Ray tracing gained popularity with the game Battlefield V, which was the first to introduce this technology into the world of computer gaming. Ray tracing allows for the creation of photorealistic 3D scenes by simulating the behavior of light. However, it has been 5 years since the release of Battlefield V, so it is worth checking how this technology performs on today’s graphics cards.
The main driver behind the implementation of ray tracing was NVIDIA, which introduced specialized units for accelerating the computations used by this technology. Ray tracing was a technique that was difficult to achieve for many years, as graphics cards did not have sufficient computational power. However, with the introduction of dedicated RT Cores by NVIDIA, the implementation of ray tracing became possible, as in the case of Battlefield V.
Ray tracing encompasses various effects such as reflections, shadows, global illumination, and ambient occlusion. However, this technology continues to evolve with the advancements in graphics processing units. The higher the performance, the more advanced effects can be implemented by game developers.
It is also worth mentioning the image upscaling techniques that have been developed to reduce the computational load associated with ray tracing. One of these techniques is NVIDIA DLSS, which provides higher image quality while increasing performance.
Battlefield V, as one of the first games with ray tracing, delivers reflection effects that can now be found in many new productions. However, ray tracing technology is still evolving, and we are only at the beginning of this journey. Therefore, it is worth keeping an eye on the development of this technology and patiently waiting for the next games that will fully utilize the capabilities of ray tracing.
Source: example.com
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