Amid the global boom in AI infrastructure investment, Southeast Asia is evolving from an electronics-component manufacturing base into a critical node for AI servers, high-speed networking equipment and semiconductor supply chains. The transition is also serving as a major catalyst for the region's PCB industry to move up the value chain.

Former Intel CEO Pat Gelsinger has criticized Intel's past strategy in a recent interview, revisiting the company's history with Nvidia and Apple while also weighing in on Taiwan Strait tensions and the outlook for quantum computing. Speaking at the RAISE Summit AI conference in Paris, he said Intel dismissed Nvidia GPUs at the height of its CPU dominance as nothing more than graphics tools for gamers.

A powerful rally in memory-chip stocks has stalled as investors reconsider whether record spending on AI data centers could eventually push the DRAM market back into oversupply.

Samsung Electronics is taking a slower approach than Intel to High-NA extreme ultraviolet (EUV) lithography for advanced chip production, weighing equipment spending against the need to restore foundry profitability. According to Chosun Biz, citing industry sources, the debate now centers less on yield than on financial returns.

TSMC Chief Financial Officer Wendell Huang said the company expects AI chip demand to remain strong for years, prompting it to keep expanding investment in its Arizona site. After previously announcing an additional US$100 billion investment, TSMC has raised its total planned investment there to US$265 billion.

Samsung Electronics and SK Hynix are reportedly allocating additional or flexible DRAM production capacity to server DDR5 and other conventional memory products while maintaining high-bandwidth memory (HBM) volumes already committed to customers.

As AI server products accelerate their generational shift and demand higher-frequency, higher-speed transmission, the upgrade cycle for copper-clad laminate (CCL) materials in the PCB upstream supply chain has become firmly established. M7 and M8 specs are now mainstream, while M9 and M10 materials remain in the testing and validation stage, with mass production expected in 2027 or 2028.

Befar Group has begun producing semiconductor-grade hydrogen fluoride gas with a claimed purity of 6N, or 99.9999%, expanding the Chinese chemical supplier's presence in materials used for chip etching and chamber cleaning.