Economic Development
Economic Impact
Economy
Case Study
Consulting
Insights
Research

Taiwan semiconductor supply chain

Explore how Taiwan semiconductor supply chain disruptions could impact U.S. states, especially regions tied to AI, R&D, and data center growth.
Colin Emberland By Colin Emberland
Published Mar 31, 2026

If you pay close attention to our Weekly Economic Update, you may have noticed that we have been closely monitoring the economic implications of the war in Iran. The closure of the Strait of Hormuz and disruptions to global energy supply chains are having outsized impacts on Asia, which includes important U.S. trading partners that import most of their energy from the Middle East.

One of the most important trading partners for the United States is Taiwan, which is a manufacturing powerhouse for highly advanced microprocessors and integrated circuits, technologies integral to the AI and data center booms that have been helping drive the U.S. economy in recent years. As of January 2026, 94% of graphics processing units (GPU) imports and a significant proportion of Central Processing Unit (CPU) and Random Access Memory (RAM) imports come from Taiwan,[1] making it an important piece of the technology supply chain.

With energy and helium shortages looming over Taiwan, it is important to identify what regions in the U.S. will be at risk, directly or indirectly, from rising input costs and energy shortages with this important trading partner.

The map below shows the gross value of integrated circuit imports from Taiwan for each state in 2025 and the concentration of employees in industries related to the manufacturing and use of advanced integrated circuits by state.[2] These industries include semiconductor manufacturing, research and development, and data center operations.. Unsurprisingly, the states with high concentrations of data center, R&D, and AI-related employment have the most imports of integrated circuits from Taiwan.

 

New Mexico imported over $3 billion worth of integrated circuits from Taiwan, which included 78% of the state’s imports of the highly advanced CPUs and GPUs necessary for modern computing. Unsurprisingly, New Mexico has a high concentration of AI, R&D, and data center-related employment due both to Intel’s manufacturing activity and the research conducted at Sandia National Laboratory. Over 45,000 workers in New Mexico are employed by AI, R&D, and data center-related industries, a significant sum for a state with a workforce less than a million.

California and Oregon both imported over $2 billion worth of integrated circuits from Taiwan in 2025. California’s role in the tech industry is well documented, with Silicon Valley driving AI and other high-tech uses of integrated circuits. In the San Jose-Sunnyvale-Santa Clara MSA, over 16% of the workforces is employed in AI, R&D, and data center-related industries. In the San Francisco-Oakland-Fremont MSA, these industries account for 9.4% of the workforce. Oregon has a growing semiconductor industry dubbed the “Silicon Forest.” Over 76,000 workers in Oregon are employed in AI, R&D, and data-center related industries, including over 25,000 in semiconductor manufacturing.

As the conflict in Iran continues and supply chain disruptions impacting our close trading partners worsen, we will continue to keep a close eye on labor market developments in the high-growth, high-wage sectors that have been driving the economy.


[1] https://usatrade.census.gov/

[2] For industry concentrations, Chmura uses the location quotient (LQ). LQs higher than 1.00 indicate a higher concentration of the industry in a state compared to the nation overall.

Subscribe to the Weekly Economic Update

Subscribe to the Weekly Economic Update and get news delivered straight to your inbox.

Explore related resources

Mar 31, 2026

Colin Emberland

Taiwan semiconductor supply chain

Mar 30, 2026

Colin Emberland

Emerging Helium Shortage Could Impact Communities Across the U.S.

Mar 26, 2026

Dr. Francesco Renna

How Generative AI Is Reshaping Entry-Level Jobs for College Graduates

Dec 08, 2025

Dr. Chris Chmura

Holiday sales 2025: NRF optimism, Deloitte caution, and what the data say

Nov 05, 2025

Colin Emberland & Mike Kyffin

The Startup Job Market in 2025: More Healthcare, More AI, and More Open Jobs

Nov 03, 2025

Dr. Chris Chmura

As official data stalls, real-time job ads reveal a cooling labor market with rising demand for AI skills

Oct 22, 2025

Colin Emberland

JobsEQ Metropolitan Statistical Area (MSA) Data Update, 2Q 2025

Oct 22, 2025

Colin Emberland & Alex Dohrety

JobsEQ Labor Market Data Update – 2Q 2025

Sep 29, 2025

Chris Chmura

A rising trade deficit is not necessarily bad

Sep 16, 2025

Patrick Clapp

How JobsEQ Lets You Spend Time Analyzing, Not Just Gathering, Data

Jun 26, 2025

Colin Emberland

How Generative AI is Disrupting the Relationship Between the Labor Market and Stocks

Jun 23, 2025

Chris Chmura

Class of 2025: Navigating a Cooler Hiring Climate in Richmond