The difference between a mobile phone chip and a computer chip is that the architecture is different, the computing efficiency is different, the power consumption is different and the development tools are different.
1, the chip architecture of the mobile phone is ARM architecture, and the desktop CPU architecture is mainly X86, whether in terms of efficiency and complexity, X86 instruction set is better, which is the desktop computer can run more huge software, processing more data.
2, the problem of computing efficiency, the current mobile phone processor frequency is still unable to compete with the desktop level, the mobile phone chip in the past two years, although the main frequency can reach 1-2GHz, but the desktop CPU has already exceeded 5GHz, and the number of cores is also a combination of large core and small core GPU.
3, power consumption, the current mobile phone chip processor power consumption will not exceed 10W, and desktop CPU, basically 60W starting power consumption, so it seems that the mobile phone in the case of lower power consumption, processing task speed can basically meet the needs of most users, which is desktop-level processor can not be compared.
4, the diversity of software development and the use of tools, desktop computer CPU is better than the mobile phone processor, the computer after years of development X86 architecture software is very much, third-party development is also very perfect, these can help users better complete the work, mobile phone development time is relatively short, the gap in this area is still more obvious.
Computers and mobile phones have great differences in hardware, computer space is large, conducive to heat dissipation, and naturally have greater tolerance for the process technology.
Mobile phones are different, the small body needs to accommodate a lot of parts, the internal space can be described as a piece of land.
There is also the consideration of cost and power consumption, the more advanced the chip process process, the higher the production cost, followed by an increase in the price.
Mobile phone chips first consume less power and are smaller, followed by greater integration, more advanced manufacturing processes, and again more functions and higher performance