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May 29
Analysis: ASIC market tightens as capacity becomes key battleground for cloud chips
Cloud service providers' demand for application-specific integrated circuits, or ASICs, is increasingly locked in as advanced process nodes, advanced packaging, and component supply tighten worldwide. For readers across global tech markets, the shift means access to manufacturing capacity, not just chip design, is becoming the main determinant of who can supply the next wave of AI hardware.
Cloud AI demand is reshaping the seasonal cycle of the semiconductor industry, with capacity tightness spreading from front-end manufacturing to back-end packaging and testing. Since late 2025, outsourced semiconductor assembly and test, or OSAT, capacity has tightened steadily. New capacity added in 2026 has also been filled quickly, prompting multiple IC design houses to lock in capacity and pushing order visibility beyond 2027.

As the AI wave drives rapid growth across the global semiconductor industry, the upstream electronic materials supply chain has become a key bottleneck for AI-related shipments. To keep pace with AI investment, Qnity was spun off from US chemical giant DuPont and listed independently in November 2025.

A crude oil shortage tied to the US-Iran war is raising concern about naphtha, a refinery byproduct used deep in industrial supply chains. While a direct semiconductor shortage is not yet seen, higher input costs are already spreading, and global manufacturers may face longer-term pressure if disruptions persist worldwide.
Liquid-crystal-display (LCD) TV panel makers face a muted peak season in the second half of 2026, as weaker demand, rising material costs, and looser supply-demand conditions put pressure on prices. Although early stocking tied to sports events, plus shortages and price hikes in components such as memory, lifted global TV panel shipments in the first half of 2026, the market is now entering the traditional busy season with little sign of a strong rebound.
South Korea's government laid out a detailed plan on June 30 for building its southwest region into a major new semiconductor production base, with SK, Samsung Electronics and Amkor outlining a combined KRW896 trillion (approx. US$581 billion) in investment covering memory chip fabs, AI data centers and advanced packaging.

SK Hynix's latest senior hiring drive has reignited debate in South Korea's semiconductor industry, with the move seen as more than routine R&D reinforcement and as a sign that competition in the high-bandwidth memory (HBM) market has entered a new stage. As AI chips demand more from memory, logic design, advanced process nodes, and packaging integration, talent with system semiconductor and foundry experience has become a strategic asset.

South Korea is moving to build a complete semiconductor supply chain modeled on Taiwan's technology corridor, but Gudeng chairman Bill Chiu said the hardest part to replicate is not science parks or fabrication plants, but Taiwan's deeply rooted supply chain culture.

South Korea's plan to send Samsung Electronics and SK Hynix into a new memory hub in Gwangju and South Jeolla is drawing scrutiny from Taiwan and China, as Seoul defends the project against political criticism at home and questions over whether another major memory buildout could test the industry cycle.

Asia Neo Tech has announced a 15-year technology licensing agreement with US-based Brooks Automation to cooperate on FOUP (front-opening unified pod) cleaning equipment and expand its reach into global markets. The two companies held a signing ceremony on June 30, 2026.

Ability Opto-Electronics Technology, an optics maker, said on June 29 that its V-groove and mechanical transfer (MT) products for co-packaged optics (CPO) are likely to become its second-largest product line after notebook camera modules, as the company pushes to expand into new growth drivers. Chairman Weiya Gao said the expected 10% to 20% cut in 2026 shipments by notebook brands would have a relatively limited impact, since the company mainly supplies high-end business notebook cameras.

TSMC is accelerating CoWoS capacity expansion while also pushing ahead with next-generation panel-level packaging, CoPoS, aiming to use a new "round-to-square" architecture to break through cost and capacity bottlenecks in large AI chip packaging and build its next competitive moat.