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TEXXR

Chronicles

The story behind the story

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Gartner: global chip makers are projected to spend $146B this year, about 50% higher than before the pandemic and double the amount five years ago

Samsung's $17 billion bet on Texas mirrors large spending increases in Asia and elsewhere  —  SEOUL—Investment in U.S. chip production is on the rise.

Wall Street Journal Jiyoung Sohn

Context & Ripple Effects

This story sits at the start of the post-shortage capex boom. Gartner's $146B projection for 2021 lands just before the follow-up data showing chip sales hit a record $583.5B in 2021 — demand was real, and fabs were racing to catch up after years of underinvestment.

Samsung's $17B Texas commitment is the marquee single-company move inside that number, and it foreshadows the state-backed arms race captured months later when the [[a:981371|US passed its CHIPS Act and China, South Korea, and the EU announced their own multi-billion-dollar plans]].

First-order effects

  • Samsung gains its first major US production foothold outside Asia, and US-based chip buyers get a new domestic supply option for advanced fabrication.
  • Equipment and materials suppliers see the direct beneficiary effect: Gartner's $146B figure is largely purchases of tools and facilities, pulling orders forward across the supply chain.

Second-order effects

  • Governments treat Samsung's private bet as competitive pressure: South Korea had already unveiled a $450B decade-long plan to build the world's biggest chipmaking base, and Washington's subsidies are designed to keep such investments landing on US soil rather than abroad.
  • Rival chipmakers face a cost-of-capital contest — with subsidized fabs entering the market, unsubsidized capacity has to justify itself on utilization alone, squeezing margins if demand softens.

Third-order effects

  • If the pattern holds, chip fabrication becomes structurally multi-regional — the SEMI forecast that China, South Korea, Taiwan, and the Americas would each pour tens of billions into equipment through 2027 shows the geographic spread already locked in.
  • The industry inherits the classic capacity-lag dynamic in amplified form: multi-year build cycles chasing today's shortage raise the odds of localized oversupply once all the subsidized fabs come online simultaneously.

The trend: Semiconductor capex is shifting from cyclical private investment to state-coordinated industrial policy, with each government announcement raising the stakes for the next.

Discussion

  • @paulpage Paul Page on x
    About three-quarters of global semiconductor production capacity sits in just four Asian countries: Taiwan, South Korea, China and Japan. New investment is aimed at changing that. https://www.wsj.com/... via @WSJ
  • @molson_hart Molson Hart on x
    While only 6% of the chip capacity expected to be added globally over next decade will be in the US and while we have disadvantages in cost and supply chain and cost, reading this article about the investments being made left me optimistic. https://www.wsj.com/... https://twitter…
  • @workmj Michael Jackson on x
    “By 2027, the U.S. is projected to possess about 24% of the world's production capacity for the most cutting-edge chips—those that use circuitry measured at 10 nanometers or below”. https://www.wsj.com/... https://twitter.com/...