A common scenario for an encrypted disk.
Fair argument, you definitely have a point. So its not "impossible under normal operations" but rather "requires a specific niche (but not terribly rare) condition of being encrypted; which is using the drive as intended and as such is an actual problem" (which is a really annoying bug and pisses me off as I own the SSD model in question I was just considering encrypting it too)
However it is still overhyped BS. Note I didn't say "never ever happens" I said "overhyped BS".
First, it is overhyped because it only affects systems without TRIM OR a single controller with bugged firmware with TRIM under niche specific circumstances.
Second, it is overhyped because people are led to belief that it will degrade to nothing rather then a one time performance drop to a level that is still pretty damn fast.
Third, it is a BS argument. Remember that the argument I called a BS on was that the SSDs as a whole are not worth it due to 3 "drawbacks" compared to HDD. But this drawback is LESS SEVERE on an SSD then it is on a HDD, and even a worse case scenario SSD is still vastly superior to any HDD. Yes the
Sure, the 1TB platter velociraptor, when using the outermost rings (aka, empty; and not experiencing its own performance loss due to being full), might get slightly faster sequential speed. But the SSD in question still annihilates it on random IO and will give you a much faster system.
It’s just as well a 3TB HDD only costs 6c/GB then. I’d feel a lot worse if I had a firmware bug after paying $1/GB. Oh wait…
While cheaper, firmware bugs in HDD/SSD can lead to dataloss and that is the real problem not the cost of the drive.
Granted it does piss me off to find out my drive specifically has this bug, I just bought it a month ago for 350$ as an upgrade for the intel G2.