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AI Memory Demand Squeezes Capacity, Shrinking Budget Smartphone Market

2 reports · First detected 2026-07-09 · Last active 2026-07-09

Explosive growth in generative AI and data centers has driven a sharp increase in demand for high-bandwidth memory (HBM). With such chips generating exceptionally high margins, semiconductor giants Samsung and SK hynix have shifted capacity toward AI-specific memory. That has left standard DRAM and NAND flash memory used in conventional smartphones in short supply, posing a severe challenge to budget handsets that are highly sensitive to component costs.

The latest industry research forecasts that global shipments of budget smartphones priced below $400 will fall by more than 22% year on year in 2026 as memory prices continue to rise. As the component supply-demand imbalance worsens, entry-level phones priced below $100, once common in the market, could disappear by the end of 2026. The trend shows that AI's displacement of production capacity is already having a tangible impact on mass-market consumers.

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AI Demand Fuels Memory Shortage, With Supply Gap Expected to Persist Through 20272026-04-30 · 4 reports · similarity 0.82

The boom in generative AI and data-center construction is driving demand for high-bandwidth memory, or HBM. Samsung Electronics, SK hynix and Micron are shifting resources toward higher-margin products, squeezing supplies of conventional DRAM and NAND. HBM is a critical component in AI accelerators, and shortages could affect server delivery times, electronics costs and the semiconductor industry cycle.

Micron recently reported better-than-expected results, while the market estimates SK hynix’s revenue could reach $54.8 billion. Samsung and SK hynix have said their main memory capacity is fully booked through 2027. The industry estimates that even with manufacturers accelerating HBM capacity expansion, the supply shortfall will still be about 40% at the end of 2027. New capacity may not begin gradually easing the pressure until after 2027 at the earliest.

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