I’ve been wanting to try out a Linux desktop for a while now. Mainly out of curiosity – I like to try new devices, operating systems, etc. I didn’t really want to invest in a computer just to try out a new OS, however. I had a couple older MacBooks lying around but I also had a Raspberry Pi 3 that I hadn’t quite decided what to do with. After poking around a bit on the internet, I found desktop variant Ubuntu MATE had been optimized for the use with the Raspberry Pi 2 & 3. The installation process looked pretty straightforward and I had an extra monitor, keyboard, and mouse so I figured I’d give it a try!
Note that I decided to try this solely to test out and explore Ubuntu MATE. A single Raspberry Pi probably isn’t ideal for your main working machine, especially if you’re more of a power user or developer. It’s not super fast but I do find it great for explorational purposes.
Before moving forward, you’ll need the following items:
Download the latest Ubuntu Mate image from https://ubuntu-mate.org/download/.
You will want to click and expand the LTS option and you will see the Raspberry Pi specific download option from there.
Now if you are on Linux or Mac use the
dd tool to write the image to a microSD card.
First, verify which disk is your target microSD card. On Linux, use
lsblk to list all bulk storage devices. If you’re on a Mac, check which disk you need with
sudo diskutil list.
Tip: If you are unsure which drive is your flash drive, you can type the command in your Terminal with the drive not inserted. Then run the command again with the drive inserted to verify which one it is. In the code examples below, you’ll need to replace (IMG_FILE) with the path of your unzipped ubuntu mate image and (DEVICE_PATH) with the path of your microSD card.
Now, unmount the target volume using the following command, replacing the identifier as appropriate:
sudo umount (DEVICE_PATH)
Note that you’ll need the path to the disk identifier. For example, when I ran
sudo diskutil list list, I was presented with the following:
/dev/disk0 (internal): #: TYPE NAME SIZE IDENTIFIER 0: GUID_partition_scheme 1.0 TB disk0 1: EFI EFI 314.6 MB disk0s1 2: Apple_CoreStorage Macintosh HD 999.6 GB disk0s2 3: Apple_Boot Recovery HD 650.0 MB disk0s3 /dev/disk1 (internal, virtual): #: TYPE NAME SIZE IDENTIFIER 0: Macintosh HD +999.3 GB disk1 Logical Volume on disk0s2 0D665988-22E3-4A4A-8EC7-72DE065491F3 Unlocked Encrypted /dev/disk2 (external, physical): #: TYPE NAME SIZE IDENTIFIER 0: GUID_partition_scheme *3.9 GB disk2 1: EFI EFI 209.7 MB disk2s1 2: Microsoft Basic Data MyMicroSD 3.7 GB disk2s2
Since I need to target the MyMicroSD drive, the command would look like the following (also note that the command is umount, not unmount, which is slightly confusing):
sudo umount /dev/disk2s2
If you try that and get a “Resource busy — try ‘diskutil unmount'” notice, try the following (making sure you are targeting the correct drive):
diskutil unmount /dev/disk2s2
With that, you’re now ready to format your drive write the image to your microSD card.
Note: this will erase all data on the target drive replacing it with the ISO. This can not be undone, so it is critical that you target the proper identifier (see above step) to avoid unintended data loss.
With the proper image path (IMG_FILE) and path to your microUSD card (DEVICE_PATH), run the following command:
$ sudo dd if=(IMG_FILE) of=(DEVICE_PATH) bs=1m
This process can take a while so don’t worry if nothing seems to be happening in your Terminal window. Now might be a good time to go gab a beverage and give it a little bit of time to complete. Once it finishes and you see your prompt again, you can safely eject your drive.
For Windows, there is a Windows version of dd available on this site.
There is also a graphical tool for Windows called Win32 Disk Imager, which you can download here. If you prefer to use the graphical tool, open the downloaded
.exe file and, in the “image file” field, you’ll need to select the image file (unzipped). In the “device” field, you’ll need to select the Drive Letter of the microSD card.
Now at you have your microSD card ready to go, you can pop it in to your Raspberry Pi and plug your Pi into a power source (along with a monitor, keyboard, and mouse). I am using a Raspberry Pi 3 so I was able to connect to WiFi after installation. If you’re on a Pi 2, you will likely need to connect via ethernet or have an aforementioned WiFi USB adapter. Your Raspberry Pi will power right up and begin the installation process. After it boots up, you’ll be presented with options to choose your language, time-zone, and desired keyboard layout. After that, you will be prompted to create a user account, from which you can log in.
That’s all there is to it – have fun exploring Ubuntu MATE!