At the 10th Open Source Operating System Annual Technical Conference held in Beijing a few days ago, China launched the world's first RISC-V development laptop ROMA officially released, and the operating system is the domestic openKylin (Open Qilin), which is the domestic PC officially declared war on the X86 led by the United States.
This PC is equipped with RISC-V chips, using domestic 12 nm process production, performance has reached the mainstream level, can meet daily use and office needs, the reason for the use of 12 nm process production, is that 12 nm is the most advanced process of domestic chips, so as to ensure that chip production is not affected by American technology.
The domestic Kirin operating system has been developed for many years, and more than 10,000 software has been introduced, which can support WPS, DingTalk and other software, so that most of the daily needs of enterprises such as office can be met, and it is also actively promoting compatibility with more software to ensure that more scenarios can be met after the official listing.
The launch of RISC-V chip computer represents the beginning of domestic PC getting rid of the American technical system, showing that China has completed the creation of a domestic PC ecology, truly prepared a pure domestic PC, and has achieved localization from chip design to manufacturing, avoiding the constraints of American technology after mass production.
In fact, domestic PCs have at least two choices, in addition to RISC-V computers, domestic PCs also have Loongson options, Loongson performance is stronger, not only to meet the needs of daily life and work, but also to meet the general game applications, promote domestic PCs to a higher level.
It is said that the performance of Loongson 3A6000 has begun to tape out has reached the level of 11th generation Core i5, such performance has been quite powerful, after all, many consumers are now using computers such as 10th generation i3, coping with daily games are more than excellent, running photoshop, AutoCAD and other large software is not a problem, and the performance of Loongson 3A6000 is much stronger than the previous 10th generation Core processor.
Loongson 3A6000 also considers avoiding the influence of American technology, and adopts the domestic 12 nm process production, it can be seen that today's domestic chips are trying to consider pure localization and avoid using American technology, which will be affected in future mass production; In addition, domestic GPU chips have also reached the mainstream level, so the combination of domestic CPU and domestic GPU chips will be able to meet the current hot artificial intelligence technology.
American companies completely control the x86 architecture, and so far the x86 architecture is completely controlled by Intel, relying on the x86 architecture to monopolize the PC and server chip market; Although ARM is a British company, ARM stopped licensing a Chinese technology company under the influence of the United States in 2019, showing that ARM is also controlled by the United States, and the two global mainstream chip architectures are controlled by the United States, which makes the Chinese chip industry deeply threatened.
Now China is pushing for a more open RISC-V architecture, as well as the completely independent research and development of Loongson loongarch architecture, are to bypass X86 and ARM, to avoid the development of domestic chips by the United States, RISC-V has achieved advantages in the domestic Internet of Things chip market, RISC-V and loongarch into the PC market, the future will also enter the server chip market, so as to form a complete ecology, to create a chip technology system independent of the United States.
The United States thought that it controlled the core technology of the chip, which can affect the development of Chinese chips, and now it seems that all this has come to naught, China has created a complete chip technology system in just a few years, obviously exceeding the expectations of the United States, weakening the influence of the United States on global chip technology, which the United States did not expect.