三星：全球首家量产3纳米芯片的公司【暴虐朗读】

【头条播报】

Samsung Electronics held a ceremony to mark the first shipment of its newly developed 3-nanometer chips at the company's plant in Hwaseong. The shipment represents Samsung taking the lead in the race to build the world's fastest processors. The chips were manufactured using Samsung's new 3-nanometer process node based on Gate-All-Around (GAA) transistor architecture which reduces manufacturing space and represents a leap forward in terms of peak performance and power consumption.

【朗读要点】

①Samsung Electronics held a ceremony to mark the first shipment of its newly developed 3-nanometer chips at the company's plant in Hwaseong. 

first要突出，newly-developed 3 nanometer chip要念紧凑

Samsung Electronics held a ceremony … to mark the FIRST shipment of its <newly developed 3-nanometer chips> … at the company's plant in Hwaseong. 

②The shipment represents Samsung taking the lead in the race to build the world's fastest processors.

lead和world’s fastest要强调

The shipment represents Samsung … taking the LEAD in the race … to build the WORLD’S FASTEST processors. 

③The chips were manufactured using Samsung's new 3-nanometer process node based on Gate-All-Around (GAA) transistor architecture which reduces manufacturing space and represents a leap forward in terms of peak performance and power consumption.

按意群断开

The chips were manufactured … using Samsung's new 3-nanometer process node … based on Gate-All-Around (GAA) transistor architecture, ... which reduces manufacturing space … and represents a leap forward … in terms of peak performance and power consumption. 

【朗读练习】

Samsung Electronics held a ceremony to mark the first shipment of its newly developed 3-nanometer chips at the company's plant in Hwaseong. The shipment represents Samsung taking the lead in the race to build the world's fastest processors. The chips were manufactured using Samsung's new 3-nanometer process node based on Gate-All-Around (GAA) transistor architecture which reduces manufacturing space and represents a leap forward in terms of peak performance and power consumption.