HELPING YOU DESIGN THE CHIP INSIDE Products and Solutions ---------- SOLUTIONS ---------- Eclypse Low Power Solution Galaxy Design Platform • Design for Low Power • Design for Test • Design for Yield • RTL Synthesis • Physical Implementation • Sign-Off • Liberty CCS • SDC • Milkyway Discovery Verification Platform • Analysis and Debug Tools • Low-Power Verification • System Analysis & Design • Smart RTL Verification • Functional Equivalence Checking • Mixed-Signal • Languages Intellectual Property (IP) • DesignWare Library • DesignWare Verification IP • DesignWare Cores • DesignWare Star IP • DesignWare Foundry Libraries • IP Reuse Tools Design for Manufacturing • Design-Yield Analysis • Mask Synthesis • Mask Data Preparation • Lithography Verification • TCAD • Manufacturing Yield Management Professional Services • Tool and Methodology Deployment • Pilot Design Environment • Flow Optimization • Implementation • Verification Consulting • Concept to Parts • Core Hardening ---------- PRODUCTS ---------- BSD Compiler: Test synthesis Cadabra: Cell creation Calibration Library CATS: Mask data preparation Circuit Explorer: Analysis & Optimization coreAssembler coreBuilder coreConsultant CosmosLE: Layout design environment CosmosScope: Waveform analysis CosmosSE: Schem. design environment DC Ultra: RTL synthesis Design Analyzer: RTL synthesis Design Compiler: RTL synthesis DesignWare: Design & verif. IP DesignWare Virtual Platforms DFT Compiler MAX DFT Compiler: Test synthesis DSSA Sentry Enterprise: Layout editor ESP: Transistor-level Equivalence Checking Formality: Funct. equiv. checking Hercules: Physical verification HSIM HSPICE: Accurate circuit simulation IC Compiler IC Workbench Innovator: SoC / system modeling JupiterXT: Design planning Leda: RTL checker Library Compiler: Library compilation Liberty NCX: CCS Characterization Magellan: RTL formal verification Memory Solution Milkyway: Design database MVRC MVSIM NanoChar: 90 nanometer & below characterization NanoSim: Fast circuit simulation NanoTime Odyssey Defect/Odyssey YMS Paramos Pilot Design Environment Pioneer-NTB: SystemVerilog testbench automation Power Compiler: Power optimization PrimePower: Power analysis PrimeRail PrimeTime PX PrimeTime: Static timing analysis PrimeTime SI: Signal integrity analysis PrimeYield Tool Suite Proteus OPC PSM-Create & PSM-Check Raphael Raphael NXT Recipe Manager and Editor (RME) Saber: Multi-tech. simulation Scirocco: VHDL simulation Seismos Sentaurus Device Sentaurus Lithography Sentaurus Process Sentaurus Structure Editor Sentaurus TFM Sentaurus Topography Sentaurus Workbench SiVL-LRC: Lithography verification SpiceCheck SpiceExplorer Star-RCXT: Full-chip RC extraction Star-RCXT VX Star-SimXT: Fast circuit simulation System Studio: DSP algorithm design Taurus-Medici Taurus-TSuprem4 TetraMAX: ATPG VCS: Comprehensive RTL Verification VCS MX: Mixed-HDL simulation Vera: Testbench automation WaveView Analyzer DESIGN IMPLEMENTATION VERIFICATION INTELLECTUAL PROPERTY DFM/TCAD DESIGN SERVICES  PROFESSIONAL SERVICES TOOL & METHODOLOGY DEPLOYMENT FLOW OPTIMIZATION IMPLEMENTATION VERIFICATION CONSULTING STRATEGIC ALLIANCES BROCHURES DATASHEETS SUCCESS STORIES TECHNICAL PAPERS NEWS AND ARTICLES CONTACT US Power Management Project Survey Results A survey on the critical topic of power management was conducted by Synopsys Professional Services in April 2005 to document the trends and issues of power in modern SoC design projects. The following data summarizes the aggregated survey responses. Survey Results: Page 1 | Page 2 | Page 3 | Power Optimization Q1. Which of these most closely describes the characteristics of your design? Q2a. What is the primary target application for your design? Q2b. Is this for portable (hand-held) application? Q2c. What is the primary manufacturing hand-off for your design team? Q3. What is the target technology of your LAST, CURRENT, NEXT projects? Source: Synopsys Professional Services CONTACT US  | FEEDBACK  | LOCATIONS  |  PRIVACY POLICY  |  LEGAL

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