Nvidia Unveils groundbreaking DLSS 35 Update for Unprecedented Visual Realism on RTX GPUs

Highlights

NVIDIA's DLSS 3.5 technology, powered by AI, offers gamers the ability to upscale and enhance image quality with improved performance and lower resolution settings.

Improved by DLSS 3.5, Ray Reconstruction technology offers apps and games with extensive ray tracing superior image quality and seamless visual experiences. NVIDIA's amalgamation of Frame Generation, Super Resolution, and Ray Reconstruction technologies enhances gameplay by doubling frame rates, ameliorating resolution, and rendering clearer details.

As anyone familiar with computer gaming can attest, NVIDIA is renowned for producing some of the most exceptional graphics cards on the market, and they are widely recognized for their cutting-edge and exclusive technology. Technological advancements and the continuous development of technology can provide gamers with a significant advantage, whether they are engaged in casual gaming, competitive play, or even professional eSports. With the imminent release of NVIDIA's latest generation of DLSS 3.5 (Deep Learning Super Sampling) technology, which is powered by AI, this fall season holds a great deal of promise for both game developers and gamers alike.

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What is DLSS, and What Benefits Does it Have To Offer?

Initially introduced in 2018 exclusively for the NVIDIA RTX product line, DLSS allows gamers to enhance their image quality by upscaling it. This is achieved by sacrificing resolution for increased performance, resulting in a higher-quality rendered image without the need for higher resolution settings. It is important for players to note that using this technology may require some experimentation, but it can greatly improve graphics card performance in the long run.

Having completed the DLSS 1, 2, and 3 iterations over the past five years, DLSS 3.5 introduces the revolutionary Ray Reconstruction feature. This cutting-edge technology significantly enhances apps and games that heavily utilize ray tracing, resulting in consistently high-quality images and a seamlessly immersive visual experience. Unlike previous denoiser technologies that required manual training to effectively eliminate visual artifacts and unwanted noise from images, DLSS 3.5 utilizes an advanced neural rendering network powered by AI. This network has undergone more than five times the training of DLSS 3 and has been subjected to much more rigorous conditions, including offline rendered images.

The Triple Threat of Frame Generation, Super Resolution, and Ray Reconstruction

NVIDIA takes pride in delivering cutting-edge technology to gamers. Building upon their past accomplishments, NVIDIA has developed Frame Generation, a breakthrough advancement in gaming. By strategically inserting AI-generated image frames between pre-rendered frames, Frame Generation effectively doubles the frame rate, resulting in a more immersive visual experience for players. Additionally, Super Resolution enhances resolution by creating up to four times the original number of pixels and doubling the vertical and horizontal resolution lines. This feature proves especially valuable when zooming in and trying to discern intricate details.

NVIDIA's recent testing data reveals that players of Cyberpunk 2077 witnessed a remarkable five-fold increase in frame rates when utilizing the 4K DLSS feature. Exciting news for developers as DLSS 3.5 will be integrated into Chaos Vantage, DS Render, and Omniverse Platform this autumn. Additionally, gamers can expect to experience this cutting-edge technology in upcoming titles such as Alan Wake 2, Cyberpunk 2077: Phantom Liberty, and Portal With RTX, all set to be released later this fall.