A Milestone in Semiconductor Manufacturing in Dresden

On October 10, 2026, GlobalFoundries, the leading semiconductor manufacturer listed on NASDAQ as GFS, celebrated a significant achievement with the topping-out ceremony of its €1.1 billion SPRINT expansion project at its Dresden site. This event marks an important phase in the company's long-term plan to enhance production capacity and develop advanced technology platforms geared towards next-generation applications.

Expanding Production Capacity to Over One Million Wafers per Year

The ambitious SPRINT expansion project aims to increase the Dresden facility's annual production capacity of 300mm wafers to more than 1,000,000 by the end of 2028. Currently, Dresden operates approximately 60,000 square meters of cleanroom and laboratory space, employing around 3,000 people and producing up to 950,000 wafers annually depending on the product mix. This investment builds on more than €10 billion invested in the site since 2009, reinforcing Dresden's position as a key European semiconductor manufacturing hub.

By increasing wafer output, GlobalFoundries is responding to the growing demand in various markets, including automotive, wireless communication, industrial, and consumer electronics. The expansion is a cornerstone for Europe’s strategy to bolster semiconductor supply chains under the European Chips Act, with strong support from the European Union, the German federal government, and the Free State of Saxony.

Introducing FDX Fusion: The Next-Generation FD-SOI Platform for Physical AI

Alongside the expansion milestone announcement, GlobalFoundries unveiled its new semiconductor process platform, dubbed "FDX Fusion." This fully depleted silicon-on-insulator (FD-SOI) technology platform is designed specifically for energy-efficient Physical AI workloads, a cutting-edge area in semiconductor applications that integrates sensing, processing, and AI directly within hardware.

FDX Fusion is positioned to deliver 7nm-class performance and is targeted for manufacturing in Dresden starting in 2028. Early demonstrator silicon will be available for customer evaluation in early 2027, with the initial process design kit (PDK) planned for mid-2027, allowing partners and customers to begin designing and testing their applications on this advanced platform well ahead of full commercial deployment.

This new platform aims to support applications where energy efficiency and high-performance AI processing at the edge are paramount, including autonomous systems, robotics, and smart devices. FDX Fusion’s FD-SOI technology enhances transistor performance and power efficiency, helping manufacturers optimize their chips for intensive computational workloads without sacrificing battery life or thermal design constraints.

Strategic Importance and Industry Support

The SPRINT expansion and the FDX Fusion roadmap underline GlobalFoundries’ commitment to meeting Europe’s strategic goals under the European Chips Act framework. By increasing manufacturing capacity and developing its next-generation technology platform within Dresden, GlobalFoundries is contributing to Europe’s semiconductor sovereignty and supply chain resilience.

Both the EU and German authorities have backed the project, recognizing its potential for advancing the European innovation landscape and helping to secure a leading position in the global semiconductor industry. The Free State of Saxony, home to the Dresden site, has also been a strong partner in facilitating this expansion, which is expected to further stimulate the local economy and technological ecosystem.

Practical Example: What This Means for AI-Powered Devices

Imagine a future smart home device that not only responds to voice commands but also senses environmental changes and learns user behaviors in real time with minimal power consumption. Thanks to platforms like FDX Fusion, manufacturers can create highly efficient chips that integrate AI processing directly with physical sensing at the hardware level.

For example, a home security camera could analyze video footage for unusual activity with low latency, operate for longer periods on battery power, and maintain privacy by processing data locally rather than sending it to the cloud. This convergence of intelligence and efficiency is precisely where Physical AI technologies shine, opening new frontiers for innovation across many sectors.

Frequently Asked Questions

What is the significance of the SPRINT expansion at GlobalFoundries' Dresden site?

The SPRINT expansion is a €1.1 billion investment project that increases GlobalFoundries' wafer production capability in Dresden to over one million 300mm wafers annually by 2028. It enhances the site’s manufacturing capacity and supports Europe’s semiconductor supply security.

What is the FDX Fusion platform?

FDX Fusion is a next-generation FD-SOI semiconductor platform designed for energy-efficient Physical AI workloads. It offers 7nm-class performance and will be manufactured at the Dresden site starting in 2028, enabling applications requiring advanced AI processing with low power consumption.

How does this project relate to the European Chips Act?

The SPRINT expansion and FDX Fusion development are supported by the European Chips Act framework, aiming to strengthen Europe's semiconductor industry and reduce dependency on foreign supply chains. The EU, German federal government, and Free State of Saxony provide backing to ensure the project's success.

Conclusion

GlobalFoundries' milestone topping out of its €1.1 billion Dresden expansion and the unveiling of the FDX Fusion platform mark a pivotal advancement in semiconductor manufacturing and technology innovation in Europe. With enhanced wafer production capacity and a new, energy-efficient Physical AI platform slated for rollout by 2028, the Dresden site is set to become a vital node in the global semiconductor network.

This development aligns perfectly with Europe's strategic ambitions under the European Chips Act and exemplifies successful industry-government collaboration. As the company moves closer to delivering demonstrator silicon and enabling customers to access the new platform, the future of AI-driven devices and applications looks increasingly promising.

Sources