The Memory Price Surge Is Not a Blip—It’s a Regime Change
The current memory price surge refers to a sharp, multi‑quarter increase in the cost of DRAM and NAND components that is being driven by a global memory chip shortage, aggressive long‑term supply contracts, and AI‑led demand, with analysts warning that prices may only ease slowly after 2028 and industry executives now calling sustained high pricing the “new normal” for the next decade. The uncomfortable takeaway is that this is no ordinary boom‑bust cycle. The numbers already visible in the market are extreme: consumer‑focused DRAM prices in the second quarter jumped about 50% for DDR4 and around 80% for LPDDR compared with the previous quarter. According to Jefferies Equity Research, the industry should brace for another 40–50% rise in the third quarter and 30–40% in the fourth, with only a modest recovery expected once new capacity starts meaningfully impacting average selling prices in 2028. That is not a passing squall; it is a structural storm.
How the 2026 DRAM Shortage Broke the Consumer Market
If 2025 felt expensive, 2026 is brutal. Shortages that began in the second half of 2025 pushed prices up in the first quarter, but the second quarter’s shock shows how quickly the DRAM shortage has gutted the consumer segment. A 16 Gb (2 GB) DRAM module now averages USD 28.5 (approx. RM134) versus USD 19.2 (approx. RM90) a quarter earlier, a 49% jump. A 16 GB DDR4 stick climbed from USD 137 (approx. RM645) to USD 207.1 (approx. RM975), a 51% increase. On the mobile side, 32 Gb (4 GB) LPDDR ICs leapt 75% from USD 26.2 (approx. RM124) to USD 45.9 (approx. RM216), while 96 Gb (12 GB) LPDDR5X modules exploded 89% from USD 77.1 (approx. RM363) to USD 145.9 (approx. RM687). This is the practical meaning of a memory chip shortage: ordinary upgrade paths suddenly look like luxury purchases, and what used to be mid‑range RAM capacity is priced like a high‑end indulgence.
NAND flash and SSDs have not escaped the squeeze. A 512 GB NVMe Gen4 SSD now sells for USD 126.3 (approx. RM595), 54% higher than the previous quarter. A 256 GB UFS 3.1 device is up 103% to USD 62.7 (approx. RM296), 16 GB eMMC 5.1 flash is 69% higher at USD 22.6 (approx. RM106), and uMCP solutions have more than doubled, rising 107% from USD 72.5 (approx. RM341) to USD 150.4 (approx. RM709). Since these parts are the backbone of mainstream PCs and smartphones, their price shock inevitably flows into finished product stickers, and manufacturers have started raising prices across laptops, phones, consoles, and gaming handhelds in response. This is why describing the situation as a DRAM shortage in 2026 is almost too mild; for consumers, it feels more like the collapse of affordable computing.
Analysts and Executives Agree: Relief Won’t Arrive Before 2028
The most worrying part of the memory price surge is not the current pain but the timeline. Jefferies forecasts quarter‑on‑quarter hikes of 40–50% for memory in the third quarter and 30–40% in the fourth, followed by another year of aggressive increases that add up to roughly a 40–45% year‑on‑year price rise in 2027. Only in 2028 do they expect average selling prices to decline, and even then the relief is modest: a 15–20% supply growth from new capacity facing slower demand, not a glut that would push costs back to pre‑shortage levels. In parallel, about half of total capacity is already locked in long‑term agreements with major tech firms, and that could rise to 70%. That means whatever incremental supply is added will mostly serve the biggest buyers, leaving even thinner volumes for consumer PCs, laptops, consoles, and smartphones.
Corporate guidance echoes this gloomy arc. Micron’s third‑quarter earnings report revealed 16 strategic customer agreements that fix floor and ceiling prices for memory over five‑year stretches. The company’s CEO told investors that customers now accept that memory and storage shortages will “take considerable time to improve” and admit there is no clear visibility on when supply will catch up with demand, even though the industry broadly expects gradual improvement starting in 2028. Micron has already retired its consumer RAM brand and directed output into data centers, suggesting PC RAM will stay expensive and scarce. When a top‑three DRAM maker structurally reorients toward enterprise buyers and locks in long‑term pricing, consumers should assume that the RAM cost increase is intentional, not incidental.
The AI Hunger and Long-Term ‘New Normal’ for Pricing
Behind the DRAM shortage in 2026 lies a simple but harsh driver: AI. Memory makers are chasing the highest margins, and AI workloads are at the top of the list. As a result, general‑purpose DRAM, including DDR and LPDDR, has borne the brunt of supply cuts and price hikes. Cloud service providers and hyperscale buyers increasingly dominate long‑term deals, reshaping how output is allocated and sidelining consumers. Expectations that “cheap” new entrants would flood the market are proving wrong; new suppliers are selling at similar price levels, and expansion remains a longer‑term, not immediate, factor. In this context, the memory chip shortage is less a surprise failure and more a consequence of an industry choosing to feed AI data centers first and asking everyone else to accept the leftovers.
Industry executives are now candid about where this leads. A Lenovo executive presenting at ISC 2026 warned that projections show memory price increases continuing into 2030 and possibly beyond, turning what used to be a cyclical spike into a baseline expectation. The same analysis argues that “all categories of terminals, including PCs and mobile phones, will face continuous price increase pressure,” and that such price hikes “will ultimately become the ‘new normal’ in 2030 and beyond.” Enterprises are not spared either: server and data‑center infrastructure procurement costs will rise alongside memory prices, raising the investment threshold for AI and cloud computing. When the buyers building AI clouds and high‑end infrastructure accept higher budgets, manufacturers have little incentive to return DRAM and NAND to their previous, lower price points.
What This Means for Consumers and the Road to 2028
For ordinary users, the immediate impact is clear: memory upgrades, new PCs, phones, and consoles are getting more expensive and will stay that way. The surge in NAND and SSD prices is already feeding into higher retail prices for mainstream devices, and laptop and smartphone makers have begun raising prices across their portfolios. Console and handheld makers are doing the same. In practical terms, the DRAM shortage in 2026 means fewer budget‑friendly configurations, more premium‑tier positioning for what used to be mid‑range hardware, and longer replacement cycles as buyers delay upgrades rather than swallow today’s price tags. For small businesses and hobbyists, the memory price surge curbs experimentation: building a home server, expanding storage, or upgrading gaming rigs now demands far more cash, with little guarantee that waiting a year will materially improve the situation.
Looking ahead, the most realistic hope is not a return to old prices but a slow normalization of supply from 2028 onward. New fabs and capacity expansions may narrow the worst of the gap, but long‑term contracts and AI demand will keep a floor under prices. The opinion that elevated pricing will become the new normal beyond this decade is not a scare tactic; it is now a stated view from major corporate buyers and PC makers. Consumers therefore need to treat memory and storage as strategic purchases rather than interchangeable commodities. That may mean buying earlier before further hikes, opting for configurations with slightly less RAM but smarter software tuning, or keeping hardware longer. Relief will likely come as a flattening of increases, not a sudden collapse in costs—an uncomfortable but necessary adjustment to a world where RAM is priced like the scarce, strategic resource it has quietly become.
