Here learn about Ext4 and XFS filesystems and seek to understand the differences between these two. When choosing a file system, scalability, stability, and data integrity needs to be considered.
The most commonly used are Ext4, Btrfs, XFS, and ZFS which is the most recent file system released back in 2018. Each of these file systems has its own way of organizing data, merits, and demerits. In this tutorial, we will check Btrfs against Ext4 filesystem, and seek to understand their functionalities, strengths, and weaknesses. Ext4 Filesystem
Re: XFS vs Ext4 file system? Been running a clean 9.04 install using XFS for a week (had issues with 9.10) and the difference is definitely noticeable compared to ext3 on my desktop machine (P4 2.8ghz).
Although it’s not commonly used as ext4 and XFS, JFS is a pretty solid option for systems that require stability and low overhead. NTFS This filesystem is primarily associated with Windows. However, it’s supported in Linux via compatibility layers like NTFS-3G. You can use it for dual-boot systems, as it allows access to Windows partitions.
For a single physical hard drive, my guess would be to use EXT4 since that is the default, but I would recommend reading about the characteristics of EXT4, XFS and BTRFS to see if there is anything crucial present or absent that you would need. If you have multiple physical hard drives then the answer changes.
ext4: The default file system for many Linux distributions, offering a good balance of performance, features, and stability. xfs: A high-performance file system designed for handling large files and high throughput. btrfs: A newer file system with advanced features like snapshots, transparent compression, and data integrity checks.