Synopsys MACsec IP sets a new standard for automotive AI safety with ISO/PAS 8800 certification, delivering secure, real-time vehicle data.

The post World First: Synopsys MACsec IP Receives ISO/PAS 8800 Certification for Automotive and Physical AI Security appeared first on Chip Design.

Discover how Synopsys and Samsung Foundry accelerate multi-die innovation with AI-driven design, advanced packaging, and system-level optimization.

The post Accelerating Multi-Die Innovation: How Synopsys and Samsung are Shaping Chip Design appeared first on Chip Design.

Discover why AI sovereignty depends on strategic interdependence, helping nations balance priorities, build resilience, and thrive in a global AI ecosystem.

The post AI Sovereignty: Balancing National Priorities with Global Realities appeared first on Chip Design.

ETH Zurich and TUM advance Europe’s semiconductor leadership with new 7 nm AI chips powered by Synopsys tools, boosting innovation, skills, and HPC progress.

The post ETH Zurich and Technical University of Munich Advance European Chip Innovation appeared first on Chip Design.

Discover how LPDDR6 surpasses LPDDR5 and LPDDR5X in speed, efficiency, and reliability for next-gen smartphones, laptops, and wearables.

The post LPDDR6 vs. LPDDR5 and LPDDR5X: What’s the Difference? appeared first on Chip Design.

Discover how generative and agentic AI are reshaping chip design, boosting engineering productivity, and accelerating innovation across the semiconductor industry.

The post Generative and Agentic AI in Chip Design Explained appeared first on Chip Design.

Discover how system-level engineering, simulation, and AI convergence are enabling the next generation of autonomous, intelligent physical systems.

The post Engineering for the Exponential Complexity of Physical AI appeared first on Chip Design.

Discover how SiMa.ai delivered bug-free A0 silicon for physical AI, leveraging Synopsys tools for high-performance, low-power multimodal ML SoCs.

The post From Concept to Tape-Out: SiMa.ai Achieves Bug-Free A0 Silicon for Physical AI appeared first on Chip Design.

Renesas boosts multi-power supply design efficiency and verification with Synopsys Verdi, enabling faster, error-free chip development.

The post Renesas Electronics Accelerates Innovation in Large-Scale Multi-Power Supply Design and Verification appeared first on Chip Design.

Join Synopsys Converge 2026 in Santa Clara to explore silicon-to-systems innovation, AI, simulation, and the future of intelligent systems. Register now!

The post Register Now: Synopsys Converge 2026 Unites Silicon and Systems Communities to Re-Engineer the Future appeared first on Chip Design.

Discover why AI security must start at the silicon level to protect sensitive data, ensure model integrity, and meet global compliance standards.

The post Securing AI at Its Core: Why Protection Must Start at the Silicon Level appeared first on Chip Design.

Explore advanced multi-die design visualization with Synopsys Trace Viewer for efficient cross-die path analysis and error detection.

The post Visualizing Cross-Die Paths in Multi-Die Designs appeared first on Chip Design.

Machine‑learned force fields will deliver 10,000× faster atomistic simulations in 2026, unlocking breakthroughs in materials, chips, energy, and drug discovery.

The post Synopsys Bold Prediction: Force Fields Will Accelerate Atomistic Simulations by 10,000× in 2026, Unlocking New Era of Discovery appeared first on Chip Design.

Discover how Rebellions’ REBEL-Quad AI accelerator delivers high performance with superior energy efficiency for next-gen data centers.

The post Rebels with a Quad: Rebellions Redefines Energy-Efficient AI for Data Centers appeared first on Chip Design.

Discover how software complexity in vehicles is doubling, reshaping automotive design and business models for the next generation of smart cars.

The post Synopsys Bold Prediction: New Cars Will Contain 600 Million Lines of Code by 2027 appeared first on Chip Design.