Well, Blinken and Austen found out about the Ukrainian missile that hit Poland from TV news several hours before being notified by their intelligence agencies....so, maybe?
Chinese semiconductor industry
- Thread starter Hendrik_2000
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I’m talking only about intelligence about the semi Industry progress in China.
As usual the US Admin is late in putting restrictions on selling the ASML DUVL to China. The boat has already left the Harbour.Sir welcome to the club.We love Huawei, cause its victory is our victory, our champion and the symbolism it created.
Sir for obvious reason they have a local machine comparable to NXT 1980i, so why import the same
ASML has already sold large numbers of its latest model 2050i and 2100i DUVL to Chinese FABS and is obligated to provide parts and servicing if they want to continue doing business in China in the future.
This will help Chinese FABS continue the production of 7nm ICs as a stop gap while waiting for the mass production of the SMEE DUVL and for the EUVL to appear.
Yes, certainly Huawei should have had more foresight and moved into the IC Fabrication business sooner. This would have been helpful.
Bear in mind that Huawei is now investing alot of funds in Lithography sub-system manufacturers like RSLaser. Huawei also has a shareholding in SMEE and is likely providing funds to SMEE for R&D. SMEE used to be a chronically under funded company.
A key company to watch is RSLaser. They have successfully developed the 60W Arf Excimer Laser and is moving to ramp up production.
They should now be working on the R&D of a
90W - 120W Arf Excimer Laser. The successful development of this more powerful Laser will lead to a advanced version of the SMEE DUVL making its appearance.
Sir welcome back!!!!, I know I may sound like a broken record and maybe too optimistic for some of our esteem members BUT I have a hunch with news of Lithography patent that Huawei may introduce an advance 22nm DUVL comparable to NXT 2050i next year.
TEL's China business family has added a newcomer, and the Hefei branch officially opened.
Yu Haiyang, deputy general manager of TEL China, delivered an opening speech. He introduced that Hefei, as a modern manufacturing base and comprehensive transportation hub in the Yangtze River Delta region, inherits the regional advantages of connecting the east to the west and connecting the south to the north. . As early as 12 years ago, the company launched the flat panel display business in Hefei. In recent years, with the development of high-end wafer manufacturing in Hefei, the company has also continued to expand the local staff team. All local employees will take the establishment of Hefei Branch as a new business starting point, continue to challenge and forge ahead, and make efforts for the development of the pan-semiconductor industry and the improvement of TEL's domestic business in China.
As a world-renowned supplier of innovative semiconductor manufacturing equipment and flat panel display manufacturing equipment, TEL is engaged in the development, manufacture and sales of multi-faceted products. In 1963, TEL was established in Japan, headquartered in Tokyo, Japan, and has 77 branches in 18 countries and regions. In 2021, China will become the region with the highest revenue in TEL Group.
TEL expand their business in China.
@tonyget They are trying.
TZTEK: TZTEK LDI laser direct imaging equipment has received repurchase orders from overseas customers
According to news from Jiwei.com, recently, TZTEK announced that TZTEK LDI laser direct imaging equipment has received repurchase orders from overseas customers recently, becoming the third batch of LDI equipment orders from this customer since the first delivery in August this year!
TZTEK said that in August 2022, TZTEK LDI equipment won the customer's order for the first time, and the equipment was successfully delivered by means of remote guidance and unmanned delivery acceptance. With strong technical strength, standardized operation methods and fast service response, LDI equipment has won high recognition from customers, and repurchase orders are flooding.
In the view of TZTEK, as a world-renowned PCB manufacturing company, it is no accident that the customer has repurchased TZTEK LDI equipment many times.
As the first batch of listed companies listed on the Science and Technology Innovation Board, TZTEK has a complete technology platform and supply chain system, which can provide targeted platforms and algorithms for LDI equipment. It is understood that in 2020, TZTEK will officially launch LDI equipment. In 2021, the company has successively developed a variety of LDI models for the FPC industry, MSAP process and high-end carrier board industry, and the annual operating income of LDI equipment has exceeded 60 million.
In 2022, TZTEK will continue to make breakthroughs and innovations in the field of LDI equipment, and will successively launch anti-solder models, high-precision models, and roll-type LDI models. The global sales will continue to rise, and new customers will continue to grow, and old customers will continue to repurchase market situation. TZTEK has not only continued to make breakthroughs in the field of LDI equipment, but also achieved remarkable R&D results in PCB process links such as laser drilling, optical inspection, and visual inspection.
TZTEK said that in the future, TZTEK's PCB business line will continue to deepen the industry, based on customer needs, launch more high-end smart equipment products, provide customers with more excellent products and services, and help the high-quality development of the PCB industry.
According to the data, TZTEK is committed to promoting the development of industrial digitalization and intelligence with leading technologies, and is committed to building an excellent visual equipment platform enterprise. Its main products include visual measurement equipment, visual inspection equipment, visual process equipment and intelligent driving solutions. TZTEK provides high-end equipment products such as visual measurement, inspection, and manufacturing process for precision manufacturing industries such as consumer electronics, semiconductors, PCBs, photovoltaics, and new automobiles, and promotes the development of manufacturing to higher efficiency, higher quality, and higher intelligence. At the same time, in the field of intelligent driving, it provides domain controllers, edge computing products and solutions to promote industry progress and improve people's lives.
Do you have a timeframe for when the 90W - 120W excimer laser will be ready? Also, do you have any updates on the EUVL? Are things still on track for 2025 or have there been setbacks/delays?
Stupid machine translator. This is Wingtech Semiconductor.
antiterror13
Brigadier
Sir welcome back!!!!, I know I may sound like a broken record and maybe too optimistic for some of our esteem members BUT I have a hunch with news of Lithography patent that Huawei may introduce an advance 22nm DUVL comparable to NXT 2050i next year.
great news @ansy1968 .... but I am even happy enough if Huawei introduce DUVL next year that comparable to 2000i, even 1980i
Research progress of tunneling magnetoresistance sensor
Abstract
Sensors play an important role in Internet of Things (IoT) industry and account for a rapidly growing market share. Among them, the magnetic sensor based on tunneling magnetoresistance (TMR) effect possesses great potential applications in the fields of biomedical, navigation, positioning, current detection, and non-destructive testing due to its extremely high sensitivity, small device size and low power consumption. In this paper, we focus on the development of TMR sensor technology routes, covering a series of research advances from a sensor transducer to thre -dimensional magnetic field detection, and then to the applications. Firstly, we recall the development history of TMR sensors, explain its working principle, and discuss the method to improve the output linearity of single magnetic tunnel junction. Next,we state the Wheatstone-bridge structure, which can inhibit temperature drift in detail and review several methods of fabricating the full bridge of TMR sensors. Furthermore, for the market demand of three-dimensional magnetic field detection, we summarize the methods of designing and fabricating three-dimensional sensing structure of the TMR sensor. At the same time, we list several optimization schemes of TMR sensor performance in terms of sensitivity and noise level. Finally, we discuss two types of emerging applications of TMR sensors in recent years. The TMR sensors can also be used in intelligence healthcare due to their ultra-high sensitivity. In addition, devices from the combination of spin materials and MEMS structure have attracted wide attention, especially, because of the large commercial market of microphones, spin-MEMS microphones utilized TMR techniques will be the next research hotspot in this interdisciplinary field
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