PUBG has not yet rolled out the DLSS option in the game. Unfortunately, enabling DLSS in the game requires tinkering with game files. This method can also cause input latency issues and reduce image quality. Fortunately, Nvidia is working on making DLSS available to the masses. But, how do I enable DLSS in PUBG?

PUBG does not support DLSS

There are three different ways to increase the performance of your PC, DLSS, Ultra Performance Options. However, PUBG does not currently support DLSS. Fortunately, you can enable the feature manually if you wish. Moreover, there are many other performance enhancement options available in the game’s settings, including Optical Compression, which increases framerates and graphical detail. Regardless of which one you choose, you should be able to enjoy the game at its maximum potential.

One of the most important features of DLSS is its ability to improve the frame rate of games. This technology is built into the Unreal Game Engine, and it improves game performance by reducing input latency and increasing frames per second. Unfortunately, PUBG does not support DLSS, but Nvidia has plans to add this feature in the near future. But for now, the game will remain a closed beta, so it is difficult to test DLSS in action.

DLSS requires a GeForce RTX graphics card

The latest NVIDIA GPUs support Deep Learning Super Sampling (DLSS). This AI-based upscaling algorithm uses dedicated Tensor Cores to boost frame rates without sacrificing image quality. This new technology boosts in-game FPS in games that require graphically intensive workloads. Gamers can enjoy higher resolutions and higher graphics settings with DLSS. Its performance is also comparable to that of a higher-end PC.

While DLSS has been around for a while, the technology is not yet widely supported. While DLSS is an interesting new feature, most PCs still rely on the raw rasterization performance of the graphics card. In other words, the DLSS feature requires a GeForce RTX graphics card. However, it is still not widely supported, and a GeForce RTX 20 or 30 series GPU is sufficient for DLSS to work properly.

DLSS enables gamers to enjoy over 60 FPS in Red Dead Redemption 2 and other games. Nvidia claims that a GeForce RTX 3060 Ti or better can achieve 60 FPS in games at 1440p, while a 3070 or higher can achieve the same at 4K. DLSS also improves the performance in Baldur’s Gate 3 by as much as 88% at 4K.

DLSS can cause input latency issues

The DLSS is a type of doping which can cause input latency issues in PUBG. However, it is not entirely clear how much it affects the framerate. It is important to note that DLSS can increase framerate and reduce input latency, but it can also increase the FPS, so it is vital to determine how much of a difference it actually makes. Despite the blatant benefit of DLSS, PUBG users should still be cautious about using it. Moreover, it should be noted that DLSS is not perfect, and it may have caused a few problems.

The DLSS has been a long-term plan for PUBG. Currently, it is not integrated in the game. It uses 40% of power but improves frame rate. However, you can enable it in Performance mode and see the difference immediately. This is not something PUBG supports, but it has been planned for a long time. Unfortunately, the game does not currently provide instructions on how to enable DLSS.

DLSS reduces image quality

DLSS is a real-time implementation of Nvidia’s Ansel screenshot-enhancing technology. It reduces image quality while providing a comparable performance boost. The system renders images at a lower resolution, which eliminates visual artifacts and provides comparable overall effects to raising resolution. It does this by using a trained A.I. algorithm to apply various effects to the image. In essence, DLSS reduces the quality of game images without compromising the image.

In a recent patent, AMD uncovered a new method of upscaling images using a neural network. This technique applies a non-linear sharpening filter to the input image to produce higher resolution output. AMD calls the result a high-quality image approximation and achieves high framerates. Interestingly, this technique is very similar to the AMD FidelityFX Super Resolution algorithm.