4 ms·
For me, no delay is 10% to 30% faster on every permutation of the benchmark, on WiFi, 4g and 5g.
by orf 4y ago
For me, no delay is 10% to 30% faster on every permutation of the benchmark, on WiFi, 4g and 5g.
- withinboredom 4y agoYou must have a really nice network all the way to my servers.
- orf 4y agoI just tried it with and without private relay, with the same results. I’m connecting from London via an iPhone, where are your servers? And out of interest, do you log the results of the benchmark anywhere? Would be cool to capture it.
- withinboredom 4y agoFinland. I wouldn’t be surprised if you are only a few hops away. I have 16 hops in the Netherlands
- withinboredom 4y agoNo, I’m not storing the results. I guess there are technically access logs but that doesn’t tell me anything.
- orf 4y agoMaybe you should? It would be interesting to see if the results line up with your expectations.
- mikem170 4y agoIt could be the case where buffer management on routers along the way makes a difference, transient congestion conditions, buffer sizes, fq vs fifo vs something more complicated, etc. Things work a lot faster if all of your small packets make it through, but if any of those packets are dropped you incur delays for retransmits, tcp slow start, etc. Basically extra round-trip delays that could be a lot longer than a local nagle delay, depending on what you are sending.