Suppose you want to play 4K games but just have an outdated 1080p display laying around. Therefore, don’t be concerned; in this post, we’ll describe and explain how to run games at 4K on a 1080p monitor with supersampling. The supersampling technology now allows you to play 4K games on a 1080p monitor. You’ve heard of 4K gaming and HDR gaming if you’ve been around the gaming industry for a while.

The resolution of 4k is four times that of 1080p, so in theory, your 1080p monitor won’t be able to display such visuals or support such games. The ability to view 4K content on 1080p televisions has been made possible, however, by new supersampling techniques. In terms of gaming, this is the new revolution.

When we refer to an image as “Playing at 4K,” we mean that the GPU originally renders it at 4K. However, to fit the screen, the image will be shrunk. To fit the display’s 1080p quality requirements, the picture would be shrunk, nonetheless. When compared to the original 1080p image, the image we receive as a result is of higher quality. By doing this, you can ultimately play games at 4K resolution with excellent visual quality on a 1080p monitor.

What Is SuperSampling?

Aliasing is a phenomenon that causes edges that should be smooth to appear like stair steps, giving games a pixelated appearance reminiscent of early 3D ones. It is probably already known to those who have been in the PC gaming industry for some time. Since jaggies are more prevalent at lower resolutions like 1080p, games have long included anti-aliasing capabilities to help reduce them.

When the DSR or VSR are enabled, the GPU effectively tricks the game into thinking it is a 4k monitor rather than a 1080p one. Then comes the interesting part; supersampling methods are used to create the 4K images that will be displayed to you.

Now that we are aware of how effective supersampling is, it is clear that approaches like FXAA or morphological anti-aliasing would adversely influence your performance. Compared to photos of native quality, those that have been downscaled have more detail. Because of this, you should just apply anti-aliasing to it since there is no detail loss.

Supersampling has existed for a while. In actuality, it’s one of the original anti-aliasing techniques. However, it’s more of a brute force approach, which naturally has a significant performance cost. As a result, it declined in popularity as better anti-aliasing techniques emerged, such as MSAA and FXAA, which eliminated jagged edges without sacrificing frame rate.

How To Run Games At 4K On A 1080p Monitor With Supersampling?

Supersampling is a feature that is offered by both AMD and Nvidia; AMD calls it Virtual Super Resolution and Nvidia calls it Dynamic Super Resolution. Suppose we discuss those that were released after 2015. Without sacrificing performance, they could handle more tasks. The sharpness and image quality are improved by Supersampling Anti-Aliasing (SSAA), like all other anti-aliasing features in the game.

You can play content on your 1080P monitor by tricking the computer into thinking you have a 4K monitor by playing games with SSAA support. Another thing to think about is making sure that the game you are playing supports greater resolutions in addition to your GPU. You might need a patch if they can’t achieve a higher rating.

Another thing to think about is making sure that the game you are playing supports greater resolutions in addition to your GPU. If they are unable to, you could need a patch to get a better resolution for it. Furthermore, confirm that the GPU you are using is capable of supporting the higher 4K resolution.

If you have a new, powerful system, you won’t have any problems; these methods are only necessary for older systems. The techniques are listed below, and you must enable the aforementioned settings in the GPU control panel.

Enable VSR On AMD Cardholders

The technology is referred to by AMD under the abbreviation VSR (Virtual super-resolution). Using AMD Control Center, turn it on.

• Clicking the right mouse button on the desktop will launch the AMD catalyst/Radeon control panel.

• Scroll down to the Display Options section of the tab for Display.

• the toggle switch to ON and press apply to enable the VSR option.

In the game’s video settings, you may now choose from a wider range of resolution possibilities, as was already noted. The image will be downscaled to its original resolution while maintaining excellent picture quality if the setting is set to 4k. So, unless it harms performance, you can add some more parameters, such as MSAA, to obtain a much higher quality image.

Enable DSR on Nvidia cardholders

The technology is known by Nvidia as DSR (Dynamic Super Resolution). From the control panel, enable it. By performing a right-click on the desktop and selecting the Nvidia Control Centre, you can access the Nvidia Control Centre.

• Adjust 3D Options can be found under the 3D options menu.

• Scroll down to DSR factor under Global setting at this point.

• Set DSR smoothness to 10 or 20% and DSR factors from 1.00x to 4.00x (native resolution) as enabled (tick mark). While providing feedback in-game, users may change variables to meet your requirements.

The DSR factor determines how many times the image must be super-sampled. Here, 4X refers to four times our original resolution (i.e, 1080p). The jagged line’s smoothening is influenced by DSR smoothness. In the game’s video/graphics settings panel, after the settings have been saved, you can access extra resolution options.

The GPU will downscale the game to match the monitor’s display if you choose a higher resolution, such as 4K. However, you can now tell a 1080p video that has been supersampled from one that is original.

What Is The Procedure For SuperSampling?

Although the monitor is only capable of 1080p resolution, if DSR or VSR are enabled, the GPU deceives the game into believing that higher resolutions, such as 4k, are supported. Later, utilizing supersampling algorithms, the GPU does its magic to produce 1080p images that are much clearer and better and render onto the monitor’s screen.

When contrasted with less precise techniques like FXAA or morphological aliasing, however, it will harm performance. In comparison to an image of native quality, a downscaled image has more information. Therefore, we can also add anti-aliasing to it without losing any detail.


Is The Difference Between 1080p And 4K In Terms Of Gaming Significant?

In a setup that can play games at 4K resolution at 30 frames per second, 1080p may display 60 frames or more. Even with a powerful graphics card, playing games at 4K can still result in noticeable frame rate dips. In contrast, playing games at 1080p is smoother and more accurate.

On A 1080p Monitor, Should I Play Games In 4K?

Ever wished to play this game at such a higher definition while shelling out a tonne of cash for a 4K monitor? If blurry edges are a problem for you, a function called supersampling will enable you to play games at 4K or higher, even on a 1080p panel, for a considerably crisper image.

Why Do 4K Displays On 1080p Monitors Look Better?

Given that a 4k video has 4 times the amount of pixels that a 1080p screen can screen, a 4k screen should be significantly clearer and carry additional content.


As a result, running games in 4K resolution on a 1080p monitor was accomplished using this strategy. The question of how to run games at 4K on a 1080p monitor with supersampling should be on your mind now that you understand how it functions. As you can see, the processes are quite simple and easy to follow.

To achieve the best quality and performance, however, you will need to test a variety of settings. The rate of technological advancement is always remarkable, yet so much more might be done. The gaming experience becomes more realistic as upgrades get better and better. So turn the volume up and use supersampling to enjoy high-quality gameplay.

Mehtab Ayyub

View all posts

Add comment

Your email address will not be published. Required fields are marked *