Pioneering Electronic Design Automation
The Centre for Next Generation EDA Research in Hong Kong
As integrated circuits become increasingly complex, CEDAR develops new approaches that combine artificial intelligence, advanced algorithms, and high-performance computing to make chip design faster, smarter, and more efficient. Its research addresses emerging trends such as AI chips, chiplets, advanced packaging, and heterogeneous computing systems.
A key focus of CEDAR is the development of Large Circuit Models (LCMs), AI foundation models that can understand and optimize circuits across different stages of the design process. These technologies enable a new generation of AI-native EDA tools that go beyond conventional design automation methods.
CEDAR’s research is organized around four strategic areas: Large Circuit Models, AI-native EDA, GPU/CPU-Accelerated EDA, and Heterogeneous Processor Design. Together, these efforts aim to deliver more powerful design tools and accelerate innovation in semiconductor systems.
Through research excellence, industry collaboration, and talent development, CEDAR seeks to strengthen Hong Kong’s position as a global centre for EDA research and integrated circuit innovation.
Deliverables: From Foundation Models to Intelligent Chip Design
Large Circuit Models (LCMs)
Develop Large Circuit Models, laying the foundation for groundbreaking EDA solutions.
LCM-driven AI-native EDA
Leverage LCMs to develop AI-native solutions to EDA problems.
Accelerated EDA Methodologies
Design and implement faster and better EDA methodologies to significantly reduce turnaround time through GPU/CPU acceleration.
Application in Processor Design
The technologies developed will be applied to automate the design of heterogeneous processors.
AI for Chips. Chips for the Future.
CEDAR aims to strengthen Hong Kong’s position as a global hub for Electronic Design Automation (EDA) by attracting top researchers, students, and industry talent. Building on Hong Kong’s strong academic foundation, including The Chinese University of Hong Kong (CUHK)’s world-leading EDA research, the centre will support advanced EDA education, nurture future technology leaders, and create opportunities for close collaboration between academia and industry across the Greater Bay Area.
Through the development of next-generation EDA technologies, CEDAR will help foster startup growth, establish a vibrant academic-industry consortium, and accelerate technology transfer into real-world applications.