No, practically speaking the domain name should have no effect on access time. DNS has so many layers of caching that as long as SOMEONE has accessed the website nearby (including you), the domain lookup will be local and therefore fast.
Anyway, DNS lookup times, even slow ones, are still not going to be noticable to the end use originally.
And you spread that server load by selecting different servers. While what you’re saying is technically true, in a practical sense if everyone picked a more local server that would be one way to achieve what you’re saying.
you don’t need a uniform distribution. if the server distribution mirrors the population distribution (and why wouldn’t it?), that will still achieve the desired effect.
Agreed. I went with lemmy.ca since I’m Canadian and the instance is in my country.
I also heard Lemmy should perform a little quicker for me too this way.
No, practically speaking the domain name should have no effect on access time. DNS has so many layers of caching that as long as SOMEONE has accessed the website nearby (including you), the domain lookup will be local and therefore fast.
Anyway, DNS lookup times, even slow ones, are still not going to be noticable to the end use originally.
No, I meant the instance itself. The server. The one who runs lemmy.ca is here in Canada with me.
It’s like when playing a game; You choose servers closet to you for the lowest ping time.
The other reason I neglected to mention was I like to support local. 😎
It makes a difference for a game, but it’s not really significant for a website.
The server load and resources will have a much bigger impact on performances than geographic proximity.
And you spread that server load by selecting different servers. While what you’re saying is technically true, in a practical sense if everyone picked a more local server that would be one way to achieve what you’re saying.
No because the population is not even close to being uniformly distributed geographically.
you don’t need a uniform distribution. if the server distribution mirrors the population distribution (and why wouldn’t it?), that will still achieve the desired effect.