A 16Gb DDR5 chip cost $6.84 in September 2025. By February 2026, that same chip averaged $27.20. That is not a typo. That is a 297% increase in five months.
The reason is not complicated. Three companies — Samsung, SK Hynix, and Micron — manufacture virtually all of the world’s DRAM. And right now, those three companies are funneling their limited silicon wafer capacity toward a product that did not meaningfully exist three years ago: High Bandwidth Memory for AI data centers.
Every wafer that becomes an HBM stack for an Nvidia GPU is a wafer that does not become the LPDDR5X module inside a mid-range smartphone. The math is straightforward. The consequences are not.
The Numbers That Explain Everything
Here is the scale of the problem in a single data point: HBM production consumes roughly three times the wafer capacity per gigabyte compared to standard DRAM. Samsung, SK Hynix, and Micron have allocated between 18% and 28% of their total DRAM production capacity to HBM. That reallocation has drained supply for everything else.
SK Hynix told investors during its October 2025 earnings call that its HBM, DRAM, and NAND capacity was “essentially sold out” for all of 2026. Micron went further — the company exited its consumer memory brand entirely to focus on enterprise and AI customers. Samsung raised prices on 32GB DDR5 modules from $149 to $239 in a single quarter, a 60% increase.
Contract pricing for server DRAM climbed 60-70% in Q1 2026 alone, according to Korea Economic Daily, with Samsung and SK Hynix reportedly rejecting long-term agreements of two to three years in favor of quarterly contracts — a signal that both companies expect prices to keep climbing through 2027.
DRAM prices across the board rose 172% throughout 2025, according to market data. Bloomberg reported in February 2026 that a growing list of tech leaders — including Tim Cook, Elon Musk, and Micron CEO Sanjay Mehrotra — have publicly warned about the crisis. Musk declared that Tesla would need to build its own memory fabrication plant. Mehrotra stated the shortage could persist beyond 2026.
How an AI Server Steals Your Phone’s RAM
The mechanism is worth understanding because it explains why this shortage is structurally different from the pandemic-era chip crisis.
Between 2022 and 2023, the memory industry went through a brutal downturn. Samsung, SK Hynix, and Micron cut production aggressively to stabilize collapsing prices. Then, in mid-2024, the generative AI boom exploded demand for a specific product: High Bandwidth Memory (HBM), the specialized DRAM stacked vertically and bonded to AI accelerators like Nvidia’s H100, H200, and upcoming Rubin platforms.
HBM commands margins of approximately 60% for Samsung, compared to roughly 40% for standard commodity DRAM. When Nvidia, Microsoft, Google, and Amazon show up with multi-billion dollar purchase orders for HBM, the rational business decision for every memory manufacturer is obvious: prioritize HBM and let commodity DRAM supply tighten.
That tightening has cascaded across every product category that depends on memory. Smartphones. Laptops. Gaming consoles. Automotive systems. IoT devices. The AI infrastructure buildout is not just consuming memory — it is restructuring the entire global supply chain around a single customer segment.
Microsoft and OpenAI’s “Stargate” project alone — a $100 billion AI supercomputer — could theoretically require 40% of the world’s entire DRAM output to function at peak capacity. That number sounds impossible until you consider that every major cloud provider is building comparable facilities simultaneously.
The Smartphone Market Is About to Shrink by 13%
IDC projects that global smartphone shipments will fall from 1.26 billion units in 2025 to approximately 1.1 billion in 2026 — a 13% decline that would represent the largest single-year drop in more than a decade. Counterpoint Research arrived at a similar estimate of 12%.
The mechanics of the damage are different depending on where a manufacturer sits in the market.
Budget phones are facing an existential threat. For a device priced at $150 or below, memory can account for up to half the production cost. When DRAM prices triple, the profit margin on that device does not shrink — it evaporates. CNET reported that analysts estimate the disappearance of budget phones could eliminate nearly 10% of the entire global smartphone market.
TrendForce projects that low-end smartphones will revert to 4GB of RAM in 2026 — a specification that was standard around 2018. Mid-range devices that currently ship with 12GB will drop to 8GB. Flagship phones that should be moving toward 16GB will stagnate at 12GB.
Xiaomi cut its 2026 shipment forecast by between 10 and 70 million units, according to South China Morning Post, down from a target of 180 million. Transsion — the Shenzhen-based company behind Tecno, Infinix, and itel, which dominates budget smartphone markets across Africa and South Asia — slashed its annual target by 30 to 45 million units from an initial forecast of 115 million.
IDC researcher Francisco Jeronimo told reporters at MWC 2026 that the impact would hit phone production hardest between April and June as memory shortages work through the supply chain. He pointed to the Xiaomi 17, which launched at €999 on stage, and predicted the actual retail price would end up €100 higher in many markets.
Samsung already moved. The Galaxy S26 and S26 Plus both launched with a $100 price increase over their predecessors — though Samsung partially masked the hike by bumping minimum storage from 128GB to 256GB.
Apple is better positioned but not immune. The company’s cash reserves and long-term supply agreements allow it to lock in memory supply 12-24 months in advance. Reports from late February 2026 indicate Apple is paying Samsung roughly double the previous rate for LPDDR5X chips — with the cost per 12GB module jumping to approximately $70, a 230% increase from early 2025. Cook told analysts during Apple’s January earnings call that memory cost increases had “minimal impact” on margins during the holiday quarter but would produce “a bit more of an impact” in Q1 2026.
PCs and Laptops Are Hit Too
The smartphone market gets the headlines, but the PC industry is facing its own reckoning.
IDC’s moderate scenario projects a 4.9% contraction in PC shipments for 2026. The AI PC push — Microsoft’s Copilot+ initiative requires a minimum of 16GB RAM — is colliding head-on with a market where 16GB of DDR5 now costs what 32GB cost less than a year ago.
Major manufacturers including Lenovo, Dell, HP, Acer, and ASUS have warned of 15-20% PC price increases for 2026. Some reports project increases up to 30% as component shortages worsen. A 64GB DDR5 kit for desktop builders now tops $500 — more expensive than a PlayStation 5.
Lenovo CFO Winston Cheng described the cost surge as “unprecedented” and disclosed that the company had stockpiled memory inventories approximately 50% above normal levels in anticipation of further price increases.
For laptops with soldered RAM — which includes most modern ultrabooks — there is no way to reduce memory later or offer a cheaper configuration. These models face the most immediate price pressure. Consumer laptops may get a brief reprieve from existing inventory buffers, but by Q2 2026, price increases or specification cuts will be unavoidable even at the budget end.
When Does This End?
The uncomfortable answer: not soon.
New memory fabrication facilities take years to build. Micron’s planned DRAM facility in Japan will not begin shipping until late 2028. Even if Samsung, SK Hynix, and Micron were to announce capacity expansion today, meaningful new supply would not reach the market before mid-2027 at the earliest.
The Bank of America has called 2026 the beginning of a memory “supercycle similar to the boom of the 1990s,” projecting global DRAM revenue to surge 51% and NAND revenue to rise 45% year-over-year, with average selling prices climbing 33% and 26% respectively.
IDC does not expect the situation to ease before mid-2027. And even after supply normalizes, the structural changes may prove permanent. Memory prices are unlikely to return to 2025 levels. The “more specs for less money” business model that companies like Xiaomi, Realme, Oppo, and Transsion built their empires on may simply no longer work.
IDC Senior Research Director Nabila Popal put it plainly: “The tariffs and pandemic crisis seem a joke compared to this. The smartphone market will witness a seismic shift by the time this crisis is over — in size, average selling prices, and competitive landscape.”
What This Means for Consumers
If your current phone or laptop is functional, the standard advice of “wait for the next model” is, for once, wrong. The next model will cost more and may have lower specifications. That reality will persist through at least the end of 2026 and likely into 2027.
For anyone budgeting for a new device, three things are worth understanding:
First, the second-hand market for smartphones and laptops is about to become significantly more competitive. When new devices get more expensive, used devices retain more value. Counterpoint Research has already flagged a likely increase in refurbished device sales.
Second, the brands that survive this crisis will not be the ones that made the cheapest phones. They will be the ones that secured memory supply early, maintained diversified product portfolios, and had enough margin to absorb cost increases without collapsing their lineup. Samsung, Apple, and to a lesser extent Xiaomi fit that description. Pure budget players like itel and Infinix — brands that rely on sub-$150 devices for nearly all their volume — face an existential challenge.
Third, this crisis has a defined timeline. It is severe, but it is not permanent. Memory fabrication capacity will eventually catch up. The question is how much damage occurs in the interim — to manufacturers, to consumers, and to the billions of people in developing markets for whom a $100 smartphone is not a luxury product but a lifeline to banking, healthcare, and education.
The AI industry has produced remarkable technology in the past three years. It is now producing a bill that the rest of the world’s electronics consumers are being forced to pay.
Sources:
- IDC — Global Memory Shortage Crisis: Market Analysis (February 2026)
- Counterpoint Research — 2026 Smartphone Shipment Forecasts (December 2025)
- Bloomberg — “AI Boom Driving a Global Memory Chip Shortage” (February 2026)
- TechCrunch — “Memory shortage could cause biggest smartphone shipments dip in over a decade” (February 2026)
- TrendForce — Samsung, SK hynix Server DRAM Price Hikes (January 2026)
- South China Morning Post — “China’s Xiaomi, Transsion slash 2026 smartphone shipments” (January 2026)
- Network World — “Samsung warns of memory shortages driving price surge in 2026” (January 2026)
- SK Hynix Newsroom — 2026 Market Outlook: HBM-Led Memory Supercycle (January 2026)
- MacRumors — “DRAM Shortage Will Cause Seismic Shift in Smartphone Market” (February 2026)
- Wikipedia — 2024-present global memory supply shortage (ongoing)
