No, though when data is incompressible (e.g., pre-encrypted), we won’t be able to leverage compression to improve performance and QoS. If you suddenly switch from sending compressible data to sending incompressible data, the write performance will eventually decline as the NAND on the drive fills. However, it’s the average compressibility of the data that will influence performance more than short-term shifts.
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A Will there be expected latency spikes and reduced performance while running uncompressed data on compressed drives on ScaleFlux computational storage? Category: Performance and trade-offs… Read More »Will there be expected latency spikes and reduced performance while running uncompressed data on compressed drives on ScaleFlux computational storage?
A Will there be expected latency spikes and reduced performance while running uncompressed data on compressed drives on ScaleFlux computational storage? Category: Performance and trade-offs… Read More »Will there be expected latency spikes and reduced performance while running uncompressed data on compressed drives on ScaleFlux computational storage?
A Will there be expected latency spikes and reduced performance while running uncompressed data on compressed drives on ScaleFlux computational storage? Category: Performance and trade-offs… Read More »Will there be expected latency spikes and reduced performance while running uncompressed data on compressed drives on ScaleFlux computational storage?