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Sep 15
US FCC, White House tighten controls on power systems, raising the trust bar for Taiwanese suppliers
The US has taken steps to tighten controls on power systems and robotics equipment in line with its "America First" policy amid the latest geopolitical shifts, adding new uncertainties for Taiwanese supply chain players seeking to establish a foothold in the US. Rather than isolated natural disasters such as earthquakes and floods, the risks that companies must now face are far more structural and geopolitical in nature, according to Chung-Hua Institution for Economic Research (CIER) vice president Shin-horng Chen, who notes that US oversight is moving beyond mere market access for products, into deeper factors such as equipment origin, remote control, software and firmware transparency, and overall supply-chain trustworthiness.

Suppliers in China's AR glasses supply chain see the approximately 2 billion people worldwide with myopia as a potential market and said shipments are set to double year after year, even as the industry continues to sift winners from losers. At this year's China International Optoelectronic Exposition (CIOE), smart glasses remained a standout theme alongside optical communications.

At SEMICON Taiwan 2026, Google outlined the direction of its AI infrastructure, and DIGITIMES notes that the discussion extended well beyond its next-generation TPU. Rather than focusing on a single chip, Google described how it links large numbers of TPUs into an integrated computing system spanning compute clusters, data centers, and ultimately multiple data centers, while also addressing the power constraints that emerge as the system continues to scale.

Anthropic CEO Dario Amodei's call to slow frontier AI development has stirred debate over safety, but chip industry sources say global demand for AI infrastructure is likely to keep rising. For readers worldwide, the larger issue is not whether AI spending stops, but how quickly it spreads across clouds, devices, and industries.

Wiwynn has officially opened its advanced manufacturing facility in Socorro, Texas, deepening the Taiwan-based server maker's US footprint. The move comes as booming AI infrastructure demand drives cloud service providers and their suppliers toward more localized North American production.

South Korea is updating its artificial intelligence security guidance as companies deploy AI agents capable of operating with limited human supervision, while Microsoft is proposing model-level rules requiring its systems to remain subject to human interruption and shutdown.

Minebea Mitsumi has halted its push for new acquisitions and is shifting resources toward producing ball bearings, motors and actuators for AI hardware, as demand tied to data centers, humanoid robots and Nvidia components accelerates.
While the US showcases its strength as one of the world's established space powers — reinforced by SpaceX's growing dominance in satellite connectivity — a quieter but equally ambitious force is accelerating half a world away: China's push to build integrated, fully networked orbital infrastructure that goes beyond single-satellite launches.

Taiwan's original equipment manufacturer/electronics manufacturing services (OEM/EMS) sector is witnessing a structural split between explosive demand for artificial intelligence (AI) infrastructure and softening demand for legacy consumer device assembly in 2026. Monthly revenue data highlight how suppliers anchored to high-density compute racks, GPU-based servers, and high-speed network switches are delivering massive year-over-year gains, whereas manufacturers more reliant on standard notebooks face component supply bottlenecks.

At this year's China International Optoelectronic Expo (CIOE), Sivers Semiconductor brought two products to its booth that trace the trajectory of the optical networking industry: a 1.6T pluggable optical transceiver currently ramping toward mainstream adoption, and a prototype module built for external light source (ELS) architectures, a technology that could define the next generation of data center interconnects.

As US AI executives warn that artificial intelligence development may need to slow down, Chinese companies are pressing ahead with open source tools and large-scale deployment. The gap matters far beyond China, because the next phase of AI competition may be shaped as much by collaboration and standards as by chips and model size.

Ainos said its second-generation AI Nose has entered commercial deployment at semiconductor fabs, signaling growing interest in chemical sensing for industrial AI. The move highlights how factories worldwide may gain another layer of monitoring as AI systems begin to interpret chemical signals that traditional sensors often miss.