SEMICON China Theme Pavilions
IC Manufacturing Pavilion | |
From IC Design to Manufacturing, Building China's Semiconductor Industry Supply Chain The China Market IC Applications Pavilion showcases products, technologies, and manufacturing solutions focused on serving China's fabless IC community, from design to final manufacturing. Exhibits and displays in this pavilion include technologies, services, and solutions for design, EDA, IP, foundry, and systems assembly and test. |
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Compound Semiconductor Pavilion | |
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Compound Semiconductor Materials like GaAs, GaN and SiC are widely used for manufacturing of optoelectronics, RF, power electronicsand many other semiconductor devices, compound semiconductor materials play an increasingly important role in 5G communication, display, new energy, electric transportation and other emerging areas with the benefits of unique material characteristics. China is the largest compound semiconductor manufacturing base and application market in the world , Compound Semiconductorindustry will be one of the most important development trend in the future. SEMICON China Compound Semiconductor Pavilion provides on-stop solution of compound semiconductor manufacturing process, including sapphire, SiC, GaN, MO source and other core materials, and key facilities like MOCVD, PECVD, PVD, Etch, Ion Implanter ,RTP and A&T. |
SEMI Workforce Pavilion | |
SEMI Workforce Pavilion main activities are as following:
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Smart Mobility Pavilion | |
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Auto intelligence and electrification driving the auto semiconductor market growing rapidly. As McKinsey report, auto semiconductor will growth at the CAGR 14% as the most important driving force for global semiconductor market until 2030. SEMICON China 2023 set up the very first SMART MOBILITY PAVILION, to bring the auto semiconductor supply chain show together, include auto semiconductor equipment and material companies, foundry and OSAT, MEMS&Sensors, chip design and OEMs, build the communication and cooperation platform to promote auto intelligence and electrification development. |