Chinese semiconductor industry

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FairAndUnbiased

FairAndUnbiased

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siegecrossbow said:
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This is big. Huawei is learning step by step everything in the semiconductor industry. They've approached this from both ends: from the front end and removed from production they have software and IC design, at the production back end they have packaging.

Wafer packaging and testing isn't that easy to adapt to for a former fabless company. There's definitely a learning curve and they are climbing it.
 
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tokenanalyst

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CETC China Electric Power 45th Institute​


Semiconductor equipment from the company that makes the semiconductors products for the Chinese military.

SFQ/SFQZ series wet cleaning equipment



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SFQ/SFQZ series wet process equipment is widely used in integrated circuits, optoelectronic devices, MEMS and discrete devices, semiconductor material processing, solar photovoltaic and other fields. , semi-automatic and fully automatic three configurations.

DFQ series automatic single wafer wet processing equipment



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With the widespread use of new microelectronic materials and the continuous reduction of device feature sizes, single-wafer wet processing equipment has been widely used. Combining years of experience in the design and manufacture of wet processing equipment, 45 institutes have developed applications for integrated circuits. (IC), discrete devices, surface acoustic wave (SAW) devices, GaAs microwave, millimeter wave devices, MEMS devices, OLED devices, advanced packaging and other industries single wafer wet processing equipment.


DFQ-3100 fully automatic metal film stripping and cleaning system is used for surface acoustic wave (SAW) devices, GaAs microwave, millimeter wave devices, MEMS devices, OLED devices and advanced packaging. 0.25~0.7mm 4"~6" standard wafer metal film peeling, rinsing and drying process with reference edge, the peeling line width can achieve CD=0.35um or more, which is the key equipment in the pre-process technology

CXS series rotary washing and drying machine



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CXS series rotary washing and drying machines are mainly used for high cleanliness washing and drying processes of silicon wafers, lithography plates and other similar materials, suitable for 2-12 inch wafers, LXS series rotary washing and drying machines are mainly used for material processing , solar cells, discrete devices and other industries, the output of a single unit is large and the efficiency is high.

LXS series vertical rotary washing and drying machine



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LXS series vertical rotary washing and drying machines are mainly used in the washing and drying process of wafers in the industries of material preparation, solar cells, discrete devices and so on. The product has a mature and reliable foundation, has been widely recognized by users, and has a very high market share.
 
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Wetpud

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dengyeye said:
Recent posts here seem to endlessly revolve around SMIC's 7nm and SMEE's 28nm without reference to any concrete timelines or even substantial news. It's a bit disheartening.

As a bit of a morale booster I'd like to remind everyone of China's progress from 2015-2020.

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In 2015, China's market share can be best described as pathetic. Even under the assembly, packaging & testing, the most labor-driven part of the supply chain, China could only take 12% of the global market.


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In just 5 years, impressive improvements have been made along the entire semiconductor supply chain despite US sanctions. Most notably in wafer fabrication (SMIC) and chip design (HiSilicon). In AP&T, China now takes a commanding 38% of the market share. However equipment and EDA continue to lag. Overall, we still have a long way to go before realizing a fully indigenous semiconductor supply chain.



Industries as complex as chipmaking are inherently globalized endeavors. ASML and TSMC would be worthless if they could not import equipment from companies in the US, Japan, Germany, etc. China is special in that it is striving to do the entire thing herself. Even for a monster of a country like China that will take time. Be patient and trust in China, there is surely a long road ahead but progress thus far has been heartening. Jiayou Zhongguo!
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I wonder what percentage india occupied in this entire semiconductor sector. I seen they're bragging about their semiconductor designing capability.
 
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Skywatcher

Captain
Wetpud said:
I wonder what percentage india occupied in this entire semiconductor sector. I seen they're bragging about their semiconductor designing capability.
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India focusing on designing semiconductors is a lot smarter than spending billions to subsidize a fab for a mature node (which won't do much for national self sufficiency if they get embargoed, and India's domestic semi manufacturing equipment capacity today is less than that of China in 2010 or even 2005).
 
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