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Ping and transfer speed isn't very related. Testing from residential ISP in Hong Kong, HE routes can reach 140Mbps single threaded with ping of 180-240ms.

Roadrunner residential connection (near Charlotte, NC)

RoadRunner Residential connection (near Charlotte, NC):

How would they cope with such large amounts of traffic? Thats entire data centres and residential connections they have to manage, they surely cant match the entire bandwidth of the UK can they?

From Comcast residential in CA:

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I would like to have more backups of stuff at home. CrashPlan has been very good but they could always go out of business. I wish I had more uplink at home...7mbps residential downlink DSL comes wit

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However, in my personal opinion that does not prove anything, anyone can easily obtain a residential IP address and make a new email.

have a /64, because that's what (or more) every residential ISP gives out to a subscriber. Blocking on a finer granularity than that, will be seen as a waste of effort. You might get a special treatm

Then again, if you look at StarHub IX ( http://bgp.he.net/AS4657#_prefixes ), they have A LOT of prefixes the companies using them don't need. And this is not including their second exchange ( http://

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No residential ISP here in Hongkong provides native IPv6 yet.

DC transit bandwidth is, residential is peanuts. 100mbps FTTH for 30 USD?

Seriously? O_o T1 is just 1,5Mbit... given how many residential connections offer much higher transfer (both ways), I'm surprised at how many places still use it.

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My residential IP geoips to 'Tokyo City, Tokyo'. Wonder how big that is?

What is the most accurate way?

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