Recommend a CPU and graphics card 26 points .

CPU: Intel Core 2 Duo E8200 Bulk 1040, 45nm, powerful performance and great overclocking potential!

Graphics: MSI Z3850 256D3B 499, super cost-effective, no problem playing games! ***！

It adds up to more than 39, and the kill price should be 1500 to win!

In this way, it can be paired with your above configuration to achieve a good balance!

Tell me about it, have you already bought your memory? If not, change it to 1g*2 800, the price is about the same, and the performance is improved a lot! Especially later on overclocking is useful!

Intel Pentium Dual-Core E5200 (Box) 1 635 Graphics Card Sapphire HD3870 512M Overseas Version 7991400 can be won.

Replace u with. Intel Core 2 Duo E7200 (Jewel) 8301600 won.

Processor E5200

Graphics: Sapphire HD3870 Overseas Edition.

Hello dear, to compare the performance of CPU and graphics card, you need to consider the features and functions of each of them. The CPU is the processor of the computer and is responsible for processing all the instructions and data of the computer. Its performance is often determined by factors such as its clock frequency, number of cores, and cache size.

The graphics card is the graphics processor of the computer, which is responsible for processing tasks such as graphics and **. Its performance is usually determined by factors such as its video memory capacity, graphics card chip model, and video memory bandwidth. To compare the performance of a CPU and a graphics card, you can test it with some benchmarking software.

For example, the performance of a CPU can be tested using Cinebench, and the software can test the single-core and multi-core performance of the CPU. And for graphics cards, you can use 3DMark to test the performance of the graphics card, and the software can test the graphics card's bright-core graphics processing power and frame rate and other indicators. In addition, it is important to note that the performance of the CPU and graphics card is not independent of each other, and the synergy between them also has a great impact on the overall performance of the computer.

When performing high-performance tasks such as gaming or **, you need to consider the performance of both the CPU and the graphics card to achieve better results. In conclusion, to compare the performance of CPUs and graphics cards, one needs to consider their respective features and functions and test them with benchmarking software. At the same time, it is necessary to pay attention to the synergy between them to achieve better computer performance.

Hello, it's a pleasure to serve you, CPU and graphics card are the two most important components in the computer, their performance directly affects the speed of the computer and the quality of the game picture, the following is the way to compare the performance of the CPU and the graphics card:1CPU Performance Comparison:

CPU performance is usually measured by metrics such as clock rate, number of cores, cache, etc. You can use software such as CPU-Z to view the details of the CPU and compare the performance of different CPUs. 2.

Graphics card performance comparison: The performance of a graphics card is usually measured by metrics such as video memory capacity, core frequency, and number of stream processors. You can use software such as GPU-Z to view the details of the graphics card and compare the performance of different graphics cards.

3.Comprehensive performance comparison: In addition to comparing the performance of the CPU and graphics card separately, you can also use some comprehensive performance testing software, such as 3DMark, PCMARK, etc., to test the performance of the entire computer and compare the performance of different computers.

It should be noted that the performance of the CPU and graphics card is not a single indicator, but a comprehensive indicator affected by a variety of factors. Therefore, when comparing CPU and graphics card performance, you need to consider multiple factors, such as clock speed, number of cores, cache, video memory capacity, core frequency, number of stream processors, etc., to get a more accurate comparison result. In addition to the above methods, you can also use some game performance testing software, such as FRAPS, Gamebench, etc., to test the performance of different CPUs and graphics cards in games.

Hello, the CPU and graphics card are the two most important hardware components in a computer. Their performance all affect the overall performance of your computer. The CPU is mainly responsible for computing and control, while the graphics card is mainly responsible for graphics processing and display.

To compare the performance of CPU and graphics card brothers, you need to look at their specific specifications and performance test results. CPU performance is usually measured by metrics such as the number of cores, clock speed, cache, and more. The performance of the graphics card is mainly measured by metrics such as video memory capacity, core frequency, and number of stream processors.

In practice, the performance of the CPU and graphics card affects each other. For example, when it comes to graphics processing or rubber games, the performance of the graphics card will be even more important. And when performing computationally intensive tasks, CPU performance is even more important.

Overall, the performance of both the CPU and the graphics card is important, and their performance affects the overall performance of the computer. When choosing a computer, you need to choose the right CPU and graphics card for your specific needs.

CPU is the brain of a computer, the performance of the CPU, directly affect the performance of the entire platform, the effect of direct reflection, the world is that the user feels very slow when using the computer, for example, when opening N web pages, and there are a large number of inserts in the web pages, because the CPU needs to process a large amount of redundant data at this time, if the performance is low, the system will reflect very slowly, very stuck. The graphics card (GPU) is responsible for lightening the CPU, and is responsible for the image display and graphics operations, which directly affect the final effect of playing the game. For example, when running a large-scale stand-alone game, because the large-scale stand-alone game will produce a large amount of image data to be processed when running, especially when the high effect is turned on or the resolution is very high, the image data is particularly large, and even reaches the capacity of several G, of course, the data of these G's is not written to the hard disk, but is directly stored in the video memory and processed in real time, and the part that exceeds the memory capacity will be transferred to the virtual memory of the hard disk, and the data in the video memory is processed, and then enter the processing queue in turn.

Therefore, if the graphics card with low performance plays a large stand-alone game, it will not have time to process the game's data, which will eventually lead to the card slippage of playing the game. Therefore, according to the importance, the CPU is more important than the graphics card, and now the mainstream CPU basically comes with its own nuclear display, and it is still used without a graphics card, but in some use environments, the CPU demand is not high, but the image processing requirements are higher, such as engineering drawings or games, etc., which have special requirements for the graphics card, and the graphics card is more important than the CPU.

Hello dear. The CPU and graphics card are the two most important components of a computer, and their performance has a significant impact on the overall performance of the computer. The CPU is mainly responsible for computing and control, while the graphics card is mainly responsible for the graphics grip and display.

Therefore, the performance comparison between the CPU and the graphics card needs to be carried out according to the cavity scene of different application fields. In general office and daily use, the performance of the CPU has a greater impact on the overall performance of the computer. Therefore, the performance of the CPU can be evaluated by comparing the CPU's main frequency, number of cores, cache, and other metrics.

Generally speaking, the higher the clock speed, the higher the number of cores, and the larger the cache, the higher the CPU performance. In applications that require a lot of graphics computing, such as gaming and graphics processing, the performance of the graphics card has a greater impact on the overall performance of the computer. Therefore, the performance of the graphics card can be evaluated by comparing the graphics card's video memory, number of cores, frequency, and other defense indicators.

Generally speaking, the larger the video memory, the higher the number of cores, and the higher the frequency, the more powerful the graphics card. In short, the performance comparison of CPU and graphics card needs to be carried out according to different application scenarios, and multiple indicators need to be considered comprehensively to evaluate their performance.

The CPU is the processor of the entire computer, which is like the human brain.

The motherboard is like a human body, connecting all parts.

Originally, people can walk without shoes, but the speed is not fast, and the computer is the same, it can run without a discrete graphics card, but the performance of the integrated graphics card is not strong, and installing a discrete graphics card is like a person wearing a pair of shoes, and he can walk faster.

The whole system configuration of the computer will take into account the problem of compatibility, that is, adults should wear adult shoes, children should wear children's shoes, let children wear adult shoes is not able to play the maximum role of shoes, so you buy a pair of big shoes for children to wear it is wasted, suitable is important.

So what's the right fit?

To put it simply, the dual-core processor is equipped with: N card: GT440, GTS450, GTX550Ti and other graphics cards, A card: HD6670, HD6750, HD6770.

Quad-core processor with: N card: GTX460 GTX560SE GTX560TI GTX570, A card: HD6850 HD6870.

4 cores, eight threads, six cores, eight cores == The processor can be equipped with: GTX580 GTX590, GTX680 HD6950 HD6970==.

However, this is not absolute, it depends on how you are willing to spend it, and there are better configurations, but the main thing is: enough is good.

Graphics card and CPU are two completely different computer accessories, of course, the graphics card is not equal to the CPU, and there is no CPU on the graphics card.

CPU, --- abbreviation of ** processor, is responsible for most of the control functions and computing tasks of a computer, and is the computing core and computing center of a computer, which is equivalent to the brain of the human body.

The graphics card --- responsible for the graphics operation and output of the computer, and can also undertake some first-class encoding and decoding, large-scale scientific parallel computing tasks. That is to say,The graphics card is mainly responsible for the computing tasks of graphics and images and **rendering,In terms of its own work,The computing performance of the graphics card is even far more than the performance of the CPU,But the function of the graphics card is relatively simple,Not as versatile as the CPU。

The chips responsible for computing on the graphics card are called GPUs, and graphics processors.