Whether the higher the number of CPUs G, the faster it runs

The gigabyte number of a CPU refers to the main frequency.

cpu 1.Frequency.

The main frequency is also called the clock frequency, the unit is MHz, which is used to indicate the computing speed of the CPU. The main frequency of the CPU, the external frequency, and the frequency octave factor. Many people think that the main frequency determines the speed of the CPU, which is not only one-sided, but also biased for the server.

So far, there is no definite formula to achieve the numerical relationship between the main frequency and the actual computing speed, even the two major processor manufacturers Intel and AMD, there is a great controversy on this point, we can see from the development trend of Intel's products, Intel pays great attention to strengthening the development of its own main frequency. Like other processor manufacturers, someone once compared a fast 1G All-American Speed, which runs at an efficiency equivalent to a 2G Intel processor.

Therefore, the main frequency of the CPU is not directly related to the actual computing power of the CPU, and the main frequency indicates the speed of the digital pulse signal ** in the CPU. We can also see examples of this in Intel's processor products: a 1 GHz Itanium chip can perform almost as fast as a GHz Xeon Opteron, or a Ghz Itanium 2 can be about as fast as a 4 GHz Xeon Opteron.

The computing speed of the CPU also depends on the performance indicators of all aspects of the CPU pipeline.

Of course, the main frequency is related to the actual computing speed, and it can only be said that the main frequency is only one aspect of CPU performance, and does not represent the overall performance of the CPU.

In addition to this, there are L1 caches, L2 caches, etc.

However, the leading CPU manufacturers are Intel Pentium and AMD, and the manufacturing process is the same, and the speed of the CPU product is also similar (the first-level cache and the second-level cache are all similar in the new products in the same period, and the main frequency number is directly proportional to other CPU performance data).

So that's exactly what you can say!

In general, the higher the number of gigabytes of the CPU, the better!

But now AMD's CPU in the Sempylon series is in the case of the same frequency as Intel Celeron CPU, AMD's CPU is faster (AMD 64 Sempron 2500+ only, but the front-side bus frequency has 800, which is no worse than the Ceyon 331!) )

Because the performance of AMD's CPUs is calculated based on the performance of the actual operation, not just the frequency

There are also the first and second level caches of the CPU are important factors that affect the performance of the CPU!

So you can't just look at the gigabyte number of the CPU!

For CPUs of the same series, the higher the frequency, the faster the speed.

Your CPU is enough for high school students, at least enough for studying, surfing the Internet, and gaming.

Not necessarily. As I said upstairs, the higher the frequency of the same series of CPUs, the faster the speed. The CPU of the same frequency, the P4 is faster than the Celeron's, and the AMD is faster than the Intel.

1: It's okay.

2: Theoretically yes, but in practice it is not, it depends on your other hardware, one is frequency, and the other is reasonableness.

No, the number of G only represents the main frequency, and there are all kinds of values, AMD's main frequency is lower than that of the I series CPU.

It's enough for you not to play big games.

If you look at the front-side bus frequency at the same frequency, it directly determines the switching speed!

The AMD 64 Sempron 2500+ only has a front-side bus frequency of 800 and is no worse than the Seyan 331!

Isn't L2 caching important!?

Got it, you're going to buy a computer, right, you want to have a general understanding of the parameters of the computer, right?

1: CPU: It is the computer's ** processor, the faster the speed, the higher the performance, the more software that can run, and the more high-end the games that can be run.

2: Memory: It is temporary memory, the larger the memory, the faster it runs!

3: Hard disk: It is the memory of the computer, which is used to store data, software, games, audio, video, etc., the larger the hard disk, the more data can be stored.

4: Graphics card: The graphics card is the display circuit card of the computer, which integrates GPU and video memory, the faster the GPU, the larger the video memory, the higher the performance.

5: Motherboard: usually matched with the CPU, mainly used to make the CPU work normally to provide protection, the latest motherboard is best with an interface is better, (not required, to choose comprehensively).

6: Display: This is simple, it is used to display the computer screen, notebook, you need to know now is LED or LCD

At present, LED is better for environmental protection and energy saving!

Let's briefly talk about the current mainstream configuration:

CPU dual-core, or quad-core, the main frequency or above is preferred; RAM 2G is sufficient, 4G is better (DDR3, 1333); Hard disk serial port of 250G or more is preferred; The motherboard can be required separately in the notebook; The graphics card should have 1G of video memory (DDR3).

For those of you who are new to computers, the more I say, the more you are confused, right? You just have to remember the following words:

CPU: Above, dual-core or dual-core or above.

Memory: 2G or more.

Hard disk: 250g or more.

Graphics card: 1G video memory (512M will also be available).

Display: LED, LCD.

The laptop is an all-in-one computer, unlike a desktop computer, which can be freely matched according to your needs. So don't be too rigid.

The higher the CPU frequency, the better, and the faster it is time to calculate. But it has nothing to do with the speed of the network, the speed of the network is suitable for your broadband**. Because broadband has limited speeds. If you want to be fast, use optical fiber, 100mb s

Generally speaking, the higher the frequency of the CPU, the better the performance, but the quality of the CPU is not directly related to the network speed.

There are three main factors that determine the speed of the internet:

1. The size of the network bandwidth.

The thickness of the water pipe, the thicker the water pipe, the greater the water flow. The higher the bandwidth, the faster the internet speed.

2. The number of users who use broadband at the same time.

Broadband users are like faucets, the more faucets, the less traffic per faucet. The fewer users, the faster the internet speed.

3. Network card. The network card is like a ball valve in a faucet, which is used to control the amount of water output. Gigabit LAN is faster than 100 Gigabit LAN cards.

No, the modular management of mobile phones is like a computer, on hardware limitations.

A good machine is one that can get on the edge

And a good phone doesn't use a stuck CPU

This is the oil level integration scheme!

A mobile phone is a complete set of integrated solutions from design to finished product, all of which are planned, and they are not explained in detail. Not really, anyway.