Is there a good or bad processor for a computer? Which processor is good? Or are they all the same?

On the premise of excluding its own quality problems and production years, there should be no good or bad. For good products of the same age, the evaluation criterion should be whether the processor is suitable or not. Different needs should choose products with different performance.

For example, watching movies on the computer and browsing the web, a low-to-mid product can fully meet the requirements. If you choose a 4-core processor, it's not possible, but it's not wise to configure it like this. A simple evaluation of a product is inaccurate.

There must be good and bad, and the current processors are good Intel's Core series. AMD has a pterodactyl tricore. Or a quad-core one is better.

The previous Celeron and Galloping ones are outdated. The difference is significant

Of course. The processor is what we often call the CPU

The heart of a computer.

At present, the two major manufacturers of CPU are AMD

and inter

The quality of the products of these two manufacturers is basically the same.

The performance is basically the same.

The rate of updates is about the same.

What we mean by good or bad is not based on the manufacturer.

Instead, look at the performance and manufacturing process of the two CPUs.

Frequency. Wait a minute.

There are strong and weak performance.

At the moment Intel Core architecture is slightly ahead of AMD's.

It's better to choose four cores.

The higher the main frequency in the same series, the better.

The smaller the process, the better.

No, there are only 2 major factories that can produce it. Do you say they're going to say there's a problem with their product? There is only a question of the distinction between old products and new products. Which processor is good, this depends on which aspect you need, and now the popular one is 4 cores.

It's hard to say this, I'll roughly divide it, now 4 cores are greater than 2 cores than single cores, and 2 cores at home are enough,

1.About CPU performance mainly depends on the following parameters CPU series such as the early Celeron, to the Pentium dual-core and then to the Core (Core) dual-core, the current mainstream processors are Corei3 and i5, i7 and AMD quad-core processors, CPU cores, CPU cores, and Presler.

The higher the CPU frequency of the computer processor, the stronger the processing power, and I am really helping you look forward to it

Hello, we are happy to answer for you, the choice of computer processor needs to be decided according to your actual needs and budget. Here are some common computer processor brands and models for your reference:1

Intel processors: Intel is one of the world's largest processor manufacturers, its processors are stable and reliable, cost-effective, suitable for general office, entertainment and Changkai daily use, such as i3, i5, i7, i9 and other series. Resistant to excitation 2

AMD processors: AMD processors are more cost-effective for Intel, and are mostly used in high-performance applications such as gaming, **, and rendering, such as AMD Ryzen and other series. 3.

Apple chips: Apple chips are processors independently developed by Apple, which are used in Apple computers and mobile devices, with stable and excellent performance, but only for Apple devices. 4.

ARM processors: ARM processors are mostly used in portable devices and embedded systems, such as mobile phones, tablets, smart watches, etc. Overall, choosing the right processor for your needs is the most important thing.

If you only use it lightly for daily office, surfing the Internet, watching movies, etc., a general computer processor can meet your needs; If you need to perform higher-performance operations, such as gaming, **, rendering, etc., you can choose a higher-performance processor. At the same time, budget is also an important consideration, and you need to choose the right processor for you according to your budget.

The most important point in order to effectively distinguish the quality of computer processors is to make a reasonable judgment on the smoothness of computer use and the quality of use in the process of use, so as to achieve a more ideal distinguishing effect.

There are many skills that need to be paid attention to in the use of computers, and we must communicate with professional and technical personnel, so that we can master more correct ways to use them, learn and communicate with others, and pay attention to the following aspects.

1. Learn to listen. Listening more will allow you to receive more information that is easy to ignore, when to say more, and it is better to listen more and talk less, which will reduce the chance of making mistakes, and also make yourself appear more meaningful and deep.

2. Humble attitude. When speaking, you should put yourself in a humble perspective, not too confident, and not arrogant, otherwise it will affect your interpersonal relationships and work efficiency at work at any time. It is best to discuss things with others and not to go your own way.

3. Be concise and to the point. The expression of ideas and ideas should be concise and to the point, concise and effective description can better complete the communication of the work, which is the performance of the ability to work, and accurate expression can reduce the working time by more than half.

4. Learn humor. Humor can bring oneself and others closer to each other, and can also resolve a lot of spears and shields, when there is a misunderstanding of work communication, humor can change the awkward atmosphere, is a skill that must be mastered in the workplace.

5. Use praise more. Only by praising others can you show your courage. Praising the merits of others will gain the respect of others, and at the same time, you will be more motivated to learn.

Check the CPU brand and model, according to the model, check the processor product on the Internet, how many generations of products, production date, chain collapse, from the core code, the number of cores, the number of threads, and the frequency. The easiest way is to find the CPU ladder cons and rent diagram on the Internet, and the higher the overall performance in the ladder diagram according to the model, the stronger the overall performance. Shed Bu Yuan.

Generally, it depends on the computer configuration and processor parameters.

Intel and AMD.

**The processor mainly consists of combinators (ALUs, arithmetic logic units) and caches, as well as buses that enable the data, control and state between them. Together with internal memory and input and output (IO) devices, it is purely known as the three core components of electronic computers.

The structure of a CPU can be broadly divided into arithmetic logic components, register components, and control components. Register components are used to stage instructions, data, and addresses. The control component is mainly used to analyze the instructions and send out the corresponding control signals.

A computer's memory can be divided into random access memory (RAM) and read-only memory (ROM).

<>1. Architecture. Architecture is the main core framework of the CPU, and it affects the overall performance of the CPU. Let's compare it with moving bricks.

The old architecture is like using a wheelbarrow to move bricks, and the work efficiency is not high; And the new architecture is like driving an excavator. Generally speaking, the newer the CPU model, the better the architecture and process, and the stronger the performance.

2. Core. The core is what the CPU does to calculate, and what we often say about quad-core, six-core, and eight-core refers to the number of CPU cores. It should be noted that the more cores the CPU, the better, and the multi-core just means that they will have more advantages when working in multiple threads.

3. Frequency. The higher the frequency, the faster and more powerful the CPU. Frequencies are divided into three types: extreme frequency, turbo frequency, and overclocking.

The fundamental frequency is the frequency that we usually use lightly in our daily life, while the turbo frequency is the frequency at which we are full of firepower when we are under high load, such as playing games, and overclocking is the ultimate performance of the CPU.

4. Cache. The cache is a cache with super fast read and write speeds, and when the CPU needs data, it can preferentially start calling from the fast cache.