PC Shipments Drop as Memory Shortage Pushes Prices Higher

The First Contraction Since Late 2023

Global PC shipments contracted by nearly five percent to 68.2 million units in the second quarter, according to data from the International Data Corporation. The decline marks the first quarterly contraction in two years, ending a run of nine consecutive quarters of expansion that began in late 2023.

The timing aligns precisely with the intensification of the global memory supply crisis. What began as sporadic shortages in late 2025 has evolved into a systemic constraint on production capacity across the industry. The crunch, driven by surging demand for AI infrastructure and high-bandwidth memory, is not expected to ease until 2028, according to IDC's current projections.

At DailyTechWire, we've tracked memory pricing across Asia's contract manufacturers for the past eighteen months. The trajectory has been consistent: DRAM and NAND prices have climbed in double-digit percentages quarter over quarter, with no relief in the spot market. Fab capacity that might have served consumer PC production has been redirected toward higher-margin AI accelerators and data-center modules.

Revenue Climbs While Volume Falls

The more revealing data point sits beneath the shipment figures. Despite falling unit sales, PC manufacturers are reporting rising revenues. The mechanism is straightforward: vendors are increasing prices faster than demand is declining.

Jitesh Ubrani, a researcher at IDC, described the dynamic as "the disconnect between units and dollars." Shipments are contracting, but the top line is expanding. Manufacturers are preparing for additional price increases through 2027, he noted, as memory suppliers continue to tighten allocation.

The arithmetic is simple. If a vendor raises the average selling price by eight percent while shipments fall by five percent, revenue still climbs. The cost of the memory shortage is being transferred directly to end buyers, while manufacturers preserve margin.

This is not an aberration. It reflects the structure of the PC supply chain, where original equipment manufacturers operate on thin margins and have limited capacity to absorb input-cost shocks. When memory prices spike, the increase flows downstream within weeks.

Inventory Depletion and the Upgrade Cycle

Ubrani expects the contraction to steepen in the third and fourth quarters. Current inventory buffers, built during the growth period of 2024 and early 2025, are depleting. Once those stocks are exhausted, manufacturers will be forced to build systems with memory procured at current elevated prices.

That will trigger another round of retail price increases, which in turn is likely to further dampen consumer demand. The concern extends beyond a single quarter. If prices remain elevated through 2027, the typical PC replacement cycle could be disrupted. Enterprises and consumers alike may delay upgrades, extending the lifespan of existing hardware beyond the traditional three to five years.

This scenario has precedent. During the 2017-2018 memory shortage, driven by smartphone demand and supply-side consolidation, PC refresh cycles lengthened by an average of six months in enterprise segments, according to Gartner data from that period. The current shortage is more severe and expected to last longer.

Apple Gains Share with the MacBook Neo

One manufacturer has moved against the broader trend. Apple increased its PC shipments by 800,000 units compared to the same quarter in 2025, lifting its market share from 8.5 percent to nearly ten percent.

The driver is the MacBook Neo, the company's entry-level notebook introduced in late 2025. The Neo was designed around a constrained memory environment, using a custom silicon architecture that integrates memory on-package, reducing reliance on commodity DRAM modules. That design decision has given Apple a supply advantage, even as competitors struggle to secure memory allocation.

The Neo's initial price was $600. That has now risen to $700, a 17 percent increase. Other models in the Mac lineup have seen steeper adjustments. The MacBook Air now starts at $1,300, up from previous pricing, as Apple passes through memory cost increases across its product range.

Tim Cook, in one of his final earnings calls before stepping down as CEO, acknowledged the constraint. "There's less supply at a time when consumers want devices and the memory guys are passing along huge price increases," he said. "We definitely need memory pricing and supply to return to reasonable levels for consumer products."

The comment underscores the reality: even a company with Apple's scale and vertical integration is constrained by upstream supply. The difference is that Apple has been able to maintain volume growth while adjusting pricing, whereas most competitors are losing both volume and margin.

Apple reported $68.5 billion in cash on hand for the quarter, a 41 percent increase year over year. The company's market capitalization now exceeds $4.6 trillion, reflecting investor confidence that it can navigate supply constraints more effectively than rivals.

What Happens Next

The memory shortage is a supply-side problem with demand-side consequences. Fab capacity for advanced DRAM and NAND is concentrated among three manufacturers: Samsung, SK hynix, and Micron. All three have prioritized high-bandwidth memory for AI applications, where margins are significantly higher than commodity PC modules.

New fab capacity is under construction, but leading-edge memory production requires two to three years from groundbreaking to volume output. That timeline means any capacity coming online now was planned before the current AI boom began. The next wave of capacity, designed to serve AI demand, will not reach volume until late 2027 or 2028.

In the interim, PC manufacturers face a constrained allocation environment. They can compete for supply by paying higher prices, or they can reduce production. Most are doing both: raising prices to fund higher memory costs, and trimming production targets to match softening demand.

For consumers, the calculus is straightforward. If a new laptop costs 15 to 20 percent more than it did a year ago, with no meaningful performance improvement, the incentive to upgrade diminishes. That dynamic will likely persist until memory supply and demand rebalance, which current projections place in mid-2028.

The broader question is whether this contraction represents a temporary cyclical adjustment or the beginning of a longer plateau in PC demand. The pandemic-era surge in shipments pulled forward several years of replacement cycles. The memory shortage is now constraining the ability to serve residual demand. When supply normalizes, it remains uncertain whether demand will return to pre-shortage levels or settle at a lower baseline.

For now, the pattern is clear: fewer PCs are shipping, prices are rising, and manufacturers are maintaining revenue by passing costs downstream. The memory shortage, born from the AI infrastructure build-out, is reshaping the economics of the consumer PC market in real time.