Gparted needs to be executed with root permissions, so start by issuing this command from the terminal.If you don’t already have it open the terminal and type these commands. We will be using a utility called Gparted to set up our SD card in Ubuntu.I will be using Ubuntu to show you the process you can apply the same process to any distribution you like. Launch it from applications and go through the same procedure of selecting the correct SD card drive and hit format. The Mac version of SD Card Formatter downloads as an installation package.ĭouble-click this package to install the software. Just one thing that you need to ensure once, twice and thrice is that you are selecting the right drive before hitting the format button. Ensure choosing the right drive before formatting Once installed open the application and you will see something like this. Install the program by double clicking on the. You can use something like this to write to your card via USB port if your laptop doesn’t have appropriate ports.įair Warning though, formatting will erase every thing on your card, so backup everything before starting the process. Note that older versions of Raspberry Pi used the physically larger SD card whereas the newer one use a microSD card. So let’s stick with the accepted method that completely works.įirst of all download SD formatter from the official link and install.įor people using freedom, I mean Linux, they can use GParted to format the card. But I don’t wish to waste your time with methods that give the same result. Linux, Software to format SD card for Raspberry Pi,.Software to format SD card for Raspberry Pi,.The file system is new (just formatted) and clean (properly unmounted). The device is a USB pen drive initialized with Disk Utility on macOS. This line tells you the cluster size is 4096 bytes: 4096 bytes per clusterĮxecute the following command: sudo minfo -i /dev/sdb1 Here is the result for the same USB pen drive, partitioned and formatted on Ubuntu Linux: fsck.fat 4.2 ()ĭata area starts at byte 1064960 (sector 2080) This line tells you the cluster size is 512 bytes: 512 bytes per cluster Root directory start at cluster 2 (arbitrary size)ĭata area starts at byte 3243008 (sector 6334) Media byte 0xf0 (5.25" or 3.5" HD floppy)įirst FAT starts at byte 16384 (sector 32) The result looks like this: fsck.fat 4.2 ()Ĭhecking we can access the last sector of the filesystem Mkdosfs / mkfs.msdos / mkfs.vfat → mkfs.fatĮxecute the following command: sudo fsck.fat -n -v /dev/sdb1 Other names are just symlinks: dosfslabel → fatlabelĭosfsck / fsck.msdos / fsck.vfat → fsck.fat In fact, there are only 3 executables in the dosfstools package. Please note that dosfsck (as mentioned in Cyan's answer) is a symbolic link to fsck.fat. As you can see in the examples below, dosfstools feels much cleaner, while mtools provides more low-level information. Since dosfstools is installed by default on Ubuntu (and many other distributions, I bet), it is recommended.
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