NAICS 334

Computer & Electronic Product Manufacturing

NAICS 334: Computer and electronic product manufacturing — semiconductors, CHIPS Act investment, and defense electronics.

Industry at a Glance

Sector-wide aggregates across all businesses classified under NAICS 334 (2017 classification frame). For specific sub-industries within this sector, see the individual reports below.

Employment
815K
US Census CBP · 2023 · NAICS 2017
Establishments
11K
US Census CBP · 2023 · NAICS 2017
Annual Payroll
$85.8B
US Census CBP · 2023 · NAICS 2017
Avg Annual Wage
$105,268
Derived from US Census CBP · 2023 · NAICS 2017
Market Size
$352.3B
US Census Economic Census · 2022 · NAICS 2017

Industry Overview

Computer and electronic product manufacturing (NAICS 334) covers the production of semiconductors, printed circuit boards, computers and peripherals, communications equipment, navigation instruments, and audio/video devices. The subsector is the hardware backbone of the U.S. technology economy, though domestic manufacturing represents only a fraction of global production — the U.S. share of global semiconductor fabrication capacity has fallen from 37% in 1990 to roughly 12% today, a gap the CHIPS and Science Act of 2022 is designed to narrow.

Intel, Texas Instruments, Micron Technology, and GlobalFoundries are the principal domestic chip fabricators. Intel is building a $20 billion fab complex in Chandler, Arizona, while Micron is investing over $15 billion in a memory fab in Boise, Idaho. TSMC's new facility in Phoenix and Samsung's expansion in Taylor, Texas represent foreign direct investment spurred by CHIPS Act incentives. Beyond semiconductors, the subsector includes defense electronics manufacturers like Raytheon Technologies (now RTX) and L3Harris, medical device electronics produced in the Minneapolis-St. Paul corridor, and contract electronics manufacturers like Jabil and Flex.

The regulatory landscape includes International Traffic in Arms Regulations (ITAR) and Export Administration Regulations (EAR) governing defense and dual-use electronics, Bureau of Industry and Security (BIS) export controls that restrict advanced chip sales to certain countries, and EPA regulations on electronics manufacturing chemicals and waste. The October 2022 BIS semiconductor export controls targeting China represent the most significant trade restriction affecting this subsector in decades.

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Market sizing, workforce analysis, competitive landscape, regulatory environment — all sourced from Census, BLS, FRED, and SEC EDGAR.

Industry Trends

CHIPS

CHIPS and Science Act funding is driving the largest domestic fab construction wave in decades — Intel in Arizona and Ohio, Micron in Idaho and New York, TSMC in Phoenix, and Samsung in Taylor, Texas each represent multi-billion-dollar projects.

KLA

Bureau of Industry and Security export controls imposed in October 2022 restrict advanced semiconductor equipment and chip sales to China, reshaping global supply chain strategies for companies like Applied Materials, Lam Research, and KLA Corporation.

03

Defense electronics demand is growing as the Department of Defense prioritizes secure domestic semiconductor sources for radar, guided munitions, and satellite systems under the Trusted Foundry program.

AMD

Advanced packaging technologies — chiplets, 3D stacking, and heterogeneous integration — are becoming as strategically important as process node shrinks, with Intel, AMD, and TSMC competing on packaging as much as transistor density.

05

The Minneapolis-St. Paul corridor remains the densest cluster of medical device electronics manufacturing in the U.S., anchored by Medtronic and Boston Scientific, where embedded electronics content per device continues to increase.

Available Reports

1 industry report available for purchase under Computer & Electronic Product Manufacturing.

Specialty Reports Available on Request

24 specialty industriesavailable on request
▾
Electronic Computer Manufacturing
334111Report →
Computer Storage Device Manufacturing
334112View →
Computer Terminal & Other Computer Peripheral Equipment Manufacturing
334118View →
Telephone Apparatus Manufacturing
334210View →
Radio & Television Broadcasting & Wireless Communications Equipment Manufacturing
334220View →
Other Communications Equipment Manufacturing
334290View →
Audio & Video Equipment Manufacturing
334310View →
Bare Printed Circuit Board Manufacturing
334412View →
Semiconductor & Related Device Manufacturing
334413View →
Capacitor, Resistor, Coil, Transformer, & Other Inductor Manufacturing
334416View →
Electronic Connector Manufacturing
334417View →
Printed Circuit Assembly (Electronic Assembly) Manufacturing
334418View →
Other Electronic Component Manufacturing
334419View →
Electromedical & Electrotherapeutic Apparatus Manufacturing
334510View →
Search, Detection, Navigation, Guidance, Aeronautical, & Nautical System & Instrument Manufacturing
334511View →
Automatic Environmental Control Manufacturing for Residential, Commercial, & Appliance Use
334512View →
Instruments & Related Products Manufacturing for Measuring, Displaying, & Controlling Industrial Process Variables
334513View →
Totalizing Fluid Meter & Counting Device Manufacturing
334514View →
Instrument Manufacturing for Measuring & Testing Electricity & Electrical Systems
334515View →
Analytical Laboratory Instrument Manufacturing
334516View →
Irradiation Apparatus Manufacturing
334517View →
Other Measuring & Controlling Device Manufacturing
334519View →
Blank Magnetic & Optical Recording Media Manufacturing
334613View →
Software & Other Prerecorded Compact Disc, Tape, & Record Reproducing
334614View →

Frequently Asked Questions

What is NAICS 334? ▾
NAICS 334 classifies establishments manufacturing semiconductors, computers, communications equipment, navigation instruments, and electronic components. It sits within the broader manufacturing sector and is distinct from software publishing (NAICS 5112) and IT services (NAICS 5415). The subsector includes both consumer electronics and defense/industrial electronics, with the semiconductor fabrication segment commanding the highest capital intensity.
What is the CHIPS and Science Act and how does it affect domestic manufacturing? ▾
The CHIPS and Science Act of 2022 authorized $52.7 billion in subsidies for domestic semiconductor manufacturing and research, including grants for new fab construction, a 25% investment tax credit for semiconductor equipment, and funding for workforce development. The law was enacted to reverse decades of U.S. fab share loss and reduce dependence on Taiwan and South Korea for advanced chip production. Intel, Micron, TSMC, and Samsung have collectively announced over $100 billion in U.S. fab investments leveraging these incentives.
Why do BIS semiconductor export controls matter for this subsector? ▾
The Bureau of Industry and Security's October 2022 rules restrict the sale of advanced semiconductor manufacturing equipment and high-performance chips to China, targeting AI training capabilities. Equipment makers like Applied Materials, Lam Research, and KLA Corporation — all headquartered in California — face revenue impacts from lost China sales but gain long-term positioning as domestic and allied-nation fab construction increases.
Where are the major semiconductor manufacturing clusters in the U.S.? ▾
Arizona (Intel Chandler, TSMC Phoenix) and Texas (Samsung Taylor, Texas Instruments Dallas) host the largest fab concentrations. Oregon (Intel Hillsboro), Idaho (Micron Boise), and New York (GlobalFoundries Malta, Micron Syracuse expansion) are additional hubs. The geographic pattern reflects state incentive packages, water and power availability, and proximity to existing semiconductor supply chain infrastructure.
How does defense electronics manufacturing differ from commercial production? ▾
Defense electronics require ITAR compliance, Trusted Foundry certification for classified semiconductor content, and longer qualification cycles than commercial products. Companies like RTX, L3Harris, and Northrop Grumman operate dedicated defense electronics facilities with restricted access. Production volumes are lower but margins higher, and product lifecycles span decades rather than the 12-24 month refresh cycles typical of consumer electronics.

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