“Repair” does not necessarily mean returning to a factory state.
I didn’t claim as such and replacing a faulty or damaged module wouldn’t return it to factory condition. I wouldn’t consider “hacking” a drive to continue using it when you shouldn’t a repair. As far as I’m aware it’s to comply with JEDEC standards.
There's now ambiguity between bits which, if this cell were allowed to remain active in an SSD, would mean that when you go to read a file on your drive there's a chance that you won't actually get the data you're requesting. A good SSD should mark these bits bad at this point.
There's a JEDEC spec that defines what should happen to the NAND once its cells get to this point. For consumer applications, the NAND should remain in a read-only state that can guarantee data availability for 12 months at 30C with the drive powered off.
I just don’t see how using a drive into the period where it’s likely to fail and lose data, against specification, is a good idea. Let alone a right to repair issue.
Source: https://www.anandtech.com/show/4902/intel-ssd-710-200gb-review/2
Me providing an example of a repair is not me claiming it is the only method of repair.
Except, again, you aren’t making it useful again, you’re attempting to bypass a fail safe put in place by engineers. You aren’t repairing anything to make useful again, you aren’t fixing any part of the SSD. You’re merely attempting to bypass a “lockout”. You aren’t arguing to repair the drive; you’re arguing to keep using after this point (which is fine, even if I disagree with it).
The first paragraph quoted (and the article as whole) cover reads, different between different drives (including different specs for enterprise vs consumer) and how the values are drawn. 10k is for intel 50nm MLC NAND specifically. Other values are presented in the article. It isn’t arbitrary as you’ve attempted to hand wave it as. I suggest you read it in its entirety. It doesn’t matter how sophisticated the software standard is, the oxide on the drive will eventually wear down and is a physical problem.
Except it isn’t useful service. I would have a hard time buying that a a pre-fail drive, even second hand, is useful for service. I get what you’re going for/saying but again it doesn’t pass for right to repair imo. It’s risking data loss to wring an extra 12 months (or likely, less) from a dying drive. For every 1 person like you that its an annoyance for it saves multitudes more that are less savvy pointlessly risking data loss.