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.
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.
DaVinci Resolve is known for how heavily it relies on the power of your GPU, but the CPU also plays an huge role in how well it performs. AMD’s new Ryzen 3rd generation processors feature both an increase in core count and per-core performance, which is exactly what DaVinci Resolve needs to get the best performance. Will this make these new chips the best choice for video editors compared to the AMD Threadripper, Intel 9th Gen, and Intel X-series CPUs?
AMD’s new Ryzen 3rd generation processors feature both an increase in core count and per-core performance, which is exactly what Premiere Pro tends to need to get the best performance. Will this make these new chips the best choice for video editors compared to the AMD Threadripper, Intel 9th Gen, and Intel X-series CPUs?
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.
After Effects traditionally likes lower core count CPUs that run at a high frequency, but although AMD’s new Ryzen 3rd generation processors have an increase in core count, they are also much better at lightly threaded workflows than the previous generation. But exactly how much of a difference will this make in After Effects compared to the AMD Threadripper, Intel 9th Gen, and Intel X-series CPUs?
AMD’s new Ryzen 3rd generation processors have arrived and shaken up the dynamic between Intel and AMD in many workloads. But how well do they handle heavy Photoshop workloads compared to the AMD Threadripper, Intel 9th Gen, and Intel X-series CPUs?
RealityCapture, like other photogrammetry applications, is built to take a batch of photographs and turn them into digital, 3D models. The many steps involved in that process can take a lot of time, and utilize both the CPU and GPU at different points. We recently put together a benchmark tool for RealityCapture, and in our first article focusing on this software we are going to take a look at how Intel’s Core i7 and i9 processors stack up against AMD’s Threadripper chips.
Metashape, formerly known as PhotoScan, is a photogrammetry program that takes a set of images and combines them to create a 3D model or map. Processing of those images into point clouds and 3D meshes/textures is time-consuming, heavily using a computer’s CPU and GPU. We have updated our benchmark tools, following the recent rebranding of this software, so in our first article focusing on the new Metashape we will take a look at how Intel’s Core i7 and i9 processors stack up against AMD’s Threadripper chips.
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