Step-by-Step Procedure to Boot Multiple Operating Systems on Your Raspberry Pi Using BerryBoot

Running multiple operating systems on the same machine is a welcomed feature. It carries many advantages. Perhaps, some of you have tried this with your Desktop, Laptop, or Mac Books. However, if you want this to try on your Raspberry Pi for any reason, you have an option to do that. In fact, booting multiple operating systems on your Raspberry Pi is easy as your boot on your other PCs. You can boot Raspberry Pi OS, Kali Linux, Ubuntu, Parrot OS, Debian, Manjaro, MX Linux, and as many as you want on your Pi. Let’s see how to boot multiple operating systems on your Raspberry Pi using BerryBoot, in this article.

Why Should You Boot Multiple Operating Systems on Raspberry Pi?

There are a few reasons you might want to boot multiple operating systems on your Raspberry Pi. Perhaps you want to try out a new operating system, or you want to use an older one for compatibility purposes. Maybe you just want to have some fun and experiment with different OSes.

One of the main reasons you might want to boot multiple operating systems on your Raspberry Pi is for compatibility purposes. For example, if you’re trying to run software that only works on an older version of Windows, you can install that version of Windows on your Pi and boot into it when you need to use that software.

Another reason you might want to boot multiple operating systems on your Raspberry Pi is for experimentation. If you’re curious about a new operating system, you can install it on your Pi and try it out without affecting your main OS installation. This is a great way to learn about new OSes without putting your main system at risk.

Finally, some people simply enjoy the challenge of running multiple operating systems on their Pi. It can be a fun project to set up and maintain, and it’s a great way to show off your Raspberry Pi skills to others.

No matter your reasons, it’s actually quite easy to do. In this article, we’ll show you how to boot multiple operating systems on your Raspberry Pi.

A Short Introduction About BerryBoot:

BerryBoot is a simple operating system installer and boot manager with support for multiple images and persistent overlay storage. It was created by scurrier8, a member of the Raspberry Pi Foundation forum. BerryBoot is released under the GNU General Public License v3.

BerryBoot makes it easy to install and configure multiple operating systems on a single SD card or USB drive. Images can be stored on an external USB drive, making it easy to keep them up-to-date. BerryBoot also supports persistent overlays, allowing changes to be made to the underlying operating system without affecting the other images.

BerryBoot is available for a number of different platforms, including the Raspberry Pi, Odroid, Cubieboard, and PC. There is also a version for the Banana Pi.

BerryBoot can be installed from a variety of sources, including the official website, GitHub, and SourceForge. The latest version is always available from the official website. Installation instructions are available on the website. For more information, see the BerryBoot documentation.

Prerequisites to Boot Multiple Operating Systems on Raspberry Pi

Let’s see what hardware and software are required to boot multiple operating systems on your Raspberry Pi:

Hardware:

Software:

How to Boot Multiple Operating Systems on Your Raspberry Pi Using BerryBoot?

To get started with BerryBoot, you will need a Raspberry Pi with an SD card. You will also need a USB keyboard and mouse, as well as an HDMI cable to connect the Raspberry Pi to a monitor.

Step 1: Download the image of BerryBoot and images of other Operating Systems

You can download the image of BerryBoot from its official website, GitHub, and SourceForge page. And, since regular images don’t work on BerryBoot, you should have a custom build OS image to run on BerryBoot. You can download the BerryBoot OS images either from here or from SourceForge. If you don’t find the image you want to install, you can submit a request to convert your image to BerryBoot compatible image.

Step 2: Format the Micros SD Card to DOS FAT or FAT32 formats

Insert THE Micro SD Card in to your Desktop, Laptop, or Mac Book and format the SD Card to DOS FAT or FAT32 formats. We have used our Windows PC to format the SD Card to extFAT format.

Step 3: Copy the content of BerryBoot image to the SD Card

Unzip the content of BerryBoot image to a folder and copy the content of the folder to the SD Card.

Step 4: Copy the OS images to a USB Drive

Step 5: Insert the SD Card into the Raspberry Pi and boot from SD Card

Say ‘Yes’ if you see the green border. and Choose the preferred Network connection. We choose WiFi here.

Step 6: Select the Destination Drive

We choose the Micro SD Card. You can chose any one of the three options: SD Card, USB Drive, or Network Storage.

Step 7: Format is in process

Step 8: Choose Operating System to install

Either you can select the operating system from the popular list or you can choose the images stored on the USB drive.

Note: The USB Drive should be in FAT32 format to mount.

Step 9: Selected Ubuntu 20.10 Desktop to install on BerryBoot

We have selected Ubuntu 20.10 Desktop which is around 1.6 GB in size.

Step 10: Installation of Ubuntu in progress

Step 11: Reboot upon the completion of installation process

Step 12: BerryBoot menu with Ubuntu

Ubuntu will boot in 10 seconds.

Step 13: Complete the initial configuration to login to the Ubuntu desktop

Ubuntu will ask language, keyboard, network connection, time zone, and user account settings to configure. Configure all these settings to login to the Ubuntu desktop.

Step 14: Edit the boot menu to install more operating system

Step 15: BerryBoot Menu Editor options

You can add new operating system image to install, delete the unwanted operation system, take backup to restore, set the operating system as default boot, reset os, clone the os, set password and many options.

Step 16: Installing the second operating system

We have installed RPi OS as a second operating system. You can boot RPi OS by Exiting this window.

Step 17: Boot Raspberry Pi OS from BerryBoot

And that’s it! This is how you can boot multiple operating systems on your Raspberry Pi using BerryBoot.

We hope this post would help you learn how to boot multiple operating systems on your Raspberry Pi using BerryBoot. Thanks for reading this tutorial post. Visit our social media page on Facebook, LinkedIn, Twitter, Telegram, Tumblr, Medium & Instagram, and subscribe to receive updates like this.

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