Micron Jumps 9x to $1.2 Trillion as $75 Billion Capacity Wave Threatens 2027 Oversupply
Updated
Updated · Trefis · Jun 23
Micron Jumps 9x to $1.2 Trillion as $75 Billion Capacity Wave Threatens 2027 Oversupply
2 articles · Updated · Trefis · Jun 23
Summary
Micron shares have surged nearly ninefold in 12 months, lifting its market value above $1.2 trillion as AI-driven high-bandwidth memory demand keeps its HBM capacity sold out through 2026.
That boom rests on hyperscaler AI spending—roughly $700 billion this year—and on Micron earnings expected to jump about 7x to $61 a share, with consensus at $118 next year.
The risk is that memory makers are already locking in a new supply wave: Micron plans more than $25 billion of fiscal 2026 capex, SK Hynix about $27 billion, and the top players over $75 billion annually.
Because fabs take two to three years to come online, 2027-2028 is emerging as the danger window for oversupply, when weaker AI spending or slower demand growth could hit pricing and margins.
Micron bulls argue HBM is more durable than past memory cycles—Nvidia's HBM needs rise from 80GB to 1TB by 2027 and Micron signed a five-year supply deal—but 2027 volumes remain less certain.
Can long-term deals protect Micron when the massive new supply wave hits in 2027?
Is the AI memory boom a permanent supercycle or just history's biggest bust?
Micron Hits $1 Trillion: The AI Memory Supercycle, Supply Crunch, and What Comes Next
Overview
Micron Technology is experiencing an unprecedented surge as explosive demand for memory chips, especially those essential to AI infrastructure, drives a severe supply-demand imbalance—the most significant in over 40 years. Micron’s pivotal role in providing High-Bandwidth Memory (HBM) chips has positioned it at the center of this market shift. As a result, the company projects record financials for fiscal Q2 2026, with non-GAAP revenue expected to reach $18.7 billion, a gross margin of about 68%, and EPS guided at $8.42. This remarkable growth highlights Micron’s strategic importance in the rapidly expanding AI-driven memory market.