There’s a number that stops PC builders cold: €309. That’s the minimum street price in April 2026 for a basic 32GB DDR5 kit running at 6000 MHz, the kind of memory that, just one year ago, could be had for €70 to €90. The same story plays out at the SSD shelf, where a 1TB NVMe drive from a reputable brand now costs around $250, up from roughly $50 a year prior.
This is not a temporary spike. It is a structural shift in the memory market, and understanding it requires looking at three converging forces: an AI demand explosion, a supply chain concentrated in the hands of three companies, and a geopolitical crisis that has thrown the underlying industrial chemistry into chaos.
Three Companies, Ninety Percent of the Market
Samsung, SK Hynix, and Micron manufacture over 90% of the world’s DRAM. For the past two years, all three have been aggressively redirecting their fabrication lines toward HBM (High Bandwidth Memory) the ultra-fast stacked chips demanded by Nvidia, Google, Microsoft, Meta, and OpenAI to power their AI infrastructure.
The economics are straightforward and brutal. Margins on HBM are roughly ten times higher than on conventional DDR5. SK Hynix has redirected approximately 30% of its 2026 capital investment, around $20 billion, toward HBM3E and next-generation HBM4 production. When a customer is willing to pay a ten-times premium and is ordering at data-center scale, the DDR5 kit for a gaming PC is simply not the priority.
The total demand for memory in AI infrastructure is multiplied by approximately 625 compared to just a few years ago. That figure is not a typo.
— Michael Dell
The result is that conventional memory, the kind that goes into PCs, laptops, smartphones, game consoles, and even modern cars, is being crowded out of the fabrication queue. Supply contracted sharply in autumn 2025, and prices have been climbing steeply ever since.
The Numbers: How High, How Fast
| Component | Mid-2025 Price | April 2026 Price | Increase |
|---|---|---|---|
| DDR5 32GB kit (6000 MHz CL30) | €70–90 | €309 (minimum) | +250–340% |
| DDR5 32GB kit (6800 MHz CL34) | ~€160 | ~€646 | +300% |
| DDR4 32GB kit | ~€60 | €150–210 | +150–250% |
| SSD NVMe 1TB (Gen4, entry) | ~€50 | €140–250 | +180–400% |
Gartner’s headline projection is a combined DRAM and NAND flash increase of up to 130% by end of 2026. Counterpoint Research, which tracks contract prices more granularly, recorded a 110% jump in entry-level DDR4 pricing and a 147% jump for entry-level 1TB SSDs in Q1 2026 alone, and projects a further 60% increase in DRAM and 50% in SSD pricing in the coming months.
At the contract level, DRAM pricing has roughly quadrupled in nine months. NAND flash has risen 70–90% per quarter.
In late March and early April 2026, some headlines suggested prices were stabilizing or even falling slightly in European and Chinese markets. PCWorld investigated the apparent plateau and concluded it was not the relief it appeared to be. The most plausible explanation: resellers and scalpers marginally adjusting their markups, not a genuine shift in underlying supply. Contract prices, what manufacturers charge the big OEMs, have not budged downward.
Laptop maker Framework, which publishes unusually transparent monthly component cost updates, acknowledged some signs of stabilization in its April report but explicitly warned customers to expect further price increases and volatility throughout the remainder of 2026. Its Storage Expansion Cards and high-capacity DDR5 SO-DIMMs are both facing further upward adjustments.
The Geopolitical Layer: Hormuz and the Chemistry of Chips
Layered on top of the AI demand shock is a supply-side disruption that most coverage has missed. Since late February 2026, the Strait of Hormuz has been effectively closed following the outbreak of conflict between the US, Israel, and Iran.
This matters for memory manufacturing in ways that are not immediately obvious. Chip fabrication depends on helium (for cooling EUV lithography systems), naphtha (the petrochemical feedstock from which photoresists are made), and sulfuric acid (used in vast quantities for wafer cleaning). The Middle East is a dominant supplier of all three upstream inputs. Qatar alone provided roughly 34% of global helium supply before its Ras Laffan complex was taken offline by strikes. Sulfur, the feedstock for sulfuric acid, comes roughly 41–44% from Gulf states.
Helium spot prices have doubled since the crisis began. Sulfuric acid availability in key manufacturing markets is tightening. These are manufacturing costs that work their way into chip pricing with a 6–12 month lag, meaning the Hormuz disruption’s full effect on consumer memory prices has not yet arrived.
The memory crisis does not stop at PC components. Counterpoint Research projects a 13% decline in global smartphone sales in 2026 as handset makers struggle to source affordable memory. The laptop market is bifurcating: budget models under €500 are effectively disappearing, with analysts warning the sub-€500 laptop may not exist in its current form by 2028. A basic gaming PC setup, which could realistically be assembled for around €500 a year ago, now starts closer to €1,300.
Automakers are facing pressure too. Modern vehicles require substantial DRAM for navigation, driver assistance, and infotainment systems, and they compete with data centers and consumer electronics for the same fabricated supply.
Why It Won’t Fix Itself Before 2028
The structural answer is simple: you cannot build new semiconductor fabrication capacity quickly. A leading-edge memory fab takes three to five years and $15–20 billion to construct and bring into production. The plants that could relieve pressure in 2027 or 2028 needed to break ground in 2023 or 2024. Most did not.
There are modest counterforces. Smaller Chinese manufacturers, CXMT and others, are expanding capacity and directing output toward both their domestic market and international OEMs like Lenovo, Dell, and HP. AI model efficiency improvements could reduce per-query memory consumption. But Gartner, TrendForce, and Counterpoint Research all see the shortage persisting through 2027 at minimum, with meaningful price relief unlikely before 2028.
The memory crisis of 2026 is the collision of three trends that each would have been significant on their own: an AI buildout that has reordered industrial priorities at a scale rarely seen in consumer electronics history, a supply chain so concentrated that three companies’ allocation decisions determine what a gaming PC costs worldwide, and a geopolitical disruption that is quietly eroding the chemical foundations of chip manufacturing. None of these resolve quickly. The €309 RAM kit is not an aberration. For now, it is the new normal.
