Code: MTA8880 | Publication Date: Sep 2025 |
The expansion of the market is driven by rising demand for AI and high-performance computing chips, sustained electronics penetration in automotive and industrial applications, and continuous migration to advanced process nodes and advanced packaging.
Semiconductor Foundry Market is witnessing major growth with notable trends such as rapid transition toward gate-all-around at sub-3nm and a parallel focus on mature nodes for power, display, and MCU demand. Integration of front-end and advanced packaging capacity for 2.5D/3D stacking is accelerating. Capacity is diversifying across regions with new fabs and incentives to strengthen supply resilience. Customers are increasingly signing long-term capacity reservation agreements. Certifications of automotive-grade quality, dependability, and functional safety are increasingly important. AI-powered data-driven yield improvement and closer equipment-foundry cooperation are also becoming more common.
Semiconductor Foundry Market is accelerating with R&D in 2nm and 1.x-nm process technologies featuring backside power delivery and new materials. Scaling up for AI workloads involves integrating high-bandwidth memory with sophisticated logic through 2.5D/3D packaging. Wide-bandgap semiconductors like SiC and GaN are becoming popular in power electronics. At advanced nodes, new developments in metrology and lithography are improving pattern fidelity. Water, chemical, and energy efficiency sustainability initiatives are progressing, as are safe, traceable supply chains. To reduce the time-to-tape-out, foundries, EDA vendors, IP providers, and OSATs are strengthening their collaborative ecosystems.
Some of the leading companies include: