![]() ![]() Now that we know the UUID of the SSD and we have a directory to mount it to, we can now set up auto mount for every time we boot our Pi. Sudo chmod a+rwx /home/pi/myssd/ Set up Automatic SSD Mounting In a new terminal window enter the following command to make a new directory called 'myssd': We also need to create a directory to mount the SSD to (this is where you'll access your SSDs files).įor ease, we're going to make a new directory in the usual /home/pi/ folder. Make a note of the long number in the UUID field - that's your SSD's UUID! We copied and pasted it into a text editor. The label field can help you identify your SSD too as you set the label earlier. You're looking for devices on 'sda' or 'sdb'. Insert your SD card and run the SDFormatter application : Note how my card only appears to have a capacity of 56MB despite being a 4GB card. Open a new terminal window and type in the following commands and press Enter after each: Once you have Raspberry Pi OS installed you'll want to make sure it's all up to date. You can install Raspberry Pi OS on to a micro-SD card using the super-simple Raspberry Pi Imager software - or grab one of our pre-formatted micro-SD cards for convenience. Install Raspberry Pi OSĪs with all projects, you should make sure you're using the most recent Raspberry Pi OS and also ensure this is fully updated. * A word on USB SATA cables - they're not all equal when it comes to Raspberry Pi compatibility! We tested lots (as many just didn't work properly) before choosing the cable we supply. A working Raspberry Pi setup connected to the internet (a starter kit is a great way to grab everything you need).Asking for help, clarification, or responding to other answers. ![]() You can manually trigger the root FS expansion by running 'sudo raspi-config' then selecting 'Advanced Options' then 'Expand Filesystem'. Thanks for contributing an answer to Raspberry Pi Stack Exchange Please be sure to answer the question.Provide details and share your research But avoid. Luckily this guide will show you how to do all of those things - let's get started! You will need Raspberry Pi OS should automatically expand the root FS to fill the rest of the card at first boot. We also need to tell the Pi to automatically mount the drive when it boots. New drives need to have partition tables and partitions created, and these need to be 'mounted' to be able to use them. Stick it in a Linux system (like a Raspberry Pi booted from another SDCard) in a USB reader and use fdisk / parted / gparted / cp / dd / mke2fs / mkfs.fat /. The Raspberry Pi OS is a Linux-based operating system, so plugging in USB 'things' isn't always as plug n' play as Windows. So you've got yourself a Raspberry Pi 4, a shiny new SSD and one of our SSD adapter cables - now you need to get it all set up! ![]()
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