Titlebook: High-Performance Energy-Efficient Microprocessor Design; Vojin G. Oklobdzija,Ram K. Krishnamurthy Book 2006 Springer-Verlag US 2006 CMOS.C

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Microprocessor Architecture for Yield Enhancement and Reliable Operation,cuits are described as a background. Then concept and methods of error detection and correction are described, followed by microarchitecture/logic design error detection and recovery techniques. Commercial microprocessors using error detection and recovery techniques are also presented.

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Processor Core and Low-Power SOC Design for Embedded Systems,a-chip (SOC) implementation called SH-Mobile3 that uses SH-X core and low-power circuit technology’s also described. The SOC applies power-switch circuit and low-leakage SRAM and achieves less than 100µA in a stand-by mode.

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Design of Energy Efficient Digital Circuits,ions for design in the energy-delay space. We examine how to explore the entire energy-delay space for a circuit and present an approach for the design and analysis in the energy-delay space which allows for energy reduction without performance penalty. Finally, we present techniques for the design of energy-efficient digital circuits.

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Static Memory Design,-ended reads, and control logic. We present design techniques to reduce SRAM dynamic and static power. We also cover issues pertaining to SRAM reliability, testing, and yield. Subsequently, we show how to implement efficient multi-port register file storage cells and peripherals and we present an example of replica-based self-timed control logic.

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Large-Scale Circuit Placement,cuits that have made the placement problem progressively more difficult — resulting in a recent shift toward “multi-core” microprocessors.We argue that this change is an extremely significant event, as it fundamentally changes how microprocessor design must be pursued.

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1558-9412 pplementary material: .Microprocessors of today contain close to a billion transistors, while achieving the performance of super-computers just a decade ago. Designing such processors takes hundreds of people organized into large teams. High Performance Energy Efficient Microprocessor Design is writ

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