Ben wants to implement a Redundant Array of Independent (RAID) array that combines both read and write performance while retaining data integrity if a drive fails. Cost is not a concern compared to speed and resilience. the Raid type is RAID 10. Option D.
This is further explained below.
Generally, RAID, which stands for "redundant arrays of independent disks," is a method of information storing that makes use of numerous hard disk drives in order to save data.
In conclusion, Combining the advantages and drawbacks of RAID 0 striping with those of RAID 1 mirroring, RAID 10 (1+0) is a hybrid solution. Striped disks with complete copies preserved through the mirror are the best solution for Ben's use case, where speed and robustness are critical and the cost is not. Even if their performance is lessening, RAID 5 and RAID 6 are more resilient in the event of a disk failure. Redundancy and read speeds are provided by RAID 1 but write speeds remain unchanged.
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CQ
Ben wants to implement a RAID array that combines both read and write performance while retaining data integrity if a drive fails. Cost is not a concern compared to speed and resilience. What RAID type should he use?
A. RAID 1
B. RAID 5
C. RAID 6
D. RAID 10
