What Would You Do With a 92 TBps Router?
enodev writes "Cisco announces today it's new 'Carrier routing system' For a price tag starting at $450,000 it's able to route up to 92 Tbps. It also features IOS-XR and the first optical OC-768c/STM-256c optical Interface." update changed TBps to Tbps and suddenly things seemed less cool ;)
I begins with 'p' and ends with 'r0n'.
"Juniper Networks has individual routers that are at least as fast, but the company cannot combine as many routers to ultimately produce the same speeds, according to Chris Nicoll, a telecommunications industry analyst with Current Analysis, a research firm."
and more....
"The new router design is the first developed by Cisco that allows several routers to be connected, according to the company. A single router would be able to transmit data at 1.2 terabits a second. But as many as 72 routers can be hooked together to send data at 92 terabits a second, far faster than any router sold now. In telecommunications, data transfer is usually measured in bits per second. A terabit is one trillion bits. "
Hmmm.
Route traffic.
Always value the individual over the system. --Bruce Lee "I don't need a Sig - I have a custom 191" - me
Sell it for $450,000. Then get a house.
"What Would You Do With a 92 TBps Router?"
Pinky : "Gee, Brain what do you want to do tonight?"
Brain : "The same thing we do every night Pinky. Try to take over the world!"
(Karma = auto -1)
Yeah, is there any other thing to do with that much bandwidth? You could get porn at such high resolution you can see the ingrown hairs on the porn "actress'" butt.
"My bunghole itches. Is it because I am a girl?"
Now you guys please be careful not to /. Cisco :)
I will work to elevate you, just enough to bring you down
It's a small point, but the article calls it 92 Tbps, not 92 TBps. Which means its really 19 terabytes per second, which works out to some ungodly number of libraries of congress per fortnight. Either way, it's a lot.
I would...
for the first time ever...
*gasps*
attempt to slashdot slashdot.
90% of posts will be 1.1 standard deviations away from one of the following:
... 4. PROFIT!!!"
0. "fist pr0st!!!!!111~"
1. "92TBps of pr0n!!!"
2. "Imagine a beowulf cluster of these!"
3. "I for one welcome our OC-768c/STM-256/optical Interface overlords!"
4. "1. OC-768c 2. STM-256 3.
5. "If IOS is based on unix, does that mean Cisco will have to pay SCO for licenses?"
6. "I use BNC you insensitive clod!"
7. "emacs does this
You know, each time I see some guy driving one those cars I can't help feeling sorry for him for the size of his "router".
How do they go about testing the full capacity for these? Would a customer ever know if was not quite getting full throughput?
10. Tell all my mates. Note the names of the one or two who don't laugh at me, and remember to send them, and only them, Xmas cards this year
9. Get a really really fast sniffer, so I can make sure there's no porn traffic going through my router
8. Write out 92Tb as a decimal number, just because I know it'll look really impressive
7. Use it to pick up chicks. Revert to old story about being in astronaut training program, as it would be just as successful and slightly less geeky
6. It's optical, right? See what happens when I cross the beams...
5. Sleep with it under my bed. Less painful than a vasectomy, and probably just as effective
4. Paint go-fast stripes on it, put a "Turbo" sticker on it, then track down and razz anyone who spent $450k on the "old, non-turbo version" by mistake
3. Use it to beat the living daylights out of everyone associated with "Big Brother". I really really hate that show
2. Advertise it on eBay with a photo, no reserve, and a description of "some sort of computer network thingy"
1. Buy 2 and see if they'll reproduce in captivity
You can be sure it will actually be STM-256c as opposed to plain vanilla STM-256.
Almost NO datacomms equipment manufacturers support the non-concatenated versions of SDH above STM-1. I have bitten in the past by companies that said they support STM-4 when they actually meant STM-4c. And of course at the time the telcos only support STM-4 and NOT STM-4c.
I suspect that the STM-256 support will be the same.
(For the uninitiated STM-4 is a straight multiplexing of 4 STM-1s, each with their own header and payload sections. STM-4c is essentially one big STM channel with a single header section and a single concatenated payload section. STM-256c just extends this principle to more insane capacities).
In other news, MS says such routers need to be installed in every home to allow the downloading of Longhorn patches.