Chip boom meets geopolitics

The chip business is growing so fast that Gartner now says global semiconductor revenue will top $1.3 trillion in 2026, up 64% in a single year. At the same time, the machines used to build chips hit a record $135.1 billion in sales in 2025. (gartner.com) (semi.org) That sounds like one giant global boom. It is not one market anymore, because the United States and China are now shaping chip supply chains with licensing rules, blacklists, and local-content targets. (bis.gov 1) (bis.gov 2) A semiconductor is a tiny switch network etched onto a silicon wafer. The equipment market is the business that sells the extreme-precision tools that deposit, carve, inspect, and package those switches, like selling the presses and molds for every car factory on earth. (semi.org) The reason equipment matters more than finished chips is that a factory can swap chip designs faster than it can swap tool chains. If one country blocks one critical tool, a multibillion-dollar plant can end up with empty floor space and delayed output. (bis.gov) (semi.org) Demand is not the problem right now. The Semiconductor Industry Association said global chip sales reached $88.8 billion in February 2026, up 7.6% from January and 61.8% from a year earlier. (semiconductors.org) The pressure point is who is allowed to sell what to whom. On January 13, 2026, the Bureau of Industry and Security said exports to China of Nvidia H200, Advanced Micro Devices MI325X, and similar chips would be reviewed case by case under a revised license policy. (bis.gov) China’s answer has been to buy more of its own factory gear. TrendForce, citing data released in January by the China Semiconductor Industry Association, said the share of domestically made semiconductor equipment used in China rose from 25% in 2024 to 35% in 2025, above a 30% target. (trendforce.com) That shift is strongest in tools such as etching and thin-film deposition, where TrendForce said China’s domestic substitution rate has already moved past 40%. Those are not the most glamorous parts of chipmaking, but they are the factory equivalents of drills, saws, and paint lines. (trendforce.com) For suppliers in South Korea, Japan, Europe, and the United States, that means the old model of one product line for one global customer base is breaking apart. A tool maker now has to ask whether a machine can be shipped into China, serviced with U.S. parts, or designed around local-content rules before it asks how many units it can sell. (bis.gov) (trendforce.com) For chipmakers, supplier choice is starting to look like architecture. A factory built around one American inspection tool, one Japanese materials system, and one Chinese deposition line may be cheaper on paper, but it can be harder to expand, certify, or duplicate across borders when the rules change. (semi.org) (bis.gov) So the chip boom is producing two opposite outcomes at once. Revenue, sales, and equipment spending are climbing together, while the map of who can build with whom is getting more regional, more duplicated, and more political every quarter. (gartner.com) (semiconductors.org) (semi.org)