The first half of 2026 has brought a rapid escalation of federal policy aimed squarely at domestic semiconductor and electronics manufacturing. For process engineers, packaging teams, EMS providers, and defense electronics suppliers, the shift is no longer abstract — it’s reshaping procurement requirements, supply-chain due diligence, and the business case for building real manufacturing capability on U.S. soil.
Three developments in particular deserve close attention from anyone involved in electronics manufacturing in North America:
1. Section 232 Semiconductor Tariffs: The Signal from January 2026
On January 14, 2026, a Presidential Proclamation imposed a 25% ad valorem tariff on certain advanced computing chips imported into the United States, citing a Section 232 national security finding. The Department of Commerce investigation concluded that the U.S. currently fully manufactures only approximately 10% of the semiconductors it consumes — a dependency the administration characterized as a direct threat to national defense and critical infrastructure.
The proclamation explicitly calls for a two-phase approach: immediate targeted tariffs on advanced chips, followed by broader tariffs after trade negotiations conclude, paired with a tariff offset program for companies investing in domestic semiconductor production. The intent is clear — incentivize domestic manufacturing of semiconductors and their derivative products while reducing reliance on foreign supply chains.
Source: White House — Adjusting Imports of Semiconductors (January 14, 2026)
2. The FAR Proposed Rule: Banning “Covered Semiconductors” from Federal Contracts
For government contractors, the February 2026 proposed FAR rule (2026-03065) adds a new compliance layer. The rule would prohibit federal agencies from procuring any product or service containing semiconductors from designated entities — including SMIC, CXMT, and YMTC — with an effective date of December 2027.
Contractors at every tier will need to conduct “reasonable inquiries” into semiconductor provenance, maintain documentation, and disclose any instances where covered semiconductors are found during performance. Flowdown requirements extend this obligation to subcontractors. As one analysis put it: understanding connections to covered semiconductors may be resolved quickly, but finding alternative sources or making alternative designs will be harder.
This rule goes beyond simple country-of-origin labeling. It requires component-level traceability — knowing not just where your PCB was assembled, but which foundry produced the semiconductors on it, and whether those chips flow through any entity the U.S. Government has determined poses a national security threat.
3. FY2026 NDAA: Domestic Sourcing Is Now a Compliance Timeline
The Fiscal Year 2026 National Defense Authorization Act, signed into law at the close of 2025, represents one of the most sweeping overhauls of defense acquisition policy in recent memory. Sections 834 and 835 require the Department of Defense to eliminate reliance on adversary nations for optical glass, optical systems, and computer displays — with a hard deadline of January 1, 2030. Section 387 directs the DoD to implement new processes to accelerate qualification of compliant domestic sources.
Perhaps most significantly for electronics manufacturers, the FY2026 NDAA expands sub-tier supply chain visibility obligations. Contractors may now receive targeted requests for multi-tier supplier identification, ownership information at multiple levels, and sourcing documentation at every tier. Compliance documentation is moving from a best practice to a competitive differentiator — and soon, a requirement.
What This Means for Electronics Manufacturers
These three policy streams converge on a single reality: “Made in America” for electronics and semiconductors is moving from aspiration to enforceable procurement rule. But labeling something domestic is the easy part. The hard part is building and maintaining real domestic process capability — the kind that survives qualification audits, traceability reviews, and the contamination sensitivity of high-reliability electronics.
Consider the process bottlenecks that accompany any serious domestic electronics manufacturing buildout:
- Contamination control: As semiconductor packaging scales domestically, cleaning and degreasing processes become critical failure points. Flux residues, particulate contamination, and ionic contamination on leads and pads directly impact yield and long-term reliability — especially in defense and aerospace applications where field failures carry outsized consequences.
- Component preparation and reconditioning: Supply chain constraints often force the use of legacy or long-lead components. Lead forming, cutting, and reconditioning processes must deliver consistent geometry and solderability on components that may have been in storage for extended periods.
- Wire bonding and microassembly: Advanced packaging reshoring — a trend analysts project will accelerate through 2028–2030 — demands domestic capability in wire bonding, die attach, and precision thermal processes.
- Traceability and documentation: The FAR semiconductor rule and NDAA sub-tier visibility requirements mean that every process step, every cleaning cycle, every component preparation must be documentable and auditable.
- Legacy component obsolescence: Defense systems with decades-long lifecycles increasingly depend on components that are no longer in active production. Re-tinning, solderability restoration, and controlled thermal processing are essential to keeping these systems fielded.
Where Process Capability Meets Policy
The domestic semiconductor and electronics manufacturing push is real — backed by tariffs, procurement prohibitions, and hard compliance deadlines. But the gap between policy intent and production reality is filled by process engineers who need reliable equipment, application support, and supply-chain confidence.
Akrivis supports U.S. and North American electronics manufacturers building this domestic capability. From precision cleaning and vapor degreasing systems to lead forming equipment, component tinning, and thermal process tools, Akrivis provides the process infrastructure that domestic electronics manufacturing requires to meet the quality, traceability, and reliability standards that defense, aerospace, medical, and RF/microwave applications demand.
Building domestic electronics manufacturing is not just about fabs and subsidies. It’s about the process steps between components arriving at your facility and a finished assembly passing qualification. That’s where Akrivis application support helps — with contamination control, component preparation, and thermal process expertise backed by North American-based engineering support.
Ready to review your domestic manufacturing process requirements? Request an Application Review — our team can help assess cleaning, forming, tinning, and thermal process solutions for your specific applications.
Sources: White House Proclamation on Semiconductor Tariffs (Jan. 14, 2026); Federal Acquisition Regulation Proposed Rule 2026-03065 (Feb. 2026); FY2026 NDAA Joint Explanatory Statement; Government Contracts Law analysis (April 2026); C&C Computer Services — FY2026 NDAA procurement analysis (March 2026); X.com — @MicronCEO, @TheValueist, @SEMIconex semiconductor manufacturing posts (2026).