The biggest performance boost from an upgrade in the last two decades was switching from a Western Digital VelociRaptor HDD to a Samsung 840EVO SATA SSD. That was going from 6ms to 0.06 ms random access latency.
The performance boost from switching from Windows to Linux wasn’t perceivable even on Gentoo where I literally compiled for the exact hardware, I had and used a custom debloated monolithic kernel. But it got me a massive boost in user agency and freedom of choice.
You can’t beat two orders of magnitude reaction latency reduction with an OS change. Windows is bloated. But it’s not that bloated (at least Windows XP, 7, and 10 weren’t; didn’t try 11).
I play on Gentoo btw.
You sound like you’re talking about application run performance. That shouldn’t be noticeably different. Startup and application load time tend to be where the gains are.
The biggest performance boost from an upgrade in the last two decades was switching from a Western Digital VelociRaptor HDD to a Samsung 840EVO SATA SSD. That was going from 6ms to 0.06 ms random access latency.
The performance boost from switching from Windows to Linux wasn’t perceivable even on Gentoo where I literally compiled for the exact hardware, I had and used a custom debloated monolithic kernel. But it got me a massive boost in user agency and freedom of choice.
You can’t beat two orders of magnitude reaction latency reduction with an OS change. Windows is bloated. But it’s not that bloated (at least Windows XP, 7, and 10 weren’t; didn’t try 11).
I play on Gentoo btw.
You sound like you’re talking about application run performance. That shouldn’t be noticeably different. Startup and application load time tend to be where the gains are.
If I/O latency is bad enough it can affect runtime performance from game FPS to browser “snappiness”