You know how frustrating the process can be if you've ever had to manually hunt down and replace DLL files to update NVIDIA DLSS, AMD FSR, or Intel XeSS. Luckily, there's a tool that takes the hassle out of this task—DLSS Swapper. This handy software makes it simple to manage and swap upscaling technologies with just a few clicks. This guide will walk you through its features and show you how to use it effectively.
Installing DLSS Swapper
Getting started with DLSS Swapper is straightforward. The software is available for download through its official GitHub page: Download DLSS Swapper. Once there, you can choose between an installer version or a portable version, depending on your preference.
If you go with the installer version, the setup process is simple—just follow the installation wizard. After installation, you can launch the application by searching for "DLSS Swapper" in your taskbar.
Adding Games and Updating Upscalers
Once you open DLSS Swapper, you’ll see a list of installed games. If your games were installed using standard locations, they should appear automatically. However, if they don’t, or if you installed them in custom directories, you can manually add them by clicking on "Add Game".
To manually add a game:
- Locate the game’s installation folder.
- Select the folder containing the game’s executable and upscaling files.
- Click "Select Game Folder" and then "Add Game".
For example, in Cyberpunk 2077, the upscaling DLL files (DLSS, FSR, XeSS) are typically found in bin\x64. By adding the main Cyberpunk 2077 folder, DLSS Swapper will automatically detect and list the available upscale versions.
Swapping to a Different Version
After adding a game, DLSS Swapper will display the currently installed version of DLSS, FSR, or XeSS. To change versions:
- Select the upscaler you want to update.
- Choose a different version from the available list.
- Click "Swap" to apply the change.
If it's your first time using a specific version, DLSS Swapper will download the necessary files. Once a version is downloaded, you won’t have to download it again for future swaps, making switching between versions fast and efficient.
The video we referenced shows a demonstration of rolling back to an older XeSS version (1.3.1) and then updating it to version 2.0. This feature is particularly useful for testing how different versions impact performance and visual quality in specific games.
Handling Games with Different Folder Structures
Not all games store their upscaling files in the same location. Kingdom Come Deliverance 2, for instance, has a different folder structure, meaning selecting just the main game folder might not work. If DLSS Swapper doesn’t automatically detect an upscale, you may need to:
- Manually locate the subfolder where the DLL file is stored.
- Select that specific folder instead of the general game directory.
- Proceed with swapping the upscale version as usual.
Recommendation for NVIDIA RTX Users
If you’re using an NVIDIA RTX GPU, it’s generally recommended to update DLSS through NVIDIA’s official app. However, if you want to test older versions or specific DLSS updates not yet available in NVIDIA’s updater, DLSS Swapper can be a great alternative.
Conclusion
DLSS Swapper is a game-changer for anyone who frequently updates or experiments with different upscaling technologies. Instead of manually replacing DLL files, this tool simplifies the process, letting you switch versions in seconds. Whether you’re an enthusiast fine-tuning performance or a casual gamer looking for the best visuals, DLSS Swapper is an essential addition to your gaming setup.
If you’re ready to try it out, download DLSS Swapper from its official GitHub page and take control of your game’s upscaling settings with ease!
