Micron’s Capacity Paradox: Only Half of Orders Filled as a $200 Billion US Bet Takes Shape

Micron can only meet 50–67% of AI memory demand, locking in HBM4 contracts through 2026. A $1.8B Taiwan plant and US DDR4 expansion drive record revenue of $23.86B.

The memory-chip boom powered by artificial intelligence has created an unusual problem for Micron Technology: too many customers, not enough chips. The company admits it can currently satisfy only 50 to 67 percent of demand for its most sought-after HBM and DRAM products, a shortfall CEO Sanjay Mehrotra describes not as a cyclical spike but as a “structural scarcity” that will persist well beyond 2026.

That supply gap, far from being a drag, is translating into extraordinary pricing power. Micron’s entire HBM4 production for 2026 is already locked in under binding contracts, and the company expects meaningful new industry capacity to arrive no earlier than 2028. For the next two years, that leaves the Boise-based manufacturer with unusual leverage over the memory market.

A Quick Capacity Fix in Taiwan

To close the gap faster, Micron has moved to buy a ready-made facility. The company is acquiring Powerchip Semiconductor Manufacturing Corp’s P5 plant in Tongluo, Taiwan, for $1.8 billion. The 300,000-square-foot cleanroom is being converted to produce HBM and advanced DDR5 chips. In exchange, PSMC receives a license for Micron’s 1Y-nm process technology, allowing the Taiwanese partner to churn out older DRAM generations while Micron focuses on high-margin AI memory.

The deal illustrates a two-pronged approach: outsource legacy output to free up capacity for the products that command premium prices, and simultaneously invest billions in new domestic fabrication.

A Strategic Backward Step at Manassas

On May 22, 2026, Micron began production of 1?-DRAM at its Manassas, Virginia, plant—the most advanced memory technology ever manufactured on US soil. The $2 billion expansion is designed to quadruple output of DDR4 and LPDDR4 wafers there. While 1?-node DRAM may seem like yesterday’s technology next to the bleeding-edge HBM chips, the move is a deliberate piece of industrial strategy.

Customers in the automotive, defense and aerospace sectors need memory chips with long product lifecycles, secure supply chains and full traceability. Those buyers want American-made DDR4, and Micron is betting the steady margins and multiyear contracts from those industries will offset the lower per-chip profitability. Qualified volume production is targeted by the end of 2026.

Record Numbers Underpin the Build-Out

The strategy is already paying off in the income statement. For Micron’s second fiscal quarter of 2026, revenue hit a record $23.86 billion, well ahead of internal forecasts. Adjusted earnings per share came in at $12.20, and the cloud-memory division alone contributed $5.28 billion at a gross margin of 66 percent.

The outlook for the third quarter is even more striking: management projects revenue of roughly $33.5 billion and a gross margin of 81 percent. Those figures are backed by the multiyear contracts that have locked up all of this year’s HBM4 supply.

Despite the stellar results, the stock has slipped slightly from its recent highs. On Tuesday, shares traded at around €667.50 in Europe, equivalent to roughly $751 in the US, giving Micron a market capitalization just shy of $850 billion. The forward price-to-earnings ratio stands at approximately 8, a level that several analysts argue reflects a market underestimating the longevity of the AI-driven memory cycle.

Melius Research has set a price target of $1,100, while Citigroup and Mizuho peg the stock at $840 and $800 respectively.

A Decade-Long American Bet

Micron’s ambitions go far beyond the Manassas and Tongluo projects. The company has outlined a plan to quadruple its US production capacity within a decade, backed by a total investment of $200 billion. Megafab facilities are already taking shape in Idaho and New York; the first Idaho plant is expected to begin wafer output by mid-2027.

Meanwhile, the technology roadmap continues to advance. Micron is preparing to roll out HBM4E in 2027 and is pushing forward with EUV lithography adoption. The combination of structural undersupply, long-term contracts and a massive domestic manufacturing build-out has turned what might have been a cyclical boom into something more enduring—at least for the next couple of years.