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Accelerating Tool and Methodology Adoption
Take Full Advantage Of The Latest Tool Features And Methodologies
Design Flow Deployment
Optimize Your Design Flow To Address The Latest Design Challenges
Design Implementation Collaboration
Leverage Tapeout-proven Flows And Project Experience To Get Your Chip Done
Low Power Optimization and Verification
Implement Low Power Techniques To Optimize Your Chip’s Power Consumption
Predictable Silicon Sign-Off
Early Optimization For Physical Effects Improves Netlist Handoff
FPGA-Based Prototyping
Enabling Early System and Software Development
SoC Design and Verification
Achieve Rapid Design Closure By Applying Best Design Practices From The Start
Honeywell and Synopsys Enable Next-Generation Rad-Hard ASICs
Through the combination of a specially-targeted silicon-on-insulator (SOI) manufacturing technology and optimized design flow, Honeywell and Synopsys provide the industry's most comprehensive development capability for radiation-hardened (rad-hard) and radiation-tolerant ASICs.
News Releases
Oct
18
CYIT Completes Tapeout Five Weeks Ahead of Schedule with First-Pass Silicon Success
Mar
22
Wilocity Tapes-Out Multi-Gigabit Wireless Communication SoC Using Synopsys DesignWare IP
Nov
15
Synopsys and SMIC Team to Deliver Proven SoC Design Solution for 65-nm to 40-nm Process Nodes
White Paper
Reality Check: A Guide to Understanding Optimized Processor Cores
Oticon Success
We were extremely satisfied with the results achieved...
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News
Synopsys Low Power Solution Accelerates Time to Market for 3G Mobile IC
Wilocity Tapes-Out Multi-Gigabit Wireless Communication SoC Using Synopsys....
Synopsys and SMIC Team to Deliver Proven SoC Design Solution for 65-nm to 40-nm....
Synopsys Delivers Comprehensive Design Enablement for TSMC 28-nm Process....
Rockchip Collaborates with Synopsys and Chartered to Achieve First-Pass Silicon....
Synopsys Galaxy Implementation Platform Supports TSMC 28-Nanometer Process....
SMIC and Synopsys Announce Availability of Reference Flow 4.0
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All Synopsys News
Articles
Semi ecosystem collaboration more critical than ever
Complex SoC Testing with a Core-Based DFT Strategy
Applying Constrained-Random Verification to Microprocessors
SoC Design and Development
Practical Ways To Estimate, Implement, And Verify SoC Decoupling Capacitance
Delivering Simultaneous Silicon and Software
IC Design at Advanced Process Nodes: Add Flex to your Flow
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Datasheets
Accelerating Tool and Methodology Adoption
Design Flow Deployment
Design Implementation Collaboration
Low Power Optimization and Verification
Predictable Silicon Sign-Off
FPGA-Based Prototyping
SoC Design and Verification
More
Success Stories
Phonak: Synopsys Professional Services Helps Phonak Establish Rapid Prototyping Flow For Ultra Low Power Designs
Maxtek: Maxtek Leverages Synopsys' Services and ASIC Prototyping Solutions to Develop 12.5 GS/s Digital Receiver
Oticon: Delivering the Next Generation in Hearing Aid Technology
Tessera: Advanced Verification Flow Enables Rapid Generation of IP
Teradici: Combination of Tools, IP and Services Helps Launch StartUp
ITRI: Establishing a New Production Flow for Low Power SoCs
Tundra: Rapid Deployment of Complete, Production-Ready Flow
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White Papers
Reality Check: A Guide to Understanding Optimized Processor Cores
Power Hungry? Series - Advanced Dynamic Power Reduction Techniques
Managing Functional Verification Projects
Power Hungry? Strategies to Trim Your Chip's Appetite
Setting up a Versatile Flow & Environment to Improve Design Productivity
Improve SoC Design Productivity By Performing Quality Checks on
Measuring and Improving IC Design Productivity
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Technical Papers
CHIPS and iPEAS: It's not Mushy
Design methodologies and techniques for production low power SOC designs
Low-power SOC implementation: What you need to know
Selection and Integration of a Signal Processing Package for a SystemVerilog/VMM Verification Environment
Implementation Methodology for Dual-Mode GPS Receiver
Power Gating Design Tradeoffs and Considerations In Production Low-Power Designs
Implementing Multi-VDD Designs with DCT and ICC
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