Nvidia researchers have proposed a neural compression method for material textures that, according to results reported in their preprint, can significantly reduce the texture memory footprint during ...

Neural Rendering is slowly taking shape in the world of gaming, where new AI technologies will accelerate visual fidelity and push traditional rendering to new heights on modern GPUs and next-gen ...

Something to look forward to: High-resolution textures are a primary factor behind the growing install sizes and VRAM usage in modern blockbuster games. Nvidia proposed a neural-network-based method ...

Neural Texture Compression might make 8GB GPUs more viable in the long-term ...

It's still early, but 2023 looks like it'll be remembered as the year 8GB of GPU memory met a premature demise. Just last year, 8GB was fine for most games. But even now, we've already seen multiple ...

Deep learning network compression techniques have emerged as a crucial research area, aiming to reduce the computational and storage requirements of neural networks without significantly compromising ...

One concern following NVIDIA's introduction of its ultra-efficient Neural Texture Compression (NTC) was that it would remain ...

Intel TSNC brings neural texture compression with up to 18x reduction, faster decoding, and flexible SDK support for modern GPU workflows.

TSNC is being positioned as a practical path for developers who already ship BC-compressed assets and want to squeeze more data into the same storage, bandwidth, ...

NVIDIA showcases Neural Texture Compression at GTC 2026, cutting VRAM usage by up to 85% with real-time AI reconstruction.