Singapore Unveils SG Semiconductor as Dutch Dealings Deepen the Country's Role in the Global Chip Supply Chain

Introduction

For six decades Singapore has quietly occupied an odd and useful position in the semiconductor industry. It does not fabricate the leading-edge logic chips that dominate the industry's balance sheets, and it does not assemble the AI accelerators driving current demand. What it does supply is roughly one in ten of the world's chips and one-fifth of global semiconductor manufacturing equipment output, a slice of the supply chain that most industry coverage treats as background.

On 25 September 2026, at the Innovate Together forum run by the Agency for Science, Technology and Research, Trade and Industry Minister Tan See Leng announced SG Semiconductor, a national identity for the sector developed jointly by A*STAR and the Economic Development Board. The branding is a marketing exercise. The S$800 million of public research funding running from 2026 to 2030 through the RIE Flagship in Semiconductors is not.

The announcement landed alongside a cluster of private agreements that show where the money is going. Applied Materials, GlobalFoundries, KLA and Stats ChipPac all announced or expanded ties with A*STAR on the same day, the largest being Phase 4 of an existing joint lab with Applied Materials. Separately, on the fringes of the SSIA Summit, the Singapore Semiconductor Industry Association signed a memorandum with the Brabant Development Agency covering business development, innovation and supply chain optimisation, with a joint working group and specific projects already named.

A brand built on seven technology areas

SG Semiconductor covers seven declared areas: advanced packaging, silicon photonics, power electronics, radio frequency gallium nitride, piezoelectric micro-electro-mechanical systems, flat optics and integrated circuit design. That list is doing more work than a marketing slogan usually is. It maps almost exactly onto where the industry's current bottlenecks sit.

Advanced packaging has moved from a back-end afterthought to the part of the process where capacity actually binds. AI accelerators are assembled from chiplets, and the interconnect standards behind them — including co-packaged optics — are still settling. Silicon photonics sits at the intersection of that packaging work and the bandwidth problem in data centres. Power electronics is the layer that decides whether a data centre can be fed at all, and RF gallium nitride is the bet on electrification beyond data centres. Flat optics and piezoMEMS are smaller, more specialised, and more dependent on research transfer than the others.

A*STAR chief executive Beh Kian Teik framed the launch as continuity rather than change. "Singapore's strength in semiconductor innovation has been built through decades of sustained investment and close partnership across public research, universities and industry," he said, adding that the new identity signals a commitment to anchor high-value research and manufacturing in the country long term.

EDB managing director Jermaine Loy was more direct about the commercial function. "SG Semiconductor provides a gateway to Singapore's ecosystem, enabling companies to develop, scale and commercialise next-generation technologies from Singapore," he said.

What the industry actually signed

The corporate announcements matter more than the brand launch, because they specify what research infrastructure is being built.

Phase 4 of the Applied Materials and A*STAR joint lab is the headline. Applied Materials is the largest semiconductor equipment maker by revenue, and the lab sits in advanced packaging — a discipline where the tooling supplier and the packaging research community have been converging steadily. Extending that relationship by a full phase suggests Singapore is being positioned as a place where packaging processes get qualified, not merely investigated.

KLA's agreement is narrower and aimed at a different problem. A*STAR and KLA will establish a process control collaboration framework to explore ways to improve manufacturing reliability and yield. Process control is unglamorous relative to lithography, but yield is the variable that decides whether a new node is commercially viable at all, and process control is where yield data is generated.

GlobalFoundries and Stats ChipPac round out the list. Neither announcement was detailed in the material available, which is itself worth noting: the specifics of those arrangements are less documented than the Applied Materials expansion.

Tan used his own speech to push back on complacency. He noted that Singapore produces about one in ten of the world's chips and one-fifth of global semiconductor manufacturing equipment, and put the wider manufacturing sector at around 20 per cent of GDP. "We must not take this position for granted," he said.

The Dutch channel

The most concrete new international arrangement came at the SSIA Summit 2026 at Resorts World Sentosa, where SSIA executive director Ang Wee Seng and Daan de Cloe, managing director of Foreign Investment & International Trade at the Brabant Development Agency, signed a memorandum of understanding. SSIA chairman Brian Tan and Chris Devillers, deputy head of mission at the Dutch embassy in Singapore, witnessed it.

The agreement establishes a bilateral working group, joint business projects and a shared approach to innovation and supply chain cooperation. It builds on an earlier arrangement reached at the Semicon Southeast Asia Conference in May 2025.

The rationale is asymmetry, stated plainly. The Netherlands supplies advanced equipment and process technology through ASML, ASM International and NXP; Singapore supplies precision manufacturing, engineering talent and supply chain management. Neither country is strong in what the other is strong in. BOM's stated role as the regional development agency for North Brabant is to connect Dutch manufacturers with suppliers in Singapore.

Projects are already attached. Dutch company Besi is working with Singapore's Institute of Microelectronics on advanced chip packaging, and Sioux Technologies and MeetingSelect have signed contracts with Singaporean partners, including agreements involving digital tooling.

The backdrop is supply chain anxiety rather than bilateral goodwill. Geopolitical tension and concentration of critical capacity in a handful of countries has made resilience an explicit policy goal on both sides. The partnership is a small expression of that, and small is the right word — but the Semiconductor Industry Association and its Dutch counterpart are building connective tissue that did not exist two years ago.

Why the numbers still matter

Scale claims in this industry are difficult to audit and routinely inflated. The figure cited for the sector as a whole is a projected €1 trillion in global revenue by 2030, with the possibility of doubling by 2040, and semiconductors accounted for about 15 per cent of global goods trade as far back as 2020. These are directional estimates, not measurements.

Singapore's own contribution — one in ten of global chip output — is the kind of claim that deserves more scrutiny than it gets, because "output" is doing quiet work in that sentence. It covers everything from mature-node analog and power devices to embedded components and precision components, not leading-edge logic. The equipment figure, one-fifth of global production, is arguably the more strategically significant of the two, given how concentrated lithography and deposition tooling remain.

SG Semiconductor will be judged on whether it converts a national label into projects that would otherwise have gone to Taiwan, Arizona, Germany or Saxony. The seven technology areas are a credible portfolio, the Applied Materials and KLA commitments are real, and S$800 million over five years is a real number. That is more than most national announcements offer.

Conclusion

Singapore is not attempting to win the leading-edge race. Its pitch is that certain kinds of semiconductor work — packaging, power, photonics, precision process control — matter more than headline node counts, and that companies building those things need a base with research, tooling expertise and manufacturing discipline in the same place.

Tan See Leng putting a national brand on it, the same week that Applied Materials extended a joint lab and SSIA signed with a Dutch regional agency, is a coherent bet on that. The next twelve months will show whether the label starts attracting the anchor manufacturing projects that make a cluster permanent, or stays a promotional layer over an industry that is already established and simply doing fine.

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References

• Singapore Economic Development Board — Singapore announces SG Semiconductor to strengthen its role in the global semiconductor ecosystem (25 September 2026)
• The Business Times — Singapore launches national semicon brand initiative, inks R&D deals (25 September 2026, Tessa Oh)
• TNGlobal — Singapore unveils SG Semiconductor (25 September 2026)
• IO+ — Netherlands and Singapore strengthen semiconductor partnership (25 September 2026)
• More on the industry context in our Semiconductors coverage and our AI reporting.