AMD just Fixed Frame Generation for Everyone

22 Mar 202417:31

TLDRAMD's FSR 3.1 is set to revolutionize frame generation technology by decoupling upscaling from frame generation, allowing compatibility with various GPU brands. This innovation promises significant improvements in image quality, temporal stability, and reduction of ghosting, enhancing the gaming experience without being limited to high-end graphics cards. The technology is expected to be widely implemented in upcoming games, boosting the performance and visual appeal of gaming on a broad range of hardware.


  • ๐Ÿš€ Frame generation technology aims to double frame rates in games by intelligently guessing what goes between rendered frames, enhancing performance without sacrificing responsiveness.
  • ๐Ÿ’ก Nvidia introduced frame generation with DLSS 3.0 in 2022 and achieved success, while AMD followed with FSR 3.0, demonstrating wide compatibility across different GPU brands.
  • ๐ŸŒ AMD's FSR 3.0 was noted for its compatibility, allowing usage on a variety of GPUs, whereas Nvidia restricted their frame generation technology to their latest 40 series graphics cards.
  • ๐Ÿ”„ FSR 3.1 was introduced to address the limitations of its predecessor, redefining frame generation and offering improved compatibility with different upscaling solutions.
  • ๐ŸŽฎ FSR 3.1 allows for the decoupling of upscaling and frame generation, a significant advancement that enables users to mix and match upscaling and frame generation techniques for non-Nvidia 40 series GPUs.
  • ๐ŸŒŸ AMD claims that FSR 3.1 will improve temporal stability, reduce ghosting, and enhance image quality, making it more competitive with other upscaling technologies like DLSS and XCS.
  • ๐Ÿ“ธ The script provides examples of games that will benefit from FSR 3.1, including high-profile titles such as 'The Last of Us Part One', 'Spider-Man Miles Morales', and 'Remnant 2'.
  • ๐Ÿ”ง AMD emphasizes that frame generation is not a catch-all solution and recommends running games at a minimum of 60 FPS before applying frame generation for the optimal gaming experience.
  • ๐ŸŽฒ The improvements in FSR 3.1 are particularly exciting for handheld gaming devices, such as the Steam Deck, where better upscaling can significantly enhance the gaming experience.
  • ๐Ÿ”„ The script concludes with anticipation for the widespread adoption of FSR 3.1 and its potential to greatly improve the gaming experience on a variety of GPUs.

Q & A

  • What is frame generation technology?

    -Frame generation technology is an innovative approach that allows a system to make an educated guess about what goes in between the frames that a PC renders. This can lead to almost double the frame rate in games without a noticeable cut to responsiveness.

  • How did Nvidia and AMD implement frame generation in their technologies?

    -Nvidia introduced frame generation with DLSS 3.0 in 2022 and restricted it to their latest 40 series graphics cards, claiming that extra hardware on these cards is necessary for frame generation. AMD, on the other hand, copied Nvidia's concept and added frame generation to their FSR 3.0, but unlike Nvidia, they offered wide compatibility with different brands of GPUs.

  • What is the significance of AMD's FSR 3.1 update?

    -FSR 3.1 is a significant update because it redefines frame generation technology by decoupling FSR 3 upscaling from frame generation, allowing it to work with different upscalers. This makes it possible for GPUs that don't have access to DLSS, such as Nvidia's non-40 series cards, to mix and match upscalers with frame generation.

  • What are the main differences between FSR 3.0 and FSR 3.1?

    -FSR 3.1 builds upon FSR 3.0 by addressing some of its flaws. The major difference is that FSR 3.1 allows for the decoupling of upscaling and frame generation, enabling the use of various upscaling solutions with frame generation. Additionally, FSR 3.1 promises improved temporal stability, reduced ghosting, and better preservation of detail.

  • How does AMD plan to improve the image quality in FSR 3.1?

    -AMD plans to improve the image quality in FSR 3.1 by enhancing temporal stability both at rest and in movement, reducing ghosting, and better preserving details. This means there will be less flickering or shimmering around objects in motion, and more accurate representation of details in the upscaled image.

  • What is the recommended minimum FPS for using frame generation?

    -AMD recommends always running at a minimum of 60 FPS or about 60 FPS before frame generation is applied for an optimal high-quality gaming experience.

  • Which games are mentioned in the script to have FSR 3.0 or FSR 3.1?

    -The games mentioned in the script that have FSR 3.0 or will have FSR 3.1 include The Last of Us Part One, Starfield, Spider-Man Miles Morales, Remnant 2, Cyberpunk 2077, Dying Light 2, Warhammer, Naraka: Bladepoint, and Dragon's Dogma 2.

  • What is the significance of FSR 3.1 for handheld devices like the Steam Deck?

    -FSR 3.1 is significant for handheld devices because it greatly improves the upscaling quality. This means that handheld devices like the Steam Deck, which often require upscaling for better performance, will be able to achieve higher image quality without taking too much of a performance hit.

  • How does the decoupling of upscaling and frame generation in FSR 3.1 benefit gamers?

    -The decoupling of upscaling and frame generation in FSR 3.1 allows gamers to use any upscaler with frame generation to achieve the best possible image quality on their GPUs, regardless of the brand. This provides more flexibility and can lead to significant performance improvements in games.

  • What is the main limitation of frame generation according to AMD?

    -According to AMD, frame generation is not a magic bullet that will solve all issues. It is not going to take a game from running at low FPS to being fully playable. It is recommended to use frame generation in conjunction with a minimum of 60 FPS for the best experience, and it works best when the base performance of the GPU is already good.



๐Ÿš€ Introduction to FSR 3.1 and its Impact on Gaming

The paragraph introduces FSR 3.1 as a significant innovation in frame generation technology. It discusses how frame generation allows for increased frame rates in games without compromising responsiveness. The speaker compares Nvidia's and AMD's approaches to frame generation, highlighting that while Nvidia initially excelled, AMD's FSR 3.0 offered wider compatibility across different GPU brands. The paragraph also mentions the limitations of FSR 3.0 and the improvements introduced by FSR 3.1, such as the ability to work with different upscalers and its potential to revolutionize gaming performance.


๐ŸŒŸ FSR 3.1: The Future of Frame Generation and Upscaling

This paragraph delves into the specifics of FSR 3.1, emphasizing its ability to decouple upscaling from frame generation, allowing for greater flexibility and compatibility with various GPUs. The speaker discusses the benefits of this technology, including improved temporal stability and reduced ghosting, which enhances the overall gaming experience. The paragraph also contrasts the performance of FSR 2.2 with the anticipated improvements in FSR 3.1, showcasing the potential for a significant leap in image quality and gameplay smoothness.


๐ŸŽฎ Enhancing Gaming Performance with FSR 3.1

The speaker in this paragraph discusses the implications of FSR 3.1 for gamers and the gaming industry. It highlights the importance of achieving a minimum of 60 FPS before applying frame generation for an optimal gaming experience. The paragraph also mentions the upcoming integration of FSR 3.1 into various games, indicating a broad adoption of the technology. Furthermore, the speaker expresses excitement about the potential for high-quality upscaling on different GPU brands, signifying a significant advancement in gaming performance and accessibility.


๐ŸŒ Broadening the Reach of FSR 3.1 in the Gaming Ecosystem

This paragraph focuses on the widespread impact of FSR 3.1 across the gaming ecosystem. It mentions the addition of FSR 3.1 to numerous games, demonstrating its growing relevance in the industry. The speaker also touches on the potential benefits for handheld gaming devices, such as the Steam Deck, suggesting that improved upscaling could enhance their viability. The paragraph concludes with a positive outlook on AMD's progress in upscaling technology, noting that the improvements in FSR 3.1 could significantly boost the performance of AMD GPUs in gaming.



๐Ÿ’กFrame Generation

Frame generation is a technology that allows a system to create additional frames between the ones already rendered by the PC, effectively increasing the frame rate of games without a noticeable decrease in responsiveness. In the context of the video, frame generation is a significant innovation that can enhance gaming performance, and it is a central theme as the discussion revolves around the advancements and improvements made by AMD and Nvidia in this area.

๐Ÿ’กFSR (FidelityFX Super Resolution)

FSR, or FidelityFX Super Resolution, is AMD's upscaling and frame generation technology that allows for improved performance in games by increasing the frame rate and providing better image quality. It is relevant to the video's theme as it is one of the key technologies being compared and contrasted between AMD and Nvidia's offerings, with a focus on the advancements made in FSR 3.1.

๐Ÿ’กDLSS (Deep Learning Super Sampling)

DLSS, or Deep Learning Super Sampling, is Nvidia's proprietary AI-driven upscaling technology that uses machine learning to improve the quality of upscaled images in games. It is a crucial point of comparison in the video, as the author discusses the limitations of DLSS compared to AMD's FSR, particularly in terms of compatibility and accessibility to different GPU generations.


Compatibility in this context refers to the ability of a technology or software to work across different hardware brands or models. The video emphasizes the wide compatibility of AMD's FSR 3.0 and upcoming FSR 3.1 with various GPU brands, including AMD, Nvidia, and Intel, which is a significant advantage over Nvidia's DLSS that is restricted to specific Nvidia graphics cards.


Upscaling is the process of increasing the resolution of an image or video, typically to improve its quality when displayed on higher-resolution screens. In the video, upscaling is a core concept as it relates to the technologies used by AMD and Nvidia to enhance gaming performance and image quality, with a focus on the improvements made in FSR 3.1.

๐Ÿ’กTemporal Stability

Temporal stability refers to the consistency and smoothness of an image or video over time. In the context of the video, it is a key aspect of the upscaling technologies being discussed, with FSR 3.1 claiming to offer improved temporal stability, reducing flickering and shimmering effects in motion.


Ghosting is a visual artifact that occurs in videos or games, where there appears to be a double or blurred image due to the improper handling of motion in upscaling processes. The video highlights the issue of ghosting in AMD's FSR 2.1 and discusses how FSR 3.1 aims to reduce this effect, improving the overall gaming experience.


Performance in the context of the video refers to the efficiency and effectiveness with which graphics cards render images and handle gaming tasks. The discussion of various technologies like frame generation and upscaling is centered around enhancing performance, particularly in gaming, by increasing frame rates and improving image quality without sacrificing responsiveness.

๐Ÿ’กGraphics Cards

Graphics cards, also known as GPUs (Graphics Processing Units), are hardware components essential for rendering images, videos, and games. In the video, different graphics card brands and models are discussed in relation to their support and compatibility with frame generation and upscaling technologies like FSR and DLSS.

๐Ÿ’กGDC 2024

GDC 2024 refers to the Game Developers Conference held in the year 2024. It is an annual event where developers, technology companies, and other professionals in the gaming industry gather to share their latest innovations and research. In the context of the video, GDC 2024 is significant as it is the platform where AMD announced FSR 3.1, marking a new milestone in gaming technology.

๐Ÿ’กRatchet and Clank: Rift Apart

Ratchet and Clank: Rift Apart is a video game developed by Insomniac Games and published by Sony Interactive Entertainment. In the context of the video, it is mentioned as an upcoming game that will feature AMD's FSR 3.1 technology, showcasing the benefits of the improved upscaling and frame generation capabilities.


Frame generation technology allows for educated guessing between rendered frames to increase frame rates without sacrificing responsiveness.

Nvidia introduced frame generation in 2022 with DLSS 3.0 and achieved high performance right from the start.

AMD introduced FSR 3.0, copying Nvidia's frame generation approach, and managed to deliver high-quality results from the beginning.

FSR 3.0 offers wide compatibility across different brands of GPUs, unlike Nvidia which restricts frame generation to their 40 series graphics cards.

FSR 3.1 redefines frame generation and storage technology by allowing it to work with different upscalers.

FSR 3.1 decouples upscaling from frame generation, providing more flexibility and potential for GPUs that do not have access to DLSS.

The new FSR 3.1 claims to improve temporal stability, reducing flickering and shimmering around objects in motion.

Ghosting reduction is another significant improvement in FSR 3.1, addressing issues seen in games like Remnant 2.

FSR 3.1 is a major innovation because it allows for mixing and matching upscalers and frame generation, benefitting a wider range of GPUs.

AMD's FSR 3.1 promises improved image quality, potentially bringing it on par with Nvidia's DLSS and Xbox's XSX upscaling.

Ratchet and Clank: Rift Apart will feature FSR 3.1, showcasing the technology's capabilities in a major upcoming game.

FSR 3.1 is expected to be implemented in various games, including high-profile titles like Cyberpunk, Dying Light 2, and Warhammer.

Frame generation is not a magic bullet and is recommended to be used in conjunction with a minimum of 60 FPS for optimal gaming experience.

AMD emphasizes that frame generation works best when the base performance is already good, and it should not be relied upon to salvage poor performance.

The improvements in FSR 3.1 upscaling could greatly benefit handheld devices like the Steam Deck, enhancing their gaming viability.

AMD's FSR 3.1 update is significant as it aims to improve the upscaling quality without relying on machine learning, providing better performance across a range of GPUs.