
TSMC has accelerated efforts to localize its supply chain in recent years, using joint development, joint validation, and long-term partnerships to help Taiwanese equipment, materials, and chemical suppliers enter the advanced semiconductor supply chain. The move is steadily building a more resilient and complete local supply system, with both CoWoS and panel-level advanced packaging (CoPoS) now spawning a "second fleet."
SJ Semiconductor has started construction of a CNY10 billion (approx. US$1.47 billion) 3DIC manufacturing project in Shanghai's Lingang New Area, expanding advanced packaging capacity for high-performance computing, AI and data center chips.
LandMark Optoelectronics (LMOC) posted record-high single-month revenue in June 2026 and is stepping up its expansion plans to prepare for demand beyond 2028, as silicon photonics (SiPh) revenue is expected to triple in 2026. The optical communications epitaxial wafer (epi-wafer) maker said revenue rose for the eleventh consecutive month, reflecting tighter capacity and stronger data center demand.
China's leading semiconductor equipment manufacturers are accelerating expansion through acquisitions and fundraising, as surging AI investment, memory chip capacity growth, and import substitution combine to create one of the industry's strongest growth cycles in years.
Samsung Electronics is negotiating with customers to raise average selling prices for commodity DRAM by as much as 20% in the third quarter of 2026 from the prior quarter, according to ZDNet Korea, which cited industry sources.
As Moore's Law approaches its physical limits, simply shrinking semiconductor process nodes is no longer the sole path to improving chip performance.
As physical AI and robotics spread globally, NXP CEO Rafael Sotomayor said robots will only reach commercial scale if they can think and act independently. For international industries, that shift could determine whether factory automation, humanoids, and smart machines become practical tools or remain costly demonstrations.

As Moore's Law approaches its physical limits, simply shrinking semiconductor process nodes is no longer the sole path to improving chip performance.


