South Korea's SK Hynix is in discussions with Intel regarding potential memory chip production in the United States. The company confirmed no specific plans have been finalized, describing the talks as exploratory.

The discussions aim to strengthen SK Hynix's global competitiveness amid surging demand for artificial intelligence infrastructure. A deal would mark the South Korean firm's first domestic US memory production, offering Intel a way to utilize capacity at its delayed Ohio facility.

Potential Deal Structures

Sources indicate two primary scenarios under consideration:

• SK Hynix could lease part of Intel's long-planned chipmaking facility in Ohio.
• Alternatively, the companies might form a joint venture with major cloud firms to secure long-term memory chip supplies.

Market Reaction

Shares of both companies rose during premarket trading on Wednesday. Intel shares were up 5.03% at $102.03, while SK Hynix shares gained 3.49% to $180.93.

Regulatory and Political Context

A finalized agreement would align with efforts to bolster domestic semiconductor manufacturing capabilities. However, regulatory hurdles remain. South Korea's trade ministry indicated that production involving "national core technology" would be subject to review under the Industrial Technology Protection Act.

Recent Developments

In July, SK Hynix denied plans to acquire Intel’s Ohio semiconductor campus, stating it had "no plans for an acquisition." Intel affirmed its commitment to Ohio, noting operations have been pushed to 2030-31. The project, initially targeting production in 2025, now expects completion of two factories in 2030 and 2031.

Intel recently appointed former SK Hynix CEO Seok-Hee Lee as executive vice president of its contract chip-manufacturing business, overseeing advanced packaging.

SK Hynix Inc. (NASDAQ: SKHY) broke ground in August on a $4 billion facility in Indiana, marking its first U.S. high-bandwidth memory (HBM) production base. The plant is expected to begin mass production in the second half of 2029.

The investment signals a strategic shift toward localizing AI memory supply chains. Unlike Samsung Electronics Co., Ltd. (OTC: SSNLF), which began U.S. manufacturing in 1997 with broader DRAM and NAND flash products, SK Hynix’s expansion is driven specifically by surging demand for HBM used in artificial intelligence applications.

Strategic Focus on AI Memory

The Indiana facility will include advanced packaging and testing capabilities. SK Hynix stated that the operation will serve as a U.S. hub for next-generation HBM, with production closely integrated with its South Korean operations.

This approach differs from the historical precedent set by Samsung. Samsung opened its first Austin, Texas, fabrication plant in 1997, producing 64Kb DRAM chips in 1998. It later added NAND flash production before transitioning the Austin operation toward logic and foundry manufacturing.

Potential Intel Collaboration

Reuters reported on Wednesday that SK Hynix is exploring a potential arrangement with Intel Corp (NASDAQ: INTC) to manufacture memory chips in the U.S. Options under discussion include leasing part of Intel’s planned Ohio facility or creating a joint venture involving Intel and major cloud companies.

Neither company has confirmed a deal. If pursued, such an arrangement could move SK Hynix beyond packaging and testing toward front-end memory manufacturing. This would create a more extensive domestic production chain while providing Intel with potential use for its delayed Ohio manufacturing footprint.

What the Numbers Show

The divergence in capital allocation strategies highlights the sector's pivot to AI-specific infrastructure. While Samsung leverages decades of existing U.S. logic and foundry experience, SK Hynix is committing $4 billion specifically to HBM packaging and testing. This targeted investment suggests that proximity to AI chip customers is becoming a primary driver for memory capacity decisions, distinct from general semiconductor localization trends.

Micron Technology, Inc. (NASDAQ: MU) is also investing heavily to expand U.S. DRAM production. Together, these moves indicate that the race for AI memory is increasingly defined by the ability to build capacity closer to end customers.