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Samsung

瀏覽次數:3062

TAIPEI, Taiwan - According to news from Taiwan's Economic Daily News, progress on Samsung's 7nm production is behind schedule and mass production will be impossible for them next year. However, Taiwan Semiconductor Manufacturing Company (TSMC) will carry out risk trials for 7nm products in Q1 of next year and expect to do commercial production during Q4 of next year so that it will contribute to their revenue in 2018.

Economic Daily News cited viewpoints in the semiconductor equipment industry and pointed out that Samsung originally estimated that during the second half of next year they would complete the installation of equipment and carry out 7 nm mass production. However, semiconductor equipment manufacturers disclosed that the progress of Samsung's 7nm research and development is seriously behind schedule and it may be impossible for them to put their plan to accept orders into practice next year.

After Samsung was replaced by TSMC for all of the OEM orders for Apple's A10 processors, they decided to shift their focus to 7 nm for use in semiconductor mass production using ASML, newly developed EUV lighting, and lithography equipment.

On the other hand, TSMC's 7 nm progress is proceeding smoothly. TSMC President and co-CEO Mark Liu stated that according to TSMC's 10 nm production schedule, they will begin mass production in Q1 of next year. They are also planning to carry out risk testing for their 7 nm products in Q1 of next year. TSMC estimates that 7 nm technology will contribute to their profits in Q1 of 2018 and that they will become a foundry fab as the leading global provider of 7 nm OEM manufacturing.

In addition, TSMC is currently actively involved in 5 nm research and development and have a R&D team composed of nearly 400 people. They are also investing in research and development of more advanced 3-nanometer processes as wells as 1 nm processes.

(TR/ Phil Sweeney)

稀土棋局下的台灣解方:從供應鏈韌性看關鍵礦物合作新契機
特別企劃半導體

稀土棋局下的台灣解方:從供應鏈韌性看關鍵礦物合作新契機

稀土與關鍵礦物已成全球科技競爭與經濟安全的重要戰略資源。面對供應鏈高度集中與地緣風險升高,台灣如何透過國際合作、技術替代、戰略儲備與城市採礦,建立自主且具韌性的關鍵礦物供應體系?

稀土與關鍵礦物已成全球科技競爭與經濟安全的重要戰略資源。面對供應鏈高度集中與地緣風險升高,台灣如何透過國際合作、技術替代、戰略儲備與城市採礦,建立自主且具韌性的關鍵礦物供應體系?

關鍵字:semiconductor