US & China Balance
Updated: Jan 2026
Jump to: Overview Supply Chain US Controls China Response Resources

🔬 The Semiconductor War

America's most critical technology vulnerability
Why This Matters

Semiconductors are the foundation of modern power. Every smartphone, AI system, fighter jet, and medical device depends on them. The country that controls chip production controls the 21st century economy — and the US has a serious problem.

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The Taiwan Problem: 92% of the world's most advanced chips are made on a single island 100 miles from mainland China. If Beijing blockades or invades Taiwan, the global economy collapses overnight. The US military cannot function without TSMC chips.
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The US Gamble: Washington is betting it can slow China's chip industry through export controls while rebuilding American manufacturing. It's a race against time — and China is spending $140B+ to break free from US technology dependence.
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What's at Stake: AI supremacy, military advantage, and economic leverage all flow from chip dominance. If China closes the gap — or gains control of Taiwan — America loses its most powerful tool for containing a rival superpower.
$52.7B
US CHIPS Act
2022-2027 allocation
92%
TSMC Advanced Chips
Global <10nm production
7nm
SMIC Best Node
vs. TSMC's 3nm
139
Chinese Entities Banned
↑ from 60 in 2022
$143B
China Chip Imports
↓ 15% from 2021 peak

The Competitive Landscape

🇺🇸 US Position
12%
Global Chip Production
$52.7B
CHIPS Act Funding
~50%
Chip Design Revenue
New Fabs Announced

American Champions

NVIDIA AMD Intel Qualcomm Broadcom Applied Materials Lam Research
🇨🇳 China's Push
18%
Global Chip Production
$142B
Big Fund I, II, III
7nm
Most Advanced Node
31%
Self-Sufficiency Rate

National Champions

SMIC Huawei HiSilicon YMTC CXMT Naura AMEC
The US Advantage: America dominates chip design and controls critical equipment through allies (Netherlands, Japan). But it outsourced manufacturing to Asia decades ago. The CHIPS Act is an attempt to reverse that — but fabs take 3-5 years to build, and the US hasn't built leading-edge capacity since the 1990s.

The US Sanctions Strategy

The approach: Since 2019, Washington has progressively tightened export controls — first targeting Huawei, then expanding to block China's access to advanced AI chips, cutting-edge manufacturing equipment, and the tools to make sub-14nm chips. Japan and the Netherlands joined in 2023, creating a unified chokehold on equipment sales.

China's response: Beijing launched a $140B+ push for self-sufficiency and, in December 2024, banned exports of critical minerals (gallium, germanium, antimony) to the US — materials essential for chips, missiles, and night-vision systems. This is now a two-way economic war.

139
Chinese entities on US blacklist
Rounds of escalation since 2019
Allied nations restricting exports

America's Single Point of Failure

🇹🇼 The Taiwan Chokepoint

Critical Vulnerability: Taiwan Semiconductor (TSMC) makes 92% of the world's most advanced chips. It sits 100 miles from China. The US military, Apple, NVIDIA, AMD — all depend on this single company. A Chinese blockade or invasion would trigger an immediate global economic crisis and cripple US defense production.
TSMC
92%
Samsung
8%
Intel
<1%
SMIC
0%

Share of global <10nm chip production — chips powering AI, smartphones, military systems

America's Leverage: Equipment Control

⚙️ The Chokepoints the US Controls

US Advantage: You can't make advanced chips without equipment from the US, Netherlands, and Japan. Washington has convinced allies to restrict sales to China. This is America's most powerful weapon — but it only works as long as allies cooperate, and it's accelerating China's drive for self-sufficiency.
Company Country Equipment China Status
ASML 🇳🇱 Netherlands EUV Lithography Banned
Applied Materials 🇺🇸 US Deposition, Etch Restricted
Lam Research 🇺🇸 US Etch Systems Restricted
KLA 🇺🇸 US Inspection Restricted
Tokyo Electron 🇯🇵 Japan Coaters, Etchers Restricted
Nikon 🇯🇵 Japan DUV Lithography Restricted

The Spending Race

Reality Check: China is outspending the US roughly 3-to-1 on chip subsidies. The CHIPS Act was a start, but $52B is modest compared to what Asia is investing. The question is whether American efficiency and innovation can beat Chinese scale and state direction.
$52.7B
US CHIPS Act
$39B manufacturing + $13B R&D
$47.5B
China Big Fund III
2024 — largest phase yet
€43B
EU Chips Act
Target: 20% global share by 2030
$51B
Big Fund I & II
2014-2019 + 2019-2024
$450B
Samsung Korea Plan
Through 2042 mega-cluster
$65B
TSMC Arizona
3 fabs, 2nm by 2030

Is the US Strategy Working?

📊 China's Self-Sufficiency Progress

2023 Actual
31%
2025 Target
70%
Advanced (<14nm)
~5%
Memory (DRAM)
~8%
Mixed Results: US sanctions have widened China's gap in advanced chips to 3-5 generations. But China is flooding mature chip markets, building massive capacity, and the Huawei Mate 60's 7nm chip showed they can innovate around restrictions. The US is slowing China down — not stopping it.

The Takeaway

🎯 Strategic Outlook

Taiwan is the biggest risk. A Chinese move on Taiwan wouldn't just be a geopolitical crisis — it would shut down the global semiconductor supply chain. The US has no short-term alternative to TSMC for cutting-edge chips.

The US is playing catch-up. America dominated chip manufacturing in the 1990s. It offshored production and now makes just 12% of global chips. The CHIPS Act is trying to reverse 30 years of decline in 5 years.

Export controls buy time, not victory. Sanctions are slowing China but also motivating a $140B+ push for self-sufficiency. The US needs to run faster, not just trip the competition.

This determines everything else. AI training, military systems, medical devices, vehicles — everything runs on chips. The leader in semiconductors has leverage over every other industry.

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