Micron Technology Warns Global AI-Driven Memory Chip Shortage Could Extend Beyond 2026

25 May 2026 | NEWS

Rising demand for high-bandwidth memory and AI infrastructure continues to tighten global DRAM and NAND supply as semiconductor manufacturers struggle to expand capacity fast enough.

Micron Technology has cautioned that the global memory chip shortage is likely to persist beyond 2026 as demand from the artificial intelligence sector continues to outstrip available supply. The company highlighted strong growth in AI data centres and high-performance computing as major drivers behind rising demand for advanced DRAM and NAND memory products.

Micron chief executive Sanjay Mehrotra said the semiconductor industry is facing long-term supply constraints, with manufacturers unable to expand production capacity quickly enough to meet accelerating market requirements. He noted that building and scaling advanced semiconductor fabrication facilities requires significant time and investment, limiting the industry’s ability to respond rapidly.

The sustained AI boom has sharply increased demand for high-bandwidth memory used in AI accelerators, cloud infrastructure and advanced computing systems. As leading technology companies continue to invest heavily in artificial intelligence platforms, memory suppliers are experiencing growing pressure across global supply chains.

Major memory manufacturers, including Micron, Samsung Electronics and SK Hynix, are increasingly prioritising higher-margin AI-related products over conventional consumer applications. The shift is reshaping market dynamics across the semiconductor sector and contributing to tighter supply conditions for industries including automotive, industrial electronics and consumer devices.

Micron is continuing to expand its manufacturing footprint through major investment programmes in the United States and other international markets. However, industry analysts expect AI-driven demand growth to maintain pressure on global memory supply and pricing for the foreseeable future, strengthening the strategic importance of semiconductor manufacturing capacity worldwide.