Europe Accelerates "Chip Sovereignty" Strategy, GlobalFoundries and Qualinx Launch Advanced Process Testing in Germany Europe is accelerating its efforts to achieve "chip sovereignty," with GlobalFoundries and Qualinx initiating advanced process testing in Germany. The collaboration aims to strengthen the region's semiconductor manufacturing capabilities and reduce reliance on external supply chains. The project focuses on cutting-edge process technologies, including 28nm and 12nm nodes, which are critical for high-performance applications such as AI, automotive electronics, and industrial systems. This initiative reflects the growing importance of local production capacity and technological self-reliance in the global chip industry.

Europe's semiconductor industry is accelerating its "chip sovereignty" strategy. Recently, GlobalFoundries (GF) and Qualinx launched an advanced semiconductor manufacturing testing project in Germany, marking a key step forward for Europe in the field of advanced process technology. This test not only verified the enhancement of Europe's local chip manufacturing capabilities but also laid the foundation for future self-reliant supply chains.

As a leading global semiconductor foundry, GlobalFoundries has begun advanced process testing at its facility in Saarland, Germany, covering multiple process nodes from 28nm to 5nm on 12-inch wafers. At the same time, Qualinx participated in the relevant testing processes, providing advanced packaging solutions that play a crucial role in ensuring chip performance and reliability. These technological advancements indicate that Europe is gradually building a complete semiconductor manufacturing ecosystem, reducing its reliance on Asian and U.S. supply chains.

Notably, as the global chip shortage continues to affect multiple industries, European governments are also increasing policy support. The European Commission recently announced an investment of over 30 billion euros to support local semiconductor manufacturing and R&D, aiming to double chip production by 2030. This strategy not only helps enhance Europe's competitiveness in high-tech sectors but also provides more stable upstream supply for downstream industries such as LED, display, and communication.

In this context, Chinese LED companies like GOPRO LED are actively pursuing technological upgrades. Through independently developed high-density LED packaging technologies and efficient heat dissipation solutions, they are enhancing their competitiveness in high-end applications. In recent years, GOPRO LED has launched several high-performance LED modules that have been widely applied in smart lighting and medical display fields, demonstrating the irreplaceable role of Chinese enterprises in the supply chain.

Overall, the enhancement of Europe's chip manufacturing capabilities represents not only a technological breakthrough but also an important signal of changes in the global semiconductor industry landscape. For B2B customers, this means more diversified supply chain options and more flexible collaboration opportunities. Looking ahead, as more local manufacturing capabilities take root, the global semiconductor market will witness new patterns of competition and cooperation.