If you buy an APU CPU, you don t need to buy a graphics card

You still have to buy it after playing for a long time. I'm A10. Later, playing Rome 2 added a 7850.

Now the you and version of the AM3 are cheaper. It is recommended that you use the bulldozer series plus the graphics card. FM2 cannot be upgraded.

More than 300 760k is basically the highest performance. No matter how expensive it is, there is a difference in the graphics card part. u did not improve.

This is what it looks like when the performance requirements for the machine are not very high.

If you don't play big games, you can use the APU without adding a graphics card, but you need a dual-channel high-frequency memory module, and the whole motherboard is a good point.

So to speak, but the GPU in the APU is very scum, and it can't afford to play games, but it can be used for office entertainment.

Yes, but to buy a high-frequency memory group dual-channel.

After installing the APU, you can do without installing a discrete graphics card.

The function of the APU can replace the discrete graphics card, so after installing the APU, you can not install the discrete graphics card, the APU is AMD's "fusion of the future" concept of the product, which will be the best processor and the independent graphics core on a chip, it has both high-performance processors and the latest discrete graphics card processing performance, so that the CPU and GPU work together, greatly improving the efficiency of computer operation. Compared with discrete graphics cards, the power consumption and battery life are more prominent. Therefore, after installing the APU, you can not install a discrete graphics card.

However, the performance of the APU's core graphics card is good, but it can only reach the level of low-end discrete graphics cards, but it can meet the needs of daily office entertainment. Therefore, it is not recommended to install a discrete graphics card after installing the APU.

APU is to make the ** processor and the independent display core on a chip,In fact, it is still equivalent to using a set display,It's just that this set display doesn't want Intel's set display HD4000 so waste material,A10 is7660D,Its performance is between GT630 and GT640(HD6670). But it's still not as good as the mainstream independent graphics HD7750, HD7770, GTX650, GTX650TI.

Yes, the APU series comes with its own GPU.

It should be greater than or equal to the performance of the DX10 of the 9600GT, but it is certainly lower than the 9800GT, but the APU can support the DX11, which is not a good test here.

You have two questions, the first one: the Core CPU 2nd generation integrates HD Graphics 2000 3000 series Intel's own technology graphics cards. Judging from the comparison of integrated graphics cards alone, the performance of the graphics cards of the APU series is about higher than that of Intel's second-generation graphics cards (that is, it is much higher, so high that there is basically no comparison).

Of course, Intel's CPU performance is also much higher than that of APU.

The second question: independent graphics chip, which can be understood as an independent graphics card, I personally think that the difference is that there is no independent video memory, and the memory needs to be shared. But it's not integrated inside the CPU!

AMD APU design combines the advantages of CPU and GPU, bringing unprecedented flexibility to software developers, and can develop new applications in any way that suits them, but the integrated graphics performance of the APU is only a little stronger than that of ordinary motherboards.

AMD is much better, after all, it has been several years since the acquisition of ATI, and the technical reserves in terms of graphics cards are much stronger, and APU is a sharp weapon.

AMD, the structure of the APU is much more reasonable than Intel. And in fact, the current AMD graphics card is really not worse than NVIDIA, and even surpasses NVIDIA in some aspects.

Inter is not an APU, don't talk nonsense if you don't understand, APU is the core of the CPU collection GPU, kill the low-end independent display in seconds, and the heat dissipation is also good, of course, choose AMD.

The Chinese name of APU is the acceleration processor, which is the latest product launched by AMD, which integrates the graphics GPU in a CPU core. The feature is that it can be mentioned substantially.

A: High performance of internal integrated graphics, smaller area and more power saving.

At present, the APU based on the "BOCAT" architecture has been launched in advance, mainly for netbooks, tablets, thin and light notebooks, HTPC and other fields, and is currently the strongest opponent of Intel Atom. The current highest-end APU is the AMD E-350, which is a big step ahead of its competitors in terms of CPU performance and graphics performance, and in terms of graphics performance, it is close to the performance of the desktop AMD 890G motherboard integrated graphics card (don't forget that the current APU is only for the netbook field).

The "LLANO" core-based APU, which is scheduled to be launched this year, will be positioned for desktops. It is divided into two types: dual-core and quad-core, and it is fused with HD6300 graphics cards. At present, it has been reported that its integrated graphics performance can reach the level of HD5500 5600 discrete graphics card, which is very powerful.

APU Chinese name is accelerated processor, is AMD fusion concept of products, it for the first time will processor and independent graphics core focus on a chip, it has both high-performance processor and the latest discrete graphics card processing performance, support DX11 games and the latest applications of "accelerated computing", greatly improve the efficiency of computer operation, to achieve the real integration of CPU and GPU. In January 2011, AMD will launch a revolutionary product, the AMD APU, the first product of AMD Fusion technology. In addition, APU is an acronym for Auxiliary Power Unit, Ritsumeikan Asia Pacific University, Mechanized Armored Infantry, and Anti-Pickpocket League.

APU is a unique product of AMD, which is an acceleration processor that integrates CPU and GPU, and now the 3A system proposed by AMD is APU processor + ATI graphics card (ATI has long been acquired by AMD) + AMD's motherboard.

The full name of APU in English is "Accelerated Processing Units", which means accelerated processing processors, and it is a product that integrates AMD's advanced technology. In fact, we had already touched the APU in January of this year - AMD held a grand launch event in January 2011 with the theme of "I Love APU", and the product released at that time was the Brazos E350, which is the entry-level model of the APU.

The second-generation Intel smart core processor is Intel in January 2011 released a new CPU, the second-generation smart core processor is a bone change compared to the previous generation of products, it takes its essence, integrates many features of the Nehelem architecture, and once again sublimates many technologies, all of which make the second-generation smart core processor have an epoch-making breakthrough in functionality. It uses a 32nm process and fully integrates the CPU and the core graphics card, which is very strong in performance.

**The processor (Central Processing Unit, CPU) is the computing core and control core of a computer.

This is defined by AMD, and the processor with integrated graphics core in the CPU is called the APU. Just like Intel calls the core graphics card integrated in the CPU GPU

APU is the abbreviation of "Accelerated Processing Units", the Chinese name is Accelerated Processor, is the product of AMD fusion concept, it is the first time to make the processor and the independent graphics core on a chip, collaborative computing, mutual acceleration, while having a high-performance processor and the latest support for DX11 discrete graphics card processing performance, greatly improving computer running efficiency, to achieve the real integration of CPU and GPU. APU is the future of processors.

The performance is in the GT630 class of discrete graphics card.

In terms of performance, playing lol dnf cf csol dota2 street basketball big charge and other online games smooth operation is still no problem o( o

Hello,First of all, you have to figure out a question,That is, what is a crossfire,The interconnection technology between A cards is called crossfire,And the interconnection between N cards is called group SLI,But whether it is a crossfire or SLI, two GPUs are required to complete the function,But it is not limited to two independent displays。

1,It's not only AMD's APU that can engage in crossfire,AMD's some AM3 interface integrated motherboards can also achieve integrated display and independent display firefight,For exampleA880G,A890G motherboards can,But not every piece can,Some support and some cannot。

2,If it's a group firefight,It's true that it can only be a board or an apu plus a card to get it,but if it's just interconnection,it's not necessarily,as long as it's a graphics card that supports interconnection,you can group multiple cards interconnection,According to the graphics card core model and graphics card reserved interface, you can realize the interconnection between dual cards,Three cards or more graphics cards,And from P55 onwards,Some high-end motherboards,You can also realize the mixing between A card and N card。

3. There are no requirements for the graphics card, as long as the graphics card has an interconnection interface, that is to say, see if there is one more interface left on the graphics card, and the other has a connection bridge.

4. For motherboards, there are no requirements, generally as long as the motherboard that supports crossfire or SLI is on the line, these motherboards usually have two or more graphics card interfaces, except for AMD integrated motherboards and APU motherboards that support crossfire. It is not limited to the triple A platform, in fact, Intel chips can support ATI crossfire very early, such as the P35 chip four years ago.

5,The performance improvement after the firefight depends on the specific situation,The SLI technology of the N card can generally be increased by 30% 80%,A card,It's uncertain,There are high and low,Because AMD integrates the motherboard or the model of the independent display specified when the APU and the independent display are firecrossed,This also limits the performance,For example, the firefight between the APU and the independent display,It can only be between HD6450-HD6670,It's not good if it's low,It's not good if it's high,According to the actual measurement of many games,There is no performance improvement in one。

Finally, whether it is a group SLI or a crossfire, it should be planned according to the actual situation, according to your budget, the group firefight, especially the group SLI, has relatively high requirements for the motherboard and power supply, and many times the extra budget of the motherboard and power supply is used on the graphics card, that is to say, directly buy a high-model graphics card, and the performance improvement can be more, and it is more convenient, more worry-free, and more direct. For example, if the PCI-E interface of the motherboard is too close, you can only choose a single-slot fan graphics card, so that the heat dissipation of the graphics card cannot be guaranteed, and the probability of problems will increase.

1.No, as long as the motherboard and graphics card support it, you can exchange fire, and it is not limited to the APU card that can be used to form SIL, not only a card.

3.There aren't too many requirements, as long as the graphics card supports the feature.

4.Not limited to the triple A platform, depending on the motherboard parameters, some main soldering can also support A card and N card interchange5Depending on the situation, the performance improvement is not necessarily very large, but generally the increase is about 80% (theoretically, the actual situation depends on the CPU and other configurations).

Crossfire refers to the interaction between two identical ATI displays, or between a single display and a small number of high-end displays. If it's a set display and a separate display, it's actually meaningless. If you have two independent graphics cards, you must have a large board, otherwise you can't plug in 2 graphics cards, right?

Doesn't have any requirements for a processor, right? Performance can be improved by about 30%. The name between the N cards is SLI.