In the fierce competition in the technology field, Huawei has successfully regained lost ground in the Chinese market with its Kirin 9000S chip and its variants, putting competitors under pressure. However, as technology continues to evolve, Huawei faces the challenge of keeping up with the pace of the industry while maintaining innovation.
According to the latest news, Huawei is planning to adjust its chip supply strategy, using the remaining inventory of Kirin 9000 chips to make devices that cost about $300. This initiative not only demonstrates Huawei's accurate grasp of market demand, but also demonstrates its efficiency and flexibility in resource allocation.
Huawei's Mate 60 series, launched last year, is expected to ship a staggering 30 million units thanks to the powerful performance of the Kirin 9000S chip, proving the huge commercial value of the chip. Huawei was once expected to surpass Samsung and become the leader of the global smartphone market. Now, with the breakthrough of 5nm process technology and the imminent advent of Kirin PC chips, Huawei is challenging higher fields.
However, in order to concentrate resources on the development of new technologies and product upgrades, Huawei needs to adjust its chip supply strategy. Against this backdrop, using the remaining Kirin 9000 chips to make devices in the $300 price range is a practical and sensible choice.
It is reported that this new strategy will cover a number of Huawei's products, including smartphones and tablets. Although the Kirin 9000 chip did not set a new record in terms of performance, Huawei's determination and courage to adhere to independent R&D and production in the face of difficulties have won wide recognition from the market.
Huawei's new strategy will undoubtedly further strengthen its position in the highly competitive market, and also bring more cost-effective options to consumers. With the launch of the Kirin PC chip, Huawei will launch a strong challenge in the ARM PC field and demonstrate its comprehensive strength in the technology field.