alt Hacker Newsmaybe that was too strongly worded but there was an expectation for zstd to outperform. So the fact it didnt means the result was unexpected. i generally find it helpful to understand why something performs better than expected.
maybe that was too strongly worded but there was an expectation for zstd to outperform. So the fact it didnt means the result was unexpected. i generally find it helpful to understand why something performs better than expected.
Isn't zstd primarily designed to provide decent compression ratios at amazing speeds? The reason it's exciting is mainly that you can add compression to places where it didn't necessarily make sense before because it's almost free in terms of CPU and memory consumption. I don't think it has ever had a stated goal of beating compression ratio focused algorithms like brotli on compression ratio.