
Shanghai AtomIC Technology has launched what it describes as the world's first 8-inch pilot line for two-dimensional semiconductors, marking a shift from laboratory research to engineering validation, small-batch tape-outs and early industrialisation.
The US has become the leading source of helium and other noble gases for Taiwan, South Korea and Japan as disruptions to Qatari production and China's temporary export ban reshape supply routes for materials used in semiconductor manufacturing, according to a Nikkei Asia analysis of customs data and related reporting.
Intel has unveiled Starfire, a space-grade processor that leverages its leading-edge 18A manufacturing process for satellites and other systems designed to survive beyond Earth's atmosphere. The move extends Intel's most advanced node — the centerpiece of its foundry turnaround — into a defense-and-space niche long dominated by specialist radiation-hardened suppliers. It stakes the design on a selling point that rivals cannot easily match: domestic US production.
Shanghai Orient Computing Core Technology has launched the DF1000, a 14-nanometre AI accelerator that uses software-defined computing and 3D-stacked near-memory architecture to reduce reliance on advanced process nodes and high-bandwidth memory, as Sohu and ICsmart reported.
South Korea is accelerating plans to supply electricity to a new semiconductor cluster in the country's southwest by 2030, potentially expanding the domestic energy-storage market as chip fabs and AI data centers add to power demand.
CXMT is preparing China's largest chip-sector IPO of 2026, seeking up to US$4.3 billion to expand DRAM and HBM capacity, deepen vertical integration, and challenge Samsung Electronics, SK Hynix, and Micron Technology under rising AI demand and tighter US export controls.

As the world enters an AI-centric era, the global race for technological leadership is no longer defined only by who can build the most advanced models. It is increasingly shaped by who can secure compute, deploy infrastructure at scale, reduce energy constraints, and turn research into commercial capability.

