| Jun 14, 2010 | ARM, IBM, Samsung, GLOBALFOUNDRIES and Synopsys Announce Delivery of 32/28nm HKMG Vertically Optimized Design Platform
Companies demonstrate strength of collaboration at 47th DAC
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| Oct 20, 2009 | Synopsys Enables Optimized High-Performance Energy-Efficient ARM Processor-based Designs
Optimized Implementation Methodology Enables 2GHz Fully Synthesizable ARM Cortex-A8 Processor for Advanced Mobile and Consumer Applications
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| Jul 27, 2009 | ARM, Chartered, IBM, Samsung, and Synopsys Collaborate to Deliver Vertically Optimized Solution for 32/28nm Mobile SoC Designs
Companies combine low-power processor architecture, integrated design flow, and system-level IP on Common Platform foundry process
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| Mar 16, 2009 | Synopsys Introduces Lynx Design System
Production-Ready Design Environment Accelerates Chip Development and Mitigates Project Risk
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| Feb 23, 2009 | Industry's First Low Power Verification Methodology Manual
Newly Published Book Documents Best Practices by Experts from More Than 30 Companies
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| Jan 20, 2009 | Synopsys Enhances DesignWare Ethernet IP With Support for IEEE 1588 Specification and ARM AMBA 3 AXI Interface
Silicon-Proven IP Delivers Precision Clock Synchronization Capabilities and High-Throughput Connection for Ethernet-Based SoCs
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| Jun 09, 2008 | Synopsys Delivers 45-Nanometer Low Power Reference Flow for Common Platform Technology Validated with ARM
Comprehensive Flow Enhanced with Integration of Eclypse Low Power Solution Enabled by Unified Power Format
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| Jun 03, 2008 | ARM, Renesas Technology and Synopsys Define Industry's First Low-Power Verification Methodology
Methodology Enables Verification Engineers to Deploy Experts' Best Practices to Tackle Low-Power Verification Complexity
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| May 28, 2008 | Synopsys Releases Proven VMM Methodology Standard Library and Applications Under Apache Open Source License
VMM Available for Free Download from New 'VMM Central' Web Site
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| May 12, 2008 | Peking University Press to Publish a Chinese Edition of the ARM-Synopsys “Low Power Methodology Manual”
Book and University Courses Will Enable Broad Adoption of Aggressive Power Management Techniques in China
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| May 29, 2007 | Synopsys and ARM Optimize Reference Methodology for Aggressive Power Management
Enhanced Flow Uses Synopsys' IC Compiler and DC Topographical Technology to Manage Leakage for 65-Nanometer and Below Processes
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| May 29, 2007 | New Low Power Methodology Manual Demystifies Advanced Power Management
Springer Book Explains How to Ease Adoption of Aggressive Power Management Techniques
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| Mar 28, 2007 | Synopsys IC Compiler Enables Fully Automated 65-Nanometer Implementation Flow for ARM Cortex-A8 Processor
Flow Delivers a 5-10X Boost in Productivity for Mobile and Consumer Applications
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| Jul 18, 2006 | Industry Momentum Builds for the ARM-Synopsys VMM for SystemVerilog
Users Embrace the VMM Methodology for SystemVerilog and Synopsys' VCS® Native Testbench
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| May 15, 2006 | Design Compiler Topographical Technology-Based ARM-Synopsys Reference Methodology Delivers Higher Productivity
Enhanced Methodology Accelerates Time-to-Market for ARM Processors, Including Next-generation ARM Cortex-R4 Processor
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| Feb 27, 2006 | Synopsys, IBM, Chartered and ARM Collaborate to Extend low-power 90nm Reference Flow
Flow Supports IC Compiler for Common Platform's Low-Power Process
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| Jan 25, 2006 | ARM-Synopsys Verification Methodology Manual for SystemVerilog Endorsed by Leading Japanese Semiconductor
Japanese-Language Edition of the Manual to Be Published by CQ Publishing
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| Oct 03, 2005 | Synopsys and ARM Announce Synopsys IC Compiler Incorporated in Latest ARM-Synopsys Reference Methodology
Enhanced Reference Methodology delivers 10 percent higher performance
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| Feb 28, 2005 | ARM and Synopsys Announce Industry-First and Recommended Flow For ARM11 Family With Intelligent Energy
Galaxy™ Reference Flow Enables Faster Integration of ARM IEM Technology-Enabled IP for Low Power
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