Intel (Nasdaq: INTC) stock soared more than 11% Thursday after President Trump posted on Truth Social that Apple has agreed to work with the chipmaker to build its processors. The announcement followed an earlier Wall Street Journal report that the two companies had reached a preliminary agreement under which Intel would manufacture chips for the iPhone maker. Intel declined to comment on the report.
The move caps an extraordinary run for a company that was written off by much of Wall Street barely a year ago. Intel stock has now climbed more than 250% since the start of 2026 and roughly 500% over the past twelve months, making it one of the most dramatic corporate turnarounds in the technology sector.
Why the Apple Report Matters
The significance of a potential Apple partnership is as much symbolic as it is financial. Apple previously relied on Intel chips for its laptops and desktops before abandoning the company in favor of designing its own custom silicon — a high-profile departure that came to symbolize Intel’s competitive decline over the past decade. A renewed manufacturing relationship, even a modest one, would represent a meaningful reversal of that narrative.
Industry analysts have tempered expectations on the initial scope. Early commentary suggests any first agreement would likely involve lower-volume, less critical components rather than Apple’s flagship processors. Intel will need to prove its manufacturing reliability before earning more substantial business. But as analysts noted, the first step is always the hardest — and Intel appears to be taking it.
A Foundry Strategy Finally Paying Off
The Apple report does not exist in isolation. It is the latest in a series of developments validating Intel’s multi-year effort to build out its foundry business — the arm of the company that manufactures chips for third-party customers rather than just for Intel itself. Recent reports indicate Intel will build three million Tensor Processing Units for Google, and that Nvidia is exploring using Intel to fabricate some of its own processors. Earlier this week, Intel announced that its latest 18A-P processor node has entered initial production, a key step toward full-volume manufacturing.
The turnaround effort began under former CEO Pat Gelsinger and has continued under current CEO Lip-Bu Tan, who has focused on aggressive cost-cutting while driving the foundry arm to secure external manufacturing deals. That strategy is now benefiting from favorable industry dynamics. TSMC, the world’s largest chip manufacturer, has been unable to provide enough capacity for all of its customers, forcing fabless chip companies — those without their own manufacturing capabilities — to seek alternative production partners. Intel has emerged as one of the few viable options.
The AI Tailwind Beneath It All
Underpinning the entire Intel story is the AI build-out and a structural shift in chip demand. While graphics processing units remain central to AI data centers, central processing units have become increasingly important as AI firms lean into agentic applications — digital assistants capable of performing tasks on a user’s behalf. As AI agents begin running more operations across networks, they increasingly rely on CPUs to complete requests, a segment where Intel holds genuine strength.
For investors tracking the broader semiconductor ecosystem, Intel’s resurgence carries a wider signal. The capacity constraints pushing major customers toward Intel are the same constraints reshaping the entire chip supply chain. Smaller semiconductor companies, specialty foundry service providers, and advanced packaging firms operating in adjacent parts of that supply chain are positioned within the same demand environment driving Intel’s recovery. When the largest chip customers cannot get enough capacity from the dominant manufacturer, the effects ripple across the entire sector — and the smaller companies serving that demand are worth watching closely.
Intel was left for dead a year ago. A 500% move later, the turnaround is no longer a thesis. It is happening.