- All Products
- Software Integrity
- Semiconductor IP
- Verification
- Design
- Silicon Engineering
- Application Security Services
- Dynamic Analysis (DAST)
- Mobile Application Security
- Penetration Testing
- Managed Static Analysis
- All Services
- Software Security
- Silicon Design
- Community
- About Us
< All Products
< All Products
< All Products
< All Products
< All Products
< All Products
< overview
All Products
+ Software Integrity + Semiconductor IP + Verification + Design + Silicon Engineering + Optical Solutions< Software Integrity
< Software Integrity
Application Security Services
Dynamic Analysis (DAST) Mobile Application Security Penetration Testing Managed Static Analysis< Software Integrity
< Software Integrity
< Software Integrity
Blog
< Software Integrity
Support
< overview
Software Integrity
+ Application Security Products + Application Security Services + Resources + Training & Education Blog Support< Semiconductor IP
< Semiconductor IP
Memories & Libraries
Logic Libraries Memory Compliers Duet Packages HPC Design Kit Embedded Test & Repair Non-Volatile Memory< Semiconductor IP
< Semiconductor IP
Processor Solutions
ARC Processors Embedded Vision Processors Development Tools Operating Systems Ecosystems ASIP Tools< Semiconductor IP
< Semiconductor IP
< Semiconductor IP
< Semiconductor IP
< Semiconductor IP
< overview
< Verification
< Verification
< Verification
< Design
< Design
< Design
< overview
< Silicon Engineering
< overview
< main menu
< Solutions
< Solutions
Industry Solutions
Automotive Cloud Computing Financial Services Industrial Controls Systems Healthcare Mobile Devices< Solutions
< overview
< All Services
< All Services
< All Services
< overview
< Software Security
Software Security Professional Services
Embedded Software Testing Insider Threat Detection Red Teaming Secure Coding Guidelines Software Architecture & Design Thick Client Testing< Software Security
Managed Services
< Software Security
Program Development & Design
Maturity Model (BSIMM) Maturity Action Plan (MAP) Policies & Standards Security Metrics Software Security-in-a-Box< Software Security
< Software Security
Support
< overview
< Silicon Design
< Silicon Design
< Silicon Design
< Silicon Design
< main menu
< Community
Community
Community Overview< Community
< Community
< Community
Interoperability
ARC Access HAPS Connect HSPICE Integrator In-Sync System-Level Catalyst TAP-in VC Apps Access< Community
< Community
< Community
< overview
Community
+ Community + SNUG + Partners + Interoperability + Academic Programs + Company Blogs + BSIMM< About Us
< About Us
< About Us
< About Us
< About Us
Achieve the Best QoR and Productivity
Optimize Designs for Power, Performance, Area, and Yield
The Technology Behind 90% of FinFET Designs
Using the Synopsys Design Platform, you can quickly develop advanced digital, custom, and analog/mixed-signal designs with the best power, performance, area, and yield. Most of today’s cutting-edge FinFET high-volume production designs are implemented using Synopsys tools. Many of the optimization technologies developed specifically for the FinFET process also benefit designs at 28nm and other established nodes.
The Industry's Leading Digital Design Technologies
- Rely on our Design Compiler® family of synthesis and test tools for the fastest, most predictable RTL implementation
- Achieve industry-best QoR with our next-generation IC Compiler™ II place-and-route system
- Shorten test pattern generation from days to hours with our next-generation TetraMax® II ATPG and diagnostics solution
Visually-Assisted Automation For Faster FinFET Custom Design
- Shrink FinFET design tasks from days to hours using Custom Compiler™ visually-assisted automation
- Ensure accuracy, performance, and capacity with our industry-leading CustomSim™, FineSim®, and HSPICE® circuit simulators
The Gold Standard For Signoff
- Leverage our PrimeTime® suite of tools for timing, signal integrity, power, and variation-aware analysis
- Eliminate costly late-stage iterations by identifying and fixing voltage drop and electromigration issues earlier with PrimeRail In-Design power analysis
- Model the physical effects of advanced multi-patterned FinFET technologies with our StarRC™ parasitic extraction tool
Production-Proven Physical Verification
- Speed up design closure with IC Validator physical verification for In-Design signoff analysis and automatic repair of design rule violations (including multi-patterned FinFET)
- Reach final DRC/LVS/FILL signoff faster with IC Validator’s high performance engines and intelligent multicore scalability
NEWS
ANSYS And Synopsys To Partner In Accelerating Robust Design Optimization
Learn More
IC Compiler II Completed Certification for TSMC's 7-nm Process Technology
Learn More
Video
Custom Compiler Cuts Layout Tasks from Days to Hours
Learn More
High-Performance Design
Achieve maximum performance and optimal power for the ARM Cortex-A73 Processor using Galaxy Design Platform
Learn More
Better Reliability
IC Validator’s EERC mixed-mode checking technology reduces design time to market, improves reliability, and ensures longer device operation
Learn MoreSynopsys Design Platform
The Technology Behind 90% of FinFET Designs