Intel and AMD Raise CPU Prices Up to 15 Percent as AI-Driven Shortage Stretches Lead Times to Six Months
Both x86 chipmakers have notified OEMs of 10-15% price increases effective March-April, as AI data center demand consumes manufacturing capacity and pushes delivery times from weeks to months.
Overview
Intel and AMD have notified OEM customers of CPU price increases averaging 10 to 15 percent, with some product categories facing even steeper hikes, as AI-driven demand for server processors strains manufacturing capacity industry-wide. The increases, which Intel began rolling out in late March and AMD plans to implement starting in April, mark the first simultaneous price hike by both x86 chipmakers in years and signal a structural shift in how semiconductor capacity is allocated between data centers and consumer devices.
What We Know
Both chipmakers have informed their customers of the coming increases, according to Nikkei Asia, which cited multiple sources with direct knowledge of the pricing changes. CPU quote prices have been raised multiple times in 2026, with the cumulative average increase landing around 10 to 15 percent, though some product categories have exceeded that range.
The supply constraints are severe. Delivery lead times that previously averaged one to two weeks have ballooned to eight to twelve weeks on average, with extreme cases stretching to six months, according to Nikkei Asia. A gaming PC executive told Nikkei that “the CPU shortage is getting more serious day by day, no less than the memory chip situation,” adding that even offering to pay premium prices does not guarantee additional supply.
The root cause is a reallocation of fabrication capacity. Both Intel and AMD are prioritizing production of high-margin server-grade CPUs for AI data center customers over consumer PC processors. Intel’s Arrow Lake refresh CPUs had offered aggressive pricing to OEM customers earlier in 2026, but those reductions are now being reversed as supply conditions tighten, as Yahoo Finance reported.
Intel Vice President Tasha Chuang told TrendForce that the adjustments aim to “reflect costs,” citing manufacturing cost changes across the supply chain rather than demand-based pricing. Major OEMs including HP, Dell, and Asus are directly affected. Asus, the world’s fifth-largest PC maker, reported that roughly 30 percent of its Copilot AI PCs now use Arm-based processors, up from approximately 20 percent at the end of 2025, according to Nikkei Asia. The x86 architecture still powers over 85 percent of PC processors and roughly 78 percent of server processors, but the CPU shortage is accelerating the adoption of Arm alternatives.
The shortage spans every device category. Enterprise servers, consumer laptops, and Chromebooks used in classrooms are all affected by the simultaneous price increases from both major x86 suppliers, according to Nikkei Asia. Mid-range x86 CPUs face larger supply gaps than high-end chips, as both manufacturers concentrate production on premium server and AI segments.
This follows earlier reporting by The Machine Herald on the parallel memory chip crisis, where DRAM prices surged 180 percent and both NVIDIA and AMD retreated from 16 GB gaming GPUs. The CPU price hikes now compound those pressures across the entire PC component stack.
What We Don’t Know
Neither Intel nor AMD has disclosed product-by-product pricing schedules publicly, leaving OEMs to negotiate individual terms. It remains unclear how long the elevated lead times will persist. Some analysts project supply conditions will improve in the second half of 2026 as advanced manufacturing nodes release capacity, but others see the shortage extending into 2027.
The degree to which Arm-based alternatives can absorb displaced x86 demand is uncertain. While Asus reports growing Arm adoption in its PC lineup, enterprise server workloads remain heavily dependent on x86 software ecosystems, and transitioning production applications involves significant engineering effort.
It is also unclear whether the price increases will dampen overall demand enough to self-correct the shortage. Early indications suggest consumer purchasing volumes have already begun declining in response to higher prices, which could limit how far chipmakers can push prices before triggering a broader demand pullback.