Cadence Launches Conformal AI Studio, Improves SoC Productivity by 10x
Cadence Design Systems, a leading computational software company, has introduced Conformal AI Studio, a suite designed to enhance the productivity of system-on-chip (SoC) designers. It aims to address the increasing complexity of SoC design by leveraging AI and ML techniques. The suite includes tools for logic equivalence checking (LEC), automated functional engineering change orders (ECOs), and low-power static signoff. It is available in three core products: Conformal AI Equivalence, Conformal AI ECO, and Conformal AI Low Power. Conformal AI Studio is designed to support the most advanced implementation tool optimisations, enabling optimal power, performance, and area (PPA) outcomes. It works efficiently with Cadence digital design and signoff tools. Early customers, such as MediaTek (a semiconductor company) and Renesas (an electronics company), have reported significant benefits from using the suite. Renesas observed a 50% or more reduction in automated functional ECO flow runtimes. MediaTek’s deputy general manager, CW Ko, noted, “We’ve seen very positive results from our trials of Cadence Conformal AI Studio, where we were able to generate 83% smaller tactical ECO patches using the new Conformal AI ECO flows compared to our prior solution, and in nearly half the runtime.” The Conformal AI Studio is designed to tackle complex SoC design challenges by providing up to 10 times higher designer productivity and smaller ECOs. It incorporates AI-driven innovations such as distributed low-power engines and ML-driven abort resolution for logical equivalence checking. These features are expected to significantly improve the efficiency of SoC design processes. As Chin-Chi Teng, senior VP and GM at Cadence, explained, “Our new Conformal AI Studio addresses these challenges head-on. Next-generation fully distributed and multi-threaded core engines are ready to handle today’s most complex designs.” This month, Cadence also announced expanding its multi-year collaboration with NVIDIA, focusing on accelerated computing and agentic AI. This partnership addressed global technology challenges by driving innovation across various industries and involves Cadence leveraging NVIDIA’s latest Blackwell architecture to accelerate its engineering and scientific solutions.
‘We were able to generate 83% smaller tactical ECO patches using the new Cadence Conformal AI ECO flows.’
‘We were able to generate 83% smaller tactical ECO patches using the new Cadence Conformal AI ECO flows.’
["cadence", "chip design"]
["agentic AI", "programming_languages:R", "AI", "innovation", "ML", "cadence", "Git", "RAG", "Aim", "ViT", "R", "chip design"]
["AI", "ML", "agentic AI", "Aim", "RAG", "R", "Git", "ViT", "innovation", "programming_languages:R"]
An information designer who loves to learn about and try new developments in the field of tech and AI. She likes to spend her spare time reading and exploring absurdism in literature.