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Bridging the Atom to the Fab: An AI-driven Vision for Next-Gen Semi Manufacturing
AI-driven semiconductor demand is pushing manufacturing complexity to new levels—from atomic-scale precision and advanced materials to high-NA EUV, 3DIC, and faster yield ramp. This webinar explores Synopsys’ vision for an atom-to-fab manufacturing continuum that connects atomistic simulation, TCAD, lithography, analytics, GPU acceleration, and AI automation to help reduce costly wafer-based learning and accelerate time to high-volume manufacturing.
What you’ll learn:
- Why AI, advanced nodes, new materials, and 3DIC are increasing semiconductor manufacturing complexity
- How atomistic simulation, TCAD, lithography, and analytics can support a more connected atom-to-fab workflow
- Ways GPU acceleration with NVIDIA is helping improve performance for lithography, TCAD, and atomistic simulation workloads
- How digital twins and AI automation can reduce reliance on costly wafer-based learning
- Real-world examples of design-technology co-optimization for faster process and product ramp
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Featured Speakers
Rahul Deokar
Rahul Deokar is an executive director of product management for the Synopsys EDA Group. Rahul received his M.S. in electrical and computer engineering from Iowa State University and MBA from Santa Clara University.
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