Apple Plans Major Shift in Chip Production Strategy

For over a decade, Apple has relied almost exclusively on TSMC to manufacture its custom-designed chips powering iPhone, iPad, and Mac devices. However, according to recent reports from Bloomberg and industry insiders, Apple executives have begun exploratory talks with both Intel and Samsung.

This move signals a potential historic shift in Apple’s supply chain strategy, driven largely by the explosive demand for AI chips and increasing pressure on TSMC’s advanced manufacturing capacity.

Why Apple Wants to Reduce Its Dependence on TSMC

Apple typically prefers working with multiple suppliers for key components to ensure flexibility and competitive pricing. For example:

  • Displays: Samsung, LG, BOE
  • Memory chips: Samsung, SK Hynix, Micron

However, when it comes to its powerful A-series and M-series processors, Apple has relied solely on TSMC.

With companies like Nvidia reserving large portions of TSMC’s advanced 3nm and upcoming 2nm production capacity for AI data centers, Apple is facing limited manufacturing flexibility.

Apple CEO Tim Cook recently acknowledged during an earnings call that supply chain constraints are no longer about memory but rather advanced chip fabrication capacity—highlighting the urgency of finding alternative partners.

Intel and Samsung: What They Bring to the Table

Samsung’s Advantage in Advanced Manufacturing

Samsung is aiming to regain Apple’s trust with its upcoming 2nm (SF2) process technology. Apple executives have reportedly visited Samsung’s new semiconductor facility in Texas.

Samsung previously manufactured Apple chips before losing the contract to TSMC in 2016. Now, it is leveraging its:

  • Extensive global manufacturing network
  • Proven mass production capabilities

to re-enter Apple’s supply chain.

Intel’s Surprise Entry into the Foundry Business

Intel has emerged as an unexpected contender through its Intel Foundry Services division. Under CEO Lip-Bu Tan, the company is aggressively pursuing external clients.

Reports suggest Apple is particularly interested in Intel’s 18A (1.8nm-class) process technology, and has even signed non-disclosure agreements to evaluate Intel’s Process Design Kits (PDKs).

If successful, this partnership could bring Apple chip production back to the United States, offering:

  • Reduced logistical risks
  • Access to government incentives
  • Greater supply chain diversification

Impact on the Semiconductor Industry

Apple’s potential shift could reshape the global semiconductor landscape. Currently, TSMC controls over 60% of the market and leads with high yield rates (80–90%) and cutting-edge technology.

However, if Samsung or Intel secures Apple as a client, it could:

  • Intensify competition
  • Reduce TSMC’s dominance
  • Accelerate innovation across the industry

Meanwhile, competitors like Qualcomm and Google are also diversifying their chip manufacturing strategies—highlighting a broader industry trend.

What Comes Next for Apple?

At this stage, discussions remain exploratory, and no firm production agreements have been announced.

Apple is expected to test new manufacturing partners using lower-risk products, such as:

  • Entry-level iPads
  • Budget MacBook models

If Intel and Samsung can meet Apple’s strict quality and performance standards, we could see Apple-designed chips manufactured by multiple foundries as early as 2027.

Conclusion

Apple’s move to diversify its chip manufacturing partners marks a pivotal moment in the tech industry. By potentially collaborating with Intel and Samsung, Apple aims to build a more resilient, flexible, and competitive supply chain.

If successful, this strategy could redefine how advanced semiconductors are produced—shifting away from a single dominant supplier toward a more distributed and balanced ecosystem.