Intel

Intel is the U.S. semiconductor company at the center of one of the more closely watched corporate and national turnaround stories in American industry: a former chip-design and manufacturing leader trying to rebuild its advanced manufacturing capability (its "foundry" business) at a moment when the U.S. government has explicit strategic interest in domestic chip production and Intel's own execution has, for much of the past decade, lagged rivals like TSMC and Samsung. Founded in 1968 and headquartered in Santa Clara, California, Intel both designs chips (CPUs for PCs and servers) and, unusually among major chip companies, still manufactures many of them in its own fabs rather than outsourcing to a foundry — a model called "integrated device manufacturing" that Nvidia, AMD, and Apple do not use.

Intel's Q1 2026 revenue reached $13.6 billion, up 7% year over year, with data center and AI revenue growing 22% to $5.1 billion and Intel Foundry revenue growing 16% to $5.4 billion — modest but real progress after a stretch of difficult years. The foundry business remains financially challenged in absolute terms: it posted an operating loss of roughly $2.4 billion on $5.4 billion of revenue in the most recent quarter, following a full-year 2025 operating loss north of $10 billion on the segment. Nearly all of that foundry volume today still comes from manufacturing Intel's own chips rather than from external customers, meaning Intel's foundry ambitions — building a genuine, profitable alternative to TSMC for other chip designers — remain more aspiration than proven business today.

The technical centerpiece of Intel's turnaround is its 18A manufacturing process (roughly 1.8-nanometer), which the company says is now tracking to hit its year-end yield targets by mid-2026, about two quarters ahead of the original schedule — an encouraging signal after years of Intel repeatedly missing its own manufacturing roadmaps. Since 2021, Intel has committed more than $100 billion to global fab expansion, anchored by major new facilities in Arizona and Ohio, investment explicitly tied to U.S. policy goals of reducing dependence on Taiwan for advanced chip manufacturing. A notable recent development — Apple reportedly exploring Intel as a manufacturing partner — has been read by some analysts as an early vote of confidence in Intel's foundry roadmap, though Intel's foundry turnaround still has to prove itself with sustained external customer wins, not just internal progress, before it can be called successful.

Competitively, Intel occupies an unusual position: it competes with AMD in CPUs, with Nvidia and AMD in AI accelerators (where Intel has struggled to gain meaningful share), and aspires to compete with TSMC and Samsung in contract manufacturing — three different fights against three different sets of well-entrenched rivals, simultaneously, while trying to fund all of it from a business that has been shrinking in some segments. Intel's fortunes over the next several years likely hinge less on any single product and more on whether 18A (and its successor nodes) can attract real external foundry customers at scale, converting years of investment and government-backed capital into the kind of durable, profitable manufacturing business that underpins TSMC's dominance today.