Chinese semiconductor industry

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tokenanalyst

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Jingzhida DRAM wafer aging test equipment enters the verification stage​


On January 2, Jingzhida disclosed the latest research minutes saying that the company’s semiconductor memory device testing equipment is currently progressing smoothly. Among them, the DRAM wafer aging test equipment has completed technology development and testing and entered the verification stage; the DRAM testing machine is still in the continuous development and testing stage.

Jingzhida pointed out that in terms of semiconductor business, the company's probe card business has made significant breakthroughs and entered the batch delivery stage. The overall trend is optimistic. In terms of panel business, the company is actively developing micro-display fields such as MicroLED and Micro-OLED, and the company has continued to obtain orders for Micro-LED related testing equipment. Relevant technology development and equipment verification in the field of micro-display are also being carried out in an orderly manner.

As for the main purpose of the company's recent foreign investment, Jingzhida said that the company's main business of this foreign investment is synergistic with the company's business. This investment will help to quickly promote the localization of the core signal processing engine chip of the company's test equipment. , by extending the industrial chain layout, it will help the company build core technology competitiveness and a safe and reliable supply chain in the field of ATE equipment.

It further stated that the target company provides memory chip testing and development services, and its technical indicators are in line with the international advanced level. The designed high-performance digital mixed-signal test chip can cover products such as DDR5 and support 9Gbps rate transmission protocols. The launch of the chip will help improve the development speed and testing efficiency of chip test equipment.

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tokenanalyst

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Xianpu gas purification equipment R&D and production project foundation laid​


On January 2, the groundbreaking ceremony for the Xianpu gas purification equipment R&D and production project was held grandly. The Xianpu gas purification equipment R&D and production project is located in Lot 12-04C, Block 12, Maqiao Town, Minhang District, Shanghai. The land area is about 18,676 square meters (28 acres). The total construction area is about 43,417 square meters. The main purpose is gas purification. Equipment production, research and development and other functions are used. According to future needs, the industrialization plan includes the construction of a scientific research building, two production buildings, a comprehensive building, a corridor and supporting components, which can absorb an employed labor force of about 300 people.

Shanghai Xianpu Gas Technology Co., Ltd., as the leading domestic manufacturer of gas purification equipment, Xianpu's gas purification technology has now reached the world's top level and has become a leading enterprise in the field of domestic gas purifiers. As the first 9N gas purifier manufacturer in China, Xianpu continues to serve Chinese semiconductor customers with its deep understanding of the chip industry, excellent innovation capabilities, and strong engineering development capabilities. Xianpu gas purification products have been successfully used in The fab end and process end (such as photolithography, epitaxy and other processes) of several large-scale chip factories with advanced 12-inch line processes.

The Xianpu gas purification equipment R&D and production project is located in Lot 12-04C, Block 12, Maqiao Town, Minhang District, Shanghai. The land area is about 18,676 square meters (28 acres). The total construction area is about 43,417 square meters. The main purpose is gas purification. Equipment production, research and development and other functions are used. According to future needs, the industrialization plan includes the construction of a scientific research building, two production buildings, a comprehensive building, a corridor and supporting components, which can absorb an employed labor force of about 300 people.​

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measuredingabens

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More 2D material research, this time with graphene. The significant part of the research is this bit "Here we demonstrate a quasi-equilibrium production method that produces high-quality semiconducting epigraphene (SEG) on macroscopic domains with a band gap of 0.6 eV.." Graphene by itself is a semimetal and has no band gap, but epitaxial graphene formed out of SiC does. This new material is also compatible with current semi processes as well, so there's potential for commercialisation.
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proelite

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The first successful graphene semiconductor was created by joint research between Georgia Tech and Tianjin University. 80% of the researchers on the paper are Chinese.

Gina Raimondo:
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tonyget

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no point arguing about this. It's basically a non issue. A couple of DUVs aren't going to make a difference in overall scheme of things. anyone that thinks otherwise aren't looking at the big picture.

At this point, they have enough 2050i/2100i for all the 7nm capacity they need. The only thing that matters for advanced process is getting EUV into HVM.

As hvpc said,Lithography machines are not the bottleneck, the bottleneck are other equipments from LAM and AMAT
 

tonyget

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The first successful graphene semiconductor was created by joint research between Georgia Tech and Tianjin University. 80% of the researchers on the paper are Chinese.

Several years ago there was report that China had breakthrough on carbon based semiconductor,but now it seems that no progress on that technology being made since then
 

antiterror13

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SEMI report on World semiconductor production:

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China biggest WPM at 8.6m (30m+ worldwide) ~30% of total albeit mainly legacy nodes and it will look very different by value.

In term capacity of wafers, China is actually a lot bigger than Taiwan, SK or Japan .. almost 2x bigger than Taiwan/SK and ~3x bigger than Japan
 
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