Select the second option B2 USB Boot Boot from USB if available, otherwise boot from SD card. Next, go back to 6 Advanced Options and select A6 Boot Order. Select the first option E1 Latest Use the latest version boot ROM software to use the latest software, then select Ok and then No so that it doesn’t revert to defaults. Then go to 6 Advanced Options and then A7 Bootloader Version. Next, open up the configuration tool by entering the following command: sudo raspi-config Mine looks like it is already up to date. Open up a new terminal window and enter the following command to make sure that you’ve got the latest boot loader. Now we just have to tell the Pi to boot from the SSD instead of the SD card. This will partition your SSD and copy the contents of your SD card to each partition. Select your SD card as the “from” target and your SSD as your “to” target. This will open a simple window with a from and a to dropdown list. When you’re back on your desktop, go to your menu, then accessories and then SD Card Copier. Once the firmware update has been completed, you’ll need to reboot your Pi. Once this is done, run the following command to update your Pi’s firmware. Do this by entering the following commands: sudo apt update Now that you’ve got your Pi booting off your SD card and your SSD is being seen by your Pi, we can move on to configuring the Pi to rather boot from the SSD.įirst, open up a new terminal window and, as usual, it is best to start out by making sure that your Pi’s software is up to date. If you have done this and it still isn’t showing up then check your USB adaptor and ensure that the drive is properly inserted into the holder/plug. If it doesn’t appear then it is likely using an incompatible filesystem and should be reformatted to FAT32. Your SSD should then appear on your desktop after a few seconds. Remember to plug the SSD into one of your USB 3.0 ports, which are the blue ones in the middle. Once this is done, you can plug in your SSD and boot up your Pi if you haven’t done so already. This is easily done in windows by right-clicking on the drive and selecting format, or on a Mac by using the disk utility and selecting MS-DOS (FAT) and the default scheme. If it doesn’t appear, you’ll need to reformat the drive to use the FAT32 file system. If you’re unsure, try plugging the drive into your Pi when it has booted up and see if the drive icon appears on your desktop. The next step may or may not be required, depending on what filesystem your SSD has been formatted in. Don’t close up any covers on your case yet as you’ll want to remove it again once your Pi is booting from the SSD. When it is complete, plug the SD card into your Pi. So, depending on your internet speed, this may take around 5 to 20 minutes to complete. This will then download the operating image and flash it to your SD card. We’ll then choose our target, which is our SD card, and then click on write. This is done by selecting the operating system, which in our case is going to be the 32bit version of Raspberry Pi OS. We’re going to start out by using Raspberry Pi Imager to flash the Raspberry Pi OS image to our SD card. I’m using a 32GB SanDisk Extreme microSD card, but you can use a smaller 16GB card if that’s what you have available. If you’ve already got your Pi running on a microSD card then skip past this first section. To make it easier for beginners to follow, I’m going to assume that we’re starting from scratch. Sandisk Extreme MicroSD Card 32GB – Buy Here.
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