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INDUSTRIAL-GRADE EDA AI

Siemens EDA AI

We are pioneering EDA's future through industrial-grade, purpose-built AI solutions that accelerate semiconductor and PCB design.

Why industrial-grade EDA AI matters

Consumer AI is creative and fast. But chip and PCB design have different, more demanding requirements. Siemens EDA AI is purpose-built for the precision and high-stakes world of chip and PCB design.​

Accuracy is paramount. Every step, from schematic to tapeout, demands absolute precision. A single error risks wasted manufacturing costs, complete chip failure, or costly product recalls. ​

Robustness and reproducibility are critical. General-purpose LLMs are probabilistic and don't guarantee identical outputs, preventing reliable design block replication and consistent IP application. This creates challenges for verification and manufacturing. ​

Verifiability and traceability are essential. Engineers can't rely on a "black box." They need to understand how AI made its decisions: enabling them to trust and validate their final design.

Introducing Fuse EDA AI Agent

Orchestrate complex multi-tool workflows to boost productivity and increase design quality. ​

Fuse EDA AI system

Purpose-built for semiconductor and PCB design environments, this innovative solution delivers secure generative and agentic AI capabilities with unparalleled customization flexibility, seamlessly integrating across the entire EDA workflow.

Explore Siemens EDA AI portfolio

Siemens EDA AI portfolio enhances productivity, accelerates innovation and speeds time-to-market.

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Aprisa - 10x productivity boost, 3x compute-time efficiency, and 10% better PPA

Fuse EDA AI - Purpose-built EDA AI system for advanced generative and agentic AI

Questa - 3x reduction in verification coverage closure time and 10x reduction in the verification of design changes

Solido - 2-1000X+ faster simulation, variation-aware design and verification, characterization and IP validation

Tessent - 10x faster architecture implementation and 5x shorter test time for DFT

Veloce - 50% reduction in RTL compile time and 100% increase in throughput