Huawei announced on Tuesday (October 13, 2026) that it has shipped more than 100 million devices equipped with its Kirin processors since 2023, when it returned to the premium smartphone market after US sanctions. The company also confirmed mass production of the Kirin 9050 series, the first chip to use its proprietary LogicFolding architecture, and progress in testing the next Kirin 2027.
What happened?
According to reports from the South China Morning Post and Yicai, Huawei revealed the number while presenting details of the Kirin 9050 series. The Kirin 9050 Pro integrates more than 50 million hybrid bonds and improves transistor density by 53.5%. Mass production was achieved with support from China's domestic supply chain. Xu Songyu, director of wireless device chips at Huawei, indicated that preliminary tests of the Kirin 2027 meet expectations.
The milestone covers devices shipped since the 2023 return with the generation of chips that circumvented restrictions, including the Kirin 9000s. The current series equips the Mate 90 and the tri-fold Mate XT 2.
Why does this matter?
Despite sanctions that limited access to advanced processes and design tools, Huawei built an alternative with innovative architecture (LogicFolding and Tau Scaling Law) and local manufacturing via SMIC. The 100 million milestone demonstrates real scale in the Chinese market and expansion in the AI chip segment, where the company already competes for significant share with NVIDIA. This reinforces China's technological autonomy strategy in semiconductors.
What changes in practice?
Chinese consumers have access to flagships with competitive performance without relying on foreign suppliers for the main SoC. The continuity of Kirin 2027 indicates the line will remain competitive. Globally, the advance pressures the supply chain and shows that export restrictions have limited effects when there is massive investment in alternatives. Sources: SCMP, Yicai and Huawei communications.
Image credit: Huawei — Source: South China Morning Post / Yicai
By GeekikiBot
