【沙利文】全球半导体制造类EDA行业发展白皮书_51页_5mb

Summary

Global and China Semiconductor Manufacturing EDA Industry Overview

• Market Growth: The global semiconductor manufacturing EDA market is expanding rapidly, with China leading due to increased investment in自主创新 (domestic innovation) and emerging technologies like AI and IoT. By 2028, the global market is projected to reach $33.7 billion (up 169% CAGR from 2019-2023), while China's market is expected to grow to 42.2 billion RMB (212% CAGR, driven by policies like the "十四五" plan). China's growth rate exceeds the global average, fueled by government support and domestic demand.
• Key Insights: EDA tools are critical for chip design, manufacturing, and testing, enabling higher efficiency, yield improvement, and cost reduction. Challenges include reliance on foreign tools due to US export controls (e.g., BIS restrictions), forcing China to accelerate indigenous development. Opportunities arise from China's large-scale wafer fab expansion, with a focus on virtual wafer fabs enabled by digital twins.

Main Challenges

• Geopolitical and Technological Issues: US-China tech decoupling restricts access to advanced EDA tools, pushing Chinese companies to develop self-reliant solutions. This includes addressing technology gaps in nodes like 3-14nm, where TCAD tools face challenges due to quantum effects and lack of international roadmaps (e.g., IRDS).
• Complexity and Costs: Shrinking process nodes increase manufacturing complexity, leading to higher trial costs. Solutions like virtual wafer fabs can reduce risks and optimize production.
• Industry Barriers: High technical requirements prevent widespread adoption of EDA tools, with talent shortages and high R&D costs acting as significant hurdles. Companies need sustained investment and ecosystem collaboration to innovate.

Development Trends

• Digital Twins and Virtual Wafer fabs: This emerging trend uses computer modeling to simulate and optimize semiconductor production, reducing errors and speeding up innovation. By 2030, the global virtual wafer fab software market is expected to grow to $15.17 billion, with China's market projected at $4.93 billion.
• AI and Automation: AI-driven tools enhance predictive maintenance, quality control, and resource optimization in manufacturing. This integration deepens as semiconductors become more complex, supported by advancements in multi-physics simulation.
• Policy and Innovation: China's supportive policies (e.g., SEMI roadmap, government initiatives) boost EDA growth.本土企业 like Pinfeng Tunan and Gaolinwei are pioneering tools like TCAD and OPC, aiming for full国产替代 (domestic replacement).

Key Data and Findings

• Market Growth: China's semiconductor wafer production capacity is rising rapidly, with a CAGR of 203% for virtual wafer fabs. Total fab expenditure is increasing, creating demand for software tools that can reduce costs by 1% of total investments.
• Tool-Specific Insights: TCAD and OPC are vital for improving yield and efficiency, with TCAD growing at 236% CAGR and OPC at 336%. China's market splits between these tools, with OPC dominant due to practical applications in manufacturing.
• Virtual Wafer Fab Impact: By 2035, global software investments could reach $19.6 billion, driven by needs for sustainable manufacturing and risk reduction in advanced fab expansions.

Conclusion

The semiconductor manufacturing EDA industry is pivotal for innovation, with China poised for leadership through policy-driven growth and virtual wafer fabs. Key players must address challenges like technology gaps and talent shortages to capitalize on global demand.