Spain’s Semiconductor Landscape: A Distributed Model of Innovation

Spain’s semiconductor landscape is a fascinating tapestry woven from a diverse array of institutions and organizations. Unlike many countries that have centralized their semiconductor research and development efforts around a single hub or dominant player, Spain’s approach has been characterized by a decentralized network. This network includes universities, public laboratories, technology centers, regional bodies, startups, and industrial collaborators, all spread across the nation.

The Catalonia Ecosystem

In Catalonia, this intricate web features notable entities such as ICFO, IMB-CNM, the Barcelona Supercomputing Center, ICN2, and Eurecat. These organizations work alongside innovative startups like OpenChip and PAL Robotics. The decentralized nature of Spain’s semiconductor sector can be traced back to its governance structure, where regional authorities wield significant influence over research and industrial policy. This has fostered a system where semiconductor capabilities are distributed rather than concentrated in a single location.

Investment and Strategic Considerations

As Spain ramps up its semiconductor investments through initiatives like the European Chips Act and domestic programs, policymakers are grappling with the implications of this dispersed model. Roger Costa, who leads the Catalonia Chips Alliance at ACCIO, emphasizes that while the semiconductor sector thrives on clustering, it doesn’t necessarily require a single massive institute. Instead, Catalonia aims to create a coordinated semiconductor cluster by linking research institutes, tech centers, startups, large firms, and public administration through a “triple helix” framework. The establishment of the Chips Alliance serves as a unified coordination hub, designed to connect businesses with the appropriate research, industrial, and governmental entities.

Fragmentation vs. Coordination

Emilio Garcia, a key figure in shaping Spain’s semiconductor strategy, argues that the fragmented research environment reflects political realities more than industrial logic. He notes that over 60 distinct R&D bodies have received grants from state semiconductor aid programs funded by the EU Recovery and Resilience Facility. Garcia advocates for a more streamlined approach, suggesting that a smaller number of organizations could enhance coordination and resource pooling. He acknowledges Spain’s strengths in specialized fields like photonics and chip design but points out that the country’s quasi-federal structure has led to a proliferation of regional research centers, complicating efforts to create a unified national semiconductor strategy.

A Tiered Ecosystem

Joan Guasch, director for corporate affairs and research and innovation policies at Eurecat, describes the semiconductor ecosystem as a tiered structure. This includes universities, public research institutes, tech centers, startups, large industrial firms, and industry associations. Guasch stresses the importance of focusing on specific application areas, as attempting to excel in every domain could dilute efforts. He notes that while universities and public research bodies like IMB-CNM often operate at lower technology-readiness levels, tech centers such as Eurecat specialize in applied research and industrialization.

Shared Infrastructure and Collaboration

At IMB-CNM, director Luis Fonseca highlights the value of shared infrastructure in Catalonia’s distributed approach. The institute boasts a unique capability that merges design and fabrication, a combination that is relatively rare in Spain’s semiconductor ecosystem. IMB-CNM operates a shared cleanroom facility that supports internal research and provides access to startups, universities, and industrial partners across the country. Under Spain’s ICTS research infrastructure framework, a portion of IMB-CNM’s cleanroom capacity is reserved for external users from the national semiconductor sector.

Fonseca describes IMB-CNM as an enabling entity that connects various aspects of semiconductor research, including design, micro-fabrication, sensors, photonics, quantum technologies, and advanced materials. The institute collaborates with organizations like the Barcelona Supercomputing Center and supports applications ranging from space electronics to health technologies. Since the launch of European and Spanish semiconductor initiatives, IMB-CNM has seen significant growth in both staffing and funding, along with an increase in semiconductor-related spinouts.

Benefits and Challenges of a Distributed Model

Catalonia’s distributed semiconductor network offers several potential advantages. Specialized institutes can focus deeply on specific technologies, and shared infrastructure can be made accessible to startups and external users. Smaller organizations may also be more approachable for SMEs and spinouts compared to highly centralized research structures. Costa argues that this model could be particularly relevant as semiconductor innovation evolves toward advanced packaging, AI infrastructure, and system-level engineering.

However, the distributed model is not without its challenges. Coordination can be inherently more complex, and funding responsibilities are divided among multiple administrations. Companies may struggle to navigate overlapping organizations and programs, and some experts express concern that without adequate concentration, Spain may lack the scale necessary to compete on a global stage.

Future Prospects

Catalonia is actively working to strengthen its semiconductor position through initiatives like InnoFab, a planned semiconductor-prototyping facility aimed at enhancing industrialization and pilot-scale manufacturing capabilities. For Costa, the long-term vision extends beyond merely generating startups; it encompasses helping existing companies grow into globally competitive firms while attracting manufacturing projects to fill gaps in Catalonia’s semiconductor value chain.

The effectiveness with which Spain’s many specialized organizations can operate as interconnected components of a coordinated industrial network may ultimately determine whether the country’s distributed semiconductor structure becomes a competitive advantage in the global arena.