We explore how formal verification tools synergize with simulation technology to accelerate coverage closure in the SoC design and verification process.
Learn how our standard cell library characterization collaboration with TSMC helps chip designers achieve fast, accurate signoff for advanced process designs.
Why Sacrifice QoRs? Optimizing Design Signoff and Achieving Accurate Functional ECOs the Smarter Way
Learn how formal equivalence checking and functional ECO tools accelerate SoC verification and streamline chip design signoff with machine learning.
Explore the Functional ECO (engineering change order) process and learn how to accelerate the SoC design flow and reduce iterations with first-time-right ECOs.
Silicon lifecycle management (SLM) enables end-to-end visibility throughout the SoC design, manufacturing, and deployment process through intelligent analysis.
We look at how AI and machine learning boost SoC verification, enhancing both static and formal verification and increasing chip simulation performance.
See how cloud-based EDA tools and ready-to-use chip design flows accelerate the SoC design & verification process, thanks to Saas Instances on Synopsys Cloud.
We explain how chip floorplan design automation saves time and improves place and route (P&R) quality with insights from customer Global Unichip Corp. (GUC).
We explain how machine learning uncovers actionable insights throughout the chip design flow and how DesignDash accelerates debugging and design optimization.
Explore the world of point-of-care (POC) anatomical 3D printing and learn how our AI-enabled Simpleware software eliminates manual segmentation & landmarking.