I use a shit load of RAM on Linux. You guys clearly have amateur numbers when it comes to how many applications you have open at once.
this post was submitted on 01 Nov 2024
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I've seen builds of the Linux kernel that comfortably fits in my on-die CPU caches.
So it would just be a picture of an empty sofa.
There are mid range CPUs with 128MB of L3 cache now. A Linux distro like Tiny Core could fit entirely in cache.
Tiny Core Linux is a minimal Linux kernel based operating system focusing on providing a base system using BusyBox and FLTK. It was developed by Robert Shingledecker, who was previously the lead developer of Damn Small Linux.
Ah, that explains a lot! Didn't know about TCL.
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That sounds neat. Link?
Hm? Do you mean a link to builds that are this small? My midrange Intel i5-12600K (I'm a working man, doc...) L3 cache is 20,971,520 bytes. My Linux Mint (basically Ubuntu kernel) vmlinuz right now is only 14,952,840 bytes. Sure, that's a compressed kernel image not uncompressed, but consider this is a generic kernel built to run most desktops applications very comfortably and with wide hardware support. It's not too hard to imagine fitting an uncompressed kernel into the same amount of space. Does that help to show they're roughly on the same order of magnitude?
Ten years old kernels could be 2 MB.
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Wondering how my 64gb will outlast every other part upgrade my gaming Linux box will get over the years
Your use case is obviously different, but I've gone years between system upgrades. I mostly do OSS coding, or work stuff; not gaming. The only case I can imagine needing to upgrade my little Ryzen with 16 cores - a laptop CPU - is if it becomes absolutely imperative that I run AI models on my desktop. Or if Rust really does become pervasive; compiling Rust programs is almost as bad as compiling Haskell, and will take over my computer for minutes at a time.
When I got this little micro, the first thing I did was upgrade it to 64GB of RAM, because that's the one thing I think you can never have too much of; especially with the modern web and all the shit that brings with it; Electron apps, and so on, absolutely chew up memory. The one good thing about the Rust trend is better memory use, so the crappy compile times are somewhat forgiveable.
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