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China's AI chip race is pushing the semiconductor bottleneck into advanced packaging and testing, where HPC, HBM, Chiplets and domestic substitution are driving a new capacity cycle.

Apple is reportedly considering adopting 1.4nm process technology for its flagship smartphone SoCs as early as 2028, implying that flagship chips built on the 2nm generation could have a lifecycle of only about two years.

Hanmi Semiconductor has launched FC Bonder 3.5, a new flip-chip bonding tool for AI system semiconductor packaging, as the South Korean equipment maker looks to broaden its advanced packaging business beyond TC bonders for high-bandwidth memory and supply global foundry and OSAT customers, ETNews and Yonhap reported.

A US$250 million award for I-Pulse's semiconductor and pulsed power research could have implications far beyond the US, potentially affecting energy, mining, defense, and chip supply chains used by industries worldwide. The funding is aimed at domestic capacity, but the technologies being developed may shape global competition and access.
ShunSin, a Foxconn-affiliated packaging and testing company, held its 2026 annual general meeting, with chairman Shang-Yi Chiang presiding. Chiang said ShunSin will leverage its packaging, testing, and optoelectronic integration capabilities under Foxconn's "3+3+3" strategy to seize advanced packaging opportunities in AI optical communications.
MediaTek hosted MARC Workshop 2026 on June 24 through the MediaTek Advanced Research Center (MARC), recognizing the year's university-industry collaboration outcomes while outlining forward-looking R&D priorities in AI, satellite communications and next-generation connectivity.
South Korea's Ministry of Employment and Labor has launched chemical safety inspections at 25 semiconductor manufacturers, including SK Hynix, after a series of fluorine gas leaks at chip plants raised fresh concerns over industrial accidents.

South Korea's plan to push semiconductor investment beyond the greater Seoul area is taking clearer shape, with Samsung Electronics reportedly moving closer to a new chip hub in Gwangju while SK Hynix continues to weigh a site in South Jeolla Province against overseas investment options.

AI-driven hyperscale data center expansion is pushing the global AI race beyond raw GPU computing power into a broader contest over high-speed interconnects and electro-optical integration. As Nvidia's next-generation AI factory moves toward petabyte (PB)-scale data transfers, co-packaged optics (CPO) is heading toward commercialization, lifting the importance of key components such as fiber array units (FAU) and external laser sources (ELS).

Corning is studying South Korea as a possible manufacturing base for semiconductor glass substrates, a sign that the US specialty glass and optical materials maker is looking to extend its AI exposure beyond data-center connectivity into advanced chip packaging.

Academia Sinica has built a 20-qubit quantum chip from scratch, and the team now says the next phase is less about lab breakthroughs and more about engineering a scalable, reproducible manufacturing system. Chii-Dong Chen, executive director of Academia Sinica's Center for Quantum Computer, says Taiwan's quantum chip effort is moving into that engineering battleground.