NVIDIA DLSS & GeForce RTX: List Of All Games, Engines And Applications Featuring GeForce RTX-Powered Technology And Features

NVIDIA DLSS, Ray Tracing, and GeForce RTX-accelerated AI technologies and features have been adopted by developers with unprecedented speed, faster than any other in NVIDIA’s history. Over 800 games and applications feature RTX support, including best selling games, the most popular apps, and the most used game engines.

NVIDIA DLSS is our award-winning suite of neural rendering technologies that use AI to boost FPS, reduce latency and improve image quality using dedicated Tensor Core AI processors on GeForce RTX GPUs.

In all supported DLSS games and apps, listed below, every GeForce RTX user can enhance their experience with DLSS Super Resolution, which taps into the power of a deep learning neural network to boost frame rates and generate beautiful, sharp images.

DLAA delivers higher image quality with an AI-based anti-aliasing technique, rather than increasing performance, using the same Super Resolution technology developed for DLSS, constructing a more realistic, high-quality image at native resolution.

DLSS Ray Reconstruction replaces hand-tuned ray tracing denoisers with a new unified AI model that enhances ray tracing in supported games, elevating image quality to new heights.

DLSS Frame Generation multiplies frame rates in games and apps on GeForce RTX 50 Series and GeForce RTX 40 Series graphics cards and laptops.

And with DLSS Multi Frame Generation, GeForce RTX 50 Series users can further accelerate frame rates by generating up to 3 frames per traditionally rendered frame, multiplying performance by up to 8X when DLSS Multi Frame Generation is used in conjunction with DLSS Super Resolution and DLSS Ray Reconstruction.

Our latest breakthrough, NVIDIA DLSS 4, enhances image quality in DLSS Super Resolution, DLSS Ray Reconstruction, and DLAA games and apps using a new, innovative, even-better transformer AI model. And with an updated DLSS Frame Generation model, performance is accelerated, and VRAM usage reduced. Get a deep dive on DLSS 4’s full range of benefits here.

DLSS on GeForce RTX is the best way to play, backed by an NVIDIA AI supercomputer in the cloud that’s constantly improving your PC’s gaming capabilities.

In games and apps that have yet to update with native support for DLSS 4 and DLSS Multi Frame Generation, NVIDIA app includes DLSS 4 overrides that enable you to upgrade select titles:

• DLSS Multi Frame Generation Override - Enables DLSS Multi Frame Generation for GeForce RTX 50 Series users when Frame Generation is ON in-game
• DLSS Frame Generation Model Upgrade - Enables the latest DLSS Frame Generation model for GeForce RTX 50 Series and GeForce RTX 40 Series users, when Frame Generation is ON in-game, which uses less video memory and can increase frame rates
• DLSS Transformer Model Upgrade - Enables the latest transformer AI model for DLSS Super Resolution, Ray Reconstruction, and DLAA for all GeForce RTX users, when the aforementioned features are ON in-game
• DLAA & Ultra Performance Modes - Sets the internal rendering resolution for DLSS Super Resolution, enabling DLAA or Ultra Performance mode in games lacking native support, when Super Resolution is ON in-game. Or alternatively, set a custom input resolution value to fine tune performance and image quality.

Enhancing games takes just a few clicks - head to our NVIDIA app article to learn how to set up each feature.

GeForce RTX gamers also benefit from class-leading RTX-accelerated Ray Tracing, which brings realistic and immersive visual effects to games. In apps, acceleration from dedicated Ray Tracing Cores dramatically speeds up renders, enabling artists to not only create final renders more quickly but also enabling interactive ray tracing in the viewport which makes iterating on and refining new ideas simpler and easier.

And AI technologies and features, powered by the Tensor Cores found on GeForce RTX GPUs, unlock revolutionary creative workflows which make tedious tasks a thing of the past. Follow the links to check out examples of how AI helps creators and industries.

More and more add support each and every month. Check out the full list below, last updated June 12th, 2025.

In the table, a ✓ denotes that a game or app has native support for a DLSS feature.

In the DLSS Multi Frame Generation column, ✓ [ NV ] denotes that support is enabled via an NVIDIA app override.

In the DLSS Frame Generation column, ✓ [ NV, U ] denotes that native, built-in support for DLSS Frame Generation can be upgraded to use a newer, faster AI model via an NVIDIA app override.

In the DLSS Super Resolution and DLSS Ray Reconstruction columns, ✓ [ NV, T ] denotes that native, built-in support for these features can be upgraded to use a newer, even better AI model via an NVIDIA app override. Note: the DLSS Super Resolution override also upgrades DLAA if the game has native in-game support.

In the DLAA column, ✓ [ NV, T ] denotes that DLAA can be activated via an NVIDIA app override if the game or app lacks native DLAA support. Note: if the DLSS Super Resolution Model Preset override is also enabled, DLAA will be upgraded to use a newer, even better AI model.

It’s easy! Install the latest GeForce Game Ready Driver from NVIDIA app or our website, download the latest version of the game you want to play, load in, open the options menu, and enable ray tracing and NVIDIA DLSS.

For NVIDIA DLSS, we recommend its Quality Mode for 1920x1080 and 2560x1440, Performance Mode for 3840x2160, and Ultra Performance Mode for 7680x4320.

To learn which games have added NVIDIA DLSS, check this article each month, and stay tuned to GeForce.com, where we announce new and upcoming integrations.

You’ll need the latest GeForce Game Ready Driver or NVIDIA Studio Driver for your GeForce RTX graphics card, GPU or laptop, but as every application is different we can’t provide specific instructions for each. Instead, we recommend checking out the app’s official website and help guides.