Upscaling technology is explained: DLSS vs FSR vs Xess

Because game technology and visual graphics are gradually advanced, demand for higher resolution and smoother framerates has grown significantly. However, the game runs at 4K or higher resolution can be a struggle, even for high -class GPUs. This is why GPU manufacturers develop improvement technology. They are intended to increase framerate and overall performance while only have a small effect on visual loyalty.

The benefits of the increase are not limited to games at 4K or higher resolution. If you have weaker hardware and don’t want to spend a lot of money to increase your PC, then an increase might be the perfect solution for you.

In this article, we will discuss the main improvement technology and discuss the benefits and weaknesses.

All major improvement technologies

There are three main improvement technologies that you need to know. This includes the most sophisticated NVIDIA DLSS (Super Learning Sampling), FSR AMD (Fidelityfx Super Resolution), and the newer Intel Xess (Intel Xe Super Sampling).

But, which is worth use, and how every technology compared to others?

While all improvement technologies work towards the same goal (improve performance while maintaining image quality) they take a different approach to achieve this. Methods such as DLSS and Xess use sophisticated AI algorithms to reconstruct pixels to increase, while FSR AMD uses a spatial increase method rather than AI.

Obviously, the science behind all these technologies can be very detailed and deep. So, in order not to make this article too dense, we have chosen to focus on what technology offered rather than exceeding the exact way of working.

Nvidia Dlss: Best Performance and Image Quality

Super -in -depth sampling of NVIDIA (DLSS) work with the help of AI. When activated, basically run the game at a lower resolution and then improve the image to the resolution you want using in -depth learning and AI. Exclusive DLSS technology for RTX cards because it requires the core tensor in these cards in order to work. In short, if you don’t have a Nvidia RTX card (20 series and above) you cannot use DLSS.

DLSS provides the best quality and performance of the image, producing the final image that looks better than the original most time, with the right details and improved clarity. Nvidia does a very good job to develop DLSS technology, and while DLSS 1.0 receives various results, safe to say that DLSS 2.0 is the best improvement technology out there.

Who should use DLSS

If you have a RTX series card, DLSS will be your best improvement choice because it provides higher quality images than other improvement methods such as FSR and Xess. Gamers who do not use the NVIDIA RTX card cannot use DLSS.

AMD’s Fidelityx Super Resolution (FSR)

AMD’s Fidelityfx Super Resolution (FSR) works without AI or in -depth learning at all. Conversely, he uses high -quality sharpening to improve details and improve image quality while eliminating the blur that is often introduced by improvement.

While FSR AMD may not provide the same image quality as DLSS, this is a decent choice for those who do not have RTX LINEUP GPU, because FSR AMD is cross compatible. This allows it to work on various GPUs, including older ones, making it a valuable tool to improve performance in higher resolution.

Who should use FSR

If DLSS and Xess are not available, FSR may be your best bet. Although it might not match DLS and Xess, it still does a relatively good job and can help you get higher quality images with lower performance costs. FSR is available in various GPUs and not bound by AMD cards specifically.

Intel xess: high image quality and cross compatible

Intel XE Super Sampling (Xess) uses AI algorithms similar to DLSS. Like Nvidia, Intel developed AI models using in -depth learning that can increase lower resolution for higher resolution.

In terms of image quality, Intel’s Xess is very comparable to DLS, giving very detailed images and clarified in higher resolutions. However, some variants in performance and quality may be considered if you are a non-intellectual bow user. Unlike DLSS, Intel’s Xess supports various GPUs, including AMD and Nvidia. This gives the best results to the newer GPU ARC Intel with special AI hardware to speed up the process.

Who should use xess

If you don’t have a RTX card and can’t use DLSS, your next best alternative is xess, regardless of any GPU that you might have. Xess is not bound to the Intel Card so that it can be used in various kinds of GPU.

How to activate the improvement in the game

You will find the option to activate the increase in video settings of each supported game. Usually, there will be a different preset to choose from. This is generally:

• Native residents
• Quality
• Balanced
• Show
• Very performance

The lower you go, the more image quality worsens. Original, as the name suggests, only makes a game in the original resolution. When you go down the list, technology starts to make games with lower resolution, then increase it again. The lower you go, the lower the resolution given by the game. So, in Ultra Performance and Performance, you will see significant losses in image quality.

The preset you choose is completely up to you and depends on what you are looking for. If you play competitive games and want a maximum frame per second, then the usual performance must be done. If you enjoy the title of a single player, choosing something like Balanced is okay.

Is a proper increase

In short: sometimes, but not always.

Increased technology such as DLSS, FSR, and Xess is very good for squeezing more performance from your hardware. You get a higher FPS without fully tanking visual quality, which is a victory for casual and single gamers. However, when it comes to competitive games, priority shifts.

Here, in Prosettings, we all about maximizing competitive performance. What is important in the front is low input, high framerate, and clear visuals.

Increasing technology set to performance mode can increase FPS with a minimum impact on LAG input, especially if you are limited to GPU. You don’t want to regulate the resolution too low, because it can have an impact on visual clarity.

So the increase is usually not a problem, but making a frame can certainly. Making frames generally adds latency, which is something that you really want to avoid when playing competitively. Precisely how much latency depends on the game, your PC, and other factors, but as a competitive hardcore gamer, you usually try to avoid all forms of latency.

In short: Upscaling is fine if you use it to maintain a high and consistent FPS on medium-level hardware. Stay away from making frames and too aggressive arrangements. If you have horse power to run the original on your target FPS, keep it with it. In competitive games, every millisecond is calculated.

Conclusion

Increasing technology has been running far, and for most gamers who use this middle class hardware is a solid way to improve performance without sacrificing too much image quality. DLSS leads the package in clarity and performance, but FSR and Xess are more flexible, especially for those who do not run NVIDIA cards.

In the end, up to your settings and what you prioritize. For competitive players, stability and responsiveness are prioritized than eye candy. So use upscaling smart: call in the settings that give you the frame you need without obscuring important details. And whatever you do, leave the making of a frame when it’s time to play competitively.

Burair is a freelance writer for Prolettings.net