AMD recently launched an updated generation of their mainstream Ryzen processors, with increases to both core count and clock speed / per-core performance. We’ve already tested these chips on a wide range of applications, and now it is time to look at how they handle a professional engineering program: SOLIDWORKS.
Intel updated their workstation-oriented Xeon W processor line recently, using technology from the high-performance Xeon Scalable series. This means more cores in a single-socket platform than Intel has offered before, and since high core count usually translates to fast rendering speeds we are taking a look at how these new CPUs stack up in V-Ray Next.
Intel updated their workstation-oriented Xeon W processor line recently, using technology from the high-performance Xeon Scalable series. This means more cores in a single-socket platform than Intel has offered before, and since high core count usually translates to fast rendering speeds we are taking a look at how these new CPUs do in Cinema 4D’s native renderer.
One of the big advantages of GPU-based rendering is that you can easily put multiple video cards inside a single workstation. How much benefit does each additional card provide for V-Ray Next, though? We put four GeForce RTX 2080 Ti video cards to the test to find out!
V-Ray Next is made up of two rendering engines: a traditional CPU based renderer, as well as a GPU-based hybrid engine that can run on both GPUs and CPUs for extra performance. With the launch of NVIDIA’s new GeForce RTX “SUPER” series of video cards, we are taking a look at how the whole RTX lineup performs on the GPU side of V-Ray Next.
OctaneRender is a GPU-based rendering engine, utilizing the CUDA programming language on NVIDIA-based graphics cards. With the launch of NVIDIA’s new GeForce RTX “SUPER” series of video cards, we are taking a look at how the whole RTX lineup performs on both the current OctaneRender 4 and the upcoming 2019 release which adds support for RTX technology and greatly increased rendering speeds.
Redshift is a GPU-based rendering engine, now owned by Maxon and available bundled with Cinema 4D – as well as in the form of plug-ins for other 3D applications. It was written to use NVIDIA’s CUDA graphics programming language, and since NVIDIA recently refreshed their GeForce series with new 2060, 2070, and 2080 “SUPER” cards we thought it would be a good time to re-test the whole RTX lineup.
AMD’s new Ryzen 3rd generation processors feature both an increase in core count and per-core performance, allowing them to rival and sometimes beat Intel’s mainstream Core processors in professional applications. In this article we are going to take a look at how these new CPUs handle RealityCapture, which benefits from both core count and clock speed at various points throughout its workflow.
AMD’s new Ryzen 3rd generation processors feature both an increase in core count and per-core performance, both of which directly improve rendering speeds in Cinema 4D. In this article we will take a look at how they stack up to other AMD and Intel processors in this application, focusing exclusively on rendering performance via Cinebench R20.
AMD’s new Ryzen 3rd generation processors feature both an increase in core count and per-core performance, both of which directly improve rendering speeds in V-Ray Next. In this article we will take a look at how they stack up to other AMD and Intel processors in this application, both in the pure CPU and GPU+CPU render pipelines.
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