Gamescom 2026 began with GeForce On, featuring major RTX announcements for millions of PC gamers: For a complete run down of all of these announcements, read on, and click through to our dedicated articles for even more detail about each. (googleCookiePolicyLink)YouTube sets performance, advertising, and other optional cookies(/googleCookiePolicyLink) when you watch embedded videos. To watch this video, you need to turn on optional cookies for the site. By clicking “Accept and Play Video,” you will automatically turn on advertising and other optional cookies for the site and accept our (nvidiaTermsOfServiceLink)Terms of Service(/nvidiaTermsOfServiceLink) (which contains important waivers). Please see our (nvidiaPrivacyPolicyLink)Privacy Policy(/nvidiaPrivacyPolicyLink) and (nvidiaCookiePolicyLink)Cookie Policy(/nvidiaCookiePolicyLink) for more information. Alternatively, you can (youtubeLink)watch this video on YouTube(/youtubeLink). If you’re at Gamescom, you can go hands-on with RTX games, check out exclusive presentations, grab GeForce RTX 50 Series Founders Edition graphics cards at European RRPs, snag GeForce Trading cards, and more. Find all of the details here, to ensure you don’t miss out at the world’s biggest gaming expo. Building upon the major advancements introduced with NVIDIA DLSS 4.5, including a 2nd generation Super Resolution transformer model, Dynamic Multi Frame Generation, 6X Multi Frame Generation, and an enhanced Frame Generation model, we’re excited to announce that DLSS 4.5 Ray Reconstruction is available now, adding a new 2nd generation transformer model, delivering superior image quality in ray-traced and path-traced games. DLSS Ray Reconstruction is a neural rendering technique for all GeForce RTX GPUs that improves image quality in ray-traced and path-traced games. Replacing traditional hand-tuned denoisers, it uses an NVIDIA supercomputer-trained AI network to generate higher-quality pixels in the parts of a ray traced frame where rays were not sampled. The model is unified with DLSS Super Resolution, intelligently analyzing temporal and spatial engine data to reconstruct sharper, more stable, and higher-fidelity high-resolution images.