Posts tagged with AMD Opteron

Jul 13

Point Taken

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Let me first give a nod to my colleague Margaret Lewis, who blogged about her experience at the GigaOm Structure ’09 event, particularly around hearing comments from Facebook’s Jonathan Heiliger, vice president of technical operations, first hand. While I was 1,500 miles away in Austin, I think I squirmed in my seat just as much as Margaret when AMD was lumped into the category of vendors that “just don’t get it.”

As an industry, we need to accept that he makes some good points.

While in raw, classic benchmark terms, we continue to deliver great leaps in performance, I suspect the Facebook IT and programming model doesn’t look like “classic benchmarks”.  It’s probably more PHP and Java than C++.

Oh dear, I hear the cry go up, we are about to talk about the problem of benchmarking, and synthetic benchmarks at that.

Let’s face it: synthetic benchmarks are essentially a useful evil. Everyone wants to know how a certain technology performs against a standardized test, but what happens when that test bares no real resemblance to the real work people do?  You get a huge disconnect.  

And this spans everything from notebook battery life to the debate of ACP vs. TDP in servers.

For hyperscale data center customers ― customers who build massive server farms that typically power cloud environments — when a benchmark is a tiny bit off compared to real world implementations, it can get magnified, a lot.  

I propose that what the industry needs is flexibility:  different tests for different kinds of usage models, and this is something we definitely “get” – but maybe have been too slow to deliver on.

 We also need servers that deliver efficient performance, not only raw performance.

This is exactly why we introduced the Quad-Core AMD Opteron™ EE processor – a fully featured processor at 40W ACP.  And, it’s exactly why I’m excited we are introducing the Six-Core AMD Opteron HE processor this week.  For more on that, please read Andy Parma’s blog that looks at the performance advantages of this new processor.

This continues our tradition of bringing highly efficient, power-optimized solutions to market to meet the demands of customers small and large – from small businesses to massive server farms.

In the future we plan to focus much more on smart processors that meet varying needs depending on what applications our customers run. But we can’t do this alone – we need to work with our ecosystem partners, both OEMs and ISVs, to make sure all the necessary parts are working together.

Taking it a step further, we want to build tests that help our customers anticipate the performance and efficiency gains you’ll see from our processors. Real world tests.

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

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Jun 01

Better Than Ever

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While we’re still hearing generally grim news about the global economy, there’s also talk about moving past the recession ― particularly about being smart about investing now for the future.  People often tout the magic of “getting more for less.”  But if you’re investing in IT, one of the best ways to be smart about your investment is to put your money toward getting more for the same.

Yes, more for the same.

Today we announced the industry’s only six-core processor for x86 2P, 4P and 8P solutions, the Six-Core AMD Opteron™ processor. This new processor provides up to 34 percent more performance-per-watt using the same socket as previous platforms. The new chip also offers lots of differentiation around our AMD-Virtualization™ (AMD-V™) technology and AMD-P technology, and it is available today. And more versions are planned to roll out throughout the year.

Today we start to redefine the server business by offering customers more choice. The new AMD Opteron processor represents a move toward usage-based platforms that are designed around key workloads – not benchmarks. That enables us to give the superior value at every price-point for those key applications that are driving data center growth. We are making management and migration easier with a “no compromise” solution to our product line, which means you get all the same function on all the chips. Not some function on some and other functions on others.

In the end we believe that customers will be very interested in the performance-per-watt capabilities of this new chip. They will love that we keep adding in more performance within the same power envelope.  And they’ll love more flexibility and more performance in the same power envelope.

See:  more for the same.

So, the new Six-Core AMD Opteron processor is targeted at demanding applications, is shipping now and offers a full suite of features, providing value at every price point.

I’ll take two please!

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

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May 13

Power to the People (or, it’s About the Consumer, Stupid)

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First, let me begin with a disclaimer and a plea. This post is far longer than the norm, but today’s landmark news from Brussels qualifies as anything but the norm and is worthy of deep examination. So please bear with me because – if what I think has just happened has actually happened – the way the IT marketplace works is about to change.

Forever.

We are all reading and analyzing the European Commission’s statements around consumer protection in the IT industry. At first blush, I believe the EC decision will signal a sweeping change in the IT industry. The ruling has the very real potential to transform the industry from being artificially organized around one player who owns less than a third of the bill-of-materials for an end product but makes nearly all the profit, into one that thinks consumers first. And we also see the very real potential for a step change in the long-term pace of innovation as a by-product.

While Intel may want you to believe this is about “discounting”, it really isn’t at all. The ruling – more than eight years in the making – is about how Intel deliberately used its monopoly profits to control a critically important industry. How it has decided what consumers are allowed to buy, and where they are allowed to buy it. How Intel severely punishes PC manufacturers, suppliers and retailers who do not play by its rules. That is what Europe is putting a stop to. We applaud them for doing so, and if you buy computers and value innovation, so should you.

Three issues emerge: price, innovation and choice.

Price

We knew from whispers in the industry that even before the EC’s final ruling, Intel was saying behind closed doors that a ruling against it would force prices to go up. False. Why?

As Intel’s competitor in the microprocessor industry, this is a subject we know a little bit about, and can speak to with a level of credibility since Intel’s business – selling chips – is essentially our business. We just go about dealing with our customers very, very differently.

Increase or Decrease?

The “end price” to PC makers of Intel’s CPUs (and subsequently to consumers who buy PCs) is a mixture of list price, volume discounts and rebates. While Intel deliberately obfuscates the issue to imply that the EC is forcing it to stop its rebate programs with PC makers, in fact that’s not at all what EC competition watchdogs are making Intel do. What the Commission is forcing Intel to do is to stop making what Intel innocently calls “rebates” but what are actually conditioned loyalty payments – or as Don Corleone in The Godfather put it, “I’m gonna make them an offer they can’t refuse.”

These payments are conditioned solely on the PC makers doing what Intel tells them to do. Or else. Where is the choice in that?  What the EC is saying is, loyalty payments: “no”; volume discounts: “yes.” Intel is still free to provide volume discounts without any change to the “end price”. But they can no longer condition payments with loyalty in order to control the supply chain and block AMD’s ― or anyone else’s ― access to the open market.

Intel’s control of access to the IT market has effectively kept prices artificially higher than they would otherwise be. And remember, AMD has always – always – offered equal or better performance for less money. If you look at the data, you will see that our prices are generally 30-to-50 percent less than the competition’s. So, the “end price” to consumers most definitely will not go up at the end of this – if anything, prices will go down because Intel will be forced to compete more directly on price.  

More for Less

Opening the European market will allow AMD and others like VIA to gain access to customers and consumers we have been deliberately blocked from by Intel. That means more choice than ever before, more competition than ever before, and more competition on the merits – which is a great thing for consumers. We believe that more competition on a level playing field will affect prices, but again the effect in a normally functioning market should be that prices drop and consumers receive more for less.

The effect of the EC ruling may also negatively affect Intel’s profits in the same way – which is the real issue at the heart of its problem and why we expect that Intel will use every means available and go to any lengths to keep things as they are. They are worried, and rightly so. They see what we see – the end of the Intel monopoly, and that is a frightening prospect if you are the monopolist that depends upon monopoly profits for your business to succeed.

For years, Intel has thumbed its nose at the law, using the company’s huge monopoly profits to help decide who makes a profit in this industry and who does not. And frankly, that’s too much control for one company to have. As we so eloquently said back in 2005 when we filed our civil U.S. antitrust suit against Intel, “Earned success is one thing. Illegal maintenance of a monopoly is quite another.”

Strike Three

This third straight antitrust conviction against Intel tells me that competition regulators agree, and that the facts and evidence exist to support that. It’s clear that when investigators look at the facts, Intel loses. Think about that for a minute. Einstein said quite rightly that the definition of insanity is doing the same thing again and again and expecting different results. This is Intel’s third straight loss against three independent antitrust agencies. The EC case team methodically spent more than eight years analyzing Intel’s market behavior before ruling against Intel.

So Intel either just doesn’t get it, or simply has no remorse at all for what it has done.  I don’t know about you, but when someone tells me something for the first time, I consider its merit. When a different person tells me that same thing, it becomes very interesting. When it happens a third straight time you take notice, don’t you? 

Innovation

Intel may also talk about how this ruling against it will stifle innovation. I did a blog a few weeks ago that made the point that Intel’s current roadmap is the direct result of and response to competition, pure and simple. Competition must exist in order to compel the innovator to innovate. So I think we can all agree more competition will also be good for Intel, too.

Competition is Innovation

Let’s be honest – without AMD innovating the x86-64 bit instruction set along with the launch of AMD Opteron and AMD Athlon 64 in 2003, Intel likely would have forced global IT to move to Itanium-based computing. Which would have been expensive, proprietary, and not what the world wanted or needed. Competitive pressure and innovation leadership from AMD compels Intel to do better, and we’re proud of that.

And as I have said before, imitation is the sincerest form of flattery. Intel’s recently Introduced “Nehalem” chip (now named the Xeon 5500 Series) is a descendant of the AMD Opteron x86-64 bit design we introduced in 2003, complete with an integrated memory controller that is also arriving from Intel about seven years after we introduced it to the marketplace.

I encourage you to look through our history of innovation over the 40 years we have been in existence, but suffice it to say AMD is widely acknowledged throughout our industry to have set the pace for innovation in microprocessors and graphics processors for the past 10 years.

Choice

A basic business education will tell you that your business is almost always better protected if you have multiple suppliers – especially when a single component part of your product is such a large percentage of the bill-of-materials. To the outside world, it looks as if PC makers do have choice and control over their component sourcing, so the same must hold true for the CPU, right?

So why don’t more of them exercise it?

Freedom to Choose

What this third straight antitrust ruling against Intel makes plain is that computer makers don’t exercise CPU choice because they don’t have the freedom to.  If they do, they are severely punished. Punished in a way where the pain of punishment far outweighs the reward, and that’s the prisoner’s dilemma. Remember, Intel has worked hard for many years to create the illusion of choice, but in reality doesn’t want its customers to have the freedom to choose.

The fundamental question regarding consumer choice is this: “If a consumer doesn’t know they don’t have a choice, does anyone care?”

I think the EC ruling emphatically says “yes.” On behalf of the consumers of Europe, the EC has ruled that EU consumers were denied choice, and that they do care. For consumers, choice comes from being free to buy a broad range of products from a choice of suppliers at a choice of retailers. And both Japan and Korea have already said the same thing.

Now it’s fair to argue that I am writing this blog because it’s AMD and our shareholders who have been illegally blocked out of markets, and therefore we have a vested interest. That’s true – we do. But our arguable lack of objectivity doesn’t negate the evidence of bribery and intimidation that was culled from the evidence. It doesn’t negate the very decisive action the EC has taken in the interest of protecting consumers and the computing ecosystem as a whole. 

Again, this ruling was more than eight years in the making. You certainly can’t say that the EC rushed to judgment.

Choice in the Marketplace

I’ve seen people argue that if AMD had better products we would win, but that entirely misses the point. As competition regulators have demonstrated now for a third time, Intel used bribery and coercive tactics to ensure that AMD’s products, even arguably superior ones, could not gain traction on a scale one would expect in a normally functioning marketplace.

Given the unfair and illegal practices Intel has engaged in worldwide, the fact that AMD and others have still been able to either out-innovate or remain competitive against a company with 10x the resources is actually amazing. Intel likes to position us as whiners whose problems are of our own making. While nobody’s track record is infallible, on the whole I think our tenacity, our competitive drive, and our continuous ability to innovate at the bleeding edge of x86 computing and graphics processing is second to none.

Think about how much further along the technology roadmap we and Intel’s other competitors would be if we had enjoyed unfettered access to the markets all along. Think about what that would mean to consumers. Think about what that would mean to price, and to choice.

That’s pretty exciting stuff.

You, the Consumer

And that potential is in front of us now as an industry thanks to brave, dedicated and independent competition watchdogs. That’s the Commission’s point. It’s not about Intel or even AMD. It’s about the consumer.

So here we are. Now three separate competition authorities representing roughly half a billion of the world’s consumers have told Intel that its anti-competitive efforts to control the IT marketplace harm consumers, is definitely illegal, and must stop now. As I said before, judging by Intel’s immediate reaction to this third straight ruling one can only draw the conclusion that they just don’t get it, or that they simply don’t give a damn about the rule of law – let alone consumers.

Perhaps the US regulators will have to explain it to Intel next?

And for more on AMD’s take on this news, please read Pat Moorhead’s blog here.

 

 

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

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May 06

Truth is Stranger than Fiction

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There is a commonly held fallacy that there is one single x86 instruction set. In reality, while all x86 chips run about 99% similar instructions, no two suppliers run exactly the same base. We have a different set to Intel, which is a different set to Via and so on. In fact, one of the things that differentiates our server line from Intel’s is that they don’t even have the same set of functions across the Nehalem line – where as we run all the same functions on the entire  family of Quad-Core AMD OpteronTM processors.

This is one of the reasons why AMD Opteron processor-based servers make such good disaster recover solutions  – you really can failover running virtual machines  to newer, smaller standby systems without worrying that some of the processor functions may not be supported.

While the AMD Opteron processor retains backward compatibility, it is fair to point out that as we deliver new function at each generation, we often have to add extensions to the x86 instruction set (examples are virtualization and 64-bit extensions).

Changing the instruction set can be both complex and expensive for application developers and painful for system designers. AMD recognizes this, and we are trying to reduce some of this cost and complexity by helping to unify the x86 instruction set with the adoption of the Advanced Vector Extensions (AVX).

AMD has always been a champion of open and industry standards, and by adopting the AVX instructions for x86 processors initially announced by Intel in 2008, we can help move this ideal forward. We believe that by proposing and embracing enhancements to the instruction set, AMD provides software developers with a great step towards a more standard platform for innovation.

Now, originally we had focused on what we had called SSE5, a specification we proposed for review by the industry in 2007. However, due to the overlap of functionality between the AVX instructions and SSE5, AMD has decided to recast the SSE5 instructions into the AVX framework.  AMD made decision to ensure the continued compatibility of x86 software, and plans to incorporate AVX instructions into AMD processors in 2011.

And, still, we want to continue to advance the ball. In addition to embracing the AVX specification, AMD is proposing further enhancement to the current version of this specification called eXtended Operations (XOP). Given there are features of the SSE5 specification that were positively reviewed in the news and not in the current version of AVX, we have incorporated them into the new proposal. Examples of the functionality include:

  • Supporting Enhanced Vectorization
  • Accelerating traditional DSP Multi-Media algorithms
  • Accelerating floating point algorithms for High Performance Computing

 

If you want to review the AVX or XOP, AMD is posting theses specification here.  I also encourage you to go read a blog written by Dave Christie, a Fellow in our Design Engineering team, to get more insight into the technical details and read what some of our technology partners have to say about this change.

 

You know, when I hear people cry, “Do not fork the x86 instruction set!” what I really hear is people saying, “Give up driving instruction set innovations!”

Well, there are two reasons why this won’t happen:

  • Innovation ‘R US. We believe that bringing innovation to the market is one of our key values and we plan to continue to do what we can to bring users systems that better serve their needs
  • There really isn’t a single static x86 instruction set and we need as an industry to make evolution of this instruction set. That’s why we publish changes we are proposing for discussion (and haven’t done it in secret). Our users and the application developers may have good ideas too.

The x86 instruction set will continue to evolve and change and wouldn’t it be great if we could do it together?

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

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Apr 22

Celebrating 6 Years of the AMD Opteron™ Processor

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In today’s world the client experience is generally more about graphics while the server is more about I/O throughput. Of course there are times for both client and server when raw CPU power can be useful – but that is not the way you design either if you are focused on how the customer is going to use them.

 

Plenty of other blogs from me on clients so today, the 6th birthday of the AMD Opteron™ processor, let’s talk servers.

 

I sold my first server back in 1986. It was an IBM 3090-120 mainframe (the 120 was a down-clocked 150 – see no idea is new!). The customer was an insurance company that was transitioning to IBM S/390 architecture for two reasons:  the application and the throughput on transactions the system got. Even back in those days, the design of a server was a mixture of CPU, memory and I/O.

 

Today, we face a dramatically changed landscape of “good enough” computing.  While performance still matters and always will, the real challenges customers face today are driven by restrictions on energy consumption and space . Simply put, we often find ourselves having more compute power than we can actually, well, power.

 

So as businesses around the world are now being forced to do more with less, they might want to take some advice from their IT department, where the focus on efficiency is now firmly entrenched.

 

As always, today AMD is announcing new products that help customers drive great value from their IT investments.  As we celebrate six years of the AMD Opteron processor we are also announcing our most energy efficient processor ever to hit the market – this processor is your ideal cloud computing platform.

 

There are five main design criteria behind all our server platforms:

 

·         Server utilization – the ability to do more work in the same physical platform. Our advances in virtualization and AMD-V™ technologies are good example.

·         Server performance – the ability to do more work in less time – paid off by the platform architecture know as Direct Connect.

·         Performance Density – the ability to do more work in less space, through hardware integration and by keeping the socket the same for a long time

·         Server Efficiency – the ability to do more work using less power. We have combined our current and some new capabilities into a power solution called AMD-P.

·         Value for money – the ability to maintain and in some places lead in price performance at most if not all value points.

We are seeing the server market increasingly defined by two main sectors – the 4P and high-end 2P x86 market, and the 1 to 2P very low-power market.  Despite the obvious differences the common thread is the architecture. And today we talked about the next wave of innovation on that front with our Direct Connect Architecture 2.0 .

 

But what about raw power I hear you asking? What about the pure 0-60 speed of your processors? Don’t we care about that?

 

Yes. But servers are also about data and throughput, and AMD has been a leader in X86 server design because we understand this difference.

 

You see, we understand that old mainframe joke, the one that goes like this:

 

Question: What do all computers do at the same speed?

 

Answer: They wait for data.

 

(You can laugh now)

 

 

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

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Mar 31

The Sincerest Form of Flattery

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If imitation is indeed the sincerest form of flattery, we at AMD are feeling very flattered this week.

According to Intel’s Patrick Gelsinger as quoted in The Wall Street Journal, “The Intel Xeon processor 5500 series is the foundation for the next decade of innovation.” Well, I almost agree with that. After nearly six years of telling customers that the AMD Opteron™ processor architecture was the wrong answer, this week our competitor has finally delivered “Nehalem” ― which some might call a copy, at least as far as the architecture is concerned.

So I suppose it’s all about when you think that decade started.

Nehalem, or the “Opti-clone” as I call it, has been met with “breathless” enthusiasm by many.  AMD’s John Taylor will cover this in our communications team’s blog, but I am getting a bunch of questions ― so I thought it may be time for some humor (or what I think passes for it).

With that in mind, I present the interview I just concluded with myself:

Interviewer:     

Wow, you people must be really scared.

Me:                       

Nope.

Interviewer:     

Nope? Ok, how about really, really scared?

Me:                       

Nope. Nope. No, really we’re not.

Interviewer:     

Why not?

Me:                       

Over the last ten or so years, we have traded performance leadership with Intel something like six times.

Remember 2006? We heard some of these same statements from Intel then, about an eighty percent performance advantage and never losing another benchmark to AMD again with “Woodcrest”. That gap closed quickly.

Interviewer:     

But they are the fastest – won’t that mean they will win all the business?

Me:                       

According to this website the world’s fastest car is a SSC Ultimate Aero. It does 257 mph and goes from 0-60 in 2.7 seconds. Have you ever seen one?

Interviewer:     

No.

Me:                       

I think that might be because it’s Twin-Turbo V8 Engine with 1183 horsepower has a $654,400 base price. But more to the point: the 0-60 mph speed of a car does not define how long it takes to get across town.  And most customers buy servers to, well, get across town.

More than ninety percent of what we sell is not our fastest part. The market for the fastest part is always small and in this economy it’s likely even smaller.  And while Intel may leapfrog AMD in raw performance (for the moment, at least) with the ― oh so flattering ― overhaul of their server architecture, they are also introducing a new learning-curve and resource-drain for an already cost-sensitive and disruption-averse IT environment.

Interviewer:     

But Intel tells me this is what the market has been waiting for.

Me:                       

Value, consolidation and saving money is what’s hot at the moment ― and that’s not likely to change for the foreseeable future. With all of our competitor’s talk about memory bandwidth, they have ignored the market that cares the most about having a large memory footprint ― the 4P market.

Interviewer:     

But surely this is it, you can have no response?

Me:                       

We have demonstrated that our upcoming 6-core “Istanbul” processor, which is on track for launch in the second half of this year, is compatible with existing OEM platforms for a faster time to benefit. In early 2010, AMD plans to introduce our next-generation “Maranello” platform that will feature the 12-core “Magny-Cours” processor as well as serve as the platform for our “Bulldozer” architecture in 2011. The debate will continue.

Interviewer:     

But they win over 30 benchmarks. Surely that matters for something?

Me:                       

Only if you run your business on benchmarks.

Joking aside, nice job Intel, but value for money is what’s key in this market. </breathless>

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

 

 

 

 

 

 

 

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Mar 16

“All that is necessary for evil to triumph is for good men to do nothing.”

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Edmund Burke’s quote that is the title of this blog came to mind yesterday as I found myself thinking about and comparing my marketing career of ten years ago relative to today. 

Back then I was part of the team that launched the IBM e-Servers z Series – the 64 bit mainframe from Big Blue. In those years, IBM adhered to the consent decree that had been agreed to with the U.S. government.  To me personally what that decree meant, in marketing terms, was this:  don’t use your size, scale or market position to bully, belittle or unfairly lock out your competition. 

For much of the late 90s I sat close to and worked closely with IBM attorneys, and I think we did a pretty good job of adhering to those rules. Others may disagree, but I know we made it our plan to work within and respect those guidelines.

Ten years later the shoe is on the other foot.

Today I work for a company that has a relatively small share of the market, while one much bigger player maintains a monopoly (yes, I use that word deliberately and carefully). Recently translated documents from the Korea Federal Trade Commission indicate that our competitor does not share the ethical or legal view that guided my work of ten years ago. This blog, however, is not about that – I will leave our legal team to make that case.

Rather, what I want to do here is emphasize two key, related points: first, that competition is fundamentally good for the industry; and second, that competition should not be unfairly – or illegally – squashed simply to protect market share.

There is currently a lot of noise in our industry about how falling microprocessor prices show that competition is working.  Yet, price may not be the only thing to think of.  Here are some more:

-          Without competition the only 64 bit instruction set might be Itanium and not X86-64.

-          Without competition its likely Nehalem would not exist since its architecture is fundamentally a copy of the AMD64 (x86 64-bit) instruction set that is the heart of the AMD Opteron™ processor (as well as our entire line of 64-bit microprocessors).

-          Without competition between NVIDIA and ATI, Intel would probably not be investing in graphics and we would never have heard of Larrabee.

-          Without competition from ARM and the likes, Intel may never have introduced the Atom chip

I could go on but you get the point – competition is productive and beneficial in many ways.

Moreover, our civil antitrust case against our competitor is just one example that has brought to light how, in countries in which competition has been blocked, consumers face less choice and less price flexibility: the essence of monopolistic behavior.

Someone asked me this week if it was worth the money to fight this legal case. I think the Burke quote, which I chose as the title of this blog, is your answer. Companies, no matter how large, need to operate responsibly in markets around the world – something the government of Korea is only the most recent to conclude after reviewing the evidence taken from our competitor and its own customers. 

I believe in competition and I believe in our fight to bring balance back to the market.  What do you think?

 

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

 

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Mar 03

Celebrate Virtualization

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My blog today has temporarily relocated to the AMD Virtualization blog – please take a look.

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

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Feb 25

Smart

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AMD’s Pat Moorhead just posted a good read about smartphones, taking a look at the question of battery life. We think the industry could take steps to improve the benchmarks used to report on projected battery life, in order to help to educate consumers and manage their expectations. I’ll have more on that in the coming weeks.

In the meantime, check out Pat’s blog. If you’re not already you’ll likely want to follow him – he’s passionate about the industry and innovation.

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

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Feb 18

Well Done!

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Benchmarks can generate passionate debate, but from time-to-time one undeniably hits the mark.
 

Yesterday our friends at VMware blogged about a new performance record with the largest SPECweb®2005 score to date on a 16 core server.  Run on an HP ProLiant DL585 G5 with four Quad-Core AMD Opteronprocessors, the benchmark illustrates how advancements in hardware-assisted virtualization are helping make it the application of choice for IT managers looking for record-setting performance on high-demanding workloads or with high-traffic websites.

Both of which bring to mind cloud computing – something we’re talking about in San Francisco today at the IDC Cloud Computing Forum.  If it’s not already, the cloud needs to be on your radar.

If you haven’t seen VMware’s blog on this benchmark, read it here.
 

Well done!

 

SPEC and SPECweb are registered trademarks of the Standard Performance Evaluation Corporation.

 

 

Nigel Dessau is senior vice president and chief marketing officer at AMD. His postings are his own opinions and may not represent AMD’s positions, strategies or opinions. Links to third party sites are provided for convenience and unless explicitly stated, AMD is not responsible for the contents of such links sites and no endorsement is implied.

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