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AMD's FSR 4 technology, when running on RDNA 2 and 3 GPUs, demonstrates a 23% performance boost compared to native performance. This improvement showcases the potential of AMD's upscaling technology on their latest GPU architectures.
Intel has reportedly scrapped plans for discrete gaming GPUs in the upcoming Xe3P Arc "Celestial" family, leaving the fate of gaming GPUs uncertain even for the Xe4 "Druid" lineup expected in 2027. The Celestial GPU was originally intended for a 2025 launch but was replaced by Battlemage, with Xe3P now serving other purposes. Intel's focus seems to be shifting towards AI applications, with leaks suggesting a potential late-2027 release for the Druid architecture. The future of dedicated gaming GPUs from Intel remains speculative, with the possibility of a revival with the Druid lineup.
SpaceX's confidential $1.75 trillion IPO filing reveals plans to manufacture its own GPUs, investing billions in internal processor production due to a lack of long-term supply agreements with silicon suppliers. The company's intention to build GPUs, not specialized AI accelerators, is highlighted, with the naming convention still uncertain. While SpaceX's CEO confirmed plans for high-volume semiconductor manufacturing, the specifics of the GPUs remain unclear, raising questions about potential competition with existing AI GPU manufacturers like AMD and Nvidia. The S-1 form's confidential nature prevents verification of its content, leaving room for speculation on SpaceX's semiconductor endeavors.
The latest AMD SDK update hints at upcoming 4x and 6x frame generation multipliers for FSR4 ML-based frame generation. A driver-level tweak will allow gamers to enhance existing titles with FSR4's AI-based frame generation. This feature will provide smoother gameplay and improved visual quality, especially beneficial for users with lower-end AMD graphics cards. The addition of higher frame generation ratios aims to bring AMD closer to its competitors like Nvidia and Intel in terms of performance and feature parity. The SDK update suggests that these enhancements may be available soon, offering gamers more flexibility and optimization options.
The article discusses the testing of DirectStorage with GPU decompression, focusing on whether Blackwell GPUs have an advantage in handling this technology. DirectStorage aims to optimize storage technology for faster asset streaming and reduced CPU overhead, with support for GPU decompression added in version 1.1. While Nvidia GPUs initially struggled with DirectStorage, Blackwell GPUs, like the 5090, showed improved performance with GPU decompression enabled. Tests on various Blackwell GPUs, including the 5070 and 5060, demonstrated consistent performance gains with DirectStorage. The article explores the potential reasons behind Blackwell GPUs handling GPU decompression more effectively, pointing to advancements in architecture and scheduling capabilities.
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