The CSDs improve application performance in 2 ways: (1) the drives can respond with lower latency through higher workloads (as reported by Percona in their testing in a MySQL workload); (2) they reduce the burden on the CPU and the pollution of the host DRAM for the compression/decompression function, resulting in better system performance.
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A How does computational storage effectively address data movement bottlenecks, I/O latency, and overall system performance challenges that are often encountered in data-intensive applications and… Read More »How does computational storage effectively address data movement bottlenecks, I/O latency, and overall system performance challenges that are often encountered in data-intensive applications and workloads?
A How does computational storage effectively address data movement bottlenecks, I/O latency, and overall system performance challenges that are often encountered in data-intensive applications and… Read More »How does computational storage effectively address data movement bottlenecks, I/O latency, and overall system performance challenges that are often encountered in data-intensive applications and workloads?
A How does computational storage effectively address data movement bottlenecks, I/O latency, and overall system performance challenges that are often encountered in data-intensive applications and… Read More »How does computational storage effectively address data movement bottlenecks, I/O latency, and overall system performance challenges that are often encountered in data-intensive applications and workloads?