Some well-known domestic mobile phone manufacturers have successively announced that they have made important breakthroughs in independent research and development of chips. This is a new progress for domestic brands to step into the independent research and development of chips in the field of smart phones, and it is also a major breakthrough in the road of seeking independent and controllable technology in the field of consumer electronics!
It is reported that the research and development process of self-developed chips lasted for more than two years, which involved a lot of manpower and material investment, and constantly improved, upgraded and polished. The biggest significance of this breakthrough is that it marks that domestic mobile phone manufacturers have begun to develop chips independently in the true sense, and have taken a big step towards independent controllability of science and technology.
At present, many domestic mobile phone manufacturers have successively launched their own chip brands. For example, vivo launched V1 chips and Dimensity 1200 chips, Huawei's Kirin series chips, etc. The successful development of these chips will help improve the competitiveness of domestic mobile phone manufacturers, and also bring more opportunities to the domestic chip industry.
Among them, the most striking is Xiaomi's Surge C1 chip. It is understood that Xiaomi began to develop its own chip last year and applied it to the camera system of Xiaomi 10S, aiming to improve the user's photo experience. In addition, Xiaomi also launched the first mobile phone equipped with the self-developed Dimensity 820 chip - Xiaomi 10 Youth Edition at the beginning of this year. The Surge C1 chip launched this time is another huge breakthrough in the independent research and development of Xiaomi's chips.
It is reported that Xiaomi has adopted a number of technical solutions to deeply optimize the Surge C1 chip. In terms of data processing, Xiaomi uses the powerful algorithm computing power of the Surge C1 chip to speed up data processing, while effectively reducing energy consumption and improving battery life. In addition, the Surge C1 chip is equipped with a separate ISP, which enables more precise optical transmission, which can better reproduce the color of the scene when the user takes photos. Throughout the development process, Xiaomi has also carried out a lot of testing and optimization to ensure that every user can get the best shooting results.
Not only that, in the view of Xiaomi CEO Lei Jun, the successful development of the Surge C1 chip will open a new independent research and development path for mobile phone manufacturers. He said: "We hope that more mobile phone manufacturers can join the team of chip research and development, so that chips made in China can gain greater competitiveness in the world." ”
In fact, in the context of domestic resistance to chip independent control, mobile phone manufacturers independent research and development of chips has become an inevitable trend in the development of the industry. The successful launch of the Surge C1 chip by Xiaomi has opened a new path for Chinese mobile phone manufacturers.
It is worth mentioning that there are still some deficiencies in the self-developed chips of domestic mobile phone manufacturers. For example, many self-developed chips are still in the embryonic stage in terms of performance and stability, and more technicians are required to continuously optimize and upgrade. Therefore, in the future, it is also necessary to strengthen R&D investment and promote independent innovation of chips.
Overall, the breakthrough of domestic independent research and development chips is very good news. Such a breakthrough can not only improve the technological innovation ability of domestic mobile phone manufacturers, so that consumers can buy better products, but also drive the development of the entire chip industry chain. It is foreseeable that in the next few years, breakthroughs in self-developed chips of domestic mobile phone manufacturers will continue to emerge, and will also promote the development of China's technology industry.
A sharp turn of news quietly spread in the scientific and technological circle: self-developed domestic chips are out! This is a huge breakthrough and the latest achievement of the cross-border "core-making" action.
Cross-border chip manufacturing is a boom in various industries, and automobile manufacturers, mobile phone manufacturers, Internet manufacturers, etc. have all entered the field of core manufacturing. Compared with the previous chip company specialty, more and more companies have begun to step into this field. This also means that in the future, only a few chip companies will be able to control the entire chip industry chain, but there will be more types of enterprises entering it, driving the development of the entire industry.
The emergence of self-developed domestic chips has injected new vitality and confidence into cross-border manufacturing chips. It is reported that this self-developed domestic chip was completed by a car manufacturer's R & D team for four months with the assistance of a domestic chip company. The chip has passed a number of tests and meets the requirements of the automotive regulatory level, which can be widely used in the automotive field.
In fact, with the continuous impact of the global wave of chip shortages, the domestic cross-border manufacturing of chips has begun to start. Especially in the automotive industry, large-scale automobile production has been hindered due to the epidemic and external factors. The lack of chips has also become a major bottleneck, resulting in many automotive production lines being forced to reduce or even stop production. Under such circumstances, independent production of chips has become a rigid need.
The emergence of self-developed domestic chips not only provides new solutions for the automotive industry, but also sets an example for other cross-border manufacturing chip companies. This indicates that in the future, with the continuous popularization of technology and the continuous development of the industry, stepping into the chip industry will become an increasingly common trend.
Of course, this does not mean that cross-border manufacturing chips is without challenges and difficulties. From R&D to production, many details and technical difficulties need to be involved. At the same time, in the chip industry chain, each link has a high degree of specialization and threshold, and requires strong technical strength and financial support. Therefore, cross-border chip manufacturing still requires continuous exploration and efforts.
In short, the emergence of self-developed domestic chips indicates that the pace of cross-border manufacturing chips is accelerating. In the future, more and more enterprises will join it, driving the rapid development of the entire industry. We look forward to seeing more cross-border innovation achievements emerge and inject new vitality into technological progress and industrial development.