I am disappointed by the stock performance of BTRFS. It has been said to be the next standard linux file system and it cant compete with ext4.
Is transparent compression the only saving grace of BTRFS?
Phoronix: Linux 3.3 Kernel: Btrfs vs. EXT4
It's that time of the Linux kernel development cycle again... Here are benchmarks of the EXT4 and Btrfs file-systems with the soon-to-be-released Linux 3.3 kernel.
http://www.phoronix.com/vr.php?view=17111
I am disappointed by the stock performance of BTRFS. It has been said to be the next standard linux file system and it cant compete with ext4.
Is transparent compression the only saving grace of BTRFS?
TBH I really would like seeing a MD-RAID0+BTRFS (and maybe MD-RAID+EXT4) <-> BTRFS-RAID0 comparison, and also the same for all other levels BTRFS currently supports (i.e. 1 and 10, with 5-6 in the pipeline IIRC).
Thanks for the update Michael on the BTRFS development. I can't wait to see her stretch her legs when she gets into the wild.
I'd like to see more benchmarks with different features of btrfs and ext4 turned on (besides SSD mode). Not only does this provide me with information about btrfs features, but information on what I might be able to squeeze out of the file system in terms of performance for my hard disk. These types of articles, for me, are small guides on how to get my hardware to function at its best.
I've learned a lot from your compiler/mesa optimizations. Could you extend this to your file systems benchmarks?
~Much appreciated!
I'm very impressed with btrfs' performance.
I can recall it being much slower than ext4 on pretty much every test, now, with stock butter, it is typically competitive.
Presumably enabling compression would close the gap in every benchmark (obviously some more than others).
So now, we need btrfs to have a file repair utility and online defrag for consumers.
Anyone seen any % of compression for the different algorithms with filesystem level compression? I've seen a bunch of performance benchmarks, but none of the includes how much space you save, and I'm on an SSD so I'd be quite interested in that![]()