wait, you are concerned how 10DWPD SSD will hold up? You do realize this is way over the expected life of spinning drives, with less power consumption, less heat, less risk of vibration damage, and ...
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wait, you are concerned how 10DWPD SSD will hold up? You do realize this is way over the expected life of spinning drives, with less power consumption, less heat, less risk of vibration damage, and less time under load, since data is read/written so quickly, and much much faster rebuild times. For context, I have been runing SAS and SATA SSDs with mix of 1 to 3 DRPD for years...(no 10DRPD in service yet) typically in raid 1 and raid 10. zero drive failures yet. My worst case right now is drives with only 80% life left, and servers will notify me when they get down to 20% life left so we can replace well ahead of expected failure. I still have yet to replace a failed SSD in RAID, while it's on the regular to replace failed spinning drives in RAID arrays I manage....and let's not forget spinning drive take SOOOOO long to rebuild/risking a 2nd drive failure during rebuild. SSD drives rebuild array so fast (observed in testing drive replacement scenario, since have not yet seen one fail in production yet).