The global scramble for artificial intelligence capacity is breaking the consumer electronics market. Hyperscalers' voracious appetite for storage has created a catastrophic shortage of NAND flash memory, triggering price increases so severe that manufacturers cannot keep pace even as they rake in record profits.
In the first three months of 2026, NAND prices surged over 90 percent as data centre operators locked in supplies for the year. That acceleration follows an already punishing 2025. A 1 terabyte storage chip that cost USD $4.80 in July 2025 had doubled to USD $10.70 by late last year. Older, lower-density memory has seen similar devastation. Across the board, the worst increases arrived in late 2025, with some product categories jumping more than 100 percent since spring.
The shortage is structural, not temporary. Hyperscalers such as Microsoft, Google, Meta and Amazon have forced the three biggest memory manufacturers (Samsung Electronics, SK Hynix, and Micron Technology) to pivot their limited cleanroom space and capital expenditure towards higher margin enterprise-grade components. Every wafer allocated to AI infrastructure is a wafer denied to smartphones and laptops.
Phison Electronics, which manufactures SSD controllers and ranks among the industry's largest players, confirmed the scale of the supply crisis. CEO Khein-seng Pua said "Our current concern is that both money and inventory are insufficient." Though Phison's inventory holdings rose from NT$35.6 billion to NT$50 billion between year-end 2025 and February 2026, the company needed to secure a syndicated loan of between USD $400 million and USD $500 million to manage rising costs.
Most telling: Phison said that "every NAND manufacturer told us 2026 sold out. All the capacity sold out." Production capacity for the entire year was committed to data centre customers before the calendar year began.
Market researchers paint a grim picture for consumers. PC memory and NAND prices are estimated to hit over 90 percent and 100 percent respectively in Q1 2026. For servers, the prices are estimated to hit over 98 percent and 90 percent respectively. A consumer SSD that sold for around USD $45 per terabyte in late 2025 now costs close to USD $90.
Manufacturers are openly deprioritising retail sales. Phison is prioritising its enterprise and industrial clients, deliberately cutting back on retail shipments to focus on higher-margin customers, with enterprise SSD sales expected to grow to 20-30% of total revenue by 2026. Other major suppliers have imposed similar strategies, creating an invisible wall between the consumer market and available inventory.
Industry insiders warn of potential casualties. Phison's CEO has suggested that smaller consumer electronics manufacturers may struggle to survive if supply constraints and pricing remain severe through 2026. One NAND foundry has reportedly demanded three years' cash prepayments upfront, a precedent unheard of before this crisis.
The supply situation will not ease soon. NAND manufacturers have been reluctant to expand production capabilities after suffering through years of poor profitability, with new production lines not expected to be operational until late 2027. Even then, the build-out timeline is uncertain given the historical pattern of massive capital expenditure producing minimal returns.
For Australian consumers and businesses, the implications are stark. Electronics manufacturers will pass increased memory costs directly to end users. Analysts forecast that average smartphone prices may rise six to nine percent in 2026, with flagship devices potentially launching USD $50 to USD $100 higher than prior generations. PC builders face similar pressure. Device replacement cycles will lengthen as consumers delay purchases in response to higher prices.
The underlying cause remains clear: Intense demand from AI workloads is fuelling "structural growth" in data storage, with hyperscale cloud service providers rapidly expanding data centres, accelerating the industry's shift away from traditional hard disk drives to faster solid-state storage and putting pressure on NAND supply.
This represents a fundamental reordering of market priorities. When cloud providers commit to unlimited AI infrastructure spending, memory becomes a constrained resource allocated by economic power rather than traditional market signals. The consumer electronics market, which once drove memory innovation and capacity expansion, has been displaced by a parallel market with far deeper pockets and no price sensitivity.
Reasonable observers can debate whether AI's infrastructure requirements justify reshaping global memory economics. But the economic reality is unambiguous: those betting on cheaper storage and memory chips should plan for a prolonged wait.