NEC Strikes Back With SX-8 Supercomputer
News for nerds writes "It was just 3 weeks ago that we learned IBM's BlueGene/L with 36.01 TFlops edged out NEC's Earth Simulator, but today NEC announces a new SX-8 supercomputer with a peak processing performance of 65 TFlops (press release). It may be available in the U.S. as Cray's OEM like SX-6."
65 trillion calculations per second and all I ponder is if NEC would mind using my user id while running seti@home.
Tom's Hardware stated the the guts are Packard Bell, and it comes with a WinModem. That sucks.
If you think
...can it figure out the question to the answer 42?
This is like an arms race of yesteryear. The Germans and the Brits with their battleships, the Americans and Soviets with there nukes, the Yankees and Red Sox with payroll. Except this race is way cooler and will likely pay off in a much more productive way.
Note that 'SX-8' pronounced 'Sex-ay' :-)
I was about to say "With a computer this powerful, the world probably only needs 4 of these", but history tells me otherwise :)
Rock that crushes, Paper & Scissors that don't matter.
It seems like it runs Linux as they are claiming that it will use the Global File System for clustered FS operations.. unless their Global File System is different.
Banu
The 65 TFlop for the SX-8 is only an estimate while the 36 TFlop for BlueGene/L was real performance. So it is not certain that SX-8 will be faster than Blue Gene/L
Right now, this SX-8 announcement is just a publicity stunt to generate some "shock and awe" in the small supercomputing community of national and commercial research labs.
Perhaps, the management of NEC should consider generating some "shock and awe" among the greater engineering community. I suggest that NEC donate computing time on an SX-8 to all the startups designing spaceships (e.g. SpaceShipOne). These startups are short on cash and cannot afford the kind of supercomputer that is needed for modeling the spaceships. Free time on a supercomputer would greatly assist these startups and would generate considerable shock and awe among engineers who daydream about what the predecessor of the M-5 computer could have been.
Apparently, we are gradually building all the technologies needed to accomplish intergalactic space travel. The short list is matter-antimatter energy (which is undergoing top secret research in the American government) and high-performance computers (like the SX-8, which will model the spacecraft and possibly serve as the on-board computer).
"Space...the final frontier. These are the voyages of the startship ..."
No Grendel! Stop attacking my village! I think you forgot "cluster."
How's my typing? Call 1-800-eta-shut
And why is this good news exactly?
I have found a truly wonderful proof of Fermat's Last Theorem, but unfortunately this sig is too small to contain it.
Remember that the 36.01 TF figure for BlueGene/L was only using 8 racks.
The final BG/L will use 64 Racks.
Also, the SX-8 figure is only an estimation.
Actually, the computer price is quite reasonable. It's the nuclear power plant to supply the 21 million jigawatts required to run it and its cooling system that will set you back big bucks.
Even with 65Tflops it still takes 3 min to apply my desktop settings.
John Anthony Hartman
So is that why he's never there to teach my Networking class anymore?
on a side note: Where does Lawrence Livermore National Laboratory get all that money to keep buying the latest and greatest super computer
LLNL does nuclear research (basically simulating nuclear weapon detonations). We spend $400 Billion on defense per year, what is $200 - $300 million for the latest and greatest super-computer?
At a rental of only $17,000/month, it's far more affordable than a Cray for small quick projects.
SJW: a person who perceives an injustice, and while correcting it, commits a greater injustice.
LLNL does nuclear research (basically simulating nuclear weapon detonations). We spend $400 Billion on defense per year, what is $200 - $300 million for the latest and greatest super-computer?
Also, since the US agreed to stop testing nuclear weapons, they've moved on to totally simulating them. Most often the research is done under the guise of astrophysics because the physical processes are almost identical. The US has to stay on top of things, and simulation is the only option to do so.
NEC, make your time.
To follow knowledge like a sinking star, / Beyond the utmost bound of human thought. ("Ulysses", Tennyson)
How well does it handle XP SP2?
Who would win this election: Andrew Weiner vs Andrew Weiner's weiner.
So chinese and korean bigots consider themselves equal to americans, whose bigots, on the other hand, consider themselves superior to the rest of humanity.
We have more than sufficient computer power on our desktops to do the maths needed for a designing something like SpaceShip One. What's killing the startups isn't lack of cash, but lack of experience (both individually and across the industry) needed to make valid and rational engineering tradeoffs. (Not to mention that they aren't building for a market, but in hope of a market, thus making the design/tradeoff process even harder. Nobody knows what to design *to*.)