The chip manufacturing process is usually used. nm" To show that... nm" It's a nanometer, which is a millionth of a millimeter. The smaller the process, the higher the transistor density of the chip, the lower power consumption, and the better performance. Therefore, the 1nm chip has stronger performance and lower power consumption than the 14nm chip, but the specific gap and performance also need to refer to the specific application scenario and chip design.
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In general, the 1nm chip process has not yet been popularized, and the common process processes on the market are mainly 7nm, 10nm, 14nm, 16nm and so on. Between 7nm and 14nm, every doubling of transistor density means that more transistors can be put in, and the processing speed is also doubled. From 14nm to 7nm, performance has been improved by 40% and power consumption has been reduced by about 60%. At the same time, the advancement of a new generation of chip manufacturing processes can also bring about improvements in more efficient AI computing and better security performance.
1, 1nm chips are many times stronger than 14nm.
2 In the case of the same size, the 7nm process chip contains almost twice the number of transistors than the 14nm process chip. The number of transistors determines the strength of the computing power, and the more transistors, the stronger the ability to process transactions, and the stronger the performance of the chip.