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Magic Blue Smoke is a blog dedicated to discussing the challenges of low power ASIC Design
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Press Release
Jul
20
DesignWare minPower Components extend battery life and reduce power consumption
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Synopsys' Eclypse Low Power Solution Enables Fujitsu Microelectronics to Cut....
Synopsys Broadens DesignWare SATA Solution With Device IP
Euphonic Technologies Achieves First-Pass Silicon Success With DesignWare IP
Synopsys and UMC Release 65-Nanometer Low Power Design Flow
Synopsys Delivers 45-Nanometer Low Power Reference Flow
Synopsys Delivers Comprehensive Design Support for TSMC 40-Nanometer Process
ARM, Renesas Technology and Synopsys Define Industry's First Low-Power
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An Inside Look At Transaction-Level Power Modeling
Verification Methodology for Low Power: Your Blueprint to Working Silicon
Architectural Issues for Power Gating
Automating low-power design – a progress report
Viewpoint: Boost verification accuracy with low-power assertions
Powered Down
Static Checks for Power Management at RTL
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Synopsys Eclypse Low Power Solution
Eclypse Low Power Solution: Clock Tree Synthesis
Implementing an End-to-End Low Power Multi-Voltage Methodology
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Technical Papers
Low Power Verification Methodology for DSP Core using SVTB
Power and Signal Reliability using HSIMPlus
Automated Design Flow for Reducing Power in a High Performance Synthesizable Processor Core
A predictable approach of reducing clock-tree power using IC Compiler Low-power CTS
Design for Power Gating – and what UPF can, and cannot, do for you!
Leakage Power Optimization: An improved synthesis methodology
Power Rail Noise Minimization for EMC-aware Design
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Presentations
Multi-Voltage Implementation Methodology Using UPF
Hierarchical IEEE P1801 UPF Flow Case Study
Achieve Higher Performance and Lower Power Consumption for Mass Storage Designs with SATA Device IP
Galaxy Test:Power-Aware DFT/ATPG and Technical Updates
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Fundamentals of Low Power IC Design
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Mike Keating: The Future of Low Power 2008
Godwin Maben: Low Power Trends and Methodology
Design and Verification of Ultra Low Power SoCs with ARM Cores
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High Performance and Low Power
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