AMD Revolutionizes RDNA with Radiance Cores, Neural Arrays, and Universal Compression

Published on January 04, 2026 | Translated from Spanish
Technical diagram showing AMD's RDNA architecture with the new Radiance Cores, Neural Arrays, and Universal Compression highlighted in different colors.

AMD has unveiled what could be the biggest qualitative leap in its RDNA architecture with the announcement of three fundamental technologies: Radiance Cores, Neural Arrays, and Universal Compression. This technological triad promises to radically transform how GPUs handle lighting, artificial intelligence, and memory management. 🚀

What makes this announcement special is how each component addresses a different bottleneck in modern rendering. While the Radiance Cores specialize in real-time ray tracing, the Neural Arrays accelerate AI workloads and Universal Compression intelligently optimizes memory bandwidth.

An architecture that thinks before it renders

Radiance Cores: The Soul of Realistic Lighting

The Radiance Cores represent the natural evolution of ray tracing accelerators, but with a more comprehensive approach. They are not limited to calculating ray intersections; they understand the physical behavior of light on different materials and surfaces.

The most notable capabilities include:

Neural Arrays: When AI Becomes a Graphics Co-pilot

The Neural Arrays are specialized units that operate in parallel with traditional shaders. Their primary purpose is to offload machine learning tasks that improve visual quality without significantly impacting overall performance.

Immediate practical applications:

Universal Compression: Doing More with Less

The Universal Compression technology might be the most revolutionary of the three. It uses adaptive algorithms that analyze the type of data being compressed and automatically apply the most efficient method, whether for textures, geometry, or frame buffers.

And so, while the industry prepares for another generation of specification wars, AMD demonstrates that true innovation is not about having more transistors, but about making them work smarter. The irony that universal compression could infinitely expand our graphical possibilities. 💡