cause presently both process can be done using DUVI.
Chinese semiconductor thread II
- Thread starter vincent
- Start date
A significant moment for AMS: The first lithography machine officially arrives at the site, and equipment debugging is fully underway.
A little bit of history
Jiangsu AMS's restructuring failed, marking the "death" of China's last unfinished 12-inch fab.
A little bit of history
Jiangsu AMS's restructuring failed, marking the "death" of China's last unfinished 12-inch fab.
I’m not so sure about that to be honest . lol
It was a mistake to keep most operations more in Europe in the first place. As long as country is not known as a friendly/neutral party but actually known to be a hostile country overall towards you , then it’s foolish to base the most critical parts of your companies operations there. They should have moved most of them in China, while still keeping a portion in Europe . You should always have a solid backup plan in place as a business leader . Especially with all that has been happening all this past years and that will only keep happening even more this conning years as the US increase the pressure on other countries towards Chinese investment. So companies leaders should be aware of this . Hopefully Midea isn’t making the same mistake with Kuka. I hope they have most of their major operations in China
I guess you haven't read the news for two years? The whole thing was triggered by Wingtech moving some Nexperia production to China.
I red the news, but I believe that was just the Dutch governments excuse for stepping in to hijack the company under US orders. There is zero doubt that they were just caving into US orders. Many other articles explicitly stated this as well. So no, I don’t believe that.
an EUV process waste gas treatment device (commonly called a gas abatement system) is extremely important when producing chips in high volume.. Hmmmm
The Beijing Space Computing Research Institute was officially established, focusing on spaceborne chips and integrated space-ground networks.
Recently, the Beijing Space Computing Research Institute was officially registered and established in the Beijing Economic-Technological Development Area (Beijing Yizhuang). The institute will focus on key common technologies such as spaceborne computing chips, inter-satellite laser communication, space energy and heat dissipation, integrated space-ground networks, and space security standards, and will build a full-chain service system covering technology research and development, pilot testing, on-orbit testing, and成果转化 (technology transfer). According to the plan, the institute will complete the development and launch of its first experimental satellite by 2028.
As a crucial step in transforming the Beijing Space Computing Innovation Center from blueprint to reality, the research institute was jointly established by the National Information Technology Innovation Park and several companies, including BOE, GalaxySpace, LandSpace, Galactic Energy, Guanyu Computing, and Changxin CMOS. The institute will build multiple platforms for technology research and development, pilot-scale verification, on-orbit testing, common technology services, and成果转化 (technology transfer) in the field of space computing. Relying on the "Space Computing Professional Committee" led by the China Academy of Information and Communications Technology, it will construct a collaborative "company + alliance" framework to systematically promote the construction of the space computing technology system and industrial ecosystem.
In the future, the Beijing Space Intelligent Computing Research Institute will also carry out networking work on multiple experimental
satellites to promote the "space-ground integrated intelligent computing network" into the trial operation stage, providing users with efficient, stable and secure computing power services.