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At a recent event the presenter, making reference to Pee Wee's Playhouse, said "virtualization is the word of the day". Of course, all of us older-yet not quite mature individuals had to cheer every time someone said the V word. For you yougsters, I am sure an internet search will tell you more than you ever wanted to know about Pee Wee and the word of the day.

 

Virtualization is everywhere. If you have been avoiding it, i recommend *this* well constructed summary as a background guide to everything you should already know.

 

From my perspective two major trends are driving the maturity of virtualization. First, on the software side - there are now multiple players. Yes, VMware is the market leader, but there are credible and demonstrable solutions available from Xensource, Microsoft, SWsoft, Virtual Iron, and others. Virtualization software is increasingly differentiated by the management tools and solution breadth, not the ability to virtualize.

 

The second significant trend is the change in hardware platforms. Both Intel and AMD have incorporated extensive features into their processors to support and simplify virtualization. Intel has extended this integration to their chipsets and network adapters with Intel virtualization technology for devices and Intel virtualization technology for Connectivity.

 

Virtualization has become the principle tool in the *data center* survival toolbox. No enterprise data center optimization can be effectively executed without the big V. This is sometimes referred to as virtualization 2.0,,, but like the web and many other 2.0 things,,, it is much more of a continuum between simple usage models - consolidate small servers , and advanced usage models - dynamic load balancing.

 

I met with three enterprise architects in the last week, all were looking at virtualization as the foundation for their dynamic "utility-esque" compute platforms. To quote the chief architect at a major bank - "the most efficient and affordable server I run is a VM on a Xeon platform". Managed virtualization can deliver efficiency, affordability, and flexibility. At this point you are either actively rolling out virtualization or you are not paying attention.

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Admin Note: This is a repost on behalf of Ravi Subramaniam.

 

This is the first video in a 3 part series - In this video series, I touch upon the topics that are in the news - Virtualization, Grid computing and cloud computing - each have had their day as or are the current hot/hyped topic. In this first video, I focus on virtualization.

 

I am looking forward to an interesting dialogue on these videos and the topics and to learn from your insights as I hope you will from mine. I would really like to get your feedback/thoughts and other topics/considerations that would be relevant and important here.

 

The intent here is to try and demonstrate these topics are in some way inter-related though the implementations/embodiments are distinct and relevant to solving the problems in their respective topic/domain. By understanding the connections, my hope is that, one can visualize new solutions/products (to solve new or higher order problems) that may be created through some appropriate compositions or by novel (re)organizations of the implementations and technologies in these respective topics. Well... I am getting ahead of myself here ...

 

To stimulate discussion for this blog I would like to add/highlight a few points/questions ...

 

  • Virtualization (at least for me) is a broad concept and as, highlighted in the video, has many modes, facets or aspects - many of the topics of current interest are sort of related by the application of some aspect of virtualization. For the sake of time/brevity, I choose to briefly mention the broader aspects and relate quickly to the notion of virtualization that most accept i.e. what I would call 'machine virtualization'. Do you agree with the broad view of virtualization? An elaboration on your response (for or against) will be much appreciated.

 

  • Virtualization implies a relationship to the entity (physical or virtual) that the virtualization virtualizes - the ability to bind, manipulate and manage these relationships is what helps realize virtualization benefits like agility, consolidation, right sizing etc. The foil in the video "How to create virtualization?" describes some of the relationships (i.e. creating a virtualization establish the relationship describing the mode of creation). Do the ideas in "How to create virtualization?" section of the video make sense - do you agree - thoughts? Are there additional relationships (modes of construction) one may need to consider in the context of virtualization? Are there any product/product area that Intel could enhance by adding one of these virtualization modes/relationships i.e. that would solve (or improve solution of) a problem that you have (say emulation for example)?

 

  • Machine virtualization - is currently SW based with HW assists for performance and security. What do you see as the next inflection for machine virtualizations? Is there an increased role for HW (as different from the current role of enhancing SW solutions)? Are there any models for virtualization that you see that are better suited for implementation in silicon rather than SW?

 

Finally also looking forward to any other feedback/discussion on the video and video content ...

 

Thanks for your interest!

 

 

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Today, I met with Tim Denney (a summer intern here at Intel) who is working for our performance analysis team. Tim told me that he had built a tool allowing intel employees to compare performance of certain SPEC published benchmarks (www.spec.org) across a variety of processors.

 

Tim demonstrated this analysis tool that searches all the integer and floating point publications on www.spec.org across a range of architectures (Intel, AMD, UltraSPARC, Power). You can input different processors and then the tool returns the published results available and a simple graphical display of the best published results for the processors chosen.

 

After meeting with Tim, I thought about the numerous "Ask an Expert" questions I’ve received on OpenPort in the last 6-9 months where people have asked me where and how they can compare performance across a variety of processors (dual core to quad core, different speeds, 1S to 2S to 4S, etc).

 

In took me about a nano-second to realize that your input would be really helpful in developing an improved user interface. So here is your chance. I encourage you to try this performance comparison tool and respond back with your ideas on how we can improve the tool and user interface. I can’t guarantee that we can implement every suggestion, however, I do guarantee that we will listen.

 

So … How would you like your benchmark?

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Last week, the first part this video series focused on the energy efficiency benefits of 45nm. The 2nd part of this video (below) is focused on the benefits of 45nm for virtualization and the intel processor roadmap including what's next in 45nm processor technology - the Dunnington and Nehalem-EP products

 

Is this information useful to you? why or why not?

 

Chris

 

 

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