Which storage technology is mentioned as part of the reasons for the refresh range?

• A. Magnetic drives
• B. Cloud storage
• C. Solid State drives
• D. Network storage

Answer: (C)

The main idea is how the storage medium’s reliability and lifespan influence when you refresh hardware. Solid-state drives are driven by flash memory cells that wear out after a finite number of write cycles. As workloads cause more writes, SSDs can reach the end of their usable life, impacting performance and increasing the risk of failure. That wear-out behavior is a key reason to define a refresh window for storage, since you want to replace drives before reliability dips noticeably. Magnetic drives, while subject to mechanical wear, don’t have the same finite write-endurance constraint, and cloud or network storage refer to service models rather than specific hardware wear characteristics, so they aren’t the direct drivers of a local refresh range.