07
Sep
Revenue rose at every Chinese chip company examined in the first half of 2026 amid the domestic-substitution push, but the interim filings show three quite different businesses hiding under one label. One has reached real scale and is now funding its expansion from the balance sheet rather than from operations. One is repairing its margins on a genuinely homegrown instruction set at a fraction of the scale. And the cohort’s most spectacular profit number is not a processor story at all.
07
Sep
Orphans of the liquid cooling age: xMEMS targets data center ‘hot spots,’ eyes 2027 smartphone and smartglasses cooling ports
As the world’s most powerful enterprise data centers undergo a massive migration to liquid cooling to support high-power artificial intelligence processors, a Silicon Valley chipmaker is warning of a growing class of “thermal orphans”—localized, low-power components that are left out in the cold.
07
Sep
China’s JCET seeks US$968M for AI-driven packaging expansion
JCET Group is preparing a CNY6.5 billion (approx. US$968 million) private share placement to expand advanced packaging and testing capacity across high-performance computing (HPC), power modules, wafer-level packaging and memory, sharpening its exposure to AI infrastructure and China’s domestic semiconductor supply chain.
07
Sep
Dark fab cybersecurity: Why autonomous manufacturing needs zero trust
AI-driven automation is reshaping the cybersecurity requirements of semiconductor manufacturing, with zero-trust architecture, trusted data, and interoperable standards becoming increasingly important as fabs move toward more autonomous operations.
07
Sep
Exclusive: DIGITIMES’ top 3 at K-Safety Expo 2026 shows where intelligent safety is heading — act ‘before’ disaster strikes
The most consequential safety technologies are often judged by what happens after something goes wrong: how fast an alarm sounds, how quickly rescuers arrive, or how effectively protective equipment limits injury.
07
Sep
No foundry price relief before 2027 as utilisation nears 90%
AI demand is driving a broader repricing cycle across the foundry industry in 2026. Tightness that began at leading-edge nodes is spreading into mature and specialty processes, lifting wafer prices, utilisation and downstream chip costs.
07
Sep
SiliconAuto pushes AI chiplets as automotive SoC ties tighten
Taiwanese automotive microcontroller (MCU) maker SiliconAuto showcased its products at SEMICON Taiwan 2026, with CEO Gene Liu saying the company is now spotlighting AI chiplet architecture for automotive and industrial edge AI as carmakers seek more flexible chip designs.
07
Sep
Taiwan-Netherlands silicon photonics team targets 1.6T DR8 in 2026, 3.2T optical links next
AI data center demand is accelerating the shift to faster optical interconnects, putting transmission speed, power efficiency, and packaging integration at the center of next-generation optical communications. Taiwan’s Ligitek Electronics and Liverage Technology are working with the Industrial Technology Research Institute (ITRI) and Dutch photonic chip packaging specialist Phix on a cross-border silicon photonics program targeting phased milestones of 1.6T DR8 by the end of 2026 and 3.2T product development by the end of 2027.
07
Sep
Pegatron, Deloitte Taiwan team up to speed smart manufacturing
Pegatron announced on September 3 that it had signed a memorandum of understanding with Deloitte Taiwan, combining Pegatron’s self-developed enterprise AI digital twin platform with Deloitte’s consulting expertise in AI strategy, governance, and implementation to offer corporate clients a one-stop AI solution from planning to deployment.
07
Sep
Experts say subsidies can’t buy semiconductor competitiveness
At a forum jointly hosted by DSET and SEMI during SEMICON Taiwan this year, Glenn D. Tiffert of the Hoover Institution, Kioxia Holdings board member Emiko Higashi, and NRC reporter Marc Hijink offered views on national semiconductor policy from the perspectives of the US policy community, corporate boardrooms, and Europe’s industrial front line.