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Power Law company profile

AMEC

Semiconductors · Pudong, China · Founded 2004 Decacorn

Advanced Micro-Fabrication Equipment Inc. China (AMEC), listed on the Shanghai Stock Exchange STAR Market (SSE: 688012), is a pivotal manufacturer of semiconductor chip production equipment. The company was established in Shanghai in May 2004 by Dr. Gerald Yin, a veteran of the semiconductor industry. Before founding AMEC at the age of 60, Dr. Yin accumulated over two decades of experience in Silicon Valley, holding key executive and technical roles at Applied Materials and Lam Research, where he was instrumental in developing successful plasma etchers. He brought a team of 15 professionals with him to start AMEC, securing early investments from notable firms like Qualcomm and Samsung. By July 2019, AMEC successfully launched its initial public offering. AMEC's business model centers on the development, production, and sale of high-end semiconductor fabrication equipment. Its revenue is primarily generated from selling this equipment to a global clientele of integrated circuit manufacturers and LED producers. The company serves leading fabs across Asia and Europe, providing not just machinery but also process expertise and support. AMEC posted revenues of 6.26 billion RMB in 2023, a significant increase driven by strong domestic demand. The company's financial strategy includes substantial reinvestment into research and development to maintain its competitive edge in a rapidly evolving market. The company's product portfolio is centered around two main categories: plasma etching systems and MOCVD systems. Its Primo series of plasma etching systems, including Capacitively Coupled Plasma (CCP) and Inductively Coupled Plasma (ICP) technologies, are utilized by chipmakers for fabricating devices at advanced process nodes, from 65nm down to 5nm. These tools have been verified by industry leaders like TSMC for their 7nm and 5nm processes. In the pan-semiconductor space, AMEC's Metal Organic Chemical Vapor Deposition (MOCVD) systems, such as the Prismo D-Blue™ and Prismo UniMax™, are widely deployed for the mass production of Gallium Nitride (GaN)-based LEDs and Mini-LEDs, recognized for their high throughput and cost-efficiency. Keywords: semiconductor equipment, plasma etching, MOCVD, micro-fabrication, Gerald Yin, wafer fabrication, Primo Nanova, GaN-based LEDs, chemical vapor deposition, deep silicon etching, integrated circuits, chip manufacturing, SSE: 688012, semiconductor fabrication, dielectric etch, TSV etch, Mini-LED production, Prismo UniMax, Applied Materials alumni, Lam Research alumni, Chinese semiconductor industry