Ansys Semiconductors

Traditional design approaches are reaching their limits as chip designs grow more complex—driven by AI, high-performance computing, and multi-die architectures. Electrical, thermal, and electromagnetic effects are no longer isolated problems. They interact in ways that can directly impact timing, reliability, and overall chip performance. That’s where multiphysics-driven design becomes essential. Just eight months after Ansys joined forces with Synopsys, the company launched an innovative solution called Multiphysics Fusion technology. This cutting-edge tool integrates voltage drop, thermal effects, and electromagnetic interactions into the design closure phase—enabling engineering teams to identify and address problems sooner, decrease design iterations, and enhance overall performance, power, and area. Learn how Multiphysics Fusion technology integrates these analyses into the design flow to help engineering teams detect issues earlier and achieve faster, more accurate design closure. Read more: https://bit.ly/4ssRvyI #Synopsys #multiphysics #eda #semiconductors

As AI systems scale from data center to edge, verification complexity is exploding. Traditional approaches simply can't keep up. Synopsys has introduced software-defined hardware-assisted verification (HAV) -a major step forward in enabling the next generation of AI silicon. This technology offers: - -> Upto 2x performance boost and 2x capacity scaling for AI era mega designs -> New HAPS-200 and ZeBu-200 FPGA platforms delivering expanded emulation and prototyping capabilities -> Industry-first hardware-assisted test automation for earlier and faster bug detection These innovations help engineering teams validate increasingly complex, multi-die AI systems faster -improving coverage, reducing risk, and accelerating time-to-market. Read more -https://bit.ly/40E0TDm #semiconductors #eda #mulitphysics

At #NVIDIAGTC, Synopsys is highlighting the impact of our collaboration with NVIDIA on next-generation engineering. Together we are combining AI-driven computing with advanced engineering solutions to help R&D teams design, simulate, and verify intelligent systems faster, more accurately, and more efficiently. If you're attending GTC 2026, don't forget to meet us at booth #1135 Read more: https://lnkd.in/gayf7-2f #Synopsys #semiconductors #eda #multiphysics

At converge, we unveiled new joint solutions that highlight the power of Synopsys' silicon-to-systems engineering approach. Together with our partners, we're enabling the development of next generation systems by combining AI-driven technologies with best-in-class silicon design to signoff design tools. Read more: https://lnkd.in/e3WS9aJ4 Attend Livestream from here: https://lnkd.in/grfRVZaF #semiconductors #eda #multiphysics #SNPSCONVERGE

The relentless drive for higher performance, energy efficient, and functional density is accelerating the adoption of 3DICs in the next generation data center and edge AI systems. In this IEEE paper presentation, we introduce a multiphysics integrity simulation framework that brings together electrical, thermal, mechanical, and reliability analysis in a unified approach. The session will also demonstrate a practical EMIR, thermal, and structural integrity flow for complex 2.5D and 3D heterogeneous integration systems using Synopsys EDA tools. Don't forget to attend this extermely interesting session by Dr. Lang Lin. Register Here: https://bit.ly/4s8FC0B #multiphysics #semiconductors #ChipDesign #EDA

As chip designs grow more complex—driven by AI, high-performance computing, and multi-die architectures—traditional design approaches are reaching their limits. Electrical, thermal, and electromagnetic effects are no longer isolated problems. They interact in ways that can directly impact timing, reliability, and overall chip performance. That’s where multiphysics-driven design becomes essential. The new Multiphysics Fusion technology brings voltage drop, thermal effects, and electromagnetic interactions directly into the design closure process—helping engineering teams detect and resolve issues earlier, reduce design iterations, and improve overall PPA. Learn how Multiphysics Fusion technology integrates these analyses into the design flow to help engineering teams detect issues earlier and achieve faster, more accurate design closure. Read more: https://bit.ly/3NjwW8q #Synopsys #multiphysics #eda #semiconductors

Synopsys Converge starts tomorrow! Tune in live to experience our CEO keynote and other major highlights as we bring the event to global audience. Watch the #livestream from anywhere. Click here to register: https://lnkd.in/grfRVZaF #semiconductors #multiphysics #eda

Looking forward to the conversations at #GOMACTech2026. As systems grow more complex, bringing together silicon design and system-level expertise is key to accelerating innovation for aerospace and government applications. If you're attending, don’t miss the Synopsys sessions and demos. Register now: https://lnkd.in/gyMbfgsm #eda #synopsys #semiconductors #multiphysics

Kick off Synopsys Converge with this insight-driven pre-show event on March 11—don’t miss it! Regsiter Here: https://lnkd.in/g_NnY_H3 #semiconductors #multiphysics #eda

#SNPSCONVERGE 2026 is almost here! From advanced chip design to system-level innovation, this inaugural event is bringing together engineers, innovators, and industry leaders for two packed days of learning and collaboration. The full agenda is now LIVE: https://lnkd.in/gz9mFMu9 Looking forward to the sessions, insights, and discussions shaping the future of semiconductor design and innovation. If you’re attending, let’s connect!