Why Laptops Cost More in 2026 — And How to Spot a 'Downgraded' Laptop at the Same Price

We already covered why the global RAM/NAND shortage is pushing smartphone prices up in 2026. Laptops are getting hit by the exact same shortage — arguably harder, because a laptop typically packs in more memory and storage than a phone does. But laptop brands have a second lever phones mostly don’t: shipping the same model name, at the same price, with quietly worse internals. Here’s what’s actually happening, and how to check a specific laptop before you buy it.

The same shortage, a bigger bill of materials

The root cause is identical to the phone story: AI data centers are buying up so much DRAM and NAND flash capacity — for the high-bandwidth memory that powers AI servers — that memory makers like Samsung, SK Hynix, and Micron are shifting factory capacity away from ordinary consumer memory chips. Less supply for consumer devices, with data-center demand paying more per wafer, means consumer memory gets scarcer and pricier.

Laptops feel this more acutely than phones do, for a simple reason: they use more memory and storage per unit. TrendForce, the semiconductor research firm tracking the shortage, estimates that under normal conditions DRAM and solid-state storage make up roughly 15% of a mainstream notebook’s bill of materials — but after several straight quarters of price increases, that share was projected to exceed 30% in the first quarter of 2026. Using a mainstream notebook with a roughly $900 MSRP as its working example, TrendForce estimated that surging memory prices alone could push retail prices up by more than 30%, and that combined with rising CPU costs, the total increase could approach 40%. Consumer Reports tracked a concrete version of the same squeeze: a 32GB RAM kit it was pricing out went from $90 on September 11, 2025 to $269.99 by November 21 — roughly triple the price in about ten weeks — and had climbed further to $349.99 by late December.

Contract pricing tells the same story from a different angle: TrendForce’s own tracking shows conventional DRAM contract prices revised up into the 90-95% range quarter-over-quarter for early 2026, with PC-grade DRAM specifically projected to rise more than 100% quarter-over-quarter, and NAND flash contracts running 55-60% higher over the same period. None of this is a laptop-industry problem originally. It’s a memory-fab capacity problem, and laptops are simply one of the places it shows up on a price tag.

Two responses, and the second one is the sneaky one

Faced with a much higher cost to build the same laptop, brands have two options, and most are doing a mix of both depending on the product tier:

1. Raise the sticker price outright. Dell, Lenovo, HP, ASUS, and Acer have all pushed through price increases across parts of their lineups in 2026, alongside similar moves from Microsoft, Samsung, and Sony on affected product lines. This is the honest version of the price hike — annoying, but at least visible. You see a higher number and can decide whether to pay it.

2. Keep the price the same, and quietly ship a worse laptop. This is the one worth understanding closely. Rather than touching the price tag, some brands are keeping the same model name and the same shelf price, while trimming what’s actually inside — less RAM, a smaller or slower SSD, or a cheaper display panel than the same model shipped with a few months earlier. It’s a reasonable expectation that this path shows up more often on mid- and low-end models specifically, where buyers are more price-sensitive and a visible sticker-price hike risks losing the sale outright, while higher-end models are more likely to simply cost more instead — that’s our own read on the incentives, not a claim we’ve seen a source spell out directly. The same underlying squeeze is already visible on adjacent product lines: Microsoft discontinued the highest-storage 2TB Xbox Series X configuration entirely rather than keep selling it at a higher price, while Sony has raised PS5 pricing twice in under a year — different responses to the same memory-cost pressure, but the same practical effect for a buyer: the option you might have bought a year ago simply isn’t there anymore, or it costs noticeably more.

This second pattern is a form of what’s sometimes called “shrinkflation” — the grocery-aisle trick of shrinking a product instead of raising its price, applied to a laptop’s spec sheet instead of a cereal box. It’s harder to notice than a price change because the number on the price tag looks reassuringly familiar. The laptop just quietly does less than the one with the same name did before.

Why this is harder to catch than a phone spec downgrade

With phones, the model name usually changes with each generation, so a spec comparison is at least somewhat apples-to-apples by default — this year’s model versus last year’s. Laptops are messier for a few structural reasons:

• The same model name can span multiple silent hardware revisions. A “14-inch ultrabook, model X13” sold in January can have a materially different RAM configuration, SSD type, or display panel than the identical-looking “X13” sold in July, with no name change at all to signal it.
• Regional SKUs genuinely differ. The same laptop family sold in different countries often ships with different base RAM, storage, or even CPU configurations — sometimes for legitimate reasons (local pricing, component sourcing), sometimes simply because a lower-spec regional SKU is cheaper for the brand to build.
• Refresh naming is easy to miss. Brands frequently release a “refresh” of an existing model with a barely different suffix — a letter, a small number change — that’s easy to skim past if you’re comparing a review or a friend’s recommendation against what’s actually on the shelf now.
• Reviews go stale fast, and don’t get flagged as stale. A glowing review published eight months ago may have tested a completely different internal configuration than the unit currently for sale under that same listing, and nothing on the review page will tell you that’s happened.

None of this requires bad faith from every brand doing it — some of it is genuinely just supply-chain reality (whatever memory chip is available this week goes in this week’s batch). But the effect on a buyer is the same either way: the laptop you research isn’t necessarily the laptop you receive.

How to actually check before you buy

1. Get the exact model/SKU number, not just the marketing name. Every laptop has a specific model or part number (often printed on the bottom of the unit, or listed as a “PN” or model code on the spec sheet) that’s more precise than the marketing name on the box. Two units both called “Laptop Pro 14” can carry different SKU numbers if their internals differ — the marketing name is not a reliable spec guarantee on its own.

2. Pull the manufacturer’s current spec sheet for that exact SKU, not a cached or third-party one. Go directly to the brand’s official product page and check the RAM, storage type/capacity, and display spec listed for that specific SKU today. Compare it against the review or recommendation you’re actually relying on — if the review doesn’t mention a SKU number, treat its spec claims as provisional until you verify them against the current listing.

3. Check the review’s publish date against today’s date. A review is a snapshot of a laptop at one point in time. The longer the gap between the review date and your purchase date, the more likely a silent spec revision has happened in between — especially in 2026, when component substitutions are happening faster than usual because of the memory shortage.

4. Check whether the RAM and storage are soldered or upgradable. This matters more this year than in a typical year. A laptop with soldered (non-upgradable) RAM locks you into whatever capacity ships in the box, permanently — there’s no fixing a downgrade after the fact. A laptop with a socketed RAM slot or a replaceable M.2 SSD at least gives you the option to add capacity later, even if the base configuration is skimpier than you’d like. If you’re choosing between two otherwise similar laptops, upgradability is a real hedge against buying into a shortage-era base spec.

5. Compare listings across regions if the option exists. If you’re buying through an international retailer or importing, it’s worth checking whether the same model number ships with different base specs in different markets — occasionally the fix is simply buying the SKU sold in a market that hasn’t been downgraded, though shipping, warranty, and import considerations need to be weighed against any spec difference.

6. Screenshot the spec sheet at the time of purchase. If a listing’s specs change between when you looked and when your order ships — a real risk during a fast-moving shortage — a dated screenshot is the evidence you’d need to dispute a mismatch with the retailer.

Who’s most exposed

Not every laptop buyer is equally at risk here:

• Budget and mid-range laptops are, in our view, the tier most exposed specifically to quiet spec downgrades rather than sticker-price hikes — these buyers tend to be more price-sensitive, so a brand risks losing the sale outright with a visible price increase and has more incentive to trim specs instead. This is our own reasoning about the incentives at play, not a tier-specific claim we’ve seen TrendForce or another source make directly.
• Gaming laptops with high-memory configurations are also heavily exposed — coverage from outlets like iFeelTech and Cloud Colleague notes that gaming laptops’ large VRAM and system RAM configurations multiply the per-unit cost impact of the memory squeeze more than a typical mainstream laptop.
• Premium ultrabooks and laptops using more proprietary, vertically-integrated chip designs tend to be somewhat more insulated, since those brands control more of their own supply chain and are less exposed to the open memory-chip market swings — though “more insulated” doesn’t mean “immune.”

Should you buy a laptop now, or wait?

There’s no universal answer, but the practical read lines up with what we found for phones: memory prices are expected to keep climbing through at least the first half of 2026, and most brands haven’t finished passing the latest cost increases on to buyers yet. Some longer-range analyst forecasts are even more cautious — Bernstein’s memory-chip analysts, for instance, have suggested DRAM and NAND prices may not meaningfully ease until 2028, after further increases in the meantime — though forecasts that far out should be treated as directional, not a guarantee. Either way, waiting for prices to correct downward isn’t a strong bet in the near term. If you need a laptop for work or study in the next few months, buying sooner — while doing the spec checks above on the specific unit you’re about to buy — is generally more sensible than waiting on the hope that a shortage-driven price spike reverses itself soon.

If you’re buying a laptop that will need to last through a multi-year memory shortage, it’s also worth budgeting a little extra for RAM/SSD upgrade capability up front, since retrofitting more memory later is far easier on a laptop with accessible, upgradable slots than on a sealed, soldered one.

The bottom line

Laptop prices are rising in 2026 for the same underlying reason phone prices are: AI data centers have pulled so much DRAM and NAND capacity toward high-bandwidth memory that ordinary consumer devices are competing for a shrinking supply, and laptops carry more memory and storage per unit than phones do, so they’re feeling it hard. Some brands are raising prices honestly. Others are keeping the price tag the same and quietly shipping less laptop for it — smaller storage, less RAM, occasionally a cheaper display panel — under a model name that looks unchanged. The fix isn’t complicated, just easy to skip: check the exact SKU, pull the current spec sheet from the brand directly, check whether the RAM and storage are upgradable, and don’t assume a review from months ago still describes what’s on the shelf today.

Editorial Note

This article is an independent summary and analysis based on reporting from Consumer Reports, TrendForce, and other outlets tracking the 2026 memory chip shortage. All original reporting credit belongs to those outlets.

Sources

• AI Data Centers Are Buying Up RAM and Raising Laptop Prices — Consumer Reports
• Memory Price Outlook for 1Q26 Sharply Upgraded; QoQ Increases of All Product Categories to Hit Record Highs — TrendForce
• Rising Memory and CPU Prices Could Push Mainstream Notebook Prices Up by Nearly 40% — TrendForce
• DRAM Crisis: Analysts Expect Drastic Price Drop in 2028 — Notebookcheck
• Best Time to Buy a Laptop in 2026 — iFeelTech
• Laptop Price Increase 2026 — Cloud Colleague