Even though different Linux distros are often fairly close in terms of real-life performance and all of them have a clear advantage over Windows in many use cases, we can’t reject the fact that Arch Linux has undoubtedly won the competition. And now I’m so glad to have another reason to proudly say “I use Arch btw”
::: It was a joke of course :::
Good intentions but many of these tests are arbitrary and flawed.
Where my openSUS at ?
Opensuse? WHERES GENTOO
Still compiling.
Jesus
Installation size:
Fedora - 7.7 GB
Arch (actually EndeavourOS) - 45 GB
Ubuntu - 49.2 GB
Windows - 72 GB
How the hell is Fedora so small? That’s insane.
What are these sizes from? All my Linux installs start with <20G root disks and end up with some spare.
And Windows at 72G? Whilst it’s more than Linux it’s not that much.
I think the videomaker may be failing to account for swap space. The latest Fedora releases use zram (swap that lives in memory instead of hard disk) by default, while the rest do not. Windows in particular does not take 72G and tends to be aggressive in swap allocation. The fact that he presents this data as “free space available” adds confusions while seemingly burying the simplest answer.
“Swap space that lives in RAM” No… just … no. Swap is for when RAM runs out/low. It literally cannot live in RAM…
Are you familiar with ZRAM ? I do not understand your certainty that I am incorrect.
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Zram is swap in ram. It uses fast compression to quickly compress memory instead of moving it to disk.
The disagreement here might be a semantic one. When people say “swap” they’re usually referring to the swap partition on disk, not just any memory that can be used to “spill” to.
What you are describing with zram serves a fundamentally different function from swap space. If the OS dumps its memory to swap, the PC can lose power and still recover. If it compresses LRU memory to zram, and loses power, it cannot recover.
Both are useful in low memory situations, but swap covers more than that. Most familiar with swap space would agree that its location on a nonvolatile disk rather than in volatile memory is critical to what makes it “swap” space.
