Overview
- Nvidia reveals DLSS 4 at CES 2025 for the GeForce RTX 50 Series, featuring Multi Frame Generation that promises an impressive 8X performance increase.
- DLSS 4 utilizes advanced AI models to efficiently generate additional frames, reduces VRAM usage by 30%, and enhances image quality through transformer-based AI technology.
- At launch, DLSS 4 will be compatible with 75 games supporting Multi Frame Generation, and over 50 titles will incorporate transformer-based models.
Nvidia is poised to revolutionize the gaming landscape with the launch of DLSS 4, as unveiled at CES 2025. This cutting-edge advancement in the DLSS lineup introduces Multi Frame Generation, a significant innovation exclusive to the upcoming GeForce RTX 50 Series GPUs and laptops.
The DLSS technology, or Deep Learning Super Sampling, leverages AI capabilities to enhance gameplay performance and visual fidelity. By utilizing Tensor Cores within GeForce RTX GPUs, it can upscale lower-resolution graphics to higher resolutions, ensuring gamers enjoy clearer and smoother gameplay while easing the load on their hardware. Since its inception six years ago, DLSS has consistently evolved, expanding the potential for graphical realism and frame rate enhancement, thus transforming the gaming experience.
DLSS 4 represents a major leap forward, specifically tailored for the GeForce RTX 50 Series GPUs. One of its hallmark features, Multi Frame Generation, is designed to generate as many as three additional frames for each traditional frame rendered. According to Nvidia, this innovation could lead to up to an 8X performance improvement, enabling gamers to experience 4K gameplay at 240 FPS, even with full ray tracing capabilities. Furthermore, DLSS 4 notably employs transformer-based AI models in real-time, leading to enhanced image quality and minimized visual artifacts.
GeForce RTX 50 Series: Introducing DLSS Multi Frame Generation
YouTube Link
The technology behind Multi Frame Generation merges breakthroughs in hardware and software, streamlining performance enhancements. By accelerating frame production by 40% and lowering VRAM consumption by 30%, these new AI models significantly optimize rendering processes, thereby reducing the computational burden on graphics cards. Features such as hardware Flip Metering and upgraded Tensor Cores are instrumental in providing smooth frame pacing and robust support for high resolutions. Titles like Warhammer 40,000: Darktide have already exhibited notable boosts in frame rates and a decrease in memory usage thanks to these advancements.
The enhancements introduced by DLSS 4 are also designed to be backward compatible, allowing both current and future RTX users to reap the benefits. At launch, 75 games will support Multi Frame Generation, while more than 50 titles are set to utilize the new transformer-based models. Prominent games such as Cyberpunk 2077 and Alan Wake 2 will feature integrated support, with additional titles expected to join soon. For games with previous DLSS versions, Nvidia’s application will provide an Override feature, enabling users to activate Multi Frame Generation and other improvements. This extensive upgrade cements Nvidia DLSS’s position as a frontrunner in gaming innovation, providing unparalleled performance and visual excellence for all GeForce RTX enthusiasts.
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