Why Europe’s photonics ambitions ultimately depend on industrial capacity

Strategic Briefing

Artificial intelligence, cloud infrastructure and advanced communications increasingly depend on photonics. Yet while discussions often focus on innovation, research and chip design, a more fundamental question receives far less attention. Who actually manufactures photonic chips?

As Europe seeks to strengthen its position in next-generation digital infrastructure, production capacity is emerging as one of the most important strategic questions facing the continent.

This is where SMART Photonics enters the picture.

🔹 What Changed? From Lab to Fab

Over the past decade, integrated photonics has evolved from a largely research-driven field into a technology approaching wider commercial deployment.

Applications in artificial intelligence, telecommunications, healthcare, sensing and quantum technologies are creating growing demand for photonic chips.

The challenge is no longer proving that the technology works. The challenge is manufacturing it reliably, efficiently and at scale.

The transition from laboratory to factory may prove just as important as the original scientific breakthrough.

🔹 Why Does Manufacturing Matter?

Innovation alone does not create industries. Production does. History offers a useful lesson. Many regions have led the world in scientific discovery, only to see manufacturing capacity and economic value migrate elsewhere.

The semiconductor industry provides a well-known example. While innovation emerged across multiple countries, advanced manufacturing capacity eventually became concentrated in a relatively small number of locations.

As integrated photonics moves towards broader adoption, manufacturing capacity is becoming a strategic asset in its own right. Innovation creates possibilities. Manufacturing creates resilience.

🔹 What Is SMART Photonics?

SMART Photonics is one of Europe’s leading independent photonic chip foundries. Unlike traditional technology companies, it does not primarily develop end-user products.

Instead, it manufactures integrated photonic chips for customers developing technologies across a wide range of industries. Its role is comparable to critical infrastructure.

By providing access to advanced manufacturing capabilities, SMART Photonics enables startups, researchers and established companies to bring photonic technologies to market without building their own fabrication facilities.

🔹 Why Is Indium Phosphide Important?

One of SMART Photonics’ distinguishing capabilities is its expertise in Indium Phosphide (InP). Unlike traditional silicon, Indium Phosphide can generate, amplify and manipulate light directly on the chip itself.

This makes it particularly valuable for applications involving high-speed communications, optical networking and future AI infrastructure.

As demand grows for technologies capable of moving information faster and more efficiently, specialised manufacturing capabilities such as these may become increasingly important.

🔹 Why Does Eindhoven Matter?

SMART Photonics forms part of a broader ecosystem that includes research institutions, equipment suppliers, designers and ecosystem organisations such as PhotonDelta.

Together, these capabilities have helped establish the Eindhoven region as one of Europe’s most important centres for integrated photonics.

The significance lies not in a single company. It lies in the interaction between research, design, manufacturing and commercialisation.

Industrial ecosystems are rarely built by individual organisations alone. They emerge through coordination.

🔹 What Does This Mean For Europe?

Europe often discusses technology through the lens of innovation. Yet strategic industries depend upon both innovation and production.

As integrated photonics moves closer to large-scale deployment, manufacturing capacity may become one of Europe’s most important competitive advantages.

The emergence of photonics raises an important question. Can Europe secure a strong industrial position in this technology before global production capacity becomes concentrated elsewhere?

The answer may shape Europe’s role in the future digital economy.

🔹 The Strategic Outlook: Technological Indispensability

Europe does not need to dominate every layer of the technology stack to remain globally relevant. The more important question may be whether Europe can become indispensable within critical parts of it.

This is the logic that helped transform lithography into one of Europe’s most strategically important technological capabilities.

Photonics may represent a similar opportunity. Not because it replaces semiconductors. But because future digital infrastructure may increasingly depend upon technologies that use light alongside electronics.

🔹 Strategic Observation

Technological leadership is rarely secured through invention alone. It is sustained by the ability to transform scientific knowledge into industrial capability.

In the emerging physics of intelligence, the factory may prove just as important as the laboratory.

Strategic Theme: Industrial Capacity

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Caption

Innovation begins in the laboratory. Industrial leadership is built in the factory. SMART Photonics illustrates how manufacturing capacity may become a critical foundation of Europe’s future position in photonics and digital infrastructure.

Credit

AI-generated illustration for Altair Media Europe — Strategic Briefings: The Companies Behind The Physics of Intelligence.