I’ve heard praise about the kernel performance with CachyOS, and was looking to replicate it a bit on NixOS when I learned about Chaotic’s Nyx. After simply swapping to their Link-Time Optimization kernel varent, I’m noticing a ~10% single and ~8% multi core geekbench scores improvement after repeated testing on my 10yo laptop: https://browser.geekbench.com/v6/cpu/compare/14141971?baseline=14145053 Over 5 consecutive trials in performance mode, results are relatively consistent: I’m als...
I don’t have resources to locally build an optimized kennel for every update for each of my systems, thus my interests in keeping with a community cache.
I didn’t do much here, just swapped the kernel via config and ran some benchmarks. I posted as I was more curious to hear of what engineering trade offs may be at play, and what experience folks have had in daily driving CatchyOS’s kernel patch sets.
Compiling the Linux kernel from scratch takes over an hour on this laptop. Given I’m tracking the unstable channel on a rolling distro means doing that several times a week. Ain’t nobody got time for that. Or at least I don’t…
Wait…what? If anything, building on your current hardware would yield more realistic results.
What exactly did you do here, just swap packages?
I don’t have resources to locally build an optimized kennel for every update for each of my systems, thus my interests in keeping with a community cache.
I didn’t do much here, just swapped the kernel via config and ran some benchmarks. I posted as I was more curious to hear of what engineering trade offs may be at play, and what experience folks have had in daily driving CatchyOS’s kernel patch sets.
You…just run commands. What resources are you talking about? It’s a one liner.
Compiling the Linux kernel from scratch takes over an hour on this laptop. Given I’m tracking the unstable channel on a rolling distro means doing that several times a week. Ain’t nobody got time for that. Or at least I don’t…