Intel’s stock has experienced a remarkable surge, marking its best month on record with an 114% leap in April. This impressive rally follows a period of significant challenges for the semiconductor giant, which had fallen behind manufacturing leaders like Taiwan Semiconductor and Nvidia in the race to power artificial intelligence. However, recent developments, including promising advancements in Intel’s 18A chips and a resurgence in demand for central processing units (CPUs) driven by agentic AI, suggest a potential turnaround.
The demand for CPUs, Intel’s core product, is projected to more than double by 2030, according to Bank of America. Nvidia has even stated that CPUs are becoming a bottleneck for AI development. Intel CEO Lip-Bu Tan emphasized this shift, declaring that “The CPU is reinserting itself as the indispensable foundation of the AI era” and noting that demand for its data center CPUs currently exceeds supply.
Tan took the helm in March 2025, succeeding Pat Gelsinger, whose tenure was marked by setbacks and a 60% stock decline in 2024, Intel’s worst year ever. Since then, the stock has nearly quintupled, pushing Intel’s market capitalization past $470 billion.
Despite the optimistic outlook, investors appear to be getting ahead of the company’s fundamental financial recovery. While revenue saw a modest 7% increase in the latest quarter, it followed declines in five of the previous seven periods. Nevertheless, demand is clearly materializing from Intel’s major hyperscaler clients, including Google, Microsoft, and Amazon, as well as equipment manufacturers like Dell, HP, and Lenovo. Industry analysts confirm the renewed interest, with Patrick Moorhead of Moor Insights noting that “CPUs are cool again and Intel can’t make enough,” leading to price increases.
The U.S. government has played a significant role in Intel’s resurgence. In August, the government took a 10% stake in the company, becoming its largest shareholder through an $8.9 billion investment funded by grants from the CHIPS Act. This stake is now valued at over $40 billion. This strategic intervention underscores the national imperative to reshore critical chip manufacturing capabilities, particularly as Taiwan remains the dominant producer of advanced microchips. Moorhead highlights a “structural risk” associated with foreign ownership of critical technology and intellectual property, making Intel’s U.S.-based manufacturing capabilities a national asset.
Intel’s turnaround strategy hinges on two key pillars: its foundry business and advanced packaging capabilities. Under Pat Gelsinger, Intel reinvested in its manufacturing arm, aiming to produce chips not only for itself but also for external clients. While Intel remains its primary foundry customer, the company is actively pursuing new partnerships. CEO Lip-Bu Tan has recalibrated some of Gelsinger’s more ambitious plans, including workforce reductions and the cancellation of certain fab projects. However, the focus on next-generation technology, such as the 14A process, is intensifying, with early evaluations by “multiple customers” underway.
A significant development in Intel’s foundry ambitions is its collaboration with Elon Musk’s ventures, SpaceX, xAI, and Tesla. Intel will assist in designing, fabricating, and packaging ultra-high-performance chips for these entities at Musk’s proposed Terafab complex in Austin, Texas. Tesla has indicated plans to utilize Intel’s 14A process for chips in its vehicles, robots, and future orbital datacenters. This announcement, even if initially vague, reportedly propelled Intel’s stock. Furthermore, Intel has repurchased a 49% equity stake in its Ireland chip facility for $14.2 billion, signaling renewed confidence in its manufacturing assets.
In the realm of advanced packaging, Intel’s EMIB technology is poised to compete with TSMC’s leading CoWoS offering. With Nvidia having secured the majority of TSMC’s CoWoS capacity, advanced packaging is emerging as a critical bottleneck in AI chip production. As one of the few companies capable of sophisticated packaging, Intel is well-positioned to capitalize on this constrained supply. The increasing revenue projections for its advanced packaging services, now estimated in the billions annually, reflect this strategic advantage. Key customers for this technology include Amazon, Cisco, and now SpaceX and Tesla. Reports also suggest that Google may utilize Intel’s EMIB technology for its upcoming generation of tensor processing units (TPUs). Industry observers anticipate Google will engage in packaging with Intel within the next 18 months, and there’s speculation that Nvidia could eventually become a customer, though TSMC will likely resist such a move.
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