NVIDIA officially launched DLSS 4.5 during CES 2026, bringing a significant update to its neural rendering ecosystem. The announcement confirmed that the new technology is now available for all graphics cards in the GeForce RTX line, including the pioneering 20 series models. The company detailed that the update focuses on increasing visual fidelity through a new deep learning model, allowing players with hardware from different generations to access immediate graphical improvements.
The package of new features includes the Super Resolução based on the second generation Transformer model, which promises to reconstruct images with greater contextual accuracy. Esta version has already started to be integrated into more than 400 compatible titles, expanding the tool’s reach to a massive user base. Além of the improvement in image quality, the manufacturer highlighted that DLSS 4.5 works together with the Multi-Frame Generation to optimize fluidity in extremely demanding games.
The main technical changes in DLSS 4.5 are as follows:
- Introduction of the second generation Transformer Super Resolution for sharper details.
- New Modelo L preset optimized specifically for 4K resolutions in Ultra mode.
- Inclusion of Modelo M to ensure compatibility and stability on various hardware.
- Drastic reduction of unwanted visual effects such as ghosting on fast-moving objects.
- Improved temporal stability to prevent fluctuations in foliage and particles.
Evolution of the second generation Transformer model
The foundation of DLSS 4.5 lies in the new second-generation Transformer model, which was trained with five times more data than its predecessor. Essa new architecture allows the algorithm to identify and process scene information with greater intelligence, resulting in cleaner contours and refined background textures. The company explained that while game data inputs remain the same, the way artificial intelligence interprets these motion vectors has been completely reworked to avoid visual glitches.
The accuracy of the new model is noticeable in complex scenarios, such as games that feature many dust particles or fire sparks. In technical demonstrations, the technology was able to reconstruct details that were previously lost during the traditional upscaling process. Essa Advanced processing capability ensures that the final image approaches native quality, overcoming the limitations of previous versions of the software.
Performance and impact on graphics card generations
The DLSS 4.5 implementation brings different behaviors depending on the GPU architecture used by the player. Nas more modern cards, such as the RTX 40 (Ada) and RTX 50 (Blackwell) series, the performance impact is mitigated by native support for the FP8 format on the Tensor Cores. Isso allows these cards to process the new AI model, which is considerably heavier, without the user noticing significant drops in frame rate per second during gameplay.
- RTX 50 Series: Aproveita or Dynamic Multi-Frame Generation up to 6x for maximum fluidity.
- RTX 40 Series: Utiliza FP8 acceleration to maintain balance between graphics and FPS.
- RTX 20 and 30 series: Recebem all visual improvements, but may experience slight performance loss.
Extended compatibility for older RTX models
One of the most celebrated news was the confirmation that owners of RTX 2060, 2070 and 2080 cards were not left out in this update. Embora these Turing architecture GPUs do not have the latest hardware features, they can still run the new Super Resolução algorithm. The manufacturer has ensured that the main focus for these users is cleaning up the image and eliminating jaggies that were common in older upscaling models.
Even when running without FP8 acceleration, cards from previous generations deliver superior image stability with DLSS 4.5. Jogadores who use resolutions such as 1080p or 1440p should notice a firmer image with less flickering at thin edges. Essa backwards compatibility strategy reinforces the company’s commitment to extending the useful life of its products through constant software innovations based on artificial intelligence.
Launch of new games with native DLSS support
The release schedule for 2026 already has major titles that will reach the market fully optimized for the new technologies presented. Games awaited Resident Evil Requiem and Phantom Blade Zero were cited as examples of productions that will use DLSS 4.5 to deliver cinematic visuals. Native integration allows developers to focus on complex lighting effects like Path Tracing while delegating image reconstruction to specialized NVIDIA hardware.
The library of games that support RTX technologies continues to expand rapidly, surpassing the mark of hundreds of compatible applications. Além of major releases, competitive games like PUBG: Battlegrounds will also receive updates to integrate new AI features. Essa mass adoption ensures that the standard set by DLSS 4.5 becomes the market benchmark for gamers seeking the ideal balance between aesthetics and fluidity.
Motion tracking and clarity with G-Sync Pulsar
Accompanying the software announcement, NVIDIA introduced G-Sync Pulsar, a hardware technology aimed at ultra-high-performance monitors. The feature promises to completely eliminate motion blur in fast scenes, offering visual clarity that simulates refresh rates greater than 1,000Hz. The innovation resolves the age-old conflict between variable refresh rate and motion clarity, allowing both to work simultaneously without loss.
The first monitors equipped with this technology have 27-inch panels with QHD resolution and a refresh rate of 360Hz. Fabricantes partners such as Asus, MSI and Acer have already confirmed the launch of models that use the Ambient Adaptive sensor to automatically adjust brightness and contrast. Essa integration between software and hardware aims to provide a more immersive and comfortable gaming experience, reducing eye strain after long sessions of use.
Customizable Settings and the Future of Rendering
The user control interface has also received improvements, allowing you to switch between the new Modelo M and Modelo L presets directly through the brand’s official app. The Modelo L is recommended for those looking for maximum 4K fidelity, while the Modelo M focuses on balanced compatibility for a wider range of resolutions. Essa flexibility allows the player to adjust the experience according to the power of their hardware and the specific demands of each title.
The direction taken with DLSS 4.5 indicates that the future of video games is increasingly dependent on artificial intelligence to overcome physical rendering barriers. By optimizing the use of computing power, NVIDIA is able to deliver visual advances that would be impossible through traditional rendering methods. The expectation is that new refinements will be launched throughout the year, consolidating the Transformer model as the backbone of high definition graphics.
Immediate availability of tools
Access to the new features of DLSS 4.5 occurs automatically through updating the GeForce Game Ready drivers. Users interested in testing the improvements can download them immediately, ensuring that their systems are prepared for the next industry releases. The unification of technologies under a single ecosystem makes life easier for consumers, who do not need to purchase new components to take advantage of some of the innovations presented at the event.
With the arrival of these tools, the graphics card market enters a new phase of technological maturation, where software plays as crucial a role as raw hardware. Initial reception from the enthusiast community has been positive, especially due to the continued support for older cards. The tendency is for artificial intelligence to continue to dictate the pace of evolution of games, offering increasingly realistic images and stable frame rates for all player profiles.