SK Hynix CEO Predicts Global Memory Chip Shortage Could Last Until 2030

The global semiconductor market is facing a prolonged period of supply constraints that could extend well into the next decade. According to Kwak Dong-won, CEO of SK Hynix, the current shortage of memory chips—which impacts sectors ranging from consumer electronics to automotive manufacturing—is projected to persist beyond 2030. This long-term deficit is primarily driven by the exponential growth of artificial intelligence (AI) and the resulting infrastructure demands from global data center operators.

AI Expansion and High-Bandwidth Memory Demand

The rapid integration of AI technologies has fundamentally altered the supply-demand dynamics for memory producers like SK Hynix, Samsung Electronics, and Micron Technology. These industry leaders have seen a surge in orders for High-Bandwidth Memory (HBM), a specialized type of storage essential for processing complex AI workloads. This shift in production focus toward high-end AI components has inadvertently restricted the availability of traditional storage chips used in broader markets.

• Data center operators are increasing capital expenditure to support large language models.
• Increased competition for manufacturing capacity between AI-specific HBM and standard DRAM/NAND flash.
• Growing reliance on memory components in the automotive industry for autonomous driving features.

Market Response and Long-Term Projections

In response to the tightening supply, enterprise customers are shifting their procurement strategies. Rather than relying on spot market purchases, major tech firms are increasingly securing supply through multi-year agreements. CEO Kwak Dong-won noted that these long-term contracts serve as a primary indicator that the industry expects the deficit to be a structural, rather than temporary, issue.

Customers are signing long-term contracts because they believe the shortage will last longer. Our analysis shows that this shortage may continue into the next decade.

The current market environment suggests that the semiconductor ecosystem will remain under pressure for several years. For the cryptocurrency and blockchain sectors, which rely heavily on hardware for mining operations and decentralized infrastructure, these persistent shortages may lead to higher entry costs and sustained hardware appreciation. As manufacturers prioritize high-margin AI chips, the broader availability of general-purpose storage remains a significant concern for the global digital economy through 2030.