: From Another Windows PC

Installing Windows 11 to your Raspberry Pi 4 from another PC is much faster than using the Raspberry Pi OS method due to the more powerful processor. Even then, it’s slightly more complicated. Here’s how to go about it:

  • Go to UUPdump and enter “Windows 11 arm” in the search bar.

  • Now select your language and the version of Windows you want to install (we’ve selected the latest build for arm64 version). Click “Next” to proceed.

  • Select “Download and Convert to ISO” and click on “Create download package.” A zip file will download to your PC.

  • Extract the zip file and run the “uup_download_windows.cmd” script as administrator. The script will download all Windows components and create a Windows 11 ARM ISO file.

  • Download WoR imager and extract the files. After you’re done, run the “WoR.exe” file as administrator. Select your language of choice and then click “Next”.Now choose the “Storage drive” (the USB drive you’re flashing Windows 11 into) and the “Device type” (Raspberry Pi 4).

  • Select the Windows 11 ARM ISO file you created. You’ll find it in the UUPdump script folder. The “Windows edition” field below will then auto-populate. Click “Next” to proceed.

  • Select the drivers to be installed. Choose the “Use the latest package available on the server” option. Read and accept the terms to proceed. Click “Next”.

  • Next, in the UEFI Firmware tab, go for the “Use the latest firmware available on the server” option.

  • Give it some time to download the drivers and click “Next”. On the next page, you’ll get an overview of the configuration settings. Click “Next”.You’ll be taken the installation overview screen. Confirm that everything is in order, and then click “Install” to kickstart the installation. This process will take some time, depending on how fast your drive is.

  • Plug the USB drive into your Raspberry Pi 4 and then boot it up. The Windows Wizard will guide you through the Windows 11 setup process.

  • After setup is complete, you’ll be able to boot into Windows 11.

The process of setting up Windows on the Raspberry Pi is pretty much the same as that of setting up Windows on a PC.

Frequently Asked Questions

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I have only 3GB of RAM available on my 4GB RAM Raspberry Pi 4. What’s happening and how do I fix it?

A certain option might be enabled that is limiting your RAM capacity. To fix the issue:

  • Reboot your Raspberry Pi and keep pressing ESC. The Pi will boot into UEFI.Click on “Device Manager” and then “Raspberry Pi Configuration.”Select Advanced Configuration and then change the “Limit RAM to 3GB” setting to Disabled.

Can I install Windows 11 on the Raspberry Pi 2 and Pi 3?

Unfortunately, the Raspberry Pi 2 and Pi 3 can’t run Windows 11. The older generation devices don’t have the power to run Windows 11. The Raspberry Pi4 has enough RAM and processing power to make it a real option for running Windows 11. However, if you want to run Windows on the Pi 2 and Pi 3, you can install Windows 10 IoT.

Can the Raspberry Pi 4 replace a PC?

While the Raspberry Pi 4 can’t match up to a professional desktop in terms of performance, it’s possible to use it as a mini pc. It’s adequate for most tasks you’d do on a PC and is particularly suited for programming.

I’m a tech writer. I believe the world’s biggest problems can be solved by progressively solving the little ones. I hope that through my writing, I can help people solve the little problems in their life.

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