SK Hynix Discusses Use of Intel Ohio Plant for Apple Memory Production

Talks between the Korean memory maker and Intel could bring the first US fabrication of certain Apple device memory chips.

SK Hynix is in discussions with Intel about using the chipmaker’s planned Ohio fabrication facility to produce memory chips for Apple devices. The arrangement would mark the first time memory chips for Apple devices are produced in the United States, provided the talks lead to an agreement.

Context

Apple has long relied on overseas plants, primarily in Asia, for the memory components inside iPhones, iPads, and Macs. SK Hynix currently manufactures those chips at its own sites. Intel’s Ohio project remains under construction and is intended to expand domestic advanced-node capacity. Any output from the site for Apple would therefore represent a geographic shift in at least part of the supply chain.

The single published report on the matter states only that conversations are underway and that no final commitments have been announced. It does not specify which memory type—DRAM or NAND—might be involved, nor does it disclose volume targets or timelines. Intel has previously described the Ohio site as a multi-fab campus, yet construction milestones and exact process nodes remain subject to its own public updates. Apple has not commented on the reported talks.

Detail

Because the report contains no further technical or commercial specifics, readers cannot yet determine whether the potential production would cover high-bandwidth memory, standard mobile DRAM, or storage NAND. SK Hynix supplies multiple memory products to Apple today, and any of those lines could theoretically be candidates. The absence of volume or timeline figures leaves open the question of whether the Ohio output would represent a meaningful fraction of Apple’s total memory purchases or merely a small qualification run.

Intel’s Ohio campus was announced as a long-term project with multiple fabrication buildings. The company has not released updated schedules tying specific process nodes to first silicon from the site. Without those details, it is impossible to assess whether SK Hynix’s process technology would map cleanly onto Intel’s available equipment or require additional qualification steps. The report’s brevity means any assessment of technical compatibility rests on future statements from the two companies.

Why it matters

A successful agreement would give Apple one additional geographic source for a component that has historically been sourced almost entirely from Asian facilities. Hardware qualification teams would need to validate performance and reliability against existing supply lines, but the existence of a domestic option could simplify compliance with any future trade or incentive rules that favor North American production. The change would not eliminate reliance on Asian capacity, yet it would diversify risk at the margin.

For SK Hynix the arrangement would test whether its memory processes can run inside a third-party fab at commercial scale. The company’s current manufacturing footprint is concentrated in its own plants in Korea and elsewhere. Operating inside Intel’s facility would require coordination on process recipes, yield targets, and logistics that differ from its normal model. The outcome would indicate how readily SK Hynix can extend its technology beyond its own walls.

Intel would gain a potential high-volume customer for a campus that has not yet reached full operation. Memory production tends to run at high utilization once qualified, which could help amortize the Ohio investment. The arrangement would also demonstrate whether the site can host processes other than Intel’s own logic technologies, broadening its appeal to other external clients.

The episode illustrates how policy-driven capacity in the United States can intersect with supply chains that have remained offshore for decades. Memory fabrication has stayed outside North America largely because of established ecosystems and cost structures in Asia. If the talks produce actual wafers, the result will show whether those historical patterns can shift under the combination of new domestic fabs and large customers willing to qualify alternative sources.

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Sources:

[
  {
    "publisher": "9to5Mac",
    "title": "Some memory for Apple devices may be made in the US for the first time",
    "url": "https://9to5mac.com/2026/09/17/some-memory-for-apple-devices-may-be-made-in-the-us-for-the-first-time/",
    "published_at": "2026-09-17T11:37:56.000Z",
    "summary": "Some memory chips for Apple devices could be made in the US for the first time, if plans involving one of the company’s suppliers come to fruition. A new report says that Apple memory supplier SK Hynix is in talks with Intel over potential use of the company’s planned Ohio chipmaking plant … more…"
  }
]

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