![]() Those interested in the Arch Linux operating system are usually worried because of the complexity in how to install and configure as well as work with this operating system this platform indeed has a different installation compared to other operating systems because the users are responsible for the configuration of OS according to their desired, and if they use the default installation, the minimum basic system is provided to the users to start while the complexity of installing and working with Arch Linux operating system is not to the extent that you will encounter problems you only need enough knowledge and awareness to install and configure the Arch Linux operating system, and it is also an opportunity for average Linux users to learn.īy presenting this article, all your worries about installing the Arch Linux operating system will be solved because we are going to explain how to install the Arch Linux operating system step by step, and finally, you can easily install and run Arch Linux.īefore we teach you how to install the Arch Linux operating system, we want to answer your most basic question about what Arch Linux is, and We will briefly introduce you to this practical and popular operating system. Arch Linux OS is a popular choice for experienced Linux users It has gained attention among Linux enthusiasts due to its DIY (DO IT YOURSELF) feature that allows users to customize every aspect of their system. But we still have more work to do.The ArchLinux operating system is one of the most famous distributions based on the Linux kernel and is an independent and multipurpose development based on the x86-64 GNU/Linux distribution that tries to provide the necessary platform for stable versions of most software. You are all set to boot into your Arch system. Since Dell XPS 13 uses PCIe for storage, we need to add nvme module. Take note of the long UUID number, and create nf file:Īnd add these lines to the nf file (exchange the PARTUUID number with the UUID number on your machine): # blkid -s PARTUUID -o value /dev/nvme0n1p2 Grub is not working on this laptop so after much hunting around, I resorted to using systemd-boot in UEFI mode.Īnd make sure only these lines are there: ![]() (You can mount the remaining space for storage, after the installation is complete.) Step 3: Install base packages We will now format these partitions and mount them in this order: nvme0n1p1 for /boot, nvme0n1p2 for /root, nvme0n1p3 for swap, and nvme0n1p4 for storage Now check the new partitions and take note of their numbers: (parted) mkpart primary linux-swap 30GiB 38GiBĪnd now create a partition for remaining storage for files (parted) mkpart primary ext4 513MiB 30GiB Now open this drive with the parted tool:Īnd now create ESP partition and set it as boot drive: First, check the name of your storage device (in my case it was ‘nvme0n1’): We will create four partitions: ESP (EFI System Partition), swap, root and storage. We will be using the parted tool to create a partition table and format the SSD. # ping -c 3 If you get positive ping, you are all set. Now check if you are connected by pinging Google: Use the arrow key to select the network, hit enter (you can ignore profile renaming) and then type the password for the network. Then run the following command and follow the instructions on the dialog box to get connected: Get connected to the internet over wireless, as this laptop doesn’t come with an ethernet port. You will see the Arch Linux command prompt. ![]() Once the drive is ready, plug it into your Dell XPS 13, hit F12 when the system boots up and choose this USB Flash drive in the boot menu. Now download Arch Linux and create a bootable USB flash drive. I am allocating 40GB for root because I won’t be creating a separate /home partition and will be installing a lot of desktop environments later for testing so, for me, more space is better. ![]() In this tutorial we are creating a brand new single boot Arch Linux system with 8GB of swap, 40GB of root and the remaining space for storage. Under the secure boot setting, disable secure boot. Go to BIOS settings by hitting the F2 key when the system restarts and enable UEFI boot.
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