IBM Provides Access to Blue Gene On Demand 146
neutron_p writes "IBM's world renowned Blue Gene supercomputing system, the most powerful supercomputer, is now available at new Deep Computing Capacity on Demand Center in Rochester, MN. The new Center will allow customers and partners, for the first time ever, to remotely access the Blue Gene system through a highly secure and dedicated Virtual Private Network and pay only for the amount of capacity reserved. Deep Computing Capacity on Demand will service new commercial markets, such as drug discovery and product design, simulation and animation, financial and weather modeling and also a number of customers in market segments that have traditionally not been able to effectively access a supercomputer at a price within their budgets.
The system enables customers to obtain a peak performance of 5.7 teraflops."
5.7 teraflops (Score:4, Insightful)
What's 5.7 teraflops in more familiar units? Like SETI@home workunits/day? By my calculations that's 1.5 workunits every second. Give or take. [cox-internet.com] By comparison the entire SETI@home network is currently running at 67 teraflops [berkeley.edu].
Re:5.7 teraflops (Score:4, Informative)
Re:5.7 teraflops (Score:2)
The public isn't big on subsidizing drug companies that are already profitting billions on medicine for their grandparents.
Of course, you knew that
Zig Zag or Rizla? (Score:2)
You're telling me when I go to somebodys place and their screensaver on their PC is looking for aliens that isn't drug research?
Welcome, you must be new to earth.
Re:5.7 teraflops (Score:5, Informative)
Re:5.7 teraflops (Score:2, Interesting)
Re:5.7 teraflops (Score:1)
Re:5.7 teraflops (Score:1, Funny)
Re:5.7 teraflops (Score:1, Informative)
The product is 5.7 TFLOP/rack.
Re:5.7 teraflops (Score:2, Interesting)
--
Free iPod? Try a free Mac Mini [freeminimacs.com]
Or a free Nintendo DS, GC, PS2, Xbox [freegamingsystems.com]
Wired article as proof [wired.com]
Re:5.7 teraflops (Score:1)
Yeah, just wait... (Score:4, Funny)
Man, I hate when that happens.
Google? (Score:3, Interesting)
Re:Google? (Score:2, Interesting)
Re:Google? (Score:2)
It'd better be cheap 'cause it'll certainly suck - either their supercomputing or the search engine. You can't do both low-latency supercomputing and fast response web search and webmail.
They could, of course, add more servers and balance the load between their current and their new (HPC) services, but their current workloads must be pretty consistent (say, growing 0.3% a day) so they would really need dedicated HPC boxes.
Besides, there's not much in their
Re:Google? (Score:3, Interesting)
Re:Google? (Score:1)
Mind in the gutter (Score:3, Funny)
IBM Provides Access to Blue Gene On Demand.
I would be interested if Penelope Cruz is wearing them!
Re:Mind in the gutter (Score:2)
If I get a good tax return (Score:5, Funny)
int main() {
for(;;) fork();
}
Re:If I get a good tax return (Score:1)
Re:If I get a good tax return (Score:4, Funny)
Re:If I get a good tax return (Score:3, Funny)
Re:If I get a good tax return (Score:1)
Re:If I get a good tax return (Score:1)
Re:If I get a good tax return (Score:2)
Re:If I get a good tax return (Score:2)
TIp to mods: (Score:2)
Not the most interesting way... (Score:2)
IBM advertising ? (Score:2)
A signed up member of IBM's marketing department. It sounds a slightly odd slashdot line.
Nice advertising though, and an interesting proposition.
The mainframe is dead... long live the mainframe
First SUN, and now IBM... (Score:5, Interesting)
An interesting development for sure.
Re:First SUN, and now IBM... (Score:2)
Re:First SUN, and now IBM... (Score:1)
Yeah... (Score:1)
Re:First SUN, and now IBM... (Score:2)
It would be FAR more interesting if someone like http://www.distributed.net/ started offering commercial clients access to 'super-clusters' made of everyone on the internet who can dedicate some processor power and get paid in return. Of course they would need to work out a bunch of problems but it would be cool.
And then I could finally start to make back s
Re:First SUN, and now IBM... (Score:2)
Re:First SUN, and now IBM... (Score:3, Informative)
Sun is offering a vanilla Solaris environment that pretty much anyone is familiar with. Is IBM able to deliver a vanilla RHEL/SuSE Enterprise environment on BlueGene? There is a slight difference between a custom-built supercomputer and a rack of standard Opteron and SPARC servers. It seems the other IBM services listed at the bottom of the article are more in-line with Sun's offering.
Finally (Score:5, Funny)
Re:Finally (Score:1)
SUN (Score:2, Interesting)
Jonathan Schwartz must be happy to see that finally, his idea of selling cpu time is being realised (and how much he loves IBM
Anyway, even if, I guess, the price will be lot higher than Jimi Hendrix (and that's something), the few people getting access to some of the best performing supercomputers [top500.org] is really nice.
To sum up : nice business plan.
The market is ready (Score:1, Funny)
Gotta love IBM (Score:3, Funny)
Re:Gotta love IBM (Score:5, Informative)
The joke's on you. The website is a parody.
I'd have said "If someone like him didn't exist .. (Score:2)
But one of us already did. B-)
Re:Gotta love IBM (Score:1)
Have you got any links/proof its a piss take?
Re:Gotta love IBM (Score:2)
Heck, look at this [jesussave.us]
Re:Gotta love IBM (Score:1)
Hoax (Score:2)
This site has been around for a while. It is well know to be a joke. It's not even very subtle, yet people still get taken in by it.
There are even little clues like this:
<META name="generator" content="Our Lord Jesus Christ, Who hath generated all">
It's a joke.
Think about it (Score:1, Interesting)
Instead of charging a fee on entry , why dont they take a percentage on the discovery
And for fuck sake can we stop building this things to predict the weather , or its just a lame ass excuse to cover the paimenet made to somebody else and no one ask did it really cost that much , If I whant to know the weather I get my head outside , prediction are often more then not : wrong
Compile the Gnu/Linux kernel in
Re: (Score:2)
They're not "building this [] to predict weather" (Score:4, Insightful)
They're not building it "to predict weather". They're building it to do really large computation jobs.
Predicting weather is just one canonical example of a really hard and really useful thing to do that can be done well by throwing enough crunch at it.
Some others are fluid/aerodynamic modeling, chemical geometry modeling (especially protein folding and drug/receptor interactions), graphics rendering, mechanical structure and motion simulation, and subatomic particle interactions.
You'll notice that, in the blurb, they mentioned commercial uses of all of those except for the nuclear engineering applications.
Given that applied nuclear physics is heavily regulated worldwide, legal users are likely to be funded well enough to have their own machines, and governments get worried about such info traveling on open networks, IBM probably doesn't see much market for that service - or at least not much that they can sell into. B-)
just curious (Score:1)
Re:just curious (Score:1, Informative)
IBM's other US based IBM centers in Poughkeepsie, NY, and Houston, TX as well as the European-based center in Montpellier, France are accessible to customers worldwide via a secure VPN connection over the Internet. Clients have on demand access to over 5,200 CPUs of Intel®, AMD Opteron(TM) and IBM POWER(TM) technology based compute power to run the Linux, Microsoft Windows and IBM AIX operating environments. The new center in Rochester, MN introduces over 2,000 CPUs of IBM PowerPC® based
Re:just curious (Score:4, Informative)
Re:just curious (Score:1)
Re:just curious (Score:2)
And can you imagine ... (Score:2)
For starters, think of the size of the network pipes you'd need between them. (Image of a bundle of optical fibers the size of a watermain.)
Awesome!
Re:just curious (Score:2)
How good is AIX for this kind of job?
Finally... (Score:5, Funny)
Re:Finally... (Score:1)
News? (Score:4, Insightful)
Not that it's not a cool idea...
Re:News? (Score:1)
wonder if I can (Score:4, Funny)
Tetris (Score:1)
Doom III - More important than drug research (Score:1)
How much would you pay (Score:5, Funny)
Folding (Score:1)
Re:Folding (Score:1)
Trust me, with machines this expensive, the CPUs very rarely run idle. There's always another problem waiting to be solved.
Someone already responded (Score:1)
How about a Beowulf cluster of these... (Score:2, Redundant)
Huh! (Score:2, Insightful)
I wonder, which APIs they support (Score:4, Interesting)
Or does one need to re-write her/his software to use their own?
Re:I wonder, which APIs they support (Score:1, Informative)
Re:I wonder, which APIs they support (Score:1)
-L
Google (Score:1, Funny)
5.7 teraflops (Score:2)
5.7 teraflops, that's just nuts. I mean, wow.
Or maybe it's just me getting old, I remember when we were impressed by a VAX 785 upgrade to our 780.
Want to take it down? (Score:5, Funny)
+ Funny (Score:1)
Computing Power Becoming a Commodity? (Score:3, Interesting)
Do you think IT will become just another commodity like electricity or water?
Re:Computing Power Becoming a Commodity? (Score:2)
Funny that water, probably the ultimate commodity here on Earth, is being branded and costs more per gallon than gasoline.
I'm no economist, but to respond to your question, I think the answer is yes and no: yes there could be a commodity aspect to it, but no, it won't be a commodity the same way electricity and water are.
From the point of view of the rent-a-supercomputer customer, it's just like any other new system: I assume
LAN party... (Score:1, Funny)
hmmm it's pretty damn big though. I guess I'd have to bring the LAN party to it.
Gamer's question (Score:1)
What goes around comes around. (Score:5, Insightful)
The machine you need is too expensive to buy yourself and then leave sitting around idle most of the time (like a pencil sharpener). So an institution buys and sets one up, and you rent chunks of its time. If the demand goes up the institution gets more rent and can buy upgrades.
You get a machine fast enough to do your too-big-for-humans computing task in a short time (so YOU don't spend most of your time waiting to do YOUR next piece of work, like a pencil sharpener). You only pay for the amount you use.
Billing by CPU seconds, I/O volume, memory usage (fast and files), etc.
In the '50s you took your work to the machine, by the '60s remote terminals were becoming available, by the '70s packet-switching networks were making machines available across continents.
And also by about the '70s you were starting to see both comm and crunch becomming so cheap that, for ordinary jobs, accounting by the slice no longer made economic sense. Better use of money scattering (cheap) computers around and making them wait than only having a few and making (expensive) people wait.
Paying for comm by usage metering never caught on (too bursty, wastes human attention worrying about the effect on the bill,
But there are still REALLY BIG jobs were the economics of a shared utility make perfect sense. IBM was once a primary provider of machines to such utilities within educational and business institutions. Now it's largely a business service provider. It seems approprate they should recognize the opportunity and use it as a way to make a profit by filling a gap at the high end of the computing market.
When computers used to fill bowling alley rooms (Score:3, Funny)
Yeah, I remember my dad telling me that back in the early days of computing how computers used to be so big that they filled rooms as large as..... oh wait, Nevermind [ibm.com].
Kinda looks like a bowling alley too.
Re:When computers used to fill bowling alley rooms (Score:3, Interesting)
Gene Amdahl - IBM's archetect for much of the mainframe era - was a lower-level worker at an early company before he went to IBM. (Honeywell, I think it was, or maybe Univac.) While working there he watched in amazement as a computer was designed and delivered to a research institution and it wouldn't fit through the doors. They had to te
Re:What goes around comes around. (Score:3, Informative)
The only difference is that, I think, all supercomputing centers at this time are government/university-funded, so there is no transfer of actual money in most cases.
The really new idea in grid computing is not that many users share one machine, but many users many machines.
in other news (Score:3, Funny)
Re:in other news (Score:3, Funny)
Re:in other news (Score:2)
Nice call :)
I wonder if Neil Diamond will write a song for it? (Score:1, Funny)
On a related note... (Score:3, Informative)
Not exactly the same thing as the article but definitely a way for the average joe to learn about supercomputers without building one himself.
Any idea how much a BG/L cost? (Score:1)
Yea, but... (Score:1)
How do you use a grid? (Score:2)
I had a list of kernel config options to try in Linux, and wanted to compile a kernel for each option. I thought a grid is great for it... maybe 30 CPUs for an hour should do it.. and didnt know if I can get multiple virtual machines too, say 2 of 15 CPUs each. But for Sun, the minimum amount was something like 100
Slashdot editorial system could do with (Score:2)
I read about this some time yesterday here
http://www.theregister.co.uk/2005/03/11/ibm_ren t s_ bluegene/
Come on Taco , Please do something to fix
Re:Cryptography (Score:1)
Re:Cryptography (Score:1)
If you use a 256-bit key and you assume that the algorithm is perfect, ie you have to brute-force, then, due to the 2nd law of thermodynamic (you need a certain amount of energy no less than Tk, where T = absoulute temperature & k = Boltzmann constant to change a bit) you'd still not be able to, even theoretically if we used all the energy from all the stars, to make a counter go through all the sates up to 2^256. It'd take 32 years for out theoretical machine to count even the 2^219 first
Re:Cryptography (Score:1)
Re:Great, more drugs! (Score:2)
Re:/.ed (Score:3, Insightful)
Yeah, when I posted someone else had already posted that the Blue Gene website had been slashdotted. But if they read the rest of my post they'd of realized that wasn't the main idea in my post. My immediate thought when I saw that it was slashdotted was that they hadn't expected a high level of interest from the general public. They thought this would be pretty esoteric and limited to a few researchers who needed lots of process