For most of the last twenty years, the gaming hardware market was priced by gamers. Console makers set a loss-leading price and earned it back on software attach rates, GPU vendors segmented by performance tier, and component costs drifted downward on a reliable curve. That model has been suspended, and the cause has nothing to do with games.
Memory is the reason.
What actually happened to DRAM
Samsung, SK Hynix and Micron have steered wafer capacity toward high-bandwidth memory for AI accelerators, because HBM pays substantially more per wafer than a retail DDR5 kit and consumes far more silicon area per gigabyte. Consumer DRAM is now whatever is left after data-center contracts are filled.
The price response has been violent. Spot pricing on a 16Gb DDR5 chip moved from about $6.84 in September 2025 to roughly $27.20 by December. Conventional DRAM contract pricing then rose somewhere in the region of 90% to 98% quarter-over-quarter in Q1 2026, followed by another 58% to 63% in Q2. A 32GB DDR5-6000 kit that sold under $90 in early 2025 was trading around $400 by late August 2026. A 128GB kit that once bottomed out near $329 has been listed above $3,000.
Graphics memory is part of the same fight. GDDR spot pricing has been cited near $2.50 per gigabyte in late 2025 and around $7.50 by mid-2026, which means that on high-VRAM cards the memory can now dominate the bill of materials rather than sit alongside the GPU die as a secondary cost.
How it reaches the shelf
Nvidia has raised kit prices to its board partners three separate times this year: roughly 10% to 15% in January, a narrower adjustment aimed at the RTX 5090 in May, and something in the range of 20% to 30% in August. AMD confirmed a Radeon increase of at least 10% and has adjusted again since. ASUS put price changes into effect on 5 January. None of that can be absorbed at the system-builder level; a 20% to 30% input cost increase flows through to the customer, and it has.
Consoles are exposed through the same channel. In mid-2025, combined memory was estimated at 20% or more of the bill of materials on a base PS5. Apply this year’s contract moves to that share and the loss-leader pricing model stops working, which is the plainest explanation for why console prices have gone up twice in a single generation cycle rather than down.
The market-level consequences
Analyst modeling has converged on an unpleasant shape. Gartner has projected a combined DRAM and SSD cost surge on the order of 130% by the end of 2026, with average PC prices up around 17% and global shipments down 10.4%, which would be the steepest contraction in more than a decade. IDC’s version is milder but points the same way: PC market contraction of 4.9% to 8.9%, average selling prices up 4% to 8%, with 2026 DRAM and NAND supply growth of 16% and 17% running below historical norms.
Rising prices with falling volumes is the textbook signature of a supply shock, and it separates this cycle from the 2020 and 2021 shortages, where demand was the driver and the industry could at least sell everything it made.
Two second-order effects are worth tracking. Micron retired its consumer-facing Crucial brand in February to concentrate on enterprise AI customers, which is a straightforward statement about where the margin is. And the Steam hardware survey shows upgrade cycles stretching out; players are holding graphics cards considerably longer than they did a generation ago, which pushes the addressable market for new AAA performance targets further into the future.
What it means for the rest of the industry
Every studio building for 2028 hardware assumptions is now working from a cost base that may not arrive on schedule. If the installed base skews older for two or three more years, minimum-spec decisions made today will look either prudent or fatal, and there is no way to hedge that except by shipping something that scales down further than feels comfortable.
Relief is not forecast before 2027, and some analysts extend the storage crunch into 2028. Plan accordingly.