Which hardware option is explicitly identified as beneficial for writer performance?

Which hardware option is explicitly identified as beneficial for writer performance?

• A. Hard disk drives
• B. RAID configurations
• C. Solid state drives
• D. Network storage

Answer: (C)

Storage speed directly affects how fast data can be written during a run, so the test highlights hardware that reduces I/O bottlenecks. Solid-state drives offer much lower latency and higher write throughput because there are no moving parts. For writer components in FME (such as writing to databases or files), this means faster commit operations, fewer stalls, and quicker overall processing. Hard disk drives rely on spinning platters, with higher seek times and fragmentation, which slows random and small writes. Network storage adds extra latency and can be constrained by network conditions, hindering write performance. RAID configurations can improve throughput or resilience, but they aren’t the option explicitly identified as beneficial for writer performance in this context. Therefore, solid-state drives are the best choice for improving writer performance.

Storage speed directly affects how fast data can be written during a run, so the test highlights hardware that reduces I/O bottlenecks. Solid-state drives offer much lower latency and higher write throughput because there are no moving parts. For writer components in FME (such as writing to databases or files), this means faster commit operations, fewer stalls, and quicker overall processing. Hard disk drives rely on spinning platters, with higher seek times and fragmentation, which slows random and small writes. Network storage adds extra latency and can be constrained by network conditions, hindering write performance. RAID configurations can improve throughput or resilience, but they aren’t the option explicitly identified as beneficial for writer performance in this context. Therefore, solid-state drives are the best choice for improving writer performance.