That would require all of those disks to be connected at once which is a logistical nightmare. It would be hard with modern drives already but also consider that we’re talking IDE drives here; it’s hard enough to connect one of them to a modern system, let alone 12 simultaneously.
With an Index, you also gain the ability to lose and restore partial data. With a RAID array it’s all or nothing; requiring wasting a bunch of space for being able to restore everything at once. Using an index, you can simply check which data was lost and prepare another copy of that data on a spare drive.
I’m just talking prebuilt solutions here, but how would you use an index’d storage base if the drives weren’t connected? Sounds like that’s an issue regardless
Or mount it in RAID0/whatever the zfs equivalent is.
The downside over one disk is many have more possible points of failed, taking out the whole array - so ideally another RAID would be best
That would require all of those disks to be connected at once which is a logistical nightmare. It would be hard with modern drives already but also consider that we’re talking IDE drives here; it’s hard enough to connect one of them to a modern system, let alone 12 simultaneously.
With an Index, you also gain the ability to lose and restore partial data. With a RAID array it’s all or nothing; requiring wasting a bunch of space for being able to restore everything at once. Using an index, you can simply check which data was lost and prepare another copy of that data on a spare drive.
I’m just talking prebuilt solutions here, but how would you use an index’d storage base if the drives weren’t connected? Sounds like that’s an issue regardless