In addition to the entire fleet of current-gen gaming GPUs being tested, we’ve also included the RTX 2080 Ti (Turing) and GTX 1080 Ti (Pascal) for NVIDIA, as well as RX 5700 XT (RDNA), VII (Vega), and RX 590 (Polaris) for AMD. It’s admittedly a little annoying to have to leave Radeon out of so many tests here, but in the words of Ray LaFleur, that’s just the way she goes.įor this article, we wanted to make a point to include robust generational performance information, so that you can see how your old GPU may compete against the latest and greatest.
Fortunately, both companies plan to support Radeon in Windows at some point, and when the trigger is pulled, it’s going to be a great day. We’re not aware of Arnold, KeyShot, or V-Ray having any plans to support Radeon in the future, but both Redshift and Octane currently support Radeon on Apple platforms only. Pro cards are particularly special for CAD modeling and viewport-heavy workloads, and a number of such tests can be found in another article. Professional GPUs such as NVIDIA’s Quadro (or not-so-Quadro A-series RTX cards) and AMD’s Radeon Pro series are not included in these render-focused tests, since they perform similarly in rendering as the gaming counterparts. For CUDA/OptiX-only renderers, we’re going to tackle (on the next page) Arnold, KeyShot, Redshift, Octane, and V-Ray. That includes Blender, Radeon ProRender (used in Blender), as well as LuxCoreRender. This article will include rendering performance for eight renderers, three of which will run on Radeon. If you’re after gaming performance, we’ve already taken care of that, for both ultrawide and 4K resolutions. Modo support will be discontinued at the end of 2021.It’s been quite a while since we’ve last taken a deep-dive look at GPU rendering performance, so with NVIDIA’s GeForce RTX 3080 Ti and 3070 Ti having been recently released, now seems like a good time to get caught up. The desktop 3D applications that are supported by V-Ray are:Īcademic and stand-alone versions of V-Ray are also available. V-Ray is a rendering engine that uses global illumination algorithms, including path tracing, photon mapping, irradiance maps and directly computed global illumination. V-Ray is a commercial plug-in for third-party 3D computer graphics software applications and is used for visualizations and computer graphics in industries such as media, entertainment, film and video game production, industrial design, product design and architecture. V-Ray is a biased computer-generated imagery rendering software application developed by Bulgarian software company Chaos. Render created using V-Ray for Rhinoceros 3D, demonstrating the advanced effects V-Ray is capable of, such as reflection, depth of field, and the shape of the aperture (in this case, a hexagon)
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