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hardware News items, Blog posts | ZDNet - Nov 24, 2008
AMD's 'Shanghai' processors are the company's first chips to utilize the improved performance and efficiency of 45nm technology. ZDNet Germany tests show that they have made up important ground on Intel Xeon chips …
Also tagged: hardware, performance, virtualization, servers, intel, benchmarks, semiconductors, nehalem, processors, shanghai, opteron, human resources, performance management, components, xeon, workforce management, intel xeon, intel corp, amd opteron, level 3 communications inc, advanced micro devices inc, dunnington cpu, shangahi, zdnet germany, christoph hochstatter zdnet germany, christoph hochstatter, processor development
hardware News items, Blog posts | ZDNet - Nov 24, 2008
AMD's 'Shanghai' processors are the company's first chips to utilize the improved performance and efficiency of 45nm technology. ZDNet Germany tests show that they have made up important ground on Intel Xeon chips …
Also tagged: hardware, performance, servers, intel, benchmarks, semiconductors, nehalem, processors, shanghai, opteron, human resources, performance management, components, xeon, workforce management, intel xeon, intel corp, amd opteron, level 3 communications inc, advanced micro devices inc, dunnington cpu, shangahi, zdnet germany, christoph hochstatter zdnet germany, christoph hochstatter, processor development
News items | ZDNet - Nov 24, 2008
AMD's 'Shanghai' processors are the company's first chips to utilize the improved performance and efficiency of 45nm technology. ZDNet Germany tests show that they have made up important ground on Intel Xeon chips …
Also tagged: hardware, performance, servers, intel, benchmarks, semiconductors, nehalem, processors, shanghai, opteron, human resources, performance management, components, xeon, workforce management, intel xeon, intel corp, amd opteron, level 3 communications inc, advanced micro devices inc, dunnington cpu, shangahi, zdnet germany, christoph hochstatter zdnet germany, christoph hochstatter, processor development
Hardware 2.0 - Nov 22, 2008
After initial overclocking disappointment with the Phenom, AMD has put effort into giving the Phenom II a fair amount of overclocking overhead. At a demo yesterday journalists were shown a 45nm Phenom II processor …
Also tagged: hardware, components
News items | ZDNet - Nov 17, 2008
Two systems, including one based on x86 chips, have become the first ever to break the petaflop/s barrier in the latest Top500 supercomputer list. Cray's XT5 Jaguar supercomputer has narrowly missed displacing IBM's …
Also tagged: hardware, networking, intel, ibm, top500, semiconductors, chip, processors, jaguar, supercomputer, components, roadrunner, network technology, matthew broersma zdnet co uk
Hardware 2.0 - Nov 17, 2008
Yesterday AMD released roadmaps outlining its plans for 2008 to 2011, and they look good. They give a company that seems to have been in a tailspin for several years a glimmer of much-needed hope - as long as it can …
Also tagged: hardware, graphics, components, amd ati
Between the Lines - Nov 16, 2008
AMD is targeting what Intel calls the netbook market, but not completely. Here’s a tale of semantic fun on Friday night. When I read Brooke Crothers report on how AMD wasn’t entering the netbook market I was shocked …
Also tagged: general, intel, hardware infrastructure
The Core Truth - Nov 15, 2008
Lost in all of the (inaccurate) commotion yesterday about AMD entering the netbook market were much broader changes in the company’s product plans as it struggles to regain profitability and keep up with a …
Also tagged: notebooks, servers, intel, desktops, semiconductors, pc gaming, quad core processors, multicore processors, pc graphics
Hardware 2.0 - Nov 14, 2008
Some highlights from AMD's Financial Analyst Day.
The Core Truth - Nov 14, 2008
AMD officially introduced its first 45nm processors today. Compared to its existing 65nm AMD Opterons, the new quad-core server processors code-named Shanghai, will offer better performance and use less power, and …
Also tagged: servers, quad core processors, multicore processors