Memory shortage to persist beyond 2026 as AI demand reshapes chip industry and drives prices up

Memory Shortage Extends Beyond 2026 as AI Infrastructure Consumes Capacity

The memory chip shortage gripping the semiconductor industry shows no signs of abating, with major manufacturers confirming that supply constraints will persist well beyond 2026. Kioxia's managing director Shunsuke Nakato revealed that the company's manufacturing capacity is completely sold out through the rest of 2026, pushing both enterprise and consumer markets into what he describes as a "high-end and expensive phase" 1

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. This unprecedented situation stems from AI demand that has fundamentally altered the traditional boom-bust cycles of the memory industry.

Micron Technology's Executive Vice President Manish Bhatia amplified these concerns, stating that "the shortage we are seeing is really unprecedented" during a groundbreaking ceremony for the company's $100 billion production site near Syracuse, New York . The shortage has accelerated over the past quarter, with high-bandwidth memory (HBM) required for AI accelerators consuming so much available capacity that it's creating a tremendous shortage for conventional applications like phones and PCs. This supply chain disruption is forcing PC and smartphone makers to join the queue to lock up memory chips after 2026, while emerging technologies like autonomous vehicles and humanoid robots will further intensify demand.

Rising Storage Costs Hit Consumers and Enterprise Markets

Memory prices have surged as much as 30% in some cases, according to Kioxia executives, marking the end of an era of affordable storage . Nakato believes that the days of 1TB flash drives costing less than $50 are over, as the memory industry shifts focus away from affordability toward serving enterprise AI infrastructure. The impact extends beyond SSDs, with NAND flash memory facing additional pressure as Samsung Electronics and SK Hynix plan production cuts of 4.5% and 10.5% respectively in 2026 5

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. These companies are reallocating capacity to more profitable segments like DRAM and HBM used in AI infrastructure.

The tight NAND supply has already triggered real-world consequences. Chinese media outlet Jiemian reported that major smartphone makers including Xiaomi, Oppo, and Shenzhen Transsion Holdings are trimming their shipment targets for 2026 due to rising storage costs, with Oppo cutting its forecast by as much as 20% . Global smartphone shipments may decline 2.1% this year as the memory chip shortage drives up costs and squeezes production, according to Counterpoint Research. PC makers including Dell Technologies have also warned they will be affected by the ongoing shortage.

AI Supercycle Reshapes Manufacturing Priorities

The current "supercycle" of AI-driven spending is expected to continue at least through 2027, fundamentally reshaping how memory manufacturers allocate resources 3

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. Nakato explained that organizations face "a sense of crisis that companies will be eliminated the moment they stop investing in AI, so they have no choice but to continue investing" 1

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. This unprecedented FOMO is driving continuous investment even in cases where AI delivers limited practical value in corporate environments.

The big three of the global memory industry—Micron, SK Hynix, and Samsung Electronics—saw their share prices surge in 2025 thanks to the AI boom. SK Hynix confirmed it has sold out its entire chip slate in 2026, while Micron's AI memory semiconductors are fully booked this year . To prioritize supplying strategic enterprise customers including Nvidia, Micron announced in December it will end its popular Crucial-branded consumer memory business, highlighting how generative AI data centers are taking precedence over traditional markets.

Supply Constraints Affect Export Controls and National Security

The memory shortage has even influenced US export policy. Representative John Moolenaar called the shortage of DRAM an "immediate challenge" under new Commerce Department licensing conditions for Nvidia to sell H200 AI accelerators to Chinese customers . The requirements include exporters certifying that approved China shipments won't create a shortage in the US market. "Due to severe supply constraints, chips equipped with HMB3E bound for China represent an opportunity cost when it comes to HMB3E that could otherwise be utilized by American customers," Moolenaar wrote.

At CES earlier this month, Nvidia CEO Jensen Huang acknowledged the memory shortage while insisting his company remains insulated as the sole buyer for HBM4, the latest generation used in upcoming Vera Rubin-design processors. However, export licenses for H200 systems using HBM3 face constraints due to the tight supply of high-bandwidth memory made by Samsung Electronics, SK Hynix, and Micron Technology .

Manufacturers Race to Expand Production Amid Long Lead Times

Micron is expanding manufacturing capacity in the US and Asia to address the shortage, including the $100 billion Syracuse facility and plans to bring 40% of its DRAM manufacturing onto US soil . The company announced plans to pay $1.8 billion for a site with an existing plant in Taiwan, significantly shortening the time to bring a new factory online with meaningful DRAM wafer output expected in the second half of 2027. Kioxia is also taking steps to improve yields at its Yokkaichi factory and expects another facility in Kitakami to begin full-scale mass production this year 1

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However, chip shortages take years to resolve because building new factories and achieving useful production volumes requires substantial time. Companies remain cautious about adding capacity too quickly, concerned that market conditions could change and leave them with expensive inventory they must heavily discount. Micron's Syracuse project will host four DRAM fabs—each about the size of 10 football fields—with first wafers coming out by 2030, enabled by a $6.2 billion Chips Act award and a 35% tax credit during construction .