What is the relationship between integrated graphics and memory modules?

The video memory used by the integrated graphics card is to allocate some space in the memory module to use, and the faster the memory, the more obvious the performance of the integrated graphics card will be improved.

Integrated graphics cards generally do not have video memory, and use a part of the main memory of the system as video memory, and the specific amount is generally automatically and dynamically adjusted by the system according to needs. Obviously, if you use an integrated graphics card to run a lot of memory-intensive space, the impact on the entire system will be more obvious, and the frequency of system memory is usually much lower than that of a discrete graphics card, so the performance of an integrated graphics card is inferior to that of a discrete graphics card. Motherboards that use chipsets with integrated graphics cards do not have to use integrated graphics cards, and motherboards can completely shield the integrated graphics cards, but for cost reasons, this is rarely done.

Although I don't know your game too well, but I can see that it's a memory problem, you can just plug in the memory you just bought and try it, and then if it doesn't work, make the system again, if it doesn't work again, hehe, send it to the computer hospital.

It should be a matter of memory, you first plug in the memory you found, unplug the original one and try it, if there is still a black screen, it can only mean that there is a problem with compatibility, and you finally say "Or buy a genuine memory module and a discrete graphics card for this computer?" "Does it mean that your computer is a brand?,If so,You have to pay attention to this aspect.,It's not in the price and brand of memory.,The main thing is that the compatibility of the brand machine is poor.。 If your machine supports three generations of memory, you can try three generations, the second generation is also a lot of price, more expensive than the third generation, if you want to change the graphics card now, it may only be a second-hand one, if you want to change the motherboard, it is recommended that you do not change it, the motherboard is changed, most of the parts of your machine have to be replaced, and buying a new one is almost the same.

The memory of this graphics card is the memory that can be shared, which can increase the load on the graphics card.

Let's find someone knowledgeable to help you take a look.

In integrated graphics, the graphics chip is integrated on the motherboard instead of a separate graphics card slot. This design can reduce cost, but also reduce power consumption and size. However, video memory is another important component in a graphics card, which is used to store images and data.

Even with integrated graphics, video memory is required to store processed images and data so that it can be quickly output to the display. Therefore, even an integrated graphics card needs video memory to support its functionality.

Why is the graphics card integrated, but there is video memory.

Hello dear! We'll be happy to answer this question for you. Why is the graphics card integrated, but there is video memory.

Pro, why is the graphics card integrated, but there is video memory: the graphics card is an important component in the computer, it is responsible for processing the graphics and the output. In integrated graphics, the graphics chip is integrated on the motherboard instead of a separate graphics card slot.

This design can reduce cost, but also reduce power consumption and size. However, video memory is another important component in a graphics card, which is used to store images and data. Even with integrated graphics, video memory is required to store processed images and data so that it can be quickly output to the display.

Therefore, even if it is an integrated graphics card, it also needs video memory to support its functions.

In conclusion, the integration of graphics cards and the presence of video memory are two different issues, integrating graphics cards can reduce cost and power consumption, but video memory is still necessary.

OK. There is a very important part of the structure of a computer, which is memory. Memory is a part used to store programs and data, for a computer, with memory, there is a memory function, in order to ensure normal operation.

There are many types of memory, which can be divided into main memory and auxiliary memory according to their use, and the main memory is also known as internal memory (referred to as memory, which is called memory in Hong Kong and Taiwan).

Memory is the main component in a computer, and it is relative to external memory. The programs we usually use, such as Windows operating system, typing software, game software, etc., are generally installed on external memory such as hard disks, but only this can not use its functions, they must be transferred to the memory to run, in order to really use its functions, we usually enter a piece of text, or play a game, in fact, are carried out in memory.

Usually we store a large amount of data to be saved permanently on external memory, and put some temporary or small amounts of data and programs in memory, of course, the quality of memory will directly affect the running speed of the computer. Theoretically, the lower the memory timing, the better, but only if it can run stably!

1.Speed The speed of a memory module is generally measured by the time it takes to access data once (in ns), and the shorter the time, the faster the speed. Normal memory speed can only reach 70ns 80ns, EDO memory speed can reach 60ns, and SDRAM memory speed has reached 7ns.

Note: There are many manufacturers of memory modules, and there is no unified annotation specification yet, so the performance indicators of memory cannot be simply read from the annotation of the memory chip, but you can understand its speed, such as 70 or 60 and other numbers, which means that the speed of this memory chip is 70ns or 60ns.

2.Capacity There are many specifications of memory module capacity, the early 30-line memory module has a variety of capacities of 256K, 1M, 4M, and 8M, and the EDO memory of 72 lines is mostly 4M, 8M, and 16M, while the SDRAM memory of 168 lines is mostly 16M, 32M, 64M, 128MB capacity, or even higher. Figure 5-1 shows a unique 64 MB memory module.

3.Parity.

In order to verify the accuracy of the access data, 1 bit can be equipped as the parity bit for every 8 bits of memory module, and cooperate with the parity check circuit of the motherboard to verify the access data correctly. However, in actual use, the presence or absence of parity bits has no impact on system performance, so most memory modules are no longer equipped with calibration chips.