AMD RDNA4 Could See a Huge Boost for Ray-Tracing That Makes the Feature Look 'Brand New'

gamerant.com:

A recent leak about the upcoming RDNA 4 architecture suggests that AMD is working on a ray tracing hardware acceleration that promises to make the feature look «brand new.» Although this is solely a rumor, if proven true, it could hold significant importance for AMD users in the future.

AMD is a leading semiconductor company renowned for its innovative processors and graphics solutions. AMD has been a key competitor to Nvidia in the GPU market and Intel in the CPU market, consistently pushing technological boundaries. Its products power a wide range of computing devices, from high-performance desktops and servers to gaming consoles and laptops. AMD's Ryzen processors and Radeon graphics cards are particularly popular among enthusiasts and gamers for their performance and affordability.

In a tweet that sparked speculation, Kepler_L2, known for various AMD-related leaks, mentioned that «RT looks brand new» in RDNA 4. When asked to clarify the statement, particularly regarding whether the process or performance is new, Kepler_L2 responded affirmatively that RDNA 4's ray tracing implementation is indeed «completely different» from its predecessors. This suggests a significant leap forward in ray tracing technology for AMD, hinting at a substantial boost in performance and capabilities that could redefine how ray tracing is experienced in gaming and other graphical applications.

AMD's RDNA 4 architecture, part of the Radeon RX 8000 series, is highly anticipated as a direct competitor to Nvidia's offerings. While specific details about RDNA 4 remain speculative, leaks have pointed to significant improvements in ray tracing performance and overall GPU capabilities. Built on TSMC's N4P process node and expected to leverage GDDR6 memory, RDNA 4 is projected to deliver enhanced graphics performance below Nvidia's top-tier GPUs but with competitive pricing.

Earlier rumors suggested AMD might skip RDNA 4 entirely in favor of integrating the more advanced RDNA 5 GPU into