IDC and industry analysts warn that a severe global memory chip shortage — driven primarily by booming demand from AI data centers — is poised to shrink the PC market and push up average selling prices in 2026, with shipment declines of up to nearly 9% and significant cost pressure on both computers and smartphones.
Sources: Thurrott.com, WebPro News
Key Takeaways
- PC shipments are forecast to decline sharply in 2026 due to memory chip shortages, with downside scenarios predicting up to 8.9% fewer units shipped.
- Rising DRAM and NAND prices — caused by memory makers reallocating production toward AI and enterprise demand — are expected to raise the average selling price of computers and smartphones.
- Budget and mid-tier device segments are most at risk, as higher component costs could force price hikes and reduced sales volume.
In-Depth
The global technology supply chain is heading into a period of notable disruption as personal computers face renewed headwinds from memory chip shortages that will reverberate through prices, sales volumes, and industry planning. Industry research firm IDC has revised its outlook on the PC sector’s near-term prospects after observing tightening conditions in DRAM and NAND flash memory markets that are expected to persist well into 2026. According to detailed forecasts, the PC market could contract sharply — in the most pessimistic scenario by nearly 9% year-over-year — primarily because high memory costs will dampen demand and squeeze profit margins for manufacturers. The memory shortage stems from a strategic reallocation of manufacturing capacity by major memory producers such as Samsung, SK Hynix, and Micron, toward high-bandwidth memory used in artificial intelligence data centers, which offer far higher margins than consumer-grade RAM and flash modules.
This shift reflects fundamental demand dynamics reshaping the semiconductor landscape. The explosion of AI workloads is consuming enormous quantities of memory, compelling suppliers to prioritize contracts with hyperscalers and enterprise customers. As a result, conventional memory supplies that historically underpinned PC and smartphone production have become constrained, pushing up prices noticeably. Elevated DRAM and NAND costs are now emerging at every layer of the value chain, and several computer makers have already hinted at passing these expenses on to buyers. Some mainstream PC builders are expected to raise system prices by as much as 15–20% as they absorb part of the cost surge, while others may strip out features or reduce memory configurations to maintain competitive pricing. Budget and mid-range devices, where profit margins are thinner, appear especially vulnerable: higher bills of materials may either raise retail prices beyond the reach of price-sensitive consumers or shrink margins further, encouraging manufacturers to delay planned upgrades.
Smartphone makers face similar pressures, with memory components representing a significant share — up to 15–20% of bill of materials for mid-tier devices. Without relief from supply constraints, average selling prices for both phones and PCs are projected to climb, reversing the long trend of more affordable computing products. Some market watchers believe this environment could accelerate consolidation within the PC market, as smaller vendors struggle to absorb costs or secure reliable memory supply agreements. Larger original equipment manufacturers (OEMs), with established supply contracts and more negotiating leverage, may weather this shift better — but that relative stability still comes with higher end-user prices. Given the centrality of personal computers to business and consumer productivity, these developments could slow replacement cycles and dampen overall demand.
The memory crunch highlights a broader challenge for the technology sector: balancing the rapid growth of AI infrastructure with the needs of traditional consumer electronics markets. Unless memory manufacturers aggressively expand capacity — a process that takes years and billions in capital — the industry may face a prolonged period of higher prices and slower PC market growth. For consumers eyeing upgrades or new purchases in 2026, this likely means paying more for less, as the memory squeeze reshapes the economics of computing hardware.