Intel and Applied Materials Extend AI Chip Research to Speed U.S. Production

Intel and Applied Materials are extending their AI chipmaking research with a clear goal: getting new technologies into high-volume U.S. production faster. Their October 6, 2026 announcement covers transistors, chip wiring and advanced packaging. It sets out development work and intended benefits, rather than measured improvements in manufacturing speed or hardware performance.

The collaboration connects Applied’s EPIC Center in Silicon Valley with Intel’s research and development campus in Hillsboro, Oregon. Applied CEO Gary Dickerson said the expanded effort builds on decades of collaboration between the companies.

Three connected layers of chip development

Teams are already developing materials, manufacturing processes and device architectures for advanced logic chips targeting AI workloads. That work will continue at the EPIC Center. The agenda spans both transistor fabrication and the later manufacturing stages that create connections within chips.

• Transistors: The companies will pursue next-generation transistor technologies alongside new materials and device designs for AI computing.
• Interconnects: The partnership includes scaling the wiring that connects transistors, addressing the connections inside chips alongside the devices themselves.
• Advanced packaging: The teams will develop technologies for Intel’s Foveros-based 3D chip stacking. Their targets include denser connections, improved power delivery and better thermal performance for high-performance computing platforms designed to support emerging AI-agent workloads.

EPIC’s route from research to manufacturing

The proposed mechanism is earlier access and closer coordination. Applied says chipmakers will gain earlier access to its research portfolio, faster learning cycles and a quicker transfer of technologies into high-volume manufacturing.

Applied also expects the center’s joint innovation programs to give it better visibility into chipmakers’ needs across multiple technology generations. The company says that information will guide its research investments and improve research productivity, giving Applied a planning benefit alongside the development work with participating chipmakers.