Acer Chief Sees PC Price Increases in Q4 2026 Peaking Near Mid-2027
Acer chairman and CEO Jason Chen expects PC price increases in Q4 2026 to average between 5% and 20%, with costs continuing to climb into early next year before peaking around mid-2027. He also rejects forecasts from memory suppliers that shortages will persist until 2030. For anyone shopping for a laptop or desktop, his timeline identifies two moments worth watching: the fourth-quarter increases now working through the channel, and the point in the second half of 2027 when those increases are expected to reverse.
Chen delivered the forecast at a management forum in Taipei, where he identified memory and solid-state drive costs as the main pressure on finished systems. Configurations with larger memory and storage allocations will absorb the steepest adjustments, because those components account for the largest share of the bill of materials. Machines with modest memory and SSD loads should move less.
The range is wide enough to matter. A 5% increase adds roughly $35 to a system priced near $700, while a 20% increase adds about $140 to the same machine. That spread explains why an average figure conceals more than it reveals, since the final number depends on what a buyer configures rather than on the quarter alone.
Acer's Timeline for PC Pricing
| Period | Acer's expectation |
|---|---|
| Q4 2026 | End-market PC prices rise 5% to 20% on average |
| Q1 2027 | Increases continue at a slower pace |
| Mid-2027 | Average selling prices reach their peak |
| H2 2027 | Prices begin to decline |
A timing gap explains why retail prices keep climbing while component availability improves. Supplier pricing feeds into end-product pricing with a lag of roughly a few months, so cost increases agreed earlier in the year keep reaching store shelves well into the first quarter of 2027.
Chen's expectation of a mid-2027 peak rests on his reading of supply today. He states that DDR4 and mainstream DDR5 memory are no longer broadly scarce and that DDR4 pricing has already started to fall. CPU availability has improved as well, with the exception of some entry-level and mid-range parts, which means the cheapest machines are not automatically the safest from further increases.
What remains tight sits at the top of the memory stack. High-quality and high-density modules are still genuinely constrained, and that is the tier where Chen's optimism carries the least weight, since premium configurations depend on exactly those parts.
Where Acer and the Memory Makers Disagree
The dispute concerns duration rather than direction. Memory manufacturers have publicly projected shortages running to the end of the decade, and Chen calls that outcome impossible. His stated reason is capacity, specifically the expansion of Chinese producers such as CXMT and YMTC, which he expects to add supply and pull memory pricing lower.
Chen goes further, arguing that Samsung, SK Hynix and Micron use public statements about future shortages as signals to one another, and that those statements help defend margins. That claim cannot be verified from outside the industry, so it remains Acer's position rather than an established fact.
Incentives shape both sides of the argument. Acer buys memory and SSDs and sells finished systems, so its margins improve when component prices fall; memory suppliers earn more when they rise. That does not make Chen wrong, but it does mean his forecast should be read alongside the suppliers' projections rather than instead of them.
The available evidence splits along segment lines. Falling DDR4 prices support Chen's view that the mainstream portion of the market is normalising. Continuing tightness in high-density modules points the other way, because that tier carries the largest premium and constrains exactly the configurations Acer expects to rise most.
Acer's own cost guidance is the most concrete test of conviction. Chen expects the company's SSD and memory costs in 2027 to come in below 2026 levels. If that holds, part of the reduction should reach end-product pricing, and the Q1 2027 figures will show whether the increases are slowing as predicted.
What the PC Price Increases in Q4 2026 Mean for Buyers
Configuration matters more than calendar for the size of any increase, so a machine with heavy memory and SSD loads will absorb more of the PC price increases in Q4 2026 than a modest one. Waiting is a bet on the second half of 2027, and Acer does not promise relief before that point.
The decision breaks down by timing. Buying before the fourth quarter avoids the announced range but means accepting current-generation hardware at current prices. Buying in the first half of 2027 means paying more for the same class of machine. Waiting until the second half of 2027 is the only route to lower prices, and it requires being able to defer the purchase for roughly a year.
Two developments would undercut the forecast. A spillover of tightness from high-density modules into mainstream DDR5 would push the peak past mid-2027, and a slower-than-expected ramp from Chinese memory producers would remove the capacity that Chen cites as his main reason for expecting relief.
Chen also flags a wider consequence. He warns that broad, chain-reaction price increases across hardware risk feeding general inflation and could push central banks toward higher interest rates. That argument stretches the story past the PC aisle: memory pricing now feeds into economy-wide cost measures, not only a component line item.
Acer is not passing costs through alone. Asus co-CEO Samson Hu has said the industry broadly agrees that pricing will reflect spiking memory costs, affecting commercial hardware and consumer PCs alike. When two of Taiwan's largest PC vendors describe the same pass-through, the question for buyers is not whether prices rise but by how much on the specific machine they intend to buy.
Why this matters
For anyone planning a purchase, Acer's forecast turns a vague shortage argument into a dated decision. The fourth-quarter increase is the near-term cost, and mid-2027 is the earliest credible turning point, so a buyer who needs a machine within the next six months is paying into the peak rather than avoiding it. The broader implication is that the memory cycle now sets the price of consumer hardware, which means this disagreement will be settled in retail listings long before it is settled in public statements.
Photo by Georgiy Lyamin on Unsplash
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✔Human Verified
Researched and cross-referenced against primary sources by the Bytevyte editorial team. This article was generated with the assistance of artificial intelligence and reviewed by the Bytevyte editorial team.