As the world's leading provider of information and communication solutions, Huawei has been committed to independent research and development of chips. However, due to the previous suppression by the United States, Huawei was unable to buy chips from foreign companies such as Qualcomm, nor could it outsource its own Kirin chip foundry. This has led to a sharp drop in Huawei's mobile phone sales and a continuous decline in market share. Faced with this dilemma, Huawei began the road of chip "breakthrough".
Recently, Huawei built its first overseas factory in France, with plans to start production in 2025. The plant is expected to produce 1 billion units per year to meet the needs of the entire European market. This is a major breakthrough for Huawei, marking an important progress in the production of chips overseas. The plant will primarily produce 4G and 5G chipsets, as well as motherboards, and provide high-quality components for Huawei's communications equipment**.
The construction of the plant was once under pressure from the United States, but new progress has been made recently. This is because Huawei is firmly committed to independent research and development, and has received support and recognition from European countries. By building a factory in France, Huawei will further strengthen its competitiveness in the European market and achieve a breakthrough in the chip industry chain.
In addition to setting up factories overseas, Huawei has also made important progress in the field of instruction sets. Recently, Huawei registered the trademark "Lingxi Instruction Set", which is an important signal that Huawei has begun to deploy on the autonomy of the instruction set.
Instruction sets are commands for chips to perform computing and processing functions, which are essential for chip development. At present, many companies, including Apple, Qualcomm and Huawei, are based on the ARM instruction set for chip development. However, the latest version of the ARM instruction set was upgraded to V9, and Huawei only received a permanent license for the V8 architecture. This has led to Huawei's chip performance lagging behind its competitors to some extent.
Huawei has registered the trademark "Lingxi Instruction Set", which shows Huawei's intention to make technological breakthroughs in the field of instruction sets. Once Huawei is unable to obtain authorization from ARM, Huawei will be able to rely on its own Lingxi instruction set to develop independently in the chip field. This will strengthen Huawei's independent capabilities in chip R&D and production, laying a solid foundation for future development.
Huawei's Kirin chip has always attracted much attention, and the latest Kirin 9000S chip has attracted the attention of major institutions around the world. According to the dismantling analysis, the chip does not rely on foreign technology and is an independent chip produced by Huawei in China.
The specific technical details of the Kirin 9000S chip have not yet been announced, but judging from the analysis of foreign institutions, it is likely to use a process between 7nm and 14nm. This shows that Huawei is gradually getting rid of its dependence on foreign first-class chains and achieving a comprehensive breakthrough in the chip industry chain.
The advent of the Kirin 9000S chip further proves Huawei's strength and independent innovation capabilities in the chip field. Huawei's breakthrough in the chip industry chain will help Huawei enhance its competitiveness on a global scale and provide users with higher-performance products and services.
As the world's leading provider of information and communication solutions, Huawei has been committed to independent research and development of chips. Although it has been suppressed by the United States in the past few years, Huawei has not given up its efforts on independent research and development. A series of recent news shows that Huawei's chips have begun to accelerate their "breakthrough".
First of all, Huawei's factory in France will provide a large number of chipsets and components for the European market, achieving a breakthrough in overseas production. Secondly, Huawei has registered the trademark "Lingxi Instruction Set", which broadens the development space in the field of chip research and development. Finally, the advent of the Kirin 9000S chip marks a breakthrough in Huawei's chip industry chain and realizes the elimination of dependence on foreign technology.
Through these important developments, the outside world has begun to re-understand the independent innovation ability of Huawei chips, and has become more optimistic about the prospects for the development of Huawei chips. Huawei will continue to increase investment in chip R&D and production to provide users with high-performance and high-quality products and services.
With the development of Huawei in the field of chips, it is believed that Huawei will become an important player in the global chip industry and make greater contributions to the development of information and communication technology in China and the world.