this post was submitted on 03 Feb 2025
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That averages out to around 300 megabytes per second. No way anyone has that at home comercially.
One of the best comercial fiber connections i ever saw will provide 50 megabytes per second upload, best effort that is.
No way in hell you can satisfy that bandwidth requirement at home. Lets not mention that they need 3 nodes with such bw.
I have 3 Gbps home Internet ( up and down ). I get over 300 Megabytes per second.
Can they not torrent a bunch of that bandwidth?
You're completely missing what he's saying, and how that number is calculated. It's an average connection speed over time and you're anecdotally saying your internet is superior because you have a higher connection speed, which isn't really true at all.
You have residential internet which is able to provide 3Gbps intermittently. You may even be able to sustain those speeds for several days at a time. But servers maintain those connections for months and years at a time...
800TB/mo is 2.469 Gb/s sustained for 30 days. They may be on a 10Gb/s connection, but that doesn't mean they have enough demand to saturate it 100% of the time.
50MB/s is like 0.4Gbit/s. Idk where you are, but in Switzerland you can get a symmetric 10Gbit/s fiber link for like 40 bucks a month as a residential customer. Considering 100Gbit/s and even 400Gbit/s links are already widely deployed in datacenter environments, 300MB/s (or 2.4Gbit/s) could easily be handled even by a single machine (especially since the workload basically consists of serving static files).
So I have to move to Swiss then, got it.
I think anywhere outside the US or Australia will do.
Yeah, thats almost 150% more than my (theoretical) bandwidth at home (Gbps but I live alone & just don't want to pay much), and that is just assuming constant workload (peaks must be massive).
This is indeed considerate, yet hopefully solvable. It certainly is from the link perspective.
Probably not one person, but that could be distributed.
Like folding at home :D