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The annual Consumer Electronics Show (CES) provided a dynamic platform for AMD to unveil its latest innovations in graphics technology for 2026. In a recent roundtable discussion in Las Vegas, key AMD representatives, including Senior Director Josh Hort, shared insights into significant advancements such as FSR Redstone and the strategic decisions regarding the new AI400 mobile chips.
During the event, attendees gained valuable insights into AMD’s approach to graphics technology. The conversation emphasized the company’s strategy, including its decision not to incorporate the RDNA 4 architecture in the AI400 series and the effects of open-sourcing FSR components to foster broader developer engagement.
Overview of FSR Redstone and AMD’s graphics strategy
Central to the discussion was the recently launched FSR Redstone. Hort expressed enthusiasm about the progress since its introduction, particularly the notable achievement of over 200 titles supported in 2026. This marks a significant increase from the 33 titles available at launch earlier that year, underscoring AMD’s commitment to enhancing the gaming experience through its graphics solutions.
Impact of open-sourcing FSR
The decision to open-source FSR technology has greatly influenced its adoption. By making the code available on GPUOpen, AMD has encouraged greater engagement from developers, enabling a wider range of games to utilize its graphics enhancements. This strategy acknowledges that AMD cannot cater to every developer individually, thus empowering the community to creatively leverage FSR.
Hort noted that the growing number of titles supporting FSR technology positions AMD competitively in the graphics market. With over 500 games supporting previous versions of FSR, the company is well-positioned to extend its influence within the gaming industry.
Future developments and challenges
In discussing future plans, Hort was cautious about revealing specific advancements such as multi-frame generation. He acknowledged the potential latency challenges that such technologies could introduce. Currently, AMD employs solutions like Anti-Lag to mitigate latency concerns, indicating a strong commitment to providing seamless gaming experiences.
Engagement with OEMs and handheld markets
Another important topic during the roundtable was AMD’s collaboration with Original Equipment Manufacturers (OEMs). As handheld gaming devices gain popularity, AMD’s hardware is increasingly prominent in this sector. Hort emphasized the need for manufacturers to integrate features like RSR and FMF into their devices, ensuring gamers can easily access advanced functionalities.
When asked about collaborations with companies such as Valve and their SteamOS, Hort confirmed that AMD is actively pursuing opportunities in this area. While he could not disclose specific details, he highlighted the importance of these partnerships in enhancing the gaming experience across various platforms.
Machine learning and AI in graphics rendering
A compelling topic that arose during the discussion was the role of artificial intelligence in graphics rendering. Hort emphasized that while gaming is a primary focus, numerous applications in workstation settings could benefit from AI-driven innovation. This includes areas such as CAD/CAM applications and advanced rendering techniques like ray-tracing denoising.
AMD’s vision involves democratizing access to advanced rendering technologies, allowing more developers and users to benefit from enhanced graphics capabilities. This approach aligns with the company’s goal of making AI accessible and advantageous for all users, not just a select few.
During the event, attendees gained valuable insights into AMD’s approach to graphics technology. The conversation emphasized the company’s strategy, including its decision not to incorporate the RDNA 4 architecture in the AI400 series and the effects of open-sourcing FSR components to foster broader developer engagement.0