Applied Materials opens $500 million Singapore campus as Japan’s NTT reshapes subsea cable building

Applied Materials is opening a $500 million manufacturing and research campus in Singapore as demand tied to the AI chip boom keeps pushing semiconductor equipment spending higher.

The expansion adds a new layer of capacity in one of Asia’s most important electronics and advanced manufacturing hubs. Reporting cited in the research packet says the company’s Singapore footprint will grow from one site to three facilities and could eventually account for nearly half of Applied Materials’ total production capacity.

Chief executive Gary Dickerson said in reporting summarized by the Financial Times that the company’s chip business will grow more than 30% this year and by a similar amount in coming years. That outlook helps explain why Applied Materials is still investing in physical capacity even as many manufacturers remain cautious about large capital projects.

Investor’s Business Daily reported on June 10, 2026, that the Singapore project includes both manufacturing and R&D facilities. The Financial Times followed with a June 11 roundup that added more detail on the scale of the campus and tied the move to the same AI-driven spending cycle.

Singapore expansion

Singapore has long been a strategic base for semiconductor and advanced electronics companies, and Applied Materials is using the city-state to deepen that position.

The company’s new campus is expected to support production growth for customers that rely on chip-making tools for AI-related demand. The research packet says the campus could nearly double Applied Materials’ global production capacity, underscoring how central the Singapore build-out has become to the company’s growth plan.

The expansion also has local significance. A larger manufacturing and R&D base would likely reinforce Singapore’s role in the regional semiconductor supply chain and support more high-skilled industrial work, even though the research packet does not include a formal hiring estimate.

The timing matters. Applied Materials raised its outlook in May on stronger demand for semiconductor equipment, and the new Singapore investment fits that same capex cycle. The company is signaling that AI infrastructure demand is not only lifting near-term orders, but also driving longer-term capacity decisions.

That matters for customers across the semiconductor ecosystem. Equipment makers sit early in the supply chain, and their spending tends to reflect expectations for how aggressively chipmakers will keep building out AI-related production.

A wider Asia build-out

The Singapore campus is part of a broader pattern across Asia, where AI demand is reshaping the physical infrastructure needed to move data and manufacture chips.

In a separate development, NTT Data Group has formed a dedicated venture with a small group of Japanese partners to build the Intra-Asia Marine Cable, or I-AM Cable. The structure marks a shift away from the large consortia that have traditionally dominated subsea cable projects.

The cable is described as linking Japan and South Korea with Malaysia and Singapore, with branches to Taiwan and the Philippines. That geography shows how central intra-Asia traffic has become as cloud services, AI workloads and cross-border connectivity continue to expand.

The smaller-partner model is notable because it suggests a different operating rhythm for a business that has often been slowed by consortium complexity. The research packet says the shift reflects pressure from rising construction costs, longer project timelines and the need to move faster in a market where data demand keeps rising.

That is a practical change, not just a structural one. Subsea cables are expensive, slow to build and increasingly important as AI systems consume more bandwidth. A leaner partner group may help NTT and its partners move through planning and execution faster than a broader consortium would allow.

What to watch

The main open question on Applied Materials is whether the company will issue its own press release or investor filing with more detail on the Singapore project, including a start-up date and hiring plans.

For NTT, the key follow-up items are partner disclosures, permitting steps and financing details for the I-AM Cable. Those would show whether the smaller-consortium model is a one-off response to current conditions or a template other cable builders may copy.

Together, the two developments point to the same underlying story: AI demand is still driving hard infrastructure spending, from semiconductor equipment capacity in Singapore to the undersea links that carry the traffic those systems will need.