EDA tools manage the complexity of modern system-on-chip designs, converting register-transfer level descriptions into optimized physical layouts while satisfying functional, electrical, timing, and manufacturing constraints. This process involves logic synthesis, physical design, signoff analysis, functional verification, and physical verification, with each stage feeding constraints into the next. As process nodes shrink and systems move toward chiplets, advanced packaging, and AI-driven design, EDA is evolving into an integrated optimization platform spanning RTL, silicon, package, board, thermal, electromagnetic, and system-level verification.
The increasing complexity of AI chips and advanced packaging makes EDA a binding constraint, requiring convergent optimization across the entire design stack.