What storage results would best meet the requirements for maintaining sub-millisecond latency?

The best choice for maintaining sub-millisecond latency is the option with an average latency of 600 microseconds (us), which translates to 0.6 milliseconds (ms). This specification indicates that the system can process requests significantly faster than one millisecond, thereby fulfilling the requirement for low latency.

When evaluating storage solutions for performance-critical applications, such as those requiring sub-millisecond latency, it is crucial to consider both the compression and deduplication ratios along with the overall latency metrics. The optimal choice demonstrates a balance of efficient data storage (compression and deduplication) while ensuring rapid data access and retrieval, as indicated by the low latency figure.

Moreover, even though other options may show favorable deduplication and compression ratios, their respective latency exceeds the target of sub-millisecond processing time, which could potentially impact performance for latency-sensitive workloads. Therefore, the option that features an average latency of 600us effectively demonstrates the best performance characteristics suited for scenarios demanding immediate data retrieval.