Applied Materials and Intel Expand Research Partnership for Next-Generation AI Chip Manufacturing

Applied Materials and Intel announced an expanded research collaboration focused on advancing transistor, interconnect, and packaging technologies for artificial intelligence computing. The partnership will leverage Applied Materials' EPIC Center in Silicon Valley alongside Intel's research facilities in Oregon to accelerate development of materials and processes for next-generation logic nodes. The work encompasses both front-end and back-end manufacturing innovations, including advanced 3D packaging technologies designed to improve power delivery and thermal performance for high-performance compute platforms.

Applied Materials and Intel are combining their research capabilities to tackle the growing technical challenges facing AI chip development. The partnership centers on the EPIC Center, a new Silicon Valley facility designed to compress the typical timeline from laboratory discovery to mass production. By co-locating teams from both companies, the initiative aims to streamline decision-making and reduce delays that traditionally occur when transferring emerging technologies into manufacturing environments.

The collaboration addresses interconnect density, power management, and heat dissipation—critical bottlenecks for high-performance AI processors. Their work includes Foveros-based 3D stacking technology, which enables denser chip layering than conventional manufacturing. This front-end and back-end approach reflects recognition that advancing artificial intelligence infrastructure requires simultaneous breakthroughs across multiple manufacturing domains rather than isolated improvements in any single area.