Semi revenue could hit $1T

A semiconductor is the tiny switch inside servers, phones, and cars, and the industry now has multiple forecasts saying annual chip sales can top $1 trillion by 2030. World Semiconductor Trade Statistics put the 2024 market at $627 billion, while ASML told investors it sees global sales above $1 trillion by 2030. (wsts.org) (sec.gov) The new push behind that number is artificial intelligence, which needs far more compute chips and far more memory chips than older cloud workloads. McKinsey said the industry was worth about $630 billion to $680 billion in 2024 and is expected to reach $1 trillion to $1.1 trillion by 2030, largely because of AI and data centers. (mckinsey.com) In plain terms, compute chips do the math and memory chips keep the data close enough to feed those chips without delay. McKinsey said generative artificial intelligence alone could add about $300 billion of semiconductor revenue by 2030, lifting the industry to roughly $1.3 trillion in a higher-growth case. (mckinsey.com) That demand is already visible in company filings. Nvidia said fiscal 2025 data center revenue rose 142% from a year earlier, driven by demand for its Hopper systems for large language models and other AI workloads. (sec.gov) The memory side is moving with it. Micron told investors in March 2025 that its high-bandwidth memory capacity for calendar 2025 was sold out and most of its 2026 capacity was already booked. (investors.micron.com) SK hynix has reported the same squeeze. The company said on January 28, 2026 that record annual results were driven by AI memory and high-value products including high-bandwidth memory, and Reuters reported on April 23, 2026 that SK hynix expects AI memory demand to exceed manufacturing capacity. (news.skhynix.com) (usnews.com) A $1 trillion chip market does not mean every chip company grows at the same pace. PwC’s 2026 outlook projects the overall semiconductor market rising from about $0.6 trillion in 2024 to more than $1 trillion by 2030 at an 8.6% compound annual rate, with server and network chips growing fastest at 11.6% a year. (pwc.com) That split helps explain why forecasts for compute and storage can run hotter than forecasts for the full chip market. World Semiconductor Trade Statistics said memory was expected to jump 81% in 2024 and logic 16.9%, showing how much of the rebound was concentrated in the parts of the market tied most directly to AI systems. (wsts.org) The factory buildout is following those assumptions. SEMI said on March 25, 2025 that global front-end fab equipment spending was expected to reach $110 billion in 2025, and on April 1, 2026 it projected double-digit growth in global 300-millimeter fab equipment spending in both 2026 and 2027. (prnewswire.com) (semi.org) The pressure point is that long-term market size is easier to sketch than quarter-to-quarter timing. If AI server orders slow, or if customers digest inventory after buying too many graphics processors, memory stacks, or packaged systems, companies across compute, memory, foundry, and equipment can still miss near-term targets even inside a market that is getting bigger. (mckinsey.com) (pwc.com) For now, the industry’s own forecasters, equipment makers, and suppliers are converging on the same basic shape: a chip market that was a little over $600 billion in 2024 and could clear $1 trillion before the decade ends, with AI doing most of the pulling. (wsts.org) (sec.gov)