Finance-Economy

The Geopolitics of Semiconductors: Economic War or Strategic Collaboration?

📅February 10, 2026 at 1:00 AM

📚What You Will Learn

  • Why semiconductors are the new oil in global power plays.Source 1
  • How US export controls and China's responses reshape tech roadmaps.Source 2Source 3
  • The role of key players like TSMC and ASML in tensions.Source 1
  • Prospects for collaboration amid economic warfare.Source 6

📝Summary

In 2026, semiconductors have eclipsed oil as the world's most valuable resource, fueling an AI-driven boom amid intensifying US-China tensions.Source 1Source 3 Nations race to build domestic fabs for sovereignty, yet interdependence in tech like ASML's EUV machines suggests collaboration may outlast conflict.Source 1Source 2 This article explores if rivalry will dominate or if mutual needs forge uneasy partnerships.Source 3

ℹī¸Quick Facts

  • Silicon surpassed oil in value by 2026, powering a $975B industry.Source 1Source 3
  • TSMC, Intel, and Samsung compete for 2nm tech; ASML monopolizes EUV lithography.Source 1
  • 75% of global chip capacity in East Asia, vulnerable to geopolitics and quakes.Source 4Source 6
  • US approved NVIDIA H200 sales to China in 2025 for 25% revenue share.Source 3

💡Key Takeaways

  • Geopolitics now shapes chip design, forcing multi-regional sourcing and compliance.Source 2
  • AI chips drive 26% industry growth to $975B in 2026, but create capacity shortages.Source 3
  • China advances in mature nodes and RISC-V despite EUV limits.Source 2
  • Nations subsidize fabs for AI sovereignty, balancing export controls with alliances.Source 1Source 3Source 6
1

By 2026, silicon has outvalued oil, underscoring chips' role in AI and economies.Source 1 The industry hits $975B in sales, up 26% from AI demand, though high-value chips are just 0.2% of volume.Source 3 This boom masks 'zero-sum' fights for wafers and packaging.Source 3

TSMC, Intel, and Samsung chase 2nm nodes with GAA tech for better power efficiency.Source 1Source 2 ASML's EUV machines, humanity's most complex tools, remain unmatched, giving it leverage.Source 1

2

Geopolitics turned structural by 2026: US export curbs hit 100+ Chinese firms under 'small yard, high fence'.Source 2Source 4 China retaliates by restricting germanium and gallium, worsening shortages.Source 4 No EUV access limits China below 7nm at scale.Source 2

Firms adapt with regional SKUs, stockpiles, and substitution paths.Source 2 Yet US allowed NVIDIA H200 sales to select Chinese buyers for 25% revenue in late 2025, hinting at pragmatic deals.Source 3 China pushes RISC-V and power semis.Source 2

3

75% of capacity clusters in quake-prone East Asia, prompting diversification.Source 4Source 6 US incentives boost domestic logic chips for defense.Source 6 Europe balances US curbs and China counters.Source 3

Governments fund fabs for supply resilience and AI control, sparking a capital cycle with AI firms.Source 3Source 5 South Korea's DRAM dominance faces unrest risks.Source 4 Talent gaps slow packaging advances.Source 3

4

Tensions fragment chains but interdependencies persist in packaging, HBM, power tech.Source 2 China may innovate software under hardware limits.Source 2

Collaboration lingers where unavoidable, like ASML tools or alliances.Source 1Source 6 Watch if blocs form (US/EU/Japan vs. China) or risks price in resilience.Source 2 AI boom demands solving bottlenecks fast.Source 2

⚠ī¸Things to Note

  • US-China decoupling fragments supply chains, raising costs via redundancy.Source 2Source 4
  • South Korea's 75% DRAM dominance risks disruption from unrest.Source 4
  • Talent shortages hinder advanced packaging autonomy.Source 3
  • Ongoing wars impact raw materials like germanium, gallium.Source 4
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