As the global leader of silicon carbide (Cree, Inc., US Nasdaq, Cree, Inc., US Nasdaq), today announced that it plans to create a silicon carbide (SiC) corridor in the East Coast of the United States, build the world's largest Silicon carbide (SiC) manufacturing plant. Co Rui will build a brand new 200mm power and radio frequency (RF) wafer manufacturing plant that adopts the most advanced technology and meets the standard standards of the State, New York State, and the construction of the MEGA MATERIALS FACTORY. The expansion is carried out in the company Darham headquarters.
This new manufacturing plant is part of the previously announced plan aims to significantly improve capacity for WolfSpeed silicon carbide (SiC) and gallium nitride (GaN) business, will build a larger, highly automated and higher production. Ability factory. By strategic cooperation with the State of the State Governor of New York and other State and local institutions and entities, the company decided to build this new plant in New York, which will bring consecutive future production capacity and significant. Net cost savings.
Thus, Corritain will continue to advance from silicon (Si) to silicon carbide (SiC) technology to meet the increasing demand of the company's groundbreaking WolfSpeed technology, support electric vehicle (EV), 4G / 5G mobile and industrial market grows .
Greg Lowe, CEO, CEO, said: "SiC) is one of our most important technologies in this era. It is the core of innovation. Serving a series of today's most popular and innovative markets, helping from internal combustion engine To the transformation of electric vehicles (EV), the deployment of ultra-fast 5G networks, etc. This is based on the most advanced technology and the wafer manufacturing plant that meets the standard standards. Based on our accumulation of breakthrough technology commercialization based on our more than 30 years. Help our customers develop a new generation. We expect to connect our innovation center in North Carolina and New York, and promote silicon carbide (SiC) is more rapidly. "
Empire State Development, President, CEO-Designate Eric J. Gertler, said: "We are very happy to advance with Coopean to silicon carbide (SiC). Transformation. This collaboration will become a key part of our work to enhance research and scientific assets to promote New York State to attract more industries and create more employment. New York State Mohawk Valley has unique advantages, high High-tech and scientific assets of value. This is an important step towards the improvement of advanced manufacturing infrastructure and northern part of the country. "
As part of the cooperation, Coopery will invest nearly $ 1 billion and is used in the construction, equipment and other related costs in FAB, New York. New York will provide $ 500 million of $ 500 million from Empire State Development, while Corritain can enjoy additional local incentive policies and taxes and equipment and tools from New York State University. As a result, the company expects to expand the capacity plan from $ 1 billion in 2024 to a net capital savings of nearly $ 280 million. At the same time, the previously planned factory will bring 25% capacity. This new plant plan will achieve mass production in 2022, and the completion area reaches 480,000 square feet. Among them, nearly 1/4 will be superficial, providing production capacity expansion required in the future. These extensions will further enhance the leading position of Cooperation in market competition, and accelerate silicon carbide (SiC) in a series of high growth industries.
Creation of silicon carbide (SiC) corridor
Based on the Super Material Factory of Dham and in the most advanced wafer manufacturing plant adjacent to Utika (UTICA), Cali will create a "SiC) corridor", with more than 30 years in North Carolina Research and development of research and development, research and development, and fully utilize the rich resources of Mohawk Valley, New York State, which has a strong technology-based New York.
Cooperation will cooperate with local communities and four-year colleges in North Carolina and New York, carry out training and internship programs, providing human resource reserves for high-tech employment and long-term growth opportunities in the two places.
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