Explore how rack-scale design, power, cooling, interconnects, and data movement are reshaping AI factories and the economics of usable AI.

The post Architecting AI Factories: Rack-Scale Design Series appeared first on Chip Design.

Learn why the rack is replacing the server as the unit of compute in AI factories, and how that shifts design toward cost per token and usable AI.

The post Architecting AI Factories: The Rack Becomes the New Unit of Compute (Part 1 of 4) appeared first on Chip Design.

Discover how Synopsys long-horizon AgentEngineer solutions autonomously execute complex chip and systems engineering workflows.

The post Introducing Synopsys Long-Horizon AgentEngineer™ Solutions and Autopilot™ Platform: Autonomous Engineering from Silicon to Systems appeared first on Chip Design.

See how agentic AI shifts engineers from execution to orchestration, judgment, and higher-value decision-making.

The post Agentic AI in Chip Design: From Execution to Orchestration (Part 4 of 4) appeared first on Chip Design.

Learn why domain expertise and company knowledge are becoming critical advantages for agentic AI in semiconductor design.

The post Agentic AI in Chip Design: Why Knowledge Becomes the Advantage (Part 3 of 4) appeared first on Chip Design.

Discover how agentic AI is evolving from assistance to autonomous engineering with goal-directed workflows across chip design.

The post Agentic AI in Chip Design: The Rise of Autonomous Engineering (Part 2 of 4) appeared first on Chip Design.

Explore quantum computing commercialization through hybrid workflows that delivered up to 14.6% end-to-end FEA gains on large industrial models.

The post The Commercial Case for Quantum Computing Is Taking Shape appeared first on Chip Design.

Rising chip complexity is outpacing engineering capacity. Learn why agentic AI may be key to scaling semiconductor innovation.

The post Agentic AI in Chip Design: Hitting the Capacity Wall (Part 1 of 4) appeared first on Chip Design.

Explore how agentic AI can scale chip design through autonomous engineering, operationalized expertise, and human orchestration.

The post Agentic AI in Chip Design: Four-Part Executive Series appeared first on Chip Design.

Learn how Synopsys and Arm Total Design help accelerate Physical AI systems with pre-validated IP, virtual development, and system-level design.

The post Synopsys Joins Arm Total Design for Physical AI to Advance Autonomous Systems appeared first on Chip Design.

Learn how industry leaders are improving AI energy efficiency through full-stack co-design, advanced packaging, and AI-driven chip design.

The post Energy-Efficient AI: How the Silicon Industry Is Engineering More Intelligence Out of Every Watt appeared first on Chip Design.

India’s semiconductor ecosystem is evolving through innovation, investment, and collaboration, positioning the country for greater global influence.

The post India’s Semiconductor Ecosystem is Moving from Participation to Influence appeared first on Chip Design.

Learn how HPE boosts HPC chip development with Synopsys tools, elastic compute resources, streamlined verification, and AI-driven workflows.

The post HPE: Accelerating High-Performance Computing Through Smarter Tools and Collaboration appeared first on Chip Design.

Discover how a lunar RF digital twin helps model wireless coverage, validate antennas, and reduce communications risks for Artemis missions.

The post Creating a Digital Twin of the Moon appeared first on Chip Design.

Learn how multi-die architectures are driving multiphysics analysis, co-design workflows, AI-driven exploration, and next-generation chip innovation.

The post Multi-Die, Multiphysics, and the New Rules of Chip Design appeared first on Chip Design.