... this time based on Westmere-EP, Nehalem-EX together with "Fermi" Tesla GPU.
http://www.theregister.co.uk/2010/03...idrange_super/
... this time based on Westmere-EP, Nehalem-EX together with "Fermi" Tesla GPU.
http://www.theregister.co.uk/2010/03...idrange_super/
They won't be including Fermi GPUs in these. Rather, it will be the current Tesla cards.
^ Thats strange...
Will they run Crysis?
To me this isn't a Cray, anyone can do this from their backyard. This isn't a supercomputer, this is a massively parallelized Intel workstation.
Intel chipset? It's not theirs. Intel CPU? It's not theirs. DDR3? It's a standard. SSDs? A standard, and not made by them. Tesla GPUs? Not made by them. InfiniBand? It's a standard. Nothing here screams innovation like the old freon cooled Cray supercomputers.
Last edited by [XC] Oj101; 03-23-2010 at 12:26 PM.
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What a load of bull. Cray, like every other supercomputer maker on the market today, is about tightly integrating hw into complete systems, they never invented new cpus, memory or the likes.
They do, however, layout their own cpu/memory boards, and which is propably more important, they specialize in creating cpu interconnects for use on their boards (seastar).
And if you want to make this about phase change, it's still in their option list today.
Correction: They NO LONGER invent new cpus, memory, or the like.
Before Integrated circuits reached acceptable performance, it wasn't unusual for super computers to be built of hand picked transistors, capacitors, inductors, and resistors.
in fact it wasn't until 1974 that integrated circuits could surpass a set of hand picked discrete parts in clock speed
Fast computers breed slow, lazy programmers
The price of reliability is the pursuit of the utmost simplicity. It is a price which the very rich find most hard to pay.
http://www.lighterra.com/papers/modernmicroprocessors/
Modern Ram, makes an old overclocker miss BH-5 and the fun it was
So let me get this straight, esesentially they took a few dual 1366 boards, stuffed them in blades which meant they couldn't use the top 130w cpu's because blades suck at cooling, hooked up some fancy cables and some software and called it a supercomputer?
Did I read this right?
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A good project with good goals.
Come join us,get that warm fuzzy feeling that you've done something good for mankind.
These guys do know how to build a super computer if budgets do allow. Can't blame em for wanting to make a buck with some more economical gear.
I wonder if the kraken could break 100k WCG PPD?
Crunch with us, the XS WCG team
The XS WCG team needs your support.
A good project with good goals.
Come join us,get that warm fuzzy feeling that you've done something good for mankind.
Both Kraken and Jaguar are interesting computer. The blades are 8P, each consists of 4 2P nodes and a seastar ASIC for communication.
They did an upgrade of both systems last summer to 6-core from the old quad core barcelonas ( http://www.youtube.com/watch?v=ehCgG9yZQmg ) and this took them to the #1 and #2 on the supercomputer lists.
It was pretty cool to see the upgrade (I only saw the video) because they did it at the rate of ~5min/blade. The processing is amazing, but not nearly as amazing as the power and cooling complex that is needed because of the processing density.
I was out at CSCS, the swiss supercomputer center as they were unveiling their Monte Rosa cluster, which was also a Cray cluster. Very impressive. There is a picture floating around the web of me next to it.
A quickie look at the numbers and I estimate that Jaguar listed at 1.76Pflops (not sure if this is up to date anymore) would produce 940,000,000 WCG PPD
*update I think Jaguar is listed at 2.33pflops after said upgrade. which would update that estimate to 1,240,000,000 WCG PPD, not too bad. If that joined team XS for a day we would crush easynews and team 2ch in a few hours... Anyone here a system admin in TN? (or have $65,000,000 to build your own?)
Last edited by trn; 03-23-2010 at 07:20 PM.
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They absolutely used to. What they are doind now is using 90% of the shelf parts, man you can probaby order a modern Cray off of NewEgg if you're willing to build it yourself.
Nothing, sadly. The supercomputer died to massive parallelization, and to me that is no longer Cray but more like a university project. For me it's not the concept but rather the name behind the project. Cray used to stand for so much more.
I just saw nn_step's post, that kind of makes mine redundant. The machine, even at $65m, can't compete with a $1k CPU under LN2 at superpi. Anyone can slap together one of these things whereas the early 70s were innovative.
---------------------------------------------------------------------
A typical discussion at Cray:
Engineer 1: Think of a REALLY HUGE number?
Engineer 2: 224,000!!!!!!!!!
Engineer 1: WOW! Lets build a supercomputer with that many CPUs
Engineer 2: HOLY %#&^ YEAH!! I'll call NewEgg so long...
Engineer 1: Awesome idea, I'll check Best Buy.
---------------------------------------------------------------------
Last edited by [XC] Oj101; 03-23-2010 at 09:23 PM.
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Something being called a "supercomputer" is just a relative term indicative of its performance at the time of its construction. It doesn't much matter how you achieve it, be it 100% exotic or 100% mainstream.
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Does that supercomputer make me look fat?
And yeah, I dream of Opteron.
So you're both talking about a time when a real man was writing own drivers for his computer devices, wow. That is, in technological terms, so long ago it could be stoneage as well.
Makers of supercomputers do take ready made RAM, CPUs and other parts off the shelf for a long time now because it just isn't viable to be developing them by themselves anymore. That is true for Cray as for others, so I don't know where the thought "Cray isn't Cray anymore because they don't do everything by themselves" comes from.
They're about integrating standard parts in large scale and make it a efficiently working whole, which is difficult enough. And why would said maker of big irons voluntarily be missing out on the small scale systems, it helps them to survive and get money for, say, developing exascale systems.
Please note that I said
Cray used to be about innovative technological advances ahead of their time, whereas what they are doing now can be done with, relative to back then, incredible ease. Please don't quote me out of context by dropping the "to me"To me
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Innovative technological advances are great when they do something which can't be achieved with more mundane existing technology, but in many cases the more mundane existing technology can be a better option. A good example was when AMD finally launched K10, it sucked. It might have been a more elegant and advanced design than Intel's MCM quads based on the NGMA but it was slower and had worse yields, thus it's elegance and sophistication was completely irrelevant.
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Dropping the 'to me' part wasn't intentional.
But why do you think that only when they try to reinvent the wheel they are innovative enough?! You have Intels chips (differerent Xeon and Itanium versions), AMD's (Opterons), IBM (Power), collaborative things like Cell, Sparcs, MIPS and so on to opt between. Not to talk about GPGPU computing. And there's Nehalem-EX. Intel will, from what I gathered, only supply 4 socket chipsets (please correct me if that's wrong), if you want to get 8 or more to work together you'll be in for a round of inventing (like seastar+++++++ or something). Building a redundant, fault-tolerant, always online (99.9999% or more) large scale system from those components that doesn't choke on getting/saving data or melt itself, but rather works efficiently for the purpose it was build is nothing short of amazing.
To me, at least.
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