Cell server maker promises pint-sized powerhouse

avaya

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Mercury Computer Systems – the leading Cell-based server maker – has started showing off a new "Turismo" design that promises to pack an incredible amount of compute power in a small space.

Mercury had pictures of the Turismo system on display this week at the Supercomputing event here in Seattle. The rectangular box can supply up to 800 GigaFLOPS of horsepower in a 600 cubic-inch system. Four of the boxes can be combined to create a 5U system that cranks out 3.2 TeraFLOPs. A six-foot rack of the boxes would produce 25 TeraFLOPs.

Mercury's CTO Craig Lund was happy to pat the company on the back for this achievement.

"The amount of processing that Turismo is designed to provide in such a small footprint is simply astounding," he said. "We expect that our new Cell processor-based offering will truly make a difference for many customers in solving problems that require this caliber of performance density in an affordable solution"..........

Source:The Register

Seems like Mercury Systems are pretty serious about Cell. Kutaragi has been talking about 1PETAFLOP systems - maybe these will see the light of day after all.
 
"Impressive... most impressive." -Darth vader

Why didn't they go all the way and call them Gran Turismo servers?

This is also good news for Yellow Dog Linux being the OS of choice.
 
PC-Engine said:
Then those FLOPS are pretty useless for 'supercomputing' which makes it not a SC.
You forget one thing, who is MC and what are the future applications of these servers.
It seems that DP is not an issue for MC nor for its cutomers.

The PR offers some answers:
Mercury Computer Systems to Unveil the Next Cell Processor-Based Product Offering
'Turismo' System is Designed to Offer Unprecedented Compute Density in a 600 Cubic-Inch Footprint


SEATTLE, Nov. 14 /PRNewswire-FirstCall/ -- Mercury Computer Systems, Inc. (NASDAQ: MRCY) will unveil its second Cell BE processor-based product, code- named "Turismo," at Supercomputing 2005. Featuring the Mercury MultiCore Plus(TM) Advantage, the Turismo system is designed to pack 800 GigaFLOPS into a 600 cubic-inch footprint, and will offer customers the opportunity to assemble some of the world's densest computing solutions in terms of performance.

Four Turismo boxes in a 5U configuration are expected to yield a peak performance of 3.2 single-precision TeraFLOPS, and more than 25 TeraFLOPS in a six-foot rack. According to Mercury's CTO, Craig Lund: "The amount of processing that Turismo is designed to provide in such a small footprint is simply astounding. We expect that our new Cell processor-based offering will truly make a difference for many customers in solving problems that require this caliber of performance density in an affordable solution."

As announced in June 2005, Mercury is teaming with IBM and its Engineering & Technology Services business to integrate Cell technology into a range of products designed to address computationally intensive applications in aerospace and defense, seismic, semiconductor test, and medical imaging, as well as other markets. Since June, the two organizations have been collaborating on multiple product offerings, including the recently announced Dual Cell-Based Blade, and have been working together with multiple customers.

Compared to the Dual Cell-Based Blade, Turismo will offer an alternative packaging approach, with 60 percent denser solutions, increased I/O performance and flexibility, and significantly increased memory options. Turismo is designed to deliver up to 800 GigaFLOPS of acceleration to the desktop for high-computation rendering and imaging applications. Turismo is also ideally suited to enterprise applications such as centralizing imaging resources in hospitals and similar environments.

Turismo is designed with:

Mercury MultiCore Plus Advantage
Up to four Cell BE processors in a computationally dense package
Dual 4X InfiniBand(R) support, plus multiple Gigabit Ethernet ports for multi-box communications
Connectivity to a high-end workstation via 16x PCI Express(R) high-speed interconnect
Yellow Dog Linux Board Support Package from Terra Soft Solutions.
"We are very excited to offer such a flexible Cell processor-based solution to our customers," said Randy Dean, Vice President, Business and Technology Development. "The broad applicability of this product enables us to solve tough problems for some of our current customers, and also puts us to work in new markets."

"The work between IBM and Mercury is a great example of collaboration between two world-class organizations," said Raj Desai, Vice President, Engineering & Technology Services, IBM. "By working with IBM Engineering & Technology Services and incorporating Cell microprocessor technology into products outside the gaming space, Mercury can develop unique technology solutions for demanding applications such as sonar, radar, MRI and digital X- ray."

Turismo availability is planned for the third quarter of calendar 2006, with production planned for early 2007. For more information, visit Mercury in Booth 1664 at Supercomputing 2005, visit www.mc.com/cell, or contact us at www.mc.com/cell/register.cfm or 866-627-6951.

About the MultiCore Plus Advantage
The Mercury MultiCore Plus Advantage employs sophisticated middleware that abstracts hardware capabilities and manages the distribution of data across multiple computing elements working in tandem. By leveraging the MultiCore Plus Advantage from Mercury, customers can benefit from patented cooling technologies, lightweight system-on-chip (SoC) management software, multicore implementations of key algorithms, visualization tools designed for clusters, algorithm tuning, and more.

About Mercury Computer Systems, Inc.
Mercury Computer Systems, Inc. (NASDAQ: MRCY) is the leading provider of high-performance embedded, real-time digital signal and image processing solutions. Mercury's solutions play a critical role in a wide range of applications, transforming sensor data to information for analysis and interpretation. In military reconnaissance and surveillance platforms the Company's systems process real-time radar, sonar, and signals intelligence data. Mercury's systems are also used in state-of-the-art medical diagnostic imaging devices including MRI, PET, and digital X-ray, and in semiconductor imaging applications including photomask generation and wafer inspection. Mercury provides advanced 3D image processing and visualization software and optimized systems to diverse end markets including life sciences, geosciences, and simulation. The Company also provides radio frequency (RF) products for enhanced communications capabilities in military and commercial applications.
Based in Chelmsford, Massachusetts, Mercury serves customers in North America, Europe and Asia through its direct sales force and a network of subsidiaries and distributors. Visit Mercury on the web at www.mc.com.
 
Wow great job Mercury. Looks like with the help of IBM, Ken Kutargai might get what he has been chasing for years. Mercury first, next CELL in TVs and Blu-ray players. Again great job.
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It's hardcore. IBM will once again dominate the top 500 supercomputers in the world if someone places a large order of these.

I'd hate to play chess with a cluster of those. :cry:
 
IBM already dominates the Top500, at least in the upper ranks. The quest to knock off the Earth Simulator has left a ton of IBM systems up there. Anyway what'll be interesting to see is if and when supercomputers built around Cell arrive, and if they do, whether the deployment will be via IBM or via Sony (or more likely Toshiba). And of course, whether it'll be US based or in Japan.

Anyway this Mercury news has been around for several days now, but of course impressive.

On the side, what I want to know is how much RAM their reference design supports.
 
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You forget one thing, who is MC and what are the future applications of these servers.
It seems that DP is not an issue for MC nor for its cutomers.

I didn't forget. I'm just pointing out the use of the term 'supercomputing' as misleading. There's no supercomputing TFLOPS here.
 
Awesome, however, I do have a question... Do you think Sony is going to use the Cell for their servers? If so, do you think the Cell will power PlayStation 3 online?
 
Yeah it would be smart for Sony to use these super computer servers to communicate with their super computer console. It would be a perfect super computer match!
 
MfA said:
No, that about covered it.
Okay, if you say so.

I'd just like to know what exactly you think is bullshit, the topic in general, or PCE's post - which was the one preceeding your own.

And PCE: you can stop haunting all of these cell-related topics, trying to find some angle from which to crap on it from. We all already know you hate sony with a vengeance that not borders, but has actually passed well into irrationality. Just for example, would you mind finding the dictionary you read that the definition of "supercomputing" has to - without exception - refer to DP calculations?

You're the resident antisony troll after deadmeat finally packed his bags and left. Don't think anybody takes what you say seriously, we know your only intention for posting is to poop on the subject.
 
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