Real-time ray tracing has been one of the biggest advances in GPU rendering and PC gaming in the past decade. Due to the sheer hardware grunt required to achieve it, it kickstarted the push into the ...

This article is part of the Electronics History series: The Graphics Chip Chronicles. In early 2018, NVIDIA showcased hardware-accelerated real-time ray tracing using its DGX system and the DXR API.

Ray tracing and path tracing are two major technologies shaping modern gaming graphics and graphics rendering in 2026. In this graphics comparison, both techniques improve lighting, reflections, and ...

Zero Density and Chaos are previewing real-time ray tracing inside a live virtual studio pipeline at NAB 2026, while ZD also introduces AI newsroom tools, Gaussian splatting, and automatic lens ...

The Saturn was Sega's fifth generation fully-3D console, launched in 1994 to compete with the PlayStation 1 and Nintendo 64—and all these years later, homebrew developer XL2 has managed to create a ...

WTF?! Real-time ray tracing is one of the most computationally demanding features in modern video games, significantly impacting frame rates on the latest consoles and most PC graphics cards. However, ...

It would be disingenuous to say that ray tracing is a gimmick in 2026. Eight years after Nvidia first brought real-time ray tracing to consumer GPUs, the technology has certainly evolved and become a ...

Ray tracing and path tracing are two of the most exciting and demanding dynamic lighting techniques available to gamers and game developers in 2024. They both represent a massive leap in realism over ...

In brief: Compared to traditional rendering methods, real-time path tracing is often less labor-intensive and can help produce more realistic lighting and shadows in 3D graphics. However, due to its ...

Here is ray tracing explained in simple terms, how ray tracing performance impacts FPS, and when ray tracing gaming visuals are truly worth the trade-off. Pixabay, Timrael Ray tracing has gone from a ...