Yeah, almost. It is 324 GB assuming you sustain 1Mbps constantly for 30 days.
██ Garry Dolley @ ARP Networks | gdolley _at_ arpnetworks . com | #arpnetworks on Freenode | @arpnetworks, @bsdvps
██ State of the art services, strong community and friendly support
██ FreeBSD, OpenBSD, Linux VPS ARP Metal Dedicated Servers Colocation IP Transit
██ Native IPv6 VNC Console Tunnel VNC over SSH Serial Console over SSH DNS Manager
On a simple capped 1 Mbit/sec line you're correct, somewhat, that is how much you could push one way, double it and you get the total you could push. Then on 95th, you could push as many as 3765 GB a month if you were given a 100 mbit/sec connection...
The math is simple, the top 5% get cut out, and only the highest of the two, incoming or outgoing is counted. This means, for 36 hours, you could push 100 mbit/sec in AND out, that is 3164GB, according to my calculations. The rest of the month, say a 30 day month, you can push 1 Mbit/sec in and out for the remaining 28.5 days. That is an additional 601GB. Add them together and you get 3765GB. If you're on a Gigabit port the number will be higher, and if you're on a 10 mbit/sec line the limit would be lower. To reach such a limit you would need to follow that exact traffic pattern, which would definitely not be likely, but you asked how much you could theoretically push.
Good point, once I said we should go and get 20 connections from different IP providers (30 days / 36 hours) and then burst on each provder for 36 hours, this way you will only have to pay 1M even though you are getting 100 meg
If it is capped at 1Mbit/s, then AFAIK, TCP overhead will be included inside that 1Mbit/s cap, as it can vary depending on the size of the packets involved, so it wouldn't make sense to exclude it from the cap.
Yes, but in this case, as I've pointed out, Google is flawed, I assume thye are working on the assumption too that 1Mbit/s = 1024Kbit/s which it is not, as I have pointed at many a time, if 1Mbit/s were equal to 1024Kbit/s than 1Gbit/s would be 1024Mbit/s, yet it is not, as Gigabit ethernet is defined as 1000Mbit/s.