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| Future iPhone models could be powered by an Intel-made chip |
A new rumor is sending shockwaves through the semiconductor and tech industries, suggesting a tectonic shift in Apple’s long-term chip strategy. Following analyst Ming-Chi Kuo’s speculation about Intel Foundry producing Apple’s M7 chip for Macs and iPads in 2027, a fresh report now points to an even more significant move: the iPhone 20's heart could be made by Intel.
According to Jeff Pu of GF Securities, via a detailed MacRumors report, the standard Apple A22 chip destined for the 2028 iPhone 20 and rumored iPhone 20e is being lined up for production on Intel’s cutting-edge 14A manufacturing node. This would mark Intel’s first foray into manufacturing Apple’s flagship mobile processors, a domain long dominated by TSMC.
A Strategic Split in Apple’s Supply Chain
The rumor indicates a deliberate bifurcation in Apple’s sourcing. While the base Apple A22 may head to Intel, the more powerful A22 Pro for the hypothetical iPhone 22 Pro could remain on TSMC’s advanced A16 node. This dual-source strategy mirrors approaches taken by other chip giants like Nvidia to ensure supply stability and competitive pricing.
However, for longtime Apple watchers, the news evokes a sense of déjà vu—and caution. Apple previously split orders between TSMC and Samsung for the A9 chip in the iPhone 6s, which led to performance discrepancies and the infamous “Chipgate” controversy. The company will be keen to avoid a repeat, placing immense pressure on Intel to deliver not just cutting-edge technology, but consistent, flawless performance.
Intel 14A: The "Real Deal" for a Chipmaker Comeback?
All eyes are now on Intel’s 14A node, which is poised to be the foundry’s most crucial launch in over a decade. Intel’s roadmap targets mass production in 2027, which would align perfectly with the 2028 iPhone timeline.
This node represents a monumental technological leap. It will be the first mainstream process to utilize ASML’s revolutionary High-NA EUV lithography, allowing for vastly denser transistor designs. Building upon the innovations of the 18A node—such as Gate-All-Around RibbonFET transistors and Backside Power Delivery (BSPDN)—14A promises significant gains in performance and power efficiency.
For a deeper dive into the original rumor and analyst insights, you can read the full report on MacRumors here.
The stakes could not be higher for Intel Foundry. While its 18A node has garnered interest, securing a marquee client like Apple for its 14A process would be a game-changer. Early signals appear positive; as noted in the report, external customers who have collaborated on 14A development are calling it “the real deal,” expressing confidence it can truly compete with TSMC and Samsung Foundry at the leading edge.
What This Means for the Future of Chip Manufacturing
If these rumors materialize, the implications are profound:
- A Rebalanced Industry: Apple moving even a portion of its most volume-sensitive chip production to Intel would instantly establish Intel Foundry as a top-tier competitor, breaking TSMC’s near-monopoly on leading-edge mobile processors.
- Supply Chain Resilience: For Apple, diversifying its advanced chip production between two geographically distinct foundries (TSMC in Taiwan, Intel in the U.S. and elsewhere) mitigates significant geopolitical and logistical risks.
- The Consumer Question: Ultimately, success hinges on the end product. Can Intel’s 14A deliver the same or better performance-per-watt that iPhone users expect from TSMC-silicon? Apple’s rigorous standards will be the ultimate test.
While these plans are still years from fruition, the rumor itself signals that the chipmaking landscape of 2028 is being fiercely contested today. The battle for Apple’s silicon is heating up, and the winner could redefine the balance of power in global technology.