Intel making 10 nanometer ARM-based chips could lead to deals with Apple and others but problems like high price, scheduling setbacks for 10 nm process remain
Intel announced on Tuesday that it had snagged a leading phone maker as one of the first customers for its new service …
Context & Ripple Effects
This story is the origin point of a decade-long arc. The day before, Intel announced its licensing agreement with ARM opening its 10-nanometer production lines to third-party chip designers — the first time phone-style ARM silicon could be built on Intel's most advanced process rather than only x86. Fortune's reporting adds the caveats: the 10nm node carries high prices and scheduling setbacks even as Intel courts a leading phone maker as an early customer.
What makes the piece matter in hindsight is how long the courtship ran. Pat Gelsinger explicitly pursued Apple when he launched Intel Foundry Services in 2021, yet Apple still committed to TSMC's 3nm process first. Only years later did sources report a formal manufacturing deal between Apple and Intel — meaning the 2016 ARM gambit was the opening move in a pursuit that took a decade to land.
First-order effects
- Phone makers gain a credible second source for leading-edge ARM chips, ending the practical need to design mobile silicon exclusively around TSMC and Samsung processes.
- Intel must price 10nm foundry work against its own known problems — high cost per wafer and slipped timelines — which directly undercuts the value proposition it is selling to the unnamed phone maker.
Second-order effects
- TSMC faces the first serious threat to its grip on advanced mobile chip production, pressuring it on pricing and capacity commitments for flagship customers like Apple.
- Apple gains negotiating leverage over its sole supplier simply from the existence of an alternative foundry courting it, even if no order materializes.
Third-order effects
- If Intel's open-foundry model holds despite execution risk, the industry moves toward genuine multi-sourcing of cutting-edge logic chips — but the ten-year gap between this announcement and any confirmed Apple deal shows how slowly capacity and trust actually shift.
- The pattern points to chip buyers treating fabrication capacity as a strategic hedge, spreading orders across foundries to avoid single-supplier exposure regardless of which node wins on price.
The trend: Merchant foundry capacity is becoming a strategic commodity that chip buyers cultivate years in advance, with Intel's ARM opening marking the start of its long campaign to break TSMC's hold on mobile silicon.