SMIC To Begin 14nm Mass Manufacturing in H1 2019

This week, SMIC, the most important foundry in China, will start mass manufacturing within the first half of this yr with the event of its 14nm FinFET manufacturing know-how. Remarkably, that is a minimum of a number of quarters sooner than initially anticipated, suggesting that SMIC is outwardly forward of schedule. Within the meantime, the corporate is already engaged on its 14nm processes, as it’s at present creating its 10nm and EUV succesful 7nm manufacturing processes.

Based mostly on numerous reviews from Chinese language and Taiwanese technical media, SMIC yields at 14 nm have reached 95%, which is greater than sufficient to start out mass manufacturing. In consequence, the foundry is making ready to mass-produce a 14 nm smartphone SoC within the first half of 2019. Whereas SMIC doesn’t announce the title of the primary 14 nm buyer, in fact, the corporate's most important prospects are HiSilicon, Qualcomm and Fingerprint Playing cards (FPC, which produce fingerprint sensors), making it a comparatively quick Listing of potential candidates.

gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw== - SMIC To Begin 14nm Mass Manufacturing in H1 2019

Analysts say SMIC's 14nm capability might be comparatively small in comparison with trade leaders, all of which run a number of main producers. SMIC at present has two factories able to dealing with 300mm wafers with 28nm and extra manufacturing processes. The identical factories are additionally used for 14nm initiatives. Nonetheless, because of their capacities and the very excessive SMIC utilization ( 94.1% within the second quarter of 2018), they don’t anticipate 14 nm SoCs. For these causes, along with making ready for 14nm for its present factories, the corporate is constructing a big manufacturing facility for $ 10 billion, which might be utilized in future for its main manufacturing applied sciences.

"SMIC will obtain $ 10 billion to construct 14, 10, and seven nm capacities. They are going to have a capability of 70,000 wafers per 30 days by the fourth quarter of 2021," mentioned Commerce Jones, chief government of Worldwide Enterprise Methods (IBS). "The constructing is big. They purchased some tools, however nothing important. "

However don’t anticipate that SMIC will produce SoCs with main FinFET course of applied sciences in portions which might be much like different semiconductor producers within the foreseeable future. Even when the corporate can scale its capability, the course of demand might show harder. 14nm chips are costly to develop and construct masks, a lot chip quantity remains to be 28nm or extra

Overview of the SMIC-Fabs

course of applied sciences
Capability
Wafer begins per 30 days
place

BJ
200 mm
90 nm – 150 nm
50,000
Beijing, China

300 mm
28 nm – 65 nm
35,000

Sch
200 mm
90 nm – 350 nm
120000
Shanghai, China

300 mm
28 nm – 65 nm
20,000

SZ
200 mm
90 nm – 350 nm
60,000
Shenzhen, China

TJ
200 mm
90 nm – 350 nm
50,000
Tianjin, China

LF
200 mm
90 nm – 180 nm
50,000
Avezzano, Italy

SMIC's newest development suits effectively with China's bold "Made in China 2025" plan. In response to the plan, authorities planners wish to obtain a 70% chip self-sufficiency by 2025 that can assist with a high manufacturing facility. Nonetheless, there are doubts amongst analysts that that is attainable. A lot of the ICs produced in China by 2025 are manufactured by firms outdoors the nation.

gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw== - SMIC To Begin 14nm Mass Manufacturing in H1 2019

After 14nm, SMIC is already engaged on its 10nm and 7nm processes, as confirmed by the corporate in 2018. Each processes are extraordinarily expensive in design, however because the semiconductor trade typically and generously grows By financing the Chinese language authorities (and numerous associated events), SMIC has sufficient cash for the required analysis and improvement. To realize this aim, SMIC acquired ASML's $ 120 million EUV step-and-scan system final yr, which is predicted to be delivered in early 2019 to be used in 7nm course of improvement and mass manufacturing.

Associated Studying:

Sources: CN Beta China Securities DigiTimes EETimes IC Insights ] InstantFlashNews SemiEngineering TechNews

Leave a Comment

This site uses Akismet to reduce spam. Learn how your comment data is processed.