- #Download openelec for raspberry pi 2 emmc install#
- #Download openelec for raspberry pi 2 emmc upgrade#
Insert the microSD card and select it in GNOME Disks to perform a comparative test. We get an average read rate of 382.4MB/s (much faster than our microSD card). Click Start Benchmark and Start Benchmarking to test the drive. Select the rootfs partition and click the ‘Additional partition options’ icon (shaped as twoĬogs) choose Benchmark Partition. Open the Raspberry Pi applications menu and choose Accessories > Disks to open GNOME Disks.
#Download openelec for raspberry pi 2 emmc install#
Open a Terminal window and install it with: To get detailed information about the speed of M.2, you can benchmark the drive with GNOME Disks. Opening programs and browsing the web will be much faster. You should notice a speed improvement when using the M.2 drive over the microSD card. Press the FN and Power (F10) keys to power Raspberry Pi 400 back up.
Now remove the microSD card from Raspberry Pi as it has boot priority over the external M.2 drive. Power off your Raspberry Pi (choose Shutdown > Shutdown from the Raspberry Pi applications menu). When SD Card Copier has finished duplicating the contents of the microSD card to the M.2 drive, you will be able to use the latter to boot and run your Raspberry Pi 400. Click Start and Yes at the ‘erase all content’ warning menu to begin the copying process. Make sure to tick New Partition UUIDs (this will enable you to mount and access both devices at the same time). It should be mounted on /dev/sda and the only other option available. Choose the microSD card in Copy From Device ours is marked ‘SC16G (/dev/mmcblk0)’. Open the Raspberry Pi menu and choose Accessories and SD Card Copier. Boot Raspberry Pi 400 from the microSD card and – once Raspberry Pi OS is running – make sure your microSD card is running the latest version of Raspberry Pi OS:Ĭonnect the M.2 drive to one of the two blue USB 3.0 connections. See the ‘Using Imager’ box (overleaf) and head to Step 4 after installing your fresh installation.Īnother option is to boot your Raspberry Pi from the microSD card and clone the current operating system to the M.2 SSD drive. You can do this on any computer, including your Raspberry Pi running from a microSD card. If you want to install a fresh installation of Raspberry Pi OS to the M.2 SSD drive, then use Raspberry Pi Imager (/imager) to install the OS directly to the drive. The assembly process will vary depending on which M.2 drive and enclosure you use, but most will follow a similar pattern. Once the M.2 SSD drive is affixed to the board, we use the enclosure to contain it. Then, a single screw is used to hold the M.2 SSD in place. Place the SATA III interface into the socket and gently push the M.2 SSD. Our M.2 SATA to USB 3.1 SSD Enclosure Kit (TSCM42S) contains a SATA III to USB board that the M.2 SSD is mounted on. We start by assembling the M.2 drive enclosure. However, you don’t need to purchase such a huge drive and the 128GB model will be more than enough for most use cases.
#Download openelec for raspberry pi 2 emmc upgrade#
The Transcend 430S was 512GB, a mighty upgrade from the 16GB card included with Raspberry Pi 400.
We used a Transcend M.2 SSD 430S and Transcend TSCM42S USB enclosure. Put the two together and hook the unit up to Raspberry Pi 400, then copy across the operating system and you’re good to boot. Thanks to the USB 3.0 ports on the rear of Raspberry Pi 400, and recent default support for USB boot, it turns out to be easy to upgrade a Raspberry Pi 400 in the same manner.Īll you need to do is source a compatible M.2 SATA drive and M.2 SATA to USB 3.0 enclosure. So we set about sourcing a compatible solution for Raspberry Pi 400. The latest offering from Raspberry Pi and our favourite all-in-one computer is Raspberry Pi 400. M.2 SATA is also great for working with large, demanding files such as video, large photo images, and big data files. Apps load more quickly, and browsing the internet is vastly improved. The result was a tenfold increase in storage speed, making for faster performance across the board. Recently we looked at a superb case from Argon (/argononem2) which transformed our Raspberry Pi 4 by upgrading the boot drive to an M.2 SSD.