aarondsouza writes: "The NY Times (registration required, mumble... mutter...) has this story on two different directions being taken in the supercomputing community. The Los Alamos labs have a couple of new toys. One built for raw numbercrunching speed, and the other for efficiency. The article has interesting numbers on the performance/price (price in the power consumption and maintenance sense) ratios for the two machines. As an aside... 'Deep Blue', 'Green Blade' ... wonder what Google Sets would think of that..."

Dhrakar writes: "Now, I know that normally press releases are imediately round-filed, however, as this is the first NEC^H^H^HCray SX-6 to be installed in the U.S. it is newsworthy. The 8cpu, 64Gb system has been installed at the Arctic Region Supercomputing Center for benchmarking and other testing. See either ARSC or the NY Times (sub. required. Yada, yada) article."

Paul E writes: " An atlanta company seems to have developed (modified?) a linux clustering platform that is very conducive to FPS games. These guys apparently have built a cluster that will be pushing 2 TerraFlops, which would easily put it between Blue Pacific and Blue Mountain . Interesting that the same time the .mil starts making FPS's, FPS platforms are outperforming some of the top defense labs."

The Griller writes "Gordon Bell, one of the creators of VAX, and Linus Torvalds were at the launch of a new supercomputing platform at the Los Alamos National Laboratory. Based on Crusoe processors from Transmeta and running a version of linux, it is aimed at being cheaper than conventional supercomputers by requiring no cooling and lower maintenance. " Basically, it's blade clustering, using Beowulf.

Sivar writes: "Cray, a well known vendor of extremely fast supercomputing hardware, has introduced a storage system with a 224 GB capacity. The large size seems impressive, but the device can also transfer an unprecedented 80GB(!!) every second. That's more bandwidth than the main memory of most servers, and it's just for storage. For comparison's sake, a typical dual channel DDR motherboard has a bandwidth capacity of barely 4.2GB/sec." Yow.

September 11 is transforming our notions about a raft of subjects, from economics to technology. Thanks to our myopic and narcissistic media and opportunistic, short-sighted politicians, we are only beginning to grasp the ways in which computer networks are changing, even radicalizing much of the world, sometimes in great, sometimes horrific ways. Six months ago, most Americans were stunned to discover how differently others in the world regard us from the way we see ourselves. Globalism is a major reason. Invasive American culture -- from movies, music, fast-food -- have highlighted political and religious differences, from Europe to the Middle East and South Asia. So have networked, hi-tech economies based on information and tech, argues a new book by George Soros.

Cranial Dome writes "According to this Cnet.com story, the Department of Energy (DOE) is working to interconnect the first two computers which will form the genesis of the DOE Science Grid, a virtual supercomputing system which will eventually encompass many more systems at several locations. The larger of the two machines: DOE National Energy Research Science Center's (NERSC) IBM SP RS/6000, a distributed memory machine with 2,944 compute processors. This machine, together with a smaller 160 processor Intel system, will make up a combined 3,328 processor Unix system with 1.3 petabytes(!) of storage space. And this is only the beginning..."

An Anonymous Coward writes: "According to this article at CNET, India is building a country-wide High Speed Network. Named the "I-Grid" (I is for 'Information' silly !), its a feat for the Indians who have been bogged down by U.S. sanctions in the recent past -- besides, with a country as big as theirs, its one helluva project!"

onyxcide writes: "Envision is running a quick article on a new national grid of computing resources called TeraGrid. Half a petabyte of disk storage, 40-gigabyte-per-second national optical backbone, and 13 teraflops of computing power will make up this monster. It will allow "lavish amounts of online data to be continually available for instantaneous analysis, data mining, and knowlege synthesis." There's another article in the same magazine here: Transforming Research with High-Performance Grid Computing" LighthouseJ adds some details: "C|Net's news.com has a story about a new Compaq supercomputer named Terascale. It uses 3,000 Alpha EV68 processors distributed over 750 servers using networking systems from Quadrics. They say it can perform as fast as 10,000 desktop PC's combined in one second. The massive computer will make it's official debut on Monday at the Supercomputing Center in Pittsburgh PA."

lysie writes The Pittsburgh Supercomputing Center, with Compaq and the NSF, has installed the Terascale Computing System. Worldwide, it's second in power only to ASCI White at Livermore. However, it's the most powerful system in the world for unclassified research--6 teraflops per second. 3,000 Compaq Alpha EV68 microprocessors, in 750 four-processor AlphaServer systems running Tru64 UNIX."

cozimek writes: "I just read this article from the NY Times that discusses a plan by IBM to leverage their support of the Linux platform to build grid computing. IBM has already won support of grid projects for supercomputing in England and the Netherlands, and now seems ready to take on the Internet. Of course, the article says it could be many years before we see any fruits of this bounty." This has been submitted many times, so we're posting it. But somehow I resent the fact that it's just a vaporous press release generating this hype, taking advantage of a well-known idea that many are already working on and was forecast many, many years ago.

akhaksho writes "NCSA (the National Center for Supercomputing Applications) is in the process of building the highest resolution display wall in academia. This is similar to the previous story about the wall at Sandia, but the intention of this wall is to get very high resolutions at a reasonable cost using off the shelf technology (for the most part). All of the code to run it and plans for the physical infrastructure will be available as part of the Display Wall in a Box effort. I'm one of the guys that built this sucker (and have the scars to prove it!) "

teuben writes "I am attending the "Astrophysical Supercomputing using Particle Simulations" conference here in Tokyo, and during the first session yesterday Jun Makino announced that the GRAPE6 is now operational and running with a 4 headed linux system running 1.7GHz PC each (not a Quad, just 4 individual PCs). This prototype is now running at 32 Tflops! Best of the news is that this prototype is scalable, and this configuration is only 1/4 of the final one. Funding currently limits building faster grapes. Check out http://grape.c.u-tokyo.ac.jp/iau208/ for the conference website, and http://astrogrape.org/ for the GRAPE website." But that's not all -- Peter also has word on how you (or more likely your local astrophysics department, since that's what it's best for) can get a grape of your own, and on electronics in Japan.

Mr. Obvious writes: "It must have already been submitted, since the article is over a day old (gasp!) but there's a good round-up on the state of the art in supercomputing, as it applies to modeling the weather --- that is to say, modeling the planet --- over at the NYTimes. They go into lots of interesting things concerning how hard it is, what progress has been made lately, why the US researchers feel themselves to be hamstringed in comparison to those in Europe or Japan, and even into some things you probably didn't know (I didn't, at least) about the weather."

However skeptical the ads make you, it's hard to deny that what used to be considered supercomputing power keeps showing up in consumer-priced boxes, and the threshold of what really is extreme has crept steadily upward. If you're planning a project of more than average size, though, the review that chromatic contributed below of Planning Extreme Programming could be a valuable read, and the ideas in the book itself could save you a lot of money and time. Even if you have no plans to desire to install a beowulf in your broomcloset, it's interesting to consider what sort of thought must go into any large-scale programming project.

rchatterjee writes "Cray, the only mainstream recognizeable name in supercomputing, has been busy lately. Their totally new MTA-2 supercomputer design will use a UltraSPARC-III powered Sun Fire 6800 server to just feed the data to the MTA-2's processor. They're also refocussing on Vector Supercomputers and are going to release their first new vector supercomputer since Tera Computing bought them, the SV-2 in 2002. And if that wasn't enough they have a deal with API networks to develop Alpha processor based Beowulf clusters of Linux machines that as a cluster will run the same operating system as Cray's T3E supercomputers. Seymour Cray would be proud. You can get a quick overview of all the latest Cray developments from this article on Cnet."

I recieved this press release at some point in the night (which I've included below). We've talked about it for a while now but the deal has been...consumated. Art Tyde, co-founder and current CEO of LinuxCare will be CTO, while T. Paul Thomas, president and CEO of TurboLinux will remain as CEO. As for the name - they are staying with TurboLinux. My hopes for LinuxLinux as the company name have been dashed.

Pheno writes: "This looks like a fun LUG project. A simple setup for a Linux cluster called OSCAR from the Open Cluster Group. The people behind it are Oak Ridge National Labs and the National Center for Supercomputing Applications and some private companies. According to this Newsforge (part of the Keiretsu) story their 'Supercomputer on a CD' software is supposed to make it so easy to put a Beowulf cluster together a high school student or MCSE can do it in a few hours."

William Gibson's paranoid fantasy of a world ravaged by ruthless, greedy, competing multinationals is becoming a reality. One result is that politics and political issues - especially those relating to technology - have never been more important, despite our increasing alienation for what most of us call politics. Talk about "consensual hallucination." If you care about politics -- or don't -- let fly here.

Seanasy writes: "Want to follow the construction of the most powerful unclassified computer in the world? The Pittsburgh Supercomputing Center will be publishing status updates on the installation of the Terascale Computing System. Right now you can view an MPEG movie of the first clusters to be installed."