New restrictions don’t disrupt today’s router supply. They disrupt everything coming next.
The U.S. buys roughly 30–60 million consumer routers per year — and virtually none are manufactured domestically at scale. The Federal Communications Commission’s (FCC) new restrictions on foreign-made routers leave existing inventory untouched, but block approvals for future products unless companies meet stricter supply chain and domestic production requirements.
For manufacturers, this is not a supply issue. It’s a pipeline disruption — hitting new product introductions (NPI) already in motion.
Spring is NPI season for consumer networking hardware. Many companies are actively developing new router models for launch later this year. Those programs are now being forced to shift production to new geographies mid-cycle — often without established partners, mature processes, or local expertise.
One source described the move as a “complete blindside”, noting that while regulatory changes were anticipated, the scope and timing of this shift had not been clearly signaled.
The challenge is not just relocating assembly — it’s rebuilding capability.
Most consumer routers today are built in China, where manufacturing ecosystems are deeply optimized for high-volume electronics. Moving that production to the U.S. requires more than factory space. It requires:
Even in relatively mature domains like PCBA assembly — where processes are highly automated and well understood — U.S.-based manufacturing often operates at lower yields than comparable lines in China.
Routers introduce an additional layer of complexity: RF and antenna performance.
Antenna tuning, signal integrity, and RF validation are critical to product performance — and far less standardized than typical board assembly. Small deviations in materials, layout, or process can significantly impact range and reliability. In regions with less accumulated experience, lower yields and longer debug cycles should be expected.
This creates a compounding problem: manufacturers are not just moving production — they are doing so while trying to ramp new products, in new environments, with less-experienced teams.
Automation may help offset labor costs in the U.S., but it does not eliminate the need for engineering expertise. In fact, automation often increases the burden on process development and validation upfront.
“This is shaping up to be a major issue for some very big names,” said PwC Director of Engineering Jen McCabe. “There’s a significant lift and shift — of capabilities, work plans, assembly SOPs, skilled talent, equipment, and processes — to successfully bring up lines capable of meeting U.S.-based router demand.”
For companies that move quickly, early coordination with domestic partners may reduce delays. But even in the best case, timelines will stretch.
The FCC’s stated goal is to reduce security risks from foreign-made networking equipment. In practice, the immediate effect is to force a rapid reshaping of where — and how — consumer networking hardware is built.
The long-term question is not whether routers can be made in the U.S.
It’s whether the ecosystem — suppliers, expertise, and process maturity — can scale fast enough to support tens of millions of units per year without compromising cost, performance, or time-to-market.
