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		<title>Intel shows off low-power chips at ISSCC</title>
		<link>http://www.pcnewszone.com/2012/02/21/intel-shows-off-low-power-chips-at-isscc/</link>
		<comments>http://www.pcnewszone.com/2012/02/21/intel-shows-off-low-power-chips-at-isscc/#comments</comments>
		<pubDate>Tue, 21 Feb 2012 12:41:00 +0000</pubDate>
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		<description><![CDATA[Intel has announced development of an ulta-low voltage processor which is capable of operating at voltages as low as 280mV, claiming the feat will assist it produce future chips with a five-fold increase in energy efficiency.

Announced ahead of the International Solid-State Circuits Conference in San Francisco, the chip is unlikely to win any performance awards. Based on a 32nm implementation of the original Pentium architecture, the prototype chip boasts a dynamic stroll reaching from 3MHz to 915MHz.

The consequent is the Intel Near Voltage Threshold Processor, which can tick above at a low tempo while drawing fair 280mV. When in 'turbo' mode, at these speeds something of a relative thought considering the summit tempo of the NVT process is beneath a gigahertz, the chip runs on fair 1.2V.

Intel also announced a modern method arrangement for floating-point processing, which allows the prototype processor to differ the precision of its calculations dynamically. The result, Intel claims, is a boost in energy efficiency of around sevenfold above traditional implementations. According to Intel's planned presentation, the variable-precision floating point fused-multiply add unit hits 52 to 162 gigaflops per watt at 1.45GHz. The technology will be used in Intel's future graphics products, the company confirmed, along with a vertex and pixel shading lighting accelerator capable of processing 2.05 gigavertices a moment while drawing fair 151mW.

The announcements come as Intel looks to lead the way into 'exascale' computing: processing at an exaflop level, rather than the gigaflop or teraflop levels of current systems. To reach that goal, the company is attempting to produce processor designs that boast increases in energy efficiency of between fifty and a hundred times that of current chips.

Much of the company's technology in this regard is dinky to the supercomputing market. The Many Integrated Cores (MIC) cards, Knights Ferry and Knights Bridge, as an example are fifty-core highly-parallel processors that are unlikely to find their way into the average gaming rig.

While the technology is being developed for supercomputing applications, however, it will trickle down to the consumer level above time. Intel has already declared war on ARM in the tablet and smartphone space with a system-on-chip (SoC) variant of its Atom processor family with in-built Wi-Fi connectivity. Building in a five-fold increase in energy efficiency would surely assist encourage diagram makers to produce the jump from the ARM instruction set architecture to x86.

Intel's work also holds the promise of cooler, faster chips on the desktop. As the number of transistors on a processor increases, so too does the risk of current leakage and heat dissipation issues. A vast increase in energy efficiency will surely assist the company in those regards until a practical alternative to silicon can be compose and proved to work on a commercial scale.

Sadly, the company has yet to offer a trace as to when the technologies shown of at ISSCC will be making their way to the production lines, instead preferring to talk up its Ivy Bridge processor family featuring tri-gate transistor technology.<div class='yarpp-related-rss'>

Related posts:<ol>
<li><a href='http://www.pcnewszone.com/2011/07/02/intel-unveils-50-core-maths-co-processor-card/' rel='bookmark' title='Intel unveils 50-core maths co-processor card'>Intel unveils 50-core maths co-processor card</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/27/intel-shrugs-at-tablets-potential-to-mess-up-pc-notebook-sales/' rel='bookmark' title='Intel Shrugs at Tablets&#8217; Potential to Mess Up PC, Notebook Sales'>Intel Shrugs at Tablets&#8217; Potential to Mess Up PC, Notebook Sales</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/30/arm-expects-half-of-mobile-pc-market-by-2015/' rel='bookmark' title='ARM Expects Half of Mobile PC Market by 2015'>ARM Expects Half of Mobile PC Market by 2015</a></li>
<li><a href='http://www.pcnewszone.com/2011/07/05/leaked-amd-roadmap-reveals-next-gen-fusion-tablet-chips/' rel='bookmark' title='Leaked AMD roadmap reveals next-gen Fusion tablet chips'>Leaked AMD roadmap reveals next-gen Fusion tablet chips</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/31/intel-reveals-skinny-ivy-bridge-ultrabooks-moores-law-defying-atoms/' rel='bookmark' title='Intel reveals skinny Ivy Bridge &#8216;Ultrabooks,&#8217; Moore&#8217;s Law-defying Atoms'>Intel reveals skinny Ivy Bridge &#8216;Ultrabooks,&#8217; Moore&#8217;s Law-defying Atoms</a></li>
</ol>
</div>
]]></description>
				<content:encoded><![CDATA[Intel has announced development of an ulta-low voltage processor which is capable of operating at voltages as low as 280mV, claiming the feat will assist it produce future chips with a five-fold increase in energy efficiency.

Announced ahead of the International Solid-State Circuits Conference in San Francisco, the chip is unlikely to win any performance awards. Based on a 32nm implementation of the original Pentium architecture, the prototype chip boasts a dynamic stroll reaching from 3MHz to 915MHz.

The consequent is the Intel Near Voltage Threshold Processor, which can tick above at a low tempo while drawing fair 280mV. When in 'turbo' mode, at these speeds something of a relative thought considering the summit tempo of the NVT process is beneath a gigahertz, the chip runs on fair 1.2V.

Intel also announced a modern method arrangement for floating-point processing, which allows the prototype processor to differ the precision of its calculations dynamically. The result, Intel claims, is a boost in energy efficiency of around sevenfold above traditional implementations. According to Intel's planned presentation, the variable-precision floating point fused-multiply add unit hits 52 to 162 gigaflops per watt at 1.45GHz. The technology will be used in Intel's future graphics products, the company confirmed, along with a vertex and pixel shading lighting accelerator capable of processing 2.05 gigavertices a moment while drawing fair 151mW.

The announcements come as Intel looks to lead the way into 'exascale' computing: processing at an exaflop level, rather than the gigaflop or teraflop levels of current systems. To reach that goal, the company is attempting to produce processor designs that boast increases in energy efficiency of between fifty and a hundred times that of current chips.

Much of the company's technology in this regard is dinky to the supercomputing market. The Many Integrated Cores (MIC) cards, Knights Ferry and Knights Bridge, as an example are fifty-core highly-parallel processors that are unlikely to find their way into the average gaming rig.

While the technology is being developed for supercomputing applications, however, it will trickle down to the consumer level above time. Intel has already declared war on ARM in the tablet and smartphone space with a system-on-chip (SoC) variant of its Atom processor family with in-built Wi-Fi connectivity. Building in a five-fold increase in energy efficiency would surely assist encourage diagram makers to produce the jump from the ARM instruction set architecture to x86.

Intel's work also holds the promise of cooler, faster chips on the desktop. As the number of transistors on a processor increases, so too does the risk of current leakage and heat dissipation issues. A vast increase in energy efficiency will surely assist the company in those regards until a practical alternative to silicon can be compose and proved to work on a commercial scale.

Sadly, the company has yet to offer a trace as to when the technologies shown of at ISSCC will be making their way to the production lines, instead preferring to talk up its Ivy Bridge processor family featuring tri-gate transistor technology. <!-- tag reader s --><div style="display:none"><a rel="tag">News</a><a rel="tag">intel</a><a rel="tag">cpu</a><a rel="tag">chips</a></div><!-- tag reader e --><div class='yarpp-related-rss'>
<p>Related posts:</p><ol>
<li><a href='http://www.pcnewszone.com/2011/07/02/intel-unveils-50-core-maths-co-processor-card/' rel='bookmark' title='Intel unveils 50-core maths co-processor card'>Intel unveils 50-core maths co-processor card</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/27/intel-shrugs-at-tablets-potential-to-mess-up-pc-notebook-sales/' rel='bookmark' title='Intel Shrugs at Tablets&#8217; Potential to Mess Up PC, Notebook Sales'>Intel Shrugs at Tablets&#8217; Potential to Mess Up PC, Notebook Sales</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/30/arm-expects-half-of-mobile-pc-market-by-2015/' rel='bookmark' title='ARM Expects Half of Mobile PC Market by 2015'>ARM Expects Half of Mobile PC Market by 2015</a></li>
<li><a href='http://www.pcnewszone.com/2011/07/05/leaked-amd-roadmap-reveals-next-gen-fusion-tablet-chips/' rel='bookmark' title='Leaked AMD roadmap reveals next-gen Fusion tablet chips'>Leaked AMD roadmap reveals next-gen Fusion tablet chips</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/31/intel-reveals-skinny-ivy-bridge-ultrabooks-moores-law-defying-atoms/' rel='bookmark' title='Intel reveals skinny Ivy Bridge &#8216;Ultrabooks,&#8217; Moore&#8217;s Law-defying Atoms'>Intel reveals skinny Ivy Bridge &#8216;Ultrabooks,&#8217; Moore&#8217;s Law-defying Atoms</a></li>
</ol>
</div>
]]></content:encoded>
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		<title>GlobalFoundries starts IBM chip production at Fab 8</title>
		<link>http://www.pcnewszone.com/2012/01/11/globalfoundries-starts-ibm-chip-production-at-fab-8/</link>
		<comments>http://www.pcnewszone.com/2012/01/11/globalfoundries-starts-ibm-chip-production-at-fab-8/#comments</comments>
		<pubDate>Wed, 11 Jan 2012 13:54:00 +0000</pubDate>
		<dc:creator><![CDATA[PC News Zone]]></dc:creator>
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		<description><![CDATA[GlobalFoundries, the chip fabrication specialist born out of AMD, has announced that it has begun production at its latest Fab 8 facility in Saratoga County, New York.

The first components to mosey off the company's production, GlobalFoundries has confirmed, will be based on the 32nm silicon-on-insulator technology jointly developed by members of IBM's Process Development Alliance, itself based on research conducted at the University at Albany's College of Nanoscale Science and Engineering.

Designed, GlobalFoundries claims, to vastly improve performance in the areas of multi-core blueprint and graphics, the same SOI blueprint was used in the chips at the heart of Watson, the supercomputer-cum-expert system that shot to fame as a winning contestant on the US gameshow Jeopardy! early last year.

Based in the Luther Forest Technology Campus, Fab 8 is claimed by GlobalFoundries to be the largest leading-edge semiconductor foundry in the world, with 300,000 square feet of clean-room space and a projected output of 60,000 wafers per month once fully ramped. The company has confirmed that production will concentrate on gate-first High-k Metal Gate (HKMG) manufacturing 32nm and 28nm parts, following the company's Fab 1 facility in Dresden hitting volume production on the same process.

Using gate-first, contrasted with gate-last, manufacturing, GlobalFoundries claims, provides a saving of around 10-20 per cent compared to similar HKMG solutions while providing the whole benefit of scaling a blueprint down from a 45nm or 40nm process size.

GlobalFoundries won't be the only company making IBM's modern chips, however: Big Blue's facility in East Fishkill, some 100 miles south of GlobalFoundries Fab 8, will also be churning out wafers for the company's latest designs.

"Today's announcement is a natural extension of our longstanding partnership with IBM that includes production of 65nm and 45nm chips at our fabs in Singapore and Germany," explained GlobalFoundries chief executive Ajit Manocha. "With the addition of our newest factory in New York, we will now be jointly producing chips with IBM at four fabs on three continents."

The chips, destined for server, storage and supercomputing applications, are also set to feature IBM's embedded DRAM (eDRAM) technology, which boosts on-processor memory performance while reducing component size to a third and standby power to a fifth of traditional SRAM components.

GlobalFoundries commitment to gate-first manufacturing on 32nm and 28nm parts comes despite an announcement from the company in January last year that it would be bright to a gate-last process for 22nm and 20nm parts, joining the majority of the fabrication world in placing the transistors' gates at the conclusion of manufacturing.<div class='yarpp-related-rss'>

Related posts:<ol>
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<li><a href='http://www.pcnewszone.com/2011/06/29/intel-cloverview-to-hit-at-same-time-as-windows-8-intel-vs-arm-matchup-coming/' rel='bookmark' title='Intel Cloverview to hit at same time as Windows 8, Intel vs. ARM matchup coming'>Intel Cloverview to hit at same time as Windows 8, Intel vs. ARM matchup coming</a></li>
<li><a href='http://www.pcnewszone.com/2011/07/02/intel-unveils-50-core-maths-co-processor-card/' rel='bookmark' title='Intel unveils 50-core maths co-processor card'>Intel unveils 50-core maths co-processor card</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/31/intel-reveals-skinny-ivy-bridge-ultrabooks-moores-law-defying-atoms/' rel='bookmark' title='Intel reveals skinny Ivy Bridge &#8216;Ultrabooks,&#8217; Moore&#8217;s Law-defying Atoms'>Intel reveals skinny Ivy Bridge &#8216;Ultrabooks,&#8217; Moore&#8217;s Law-defying Atoms</a></li>
</ol>
</div>
]]></description>
				<content:encoded><![CDATA[GlobalFoundries, the chip fabrication specialist born out of AMD, has announced that it has begun production at its latest Fab 8 facility in Saratoga County, New York.

The first components to mosey off the company's production, GlobalFoundries has confirmed, will be based on the 32nm silicon-on-insulator technology jointly developed by members of IBM's Process Development Alliance, itself based on research conducted at the University at Albany's College of Nanoscale Science and Engineering.

Designed, GlobalFoundries claims, to vastly improve performance in the areas of multi-core blueprint and graphics, the same SOI blueprint was used in the chips at the heart of Watson, the supercomputer-cum-expert system that shot to fame as a winning contestant on the US gameshow Jeopardy! early last year.

Based in the Luther Forest Technology Campus, Fab 8 is claimed by GlobalFoundries to be the largest leading-edge semiconductor foundry in the world, with 300,000 square feet of clean-room space and a projected output of 60,000 wafers per month once fully ramped. The company has confirmed that production will concentrate on gate-first High-k Metal Gate (HKMG) manufacturing 32nm and 28nm parts, following the company's Fab 1 facility in Dresden hitting volume production on the same process.

Using gate-first, contrasted with gate-last, manufacturing, GlobalFoundries claims, provides a saving of around 10-20 per cent compared to similar HKMG solutions while providing the whole benefit of scaling a blueprint down from a 45nm or 40nm process size.

GlobalFoundries won't be the only company making IBM's modern chips, however: Big Blue's facility in East Fishkill, some 100 miles south of GlobalFoundries Fab 8, will also be churning out wafers for the company's latest designs.

"Today's announcement is a natural extension of our longstanding partnership with IBM that includes production of 65nm and 45nm chips at our fabs in Singapore and Germany," explained GlobalFoundries chief executive Ajit Manocha. "With the addition of our newest factory in New York, we will now be jointly producing chips with IBM at four fabs on three continents."

The chips, destined for server, storage and supercomputing applications, are also set to feature IBM's embedded DRAM (eDRAM) technology, which boosts on-processor memory performance while reducing component size to a third and standby power to a fifth of traditional SRAM components.

GlobalFoundries commitment to gate-first manufacturing on 32nm and 28nm parts comes despite an announcement from the company in January last year that it would be bright to a gate-last process for 22nm and 20nm parts, joining the majority of the fabrication world in placing the transistors' gates at the conclusion of manufacturing. <!-- tag reader s --><div style="display:none"><a rel="tag">News</a><a rel="tag">IBM</a><a rel="tag">chip</a><a rel="tag">prodution</a><a rel="tag">cpu</a></div><!-- tag reader e --><div class='yarpp-related-rss'>
<p>Related posts:</p><ol>
<li><a href='http://www.pcnewszone.com/2011/05/30/arm-expects-half-of-mobile-pc-market-by-2015/' rel='bookmark' title='ARM Expects Half of Mobile PC Market by 2015'>ARM Expects Half of Mobile PC Market by 2015</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/29/fusion-chip-on-rise-as-netbooks-become-un-netbooks/' rel='bookmark' title='&#8216;Fusion&#8217; chip on rise as Netbooks become un-Netbooks'>&#8216;Fusion&#8217; chip on rise as Netbooks become un-Netbooks</a></li>
<li><a href='http://www.pcnewszone.com/2011/06/29/intel-cloverview-to-hit-at-same-time-as-windows-8-intel-vs-arm-matchup-coming/' rel='bookmark' title='Intel Cloverview to hit at same time as Windows 8, Intel vs. ARM matchup coming'>Intel Cloverview to hit at same time as Windows 8, Intel vs. ARM matchup coming</a></li>
<li><a href='http://www.pcnewszone.com/2011/07/02/intel-unveils-50-core-maths-co-processor-card/' rel='bookmark' title='Intel unveils 50-core maths co-processor card'>Intel unveils 50-core maths co-processor card</a></li>
<li><a href='http://www.pcnewszone.com/2011/05/31/intel-reveals-skinny-ivy-bridge-ultrabooks-moores-law-defying-atoms/' rel='bookmark' title='Intel reveals skinny Ivy Bridge &#8216;Ultrabooks,&#8217; Moore&#8217;s Law-defying Atoms'>Intel reveals skinny Ivy Bridge &#8216;Ultrabooks,&#8217; Moore&#8217;s Law-defying Atoms</a></li>
</ol>
</div>
]]></content:encoded>
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		<title>Update: AMD Resigns from BAPCo Over SYSmark 2012 Concerns; NVIDIA &amp; VIA Also Leave, BAPCo Responds</title>
		<link>http://www.pcnewszone.com/2011/07/01/update-amd-resigns-from-bapco-over-sysmark-2012-concerns-nvidia-via-also-leave-bapco-responds/</link>
		<comments>http://www.pcnewszone.com/2011/07/01/update-amd-resigns-from-bapco-over-sysmark-2012-concerns-nvidia-via-also-leave-bapco-responds/#comments</comments>
		<pubDate>Fri, 01 Jul 2011 14:35:00 +0000</pubDate>
		<dc:creator><![CDATA[PC News Zone]]></dc:creator>
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		<description><![CDATA[What&#8217;s in a Benchmark? This is a pertinent question that all users need to ask themselves, because if you don&#8217;t know what a benchmark actually tests and how that relates to the real world, the scores are meaningless. Today, AMD has announce...<div class='yarpp-related-rss'>

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<li><a href='http://www.pcnewszone.com/2011/05/31/intels-ivy-bridge-roadmap-narrowed-down-to-march-2012/' rel='bookmark' title='Intel&#8217;s Ivy Bridge roadmap narrowed down to March 2012'>Intel&#8217;s Ivy Bridge roadmap narrowed down to March 2012</a></li>
</ol>
</div>
]]></description>
				<content:encoded><![CDATA[<p>What&rsquo;s in a Benchmark? This is a pertinent question that all users need to ask themselves, because if you don&rsquo;t know what a benchmark actually tests and how that relates to the real world, the scores are meaningless. Today, AMD has announced that they are resigning from BAPCo over a long standing dispute over the weighting of scores within the SYSmark suite. AMD specifically references SYSmark 2012 (SM12), but there have been complaints in the past and the latest release is apparently the proverbial straw that broke the camel&rsquo;s back.</p>
<p>You can read more about the decision on Cheif Marketing Officer (CMO) Nigel Dessau&rsquo;s blog, but this announcement comes at an interesting time since BAPCo just shipped us copies of the final SM12 release. We haven&rsquo;t had a chance to run the suite yet, and we&rsquo;ll still have a look at the results and see how AMD and Intel platforms compare at some point, but it looks like we have a foregone conclusion: Intel will come out ahead. What we really need to examine is <em>why</em> Intel gets a better score.</p>
<p>If you&rsquo;ve been reading AnandTech for any length of time, you&rsquo;ll know that we place a lot more weight on real-world benchmarks rather than synthetic tests, but certain tasks can be very difficult to test in a meaningful way. How do you measure every day tasks like surfing the web in a meaningful way when most CPUs are 95% idle performing that task? When we really look at the market right now, in many cases we can conclude that just about <em>any</em> current computer will be fast enough for 90% of users. If you want to surf the Internet, write email, work in Office applications, watch some movies, listen to music, etc. you can do that on anything from a lowly AMD Brazos netbook to a hex-core monster system. Yes, we did leave out Atom, because there are certain areas where it falls short&mdash;specifically, certain movie formats prove to be too much for the current Atom platform, particularly if you&rsquo;re looking at HD H.264 content (e.g. YouTube and Hulu).</p>
<p>Reading through AMD&rsquo;s announcement and Nigel&rsquo;s blog, it&rsquo;s pretty clear what AMD is after: they want the GPU to play a more prominent role in measurements of overall system performance. On the one hand, we could say that AMD is simply trying to get benchmarks to favor their APUs, since Brazos and Llano easily surpass the Intel competition when it comes to graphics and video prowess. This would certainly be true, but then we also have to consider what users are actually doing with their PCs. SYSmark has always included a variety of tests, and certainly knowing how fast your computer is in regards to Excel performance can be useful. However, AMD claims that a disproportionate weight is given to some tests, with mention of optical character recognition and file compression activities in particular.</p>
<p>We don&rsquo;t have the full SM12 whitepaper yet, but we can look at the list of applications that are tested, and a few things immediately stand out. There are two web browsers in the list, but both versions are now outdated. Internet Explorer 8 has been replaced by Internet Explorer 9, and Firefox 3.6 is replaced by Firefox 4.0&mdash;with Firefox 5 just around the corner. Without newer browsers, HTML5 is basically untested by SM12, and while we understand that SM12 has been in development for a while, for something calling itself 2012 to include mostly 2010 applications feels out of place. Considering IE9 and FF4 both shift to GPU-accelerated engines, AMD would certainly have benefited from the use of the latest versions. The remaining applications look reasonable, but again we have no information on weighting of scores, so we&rsquo;ll have to see how the results pan out.</p>
<p>Ultimately, the main thing to take away from all of this is that, just like the PCMark, 3DMark, Cinebench, SunSpider, etc. benchmarks we routinely refer to, SYSmark 2012 is merely one more tool to analyze system performance. It will be interesting to see how other elements&mdash;like the presence or lack of an SSD&mdash;impact the score. In our opinion most users would benefit far more from running something like Llano with an SSD as opposed to Sandy Bridge with an HDD, so the CPU/GPU/APU are not the only factors, but it still depends on your intended use. If you&rsquo;re running a server, obviously the demands placed on the system will be far different from the average home computer. Multimedia professionals that spend a lot of time in Adobe Photoshop and/or Premiere likewise have different needs.</p>
<p>Is AMD right? Is heterogeneous (e.g. CPU and GPU working together) computing more important now than raw CPU performance, or is SYSmark12 merely proving what we already know: Sandy Bridge is really fast? Let us know what you think, but as always remember that when you&rsquo;re looking at benchmark charts, take a minute to think about what the bars actually represent. The full news release is below, but again you can find substantially more detail in Dessau&rsquo;s blog.</p>
<p><strong>Update</strong>: It turns out AMD is not the only party to have left the BAPCo consortium recently. We've just confirmed with NVIDIA that they have also left the BAPCo consortium. No reason was given.</p>
<p><strong>Update 2</strong>: BAPCo has released a statement in return. The consortium notes that AMD approved 80% of the development milestones and that AMD was never threatened with expulsion. The full statement is attached below.</p>
<p><strong>Update 3</strong>: We've finally gotten official confirmation (as rumored earlier) that VIA has also left the consortium. They have sent a short statement to SemiAccurate which we have included below. The basis of their complaints are much the same as AMD's: they don't consider SYSMark 2012 to reflect real world usage.</p>
<hr />
<p><em><strong>AMD Will Not Endorse SYSmark 2012 Benchmark</strong></em></p>
<p><em>&mdash; AMD Separates from Association with Industry Group BAPCo &mdash;</em></p>
<p><em><strong>SUNNYVALE, Calif. &mdash; 21, 2011 &mdash; </strong>AMD (NYSE: AMD) today announced that it will not endorse the SYSmark 2012 Benchmark (SM2012), which is published by BAPCo (Business Applications Performance Corporation). Along with the withdrawal of support, AMD has resigned from the BAPCo organization.</em></p>
<p><em>&ldquo;Technology is evolving at an incredible pace, and customers need clear and reliable measurements to understand the expected performance and value of their systems,&rdquo; said Nigel Dessau, senior vice president and Chief Marketing Officer at AMD. &ldquo;AMD does not believe SM2012 achieves this objective. Hence AMD cannot endorse or support SM2012 or remain part of the BAPCo consortium.&rdquo;</em></p>
<p><em>AMD will only endorse benchmarks based on real-world computing models and software applications, and which provide useful and relevant information. AMD believes benchmarks should be constructed to provide unbiased results and be transparent to customers making decisions based on those results. Currently, AMD is evaluating other benchmarking alternatives, including encouraging the creation of an industry consortium to establish an open benchmark to measure overall system performance.</em></p>
<p><em>AMD encourages anyone wanting more details about the construction and scoring methodology of the SM2012 benchmark to contact BAPCo. For more details on AMD&rsquo;s decision to exit BAPCo, please read AMD&rsquo;s Executive Blog authored by Nigel Dessau.</em></p>
<hr />
<p><em><strong>BAPCo&reg; Reaffirms Open Development Process For SYSmark&reg; 2012</strong><br /> <br /> SAN MATEO, Calif.&mdash;(BUSINESS WIRE)&mdash;Business Applications Performance Corporation (BAPCo&reg;) is a non-profit consortium made up of many of the leaders in the high tech field, including Dell, Hewlett-Packard, Hitachi, Intel, Lenovo, Microsoft, Samsung, Seagate, Sony, Toshiba and ARCintuition. For nearly 20 years BAPCo has provided real world application based benchmarks which are used by organizations worldwide. SYSmark&reg; 2012 is the latest release of the premiere application based performance benchmark. Applications used in SYSmark 2012 were selected based on market research and include Microsoft Office, Adobe Creative Suite, Adobe Acrobat, WinZip, Autodesk AutoCAD and 3ds Max, and others.<br /> <br /> Advanced Micro Devices (AMD) was, until recently, a long standing member of BAPCo. We welcomed AMD&rsquo;s full participation in the two year development cycle of SYSmark 2012, AMD&rsquo;s leadership role in creating the development process that BAPCo uses today and in providing expert resources for developing the workload contents. Each member in BAPCo gets one vote on any proposals made by member companies. AMD voted in support of over 80% of the SYSmark 2012 development milestones, and were supported by BAPCo in 100% of the SYSmark 2012 proposals they put forward to the consortium.<br /> <br /> BAPCo also notes for the record that, contrary to the false assertion by AMD, BAPCo never threatened AMD with expulsion from the consortium, despite previous violations of its obligations to BAPCo under the consortium member agreement.<br /> <br /> BAPCo is disappointed that a former member of the consortium has chosen once more to violate the confidentiality agreement they signed, in an attempt to dissuade customers from using SYSmark to assess the performance of their systems. BAPCo believes the performance measured in each of the six scenarios in SYSmark 2012, which is based on the research of its membership, fairly reflects the performance that users will see when fully utilizing the included applications. </em></p>
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<p><em><strong>VIA's Statement About Leaving The BAPCo Consortium</strong></em></p>
<p><em>VIA today confirmed reports that we have tendered our resignation to BAPCo. We strongly believe that the benchmarking applications tests developed for SYSmark 2012 and EEcoMark 2.0 do not accurately reflect real world PC usage scenarios and workloads and therefore feel we can no longer remain as a member of the organization.<br /> <br /> We hope that the industry can adopt a much more open and transparent process for developing fair and objective benchmarks that accurately measure real world PC performance and are committed to working with companies that share our vision.</em></p> <!-- tag reader s --><div style="display:none"><a rel="tag">News</a><a rel="tag">AMD</a><a rel="tag">SYSmark12</a><a rel="tag">BAPCo</a><a rel="tag">SYSmark 2012</a><a rel="tag">NVIDIA</a><a rel="tag">VIA</a></div><!-- tag reader e --><div class='yarpp-related-rss'>
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