UpTrajectory Review

Matt Gonzales at TechRepublic flags an unwelcome forecast for anyone planning hardware refreshes: IDC expects PC average selling prices to climb 18.3% and stay elevated through 2027. The short excerpt available here is essentially a pointer to a longer piece, but the headline numbers alone are enough to warrant attention. This is not a routine cycle blip. After years of pandemic-era buying surges followed by a brutal 2023 correction that crushed vendor margins, the industry is now dealing with a different problem: memory and storage component costs are rising sharply, and manufacturers are passing those increases through rather than absorbing them to chase volume.

For a small-business operator, the practical impact is straightforward and expensive. If you run a fleet of ten, twenty, or fifty machines and have been deferring replacements waiting for prices to soften, that strategy now has a clear timeline attached, and it is not in your favor. An 18.3% ASP increase on a $900 business laptop is roughly $165 per seat. Across a 25-person shop, that is more than $4,000 in unplanned cost on hardware alone, before you factor in docking stations, monitors, or the IT labor to migrate machines. Budgets built on last year's quotes are already stale.

What is genuinely notable here is the duration. Component shortages and price spikes are familiar, but IDC's projection that elevated pricing persists through 2027 suggests structural pressure rather than a temporary supply squeeze. Memory makers cut capacity aggressively during the downturn, and AI-driven demand for high-bandwidth memory is now competing for the same fab output. We would be skeptical of any forecast that extends three years out with false precision, and IDC has revised these outlooks before. But the direction is well-supported by what component pricing has already done over the past several quarters.

The downstream effects cut unevenly. Large enterprises negotiate volume contracts that smooth out ASP swings, and some locked in pricing before the steepest increases. Small businesses buying five or ten units at a time through retail channels or VARs have no such cushion and will feel the full brunt. There is also a secondary consequence worth watching: as new hardware gets pricier, the secondary market for refurbished and off-lease business PCs tightens, pushing those prices up too. The usual escape hatch of buying last generation's model cheaply narrows considerably.

Our advice is to treat hardware procurement like any other input cost facing a multi-year inflation forecast. If your refresh cycle lands within the next eighteen months, pull trigger decisions forward and get quotes now rather than waiting for a price break that IDC says is not coming. Consider standardizing on a single configuration to simplify purchasing and support, and ask your reseller about price-lock or volume-commitment options. For machines that are merely sluggish rather than failing, a RAM or SSD upgrade on existing hardware may buy another year at a fraction of replacement cost, though component inflation is pushing those prices up as well.

The thing to watch next is whether IDC's forecast holds through the next quarterly revision, and whether any major OEM breaks ranks to discount aggressively and reclaim market share, which would undercut the consensus. Also monitor how the Windows 10 end-of-support deadline interacts with this pricing environment: businesses that delayed migration because of cost now face a double bind of higher hardware prices and a shrinking timeline. That collision is likely to generate real pain stories among small operators over the next year, and vendors who offer flexible financing or trade-in programs will find a receptive audience.

“PC prices could stay high through 2027 as IDC forecasts an 18.3% increase in average selling prices.” — TechRepublic

Takeaway: Pull hardware refresh decisions forward and lock quotes now; IDC expects PC prices to remain elevated through 2027, and small buyers without volume contracts will absorb the full increase.