Nvidia and Intel have showcased advanced AI-powered texture compression technologies that can dramatically reduce VRAM usage while preserving visual quality. Nvidia's updated Neural Texture ...

Intel’s Texture Set Neural Compression employs AI to reduce texture data by up to 18x, with two variants balancing compression and visual quality. Variant A offers up to 9x compression with a 5% ...

Intel and Nvidia showed off their respective AI-powered texture-compression technologies over the weekend, demonstrating impressive reductions in VRAM use while maintaining texture quality, or even ...

One concern following NVIDIA's introduction of its ultra-efficient Neural Texture Compression (NTC) was that it would remain proprietary to only NVIDIA's GPUs. Intel has since introduced its own ...

TL;DR: Intel's Texture Set Neural Compression uses AI to drastically reduce texture memory and storage needs by up to 18 times with minimal visual quality loss. Available later this year as an SDK, it ...

TL;DR: Texture compression has been crucial in gaming, especially with 4K resolution demands. In 2025, AI-powered methods will enhance performance by reducing texture sizes without quality loss.

Forward-looking: Intel is pitching a new way to pack game textures that leans heavily on neural networks but still nods to traditional block compression. The company's Texture Set Neural Compression, ...

The technology replaces conventional BCn compression formats with an AI-driven encoding and decoding process, enabling textures to be stored in a compact neural representation and reconstructed in ...