Server-level hardware RAID is fine on Linux. It has to, because manufacturers would cut out a huge chunk of their market if they didn’t. Servers are moving away from that, though, and using filesystems with their own software RAID, like zfs.
Cheapo built-in consumer motherboard RAID doesn’t work great on Linux, but it’s also hot garbage that’s software RAID with worse performance than the OS implementation could give you. I guess if you’re dual booting, you’d have to do it that way since I don’t think you can share software RAID between Windows and Linux. It’s still not great.
Cheapo built-in consumer motherboard RAID doesn’t work great on Linux
That is what I actually meant.
I guess if you’re dual booting, you’d have to do it that way since I don’t think you can share software RAID between Windows and Linux. It’s still not great.
That’s why you don’t do RAID at all on a daily driver. You make/buy a NAS for that kind of thing. Maybe just RAID1 in hardware, cuz that’s easy to set up and generally just works, even with low end hardware solutions.
Server-level hardware RAID is fine on Linux. It has to, because manufacturers would cut out a huge chunk of their market if they didn’t. Servers are moving away from that, though, and using filesystems with their own software RAID, like zfs.
Cheapo built-in consumer motherboard RAID doesn’t work great on Linux, but it’s also hot garbage that’s software RAID with worse performance than the OS implementation could give you. I guess if you’re dual booting, you’d have to do it that way since I don’t think you can share software RAID between Windows and Linux. It’s still not great.
It’s called FakeRAID for a reason.
That is what I actually meant.
That’s why you don’t do RAID at all on a daily driver. You make/buy a NAS for that kind of thing. Maybe just RAID1 in hardware, cuz that’s easy to set up and generally just works, even with low end hardware solutions.