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4 MIN. READ
From smartphones to smart grids, electronics are the backbone of modern life—and business. Whether it’s powering homes, automating factories, or enabling AI breakthroughs, the U.S. electronic and electrical equipment industry is foundational to our economy and innovation. Today, we’re taking a closer look at the U.S. electronics and electrical equipment sector, exploring key statistics, geographic concentration, leading subindustries, and the trends shaping its future, based on exclusive data collected by MNI.
According to verified data collected by MNI, compiler and publisher of the industrial data that powers IndustrySelect, the U.S.electronics and other electrical equipment sector includes:
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According to data collected by MNI, electronics manufacturers are evenly spread across the U.S. with the Pacific/Mountain region and the U.S. South accounting for the largest share.
Electronics and electrical equipment manufacturing is widely distributed across the United States, but certain states stand out due to their combination of innovation ecosystems, industrial infrastructure, skilled labor, and proximity to key end markets. From semiconductor design and advanced component production to industrial electrical systems and communications equipment, these states serve as critical hubs for both high-tech development and large-scale manufacturing.
The following states represent the highest concentration of electronics manufacturers, reflecting where investment, talent, and production capabilities are most heavily clustered across the country.
California leads the nation by a wide margin, supported by its powerful technology ecosystem and deep innovation infrastructure. Silicon Valley remains the center of electronics design and advanced manufacturing, with companies producing semiconductors, components, and next-generation technologies.
Texas continues to expand as a major electronics manufacturing hub, driven by its business-friendly environment, strong energy sector, and growing investment in semiconductor and industrial electronics production.
New York supports a diverse electronics sector, with strengths in consumer electronics, communications equipment, and advanced technologies tied to its finance, media, and technology industries.
Illinois benefits from its central location and strong industrial base. Chicago serves as a key hub for electronics manufacturing, distribution, and integration across multiple industries.
Florida’s electronics sector is supported by growth in telecommunications, aerospace, and defense. The state’s expanding population and infrastructure investments continue to drive demand.
Pennsylvania maintains a strong presence in electronic components and industrial systems, supported by its manufacturing heritage and proximity to major East Coast markets.
Ohio’s diversified manufacturing base supports a wide range of electronics production, including components and industrial equipment tied to automotive and heavy industry.
New Jersey’s proximity to major metropolitan markets and its established industrial base support a strong electronics sector focused on components and communications equipment.
Massachusetts stands out for its research-driven environment, with a strong focus on advanced electronics, robotics, and high-tech innovation supported by leading universities.
Michigan’s automotive legacy continues to drive demand for electronic systems, particularly in vehicle electronics, sensors, and advanced mobility technologies.
At the city level, electronics manufacturing tends to cluster around innovation hubs and major economic centers.
San Jose is the leading city for electronics manufacturing in the United States. Located in Silicon Valley, it serves as the epicenter of semiconductor development, advanced electronics, and cutting-edge technology innovation.
Houston’s diverse economy supports a wide range of electronics applications, including energy systems, industrial controls, and aerospace technologies.
San Diego is a major center for telecommunications, defense electronics, and biotech-related technologies, combining research and manufacturing capabilities.
Fremont benefits from its proximity to Silicon Valley and is known for high-tech manufacturing, including advanced electronics and precision components.
Irvine supports a growing electronics sector focused on innovation, design, and production, with strengths in consumer electronics and communications technologies.
A closer look at MNI's data reveals a highly diverse industry made up of both foundational components and advanced systems. These subindustries highlight how electronics manufacturing supports nearly every sector of the economy.
This is the largest segment of the industry and forms the backbone of modern electronics. Companies produce semiconductors, capacitors, resistors, printed circuit boards, and connectors that are essential to virtually all electronic devices.
This segment includes motors, generators, transformers, and industrial control systems. These products are critical to manufacturing operations, automation systems, and large-scale industrial processes.
Manufacturers in this category produce lighting systems, wiring devices, and electrical distribution components. This includes both traditional products and energy-efficient technologies such as LED lighting.
This segment focuses on devices and systems that enable communication, including telecommunications equipment, broadcasting systems, and data transmission technologies.
This diverse category includes batteries, electromedical equipment, and specialized electrical devices that serve a wide range of industrial and healthcare applications.
Companies in this segment produce equipment that supports the delivery of electrical power, including transformers, switchgear, and grid infrastructure components.
This segment produces consumer electronics such as televisions, audio systems, and recording devices, serving both entertainment and personal use markets.
Manufacturers in this category produce appliances such as refrigerators, ovens, and laundry equipment, focusing on efficiency, convenience, and smart home integration.
The U.S. electronics sector in 2026 is operating in a complex environment shaped by cost pressures, global trade dynamics, and rapid technological advancement. While demand remains strong across key areas such as semiconductors, electrification, and communications infrastructure, manufacturers are balancing growth opportunities with rising operational challenges.
Tariffs on imports from major trading partners continue to impact the cost structure of the electronics industry. Because many components and raw materials are globally sourced, higher tariffs are translating into increased production costs and tighter margins. At the same time, lead times for certain components are beginning to rise again, adding further pressure to supply chains and production planning.
Manufacturers are facing sustained increases in the cost of raw materials such as copper, aluminum, and specialty metals, along with rising labor expenses. These pressures are forcing companies to focus on efficiency, adjust pricing strategies, and prioritize higher-value product lines. While some stabilization may occur, cost management remains a central concern across the sector.
Strong demand for semiconductors continues to drive optimism across the electronics industry. Growth in artificial intelligence, data centers, electric vehicles, and advanced communications is fueling investment in domestic production capacity. This momentum is supporting not only chip manufacturers but also the broader ecosystem of component suppliers and equipment providers.
Electronics products continue to move rapidly through their lifecycle, creating both challenges and opportunities. Components can shift quickly from introduction to obsolescence, requiring manufacturers and suppliers to carefully manage inventory and anticipate replacement needs. Companies that stay ahead of lifecycle changes are better positioned to capture emerging demand and support legacy systems.
Supply chain resilience remains a top priority. Many companies are adopting hybrid sourcing strategies that combine global supply networks with nearshoring efforts in the U.S. and neighboring regions. These approaches help reduce risk, improve responsiveness, and provide greater control over production, even as global dependencies remain.
The expansion of electrification is creating sustained demand for electrical equipment and supporting technologies. Growth in renewable energy, electric vehicles, and grid modernization is increasing the need for transformers, power systems, and advanced electronic components, positioning the sector at the center of long-term infrastructure investment.
Electronics manufacturers are accelerating the adoption of smart manufacturing technologies. Real-time monitoring, automation, and data-driven production systems are improving efficiency and consistency while helping companies address labor constraints. At the same time, the shift toward advanced manufacturing is increasing demand for skilled technical labor.
For companies looking to sell into the electronics and electrical equipment sector, these trends point to several clear areas of opportunity.
As manufacturers work to manage rising costs, there is strong demand for solutions that improve efficiency, reduce waste, and optimize production processes. Suppliers offering automation, process improvement technologies, and cost-saving materials are well positioned to gain traction.
Supply chain restructuring is also creating openings for domestic suppliers and service providers. Companies are actively seeking reliable partners closer to home for components, logistics, and contract manufacturing, particularly those that can offer flexibility and shorter lead times.
The rapid pace of product lifecycles presents additional opportunities for companies that can provide replacement components, legacy system support, or alternative solutions for obsolete parts. Staying aligned with lifecycle trends allows suppliers to meet urgent and often high-value demand.
Finally, growth in electrification, semiconductors, and advanced technologies is expanding the need for specialized materials, precision components, and technical services. Companies that understand these end markets and can align their offerings accordingly will be better positioned to connect with decision-makers and capture new business.
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