How to pronounce “megabit” in English

20 megabits per second uplink.

you have 10 megabits per second at just $16 US per month, unlimited data connections both ways.

you can get 10 megabits per second of data back and forth, and then you may swim away.

2.994 megabits, as he reminds me.

DSL was running megabits 25 years ago.

So MIPS and megabits were the two metrics we all focused on.

So you're selling 100 megabit worth of service off of your 1 megabit.

Even if you've got a 10 megabit.

Steve here uses just a few megabits to serve the project.

Remember it used to be ten megabits was very expensive.

So you're looking at an average of about 70.6 megabit per second download and 7.9 megabit per second upload.

Like say you're paying for a 25 megabit plan, but it's not peak hours.

And at least in this case, the 100 megabit plan, only half the time, was greater than 50 megabit per second.

did not have access to high-speed broadband as defined by the FCC as 25 megabit per second or greater.

And maybe there's no reason to force them down into 25 megabit all the time if there's extra headroom on the network.

know what the bandwidth of the optic nerve is it's about 10 megabits per

So we just took one customer's service plan on an incumbent ISP-- it's a 100 megabit plan-- and started to just run some numbers off of that.

So for example, say you have 1 megabit per second on your network to divvy out to your customers.

world of Google in many ways this is and and Facebook this is the cost of generating a megabit of data that's the

Eric Schmidt: Next question is, FCC defiance broadband as 25 megabits, giving close to $10 billion of carriers to speed up deployment of Internet service to rural America.

And I think we're on 10-megabit networking at the time, so your first hour is downloading the address book, which was always

You could be clicking a mouse for a little while, sending almost no data at all, and the next thing you know, it's a 150-megabit file transfer.

They had, like, amazing ATM network at 155 megabits per second.

What they were able to demonstrate, and you see some of it here, they were able to do 622 megabits per second downlink from the moon.