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NTFS, even for windows, sucks. Idk why Microsoft adopted it, AT ALL!!! 😭
There is a workaround for using NTFS with Steam, but NTFS is just a headache all round.
Otherwise, get another SSD formatted as ext4 for your games.
New Technology File System - NTFS - a Microsoft format disk File system... it's fast works really well.
extended file system - EXT - used by many OS's. MOST people put their games on this drive when using a linux system. There is also a fuse program that tries to fuse NTFS and Ext, so the files on the NTFS system can be read. ( hard to get that program to work well sometimes ).
FAT - File Allocation Table. Older DOS file system. exFAT - a reliable updated system for "STORAGE" or back up data files... I don't encrypt cause they are not personal files, they are just back ups, mostly game back ups, don't keep the drive MOUNTED.
Please mark an answer. Don't leave without marking an answer to your question, "why does the file system NTFS not work with my system".
Thanks, Good luck.
Do you have another Hard drive that can run on the USB1 2 or USB 3....
Do you have remote server LOL that you want to move the "personal files" to so you can format the NTFS drive?
Can you find the Fuse NTFS to EXT file system program? ( I know IBM got it working well at some point ).
I don't like talking to any of you, just do it out of boredom.
The ideal solution would be to format the entire disk as ext4.
If you want to seriously use a shared drive for Linux and Windows, the best option would probably be btrfs.
You can instruct Linux to use ntfs, but you will encounter problems, and with dual boot, you could lose data because windows will try to repair ntfs, not understanding why the data has changed.
You probably have nothing to do with the data.
1: Using gparted, reduce the ntfs partition (at the end of the disk, on the right) The more free space, the faster it will be. Do not use 100% of the free space, 50-80% is a reasonable choice, or less if you need less.
If you are using Windows on the same pc, be sure to reduce it from the Windows level.
2: gparted - In the newly allocated free space, create an ext4 partition. Transfer the data to this.
3: repeat operations for the new free space
When you reach the beginning of the left side, you leave the first partition, delete the one that follows it, and you enlarge the first partition. You can safely and fast expand ext4 to the right.
Such an operation is much more time-consuming than connecting another drive, transferring data to it, formatting the internal drive to ext4, and transferring the data back. But it does not require a free disk
btrfs is the best, ext4 is also a good option
NTFS takes all the legacy from FAT32: filename restrictions, bad compression, no snapshots, ugly journaling
It is also proprietary and isn't supported well by other OSes, Linux too. On Linux, it requires the ntfs-3g driver to write anything to the partition, which still does not provide all the functionality (because the filesystem is proprietary).
BTRFS, for example, is a CoW (copy on write) filesystem. It's much safer and faster by design: old data remains on the partition until new write is confirmed. It supports snapshots, good compression algorithms. And, well, it also has subvolumes.