The 2026 Memory Shortage Is Feeding AI, Not Your Next PC

The 2026 memory shortage is not really a story about laptops and phones getting more expensive. It is a story about who gets to use the world's memory chips first, and this year the answer stopped being you. DRAM and NAND flash, the chips that hold your data and your apps, are being funneled into AI data centers at a pace consumer electronics cannot outbid, and the bill for that mismatch is landing on anyone buying a new PC, phone, or console.

Key takeaways

Gartner forecasts PC prices will rise 17% and smartphone prices 13% by the end of 2026, with combined DRAM and SSD prices surging 130% over the same period.
Dell raised commercial PC prices 10 to 30% starting December 17, 2025, and ASUS has raised Taiwan PC prices roughly 30% cumulatively since late 2025, both citing memory costs.
Mobile LPDDR5X DRAM prices jumped about 89% in the second quarter of 2026 alone, driven by AI server demand pulling supply away from consumer devices.
Memory makers Micron, Samsung, and SK Hynix are the clear winners; PC and phone brands are absorbing margin pressure before passing costs to buyers, and most analysts do not expect relief before 2028.

The Numbers Behind the 2026 Memory Shortage Are Bigger Than a Normal Price Cycle

Memory prices move in cycles, but this one has outrun every recent comparison. Gartner's February 2026 forecast projected that combined DRAM and SSD prices would surge 130% by the end of the year, pushing PC prices up 17% and smartphone prices up 13% compared with 2025 levels. Gartner also expects PC shipments to fall 10.4% and smartphone shipments to drop 8.4% in 2026 as a result.

Sr Director Analyst Ranjit Atwal put it bluntly in Gartner's release: "This is the steepest contraction in device shipments witnessed in over a decade." He added that the sub-$500 entry-level PC segment will effectively disappear by 2028, because there is no longer enough cheap memory to build a cheap machine.

PC Makers Are Not Waiting for the Forecast, They Are Already Raising Prices

While Gartner modeled the year ahead, PC vendors were already moving. Dell raised prices on commercial laptops, desktops, and monitors by 10 to 30% starting December 17, 2025. Dell COO Jeff Clarke called the memory cost increases "unprecedented," pointing to DRAM prices that were up 50% year to date with another 30% expected before the end of the quarter.

ASUS followed a similar path. Cumulative PC price increases in Taiwan reached roughly 30% from the fourth quarter of 2025 through the second quarter of 2026, according to ASUS's own systems business general manager, Liao Yi-Hsiang, with a further 5% added in the third quarter. That brings the running total close to 35% in under a year, on top of whatever a machine cost before the shortage began.

Close-up of a laptop keyboard and screen

Lenovo and Acer have made similar moves. Acer CEO Jason Chen described memory prices jumping 30 to 50% between the third and fourth quarters of 2025 alone, a swing that translated into a 2 to 3% hit on the overall bill of materials for a typical PC. None of these are rumors or forum estimates. They are figures the companies themselves gave to industry press.

The Mechanism Is Simple: AI Data Centers Pay More and Buy More

The reason this cycle is worse than past shortages is not a factory fire or a natural disaster, the usual triggers for memory price spikes. It is demand. AI training and inference clusters need enormous volumes of high-bandwidth memory and standard DRAM, and cloud providers will pay far more per gigabyte than a laptop maker ever will. Dell's own statement attributed the shortage directly to suppliers including Micron, Samsung, and SK Hynix prioritizing higher-margin AI server components over consumer-grade chips.

Micron's own results show the scale of that shift. The company reported fiscal third-quarter 2026 revenue of $41.46 billion, up 346% year over year, driven largely by DRAM and high-bandwidth memory demand for AI workloads. Micron guided fiscal fourth-quarter revenue to roughly $50 billion, with gross margin near 86%. Those figures are extraordinary for a business that a few years ago was considered a commodity, cyclical chipmaker. This background matters for anyone tracking the broader AI buildout, including how chipmakers like AMD have staked their valuations on AI infrastructure spending.

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Rows of illuminated servers in a data center

Analysts Disagree on the Size of the Hit, Not the Direction

Not every forecaster is as alarmed as Gartner. IDC's estimates, reported by TechSpot, put 2026 price increases in a more moderate range for both PCs and phones, with budget smartphone brands such as TCL, Xiaomi, Realme, and Honor flagged as the most exposed because they operate on the thinnest margins. The gap between Gartner's and IDC's numbers is a reminder that these are projections, not settled facts, and different firms weight AI demand growth and supply expansion differently.

Metric	Gartner (Feb 2026)	IDC (via TechSpot)
2026 PC price change	+17%	Single-digit percent increase
2026 smartphone price change	+13%	Low to high single-digit percent, worse in a pessimistic case
Most exposed segment	Sub-$500 entry PCs	Budget-brand smartphones
Expected relief	Not before 2028	Possible partial easing if supply expands

What both firms agree on is the mechanism and the direction: memory is scarcer and more expensive than it was a year ago, and consumer devices are absorbing the cost because they cannot outbid AI infrastructure buyers for the same wafers.

Shelves of laptops and electronics in a retail store

Who This Actually Affects, and Who Can Ignore It For Now

This matters most if you are planning to buy a new laptop, prebuilt desktop, or phone in the next 6 to 12 months, especially at the budget end of the market where a $50 to $100 swing in component cost is a much bigger share of the sticker price. It also matters if you manage IT procurement for a business, since Dell and other vendors are already pricing new fleet purchases and refresh cycles at the higher rates. Gamers weighing a GPU or prebuilt upgrade should also pay attention, since GDDR memory and VRAM-heavy configurations sit in the same supply chain.

It matters less if you already own a machine with memory that suits your needs and were not planning to upgrade soon, since existing hardware is unaffected. It also matters less for pure software or cloud subscription purchases, which do not carry the same component exposure.

Buy now if you need a new device this quarter and can find a configuration at or near current pricing, since most forecasts point further up, not down, through 2026 and into 2027.
Buy the RAM or SSD upgrade you are considering sooner rather than later, since component-level prices have moved faster than finished-device prices.
Delay if your purchase is discretionary and your current device still works, and revisit pricing in 2027 as new fab capacity from Samsung, SK Hynix, and Micron starts to come online.
Avoid the cheapest end of the market for now, since Gartner expects sub-$500 PCs to disappear as a category and budget phone brands to absorb the sharpest cuts to specs or margins.

The Honest Counterpoint: This Could Correct Faster Than the Doom Forecasts Suggest

The strongest pushback on this narrative is that memory markets are notoriously cyclical, and severe shortages have historically pulled forward massive capital investment that eventually overcorrects into oversupply. Micron, Samsung, and SK Hynix are all expanding capacity, and ASUS itself told TrendForce that its third-quarter 2026 price increases were slowing to single digits after two quarters of much sharper hikes, a sign the worst of the spike may already be behind the industry.

Stack of computer memory modules on a desk

There is also a real chance that AI capital spending itself cools before 2028, whether from a slowdown in model training budgets or a shift toward more memory-efficient chip architectures, which would ease the demand side of the equation faster than analysts currently assume. Treat any single-quarter forecast, including Gartner's, as a snapshot of current trends rather than a fixed outcome. Gartner and IDC already disagree by a meaningful margin, and both could still be wrong in either direction.

Memory cycles have historically been short and violent. The question is whether AI demand is different enough from past cycles that this one lasts longer, and no analyst firm claims to know that with certainty yet.

What to Watch Next

Keep an eye on quarterly updates from Micron, Samsung, and SK Hynix on capacity expansion, since new fab output is the main lever that could bring prices down faster than 2028. Watch whether PC vendors like ASUS keep reporting slowing price increases quarter over quarter, since that pattern would suggest the shortage is peaking rather than deepening. For your own purchases, treat any device with adequate memory and storage for your needs as a reasonable buy now, and treat this as a bad year to chase the cheapest possible configuration, since that is exactly where the shortage is cutting hardest.