Researcher Only High Bandwidth Network
Icarus1919 writes "A brand-new 10 gigabit per second per user optical fiber network is now available to researchers in the U.S. (compared to Internet2, which offers only 10 gigabits of bandwidth total, regardless of the number of users). The National Lambda Rail, as it is known, is named for the 40 different wavelengths of light it uses to send data within the fiber network. In the past, researchers have complained about the relatively (relative when you're dealing with terabytes of data) small bandwidth they can access to send data, and the addition of the NLR will most likely be a boon to research."
From what I understand, they will be using quite a bit of the bandwidth in this as well. Do we know how much data must be trasfered at once? Is this continuous data, or is it in chunks? How much ram would it take to hold all of this data until it can be placed unto a disk for storage?
-- johntracy.com, because everybody else is wrong.
I did a paper on this for my introductory networking class LAST YEAR and the topic had been a subject in the class for a few semesters before mine.
------------------------------ SirPhreak - "It's Thinking..."
Internet2 has been around for years. Theres atleast 3 government/military networks that use the InternetProtocol. Thats just in the US, who knows what kind of private nets are out there in forign nations.
So, looks like monkeyboy knows more than you.
Pain lasts, kid. Its how you know you're alive. Sometimes I think this growing up thing is just pain management-TheMaxx
This is really not so different from how the present internet got started. Will researchers pave the way for a new international fiberoptic network?
When things get complex, multiply by the complex conjugate.
how does this compare to a station wagon full of DVDs hurtling down the highway?
... in the US?
What do you need to be researching? Who do you need to be affiliated with?
Do people like RMS count?
"Nine times out of ten, starting a fire is not the best way to solve the problem." - my wife
Yes that is true they actually did a comparison, which if I remeber correctly endedup here on slashdot about the "bandwidth" of the US postal service just using Netflix DVD rentals and AOL disks as the "data" being transferred. It was astonishing that with just those the bandwidth was something like a factor 300 times faster than then internet in mbps and resulted in more total data being transfered than the internet over the course of a month.
Actually I came to that realization myself a few years back at the hight of my MP3 collecting days. A 40gb drive passed among friends through the mail was much faster and had better results than looking on the net.
Well, I've heard that genetic data is huge -- but have never encountered any first hand.
However I do have first hand experience with particle physics data, and yes those are HUGE. Those are really unweildy and have a lot of work that need to be done on them.
Some of the particle accelerators on an average generate a few TBs for every collision experiment, and those are pretty huge numbers.
No. The real question is how many Libraries of Congress fit into a station wagon.
I have customers that have single databases over 20TB in size and petabytes of storage in a single datacenter, the biggest well over 25PB. They would pay millions of dollars ever month to be able to replicate that to a disaster recovery or bunker site at realtime.
http://www.leadmagnet.50megs.com
Ok, let me see if I understand you correctly. You cannot properly spell 'banana', and you think Bush is a moron? Mr. Bush is the first president to hold an MBA from any school, let alone from Harvard.
Bush's SAT scores were higher than Kerry's too. I bet both candidates are very aware of the DARPA Net derived Internet, Internet2 and many secret things that we will never even see. Neither John Kerry nor George Bush got where they are today without being both intelligent and politically savvy.
Kindness is the language which the deaf can hear and the blind can see. - Mark Twain
Sounds like we are a step closer to not needing secondary storage anymore.