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Intel's RK Hiremane & Sun's David Caplan discuss Xeon 5500 blade servers virtualization ROI

Join experts from Intel, Sun Microsystems, and Ziff Davis Enterprise on August 20 for an informative eSeminar, where you will learn:

• How Sun’s Network Express Module technology works
• How easy it is to achieve high availability and near-instant failover
• How to reduce network cabling by a factor of 10:1
• How to simplify network and storage management.

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At Intel when we think of scaling performance forward we think of one word, evolution, not revolution.

 

By evolution we mean developing high performance computing solutions that offer you the balance your applications require in order to deliver the best performance they can.  We do not maximize processor performance without matching it with the necessary memory capacity, bandwidth and system i/o.  We look to match these important components of performance to insure the data is where it needs to be, when it is needed to be in order to quickly and efficiently change it into actionable information.  We maximize your performance by minimizing your latencies.

 

Maximize your performance today, simplify your software development needs, and scale your performance forward as newer microarchitectures debut.

 

Seamless performance – bigger science – that is what we help you achieve faster than ever before.

 

To learn more about our approach to delivering highly effective HPC processors and software tools come to the Sun HPC Virtual Tradeshow on September 17th 2009 starting at 8am PDT.  In the virtual event attend the Intel presentation on “Accelerating Your Applications And Scaling It Forward” by Wes Shimanek & Dr. Nash Palaniswamy at 10:30am PDT.

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The current economic environment is unprecedented in our lifetime and is having multiple impacts on Enterprise decision making. IT spending is under severe scrutiny with IT budget reductions forecasted throughout most Enterprises in ’09. Even with reduced budgets, IT needs to continue to improve business productivity and competitiveness. So what can you do to manage all these conflicting conditions?

Maybe this type of environment represents an opportunity to make some changes with respect to your IT Policy. Could this be a good time to simplify and standardize your IT environment by looking at a broader range of choices that are now available. These choices may not have existed in the past due to some of your decision criteria not being meet for your hardware or software needs. Hardware and software evolve at a rapid pace, and the capabilities to meet your needs are significantly different today than what was available 5-7 years ago when you made previous decisions.

Equipment nearing the end of depreciation cycles or lease contracts offer another opportunity to look at the cost and performance of your existing architectures Vs other architectures that are available today. In my previous blog I shared some thoughts on performance and pricing of RISC systems Vs x86 based platforms. There are significant savings that can be made be choosing x86 hardware without trading off on your performance needs. Selecting x86 hardware could enable you to execute your IT refresh and replacement strategy in a reduced Capex budget environment. Sometimes it seems that offsetting a purchase may be a prudent thing to do, but at some point you will have to replace these systems to meet business productivity requirements. In the meantime you will have to spend incremental budget paying extra $’s for maintenance and support for systems that you had planned to replace and you may also not meet the demands placed on you to support your business needs. I also read recently that under the proposed US Stimulus package there may be some provisions for accelerating depreciation on new equipment purchases. This could be another factor to consider in terms of which option will cost you most in the long-run.

One other thought I had was the ability to re-allocate $’s within your overall TCO to spend on other aspects of your solution needs. If you could save money on the hardware cost would it free up $’s for you to spend on the overall solution?. For example could you afford to pay the software license costs and support more users for your ERP environment.

Consolidating older generation RISC based platforms to current x86 based platforms could be another way to offset some of the associated costs associated with maintaining and supporting your RISC environment.  I read a paper recently published by Dell where they talked about the performance difference between V440 SPARC Servers and todays R900 systems. They talked about the R900m being 14 times as fast as V440. This led me to conclude that I could consolidate a distributed workload from a number of older V440s and run that workload on one system. This sounds like a pretty good deal to me as I can save some space in my datacenter, save some energy costs, probably get some savings on software license and support costs.

Another factor to consider is the whole issue of payback. In the current environment everyone is being asked to justify the payback on their investment to be 12 months or less. What if I said that you could get a 9 month payback on your investment in a new hardware platform purely on the basis of savings from power & cooling savings and lower OS maintenance costs. Would these types of savings be enough to justify your investment and consolidating multiple legacy RISC servers to a current x86 platform?. Well that type of payback is attainable, and there are other savings like software license costs, administrator and operator costs that are not really included in the calculations.

Ok, so the counterside to my argument is that it is hard to move a workload from RISC to x86. The savings I get from moving will not be offset by the money I spend to move. It is a fair argument, but there are Customers who have done the transition and saved some significant money by doing so. Avis in Europe are one example that comes to mind where they talk about reduce their TCO by 50% moving from RISC to x86 platform

One of the other comments I often hear relates to it being technically hard to move my solution if it is running on UNIX/RISC to x86 offering. I agree you are moving move one architecture to another and there are some challenges to do so, but there are resources out there to help you. Principled Technologies wrote two reports recently that discussed how you could move your Oracle database to Solaris or Linux running on Xeon. Don’t worry, these were not marketing papers, they actually did this migration in a real lab environment and documented the technical ‘how to’.

Ok, so these are some of my thoughts, let me know what you think?.

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As an Intel PR manager who works regularly with Sun Microsystems, its introduction of two Sun Netra servers based on Intel® Xeon® Processors got me doing some math. For those keeping count, the new servers brings its total to 10 new Intel Xeon-based servers, or roughly one every other month, since the companies formed their alliance in January of last year. These most recent servers, which are aimed at the telecommunications industry, include the first carrier-grade server, the Sun Netra X4450, powered by four quad-core Intel Xeon processors 7000 Series. The energy-efficient performance of the Xeon processors helps Sun solve three growing problems in the telco datacenter - limited space, energy consumption and cooling costs. The 4U rackmount Sun X4450 takes advantage of the robust 45nm technology available from of the four Intel Xeon Processors E7338 processors to create an excellent platform for consolidation and virtualization. Features such as 32 memory DIMM slots, more than 1 TB of storage and 10 PCI slots enable telco data-center managers to consolidate Solaris OS, Linux and Windows applications on a single NEBS-certified server. Each processor dissipates a maximum of 80W of power. The new Sun Netra X4250 2U rackmount server is powered by two LV Intel Xeon Processors 5000 Series that offer power savings as well as performance. The Sun Netra X4250 server is designed to be energy-efficient, supporting up to 16 memory slots and four internal disk drives in a 2U, 20-inch-deep carrier-grade package. The low-power Intel Xeon Processor L5408 dissipates a maximum of 40W of power.

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I ran into Barry Kittner (Intel) and Marcos Peixoto (Sun) at the Oracle OpenWorld event in San Francisco today. Sun is showing the Sunfire X4450, 4-Socket, 2U Rack Server. Sun is also talking about a unique way to evaluate the Sunfire server, check out this video to find how...

 

 

 

 

 

 

What do you think, not a bad deal is it? Check out this link for more details: TryAndBuy

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As part of the Sun Microsystems and Intel alliance, the two companies have collaborated to bring open source Threading Building Blocks (TBB) support to the Solaris Operating System (OS) and Sun Studio software toolchain. Check out the SUN Blog for additional information. Click the video below for a short interview with Deepanker Bairagi, Principal Engineer for the Sun Studio.

 

 

 

Software parallelism can unleash the processing power that the newer multi-core architectures provide, including the Quad-Core Intel® Xeon® processors. For developers, multithreading offers a software parallelism model, but many existing solutions require a lot of low-level coding. Threading Building Blocks offers a rich approach to expressing parallelism in a C++ program by offering higher-level, task-based parallelism that abstracts platform details and threading mechanism for performance and scalability.

 

The Solaris OS is able to take advantage of multicore architectures, including the Intel Architecture, with features such as a lightweight processes (LWPs), load-balancing across cores, and processor affinities. Sun Studio software offers a complete integrated toolchain for Solaris and Linux platforms, including parallelizing compilers, performance and thread analysis tools, memory and code debuggers, NetBeans-based Integrated Development Environment, and more.

 

Combined with Threading Building Blocks, developers for the Solaris platform now have a fully loaded toolbox that simplifies the development of optimized multithreaded applications for multi-core Intel processors. Click here to learn more about Threading Building Blocks and optimizing performance for multi-core processors.

 

Would like to hear from the community on how you see this impacting the next generation of software development for Solaris running on Intel Architecture.

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