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8.6 GB Internet?
prostoalex writes "Caltech computer scientists announced the protocol, capable of delivering 8,609 Mbps over the Internet, using 10 simultaneous flows of data. The research project was conducted in partnership with CERN, DataTAG, StarLight, Cisco, and Level 3. The practical applications, according to the press release, is ability 'to download a full-length DVD movie in less than five seconds'. There is a number of papers and scientific publications available."
CERN, DataTAG, StarLight & Cisco - watch out! MPAA is coming for you!
I have a dream. Some day the editors will learn the difference between a bit and a byte. Or I'll byte a bit of their heads off. [grumble]
I've had this sig for three days.
CalTech's Motto: Enabling Faster Porn and Slashdoting Through Technology
Bless those people
I can't help but be amused that that was their first measurement standard for it.
Oh, they meant legit full-length DVD movies...
The coolest voice ever.
impatient people... can't even wait 5 minutes nowadays... geesh...
is Jack Valenti having an aneurysm.
This
How many Libraries of Congress per hour is that?
Wearing pants should always be optional.
While this is pretty cool theoretically, current hard drives don't even come close to handling this kind of bandwidth, so there isn't much use for this until we can actually manage to store the data fast enough to keep up with the connection.
Five seconds?? Ohhhh... but I want it NOW!
The problem is, what sort of mass storage device can write at 8.6 gigabits/sec?
What comes first, finding a teacher or becoming a student?
Okay, todays RAM can top 8GB/s, so there is no problem generating data and sending it through this like that. However, hard drives can't even reach 1/100th of this speed, so don't expect your p2p programs to go much faster ;)
This can be great for sites that require a massive pipe and have fiber hard drives's or ISPs. Also be good defence against a slashdotting ;)
that may be silly, but in the case this technology is actually developped, there will remain a crucial battle : the RIAA/MPAA (media lobbies) are going to be so scared by such a tech that they'll do all what they can so that it comes with some kind of DRM (digital rights managements).
In other words, such a technology would give a boost to legal attempts to allow hard DRM - as is today illegal under the liberty-preserving legislation of a lot of countries, especially in Europe.
Do not answer that the media lobbies aren't asked to give their opinions here. Because it is part of Microsoft's, Intel's and AMD's (to cite only 3 members of the vast TCPA alliance) strategy to maintain good relationships with the media companies in order to enlarge the computer market.
You know what I'm talking about - Palladium. I don't think it's necessary to insist on the fact that it would be a bad thing for us.
War doesn't prove who's right, just who's left.
>um.... since when was a byte more than 8 bits?
/. a server using the existing infrastructure should paint a pretty picture of where the bottleneck stands :)
When you count in octal, there are 10 bits to a byte. After a few months doing coding on old big iron I accidently balanced my checkbook in octal. Took me a WEEK to get that straightened out.
Honestly though, this doesn't eliminate the bottleneck, it just moves it from the cables to the Server, or to your hard drive. Given that we can pretty much
I still would like to get it to my house, though.
Glonoinha the MebiByte Slayer
It is just over a gig a second.
Not all of that is data. Some is packet headers. Some is error correction. That's why you can't push 6 KB per second over a v.90 dial-up connection at 48 kbps.
Will I retire or break 10K?
I imagine that there will be a day when you can get ANY movie regardless of popularity from Blockbuster, Best Buy or Circuit City easier than filling out a prescription. You just tell them what legacy movie or TV show episodes you want and 15 minutes later your burned DVD with professional looking label printed on it is ready for pick-up for $20-$30. It may even include a difficult to replicate vendor hologram on the label side of the DVD to help distingish it from non-approved burns.
Why would you want to do that? Don't you understand that this connection would be much, much faster than your current modem? It would be at least 24 times faster, with the potential of being up to 57 times faster. Especially during off-peak hours like Thursday at 8pm.
That would make me 24 times the pirate I am today, with the potential to be up to 57 times the pirate I am today. Then they would use that peculiar method of reasoning to assign me a sentence that would require 24 lifetimes to serve, with the potential of requiring up to 57 lifetimes to serve.
Of course, I'm all for upping the stakes, here.
Like what I said? You might like my music
Who needs hard disk capacity if you can stream a movie in realtime?
Why would anybody want to watch an entire movie in 5 seconds, certainly my ability to absorb information is not as good as that and I regard it to be rather high(Toung in cheek).
If you read a speed reading book, does it take you less time to read the second half?
8.6Mb/s is snatching it
Yeah, yeah. I meant Gb/s. Still not fast enough to get you laid.
From the article: The protocol is called FAST, standing for Fast Active queue management Scalable Transmission Control Protocol (TCP).
That would be FAQMSTCP..in other words pronounced
FAH Q MS TCP...
as read on FARK...
(stood on end, that is...)
They say the first thing to go is your penis. Well, it's either that or your brain. I forget which...
And I won't add the problem of hard drive speeds which can't handle it. Of course, big RAID arrays and the like can, but not consumer drives.
Of course, eventually, when we use a better quality encoding method for video/audio, the datarate may have to increase, but right now, it's useless.
If he explores all forms and substances Straight homeward to their symbol-essences; He shall not die.
I don't understand what it means tho, I need all my measurements in Library of Congress.
First, they said it uses 10 parallel data streams. So any given stream is only running ~860Mbps. Could this be a resurgence of parallel commucations? For example, 10 cheap 100Mbps LAN transcievers integrated into 1 card for Gigabit Ethernet speed? Would there be any cost advantages of cramming large numbers of cheap devices onto a card VS a single fast but expensive device? Sort of like Billion-Dollar-Probes vs the smaller/faster/cheaper thing at NASA.
And I figure that by the time this becomes mainstream, the amount of data needing to be transferred will also have increased by 1 or 2 orders of magnitude, and you'll still be stuck waiting hours for the latest HoloVideo downloads. Just like you wait hours to download Attack of the Clones over DSL and Cable, and like you once waited hours to download that 5 meg shareware program over your 56K modem.
Seems like the amount of data being stored is always 1 step ahead of the amount that can be conveniently transferred... We need a war on program bloat.
Hey, what happened to Libraries of Congress per fortnight?
autopr0n is like, down and stuff.
They are transmitting accross a public network, so in a sense many streams will be contended at one point or another. By splitting the data into 10 streams they are getting an advantage, as their data stream will in effect have a 10-fold priority over other internet traffic.
But what if this was done on a mass scale, and everyone used 10 streams to increase their transfer rate? I imagine the combined bandwidth would be as bad as a single stream was. Which I find questionable if its efficient, or a good thing for the Internet.