公司已成功研发出全球首款300毫米(约12英寸)功率氮化镓(GaN)晶圆技术。 与现有的200毫米晶圆相比,300毫米晶圆技术意味着在单个晶圆上可以 ...
英飞凌日前表示,它已经开发出世界上首款12英寸氮化镓(GaN)晶圆技术,该技术为世界首创,希望满足高能耗人工智能数据中心和电动汽车中使用的功率半导体快速增长的需求。 该公司表示,使用更大尺寸的GaN晶圆生产芯片将更加高效,12英寸可以容纳的GaN芯片 ...
该公司表示,首批予客户的试用样板将会在明年第四季推出,并指使用更大的氮化镓晶圆进行芯片生产将更有效率。 观点网讯:9月12日消息,英飞凌宣布开发出全球首款12英寸氮化镓(GaN)功率晶圆技术,希望满足高能耗人工智能数据中心和电动汽车中使用的功率 ...
【9 月 12 日,欧洲芯片制造商英飞凌披露,已开发出全球首款 12 英寸氮化镓(GaN)晶圆技术。 】 英飞凌此举旨在满足高能耗人工智能数据中心和电动 ...
观点网讯:9月12日消息,英飞凌宣布开发出全球首款12英寸氮化镓(GaN)功率晶圆技术,希望满足高能耗人工智能数据中心和电动汽车中使用的功率 ...
The dream of a British MagLev wasn’t over, but the 1980s Birmingham Airport shuttle was hardly in the same class even if it does hold the honour of being the world’s first commercial MagLev.
A novel ultra high-speed maglev transportation system under development recently passed a trial run in Datong, Shanxi province. The successful demonstration test brings the train another step ...
The company plans to have the high-speed maglev train in operation between the capital’s Shinagawa Station and Nagoya Station in 2027, with a later connection to Osaka. Nearly 90 percent of the ...
It's simple: The Shanghai Maglev is one of the fastest passenger trains in the world. Traveling at about 270 miles per hour, this train is the adult equivalent of the theme park ride, especially ...