Every chip Micron manufactures over the next two years already belongs to someone. The company's entire high-bandwidth memory output for 2026 sits under binding multi-year contracts, locked in by hyperscalers desperate for AI processing power. The memory industry at large spanning DRAM, NAND, and HBM is expected to stay sold out through 2027.
Micron committed roughly $200 billion to future capacity. New production won't flow until late 2027 at the soonest. Industry analysts don't expect meaningful global memory supply to hit the market until 2028. SK Hynix's CEO called 2027 the worst memory shortage in history. He went further: competition between supply and demand could stay brutal well into the 2030s, even as manufacturers go all-in on expansion.
Training and running large language models demands staggering amounts of high-bandwidth memory. HBM is the specialized, ultra-fast DRAM that bolts directly onto AI accelerator chips. Those contracts matter because revenue is locked. Micron's HBM production is fully committed, and that scarcity bleeds into early 2027.
Here's the squeeze: as memory makers prioritize capacity for AI products, conventional DRAM and NAND starve. Every wafer allocated to HBM is a wafer not making standard memory. That creates price spikes across the entire memory market. Micron is projected to hit gross margins around 68%, something the memory industry has never really achieved before. Revenue predictability from multi-year hyperscaler agreements changes the math entirely.
Micron's acquisition of Taiwanese facilities signals the arms race is also playing out in the boardroom. Merger and acquisition activity has become critical to securing future output. Building new fabs from the ground up takes too long to meet near-term demand.
This material is informational and reflects current industry conditions. Not investment advice.
