AMD is set to reveal a research paper about its technique for neural texture block compression at the Eurographics Symposium on Rendering (EGSR) next week. It sounds like some technobabble, but the ...
Game sizes are increasing as fidelity increases, and even though 'block compression' is used to reduce the overall size of textures, the fixed compression ratio can only do so much when dealing with ...
At Siggraph 2023, NVIDIA announced its new AI-powered Neural Texture Compression (NTC) to reduce texture sizes without sacrificing detail. This would mean download and install sizes for games like ...
The download size of video games is getting out of hand. For a massive open world game with ten years of updates like GTA Online, 110 GB isn't out of the realm of possibility. When a first-person ...
AMD has just revealed that it's working on a system that uses AI to reduce the size of game downloads in the future. The technology is called Neural Texture Block Compression, and AMD says it plans to ...
Now more than ever, the best graphics cards aren’t defined by their raw performance alone — they’re defined by their features. Nvidia has set the stage with DLSS, which now encompasses upscaling, ...
AMD's latest advancement in Neural Texture Block Compression (NTBC) technology. According to the report, this technology can decrease the storage space required for games by up to 70% while ...
If you read this site, chances are pretty good that you've probably played around with a neural image upscaler at some point. These programs, like the popular "waifu2x", use a pre-trained neural ...
NVIDIA has unveiled a cutting-edge compression algorithm for material textures, dubbed Neural Texture Compression (NTC). This innovative algorithm tackles the escalating memory requirements of ...
The GPU maker named after a Roman vengeance daemon, Nvidia has published a paper which details a new algorithm for texture compression which could reduce system requirements for future AAA titles. The ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results