Applied Materials (Nasdaq: AMAT) and Intel (Nasdaq: INTC) are expanding their research and development collaboration to accelerate semiconductor manufacturing innovations for artificial intelligence computing, focusing on next-generation transistors, interconnects and advanced packaging technologies.
The collaboration will bring together Applied Materials’ Equipment and Process Innovation and Commercialization (EPIC) Center in Silicon Valley and Intel’s research and development campus in Hillsboro, Oregon. The companies aim to shorten development cycles and accelerate the transition of advanced semiconductor technologies from laboratory research to high-volume manufacturing in the United States.
The partnership comes as AI workloads increase demand for chips with greater computing performance, improved power efficiency and more advanced packaging. Semiconductor manufacturers are also facing greater technical complexity as they develop successive process nodes and integrate more computing capabilities into increasingly compact designs.
Focus on Advanced Logic and 3D Packaging
Applied Materials and Intel are working on next-generation materials, manufacturing processes and device architectures for advanced logic nodes targeting AI workloads. The work spans front-end and back-end-of-line manufacturing, including interconnect scaling, which is critical to improving how signals travel between components within a chip.
The companies will also advance packaging technologies for Intel’s Foveros 3D stacking architecture. The approach integrates semiconductor dies vertically to support higher interconnect density, improved power delivery and better thermal performance in high-performance computing platforms.
These developments are intended to support emerging agentic AI workloads, in which AI systems can execute multistep tasks with varying degrees of autonomy. As such applications become more demanding, chipmakers are seeking improvements across processing, data movement, energy consumption and heat management.
Applied Materials CEO Gary Dickerson said the companies’ decades-long relationship has focused on advancing materials engineering and the semiconductor technology roadmap. He said the expanded collaboration at the EPIC Center would help accelerate innovations in transistors, interconnects and packaging.
Intel CEO Lip-Bu Tan said the company is working with partners across the semiconductor ecosystem to address AI-driven requirements for performance, energy efficiency and packaging. He added that the expanded collaboration would help accelerate the path from research to high-volume manufacturing in the United States.
EPIC Center to Support Faster Commercialization
The collaboration will continue at Applied Materials’ new EPIC Center, which is scheduled to be operationally ready in 2026. The facility is designed to reduce the time required to commercialize semiconductor technologies, from early-stage research through large-scale manufacturing.
The center will give chipmakers earlier access to Applied Materials’ research and development portfolio, support faster experimentation and help transfer new technologies into high-volume production. Applied Materials also expects collaborative programs at the facility to improve visibility into technology requirements across multiple process nodes, guide research investments and increase R&D productivity.
Dr. Prabu Raja, president of Applied Materials’ Semiconductor Products Group, said closer cooperation between research and manufacturing teams is becoming increasingly important as semiconductor development grows more complex. Intel Foundry Chief Technology and Operations Officer Naga Chandrasekaran said the collaboration would help accelerate materials development and process innovation as demand for AI infrastructure expands.
Implications for US Semiconductor Manufacturing
The partnership highlights the growing importance of collaboration between semiconductor equipment suppliers and chipmakers as the industry develops technologies for increasingly demanding AI applications. Materials engineering, transistor design, interconnects and packaging are becoming closely linked challenges that require coordinated development.
For Intel, the work aligns with its focus on technology development and manufacturing capabilities for Intel Foundry customers. For Applied Materials, the EPIC Center provides a platform to work more closely with chipmakers and accelerate the commercialization of its research.
The companies have not disclosed a financial value for the expanded collaboration or provided specific product launch and manufacturing timelines. The stated objective is to shorten development cycles and bring advanced semiconductor technologies to production faster as AI computing requirements continue to evolve.
