XBOX Series X and Series S Could Get a Major Visual Upgrade With AMD FSR 4.1 to Improve Graphics and Performance

AMD's latest upscaling technology could improve image clarity, reduce visual artifacts, and help supported XBOX games deliver more stable performance, potentially extending the lifespan of Microsoft's current consoles as the next generation approaches.

AMD’s FidelityFX Super Resolution technology has the potential to bring a substantial visual upgrade to the XBOX Series X and Series S, with FSR 4.1 possibly improving image quality and frame stability in games that support it. As we enter the seventh year of this console generation, better upscaling technology could enable developers to offer higher-quality visuals without requiring players to purchase new hardware.

However, the scope of these improvements will depend on implementation, compatibility, and the requirements of individual games. This means some games could benefit more noticeably than others, depending on how developers choose to integrate the technology into their existing graphics settings.

There’s been some recent talk about AMD’s upscaling technology and the potential to bring newer reconstruction techniques to existing XBOX hardware.

The technology is supposed to make games that render at lower internal resolutions look better by allowing them to produce a sharper final picture without the console having to render each pixel at the target resolution natively. These techniques can be especially useful for demanding games that struggle to keep a constant balance between resolution and performance when supported by developers.

FSR has gone through several iterations, and the newer ones focus on improving image reconstruction and reducing visual artifacts. This has raised questions as to how much more performance and visual quality can be extracted without upgrading the hardware itself, given the reported potential for FSR 4.1 on current XBOX consoles. 

AMD’s FidelityFX Super Resolution technology takes a lower resolution image that it has rendered and uses image reconstruction to produce a higher resolution output. Instead of making a game render everything at native 4K, an upscaling system can reconstruct more detail from the visual information it has at its disposal. This approach can improve performance while maintaining a sharp image, allowing players to achieve higher frame rates without sacrificing too much visual quality.

One of the main possible advantages of newer upscaling methods is better temporal stability. Predecessors have shimmered around fine detail, ghosting behind moving objects, and blurry textures in complex scenes. The problems are particularly noticeable in environments with foliage, fences, thin power lines, and other objects with fine edges.
 
The technology could also enhance the rendering of text, environmental details, and objects seen from afar. Games that lower their internal resolution to keep the performance may have clearer images, especially when played on a 4K TV. Ultimately, it depends on how each game is rendered, the quality of the source image, and the developers' choices.

FSR 4.1 should not be considered a guaranteed performance multiplier. Higher frame rates do not necessarily correlate with better image quality, and advanced reconstruction might incur additional processing costs. Depending on the implementation, a game may not see a large boost in frames per second but instead a cleaner image at similar performance levels.

Another technology that is often discussed in relation to modern upscaling methods is frame generation.

It creates extra frames between traditionally rendered frames to give the illusion of smoother motion. Its availability and performance depend on the hardware, software, and game implementation. Not every game on the XBOX Series X or Series S will benefit from frame generation, and a 30 frames per second title won’t automatically run natively at 60 FPS.

The XBOX Series X and Series S have different hardware capabilities, so the improvements may not be the same for both consoles. The Series X packs more graphical power and is meant to play games in higher resolutions, while the Series S is aimed at a cheaper experience with less graphics power. Both systems could improve image reconstruction, but developers would still need to consider their different performance limits.

Improving the upscaling on the Series S may let games present a clearer picture when they are rendering at a lower internal resolution. That could be useful for demanding open-world games, where vast environments, complex lighting, and many characters put a lot of strain on the hardware. 

The Series X could benefit from some improvements to image quality and visual stability but should remain at the current resolution and performance targets. Developers might also opt to use the extra flexibility to enhance other graphical settings, although that would depend on the game and the performance budget available.

But neither console will be equal to a substantially more powerful graphics processor just by virtue of adopting a newer upscaling method. Upscaling can improve the presentation of an image, but it cannot by itself overcome limitations imposed by CPU performance, memory bandwidth, or the complexity of a game's simulation. 

AMD's upscaling progress also begs comparisons with its rival NVIDIA's Deep Learning Super Sampling technology.

DLSS has a good reputation for reconstructing detailed images, especially in scenes with fine geometry, moving foliage, hair, and reflections. AMD's newer approaches aim to close this gap by improving reconstruction quality and reducing artifacts that can affect older implementations.

The two technologies run in different hardware and software ecosystems, so direct comparisons should be viewed with caution. Results can vary greatly depending on the game, graphics card, rendering setting, and version of each upscaling system. One technique may be very successful in one title and only make marginal improvements in another.

So for console players, the big question isn’t necessarily if FSR can beat out every version of DLSS. Instead, it’s a matter of whether the technology can offer a meaningful improvement over existing hardware while letting developers maintain acceptable frame rates and visual quality. It could be a nice addition to the current generation if it helps games keep cleaner images when things are moving fast and scenes get complex.

The timing of these potential improvements is especially pertinent as the industry is looking at its next generation of consoles. Rumors have suggested new hardware could be released around 2027 or 2028, but no official release date or pricing information has been announced for future XBOX systems. If the next-gen consoles are a lot pricier, some gamers may stick with their current consoles for longer.

Software improvements become more important. That means better upscaling and rendering techniques could help developers extract more from the XBOX Series X and Series S while still supporting a large installed base of users. Instead of relying on new hardware to boost visuals, studios could use software improvements to make the most of the consoles that are already in people’s living rooms.

One such highly anticipated game is Grand Theft Auto VI, and there have been discussions surrounding performance on current-generation hardware.

However, there is no confirmation that Rockstar Games will implement FSR 4.1 on XBOX Series consoles or that the technology will provide a specific resolution or frame rate in the game. Any claims about specific results are purely speculative until Rockstar or the relevant technology providers release details in a technical manner. Players will need to wait for official announcements or technical demonstrations to determine whether the technology can deliver meaningful performance improvements in Grand Theft Auto 6 on XBOX Series X and Series S.

Ultimately, AMD’s ongoing development of upscaling could give developers more options to optimize resolution, fidelity, and performance on existing consoles. The potential improvements are promising, but you should not see them as a confirmed system-wide upgrade that will automatically turn every game into something special.

For owners of the XBOX Series X and Series S, the big deal is going to be seeing supported games that offer noticeable improvements. If newer reconstruction techniques can provide clearer images and more stable performance with no big trade-offs, they could help keep Microsoft’s current consoles competitive for longer.

However, until official information is available about the availability and scope of FSR 4.1 on XBOX hardware, players should wait for verified demonstrations and results for specific games before expecting a major upgrade. Any confirmed rollout will also need to demonstrate meaningful performance or image-quality improvements without introducing significant compromises to stability or visual fidelity.