SK0-004 · Question #623
A server technician wishes to buy the best possible server for RAID 5. Which of the following types of servers is BEST suited for RAID 5?
The correct answer is B. Redundant servers. Redundant servers are purpose-built with fault-tolerant components and dedicated RAID controller support, making them the best fit for RAID 5 deployments.
Question
A server technician wishes to buy the best possible server for RAID 5. Which of the following types of servers is BEST suited for RAID 5?
Options
- ATower servers
- BRedundant servers
- CBlade servers
- DStand-alone servers
How the community answered
(27 responses)- A7% (2)
- B89% (24)
- D4% (1)
Why each option
Redundant servers are purpose-built with fault-tolerant components and dedicated RAID controller support, making them the best fit for RAID 5 deployments.
Tower servers are general-purpose standalone machines not specifically designed with the dedicated RAID controllers or hot-swap drive bays needed to optimize RAID 5 performance and reliability.
Redundant servers include dedicated hardware RAID controllers, multiple hot-swappable drive bays, and redundant power and cooling components specifically engineered to support RAID levels like RAID 5. RAID 5 requires at least three drives with distributed parity, and a redundant server's architecture natively supports this with the necessary drive capacity and controller resources. These systems are purpose-built for environments where data redundancy and high availability are required.
Blade servers are optimized for compute density within a shared chassis rather than providing the dedicated storage redundancy features and drive bay capacity required for RAID 5.
Stand-alone servers are functionally equivalent to tower servers and similarly lack the purpose-built redundancy components and dedicated RAID hardware controllers that make RAID 5 most effective.
Concept tested: Server types suited for RAID 5 redundancy
Source: https://learn.microsoft.com/en-us/windows-server/storage/storage-spaces/storage-spaces-fault-tolerance
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