- Oct 17, 2005
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Hi everyone,
I have an SSD that used to be part of a RAID-1 set. I had a server with two Intel SSD 510 250 GB drives running Server 2008 R2 behind a RAID controller that could not send TRIM to the poor SSDs. This worked fine from when the SSDs were new (2011) to a few months ago, when the RAID set degraded.
I only noticed a few days ago (email alerting wasn't set up properly and my company's IT company didn't notice either), so I swapped the good and bad SSD 510 out with new Samsung 850 Pro 256 GB drives.
I now have a "good" SSD 510 250 GB and a "bad maybe?" one. I did a "secure erase" on the "bad" one though, and formatted it in Windows 7 on a desktop PC, and as far as I can tell there's nothing wrong with it aside from Intel SSD Toolbox indicating it's at 90% Estimated Life Remaining.
Can I run some sort of automated test on it to see if I can induce the same write errors that caused it to drop out of the RAID set in the first place? I ran CrystalDiskMark with 4 GB test size and nothing bad happened, and I copied some data over and did a CRC/SHA1 check on it, and I also did the "Full Diagnostic" in Intel SSD Toolbox, and everything is happy.
Note I don't plan on putting this drive back in a server, just maybe upgrading some poor old slow laptop.
I have an SSD that used to be part of a RAID-1 set. I had a server with two Intel SSD 510 250 GB drives running Server 2008 R2 behind a RAID controller that could not send TRIM to the poor SSDs. This worked fine from when the SSDs were new (2011) to a few months ago, when the RAID set degraded.
I only noticed a few days ago (email alerting wasn't set up properly and my company's IT company didn't notice either), so I swapped the good and bad SSD 510 out with new Samsung 850 Pro 256 GB drives.
I now have a "good" SSD 510 250 GB and a "bad maybe?" one. I did a "secure erase" on the "bad" one though, and formatted it in Windows 7 on a desktop PC, and as far as I can tell there's nothing wrong with it aside from Intel SSD Toolbox indicating it's at 90% Estimated Life Remaining.
Can I run some sort of automated test on it to see if I can induce the same write errors that caused it to drop out of the RAID set in the first place? I ran CrystalDiskMark with 4 GB test size and nothing bad happened, and I copied some data over and did a CRC/SHA1 check on it, and I also did the "Full Diagnostic" in Intel SSD Toolbox, and everything is happy.
Note I don't plan on putting this drive back in a server, just maybe upgrading some poor old slow laptop.