Blog / Latest News
Akrivis News & Manufacturing Insights
Industry notes for electronics manufacturing teams evaluating process equipment, contamination control, semiconductor supply-chain readiness, and high-reliability production workflows.
-
Semiconductors and PCBs Lead U.S. Manufacturing Output at +22% – and the Constraint Has Moved Under the Chip
The White House Council of Economic Advisers’ October 2026 manufacturing report puts Semiconductors/Printed Circuit Boards industrial production up 22 percent year over year – the fastest-growing category in the U.S. industrial base. Days earlier NVIDIA committed a $1.1 billion test prepayment and 2.5x substrate capacity because, in Jensen Huang’s words, capacity is the constraint. Both facts point at the same layer: the board, substrate and package under the chip. Output growth is not process capability, and from a base where 96 percent of the world’s boards are made offshore, the qualification work is just beginning.
-
Made in America Moves Upstream: High-Purity Quartz, Indium Refining, and the Process Capability Behind Domestic Materials
In 48 hours the Made in America story moved below the fab. Micron invested with Indium Corporation to restart domestic processing of critical minerals in Rome, New York, while the administration put a $1.5 billion Department of War figure on North Carolina chip production and floated a new quartz plant that Sibelco has not yet confirmed. Crucibles, refining capacity and parts-per-billion impurity control are not procurement labels – they are process disciplines, and they are where domestic capability is actually decided.
-
TSMC’s Reported Second U.S. Campus in Dallas: The ‘Southern Semiconductor Dual-Hub Corridor’ Rests on Advanced Packaging Process Capability, Not Fab Counts
TSMC is reportedly evaluating a second U.S. manufacturing campus near Dallas, Texas — up to six advanced wafer fabs with investment that could exceed the $265 billion committed to Arizona. But a southern ‘dual-hub corridor’ only succeeds if the advanced packaging, assembly, cleaning, and process-capability chain ships with the fabs.
-
GlobalFoundries’ Two New Malta Fabs and the First U.S. Silicon Interposer: Why ‘Made in America’ Is a Process-Capability Story
On October 14, 2026 GlobalFoundries was selected to operate two new 300mm fabs at its Malta, New York campus under a U.S.-Japan initiative worth up to $21 billion, while the Commerce Department reallocated $955 million in CHIPS funding to silicon photonics, silicon-germanium, and advanced packaging. Days earlier, GF and TSMC signed a $2 billion deal to make Malta the first U.S.-based source of silicon interposers for TSMC’s CoWoS advanced packaging ecosystem. The milestone is real — but a silicon interposer is a process capability, not a label, and the domestic packaging chain still turns on contamination control, microassembly, bonding, and qualification.
-
Buy American Is Moving to 75% Domestic Content in 2029: For Electronics, That’s a Process-Capability Test, Not a Label
Under the Revolutionary FAR Overhaul, the Buy American domestic content test is scheduled to step up from 65% to 75% for items delivered in calendar year 2029, and waivers from ‘Made in America’ sourcing will increasingly route through the White House Made in America Office. For an electronics assembly, ‘domestic content’ is not a sticker – it is verifiable onshore process capability: cleaning validation, contamination control, solderability and reconditioning, wire bonding, and documented, traceable rework.
-
The First U.S.-Made GaN Power Semiconductors Are Shipping: Why the Domestic GaN Supply Chain Is a Process Problem, Not a Label
In September 2026 Navitas moved its first U.S.-manufactured 5th-generation GaNFast gallium nitride power devices off GlobalFoundries’ 200mm line in Burlington, Vermont, ahead of the TSMC GaN foundry exit and under tariffs that are turning domestic power supply from an option into procurement policy. But a wafer off the line is not a qualified part: the gap between ‘first U.S.-made GaN’ and a field-reliable power module is contamination control, die attach and wire bonding, solderability, thermal/vacuum discipline, and qualification.
-
Made in America Goes to Millikelvin: GlobalFoundries’ $375M Quantum Award Is a Process-Capability Test
In September 2026 the U.S. Department of Commerce finalized a $375 million CHIPS R&D award to GlobalFoundries to build a secure, domestic quantum foundry. The technical scope — cryogenic CMOS, advanced packaging, and heterogeneous integration — is the clearest sign yet that ‘Made in America’ has moved past wafer fabs into the manufacturing layer that decides whether a quantum die becomes a repeatable, qualified commercial part. That layer is a process problem: contamination control, bonding, thermal/vacuum discipline, and traceability at nanoscale.
-
Made in America Is Now an Enforced, Evidence-Based Claim — What It Means for Electronics and Defense Suppliers
The FTC is actively enforcing “Made in America” as an evidence-backed claim — warning letters, enforcement sweeps, and a bipartisan Senate probe into AI shopping bots. For electronics and defense suppliers, a credible domestic-origin claim now rests on documented process capability, traceability, and qualification.
-
Made in America Is Finally Real: Why Trust-of-Supply and Process Capability Now Decide the Buildout
The U.S. semiconductor buildout has crossed a real threshold: over $825 billion in announced domestic investment across 160+ projects in 30 states, per SIA’s September 9, 2026 update. The next chapter of ‘Made in America’ is no longer about pouring concrete into wafer fabs. It is about trust-of-supply: counterfeit and malicious-component detection, provenance, and the process capability in packaging, assembly, cleaning, and test that turns a domestic die into a qualified, field-reliable part.
-
The January 1, 2027 PCB Prohibition Is Coming: Certification Lead Time and Process Capability Are the Real Bottleneck
DoD’s prohibition on covered printed circuit boards from China, Russia, Iran and North Korea takes effect January 1, 2027. DoD’s own estimate puts IPC-1791 certification at 8-16 months – so the binding constraint is qualification and process capability, not intent: cleaning validation, solderability, traceability, and re-qualification when a board source changes.
-
Amkor’s $12 Billion Arizona Bet: Domestic Advanced Packaging Needs Process Capability, Not Just Cleanroom Space
Amkor raised its Arizona advanced packaging campus to $12B and 93,000 m2 of cleanroom. Domestic OSAT capacity still depends on process capability: cleaning, bump and bond quality, solderability, and qualification.
-
The CHIPS Tax-Credit Clock Is Ticking: ‘Made in America’ Depends on Process Capability, Not Just Investment
The Section 48D semiconductor tax credit lapses December 31, 2026. Domestic electronics manufacturing will need real process capability—cleaning, bonding, qualification, yield—not just capital investment.
-
Made-in-America's Real Bottleneck Is Skilled Process Talent, Not Fab Investment
Fab investment is pouring in, but the real constraint on Made in America is skilled process talent. With 67,000+ semiconductor jobs at risk of going unfilled, domestic electronics capability depends on people who can install, qualify, and run cleaning, bonding, and assembly processes at yield.
-
Microelectronics Cleaning vs. SMT Cleaning: What’s the Difference and Why It Matters
A technical guide explaining the differences between microelectronics vapor-phase cleaning and SMT aqueous cleaning — who needs which, why the technology differs, and how the supply chain maps to actual manufacturing steps.
-
Made in America Requires Process Capacity: Lessons From the U.S. Semiconductor Investment Buildout
U.S. semiconductor commitments are rising, but domestic electronics capacity depends on qualified cleaning, microassembly, solderability, traceability, and legacy-component process control—not just labels or procurement rules.
-
Quantum Chips Still Need Manufacturing Discipline: What CHIPS Funding Means for Domestic Electronics Capability
CHIPS quantum announcements are another reminder that Made in America electronics programs succeed only when domestic process capability, contamination control, qualification, and traceability keep pace with fab and packaging investment.
-
Made in America Memory Needs More Than Fab Capacity: The Process Readiness Behind Domestic Electronics
Micron’s Virginia DRAM expansion shows why domestic electronics capability depends on controlled cleaning, packaging, solderability, traceability, and qualification — not only procurement labels.
-
Made in America Electronics Starts With Process Capability, Not Just Final Assembly
Made-in-America electronics depends on domestic process capability: cleaning, bonding, component preparation, traceability and qualified production support.
-
Made in America Requires Electronics Manufacturing Process Capability
Federal Buy American and Made in America enforcement puts more attention on domestic supply chains. For semiconductor and high-reliability electronics teams, the practical question is process capability.
-
U.S. Semiconductor Supply-Chain Investment and Electronics Manufacturing Readiness
SIA’s latest semiconductor supply-chain investment update shows how broad the U.S. electronics manufacturing build-out has become — and why process readiness matters beyond the fab.
-
Extreme-Environment Photonic Chips Point to a Broader Need for Reliable Electronics Manufacturing Processes
A NIST announcement on extreme-environment photonic chip packaging highlights a broader electronics manufacturing trend: advanced applications require clean, repeatable, high-reliability assembly processes.