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Second place on the list goes to a system with a max speed of 478.2 teraflops

IBM’s latest supercomputer – Roadrunner -- sits atop the Top500 supercomputers list that will be released at the International Supercomputing Conference in Dresden, Germany this week.

Its rise to the top of the list comes after it was able to break the petaflop barrier last week. News.com reports that Roadrunner was able to reach 1.026 petaflops, a bit over one quadrillion calculations per second.

The Roadrunner supercomputer dethroned IBM’s own BlueGene/L -- last year’s most powerful supercomputer -- pushing BlueGene/L to the number two spot on the list. BlueGene/L was able to reach 208.6 teraflops last year. This year it more than doubled its performance to 478.2 teraflops, but was still unable to match Roadrunner.

Roadrunner is based on the IBM QA22 blades that use an advanced version of the Cell processor found in the Sony PS3. The processing cores used in the Roadrunner are from AMD and make the machine the world’s first hybrid supercomputer.

Roadrunner is comprised of 278 refrigerator-size server racks and has 6,562 dual-core Opterons. IBM is the manufacturer of 210 of the 500 supercomputers on the Top500 list. Other well known makers with systems making the Top500 list include HP with 183 systems on the list and its top performer taking the number 8 spot on the list.

Sun has its Ranger system on the list at number 4, the Jaguar from Cray is number 5, Encanto from SGI is number 7, and Altix from SGI is number 10. Intel is the dominant processor in the supercomputer market powering 75% of all systems that made the Top500 list and 90% of ranked quad-core processor machines.

DailyTech covered the Roadrunner supercomputer last week.



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RE: firestream?
By nosfe on 6/18/2008 3:29:39 PM , Rating: 1
and whats stopping them from using opterons to handle the cross-traffic for the firestreams?


RE: firestream?
By drinkmorejava on 6/18/2008 11:12:04 PM , Rating: 2
Two things.

1) They don't have the hardware to integrate with hundreds of PCI channels each

2)The firestreams are like black boxes. Put some stuff get, get some different stuff out, ignore everything in between. It's great if you want to get one thing done independantly. But horrible when you try and scale it. I believe someone already mentioned this.

Also, a large part of the 100 million comes from have hundreds of engineers/support staff working on it since 2002. Pretty simple math actually.
for instance: 100 people*60k a year*6 years =36 mill


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