Is a mobile phone CPU powerful or a computer CPU powerful?

Is a mobile phone CPU powerful or a computer CPU powerful? This problem is here again, many people always like to compare this mobile phone CPU with the computer CPU, these years it is true that the mobile phone processor has developed rapidly, in just a few years, from the beginning of the dual-core, to the later four-core eight-core, and twelve-core, on the surface it looks very powerful, many people feel that they can almost catch up with the computer, plus these years the computer application has also withdrawn from the mobile phone version, so that everyone thinks that the mobile phone processor directly catches up with the computer, in fact, everyone has entered a misunderstanding, This computer CPU and mobile phone CPU are not on the same level at all, except for the name of the processor.

First of all, mobile phone CPU and computer CPU their platform is inconsistent, their architecture is inconsistent, the instruction set is different, their computing power can be said to be too poor, mobile phones are based on ARM architecture, and the computer is x86 architecture, these two are not in the same line at all, this is like a car on the road of a car, an airplane on the road of an airplane, you can't drive a car as an airplane, that is to say, their architecture and computing methods are doomed to their gap, which is like an airplane is always an airplane, A car is always a car, and no matter how good your car is, you won't be able to catch the plane.

At present, the most powerful mobile phone CPU should be Snapdragon 865 and Kirin 990 These processors, this mobile phone platform itself limits the development of mobile phone CPU, first of all, we must consider power consumption, but also consider the volume, in addition to ensuring performance, we have to control the battery life, and the instruction set of the mobile phone is more refined than the computer, not very suitable for complex tasks, and the computer is different, first of all, his platform is big enough, the heat dissipation is decisive, and the volume is large enough to make the hardware performance extreme, And the computer has an independent power supply, and there is no need to consider power supply and battery life, so comparing mobile phones and computers with this is not on the same level, there is no comparison at all.

Intel actually tried to make a mobile phone processor, Microsoft also tried to use x86 enough but ultimately failed, the platform itself and limited the development, so don't think whimsically that the mobile phone processor can surpass the computer, which is impossible, if you have to compare the computer processor, now the latest mobile phone processor is at most the computer processor dual-core Pentium level, don't look at what eight cores and ten cores are useless, It's like ten dwarfs who can't do anything against a giant.

The roles and structures between the two are different and cannot be compared, and there is no question of who is great. Mobile phone CPU is great for mobile phones, but it can't be used for computers; The CPU, which cannot be installed in the phone, is too large and requires more battery capacity.

High-end ones such as Snapdragon 888 and Kirin 9000 have CPU performance similar to Intel i5, but the functions are much less than Intel i5. GPU gaming performance is about the same as the desktop GTX1030. The cutting-edge ones are like Apple A14, and the CPU performance is almost as good as the Intel i7, but the functions are also a lot less, and the GPU game performance is similar to that of the desktop GTX1060.

The CPU of a computer is definitely more powerful than the CPU of a mobile phone. The size of a CPU alone determines that a computer CPU can integrate more transistors than a mobile phone CPU, and the computing speed must be much faster than it.

It must be the power of the computer, because the functions of the computer are more complex than that of the mobile phone, and the CPU required is also more powerful.

A very simple one: the computer with high configuration (non-top configuration) can still play medium-sized games after five years, and can also be used to play small games in ten years, and you can continue to play small games on the Internet after fifteen years.

After five years, the top of the mobile phone can be replaced with a stainless steel basin.

Just talking about the CPU, the same process, there is no leading architecture, the mobile phone CPU with one-half of the frequency, one-tenth or even one-fiftieth of the power, do what the computer CPU can do, then the mobile phone CPU will definitely be able to sell at a sky-high price. Although it is already very expensive now.

At present, the strongest mobile phone CPU, the Apple A14, is much weaker than Apple's self-developed computer CPU-M1, let alone compared with the strongest desktop computer CPU.

Theoretically, it can't be compared, the platform is different, and it's unfair to compare. But the computer CPU must be stronger than the mobile phone CPU, the highest CPU power consumption of the computer is 900W, and your mobile phone CPU can have a 4W is very high.

Good guys, do you still have questions? Also, the mobile phone is not called a CPU, it is an SOC that integrates the CPU, GPU, baseband, etc., and the computer is called a CPU. The two are not of the same order of magnitude at all, don't look at how good the process technology of the mobile phone SOC is, but talking about the process technology is also compared in the case of the same size, and the design of the chip will also affect the performance.

A fingernail-sized SoC still wants to outperform the CPU of its contemporaries? Pipe dream.

The performance of mobile phone processors is !! compared to PC processors That's not a topic either! There are so many people who are barging!!

I don't understand!! I'll just take a look at what it says that the performance of the mobile phone processor is higher than that of the PC processor!! Talent!!

Eat melons] [eat melons] [eat melons] [eat melons].

Funny isn't it, what is there to compare ARM and X86, the 28nm of the PC is too normal to beat the most advanced 5nm of the mobile phone. The power is not a level, one is 100w, one is less than 10w, you put these four or two thousand pounds.

This doesn't have to be a computer CPU.,The top CPU frequency of the mobile phone is generally left and right, and the full special effects of Genshin Impact are not on 60FPS.,The mainstream processing power of the computer CPU is generally several times stronger than that of the mobile phone CPU.。

Of course, the CPU of the computer is amazing, because the computer needs to process more data than the mobile phone.

The computer CPU, because he can handle the complex x86 instruction set, but the mobile phone CPU can only handle the condensed ARM instruction set.

To do something serious, you need a computer. The algorithm of the mobile phone system is made for entertainment.

Of course, it is more powerful than the performance of the computer, and more powerful than the power consumption and volume of the mobile phone.

This is like comparing mobile phone photography with SLR, not an order of magnitude.

It can't be compared, the mobile phone processor and desktop architecture are different.

Snapdragon 845 plays Tomb Raider 9 or thirty or forty frame rates.

If you take your knees, you know that computers are powerful.

Mobile phones are not as good as computers, and the software is not as complete as computers, and mobile phones have evolved from computer updates.

It's completely different, the floating point arithmetic ability of mobile phones is very weak, but the integer arithmetic is acceptable, and they all have reduced instruction sets. Intel and AMD are x86 complex instruction sets, which greatly surpass mobile phone CPUs in pipeline and caching technology.

The floating-point capability of the ARM processor around G is about 10MFLOPS S (the current ARM processor used in mobile phones is not so high).

G's Intel quad-core Q8300 is about 25Gflops S, which is 2500 times worse, and even if it is streamlined to a single core, there are nearly 4GflOps S. The difference in the same frequency has reached more than 30 times.

The data are all measured, theoretically the single-core P4 floating-point computing capability has reached 12Gflops s (the actual is far from reaching, because the P4 efficiency is extremely low, it is estimated that the actual actual 3Gflops s is about ) The power consumption of the mobile phone CPU is very low (mainly the structure is simple), which is difficult for the computer CPU to do.

Frequency simply indicates the number of duty cycles per unit of time, and the efficiency of each cycle depends on how the CPU is designed.

**Processor.

**CPU (English: Central Processing Unit Processor) is one of the main equipment of electronic computers, and the core accessories in computers.