Apple’s transition to Intel chips, as reported last week, displays a strategic move driven by necessity and ambition. However, industry experts suggest this is not a straightforward transition, as advanced Intel chips typically require two to three years to manufacture. Moreover, the translation of this shift into tangible benefits may take even longer due to the extensive and meticulous production process.
This potential deal, which has not yet been officially confirmed by either party, could present a mutually beneficial opportunity. Intel has been striving to reestablish its reputation as a credible contract chipmaker, while Apple seeks additional manufacturing capacity. This comes in light of Apple’s current supplier, TSMC, grappling with increased Artificial Intelligence (AI) chip demand led by companies such as Nvidia.
Supply issues have impacted iPhone sales, as Apple CEO Tim Cook noted in April. The prospective agreement with Intel aligns with the U.S strategy to bolster domestic chip manufacturing, using tariffs and incentives. Intel, holding a 10% stake in the company and having received a $5 billion investment from Nvidia on the request of President Donald Trump, is considered a critical player in this initiative.
However, Malcolm Penn, CEO of chip research firm Future Horizons, offers a cautious perspective. “The very best-case scenario would see the first chips produced within two to three years. Designing an SoC (system on chip) of this complexity takes two years, with an additional four months needed for production cycle time to ramp up,” he explained. Penn underscores that this estimation is contingent on Intel’s technology being fully developed and its design tools sufficiently reliable for Apple to rely on. He termed the deal as “a shotgun wedding,” due to the high degree of faith and commercial risk involved.
Despite being late to the AI boom, Intel has made tentative strides, securing Tesla as a customer in April and potentially entering a significant partnership with Apple. Experts are split over which Intel manufacturing process Apple will select.
While some predict Apple will follow Tesla onto Intel’s forthcoming 14A process, others foresee Apple prioritizing reliability over cutting-edge gains, potentially favoring 18A-P, a refined version of Intel’s most advanced process, or a reliable, older node such as Intel 3.
Bob O’Donnell, an analyst at TECHnalysis Research, believes Apple might opt for Intel’s 14A process technology, expected to be available by 2028 or 2029. He notes that if this comes to fruition, it would mark a pivotal development for Intel’s foundry business and U.S-based semiconductor manufacturing more broadly.
Daniel Newman, CEO of tech research firm Futurum Group, suggests that the mass production of Apple-designed chips may not commence until late 2027 or early 2028. It is anticipated that initial efforts will concentrate on less critical components used in MacBook Air or certain iPad Pro models.
Apple might adopt a cautious approach, initially testing Intel with lower-end products before entrusting them with their most essential chips, as per analysts. Intel, which has faced challenges with the timeline and quality of its chips, will need to meet Apple’s high yield expectations—a standard that TSMC has accustomed Apple to.
Paul Meeks, head of tech research at Freedom Capital Markets, voices skepticism. “Investors are betting on flawless execution by Intel, a company that hasn’t delivered for about 20 years. While Intel seems to have made progress with its latest manufacturing process, we should all at least modestly discount a perfect outcome,” he warned.
What is the predicted timeline for the production of Intel chips for Apple?
The best-case scenario predicts that the first chips could be produced within two to three years. However, the mass production of Apple-designed chips may not start until late 2027 or early 2028.
What factors could impact this timeline?
The timeline depends largely on whether Intel’s technology is fully developed and its design tools reliable enough for Apple to depend on. It is also contingent on Intel meeting Apple’s high yield expectations.
What could be the implications of this shift for Apple and for U.S. semiconductor manufacturing?
The shift could potentially provide Apple with the additional manufacturing capacity it seeks and help Intel rebuild its credibility as a contract chipmaker. If successful, it could also mark a significant development for U.S-based semiconductor manufacturing.
