A storage administrator notices a warning notification on a database server utilizing a four-drive hardware RAID 10 array. The management console indicates that one SSD has failed due to excessive S.M.A.R.T. media errors, placing the array into a degraded state, though data remains fully accessible. Which TWO of the following steps should the administrator perform to restore full redundancy to the array without causing unnecessary downtime or data loss?
- Hot-swap the failed SSD with a spare drive of equal or greater capacity.Cevap
- BReformat the entire RAID volume using OS disk management tools to clear file system corruption.
- Initiate a volume rebuild operation through the hardware RAID controller utility.Cevap
- DConvert the degraded RAID 10 array to a RAID 0 configuration to bypass the failed drive slot.
Cevap
The correct actions are to replace the failed drive using a hot-swap operation with an equivalent or larger capacity drive, and then initiate an array rebuild through the RAID controller interface.
When a single member disk in a RAID 10 configuration fails, the array operates in a degraded state because data redundancy is compromised for that mirrored pair. To restore redundancy safely without taking the server offline, the administrator should replace the faulty drive via hot-swapping and initiate a rebuild via the RAID controller utility to resynchronize mirrored block data.
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RAID 10 Degraded Array Recovery and Maintenance