Memory prices rising: this isn’t a spike, it’s a reset
The new normal in consumer and enterprise computing is a world where memory prices rising for DRAM and NAND flash are driven by chronic demand that outpaces supply, turning what once looked like a temporary spike into a structural, long-term shift in PC component costs that will reshape how hardware is priced and purchased for years to come. A Lenovo executive laid it out at ISC 2026: projections now show price increases for memory continuing into 2030 and possibly beyond. That directly contradicts past optimism that AI demand would level off around 2028 and let the market breathe. The uncomfortable truth is that we’re not in a typical boom-and-bust cycle any more; we’re watching the baseline move up and stay up, and builders who keep waiting for a big crash in DRAM and NAND prices are likely to be disappointed.
AI demand and a DRAM NAND shortage that won’t go away
The reason memory prices are rising is brutally simple: demand is growing much faster than supply. The AI boom has turned high-bandwidth and conventional DRAM, plus NAND flash, into strategic resources. Lenovo’s data shows that even after Micron, Samsung and SK Hynix bring more DRAM/NAND manufacturing facilities online, demand will still exceed supply. Micron has already admitted that even its most important customers cannot get everything they need, and Samsung and SK Hynix have echoed the same concern about tight availability. SK Hynix is accelerating expansion, aiming to nearly double DRAM wafer capacity by 2030–2031 and triple overall production by around 2034. That is a massive build-out, yet the market expectation is that it will merely keep the DRAM NAND shortage from getting worse rather than restoring the cheap memory era PC builders grew used to.
Higher PC component costs for builders, gamers and console makers
The impact on ordinary users is already visible, and pretending this is temporary is wishful thinking. Lenovo’s outlook is blunt: all categories of terminals, including PCs and mobile phones, will face continuous price increase pressure, and those price increases will become the new normal in 2030 and beyond. We are seeing that play out as higher PC component costs ripple through the stack. According to Wall Street China, inbound price hikes from major brands are expected to be at least USD 100 (approx. RM460) more than current levels, with more increases likely before year’s end. Apple and Microsoft are raising prices across their product lines. Microsoft and Sony have been in a race since late 2025 to increase console prices, and laptop and gaming handheld makers are following with their own hikes. What starts as a DRAM NAND shortage ends as a permanently more expensive gaming rig.
From boom-and-bust to long-term price inflation
For years, memory pricing followed a familiar boom-and-bust rhythm that DIY builders learned to game: buy when DRAM was cheap, wait out the spikes. Lenovo now argues that we’re moving away from that pattern into an era where prices sit at a permanently higher baseline, driven by AI demand. The current rampocalypse is therefore more than a short-run event; it is becoming the rule rather than the exception. Even as memory makers enjoy fatter profit margins, consumer-grade DRAM and NAND are squeezed, pushing long-term price inflation into PCs, laptops, smartphones, SSDs and cloud services. Enterprises are not spared, with server and data center procurement costs rising in tandem with memory prices. For the broader industry, this means business models and product strategies must assume expensive memory as a default, not an anomaly, when planning hardware generations through 2030 and beyond.
What PC builders and gamers should do next
If you build PCs, buy gaming hardware or manage fleets of laptops, the takeaway is harsh but clear: stop budgeting as if memory prices will revert to 2025 lows. Lenovo’s warning suggests that elevated memory prices are here to stay well into the next decade. Higher costs are already trickling down into everyday devices and services, from PCs and smartphones to SSDs and cloud platforms. For regular people and businesses, upgrading hardware is likely to stay more expensive than we are used to. That reality should change how you plan purchases: prioritize capacity where it matters, avoid wasteful over-spec’ing, and accept that waiting a year may not deliver the big discounts it once did. AI has quietly rewritten the economics of memory, and anyone buying components over the next several years needs to plan for that new baseline instead of chasing a past that is not coming back.
