Intel and AMD potential collaboration discussed with Lisa Su
For decades, the semiconductor landscape has been defined by a fierce competition between Intel and AMD, locked in a relentless battle for dominance in the processors that power everything from personal computers to massive data centers. Yet, in this high-stakes rivalry, the lines between pure competition and strategic collaboration are increasingly blurring.
The dynamic is shifting as Intel CEO Lip-Bu Tan outlines a bold new strategy aimed not just at reclaiming market share, but fundamentally reshaping how silicon is designed and delivered. Tan is signaling a pivot away from relying solely on internal roadmaps and toward a flexible, customer-centric approach that acknowledges the growing demand for silicon tailored to specific workloads.
“We have to reclaim the leadership in CPU,” Tan asserts, emphasizing his determination to redefine Intel’s role in the industry. This change is rooted in a desire to move beyond conventional processor design and embrace innovation across the entire semiconductor ecosystem.
This reimagined strategy extends far beyond traditional CPUs. Tan is aggressively focusing investment on areas ripe for exponential growth, including application-specific integrated circuits (ASICs), co-packaged optics (CPO), physical AI, and advanced packaging. His ambition is clear: to ensure two or three of these cutting-edge fields eventually contribute around 10% of Intel’s total revenue.
A significant component of this transformation involves the foundry business. Intel is pushing the boundaries of manufacturing, having reached volume production in its 18A process and making strong progress on its next-generation 14A process. The development of the 14A process design kit (PDK) is now on track, with plans for full volume production set for early 2027. This push for manufacturing scale requires an immense level of trust from customers, as they entrust Intel with the production of chips that form the core of their own revenue streams.
The process of building this trust is critical. Tan acknowledged that manufacturing is not just about technology; it is about responsibility. When a customer hands over wafers, the stakes are incredibly high, meaning any delays or manufacturing issues can be profoundly costly. This necessity for mutual faith underscores the strategic nature of Intel’s foundry ambitions.
This collaborative spirit is not new. Intel and AMD have a history of working together, establishing groups like the x86 Ecosystem Advisory Group to synchronize improvements in the instruction set architecture. This cooperation has recently expanded into the realm of AI software, with both companies integrating their CPU optimization work—such as AMD’s ZenDNN optimizations—into Intel’s open-source oneDNN library, creating a unified path for AI inference on CPUs.
While the technological competition remains fierce, the underlying movement points toward shared interests. The discussions taking place between Intel and AMD leadership signal that the future of the industry may hinge less on rivalry and more on finding synergistic paths. The potential for cooperation, particularly in complex areas like AI and advanced manufacturing, offers a promising new chapter for the semiconductor world.
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