{"id":4206,"date":"2025-08-01T10:06:44","date_gmt":"2025-08-01T13:06:44","guid":{"rendered":"https:\/\/nextboost.pro\/intel-xess-2-suporte-amplo-a-gpus-amd-e-nvidia-otimiza-jogos\/"},"modified":"2025-08-01T10:06:50","modified_gmt":"2025-08-01T13:06:50","slug":"intel-xess-2-suporte-amplo-a-gpus-amd-e-nvidia-otimiza-jogos","status":"publish","type":"post","link":"https:\/\/nextboost.pro\/en\/intel-xess-2-suporte-amplo-a-gpus-amd-e-nvidia-otimiza-jogos\/","title":{"rendered":"Intel XeSS 2: Broad Support for AMD and NVIDIA GPUs Optimizes Gaming"},"content":{"rendered":"

Exciting news for the gaming community and technology enthusiasts: Intel has confirmed that its advanced artificial intelligence-based upscaling technology, the Intel XeSS 2<\/b>now offers official and extensive support for AMD and NVIDIA GPUs<\/b>. Originally developed as a proprietary feature for Intel Arc graphics cards, this significant multi-platform expansion promises to optimize the gaming experience and boost performance across a wide range of titles. With this, features such as visual optimization and innovative frame generation become accessible to a much wider user base, regardless of the brand of their card.<\/p>\n

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Photo: Disclosure\/Intel<\/figcaption><\/figure>\n

Expanded Compatibility and Performance Requirements<\/h2>\n

The expansion of XeSS 2<\/b> represents a significant milestone on the gaming scene, removing the barriers that previously limited its use to Intel Arc GPUs only. Intel itself has confirmed that this cross-platform compatibility is an integral part of the latest version of its SDK for developers<\/b>. To reap the benefits, the technology requires support for the Shader Model 6.4<\/b> or more recent versions on any GPU. For users of NVIDIA<\/b>This includes hardware from the GTX 10 (Pascal)<\/i> or higher. For AMD GPUs<\/b>, o Intel XeSS 2<\/b> will be functional from the Radeon RX 5000 RDNA<\/i> and subsequent models. This wide compatibility considerably expands the number of players who can take advantage of performance optimization and fluidity in games.<\/p>\n

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\"Intel\u00ae XeSS 2 is now supported on other vendors GPUs! Developers can offer AI-based frame generation with low-latency technology to many more gamers by using the updated XeSS 2.1 SDK available today.\" said Intel Software.<\/p>\n<\/blockquote>\n

This move by Intel is therefore a strategic one, considerably expanding the reach of Intel's XeSS<\/b>. What's more, enhanced compatibility isn't just restricted to upscaling; it also empowers developers to integrate advanced low latency frame generation<\/b> in your games. This way, the increase in frame rate per second (FPS) will be more democratized, improving fluidity in demanding games. Titles such as F1 24<\/i> are already pioneers in adopting XeSS 2.<\/p>\n

The Crucial Role of Developers and Frame Generation<\/h2>\n

With the availability of Intel XeSS 2.1 SDK updated<\/b>The most comprehensive implementation of Intel XeSS 2<\/b> in PC games now depends directly on the developers. It's crucial to note that, even in titles that already incorporate the previous version of the technology, significant adaptations will be required for the solution to operate optimally and completely in NVIDIA and AMD GPUs<\/b>. In other words, an additional effort on the part of the development industry is expected in order to guarantee full functionality and the promised graphical improvement.<\/p>\n

A relevant and strategic point is Intel's decision to link the resources of the XeSS<\/b>. This implies that developers who choose to implement the upscaling solution must also offer the functionality of frame generation<\/b>. This integrated approach aims to ensure that gamers receive the complete performance optimization package, strengthening the overall experience and driving more homogeneous adoption of the technology. To better understand how the technology works, watch this explanatory video:<\/p>\n