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@ 2011/02/27* Design Solutions for the “Bulldozer” 32nm: Showcasing AMD’s 32nm technology and leading-edge design techniques, this session will discuss the power savings, performance improvements and new competitive features offered up by “Bulldozer”. Session date and time:
* 40-Entry Unified Out-of-Order Scheduler and Integer Execution Unit for the AMD “Bulldozer”: This session will be used to dive even further into the Bulldozer architecture to understand its out-of-order execution set and how the integer unit performs. Session date and time: Monday,
* An 8MB Level-3 Cache in 32nm SOI with Column-Select Aliasing: Interested in the technical and design details of “Orochi,” AMD’s upcoming high-end desktop and server processor? This session will discuss the new technologies and power-saving features used in the design.
* A Low-Power Integrated x86-64 and Graphics Processor for Mobile Computer Devices: This session will look at AMD’s first generation Fusion processor, the AMD E-Series APU, formerly codenamed “Zacate,” which combines the power of an x86 CPU and AMD RadeonTM graphics manufactured on a 40nm die. You’ll learn how it was designed and how to optimize performance and energy usage.
and many more!
* 40-Entry Unified Out-of-Order Scheduler and Integer Execution Unit for the AMD “Bulldozer”: This session will be used to dive even further into the Bulldozer architecture to understand its out-of-order execution set and how the integer unit performs. Session date and time: Monday,
* An 8MB Level-3 Cache in 32nm SOI with Column-Select Aliasing: Interested in the technical and design details of “Orochi,” AMD’s upcoming high-end desktop and server processor? This session will discuss the new technologies and power-saving features used in the design.
* A Low-Power Integrated x86-64 and Graphics Processor for Mobile Computer Devices: This session will look at AMD’s first generation Fusion processor, the AMD E-Series APU, formerly codenamed “Zacate,” which combines the power of an x86 CPU and AMD RadeonTM graphics manufactured on a 40nm die. You’ll learn how it was designed and how to optimize performance and energy usage.
and many more!
We will speak of many things, cabbages and kings..
Battle stations battlestations! All ahead full..
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