Solomon Technology, a Taiwanese artificial intelligence (AI) 3D vision company, is showcasing two key inspection applications that integrate its core AI vision and optical technologies at Semicon Taiwan 2026. The applications include full-wafer warpage detection inside front-opening unified pods (FOUP)/cassettes and through-glass via (TGV) aperture defect inspection technology, aimed at preventing equipment downtime during manufacturing processes and ensuring the yield and quality of next-generation advanced packaging.

TSMC says surging AI demand is stretching the global chip industry beyond its usual planning cycle, with fast-changing procurement needs, labor shortages, and infrastructure constraints affecting markets far beyond Taiwan. The company is expanding aggressively, but executives say the pace of demand is still outrunning the ecosystem's ability to respond.

SK Group chairman Chey Tae-won has raised the possibility of jointly producing semiconductors with Japan's Kioxia, taking SK Hynix's exploration of a Japanese manufacturing base a step further by publicly identifying its NAND rival as a potential production partner.

Intel's US$23 billion equity raise in August was pre-funding for a capacity build driven by demand and process confidence rather than distress, chief financial officer David Zinsner said, committing Intel to equipping fabs in Ireland, Arizona, and Oregon before 14A reaches high-volume manufacturing in 2028. At Deutsche Bank's 2026 Technology Conference on August 27, he put numbers on the advanced packaging business, a data center CPU cycle Intel expects to undersupply into 2028, and a gross margin now "comfortably in the 40s."

MediaTek CEO Rick Tsai said Taiwan's supply-chain capabilities are unmatched as the technology industry moves into the AI and robotics era, while joking that the chip designer will need significantly more capacity in the years ahead.

For decades, semiconductor performance gains largely came from shrinking process nodes, from 22nm and 14nm to 7nm and 3nm. AI is changing the constraint: processors are getting faster, but moving enough data to feed them is increasingly difficult.

Chinese advanced packaging provider SJ Semiconductor (SJSemi) has expanded its silicon-interposer-based 2.5D packaging platform to 3.3 times the standard reticle size, enabling denser integration of multiple dies and high-bandwidth memory for AI chips and high-performance computing (HPC).

Unimicron chairman SC Chien said the company is working to ease the tightening shortage of AI substrates as MediaTek seeks capacity support for the next three years, during a public appearance at Semicon Taiwan 2026. Chien appeared alongside ASE Technology CEO Tien Wu, TSMC senior vice president and deputy co-chief operating officer Cliff Hou, MediaTek CEO Rick Tsai and Foxconn chairman Young Liu.

Shanghai UniVista Industrial Software Group has launched an Agentic EDA framework, a native 3DIC physical-design tool and an advanced-process closure platform, expanding China's domestic toolchain for chip verification, 3D integration and digital back-end design.

South Korean prosecutors allege that Chinese memory maker ChangXin Memory Technologies (CXMT) set up an internal "Hefei Project" in 2016 to obtain Samsung Electronics' core DRAM technology and recruit its engineers, with phased goals laid out in advance.

Broadcom used its third-quarter fiscal 2026 earnings call on September 2 to convert a quarter-by-quarter AI story into a dated, customer-by-customer deployment schedule running into fiscal 2029. Chief executive Hock Tan told analysts that across the company's six XPU customers there is demand for 30GW of accelerated compute in fiscal 2027 and 2028 combined, and that Broadcom expects to ship "US$350 billion of AI semiconductors to these customers in the next two years." He was explicit that not all 30GW will come online inside those two fiscal years — "we judge it conservatively to be somewhat less" — and that the revenue figures, not the gigawatt figures, are the commitment.