Nano refers to the process of the chip, does not represent how big the chip is. Chip naming method is generally: alphanumeric letters. The first letter is an abbreviation for a chip manufacturer or a family of chips. Like the MC started mostly MOTOROLA, MAX started mostly Meisen. The middle number is the functional model. Like MC7805 and LM7805, it can be seen from the 7805 that their function is to output 5V, but the manufacturer is different.
I know. According to the relevant public information, the length of 3 nanometers is 1/33 of 100 nanometers, that is3 nanometers is 1/33 the size of 100 nanometers. 3nm is generally used in high-tech fields such as microprocessors and semiconductor chips, such as chip manufacturing and high-energy physics experiments.
The chip refers to the concept of an integrated circuit chip with a manufacturing process size of 3 nm. This means that during the manufacturing process, the dimensional accuracy of the circuits and components of the chip is up to the nanometer level. More precisely, the 3-nanometer chip means that in the manufacturing process, the concept of 3-nanometer process technology is used, so that the dimensional accuracy of the circuit and components of the chip reaches the 3-nanometer level.
Chip process refers to the silicon baseThe width of the electrode in the chip, the width of the electrode = the value of the process, the narrower the width, the lower the power consumption. 3 nm is one of the processes, in general, chips below 14 nm can only be manufactured with high-end euv lithography machines, and around 22 nm is the watershed between high-end and mid-end lithography machines, because the mid-end lithography machine can reduce the process by multiple exposures.
nm chip refers to a semiconductor chip manufactured using a 3 nanometer process process. The process size represents the minimum size of the transistor, and the smaller the value, the higher the density of the transistor. The 3nm process compares to traditional 10nm or 7nm processesHigh 3 nanometer chip mobile phone are: Huawei enjoy 603 nm chip mobile phone , Huawei nova11SE, Huawei Mate60Pro, Huawei nova12, Huawei enjoy 50z, Huawei nova12 Dynamic Edition, Huawei enjoy 70Pro, Huawei enjoy 60Pro, Huawei enjoy 70, Huawei enjoy 60X.
Huawei Glory 3C 4G version Glory 3C is very good, Huawei Glory 3C (mobile 4G version) is equipped with a 2GHz Qualcomm Snapdragon 400 quad-core processor, using 5-inch IPS multi-point capacitive touch screen, the screen resolution is 1280x720 pixels, equipped with 1GBRAM 8GBROM/2GBRAM 16GBROM memory, front 5 million pixels + rear 8 million pixels camera, running Android4 operating system.
All in all, the Huawei Nova 10 is a very cost-effective phone, which is a very good choice for users who do not have a sufficient budget. The second: Huawei Enjoy 50z Huawei Enjoy 50z is a new model of 1000 yuan recently released, if you continueFlight time requirements are high, so it is definitely a good choice.
2, of course, the 5 nanometer chip is better, but the specific depends on the process. Now chip companies are vigorously developing 5-nanometer chips and have achieved stage results, while 3nm chips have also begun to enter research and development, the future will have smaller and smaller chips appear in the market, which is the main development direction of the future market.
3, for example, in the 10 nm process, the smallest electrode of the transistor itself is 10 nm. In general, the nanochip process refers to the width of the transistor port line, that is, the transistor source and dischargeThe distance between the connected semiconductor materials. In theory, the smaller the network line width, the better the energy-saving effect, the lower the voltage. 5 nanometer chip is really good? Although the five-nanometer chip is excellent in terms of performance and power consumption, the actual performance does not seem to live up to expectations.
4, the importance of nanochips 7 nanochips are so important because they can lead to better performance, more efficient energy use and better stability. As the demand for more features and high technology in mobile phones continues to increase, making chips that are faster, more efficient and more stable becomes especially critical. In this collarIn the field, the 7-nanometer chip is an innovative and important development.