SK Hynix will begin volume production of next-generation HBM4E chips at its Indiana facility in the third quarter of 2029. CEO Kwak Noh-Jung warned that the current memory shortage is expected to persist through 2030.

Production Timeline

The company confirmed that volume manufacturing for the advanced memory technology is scheduled to commence in Q3 2029. This update refines the previously stated second-half 2029 target, underscoring the strategic importance of the Indiana location for SK Hynix's global supply chain.

Strategic Significance

The more than $4 billion project at Purdue Research Park expands SK Hynix’s presence in the United States. The site aims to produce chips closer to major customers such as Nvidia, Microsoft, and Alphabet. The U.S. government supported the project with $458 million in CHIPS Act grants and up to $500 million in loans, finalized in December 2024.

Market Context

According to Counterpoint Research, SK Hynix held 58% of the global HBM market by revenue in Q1 2026. This significantly outpaces Samsung Electronics and Micron Technology, each holding 21% share. Nvidia forecast a 70% jump in revenue for the next fiscal year, reinforcing confidence in sustained AI-chip demand.

What the Numbers Show

SK Hynix’s dominant 58% market share in HBM, combined with the $4 billion U.S. investment and persistent shortage outlook through 2030, highlights a structural supply constraint favoring the leader. The concentration of demand from top-tier AI customers like Nvidia supports the bullish case for sustained pricing power.

Trading Metrics

SK Hynix has a market capitalization of approximately $912.37 billion. Its stock traded between a 52-week high of $194.45 and a low of $124.80. Over the past month, the stock gained 24.15%. SKHY closed on Thursday at $161.61, up 2.27%, and was down 0.58% in after-hours trading. Needham analyst N. Quinn Bolton raised his price target to $220 from $200, maintaining a Buy rating.

SK Hynix held a groundbreaking ceremony for a new $4 billion facility dedicated to AI chip packaging in Indiana. The investment marks a significant expansion of the South Korean memory chipmaker’s advanced packaging capabilities in the United States.

The project focuses specifically on high-bandwidth memory and other advanced packaging technologies critical for artificial intelligence workloads. This capital expenditure reflects the growing demand for specialized semiconductor infrastructure beyond traditional wafer fabrication.

Strategic Expansion

The Indiana site will serve as a hub for next-generation packaging solutions. By locating this facility in the US, SK Hynix aligns with broader industry trends toward nearshoring critical supply chain components. The $4 billion outlay represents a substantial commitment to long-term capacity growth in the AI sector.

What the Numbers Show

The scale of the $4 billion investment highlights the capital intensity of advanced packaging. Unlike standard assembly, AI-specific packaging requires sophisticated thermal management and interconnect technologies, driving up per-unit facility costs. This figure underscores the shift in value creation from pure silicon manufacturing to complex system integration.