Chinese semiconductor industry

Status
Not open for further replies.

weig2000

Captain
...Continued
--------------------------------

The third start-up, Amedac, was founded in September 2019 by Chieh Ni, a former vice-president of Synopsys China who worked with the US company for 10 years. Synopsys, moreover, holds a more than 20 per cent stake in the start-up and Ge Qun, global senior vice-president at Synopsys and chairman of its China operations, is a board director at Amedac. Other key investors of Amedac include Summitview Capital and the state-owned Institute of Microelectronics of the Chinese Academy of Sciences.

Willy Shih, a professor of management practice at the Harvard Business School, said Synopsys and Cadence dominate the market because they can “lock in” their client base. Switching to an alternative provider is difficult, he said, because design tools are closely linked to existing chip process flows.

“Now China’s motivation, of course, is access for Chinese firms to these critical tools. So of course they will want homegrown tools not subject to the whims of a US administration . . . Given enough time and money, they could probably develop alternatives but it won’t be easy,” Mr Shih told Nikkei Asia.

“With the US and China locked in a prolonged tech war, the whole Chinese tech industry is aware of the significant insufficiencies in some areas (of chipmaking) and they definitely want to build their own versions of chip design software to replace current ones,” said a source at a company that works with both Synopsys and Cadence. “Synopsys knows it will lose some market share in China in the long run due to the Washington-Beijing tensions, so it wants to also hold stakes in some of these potential Chinese rivals to secure the market.”

Synopsys set up a $100m strategic investment fund for the Chinese market in 2017 to “expand engagement” with the booming Chinese chip design community — the world’s largest and fastest-growing market has more than 1,600 chip designers. The same year, Cadence decided to build a China semiconductor hub in Nanjing to better serve local clients and foster engineering talent. The company pledged to invest Rmb100m ($15.2m) in the project over the years.

Synopsys said at the time that the strategic fund, operated and managed by its China unit, was designed to collaborate with local companies and venture capital in investing in the areas of chip design, artificial intelligence, cloud-computing, software security and EDA tools.

“The China strategic investment fund is an important milestone of our China strategy and it represents Synopsys’ confidence and commitment to the Chinese market,” Chi-foon Chan, Synopsys president and co-chief executive, said in a statement in 2017.

It is not uncommon for foreign companies to forge deeper ties with local partners through investments or joint ventures to expand their presence in the Chinese market. Such ventures do not always bear fruit, however.

Intel’s venture capital arm, Intel Capital, invested in three Chinese chip-related unicorns in May, having previously paid $1.5bn for a 20 per cent stake in a subsidiary of Tsinghua Unigroup, a Beijing-based chip conglomerate.

The partnership between the world’s biggest PC microprocessor maker and Tsinghua Unigroup’s mobile chip unit Unisoc to develop 5G modems ended abruptly after just one year of collaboration.

US chip developers Qualcomm and AMD also formed joint ventures with local companies to expand in the Chinese market, but these too faced setbacks.

“If companies like Synopsys and Cadence invest in Chinese partners, it is a way to stay in the market and keep those players close to them,” said Mr Shih at the Harvard Business School. “‘Stay close to your friends, stay closer to your enemies’ is one quote that comes to mind.”

In the event trade tensions die down one day, buying back stakes in their Chinese joint partners could be an option, he added.

Synopsys declined to say whether it had expanded the scale of the fund over the years or if investing in Chinese peers was part of the scope of the fund, nor did it comment on the talent exodus in China. Cadence did not respond to Nikkei Asia’s request for comments.
 

Hendrik_2000

Lieutenant General
From xyz. They are using new lithograph machine can some one translate it better "The prototype of the "Engraving 2.0" 3D micro-nano processing system of West Lake University"

SMIC said on the interactive platform that the company's first generation of FinFET 14nm has entered mass production in the fourth quarter of 2019, and the second generation of FinFET has entered small volume trial production.

-------------
laoyaoba.com
中芯国际:第二代FinFET已进入小量试产|中芯国际_集微网
图图 作者热文 中芯国际:第二代FinFET已进入小量试产 有望改变传统电子束光刻繁琐程序,西湖大学“冰刻2.0”三维微纳加工系统雏形初现 预计明年6月建成投产,江西科翔电子一期项目封顶
3 minutes

集微网消息,12月4日,有投资者在互动平台提问“请问近来公司7纳米产品生产研发进展如何?在国内外将产生怎样的影响?”对此,中芯国际回复“公司第一代FinFET 14nm已于2019年四季度进入量产,第二代FinFET已进入小量试产。”

据集微网2月报道,在中芯国际2019第四季度财报会议上,梁孟松博士透露了中芯国际下一代“N+1”工艺的详细数据。

梁孟松博士透露,中芯国际的下一代N+1工艺和14nm相比,性能提升了20%,功耗降低了57%,逻辑面积缩小了63%,SoC面积减少了55%。所以在功率和稳定性方面,N+1和7nm工艺非常相似,唯一区别在于性能方面,N+1工艺的提升较小,市场基准的性能提升应该是35%。所以,中芯国际的N+1工艺是面向低功耗应用领域的。

美国时间12月3日,美国国防部发布公告,将中国建设科技集团、中国国际工程咨询公司、中国海洋石油集团有限公司、中芯国际列入“共产主义中国军方企业”名单。中芯国际在北京时间12月4日发布风险提示称:“本公司正在评估影响,请各位投资者注意投资风险。”

对此,外交部发言人华春莹在例行记者会上就美方将中海油和中芯国际等中国公司列入“黑名单”一事表示,中方坚决反对美方无端打压中国企业,并且已经多次就此表明了中方严正立场,美方的所作所为严重违背美方一贯标榜的市场竞争原则和国际经贸规则,必将严重损害美国国家利益和自身形象。(校对/小如)

*此内容为集微网原创,著作权归集微网所有。未经集微网书面授权,不得以任何方式加以使用,包括转载、摘编、复制或建立镜像。

SMIC: The second-generation FinFET has entered small-volume trial production|SMIC_集微网
The author of the picture, SMIC: The second-generation FinFET has entered small-scale trial production and is expected to change the cumbersome process of traditional electron beam lithography. The prototype of the "Engraving 2.0" 3D micro-nano processing system of West Lake University is expected to be completed and put into production in June next year. The first phase of Jiangxi Kexiang Electronics project topped out
3 minutes

According to Jiwei.com, on December 4th, an investor asked on the interactive platform, "How is the company's production and R&D progress of 7-nanometer products? What impact will it have at home and abroad?" In response, SMIC replied "The company is number one The FinFET 14nm generation has entered mass production in the fourth quarter of 2019, and the second generation FinFET has entered small-volume trial production."
 
Last edited:

antiterror13

Brigadier
The article says only part of the FAB will be used for the manufacture of Optical Components.
The rest of the FAB will definitely be used for the 45nm Production line.
There are also many articles in this Forum that mention Huawei has a 45nm FAB under construction.
Its unlikely that Huawei will spend huge amounts of money to build a FAB to only produce Optical Components.
Huawei's priority is still to produce 45nm, 28nm and 14nm Chips for its own use.

woww, following Intel and Samsung approach ... to produce from end to end ..... I like it ;)
 

ansy1968

Brigadier
Registered Member
Where is the Huawei 45nm line? It was supposed to be ready by the end of the year. China has been stuck at 90nm since 2018.
Hi gadgetcool5,

Happy to obliged :cool: ,

from cnTechPost
Huawei's first chip plant topped out, accelerating its own R&D and manufacturing efforts
2020-12-02 20:29:54 GMT+8 | cnTechPost
Please, Log in or Register to view URLs content!
0

Huawei's first chip plant topped out, accelerating its own R&D and manufacturing efforts-cnTechPost

The main building of Huawei's first chip plant, the FAB2 project at the Huawei Optics Factory in Wuhan, built by China Construction Eighth Engineering Division Corp. Ltd., was successfully completed and topped out on November 30, the construction company said today.
The project, with a total construction area of 208,900 square meters, includes the FAB production facility, CUB power station, PMD software factory and other supporting facilities.

Huawei's first chip plant topped out, accelerating its own R&D and manufacturing efforts-cnTechPost


It is Huawei's largest R&D base in the central region, with an optical capability center and an intelligent terminal R&D center.
Upon completion, the project will be put into production as Huawei's first domestic chip plant, mainly for the production of Huawei's self-developed optical communication chips and modules, realizing the complete industry chain from chip design to manufacturing, packaging and testing and delivery to the consumer market.
As of the end of June 2019, Huawei disclosed five projects under construction, including the Huawei Cloud Data Center project in Gui'an, Huawei Gangtou talent apartment project, Suzhou R&D project, Huawei Songshan Lake Terminal Project Phase II and Songshan Lake Huawei Training Academy.

At the time, Huawei said it planned to build the Shanghai Qingpu R&D and the Wuhan Hisilicon factory project (the Wuhan Huawei Optical Factory Project), with total investments of RMB 10.985 billion and RMB 1.8 billion, respectively.

As the world's leading company in the communications equipment market, Huawei has long been deploying optical chips, a core component in the field of optical communications.
As early as 2012, Huawei acquired CIP, a British photonic integration company, followed by the acquisition of Caliopa, a Belgian developer of silicon optical technology, in 2013. Through these two acquisitions, Huawei officially entered the optical communication chip market.
To date, Huawei has been investing in optical communication chips for six years and has been able to achieve self-sufficiency in some of its products.
Huawei has self-production capabilities in many fields such as optical chips (including 25G EML), modulators, SiP, DSP, etc., and has also mastered the world's leading 800G optical chip technology.
 
Status
Not open for further replies.
Top