Revision as of 20:39, 14 July 2020 view source Caleb Cooper (talk \| contribs) Bureaucrats, Interface administrators, Administrators 9,367 edits No edit summary ← Older edit		Revision as of 10:10, 15 July 2020 view source Caleb Cooper (talk \| contribs) Bureaucrats, Interface administrators, Administrators 9,367 edits No edit summary Newer edit →
Line 1: <pre> We have that issue on Unity because Data Reduction (Compression/Deduplication) works in 8 KB blocks. when we have volume with large numbers of writes smaller than 8 KB have to backfilled from the volume (a read to the backend), to get enough data to compress, which causes extra load on the CPU. The average write size masks the number of small writes to a certain extent, because any large writes can </pre> <pre class="scroll"> We have that issue on Unity because Data Reduction (Compression/Deduplication) works in 8 KB blocks. when we have volume with large numbers of writes smaller than 8 KB have to backfilled from the volume (a read to the backend), to get enough data to compress, which causes extra load on the CPU. The average write size masks the number of small writes to a certain extent, because any large writes can </pre> <pre class="inline"> this that the other </pre> <pre class="blue-white"> We have that issue on Unity because Data Reduction (Compression/Deduplication) works in 8 KB blocks. when we have volume with large numbers of writes smaller than 8 KB have to backfilled from the volume (a read to the backend), to get enough data to compress, which causes extra load on the CPU. The average write size masks the number of small writes to a certain extent, because any large writes can

User:Caleb Cooper/sandbox: Difference between revisions