Is there a relationship between the size of the monitor and the memory of the graphics card? What do

Let's put it simply,There is no direct relationship between the size of the display and the video memory【It's just indirectly related to it when gaming】It's just that the relationship between the size of the video memory and the resolution of the game is quite large,At a relatively high resolution,The larger the video memory, the smoother the operation,The smaller the video memory, the lower the frame rate,Of course, this is related to the monitor,The larger the screen and the game can also support high-resolution operation, it's the same as the above analysis。 If you don't play games, there is no direct relationship between the display and the size of the video memory, of course, the lower the resolution, the faster the computer will run faster, but the resolution of the monitor can be adjusted, not static, so there is no direct relationship between the video memory and the size of the display. Hope mine can help you!

It doesn't matter, the function of the display is only to display the graphics data processed by the computer, and the graphics card's video memory is equivalent to the motherboard memory, it is to store the temporary data processed by the GPU (graphics core), the performance of the graphics card determines the current effect of graphics-related software such as playing games and doing graphic design, the graphics card is for the CPU to share the task, it shares the CPU's graphics computing task, after the graphics card processes the data, the information will be sent to the display and displayed, So the video memory has nothing to do with the size of the display. The size of the monitor only determines the size of the image you see, of course, the larger the monitor, the larger the resolution, which is directly related to the graphics card.

I think it still has a certain relationship, and it mainly depends on your application. High-resolution large-screen monitors, the memory capacity usage of full-screen high-resolution games or graphics rendering will be much higher than that of low-resolution. If you're not playing games or doing graphics rendering, you can ignore the memory usage at high resolutions.

1. The video memory is used to perform the function of storage, but the object of the destruction it stores is the information of each pixel output by the graphics card to the display. Video memory is a very important part of the graphics card, after the display chip has processed the data, it will save the data to the video memory, and then the RAMDAC (digital-to-analog converter) will read the data from the video memory and convert the digital signal into an analog signal, and finally the display will be displayed by the screen booth.

2. Video memory is used to improve the performance of the graphics card: the amount of video memory exchange, the speed of the speed is very important for the performance of the graphics card core, and how to effectively improve the performance of the video memory has become the key to improving the performance of the entire graphics card.

3. Video memory is used to store the graphic information to be processed.

4. The video memory in the advanced graphics acceleration card is not only used to store graphics data, but also used by the display chip for 3D function operations.