TL;DR: The reported Intel and AMD price hikes of about 10% may not reach every buyer at the same speed. Server CPU prices reportedly rose 10–20% after March, and Intel has already raised PC processor list prices twice this year, yet US store prices for desktop chips have mostly stayed at or below list. The question for Q4 is whether store prices finally catch up.
AMD has reportedly told its partners that graphics chips, AI accelerators and motherboard chipsets will cost about 10% more from the fourth quarter. The report surfaced on September 17, nine days after supply-chain sources said Intel plans a price increase of about 10% on PC processors, tentatively from October 5.
Neither company has confirmed either move. Read alongside this year’s earlier increases, though, they show that a higher vendor price does not reach every product, or every buyer, at the same speed. Server CPU prices and Intel’s PC list prices have already moved. US store prices for desktop processors mostly have not.
What each report covers
The report about AMD comes from ChannelGate and was relayed on September 17. It names consumer graphics chips, AI accelerators and chipsets. It does not mention Ryzen desktop processors or EPYC server chips, and the outlet that relayed it treats a Ryzen increase as a possibility rather than ruled out.
The report attributes the increase to higher wafer costs at TSMC, the chipmaker AMD relies on heavily. But the timing doesn’t quite fit. The TSMC increase on record, 5% to 10% on its most advanced processes, has not been confirmed by TSMC, and takes effect in January 2027, a quarter after AMD’s reported increase.
Intel’s plan is less specific than some headlines suggest. The report covers PC processors but does not say which families, or whether desktop and laptop chips are treated the same. Same-day coverage counts it as Intel’s third PC CPU increase this year, with the reported logic being to sell fewer processors but earn more on each one.
Server CPU prices since March
No report mentions Xeon or EPYC, but server prices were already rising earlier in the year. News in April put server CPU prices up 10% to 20% since March, with lead times stretching from one or two weeks to eight to twelve at that point. AMD reportedly planned server increases of about 16% to 17% across the second and third quarters, though whether those landed in full has not been reported.
Intel’s price list shows the same thing. As of July, the flagship Xeon 6980P carried a recommended price of $13,955, up from $12,460 in 2025. Working from those two figures, that is an increase of about 12% on one part.
Demand stayed strong while those prices rose. Intel’s data center revenue grew 59% year over year in the second quarter. AMD’s, which includes both EPYC processors and Instinct accelerators, rose 107% to $6.7 billion. AI agents and inference lean heavily on general-purpose CPUs, as covered in our mid-2026 look at server CPU pricing.
List prices vs. store prices
A common complaint this year is that CPU prices barely moved while memory and graphics cards soared. That depends on which price is measured. Among the US desktop chips tracked here, store prices rose from their lows but mostly stayed at or below list. On the price list, they rose outright.
Intel actually raised PC processor prices first. It raised them in March, by roughly 10%, before adjusting server prices on April 1. In July, the Core Ultra 7 270K Plus went from its $299 launch price to as much as $349, and the Core Ultra 5 250K Plus from $199 to about $229. The original Core Ultra 200 chips kept their list prices.
Store prices tell a different story. In late August, that same 270K Plus sold for $255 on Amazon US, below both its $299 launch price and the list price of up to $349 that took effect in July. Earlier that month, the Core Ultra 9 285K was selling for $579, below its $599 list price but up from a $489 low, and the Ryzen 5 9600X sat at $174, about $18 above its lowest recorded price.
Part of the gap is built into the list price itself. Intel describes it as “pricing guidance only”, and the price at checkout depends on what retailers paid for the stock on their shelves. In February, reporting from China described consumer CPU prices as broadly stable “for now, as channel inventories still need to be absorbed and intense competition limits manufacturers’ ability to pass on cost increases.” PC processor supply also improved through the second quarter, which gave stores less reason to charge more.
| Product | So far in 2026 | Reported for Q4 |
|---|---|---|
| Server CPUs | Reported in April: up 10–20% since March; 8–12 week lead times | Not mentioned |
| Intel PC CPUs | List price raised in March and July; US store prices mostly at or below list | About 10%, tentatively Oct. 5 |
| AMD Ryzen CPUs | Some US store prices up from their lows | Not mentioned; possible |
| AMD graphics, AI accelerators, chipsets | Radeon RX 9000 reportedly up 5–20% in China in Q3 | About 10% |
Ryzen isn’t in the report, for now
The leak doesn’t explain the gap. Ryzen’s absence may simply reflect how incomplete the report is, rather than any decision by AMD. If Ryzen is held back, one hypothesis is that AMD expects buyers of the named products to be less sensitive to price than Ryzen buyers. Nothing says so, but the products fit the idea. AI accelerators go into data centers that are short of capacity. A chipset ships with every AM5 motherboard. Radeon RX 9000 prices in China reportedly rose 5% to 20% in the third quarter, blamed on memory costs.
On the same hypothesis, Ryzen would face tighter limits. It competes with Core Ultra on every retail shelf, so if Intel raises prices in October while AMD holds, the gap between them widens just as builders choose a platform. AMD’s client business is healthy: revenue from it, mostly Ryzen processors, grew 23% year over year last quarter. A price increase would put some of that at risk, although the revenue figure alone doesn’t show how AMD is setting prices.
Intel’s position looks different. It reported a companywide adjusted (non-GAAP) gross margin of 41.8% in the second quarter. Separately, it has said new products must project at least 50% gross margin before engineers are assigned to them. The two numbers measure different things, but a reported shift toward higher-margin products would be consistent with that rule.
What to watch in the fourth quarter
For anyone retiring hardware, the timing differs by segment. When new Xeon and EPYC chips were quoting eight to twelve weeks in April, compatible pulled processors could offer some buyers an alternative to waiting for new stock. That is worth weighing before deciding when to sell used server CPUs. Desktop processors have not had that push.
The first test is the store shelf. If Core Ultra chips still sell at or below list in November, the October increase has not yet reached checkout. If store prices climb about 10% within weeks, retail prices will finally have caught up with the list prices that moved in March and July.
The second test is January, when TSMC’s reported increases take effect. If Ryzen prices still don’t move after that, it would strengthen the case that AMD prices its PC processors under different constraints from its graphics, accelerator and chipset businesses. If Ryzen follows, list prices for both companies’ desktop and server processors will have risen within about a year.