TechInsights 是渥太华公司?

Mate 60 pro 北美黑市价2400美元了
 
低级红。

以前有报道,即使现有已交付的光刻机,如果出台了限制,ASML 也不能提供后续售后服务,而光刻机有很多易耗品,比喻光源。

如果得罪了ASML可不是什么好事,让ASML有钱赚才是好事。


中国又追加了400亿美元芯片政府投资。不比美帝差钱


现在他家的最高端光刻机到底还有谁在买?台积电有1/3的停机,1/3的空转。中国不能买高端芯片,它的市场还有多大?
 

第四代半导体突破还是吹牛?

A team from Zhejiang University has made strides using a self-developed approach. Led by Yang Deren, a member of the Chinese Academy of Sciences and director of Zhejiang University’s State Key Laboratory of Silicon Materials, the team produced 4-inch wafers in August, improving on their 2-inch wafers from May last year. Moreover, their process is more simple, controllable and cost effective.

Zhang found that for third generation and beyond wide band gap semiconductor materials, most are synthesised through vapour-phase methods. In contrast, gallium oxide is the only material that can form single crystals by solidifying from a melt at standard atmospheric pressure, helping to cut fabrication costs and thus aid mass production. “In Japan and America, a modelling method is commonly used. However, this method requires a large amount of iridium to make the crucible. Typically, a 4-inch gallium oxide crucible would need at least 5kg [11lbs] of iridium,” he said.

“Given that the price of iridium is almost three times that of gold, the method significantly increases the cost of gallium oxide. Moreover, a foreign method could potentially lead to international intellectual property disputes,” Zhang said.
 

第四代半导体突破还是吹牛?

A team from Zhejiang University has made strides using a self-developed approach. Led by Yang Deren, a member of the Chinese Academy of Sciences and director of Zhejiang University’s State Key Laboratory of Silicon Materials, the team produced 4-inch wafers in August, improving on their 2-inch wafers from May last year. Moreover, their process is more simple, controllable and cost effective.

Zhang found that for third generation and beyond wide band gap semiconductor materials, most are synthesised through vapour-phase methods. In contrast, gallium oxide is the only material that can form single crystals by solidifying from a melt at standard atmospheric pressure, helping to cut fabrication costs and thus aid mass production. “In Japan and America, a modelling method is commonly used. However, this method requires a large amount of iridium to make the crucible. Typically, a 4-inch gallium oxide crucible would need at least 5kg [11lbs] of iridium,” he said.

“Given that the price of iridium is almost three times that of gold, the method significantly increases the cost of gallium oxide. Moreover, a foreign method could potentially lead to international intellectual property disputes,” Zhang said.

鉴于臭老九催牛逼的尿性,我老表示怀疑。虽然看不懂……
 
最后编辑:
所有北美半导体公司将会失去三成中国市场基本盘,如果中兴国际做得好,芯片白菜价,很有可能抢占美国半导体公司的其他市场。
 

第四代半导体突破还是吹牛?

A team from Zhejiang University has made strides using a self-developed approach. Led by Yang Deren, a member of the Chinese Academy of Sciences and director of Zhejiang University’s State Key Laboratory of Silicon Materials, the team produced 4-inch wafers in August, improving on their 2-inch wafers from May last year. Moreover, their process is more simple, controllable and cost effective.

Zhang found that for third generation and beyond wide band gap semiconductor materials, most are synthesised through vapour-phase methods. In contrast, gallium oxide is the only material that can form single crystals by solidifying from a melt at standard atmospheric pressure, helping to cut fabrication costs and thus aid mass production. “In Japan and America, a modelling method is commonly used. However, this method requires a large amount of iridium to make the crucible. Typically, a 4-inch gallium oxide crucible would need at least 5kg [11lbs] of iridium,” he said.

“Given that the price of iridium is almost three times that of gold, the method significantly increases the cost of gallium oxide. Moreover, a foreign method could potentially lead to international intellectual property disputes,” Zhang said.
继华为手机mate 60后,禁止公务员工把苹果手机带到工作地。苹果在中国增加了近百万工作机会。中国仍拿它开刀。具体是什么能使中国敢在华为手机发布后对苹果上下手,也许如上面的链接所述, 在材料上有突破,DUV就不是问题了。慢慢会披露的。
 
苹果在中国增加了近百万工作机会。中国仍拿它开刀。具体是什么能使中国敢在华为手机发布后对苹果上下手,也许如上面的链接所述, 在材料上有突破,DUV就不是问题了。慢慢会披露的。


苹果封装工厂试了几个国家了,印度、越南都干不了。它能往哪里跑?华为手机产量上来了,不需要大规模封装?
 
后退
顶部