Lenovo Warns RAM Prices Won’t Drop Back, Fueling Higher PC and Console Costs
Console and PC hardware costs are creeping upward again, but this time it isn’t just about the usual manufacturing swings—it’s being driven by a broader squeeze on system memory. Xbox and PlayStation are charging more for their consoles, while the Steam Machine is expected to launch with a price tag above $1,000. Apple has also quietly raised the price across its Mac and iPad lineup, with premium configurations leaping by as much as $1,300 overnight. The common thread behind all of it is the so-called “RAMpocalypse”: a worldwide memory shortage fueled by the relentless appetite of AI data centers. Even if many players are hoping things eventually settle, Lenovo believes a “new normal” is coming—one where RAM costs stay far higher than before, starting around 2030, even if manufacturing ramps up.
Lenovo made that case during ISC 2026, a German conference focused on computing, AI, and quantum technology. In remarks highlighted by ComputerBase via Wccftech, the company suggested memory pricing will “never” return to pre-2025 levels. In practical terms, today’s inflated component costs have effectively become the baseline, meaning the current wave of expensive systems isn’t a temporary blip. Lenovo’s framing implies that console pricing in the roughly $599.99 to $799.99 range won’t disappear anytime soon. Higher costs for both SSDs and RAM are already pushing back next-generation plans and narrowing the pool of players able—or willing—to upgrade their hardware. That shift forces developers to spend more effort on optimization and less on assuming expanding performance headroom from iteration. If computing stays this expensive for the long haul, the industry’s growth could hit a hard limit.
Why RAM Prices Are Unlikely To Go Back Down
The pessimism around price drops is rooted in how DRAM is produced and who controls it. The global DRAM market is among the tightest oligopolies in tech, with memory fabrication concentrated among just three names: Samsung, SK Hynix, and Micron. After the generative AI boom, these manufacturers moved aggressively toward making memory for data centers, where the margins are dramatically higher than what consumer PC and console buyers can support. That pivot didn’t just trigger shortages—it also strengthened the companies’ ability to set pricing.
A Valve engineer, Pierre-Loup Griffais, recently described how this leverage plays out day-to-day. His point was blunt: the suppliers provide a monthly price, and if buyers refuse, they risk disappearing from the conversation entirely. That dynamic matters for gaming and broader computing because the industry can’t simply switch suppliers overnight. When your component sources are limited and your alternatives are constrained, pricing power stays with the manufacturers.
Building a semiconductor fabrication facility is a massive undertaking, requiring billions of dollars and years of development. That reality leaves the gaming and tech ecosystem at the mercy of Samsung, SK Hynix, and Micron—especially after they redirected their production focus away from consumer hardware toward the far more profitable territory of AI data centers. The situation is reflected in corporate planning as well. Microsoft’s own internal forecasting, paired with recent Xbox price changes, reportedly notes that console storage and memory expenses have already climbed by more than 2.5 times, and that those costs are expected to double again by the fall of 2027.
Even beyond manufacturing and contracts, data centers themselves come with burdens that keep pressure on the entire supply chain. They can use millions of gallons of water each day, worsening conditions during ongoing droughts. They also consume enormous amounts of electricity—enough to serve on the order of 100,000 households—and they require substantial land footprints. One example cited is a planned Louisiana facility with a projected floor area of 4,000,000 square feet.
And even if AI demand eventually cools, prices may not follow. Samsung, SK Hynix, and Micron have already invested billions into reshaping factory space to produce highly specialized AI memory chips. On top of that, supply relationships are often locked in through multi-year agreements reaching out to 2030. So even if the market shifts, the legal and operational commitments to major corporate customers don’t vanish. There’s also a behavioral lesson many people learned during the COVID-19 period: when buyers accept higher prices during a crisis, the argument for lowering costs afterward weakens. If customers keep paying, why would manufacturers rush to reduce pricing?
With the RAMpocalypse still unfolding, a common takeaway at events like GDC is that optimization is no longer optional—it’s become the core strategy. When fewer players can afford hardware upgrades, squeezing more performance out of the systems you already have becomes essential, not just for competitiveness, but to keep games accessible in an increasingly expensive computing landscape.
