Loongson can produce 28nm chips, which is one of the more advanced technology levels at present. The 28nm chip offers higher performance and lower power consumption with smaller transistor sizes and higher integration compared to earlier processes. Loongson has made certain achievements in the production of 28nm chips, which also helps to improve the competitiveness and market share of China's self-developed chips. With the continuous progress of technology, Loongson may also introduce more advanced chip processes in the future.
Loongson can produce 28nm and 14nm chips. The 28nm node chip has been put into mass production, while the 14nm node chip is in the development and trial production stage. With complete chip design and manufacturing capabilities, leading domestic process technology and professional team, Longson is committed to independent and controllable chip production, contributing to national information security and independent innovation.
1. Loongson can produce 7 nanometer (nm) chips.
2. This is because with the progress of science and technology, chip manufacturing technology continues to develop. On the basis of continuous innovation and research and development, LoongSON Zhongke has realized the chip production of 7nm process.
3. Loongson's chip manufacturing technology continues to improve, and there may be smaller chips in the future, which will further improve the performance and function of the chip.
It can produce chips ranging from 7 to 12 nanometers.
Compared to the previous 3a5000, this processor has improved performance by 30%, which is still good overall.
It is said that this announcement will be released in the first half of 2023, we can wait and see.
It's 14nm
The fabs represented by SMIC have mastered the mass production process up to the 14nm level. In fact, Longson Zhongke has long been able to design a 14nm pure domestic chip.
According to the current official disclosure of the news, Longson can produce 14nm chips, and has achieved 100% pure domestic mass production. However, Loongson also said that in addition to 14nm, they are also developing more advanced processes.