SK Hynix expects memory shortages to persist through at least 2030; the company has long-term deals with 14 major buyers for 50%+ of its output in 2027 and 2028
Simon Sharwood /The Register:NEW
Context & Ripple Effects
SK Hynix entered 2026 with its HBM capacity almost fully booked through 2025, while Samsung and SK Hynix executives later tied a shortage expected through 2027 to AI-led demand. In June, Chair Chey Tae-won said SK Hynix planned to double memory capacity over five years.
The long-term buyer commitments turn the company's July shortage forecast into a concrete allocation picture: a substantial share of future output is already spoken for rather than available to the wider market.
First-order effects
- Fourteen major buyers gain contracted access to more than half of SK Hynix's 2027 and 2028 output, while customers without agreements must source from the remaining allocation or rival suppliers.
- SK Hynix gains greater visibility over future demand and production planning, reinforcing its ability to prioritize contracted customers during a prolonged supply constraint.
Second-order effects
- Samsung and other memory suppliers face stronger incentives to secure their own long-term customer commitments, as SK Hynix's contracted volume narrows the supply pool available to uncommitted buyers.
- Buyers seeking AI infrastructure face a procurement shift from opportunistic memory purchases toward multi-year supply agreements, with less room to rely on short-term availability.
Third-order effects
- If long-term allocation becomes standard, memory moves further from a spot-driven component market toward contracted AI infrastructure, where supply access is a competitive differentiator.
- Capacity additions alone may not quickly loosen buyer constraints: SK Hynix's planned expansion and precommitted output illustrate the gap between projected demand and deployable supply.
The trend: AI demand is pushing memory suppliers and major buyers toward multi-year capacity contracts that reshape access to supply before chips are produced.