|
|
AMDs 45-nm quad-core Opteron processor, formerly known as "Shanghai," contains some notable advances over its predecessor, the 60-nm Barcelona. The AMD Shanghai is the first AMD chip built on the company's 45-nanometer manufacturing process, and chips in this series will have higher clock speeds, larger Level 3 cache sizes and better power efficiency compared with the previous generation of 65-nm Opteron processors. The first of these 45-nm Opteron processors is slated for two- and four-way systems. New 45-nm processors for single-socket servers and desktops will follow in 2009.
|
|
|
|
- New Features of AMD's 45-nm 'Shanghai' Processor
by Scott Ferguson - Performance45-nm with Immersion LithographyGreater frequency compared with Quad-Core AMD Opteron
- PerformanceAMD Memory Optimizer TechnologyEnhanced pre-fetching 2x Core Probe Bandwidth compared with Quad-Core AMD Opteron
- PerformanceAMD Balanced Smart Cache8MB: Twice the total cache compared with Quad-Core AMD Opteron
- PerformanceHyperTransport Technology 3.0Level 1 up to 17.6GB per second (not available until the second quarter of 2009)
- Power Efficiency45-nm with Immersion Lithography35 percent lower idle power compared with Quad-Core AMD Opteron
- Power EfficiencyAMD Smart FetchUp to 21 percent CPU power savings
- VirtualizationEnhanced RVIFaster world switch compared with Quad-Core AMD Opteron
- RASL3 Cache Index DisableSuperior data integrity
- AMD has used a common platform for its x86 chips, from the quad-core "Barcelona" and "Shanghai" to the six-core "Istanbul" and "Sao Paulo" chips.
|
xڽZ[s۸~~d_nw7ŗXbwIHB, JVeSjy |8oi&4oAuB>K9lHbc.!KvfzC7o``ƛVYQ|v$UK*7-;RLDL1OwҨxLO^>.B࿎F:|=F#mX021q#yF.#An{R7Yh[((6j{A،LQLDruzH&$fvȿ+|>o~QLg\M<4#9
"L7'f*Ή{'_tt6g4Wln(3сױ1,?ۈn |