Apple-Intel Foundry Deal Could Reshape U.S. Chip Manufacturing

The potential partnership would mark Intel’s biggest external foundry win yet—and a major test of U.S.-backed semiconductor strategy.

The reported preliminary agreement between Apple and Intel for Intel to manufacture some Apple-designed chips could signal far more than a new customer relationship. If realized at a meaningful scale, the partnership could reshape the economics of advanced semiconductor manufacturing, accelerate the transformation of Intel Foundry, and test the increasingly interventionist semiconductor strategy of the U.S.

The Wall Street Journal reported on Friday that Apple and Intel had reached a preliminary manufacturing agreement after more than a year of discussions. According to the article, the Trump administration played an active role in encouraging partnerships between Intel and major U.S. technology firms, including Apple, Nvidia, and SpaceX.

EE Times contacted Apple, Intel, and the U.S. Department of Commerce regarding the reported agreement. Intel responded that it was “unable to answer” EE Times’ questions at this time. Apple and the Commerce Department did not respond before publication.

Intel did indicate that it could provide background on Intel Foundry’s strategy, suggesting further details may emerge as the story develops.

Many of the most important questions surrounding the reported agreement remain unanswered. Neither company has confirmed which Apple chips Intel might manufacture, whether the work would involve leading-edge process technologies such as Intel 18A or 14A, or whether the arrangement would involve full-scale production, pilot manufacturing, packaging, or more limited chiplet-related work.

Those details matter because the scale and technical scope of the relationship may ultimately determine whether the agreement represents a modest diversification effort—or the beginning of a significant restructuring of the advanced semiconductor manufacturing landscape.

One factor potentially driving Apple to explore alternatives is growing pressure on TSMC as AI-related demand consumes increasing amounts of advanced-node capacity.

“The fact that advanced logic manufacturing capabilities at TSMC are highly constrained given AI will encourage existing customers of TSMC to explore other options for capacity,” Chris Miller, author of “Chip War” and professor at Tufts University, told EE Times.

AI infrastructure demand is increasingly reshaping the economics of advanced manufacturing. TSMC reported that high-performance computing (HPC), a category that includes AI accelerators, data-center processors, and related infrastructure chips—accounted for 61% of its first-quarter 2026 revenue, compared with 26% for smartphones. HPC revenue rose 20% quarter-over-quarter while smartphone revenue fell 11%.

The shift is also visible among TSMC customers. AMD reported first-quarter 2026 data center revenue of $5.8 billion, making it the company’s largest business segment and reflecting surging demand for EPYC CPUs and Instinct AI accelerators. Apple, by contrast, remains overwhelmingly dependent on consumer devices, particularly the iPhone.

Historically, Apple was often viewed as the dominant launch customer for TSMC’s newest manufacturing nodes. But the explosive growth of AI accelerators and hyperscale infrastructure may be changing the balance of power inside the semiconductor ecosystem. AI chips are physically larger, consume far more wafer area, require advanced packaging technologies, and often command higher margins than smartphone processors.

That shift may weaken Apple’s historical leverage over advanced manufacturing capacity and increase its incentive to diversify suppliers.

For Intel Foundry, the implications could be existential.

“An Apple-Intel partnership could be transformative for Intel, depending on the volume of chips produced,” Miller said.

He noted that Intel Foundry needs a major external customer to scale its manufacturing operations and justify the enormous ongoing investments required for advanced semiconductor production.

That challenge sits at the center of Intel’s broader strategic transition. For decades, Intel operated as a traditional integrated device manufacturer (IDM), designing and manufacturing its own processors internally. But as leading-edge fabs became vastly more expensive, the economics increasingly favored companies capable of aggregating manufacturing demand across multiple customers.

TSMC’s dominance emerged largely from that model. Intel historically relied on its own internal demand. Samsung also operates advanced-node foundry services, but TSMC remains the dominant supplier for most leading-edge AI and mobile processors.

Now, however, advanced-node manufacturing costs have risen to levels where Intel may struggle to justify continued investment based solely on its own processors. Intel Foundry, therefore, represents not simply a growth initiative but potentially a strategic necessity.

That strategic importance helps explain the extraordinary degree of U.S. government involvement surrounding Intel over the past two administrations.

Under the Biden administration, Intel received billions of dollars in support through the CHIPS and Science Act as part of a broader effort to rebuild domestic semiconductor manufacturing capacity.

The Trump administration went significantly further by acquiring a large equity stake in Intel—an unusually direct intervention in a private technology company. Historically, the U.S. government has taken major ownership positions primarily during moments of severe economic crisis, such as the rescues of General Motors, AIG, and major banks during the 2008 financial crisis.

Unlike those earlier interventions, Intel was not facing imminent collapse. Instead, the issue was strategic manufacturing capability.

The government acquired a 9.9% stake in Intel, making it one of the company’s largest shareholders, while insisting the investment remains passive and does not include a board seat.

The U.S. government increasingly views advanced semiconductors as critical infrastructure tied to AI leadership, military capability, and long-term geopolitical competitiveness. Intel remains the only plausible domestically-controlled candidate for the U.S. for a large-scale advanced logic foundry ecosystem capable of competing with TSMC.

The reported administration effort to encourage partnerships between Intel and companies such as Apple, Nvidia, and SpaceX, therefore, suggests the U.S. may be moving beyond simple semiconductor subsidies toward a more active industrial coordination strategy.

That approach also highlights a growing philosophical divergence between the U.S. and Europe. While Washington has become increasingly willing to directly support strategically important semiconductor firms, including through equity ownership, the European Union has historically placed greater emphasis on competition policy and limiting state-aid distortions within the single market.

For now, however, the technical and commercial realities remain uncertain.

EE Times will be watching closely to see:

Those answers may determine whether the reported agreement represents a symbolic hedge against TSMC concentration—or the beginning of a major shift in the structure of advanced semiconductor manufacturing.

“If Intel is able to build a successful business model around Intel Foundry,” Miller said, “this would significantly reduce U.S. reliance on East Asia for advanced chip manufacturing.”