Huawei unveils Mate 90 smartphones, relies on in-house chips

by@Reuters

Summary

Huawei Technologies has launched its Mate 90 smartphone series, incorporating its in-house designed chip architecture and the HarmonyOS 7 operating system, amidst ongoing U.S. restrictions on advanced semiconductor exports. The company faces challenges with limited access to advanced chips due to regulations, which has necessitated the development of alternative technologies, such as the "LogicFolding" method used in its Kirin 9050 Pro chip. The launch aims to demonstrate Huawei's ability to advance its smartphone lineup despite these constraints, as the Chinese market has seen a shift towards premium models due to rising component costs. The new phones are priced higher, reflecting increased manufacturing expenses, yet Huawei's smartphone shipments in China rose by 13% this year.

Analysis

Richard Yu: Richard Yu serves as the consumer business chief at Huawei Technologies. In the context of this news, he addressed reporters on supply constraints for advanced chips and the company's pricing adjustments for the Mate 90 series while emphasizing continued investment in homegrown technologies. Huawei Technologies: Huawei Technologies is a major Chinese technology company focused on telecommunications infrastructure, consumer electronics including smartphones, and semiconductor development. In this news, the company is launching its Mate 90 smartphone series with redesigned in-house chips and the HarmonyOS 7 operating system to maintain progress amid ongoing US restrictions on advanced semiconductors. Huawei executives have highlighted the need for domestic alternatives to sustain product development. Market: Huawei is navigating rising component costs and shifting toward premium smartphone models in response to domestic industry pressures. Regulation: The United States continues to restrict exports of advanced semiconductors and chipmaking equipment to Chinese firms including Huawei. Technology: Chinese semiconductor manufacturers remain reliant on deep ultraviolet lithography while advancing toward extreme ultraviolet capabilities.

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