Does the overscan feature of an AMD graphics card affect performance such as image quality?

Overscan"It is a concept relative to the TV set, because the purpose of the TV is different from the display, the TV focuses on the display of moving images. The monitor is required to display static images, text, etc. for a long time. Therefore, the TV signal is different from the display, there is no "resolution", and the first TVs are all imaged by the scan line, so the clarity is represented by the "xx line".

The TV does not need to ensure the complete display of the picture, for example, the 4:3 TV shows the full screen of the 16:9 signal, and there will be pictures on the left and right sides that are not displayed, which is "overscan").

HDMIInterport is developed for TVs,So you use HDMIInterport has"Overscan"phenomenon,For flat panel displays,No"point-to-point",There is picture loss,So it is recommended that you use the DIV interface or newer DisplayPort for your monitor。

Mine is the same way, don't know how to fix it? Do you have a workaround?

You can't have it both ways.

For a graphics card, when playing 3D, the pursuit of high image quality will come at the expense of smoothness (performance), and if you want to make the game smooth enough, you have to sacrifice image quality and reduce the burden on the graphics card.

These two options are designed for two types of people: one is the "picture party", who pursues gorgeous picture quality, they will choose the "best image quality", and forcibly turn on the anti-aliasing, vertical synchronization and other functions of 3D games; On the other hand, in pursuit of smoothness in the game, they will choose "best performance" and forcibly turn off 3D game anti-aliasing, vertical synchronization and other features.

Actually, these two options are for people who are looking for extreme image quality or extreme performance, and for the average gamer, we just have to select "Let the system decide automatically", and it will automatically adjust according to the graphics card load in different 3D games.

If you want perfect visuals, then choose the best image quality, provided that your graphics card is good enough, because choosing the best image quality will make the graphics card more burdensome, and the average graphics card may get stuck when playing big games. If your graphics card is good enough, choose the best image quality for always a visual enjoyment. If the graphics card is a little worse, you should have the best performance, which will make the burden on the graphics card less and will not freeze.

It's better not to move.

It should be up to the application to decide which option is best.

It depends on what kind of graphics card you are. If it's convenient, send it up.

Originally, it should have been adjusted in the game settings, with a minimum of a minimum and a resolution reduction.

There should be no difference between the picture quality of a card playing games and an N card.,Maybe it's your illusion.,The quality of the picture should be determined by the game itself.。

The driver settings are to set how much the performance of the graphics card can play, and it is all turned on by default, and it is not recommended to change it, so as not to slow down the performance of the graphics card and play games more smoothly.

Update the driver Don't update it blindly. The N card that will blur the screen is relatively better than the A card. However, your graphics card is obviously not enough, you can overclock it appropriately, don't overdo it, it won't cause damage to the graphics card, the game performance of the n card is good, the A card is relatively good, and the N card supports a wide range of aspects, the A card is not so extensive, some games are not supported, you can reduce your resolution to achieve smooth gameplay, the driver is best updated from the professional software that you think can be improved, it can also reduce the resolution of your desktop, and you can also achieve smooth gameplay.

In fact, the picture quality you are talking about is the picture style, as long as the color division of the picture is different between the A card and N, the style of the A card is more durable, and the N card is more vivid.

As for the low frame rate, then turn down the special effects. Especially anti-aliasing, if it doesn't work, turn it off.

In addition, if you say that the resolution is low, it will be carded, so open it to the highest. Adjust the screen options one by one, first all to the highest, and then slowly lower the special effects to see if there is any difference.

Which fraps detects the frame rate.

Some of the games themselves are sponsored and developed by NVDIA, and the optimized program is added to it, and ATI will definitely not be able to run NV, so since you use a card, you can calm down, and you can play whichever is cool, and there is no need to compete.

If you didn't have a driver set up before, you don't, and the driver is generally good by default.

It's going to be fine, you're talking about the driver.

The difference between high performance and high quality in graphics card settings is that the purpose of the setting is different, the type of graphics card is different, and the functions are different.

First, the purpose of the setting is different.

1. High performance: The purpose of the high-performance setting is to maximize the number of frames and make the picture smooth.

2. High quality: The purpose of high-quality settings is to improve the fineness and visual quality of the picture.

Second, the type of graphics card is different.

1. High performance: The type of graphics card suitable for high performance is discrete graphics card.

2. High quality: The type of graphics card suitable for high quality is integrated graphics card.

Third, the functions are different.

1. High performance: Under the high-performance setting, the graphics card driver will automatically set to a lower texture texture map quality, anti-aliasing, and various heterosexual filtering settings, and a lower picture quality to ensure the number of game frames.

2. High quality: Under the high-quality setting, the graphics card driver will automatically set to a higher texture texture quality, anti-aliasing, and various heterosexual filters to ensure high image quality.

You mean the option to drive the settings center of the graphics card, right? The main difference is the heterosexual filtering of the material, the algorithm of the material, and the smoothness of the edges.

High performance is to turn off all the special effects, and the fastest and high-quality operation of the machine is to turn on all the special effects, and the visual effect is the best.

High performance is to maximize the frame rate and make the picture smooth; High quality is based on the fineness of the picture and the quality of the perception.