![]() ![]() For the moment, it works in Arch Linux ARM. Note: I am aware that wifi-menu is being discontinued in the original Arch Linux. ![]() Please note that you need a keyboard set and a monitor to initially connect on your WiFi. If an Ethernet connection is not an option, you can access your WiFi network after you login as root using the following command. To get the IP address of the Raspberry Pi, check the devices connected to your network and see which one is the Raspberry Pi. I will connect to my Raspberry Pi via SSH for this tutorial. You can either follow the rest of the tutorial, either directly on the Raspberry Pi by connecting a monitor and a keyboard set, or you can connect remotely to the Raspberry Pi via SSH (if you don’t have a spare monitor, you need to connect via Ethernet to your local network). Umount boot root Step 3: Insert the microSD card into the Raspberry Pi and, connect the power supply and to the Internet.Īrch Linux is installed on the SD card at this step, and the rest of the configurations will be done from the Raspberry pi. The explanation stays the same as in the 64-bit format.īsdtar -xpf -C root If you need a 32-bit format, you can follow the commands below. That’s normal because no one owns the boot partition. You might see “Failed to preserve ownership” errors. Sed -i 's/mmcblk0/mmcblk1/g' root/etc/fstab Now move the boot files to the boot partition you had created: mv root/boot/* boot Make sure you have root access (otherwise the process may fail), and run the following commands (with sudo, if you are not root). Mount /dev/sdX2 root Download and extract Arch Linux for Raspberry Pi 4 If in doubt about the partition names, list the partitions again as you did in the first step. Write the partition table and exit by typing w.Ĭreate and mount the FAT & ext4 filesystemsĪt this point, I will create the filesystem for the boot and root partition using mkfs command and then mount it.To create the root partition: Type n and then p for primary, 2 for the second partition on the drive, and then press ENTER twice to accept the default first and last sector.Type t, then c to set the first partition to type W95 FAT32 (LBA).To create the boot partition: Type n and then p for primary, 1 for the first partition on the drive, press ENTER to accept the default first sector, then type +400M for the last sector.To check if any partition is still present. This will purge any partitions on the drive. fdisk /dev/mmcblk0Īt the fdisk prompt, the existing partitions must be deleted and a new one should be created. Keep in mind to replace the device name with your sd card’s name. Partition the SD card using fdisk command. My block device is the mmcblk0, your device may be different. The installation process needs to be done using root privileges. When you insert your microSD card in your card reader, open the terminal, get root /sudo access and list the block devices to identify the card. Step 1: Insert the microSD card into your card reader Since the installation procedure is purely terminal-based, you should have intermediate knowledge of the Linux command line and be comfortable using the terminal. A Raspberry Pi device with essential accessories, of course.A Linux system with a card reader slot for preparing the microSD card for Arch installation.You’ll need the following things for this tutorial: ![]() I am going to use it for getting Arch on Raspberry Pi. It is available in both 32-bit & 64-bit formats. ![]() But there is a separate project called Arch Linux ARM that ports Arch Linux to ARM devices. Arch Linux doesn’t support ARM architecture (used by devices like Raspberry Pi) officially. ![]()
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