SK Hynix And Intel Explore US Memory Chip Manufacturing Deal
SK Hynix is reportedly exploring a deal with Intel that could bring memory-chip manufacturing to the United States for the first time. Reuters, citing three people familiar with the discussions, said the companies have discussed several structures, including SK Hynix leasing part of Intel’s Ohio semiconductor site or creating a venture with Intel and major cloud companies.
But this is not a signed deal. In its official clarification on 16 September, SK Hynix said it is reviewing ways to strengthen its global competitiveness while stressing that no specific arrangement with Intel and no US memory-production plan has been finalised.
SK Hynix Could Use Intel’s Ohio Megasite
The most direct option would put SK Hynix inside Intel’s long-delayed Ohio project. Reuters reported that the Korean memory company could lease part of the site, giving it manufacturing space without building an entirely separate US wafer fab from scratch.
A second possibility is more ambitious. SK Hynix, Intel and large cloud providers could form a joint venture, potentially giving customers that consume huge amounts of AI hardware a more direct route to securing memory supply.
The exact product is still unknown. SK Hynix makes DRAM, NAND flash and high-bandwidth memory, or HBM, but Reuters said it could not determine which memory technology would be produced in Ohio.
AI Has Turned Memory Into Strategic Infrastructure
That uncertainty matters because not all memory is equally important to the current AI boom. HBM sits close to accelerators such as Nvidia GPUs and feeds them data at extremely high speed, while conventional DRAM supplies working memory across servers, PCs and other systems.
The broader AI memory chip supercycle has made those components a central constraint in data-centre expansion. SK Hynix has also deepened its relationship with Nvidia through the wider SK Group AI infrastructure push.
We think that is the bigger story here. AI infrastructure is no longer only about who can design the fastest processor. Companies increasingly care about securing enough memory, packaging capacity and manufacturing space to keep those processors running.
Intel Could Gain A Major Customer For Ohio
For Intel, a deal could give its Ohio project a powerful outside customer at a useful moment. Intel says it plans to invest more than $28 billion in two leading-edge fabs at the site, but it slowed the timetable in 2025.
Under Intel’s latest published Ohio construction timetable, the first module is expected to begin operations between 2030 and 2031. The second is currently scheduled to start operating in 2032.
That means any SK Hynix arrangement would still be a long-term manufacturing move rather than a quick fix for today’s memory shortages.
The two companies also know each other well. In 2020, Intel agreed to sell its NAND memory and storage business to SK Hynix for $9 billion.
SK Hynix Already Has A US AI Memory Footprint
SK Hynix is not starting from zero in the United States. In August, the company broke ground on its Indiana AI-memory facility, which will package and test next-generation HBM and is expected to begin supplying US customers in the second half of 2029.
That distinction is important. Advanced packaging combines and stacks chips after core semiconductor dies have been manufactured. An Ohio agreement involving memory-chip fabrication could therefore move more of the production process onto US soil.
It also fits a wider reshaping of semiconductor geography. TSMC’s expanding US chip investment shows how more of the critical AI supply chain is being pushed toward American manufacturing.
South Korea Could Still Complicate The Deal
The biggest obstacle may come from Seoul. Reuters reported that South Korea’s trade ministry considers company investment decisions a matter for SK Hynix, but any transfer involving a “national core technology” could trigger a government review under the country’s Industrial Technology Protection Act.
That could become especially sensitive if the project involves advanced DRAM or HBM technology. SK Hynix has therefore kept its language cautious and says no decision has been made.
For South African readers, the near-term effect would be indirect. Local cloud providers, enterprises and AI developers buy into a global hardware market, so tighter or more diversified memory supply could eventually influence server availability and cloud infrastructure costs.
But with Intel’s Ohio production still years away, this is more about where the next wave of AI hardware gets built than about immediate price relief.
If the talks become a real deal, the most important detail to watch will be simple: what kind of memory does SK Hynix actually plan to manufacture in Ohio?
FAQs
Is SK Hynix Building A Memory Chip Factory With Intel?
Not yet. The companies are reportedly discussing several possible structures, but SK Hynix says no agreement has been finalised. One scenario could involve leasing part of Intel’s Ohio facility, while another could involve a joint venture.
What Kind Of Memory Chips Could SK Hynix Make In Ohio?
That has not been confirmed. SK Hynix produces DRAM, NAND and HBM, but Reuters said the specific technology involved in the talks remains unknown. Advanced HBM or DRAM production would be particularly significant because those technologies are strategically important to AI infrastructure.
Does SK Hynix Already Manufacture AI Memory In The US?
SK Hynix has begun building an AI-memory packaging and testing facility in Indiana. The company says it plans to supply next-generation HBM from the site starting in the second half of 2029. A separate Ohio manufacturing deal with Intel could expand its US footprint further if the talks lead to an agreement.
Temaz Tra is an AI and technology news writer focused on the fast-moving tools, platforms, and companies shaping the digital world. He covers artificial intelligence, consumer tech, cybersecurity, software, social media, and the wider impact of emerging technologies on work, business, and everyday life. With a focus on clear reporting and accessible analysis, Temaz helps readers understand complex tech developments without the jargon. His work connects breaking news with practical context, making it easier to follow how AI and digital innovation are changing the way people live, work, and interact online.
