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

Thanks to CTOnews.com netizens soft media Xinyou 1933769, rain and snow carrying way, Relapsed memories, bar step, soft media users 1520111, Moluo, wish wind and dust clues delivery! CTOnews.com, Sept. 13 (Xinhua) according to @ digital chat site, Huawei is currently developing new Hess Kirin chips, including the mid-range 8xx series and the high-end 9xx series, which uses SMIC's more mature Nylon 2 technology, but the new phones released this year may be difficult to apply to these new platforms.

Huawei Mate 60 Pro series of mobile phones carrying Kirin 9000S after the return, attracted all parties to disassemble the test. According to the laboratory analysis conclusion released by the authoritative third-party information platform TechInsights: Huawei Kirin 9000s chip is based on SMIC 7nm-level Nylon 2 process.

According to the corresponding data obtained by CTOnews.com, the scanning results of electron microscope show that Kirin 9000S has about 980,000 transistors per square millimeter, with a density between TSMC N7P and N6.

On September 5, the CCTV "News one plus one" column also conducted an interview and reported that the vice chairman of TechInsights analyzed that the chip carried by Huawei Mate 60 Pro is still 2-2.5 nodes behind the most advanced technology.

In this regard, Lu Tingjie, a professor at Beijing University of posts and Telecommunications and executive vice president of the China Society of Information Economics, explained: "2 to 2.5 nodes means that there is still a gap of three to five years between us and the 5G chip in the advanced process. These three to five years are judged by the speed of technological progress in Western countries, but we in China can often surpass them at Chinese speed. But this time we have made progress from 0 to 1, and we have finally solved the problem of the advanced 5G chip for 5G smartphones, but we must admit that it is still a long way from the most advanced technology. For example, the upcoming iPhone 15 series, which actually uses 4nm chips, Huawei Kirin 9000s chips should be up to or close to 7nm technology. But in fact, from 7 nm to 5 nm to 4 nm still needs a long and difficult research and development process, so we can not be too happy. But we do have a very important breakthrough, that is, the most critical chips of smartphones, especially the parts of 5G chips, can be localized. "

In addition, the vice chairman of TechInsights used words such as "amazing" and "unexpected" when commenting on Huawei Mate 60 Pro, Lu Tingjie explained: "We have basically achieved the localization of 14nm chips before, but to advance to 7nm, or even more integrated chips, it is not a linear problem, its complexity will be higher and higher. So they think that if China suddenly conquers the 7nm technology in such a short time, there must be some very unique technological advances or solutions. We were surprised, too. I felt it was much faster than we thought. "

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