Chinese semiconductor industry

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tphuang

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Are these tables real? just wondering where this came from. I assume the 4th column is when they developed the technology with sufficient yield (presumably low rate production with ASML). For the N-1 process (which apparently is equivalent to first generation 7 nm process and probably the chip in question), it only entered mass production with de-americanized line and domestic lithography machine in Q1 of this year. The part about 14nm/12nm entered mass production with domestic DUV makes a lot of sense, since that would verify the other video where they said China completed development on 28 nm DUV in 2021. I still think this table looks a little too aggressive, but who knows.

Which still seems more aggressive than what a lot of us thought. Second gen 7nm process (apparently equivalent to Samsung 5nm process) will enter mass production by end of this year? Looks like they already figured out the process for something equivalent to Samsung 4nm process (so maybe this is the 5nm process we've been speculation). If this table is true, then they might be able to have a de-Americanized (maybe even fully domestic) 5 nm line ready for mass production by 2024. This seems to explain why they bought so many ASML DUVs so far this year. They probably have lines that use ASML DUVs and are working on lines using SMEE DUVs.

The implication for this is huge. I would expect things to be quite inefficient and probably won't generate the same margins as fabs using EUVs, but Chinese firms should be working with SMIC on this. At the very minimum, Huawei/Hisilicon will be doing so with their Kirin chips.

Earlier this year, there was a story about how Chinese companies are working with TSMC for their own chips. They were probably being secretive, because they do not want to get sanctioned.
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Based on that article and the one below, Unisoc should be able to get the medium and high end chips it needs from SMIC.
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ZTE would be stupid to rely on TSMC for 5/7nm chips. I'd imagine if SMIC can supply them 7 nm chips, then they will sign up for it.
OPPO developed their own NPU using 6nm process. Apparently, placed a large order with TSMC
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Said there that Xiaomi is also looking to build their own smartphone chip
Another possible mainland Chinese customer who has urged TSMC to employ an advanced process is Xiaomi, which is likewise interested in developing its own chips.
Horizon Robotics is already able to build its journey 5 chips with 16 nm process. Journey 6 will be using 7 nm process. Again, another potential user.
BYD is looking to develop its own smart driving chips
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Li Auto is looking to develop its own AI chip for smart driving, probably eventually using 7 nm process
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Same with AI firms.

Looks like the demand in China for advanced smart phone, AI and driving chips is exploding and they are not going to be placing orders on Nvidia and Qualcomm anymore. According to this, 67.4% of Qualcomm's revenue came from China in 2021
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until Huawei sanctions in 2020, Qualcomm was fighting HiSilicon for the Chinese market
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Thanks to US sanctions, Qualcomm took over.
For Nvidia, it looks like close to 20% of their 2021 revenue came from China also.
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Huawei/Hisilicon success would mean heavy losses for Qualcomm. Horizon Robotics/BYD/Li Auto success means heavy losses for Nvidia. Unisoc/Oppo/Xiaomi developing their own chips would also be bad news for Qualcomm. More importantly, these chip makers (especially Hisilicon) will be using domestic fabs or looking to switch to domestic fabs when capacity becomes available.

All of this is huge in terms of undermining TSMC, MediaTek, Qualcomm and Nvidia. Let's see how things look in a few years. It seems to me they just need to ramp up production of everything.
 

tphuang

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Salty Article coming from Bloomberg, we all know that SMIC doesn't produce leading edge node like 5nm and even 7 nm chips for Smartphone so what the fuzz about, why focus on them rather than TSMC, Intel and Samsung. To be honest they had a point BUT exaggerating it doesn't help.

China’s SMIC Warns of ‘Rapid Freeze’ as Smartphone Demand Skids​


Bloomberg News
Fri, August 12, 2022 at 11:12 AM·3 min read


df4a4e1948f4887cd4060f66bffbdde9

In this article:



(Bloomberg) -- Semiconductor Manufacturing International Corp. warned that clients in sectors such as smartphones were freezing orders, underscoring how a downturn in consumer electronics demand is hurting the chip sector.
Most Read from Bloomberg

Waning demand from makers of smartphones and TV components is forcing SMIC to readjust its manufacturing plans, co-CEO Zhao Haijun told analysts on Friday. The economic downturn and inventory adjustments have spurred “rapid freeze and urgent order halts” as some clients hold off on placing new orders, he said on a conference call. SMIC fell as much as 3.1% in Hong Kong.

Investors fear the notoriously cyclical chip industry is hurtling toward a prolonged slump after years of shortages led to heavy investments in capacity. SMIC is among a raft of semiconductor manufacturers now grappling with rapidly crumbling global electronics demand, as consumers leave a pandemic-era boom behind. It’s also contending with steadily tightening US export restrictions as Washington tries to contain Beijing’s technological rise.
China’s largest chipmaker reported revenue rose 42% to $1.9 billion in the second quarter, generally in line with expectations. It posted net income of $514.3 million in the second quarter, surpassing the $469.5 million average estimate.
Read more: Apple Expects to Sustain IPhone Sales in 2022 as Market Slows
What Bloomberg Intelligence Says
Semiconductor Manufacturing International’s return on equity is on track to hit a new high in 2022 despite disruptions to production and capacity expansions due to stricter US export-licensing requirements and China’s Covid-19 lockdowns. The company’s chip foundries will run at high utilization rates over the next two years amid a rapid increase in local fabless chipmaker numbers and increasing silicon content in consumer appliances and automobiles. Its shift toward higher-margin specialty chips -- less exposed to sanctions risk -- may help to offset soaring depreciation and staff costs.
- Charles Shum, analyst
Click here for the research.
Read more: China Graft Probes Stem From Anger Over Failed Chip Plans
SMIC is at the vanguard of China’s long-term ambition to produce chips sophisticated enough to replace American silicon, which comprise the majority of the country’s annual $155 billion in semiconductor consumption.
It remains a technological leader in a giant domestic industry now gripped by a series of corruption probes, as senior officials frustrated with the nation’s lack of progress in semiconductors begin to hold executives accountable. The outcome of the widening dragnet and its impact on local players remain unclear.
US sanctions have played a central role in curbing the country’s chip ambitions. The Trump administration blacklisted SMIC about two years ago on national security concerns, citing the company’s ties with the Chinese military, an allegation the chipmaker has denied. Washington is now also pressing allies into the effort, so that key suppliers like the Netherlands’ ASML Holding NV and Japan’s Nikon Corp. join its technology blockade.
Read more: US Pushes for ASML to Stop Selling Chipmaking Gear to China
In response, homegrown firms have attempted to develop alternatives to American silicon. The Shanghai-based contract chipmaker has succeeded in advancing its production technology two generations this year to 7-nanometers, though industry experts caution that may not be based on the same standards employed by far larger rivals like Taiwan Semiconductor Manufacturing Co.
SMIC has said sanctions hurt its ability to develop more sophisticated technologies. The company’s capability is severely curbed by its lack of access for instance to ASML Holding NV’s extreme ultraviolet lithography systems, which are required to make the most advanced chips.
The company said in a separate filing that Tudor Brown, the former president of Arm Ltd., has resigned from the board, confirming an earlier Bloomberg report. Zhao also resigned as an executive director, according to the company.

Well, now you know why SMIC was warning about smartphone. Now that it has succeeded in having 7 nm process, it will be licking its chops at the smartphone chips market. Even if the Chinese smartphone market doesn't grow for a couple of years, it's still a large market for SMIC to grow into. Now, if TSMC starts seeing revenue declines in its smartphone division, that will be game over for the Taiwanese economy.

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you look at this, Xiaomi/Oppo/Vivo took up about 1/3 of the global smartphone share. Add in Huawei/Honor, Chinese phone makers probably have 40% market share. All of that is available to be captured.
 
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ansy1968

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Well, now you know why SMIC was warning about smartphone. Now that it has succeeded in having 7 nm process, it will be licking its chops at the smartphone chips market. Even if the Chinese smartphone market doesn't grow for a couple of years, it's still a large market for SMIC to grow into. Now, if TSMC starts seeing revenue declines in its smartphone division, that will be game over for the Taiwanese economy.
Sir SMIC lack the production capacity and it may take some time for 7nm to ramp production as the demand for 14nm and above are great, as what @weig2000 had previously posted their DUAL Approach strategy is working. They are using ASML advance DUVL like NXT 2050i which can produce chip down to 5nm as research tool while expanding its FAB capacity. They are expanding the localization of 28nm and 14nm line with new FAB in Beijing, Shenzhen and recently in Tianjin. While their newest FAB in Shanghai the SN1 which is currently producing 14nm and 12nm chip and the just Finished SN2 are using ASML. Here I think the latter will be use to mass produce the 7nm chips this year and 5nm in late 2023 as shown by the table presented by both @PopularScience and @Alb.

My thinking as we connect the dots, as Huawei had taken the task to improve and verify the SMEE machine to produce 14nm chips, SMIC may lend a hand by giving their N+2 tech to fasten the verification effort on 7nm domestic line which Huawei plan to have by 2023 as posted by @olalavn. So in conclusion IF all go according to plan, by late 2023 or early 2024, China will be producing both 7nm (local) and 5nm (ASML DUVL) chips narrowing the gap to 1 generation from the leaders and parity with the US. ;) and yes Sir the major reason why TSMC had invested a lot of money in Taiwan for 3nm and 2nm tech to stay ahead.
 

weig2000

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From the above table my understanding is that N+1 went into production in Q3 2020, 7nm (aka N+2) in Q4 2021 and the follow up node (5nm?) is in production now (Q3 2022). It looks like the following node (3nm?) will have to wait till EUV is available in 2024/2025 and finally a GAAFET + EUV node ( I suppose this is 2nm) is scheduled for 2025.

This roadmap and schedule sounds too good and too aggressive … to be not taking with a large grain of salt. We'll have to wait and see. Even if they achieve it, the yield and cost would be very uncompetitive.

That being said, even
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, the former TSMC R&D executive who proposed the immersion lithography, has said
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. So SMIC at least can develop 5nm node technologies from R&D perspective, if they really want to.
 

PopularScience

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Liang Mong Song is a treasure but let's all remember that today's tech geniuses are no longer picking the low hanging fruit like the famous S&T geniuses prior to say 1960. Since then, R&D teams have increased linearly in size with the increasing complexity of science and technology. When Liang Mong Song left TSMC to Samsung, he brought a big chunk of his team from Taiwan with him. When he left Samsung to SMIC he brought an estimated 200 of his team with him. He basically transplanted the core of his research team with him to SMIC.
Liang’s phd advisor was the inventor of the FinFet technology. Liang is one of the elite expert in this field.
 

PopularScience

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This roadmap and schedule sounds too good and too aggressive … to be not taking with a large grain of salt. We'll have to wait and see. Even if they achieve it, the yield and cost would be very uncompetitive.

That being said, even
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, the former TSMC R&D executive who proposed the immersion lithography, has said
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. So SMIC at least can develop 5nm node technologies from R&D perspective, if they really want to.
Several domestic desktop cpus are going to tap out in coming months. But i am not sure whether they are N+1 or N+2.
 

tokenanalyst

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Semiconductor industry: In July, bidding was improved month-on-month, and domestic substitution was steadily advanced​

In July, equipment bidding increased month-on-month, with Jita and SMIC taking the lead in bidding volume. The bidding in July 2022 is mainly based on production lines such as Jita and SMIC, resulting in a total of 62 bidding. In terms of bidding equipment, the overall bidding volume for etching, measurement and cleaning equipment is mostly. In addition, the bidding volume of infrastructure projects also continued the relatively considerable trend of last month, mainly for SMIC's Lingang 12-inch foundry production line. From January to July 2022, a total of 706 wafer production lines in the statistical sample will be tendered. Among them, Jita, Hua Hong, and Yandong will be the top three in terms of tender volume. On the whole, the bidding is mainly for measurement equipment, deposition equipment and etching equipment.

In the fields of card position deposition/cleaning/annealing and other fields of domestic manufacturers, the proportion of domestic equipment winning bids in July was 31%.

In July 2022, a total of 68 equipments on the wafer production line in the statistical sample won the bids, most of which are heat treatment, deposition, glue coating and developing equipment; the overall winning proportion of domestic equipment is about 31%, of which deposition, cleaning, annealing, The proportion of domestically-made bidders for silicon wafer recycling equipment is significant. From January to July 2022, the wafer production lines in the statistical sample won a total of 802 equipment bids, most of which are deposition, heat treatment, and measurement equipment; the overall winning rate of domestic equipment is about 27%, of which, silicon wafer regeneration, PVD, de- The proportion of domestic winning bids for glue and wet corrosion equipment is relatively high.

In July, Wanye Enterprises took the lead in winning bids, and domestic equipment had outstanding performance in winning bids in the field of technology.

In July 2022, Wanye Enterprise, Yitang, Huazhuo Jingke and other domestic semiconductor equipment manufacturers won a total of 19 equipment bids, and the winning rate in the corresponding process link was 33%. Among them, Wanye Enterprise won the bid for 11 sets of equipment, including 4 sets of heat treatment equipment and 7 sets of deposition equipment. The winning bids ranked first in July, and the proportion of winning bids in the fields of heat treatment and deposition equipment was 10% and 100% respectively; Yitang won the bid. 4 sets of heat treatment equipment, the winning ratio in the field of heat treatment equipment is 10%; Huazhuo Jingke won the bid for 2 sets of annealing equipment, and the winning ratio in the field of annealing equipment is 100%.

In addition, CLP won the bid for 1 set of cleaning equipment, and the winning ratio in the field of cleaning equipment is 100%. Xinyuan Micro won the bid for 1 glue coating and developing equipment, and the winning ratio in the field of glue coating and developing equipment is 17%. From January to July 2022, domestic semiconductor equipment manufacturers won a total of 173 equipment bids, and North Huachuang, Zhongwei Company, and Tuojing Technology ranked the top three in bids, winning 59, 22, and 14 equipment respectively. Among them, NAURA won the bids for etching, oxidation, and PVD equipment in the majority; Zhongwei and Tuojing Technology won the bids for etching and deposition equipment, respectively. From January to July 2022, the total winning bids of domestic semiconductor equipment manufacturers in the corresponding process links will be 25%. Among them, Shengmei Shanghai's silicon wafer regeneration equipment, North Huachuang's PVD equipment and oxidation equipment have the leading proportions of winning bids in the corresponding process links, 67%, 60%, and 54% respectively.
 

olalavn

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Sir SMIC thiếu năng lực sản xuất và có thể mất một thời gian để 7nm tăng cường sản xuất vì nhu cầu về 14nm trở lên là rất lớn, vì những gì [USER = 8032] @weig2000 [/ USER] trước đây đã đăng chiến lược Phương pháp tiếp cận KÉP của họ đang hoạt động. Họ đang sử dụng ASML advance DUVL như NXT 2050i có thể sản xuất chip xuống đến 5nm làm công cụ nghiên cứu trong khi mở rộng dung lượng FAB. Họ đang mở rộng nội địa hóa dòng 28nm và 14nm với FAB mới ở Bắc Kinh, Thâm Quyến và gần đây là ở Thiên Tân. Trong khi FAB mới nhất của họ ở Thượng Hải, SN1 hiện đang sản xuất chip 14nm và 12nm và SN2 vừa hoàn thành đang sử dụng ASML. Ở đây tôi nghĩ rằng cái sau sẽ được sử dụng để sản xuất hàng loạt chip 7nm trong năm nay và 5nm vào cuối năm 2023 như được hiển thị bởi bảng được trình bày bởi cả [USER = 20755] @PopularScience [/ USER] và [USER = 16117] @Alb [/ USER].

Suy nghĩ của tôi khi chúng tôi kết nối các dấu chấm, vì Huawei đã nhận nhiệm vụ cải thiện và xác minh máy SMEE để sản xuất chip 14nm, SMIC có thể giúp một tay bằng cách cung cấp công nghệ N + 2 của họ để đẩy nhanh nỗ lực xác minh trên dòng nội địa 7nm mà Huawei dự định có vào năm 2023 như được đăng bởi [USER = 21675] @olalavn [/ USER]. Vì vậy, để kết luận nếu tất cả diễn ra theo đúng kế hoạch, vào cuối năm 2023 hoặc đầu năm 2024, Trung Quốc sẽ sản xuất cả chip 7nm (địa phương) và 5nm (ASML DUVL) thu hẹp khoảng cách xuống còn 1 thế hệ từ các nhà lãnh đạo và ngang bằng với Mỹ. và vâng, thưa ngài, lý do chính tại sao TSMC đã đầu tư rất nhiều tiền vào Đài Loan cho công nghệ 3nm và 2nm để dẫn đầu.;)
2025-2026 Hisilicon, Unisoc sẽ càn quét thị phần của Qualcomm và apple tại Trung Quốc, và BBK đang được chính phủ Bắc Kinh trợ cấp để đột phá SOC...
đó là sai lầm của nền chính trị tham nhũng của Hoa Kỳ... đó là cái bẫy của Trung Quốc
 
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