1x1



MARCH 25, 2005
NEWS ANALYSIS
By Otis Port

IBM's BlueGene Hits Warp Speed
The supercomputer just doubled the record it set six months ago. And the race is on for even faster machines


  STORY TOOLS
Printer-Friendly Version
E-Mail This Story

POLL INSTANT SURVEY >>
With which of the following statements on outsourcing do you most agree?

The benefits of outsourcing to corporate America far outweigh the costs
There's an even split between the drawbacks and rewards
Any benefits are overshadowed by the loss of U.S. jobs
Unsure

VIEW POLL RESULTS >>
  PEOPLE SEARCH

Search for business contacts:

First Name :
Last Name :
Company Name :

PREMIUM SEARCH
Search by job title, geography and build a list of executive contacts

Search by Zoominfo
  Tech White Papers
Most Recent
Most Popular

The IBM BlueGene/L supercomputer at Lawrence Livermore National Laboratory just got a fresh dose of steroids. Its number-crunching speed has been pumped up to a phenomenal 183.5 trillion calculations every second. That's 183.5 teraflops in geek-speak -- double the 92 teraflops world record that BlueGene set just six months ago (see BW, 1/17/05, "Holy Screaming Teraflops").


No other supercomputer now comes close to matching this behemoth's peak speed, although Sandia National Laboratories hopes eventually to triple the performance of its 41.5-teraflops Red Storm system from Cray. BlueGene, however, has a lot more muscle coming in short order. In fact, the hardware will double again in size over the next few months, culminating in a projected speed of 367 teraflops later this year.

By then, IBM (IBM ) expects another new system at Lawrence Livermore, called ASCI Purple, to be chugging along at 93 teraflops. That would earn it the No. 2 spot on the list of the world's speed demons -- and push Japan's Earth Simulator system all the way down to No. 8. From the time Earth Simulator was switched on in March, 2002, until last fall, it had been the reigning champ on the closely watched Top500 Supercomputer Sites listing.

  Top 25 Supercomputers
Rank Location and User Computer (Vendor) Teraflops*
** U.S.: Lawrence Livermore Lab BlueGene/L (IBM) 367
1 U.S.: Lawrence Livermore Lab BlueGene/L (IBM) 183.5
** U.S.: Lawrence Livermore Lab ASCI Purple (IBM) 93.4
2 Japan: Riken Molecular Dynamics Machine 78
** Germany: Leibniz Computing Center HLRB-II (SGI) 69
3 Japan: University of Tokyo Grape-6 (self-made) 64
4 Japan: Undisclosed (Hitachi) 62
5 U.S.: NASA Ames Columbia (SGI) 61
** France: Nuclear Power Agency Tera10 (Bull) 60
6 U.S.: Sandia National Labs Red Storm (Cray) 41.5
7 Japan: Earth Simulator Center Earth Simulator (NEC) 41
8 Spain: Barcelona Super Center MareNostrum (IBM) 40
** U.S.: Oak Ridge National Lab (Cray) 40
9 U.S.: Lawrence Livermore Lab Thunder (California Digital) 23
10 China: Meteorlogical Administration (IBM) 22
** U.S.: Army Corps of Engineers (Cray) 21
11 U.S.: Los Alamos Lab ASCI Q (Hewlett-Packard) 20.5
12 U.S.: Virginia Tech System X (Apple) 20
13 U.S.: Naval Oceanographic Office Blue Wave (IBM) 20
14 UK: European Center for Medium-Range Weather Forecasts (ECMWF) (IBM) 16.5
15 UK: ECMWF (IBM) 16.5
16 U.S.: IBM BlueGene/L Prototype (IBM) 16.4
** Korea: Meteorological Administration (Cray) 16
17 U.S.: Nat'l Center for Super-computing Applications (NCSA) Tungsten (Dell) 15
18 U.S.: Army Research Lab John von Neumann (Linux Networx) 14
** Japan: Atomic Energy Research (SGI) 13
19 Japan: Riken Riken Cluster (Fujitsu) 12.5
20 U.S.: Lawrence Livermore Lab ASCI White (IBM) 12
21 Japan: Nat'l Aerospace Lab Primepower (Fujitsu) 12
22 U.S.: Pacific Northwest Lab Mpp2 (HP) 11.6
23 China: Shanghai Super Center Dawning 4000A (Dawning) 11
24 U.S.: Los Alamos Lab Lightning (Linux Networx) 11
25 U.S.: Lawrence Livermore Lab MCR Cluster (Linux Networx) 11

* A teraflop is a trillion (tera) floating-point operations per second (flops) -- calculations where the decimal-point location isn't fixed.
** System has been ordered but isn't yet installed.
Data: www.Top500.org and company reports, as of Mar. 23, 2005



NO WORK SHORTAGE.  Built by NEC, Earth Simulator instantly triggered a mighty wailing among U.S. supercomputer users in industries such as autos, aerospace, and drugs. The lack of U.S. progress in high-end computing, they warned, was a threat to U.S. competitiveness. Swifter computers create superior product designs, discover new drugs quicker, and get the goods to market faster.

While Livermore's BlueGene system restores U.S. bragging rights, it won't do anything for industrial competitiveness. The system is dedicated exclusively to classified research on nuclear weapons. Even after it gets topped off with the last of its 131,072 IBM microprocessors, "keeping it busy is not going to be a problem," says Dimitri Kusnezov, director of the Advanced Simulation & Computing program in the Energy Dept.'s National Nuclear Security Administration (NNSA).

Indeed, Livermore scientists charged with verifying the reliability of America's nuclear weapons say the simulations they would like to run would bring even a petaflops computer to its knees. A petaflop is 1,000 teraflops, or 1 quadrillion floating point operations per second. Precise atom-by-atom simulations of what's going on inside nuclear weapons could consume tens or hundreds of petaflops. As they age, the plutonium cores of these bombs steadily emit radiation.

This not only damages the surrounding materials but also will eventually turn the weapon into a dud. Livermore simulations now make do with approximations and shortcuts, with each speed boost improving the accuracy of its simulations.

NEXT GENERATION.  Livermore's BlueGene may be fenced off from the outside world, but the technology that Energy's NNSA helped develop is now available to commercial users. Big Blue offers 6-teraflop BlueGene servers for $2 million -- and time-share rentals on its own 16.4-teraflops system. Partnering with IBM and other supercomputer suppliers, says NNSA head Linton Brooks, is spinning off technologies that "will help advance our scientific and technological competitiveness."

The next generation of BlueGene systems are slated to hit petaflop speeds by decade's end. That milestone is also being targeted by Cray, Hewlett-Packard (HPQ ), Silicon Graphics (SGI ), Sun Microsystems (SUNW ), and other supercomputer makers. The top goal of Japan's new 10-year plan is a petaflop system by 2010, and Riken's Genomics Science Center in Yokohama already has designed such a beast.

IBM's BlueGene may have a lock on the top spot for the next few years, but the race to enhance competitiveness by building bigger and badder computers is clearly far from over.


Port is a senior writer for BusinessWeek in New York
 BW MALL   SPONSORED LINKS
Buy a link now!


Get BusinessWeek directly on your desktop with our RSS feeds.XML

Add BusinessWeek news to your Web site with our headline feed.

Click to buy an e-print or reprint of a BusinessWeek or BusinessWeek Online story or video.

To subscribe online to BusinessWeek magazine, please click here.

Learn more, go to the BusinessWeekOnline home page
Back to Top


  MARKET INFO
DJIA 0 0.00
S&P 500 0 0.00
Nasdaq 0 0.00

Portfolio Service Update

Stock Lookup

Enter name or ticker



Copyright 2005, Bloomberg L.P.
Terms of Use | Privacy Notice

Media Kit | Special Sections | MarketPlace | Knowledge Centers
Bloomberg L.P.