It’s 2026 and Nvidia is still the undisputed industry leader when it comes to feature sets designed to enhance the PC gaming experience. The problem is that most PC gamers never venture beyond this realm graphics settings Menu in your favorite titles to get the most out of your GPU.
Doing so today would be a mistake, and most of the performance-enhancing features that matter are no longer found in the game’s settings menu at all. Instead, they are hidden inside the Nvidia App. Unfortunately, most people, unlike me, resort to it only to install the latest driver update and close it immediately afterwards. If you’ve been guilty of the same thing, you’re probably not aware of the many click switches that can bring your games closer to justifying your monitor’s 180Hz refresh rate, get better visual fidelity from the display panel you already have, and improve your gaming experience in ways that an in-game graphics menu can’t. Here are three Nvidia App features I wish I’d started using before I read half of my Steam library.
The smooth motion is exactly what I want frame generation to be
Driver level, one click and visual pleasure
It took me an embarrassingly long time to discover Smooth Motion, but once I did, I enabled it on almost my entire Steam library. After all, who doesn’t want extra frames? Besides, horse The price you pay for an Nvidia GPUit can also give you more bandwidth in every game you play.
Unlike DLSS Frame Generation, Smooth Motion does not rely on the goodwill of developers to implement support. As the name suggests, this is a driver-level feature that creates an AI-interpolated frame between two rendered frames, allowing games to run without native frame generation to benefit from smoother motion. This makes it especially useful for those who like to emulate games, old DirectX titles and the like Elden Ring, Limited to 60 FPS. It’s certainly not a replacement for DLSS Frame Generation, but it’s a great throwback all around.
As for why it took me so long to find and run it, part of the problem is exploration. The Nvidia App hides many of its useful features behind menus that it doesn’t think to open, while new features are usually announced via press releases or driver release notes that almost no one goes through. If it wasn’t for the conversation with him in the middle of the game XDA Author Samarveer SinghI probably would have slept on this feature.
DLSS Override is still very confusing for many
Very few people get it right and most never come across it at all
Most people think that DLSS quality is constant no matter what the game starts with, and to be honest, that was true until a while ago. A title that shipped with an old DLSS build meant you were stuck with it until the developers bothered to patch it to a newer version, which for many games never happened. I wouldn’t be surprised to learn that most players are actually unaware that you can “force” a newer DLSS transformer model and presets into these games. If that’s not the beauty of being on the PC platform, I don’t know what is.
But I’m running. To do this, you really need to go beyond the Nvidia App and use two free, community-developed tools. First DLSS Swapperthe other is Nvidia Profile Inspector (NVPI). DLSS Swapper replaces the game’s outdated .DLL file with a newer transformer-based library, and in the process also creates a backup of the original in case you need to go back. The Nvidia Profile Inspector, on the other hand, allows you to override driver-level presets for a given title, forcing the game to use the newer DLSS 4.5 transformer model instead of reverting to its original preset behavior.
Now, this isn’t a one-click transition, and it takes a bit of moving around folders to get it right. However, the payoff is definitely a better experience with a high-end device, especially if you use DLSS 2 or 3 implementations with their notorious reputation for ghosting and artifacting. I also wrote comprehensive guide to implementation with unsupported games new transformer model with success. It’s fine for anything single-player, but anyone considering using it with a competitive title should be a word of caution, as anti-cheat systems usually don’t play well with the DLSS Swapper.
RTX HDR is the antidote to Windows’ poor HDR implementation
Your games shouldn’t suffer because the OS can’t get HDR right
Windows’ native HDR management has a terrible reputation for a reason. If you turn it on system-wide, you’ll end up with washed-out colors, crushed blacks, or an image that looks worse than the SDR version you started with. Not surprisingly, many users have abandoned this feature and never looked at it again.
RTX HDR It’s Nvidia’s driver-level answer to this problem. Instead of being at the mercy of Windows or game developers to implement HDR correctly, it analyzes the SDR images they render in real-time and changes color and contrast with HDR on the fly, even working on titles that never came with native HDR support. You need both Windows HDR and Nvidia Software for this to work. The only thing to do is turn on HDR from Windows display settings, but turn off Auto HDR itself (since RTX overrides HDR). From there, you need to go into Global Settings in the Nvidia App and enable RTX HDR.
This is only the tip of the optimization iceberg
The Nvidia App and the broader feature set around RTX cards has constantly improved, and if you’re still only using it to update drivers, you’re likely missing out on features you’d otherwise love. Since most of these features debut quietly, it’s easy to miss a few big game changers every now and then, so it’s a good idea to visit the old Nvidia App every now and then to see what they can do for you.
