Apple is reportedly in discussions with Intel and Samsung to diversify its chip manufacturing away from TSMC, according to recent reports. This would represent a significant strategic shift for Apple, which has relied almost exclusively on TSMC to produce the silicon that powers every iPhone, iPad, Mac, and Apple Watch.
The move, if confirmed, is driven by supply chain risk management — and the timing connects directly to escalating trade tensions and the ongoing pressure to reduce dependence on Taiwanese manufacturing.
Why Is Apple Looking Beyond TSMC?
TSMC — Taiwan Semiconductor Manufacturing Company — is the world’s most advanced chip foundry and has been Apple’s exclusive manufacturing partner for its custom silicon for years. Every A-series and M-series chip that Apple designs is fabricated by TSMC at its facilities in Taiwan.
That arrangement has served Apple well. TSMC consistently delivers the most advanced process nodes available, giving Apple chips that are faster and more power-efficient than competitors.
But the geopolitical concentration risk is real. Taiwan sits at the center of one of the world’s most sensitive geopolitical flashpoints, and any disruption to TSMC’s operations — whether from conflict, natural disaster, or trade restrictions — could halt Apple’s entire hardware production chain.
The US government has also been pushing major technology companies to build out domestic and allied semiconductor manufacturing capacity. Intel has invested heavily in its new US foundry business under its Intel Foundry Services division, and Samsung operates advanced fabs in South Korea and is building new facilities in Texas.
What Role Would Intel Play?
Intel’s potential involvement is particularly interesting. Intel Foundry Services has been positioning itself as an alternative to TSMC for high-end chip manufacturing, but it has struggled to attract major customers as it catches up on process technology.
Landing Apple as a customer — even for a portion of its production — would be a transformative win for Intel’s foundry ambitions. Reports suggest Apple is considering Intel for lower-performance chips, potentially components like Wi-Fi, Bluetooth, or power management chips rather than the main application processors.
Apple has reportedly already kicked off a new production run of A18 Pro chips, with MacBook Neo demand exceeding expectations according to recent reports. That demand pressure reinforces why diversifying manufacturing partners makes strategic sense.
What Role Would Samsung Play?
Samsung has a more complicated relationship with Apple. The two companies have long been fierce competitors in smartphones, and Apple famously moved iPhone display and memory orders away from Samsung in previous years in response to that competitive dynamic.
However, Samsung Foundry — Samsung’s chip manufacturing division — is separate from its device business. Apple has used Samsung Foundry in the past for certain components, and re-engaging Samsung as a manufacturing partner for specific chip types is not unprecedented.
Samsung’s foundry operations in South Korea provide geographic diversification from Taiwan, which is one of the core goals of Apple’s reported strategy.
What Does This Mean for iPhone and Mac Users?
For consumers, the most immediate implication is supply chain resilience. If Apple successfully diversifies its chip manufacturing across TSMC, Intel, and Samsung, it reduces the risk of production bottlenecks that could delay product launches or limit availability.
In the longer term, competition among foundry partners could also put downward pressure on manufacturing costs — though Apple is unlikely to pass those savings to consumers in the near term given its current pricing strategy.
The Apple chip supply chain story connects closely to the broader conversation about Apple’s device roadmap. With WWDC 2026 set for June 8, Apple is expected to preview iOS 27, macOS 27, and new AI features — you can read about the expected software changes in our coverage of iOS 27 Will Move Siri Into the Dynamic Island With a New Chatbot Interface and macOS 27 Will Not Support Intel Macs: Here Is What It Means for You.
The Broader Semiconductor Landscape
This development sits within a larger global push to diversify chip manufacturing. The CHIPS and Science Act in the United States has pumped billions of dollars into domestic semiconductor production, and governments in Europe, Japan, and India are running similar programs.
Apple’s potential move to engage Intel and Samsung as manufacturing partners is consistent with that broader realignment. It also signals that even the companies most satisfied with TSMC’s quality and output are taking supply chain concentration risk seriously.
For Intel specifically, landing even a portion of Apple’s chip orders would be a meaningful vote of confidence in its foundry transformation — a program that has been the centerpiece of its turnaround strategy.
Frequently Asked Questions
Why does Apple currently use TSMC for all its chips?
TSMC consistently offers the most advanced process nodes — currently 3nm and moving toward 2nm — which gives Apple’s custom silicon a performance and efficiency advantage over competitors. Apple has been a TSMC customer for its A-series and M-series chips for many years.
Is Apple abandoning TSMC?
No. Reports suggest Apple is looking to diversify manufacturing partners for certain chip types, not to replace TSMC entirely. TSMC is expected to remain Apple’s primary foundry for its main application processors.
What chips might Intel or Samsung make for Apple?
Reports suggest Apple may be considering Intel or Samsung for lower-complexity components such as Wi-Fi and Bluetooth chips, power management chips, or other supporting silicon — rather than the main A-series or M-series application processors.
When would Apple start using Intel or Samsung chips in its products?
No confirmed timeline has been announced. These are early-stage discussions, and it could be several years before any new manufacturing arrangements result in chips appearing in consumer products.
Does Apple manufacture any of its own chips?
Apple designs all of its own chips — including the A-series, M-series, and S-series silicon — but it does not operate its own chip fabrication facilities. Manufacturing is outsourced to foundry partners like TSMC.
The Strategic Imperative
Apple diversifying chip manufacturing partners is not a sign of dissatisfaction with TSMC. It is a sign of strategic maturity. Concentration risk in a single geographic region for your most critical component is a business vulnerability, and Apple is addressing it proactively.
Whether Intel and Samsung can meet Apple’s stringent performance and quality requirements at scale remains to be seen. But the mere fact that Apple is having these conversations is a meaningful development for the global semiconductor industry — and for anyone paying attention to where the future of iPhone silicon is headed.
For more Apple news and analysis, check out Two New macOS Malware Threats Are Targeting Developer Credentialsand keep an eye on our coverage ahead of WWDC 2026.
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