Intel Corporation (INTC.US) server CPUs are in short supply! Wedbush calls out: Continuing to raise prices is not a problem for selling.

Intel Corporation (INTC.US) has confirmed that it has raised prices for some consumer and server CPUs, citing rising supply chain costs and demand exceeding supply. The price increase for consumer processors is between $30 and $50, while the price increase for data center-level products reaches hundreds or even thousands of dollars. An Intel Corporation spokesperson stated that the recent price adjustments reflect the current market dynamics, including rising supply chain costs and strong demand for the Core Ultra 200S Plus processor. Wedbush, an investment bank, believes that Intel Corporation still has the ability to implement price increases without affecting market demand. Wedbush analyst Matt Bryson wrote in a report to clients, "Given the ongoing shortage of server CPU supply, we believe Intel Corporation still has room to raise prices without affecting demand." He added, "The real question is whether OEMs' actual purchase prices (PX) will also increase in sync with the official list prices, or whether Intel Corporation has only adjusted the prices for distributors and retail channels this time (which only account for a small portion of Intel Corporation's business)." Although Intel Corporation's stock price has recently been trending lower, it has still accumulated nearly a 200% increase so far this year. Fueled by the surge in demand for data center server CPUs and progress in the chip contract manufacturing business, Intel Corporation, which has been struggling in recent years, is once again gaining favor with investors. The demand for data center chips to support the construction of large-scale AI infrastructure is boosting sales of Intel Corporation's flagship Xeon server processors. These general-purpose semiconductors - central processing units (CPUs) - are once again becoming a focal point for enterprises, as they help transform AI software into revenue-generating services. In the past two years, the narrative of the AI industry chain has been dominated by GPUs, while the presence of CPUs in AI servers has been weak. The reason is that during the training era, the most critical bottleneck was parallel computing capability, with GPUs handling the heaviest matrix calculations and CPUs taking on more general control and basic scheduling tasks. However, with the explosive growth of AI intelligent agents and reinforcement learning (RL) workloads, the strategic position of CPUs in data centers is undergoing a structural reassessment. The nature of intelligent agents is not to answer questions more thoroughly, but to break down a single request into a whole workflow. Models no longer just generate an answer, but execute a process. Once AI shifts from "calculating once" to "running a process," the system's reliance on CPUs will significantly increase. This is because many key workloads are not suitable for GPUs to handle. Tasks such as job scheduling, thread management, process management, sandbox execution, pre- and post-processing, cache coordination, and state maintenance are all typical CPU tasks. Especially in scenarios with multiple intelligent agents collaborating, running in parallel, calling each other's tools, and sharing states, higher demands are placed on CPU core count, thread count, single-core performance, and memory management capabilities. Dylan Patel, Chief Analyst at renowned semiconductor analysis firm SemiAnalysis, bluntly stated in a deep interview on April 8 that CPUs are facing "extremely serious production shortages" as the paradigm of AI workloads evolves from simple text generation to complex intelligent agents and reinforcement learning. The latest report from market research firm TrendForce confirms this assessment - the current ratio of CPUs to GPUs in AI data centers is approximately 1:4 to 1:8, but in the era of intelligent agents, this ratio is expected to evolve to 1:1 to 1:2. In terms of market size, according to Creative Strategies' forecast, the data center CPU market size will increase from $25 billion in 2026 to $60 billion in 2030; if combined with demand for intelligent agents, the market size is expected to reach nearly $100 billion. The market significance of Intel Corporation's recent price increase for server CPUs lies in its validation of "demand exceeding supply" rather than just "cost pass-through." While some consumer-level Core Ultra 200S Plus SKUs have increased in price by $30 to $50, the more significant price increase is seen in data center-level Xeon CPUs. The new suggested customer price for the Xeon 6980P listed by technology hardware specialist media platform Tom's Hardware is $13,955, higher than the $12,460 in 2025, representing an increase of $1,495. In addition, Intel Corporation has not increased prices across the entire Arrow Lake family, but has selectively raised prices for specific SKUs that customers are willing to purchase at a higher price, shifting the product structure and price weight under the constraints of limited supply. However, it is worth noting that the actual transaction prices of data center hardware are typically different from the publicly listed prices, as the final prices are influenced by various factors such as purchasing scale and strategic relationships between suppliers and customers. Therefore, while Intel Corporation has significantly increased the recommended customer prices of data center-level Xeon CPUs, how this will impact its average selling prices for this quarter and for the whole year remains to be seen.