Shulou(Shulou.com)11/24 Report--

CTOnews.com, March 13, according to BusinessKorea, Samsung will begin mass production of the third generation of 4nm chips in the first half of this year, which will stabilize yield problems in the early stages of the manufacturing process, as well as improve performance, power consumption and area improvements.

According to the Samsung Electronics Business report released by Pexels Samsung Electronics on the 12th, Samsung will begin mass production of 2.3G chips based on 4nm technology in the first half of this year.

This is the first time that Samsung Electronics has mentioned the specific mass production time of the follow-up version of 4nm. Compared with the earlier version of 4nm chip SF4E, the second and third generation products show better performance, but also bring lower power consumption and smaller area.

However, Samsung Electronics also encountered a series of difficulties in the management of chip production after the commercial use of SF4E chips, which eventually ceded its big customer Qualcomm to TSMC because of poor energy performance and capacity constraints.

Industry insiders estimate that Samsung Electronics's current 4-nanometer process yield can reach 60%, while TSMC's similar yield can reach 70%. 80%. Experts believe that the rate of quality products of Samsung Electronics is increasing rapidly, and the mass production of follow-up products is also accelerating.

As Samsung Electronics continues to make breakthroughs in advanced technology and ensure production capacity on the premise of improved performance, it is expected to further compete with TSMC in process mass production above 5nm level.

I believe that most of the users who often watch CTOnews.com know that the most advanced semiconductor process is 3nm, but whether it is the main products of TSMC or Samsung or 4nm and 5nm.

As of the third quarter of last year, 4-nm and 5-nm processes accounted for the highest share of sales, accounting for 22%, surpassing 16% of 6-nm and 7-nm processes and 11% of 16 -, 14-and 12-nm processes, according to market research firm Counterpoint Research.

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