![]() The two packages that we will be installing to the Pi is exfat-fuse and exfat-utils. To enable support for the exFAT file system on the Raspberry Pi, we will need to utilize two particular packages. sudo apt-get updateĢ. Now that we have updated the Raspberry Pi and have grabbed the latest package list we can now install the packages we need. You can do it by either using the terminal on the Pi itself or over SSH. ![]() To update the Raspberry Pi and grab the package list we need to enter the following two commands into the terminal. Recommendedġ. Before we get started with adding support for the exFAT file system to our Raspberry Pi, we must first ensure that our Raspberry Pi operating system is completely up to date and has the latest package list. Equipment Listīelow are all the pieces of equipment that I made use of for this Raspberry Pi exFAT tutorial. You may also need it for other projects such as running Owncloud or basically anything that may require removable media. For example, you might need it for when you set up a Samba server with the Raspberry Pi. There are many reasons why you might need to enable exFAT support on your Raspberry Pi. FUSE will allow us to implement support for the exFAT format without having to recompile the kernel. This limitation is where the FUSE kernel implementation comes in handy. Due to this limitation, we must implement support for the exFAT file system another way. For those who do not know, exFAT (Extended File Allocation Table) is a proprietary file system format developed by Microsoft, and is designed to be optimal for flash memory such as USB flash drives and SD cards.ĭue to exFAT being patented by Microsoft it cannot become an official part of Linux despite a kernel implementation being released by Samsung. ![]()
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