Worldwide PC shipments fell 4.9% year over year in the second quarter of 2026, snapping a two-year streak of growth and marking the first annual decline since early 2024. The culprit, according to IDC’s latest quarterly tracker, is a protracted global memory-chip shortage that has inflated hardware costs, stalling demand just as the industry hoped for a post-pandemic refresh.

The numbers: a cooling market hits the brakes

IDC’s preliminary data pegged total shipments at 62.8 million units for Q2 2026, down from 66 million a year earlier. The decline was steeper than many analysts expected—four weeks ago, consensus sat around a 2% dip—and exposes the fragility of a PC market still wrestling with supply-side turbulence.

Top-tier vendors didn’t escape unscathed. Lenovo, HP, and Dell remained the three largest players by volume, but all recorded single-digit annual drops. Lenovo held onto the lead with roughly 15.3 million units shipped, a 5.2% slide. HP followed at 12.8 million (down 4.1%), and Dell at 9.7 million (down 6.0%). Apple was a rare bright spot, shipping 5.6 million Macs, an increase of 3.7% year over year, buoyed by a timely M4 MacBook Air refresh that arrived before the worst of the memory pricing wave.

The biggest losers were smaller white-box manufacturers and regional brands that lack the purchasing muscle to negotiate with memory suppliers. Their collective shipments fell almost 8%, a pattern last seen during the 2017–2018 component crunch.

Geographically, the pain was uneven. The Americas contracted 2.9%, while Europe, the Middle East, and Africa slumped 7.1% as currency weakness against the dollar magnified component costs. Asia-Pacific (excluding Japan) proved most resilient, down just 1.4%, thanks to aggressive government-funded education deals in India and Indonesia.

What the memory shortage means for your next Windows laptop

The days of a $600 mid-range notebook with 16 GB of RAM and a capable processor are slipping away—at least for now. Prices for DDR5 and LPDDR5X memory modules have surged by 40–60% since mid-2025, driven by two forces colliding. First, AI accelerators and data-center GPUs are gobbling up high-bandwidth memory (HBM), leaving less fab capacity for conventional DRAM. Second, memory makers, burned by a brutal oversupply in 2023–2024, have been conservative about expanding output. The result: a classic supply shock that is flowing straight into the bill of materials for every Windows laptop, desktop, and workstation.

For the everyday buyer, the sticker shock is real. Configurations with 32 GB of RAM—once a sweet spot for power users—now carry a $150–$200 premium over January prices. Even entry-level machines have edged up: a typical budget Chromebook or Windows clamshell with 8 GB of memory now lists for $380–$420, a 15% bump from last summer. Manufacturers have also tweaked configurators, quietly swapping dual-channel memory for single-channel setups or pushing 4 GB models back into the lineup—a regression that forces compromises on multitasking and operating system responsiveness.

IT departments face an unwelcome math problem. A 1,000-seat corporate refresh that might have cost $850,000 in 2025 now pencils out closer to $1.1 million. Many are stretching refresh cycles from three to four years, delaying Windows 11 migrations, or reimaging older systems with tighter software standards. The memory squeeze also complicates the transition to AI-capable PCs, which typically require more RAM to handle on-device inference. Microsoft’s Copilot+ PC requirements—16 GB of RAM and a neural processing unit—look increasingly ambitious when RAM alone adds $50–$80 per unit.

Gamers and content creators haven’t been spared. Graphics cards that rely on GDDR6 or GDDR6X memory have seen price increases of 8–12% quarter over quarter. A mid-range GPU that sold for $399 in March is now routinely listed at $449, and pre-built gaming desktops have climbed even more as system integrators pass on combined CPU, GPU, and memory costs. For video editors and 3D artists, high-capacity DDR5 kits (64 GB and above) are in short supply, forcing builders to choose between paying inflated prices or scouring the used market.

How we got here: a timeline of a crunch

The current shortage didn’t appear overnight. Its roots trace to the tail end of 2024, when the generative AI boom moved from proof-of-concept to production at hyperscale. Data-center operators ordered unprecedented volumes of HBM3 and HBM3e memory, absorbing wafer starts that would otherwise have gone to PC-grade DRAM. By Q3 2025, spot prices for DDR5 16 GB modules had already climbed 20%, but PC vendors were still working through lower-cost inventory—so retail pricing held steady.

That buffer evaporated in early 2026. The Lunar New Year production lull, combined with a stronger-than-expected rebound in server demand, left memory foundries with little spare capacity. A fire at a major PCB substrate factory in Taiwan in February further pinched the supply of memory packaging, and the industry entered Q2 with days-of-inventory counts comparable to late 2016—a period infamous for epic price hikes.

PC makers responded by cutting orders, which is precisely why shipment volumes dipped. They also started renegotiating long-term contracts with memory suppliers, a tactic that works for the top three but leaves smaller players at the mercy of the spot market. Meanwhile, consumer demand, already soft due to inflation and economic uncertainty, got another knock from the tariffs that took effect on electronics components in April 2026, adding 5–10% to the landed cost of assembled PCs.

What to do now: actions for buyers and IT managers

The instinct might be to hold off and wait for prices to normalize, but that’s a gamble. Memory analysts at TrendForce and IC Insights expect the shortage to persist through at least Q2 2027, with only modest relief in the second half of next year when new fab lines from Samsung and SK Hynix ramp up. If you need a laptop or a fleet of systems within the next 12 months, here are practical steps.

For consumers:
- Lock in today’s price if possible. Many retailers still have stock that was ordered at older contract prices. Look for last-gen models with DDR4 memory—those are less affected by the current shortage and still perfectly capable for everyday tasks.
- Consider certified refurbished. Dell Outlet, Lenovo Refurbished, and Amazon Renewed offer recent business laptops with warranties at 30–40% off new prices. You sacrifice the latest chip, but the RAM upcharge disappears.
- Time your purchase around holidays. Independence Day sales and Back-to-School promotions will clear older inventory; Black Friday could be a wild card if vendors book extra memory now to meet Q4 demand. Sign up for price alerts on specific models.
- Prioritize upgradeable systems. A laptop with socketed memory slots gives you the option to buy a barebones config now and upgrade RAM later when prices ease, though this is becoming rare in thin-and-light designs.

For businesses:
- Revisit your procurement schedule. If fiscal-year budgets are flexible, accelerate a portion of next year’s refresh into Q3 2026 to lock current pricing. Vendors are more willing to negotiate bulk deals now than they were six months ago, because they know demand is slipping.
- Standardize on 16 GB where possible. It’s the floor for Windows 11 and Copilot+ features, but avoid over-provisioning to 32 GB unless workloads demand it. Every 16 GB saved per unit can fund a slightly better processor or a longer warranty.
- Explore DaaS (Device as a Service) contracts. Leasing models shift the memory risk to the vendor, though monthly costs will have risen too. Run the numbers against a capital purchase over 36 months—you might find the premium is smaller than expected because lessors get priority allocation.
- Pilot older hardware. If your fleet is mostly web-based and virtualized, Chromebooks or thin clients (often with soldered-down, low-cost LPDDR4X) can slash per-seat costs by 40%. Google’s ChromeOS Flex even breathes life into aging Windows PCs as a stopgap.

Outlook: When will the PC market breathe again?

There is no quick fix. Memory fabs require 12–18 months from groundbreaking to volume production, and the big three manufacturers have only just committed to new lines. Intel’s Lunar Lake and Arrow Lake processors, expected in late 2026, may ship with integrated LPDDR6 support that boosts efficiency, but they won’t lower memory prices. If anything, the transition to a new standard could create a temporary supply gap as makers shift lines.

On the demand side, Windows 10 end-of-support in October 2025 was supposed to catalyze a huge upgrade wave, but it arrived just as prices peaked. Many businesses chose to pay for extended security updates instead of buying new iron. That pent-up demand is still there—Microsoft reports that more than 40% of enterprise PCs still run Windows 10—but it will only unleash when the economic case improves. A recession scare, high interest rates, or further tariff escalations could push that moment into 2028.

For now, the PC market is in a holding pattern. The memory shortage has turned what might have been a modest seasonal dip into a genuine contraction. When component costs stabilize, shipments will likely rebound because the underlying need for modern, secure Windows devices hasn’t vanished. Until then, buyers will have to adapt, compromise, or pay the premium to stay current.