Wah Lee Industrial expects growth to accelerate in 2027 as advanced packaging capacity comes online and foundries continue building overseas fabs, while tight supplies of semiconductor materials and manufacturing equipment are likely to keep pricing elevated.
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.
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.
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.
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.
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.
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.
AI is driving a new wave of technological demand and changing how the semiconductor industry innovates, according to Benjamin Hein, member of the executive board and CEO of the Electronics Business Sector at Merck. As AI becomes an integral part of semiconductor innovation, future competitive advantages in the industry will depend less on any single process or material, but rather on the ability to combine materials, processes, packaging, metrology, and software into complete processes. In this sense, AI-driven growth in the semiconductor industry is like "Moore's Law on steroids," and collaboration will become the industry's next Moore's Law.
India's technology sector is gaining momentum across semiconductors, connectivity, AI payments, PCs, tablets and refurbished smartphones, as policy support and local manufacturing attract investment. However, supply-chain diversification, margin pressure, cautious demand and VinFast's manufacturing pause highlight challenges facing India's broader technology ambitions.
BenQ Materials Group has formally positioned semiconductor materials as a key future growth driver, using its existing coating, membrane, foaming, and adhesive technologies to move into wafer manufacturing, back-end packaging, and co-packaged optics (CPO). With chemical mechanical planarization (CMP) cleaning brush rollers and wafer dicing tape already shipping, the group views 2026 as a new starting point for its semiconductor business, with more visible growth expected from 2027.
Tokyo Electron's Taiwan president said AI is pushing semiconductor demand into new areas, with advanced packaging, DRAM, high-bandwidth memory, and NAND flash all gaining momentum. He said Taiwan remains central to the industry's supply chain, and TEL plans to deepen local technology, service, and research ties.
More coverage
