Power Gating

A 45nm 8-core enterprise Xeon® processor

Computer Architecture / Power Consumption / Circuit Design / Chip / Voltage regulator / Next Generation / Thermal design / Solid State Devices and Circuits / On-Chip Clock Distribution Networks / Voltage Regulators / Electrical And Electronic Engineering / Conversion Efficiency / Leakage Reduction / Power Gating / Next Generation / Thermal design / Solid State Devices and Circuits / On-Chip Clock Distribution Networks / Voltage Regulators / Electrical And Electronic Engineering / Conversion Efficiency / Leakage Reduction / Power Gating

A 45nm 8-core enterprise Xeon<sup>®</sup> processor

Computer Architecture / Power Consumption / Circuit Design / Chip / Voltage regulator / Next Generation / Thermal design / Solid State Devices and Circuits / On-Chip Clock Distribution Networks / Voltage Regulators / Electrical And Electronic Engineering / Conversion Efficiency / Leakage Reduction / Power Gating / Next Generation / Thermal design / Solid State Devices and Circuits / On-Chip Clock Distribution Networks / Voltage Regulators / Electrical And Electronic Engineering / Conversion Efficiency / Leakage Reduction / Power Gating

Ultra low power application specific instruction-set processor design for a cardiac beat detector algorithm

Cardiology / Processor Architecture / Wavelet Transforms / Case Study / Power Consumption / Design Methodology / Low Power Consumption / Low Power Electronics / Microcomputers / OPTIMIZATION TECHNIQUE / Dynamic Voltage and Frequency Scaling / Power Optimization / Embedded System / High Efficiency / Continuous wavelet transform / Power Gating / Ultra Low Power / Design Methodology / Low Power Consumption / Low Power Electronics / Microcomputers / OPTIMIZATION TECHNIQUE / Dynamic Voltage and Frequency Scaling / Power Optimization / Embedded System / High Efficiency / Continuous wavelet transform / Power Gating / Ultra Low Power

NOVEL SLEEP TRANSISTOR TECHNIQUES FOR LOW LEAKAGE POWER PERIPHERAL CIRCUITS

Average Power / Power Gating / Leakage Power / Sleep Transistor / State Retention

Ultra low power application specific instruction-set processor design for a cardiac beat detector algorithm

Cardiology / Processor Architecture / Wavelet Transforms / Case Study / Power Consumption / Design Methodology / Low Power Consumption / Low Power Electronics / Microcomputers / OPTIMIZATION TECHNIQUE / Dynamic Voltage and Frequency Scaling / Power Optimization / Embedded System / High Efficiency / Continuous wavelet transform / Power Gating / Ultra Low Power / Design Methodology / Low Power Consumption / Low Power Electronics / Microcomputers / OPTIMIZATION TECHNIQUE / Dynamic Voltage and Frequency Scaling / Power Optimization / Embedded System / High Efficiency / Continuous wavelet transform / Power Gating / Ultra Low Power

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