Semiconductor Reshoring and the Electronics Manufacturing Infrastructure Behind It

Semiconductor reshoring is bringing new investment and attention to U.S. manufacturing. For teams building semiconductor equipment and other complex electronics, that growth creates a larger manufacturing challenge: the ecosystem surrounding those products has to be ready to support it.

More domestic chip capacity does not remove the need for the circuit boards, PCB assemblies, components, cables, testing, and integrated systems that turn semiconductor technology into functioning equipment.

Your program may depend on specialized components with long lead times, a limited number of qualified suppliers, complex PCB assemblies, testing requirements, electromechanical integration, and manufacturing processes that need to mature alongside the design.

That broader ecosystem is where Nhan Vo, VSE’s Sr. Director of Operations, sees much of the work ahead. Nhan recently joined PCBAA in Washington, D.C.

with CEO Beth Kendrick, where conversations around U.S. electronics manufacturing reinforced how closely semiconductor growth is connected to the suppliers, materials, people, relationships, and manufacturing capabilities around it.

For your team, those are often the pieces that determine whether a promising design becomes a repeatable production program.

Where Semiconductor Reshoring Meets the Rest of the Microelectronics Supply Chain

If you are responsible for getting semiconductor equipment into production, you are coordinating a much larger system than the semiconductor itself.

Components, circuit boards, PCB assembly, cables, mechanical parts, testing, suppliers, engineering changes, and manufacturing resources all have to come together at the right time.

Semiconductor reshoring expands one important part of the domestic manufacturing base, but your program may still rely on globally sourced components, specialized materials, or suppliers with limited capacity.

That is an important distinction when evaluating the growth of domestic electronics manufacturing. Adding semiconductor fabrication capacity is significant, but the manufacturing ecosystem around those fabs also has to support the equipment, assemblies, and systems required to operate them.

Your team may need to understand:

• where the most significant material dependencies sit
• which components have limited qualified alternatives
• whether suppliers can support the technical and quality requirements of the build
• how quickly engineering and manufacturing can respond when something changes
• whether the manufacturing process can continue supporting the product as the design matures

Those dependencies become especially important for complex equipment produced in lower or moderate volumes, where an individual sourcing, engineering, or process decision can have an outsized effect on the program.

Material Availability Still Shapes Semiconductor Equipment Programs

If you have managed an electronics program recently, you have probably seen how quickly one constrained component can affect an otherwise production-ready assembly.

Long and unpredictable lead times continue to limit sourcing flexibility. Building more domestically does not automatically remove that exposure, particularly when components or materials within the build still come from a limited global supply base.

That makes early sourcing visibility especially valuable.

Your team may need to evaluate:

• which components have unusually long or unpredictable lead times
• where the BOM depends on one manufacturer or one qualified source
• whether alternate components are available and what would need to be requalified
• which parts may justify earlier purchasing or inventory planning
• where better forecasts could create more sourcing options
• which component decisions could eventually force a design change

The right approach depends on the program. Safety stock may make sense for one product and create unnecessary cost for another. An alternate component may work electrically while introducing mechanical, regulatory, or qualification concerns.

The goal is to understand your specific exposure early enough that your team still has options.

Supplier Depth Matters as Programs Get More Complex

Program complexity can narrow the supplier pool quickly.

Quality requirements, documentation, process capabilities, traceability, customer approvals, sourcing restrictions, and technical specifications all affect whether another supplier can actually support your build.

A deeper network of qualified suppliers creates more options when availability changes, but the number of suppliers alone is not enough. The relationships behind that network matter too.

Strong supplier relationships can provide earlier visibility when lead times shift, availability tightens, or a component approaches a point where an alternate may need to be considered. That gives purchasing, engineering, and manufacturing more time to evaluate a response before the production schedule is already at risk.

For a complex program, that means understanding:

• how many qualified sources support critical components
• which parts would be difficult to replace
• where an alternate would require engineering or customer approval
• whether suppliers are communicating changes early enough to act
• what additional sourcing options are available when the preferred source cannot support the program

Supplier depth becomes especially important as the requirements of the product increase. A source that can supply a component is not necessarily a source that can meet the quality, documentation, timing, and technical requirements surrounding it.

That is why supplier qualification and relationship-building are part of the production strategy, not simply purchasing activities.

Building Capacity for the Next Generation of Complex Electronics Programs

The next generation of semiconductor equipment will place greater demands on the electronics manufacturing infrastructure behind it.

Semiconductor equipment programs are asking more of the electronics manufacturing infrastructure around them. But investment in manufacturing does not immediately translate into usable production capacity.

Kearney’s 2026 Reshoring Index found that U.S. manufacturing capital investment roughly tripled between 2020 and 2025, while manufacturing capacity increased only about 1.5% over the same period.

Useful capacity depends on more than having equipment or available floor space. It depends on whether the people, processes, supplier relationships, quality systems, engineering support, inspection, testing resources, and communication behind that capacity can work together when a program becomes difficult.

That coordination matters throughout the product lifecycle.

Early in a program, manufacturing input may uncover a sourcing or manufacturability concern while the design can still be adjusted. During prototype and early production, testing may expose a problem that requires engineering and manufacturing to work through together. As the program matures, changing demand, component availability, or supplier conditions may require the process to adapt again.

The conversations Nhan participated in with PCBAA in Washington reinforced that this broader manufacturing capability remains part of the domestic semiconductor conversation. Strengthening U.S. production for reshoring requires attention not only to semiconductor fabrication, but also to the qualified suppliers, skilled people, equipment, relationships, and production systems that support increasingly complex electronics.

For manufacturers like VSE, that means continuing to strengthen the areas we can directly influence.

We are investing in the people, supplier relationships, equipment, quality systems, technical support, and manufacturing processes needed to take on more complex work while continuing to support programs already in production.

Domestic semiconductor reshoring investment creates an important opportunity for U.S. manufacturing. Turning that investment into working equipment depends on the strength of the electronics manufacturing ecosystem around it, from components and circuit boards through assembly, testing, integration, and production.

Do you have the right manufacturing team, supplier network, and process in place to build reliably as your program grows?

If your team is working through manufacturability, sourcing, PCB assembly, testing, or the transition from a complex design into production, we can help identify the manufacturing questions worth addressing earlier.