NVIDIA RTX IO: How It Accelerates Games by Decompressing Data with the GPU

Published on January 06, 2026 | Translated from Spanish
Conceptual illustration of an NVIDIA GeForce RTX GPU sending streams of data rays toward a video game world that loads instantly, with an NVMe SSD in the foreground.

NVIDIA RTX IO: How It Accelerates Games by Decompressing Data with the GPU

NVIDIA has introduced RTX IO, a technology that aims to revolutionize how video games access their data. Instead of having the CPU handle everything, it delegates the heavy work of decompression to the GeForce RTX GPU. This frees up system resources and promises worlds that load in an instant. 🚀

The Mechanism Behind the Speed

The traditional process creates a bottleneck: the CPU decompresses data from storage before sending it to the GPU. RTX IO changes this flow. Compressed data travels directly from a fast NVMe SSD to the GPU, where specialized cores decompress it massively and in parallel. This architecture prevents the CPU from becoming saturated and accelerates the entire data pipeline.

Key advantages of this approach:
  • Reduce CPU load: The CPU can dedicate its cycles to other tasks, such as game logic or artificial intelligence.
  • Load worlds almost instantly: Loading screen times are drastically minimized.
  • Stream textures without pauses: Assets flow more smoothly while playing, reducing visual pop-ins.
NVIDIA claims that this combination can multiply I/O performance by twelve and reduce CPU usage by up to 20 times during these operations.

What You Need to Enable RTX IO

To take advantage of this technology, modern hardware alone is not enough; the software must be prepared. It is a solution that requires specific integration by developers.

System requirements and considerations:
  • Compatible graphics card: A GPU from the GeForce RTX 30 series or higher is required.
  • Fast storage: An SSD with NVMe interface is essential for the necessary bandwidth.
  • Game and system support: The title must implement both RTX IO and the Microsoft DirectStorage API on Windows.

The Future of Loading in Video Games

The promise of nearly imperceptible loading times is tempting. Although fast SSDs already improve the experience, the qualitative leap will come when games are designed from scratch to exploit this direct data flow to the GPU. For now, widespread adoption is the next step for players to perceive the difference universally. 🎮