On December 26, 2025, Shenzhen Founder Microelectronics Co., Ltd.、 Xi’an ActionPower Electric Co., Ltd. We have officially established a strategic cooperation with Wuxi AMTE based on our respective core technological advantages and industrial positioning, and jointly established the "Third Generation Power Device Semiconductor Equipment Application Industry Chain Joint Laboratory" to promote the research and development innovation and industrial application of silicon carbide technology, and assist in the global new energy revolution and industrial upgrading.

This tripartite signing cooperation has built a unique "technology application feedback" closed-loop ecosystem:

FMIC: is the foundation of this cooperation. As a leading semiconductor manufacturing enterprise in China, it has accumulated rich experience in the development of third-generation semiconductor materials and device processes. As the basis of the tripartite cooperation, it provides high-performance and high reliability SIC MOS products, which are the core components of modern high-efficiency power conversion.

ActionPower: With a profound technical background in the field of power electronic equipment and system solutions, it provides a key platform for the application verification of power devices. Utilizing advanced SIC MOS products from Fangzheng Micro, it develops more efficient, compact, and reliable high-end power equipment.

AMTE focuses on the research and innovation of semiconductor equipment technology, providing advanced process equipment support for laboratories, and integrating the former products into their advanced semiconductor process equipment. These devices ultimately serve global semiconductor manufacturing companies, including Fangzheng Microelectronics.

This cycle of 'your core components contribute to my system, and my system supports your manufacturing' not only reflects the close interdependence of the industry chain, but also creates an excellent real-time technology verification and optimization platform.

Joint Laboratory Mission: Collaborative Research, Win Win, and Common Development

The newly established joint laboratory will become the core engine of collaborative ecology, with main research directions and objectives including:

Joint research on cutting-edge technology: The three parties focus on the design of next-generation SIC MOS materials and devices, ultra-high efficiency and high-density power architecture, as well as the stability and reliability of dedicated power supplies for semiconductor manufacturing equipment. Share some R&D resources and data to accelerate the transformation from theory to application.

System level optimization and integration: In response to the special requirements of process equipment, we jointly optimize the performance, thermal management, and electromagnetic compatibility of the entire power supply system from SIC MOS chips to power modules, thereby enhancing the competitiveness of terminal equipment.

Reliability improvement and standard building: Through long-term monitoring and data analysis of power systems operating in equipment, more stringent reliability testing standards and failure analysis models are jointly established to jointly improve product quality and lifespan.

Business mutual benefit and market expansion: Through technological collaboration, we aim to create a comprehensive solution advantage that is difficult to replicate, jointly explore the global high-end semiconductor manufacturing, advanced industrial power supply and other markets, and bring sustainable business growth to the three parties.

We hope to explore a replicable and scalable innovation path for China's third-generation semiconductor industry through this deep cooperation model, "said the person in charge of the joint laboratory preparation.

The collaboration between FMIC, ActionPower, and AMTE is an innovative practice that combines vertical integration and horizontal collaboration in the third-generation semiconductor industry, breaking down traditional barriers between various links in the industry chain. By establishing a close technological community among the three parties, not only can it accelerate breakthroughs in individual technology points, but it is also expected to stimulate disruptive innovation at the system level, injecting strong impetus into the resilience and upgrading of the third-generation semiconductor industry chain in China and even globally!Editor/Cheng Liting