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 ;)
Interestingly however it does not use IOS. Which brings up several questions: is Cisco going to start replacing IOS with redesigned-from-scratch (watch out for second system effect!)? Or will they maintain two routing software bases, IOS and whatever the new one is called? Will this be an issue from either a marketing or technical/CCIE perspective?
sPh
I'm studying Optical transmissions at the moment, and just getting my head around how bytes were interleaved and mapped across AU's, TUG's etc in *one* STM was a stretch enough, (the diagrams are nuts), and now there's an STM2565! That's a bloody lot of multiplexing....
Bet they're glad they don't use PDH anymore....
Finally be able to play a 16 player lan game of quake AND any other game without the other game suffering...
How do they go about testing the full capacity for these? Would a customer ever know if was not quite getting full throughput?
As much as one could say what you just said, Cisco does have an advantage. They have routers for the high-end, the low-end, and the middle-ground, all with consistency of the interface.
I've seen competitors with good high-end gear, and sometimes good really-low-end gear (SOHO). But the middle ground, where you'd use something like a 2500 series, 4000 series, or the 2600/3600 is where I wonder if there are any competing products.
Of course there are those all-in-one four-million-feature boxes (firewall, router, spam filtering, load balancing, IDS, etc.), but sometimes people just want a router to throw in a closet somewhere and grok OSPF between buildings on a campus site.
I'd rent it out to the government, and then use the resulting rent to make payments on:
(1) a condo in NYC
(2) a Maserati
(3) a NetJets account
Hmmm, looking at the T640 node docs this seems to say that the CRS-1 is the same, 1.2Tbs. The Juniper docs don't say how many nodes can go in a matrix tho, could be more/less than 72.
A bigger issue with someone who would compare them is that all features are available, and have been for over a year, on the T640 node but the CRS-1 most are TBD on a spanking new OS.
Other points are the T640 node takes half the space and less power; could be an issue if realestate and HVAC are costly...
It will be interesting to watch Juniper and Cisco snipe at each other in the upcomming CRS-1 vs T640 battle!