The same with the incredibly powerful CPUs and huge amounts of RAM we all have now. These are little supercomputers, and everything in Windows takes longer than it did 25 years ago on machines with a tiny fraction of the power.
This trend is not limited to windows. Try to open a notepad or a calculator on any modern linux distro. 3-5 seconds. And it’s getting worse with snaps and flatpacks.
It’s true, but the effect is still much less pronounced on Linux than Windows. Opening a web browser, for instance, is usually a lot faster in Linux than opening the same browser in Windows.
Part of the problem is everyone building on common libraries that themselves build on libraries, leading to layer after layer of abstraction with a little loss of efficiency at each one. Since most software is cross-platform, this affects multiple operating systems. And needing to build for multiple platforms is itself one of the drivers of all this abstraction.
The same with the incredibly powerful CPUs and huge amounts of RAM we all have now. These are little supercomputers, and everything in Windows takes longer than it did 25 years ago on machines with a tiny fraction of the power.
This trend is not limited to windows. Try to open a notepad or a calculator on any modern linux distro. 3-5 seconds. And it’s getting worse with snaps and flatpacks.
It’s true, but the effect is still much less pronounced on Linux than Windows. Opening a web browser, for instance, is usually a lot faster in Linux than opening the same browser in Windows.
Part of the problem is everyone building on common libraries that themselves build on libraries, leading to layer after layer of abstraction with a little loss of efficiency at each one. Since most software is cross-platform, this affects multiple operating systems. And needing to build for multiple platforms is itself one of the drivers of all this abstraction.