This article looks at the performance of Intel’s Skylake-X CPUs (including the new Core i9 7920X 12-core) compared to AMD’s Threadripper 12- and 16-core CPUs in V-Ray. Several other CPU platforms are also included for reference.

This article looks at the performance of Intel’s Skylake-X CPUs (including the new Core i9 7920X 12-core) compared to AMD’s Threadripper 12- and 16-core CPUs in V-Ray. Several other CPU platforms are also included for reference.
This article looks at the performance of Intel’s Skylake-X CPUs (including the new Core i9 7920X 12-core) compared to AMD’s Threadripper 12- and 16-core CPUs in Cinebench R15. Several other CPU platforms are also included for reference.
In this article we look at a wide range of Intel CPU (processor) options that you might consider in a workstation, to see how they compare in Revit 2017.2.
Dual Xeon workstations are often viewed as powerhouses that can churn through anything you throw at them. With recent changes in both hardware and software, however, it is actually faster and cheaper to use a single CPU workstation. In this article we will look at a number of single and dual CPU setups to show the real-world performance difference in Premiere Pro.
In this article we are going to look at a wide range of Intel CPU options that you might consider in a video editing workstation to see exactly how they compare in Autopano Video Pro 2.6.
The latest video cards often get a lot of press, but unfortunately for content creators (and other professionals), it is almost impossible to find any non-gaming benchmarks. In this article we will be looking at the GTX 1080 TI to see how it perform compared to the GTX 1080 and Titan X video cards in Premiere Pro CC 2017.
With the new Ryzen CPUs from AMD, the main question everyone wants to know is how much faster they are compared to the old CPUs. In this article, we will be tackling this question in terms of Premiere Pro performance by examining how the new Ryzen 7 1700X and 1800X perform compared to their Intel counterparts.
Whenever there is a new generation of CPUs launched, the main question everyone wants to know is how fast they are. While most reviews focus on gaming performance with a smattering of production benchmarks, in this article we will be looking exclusively at how Ryzen performs in SOLIDWORKS.
Whenever there is a new generation of CPUs launched, the main question everyone wants to know is how fast they are. In the case of AMD’s Ryzen, there are also a lot of questions surrounding how they compare to the offerings available from Intel. For quite a while now, Intel has held a dominant position in nearly every computing market but there is a lot of hype around Ryzen due to the fact that you can get eight CPUs cores for half the cost of an eight core Intel CPU.
Overclocking your CPU can result in higher performance in Solidworks, but there are a number of risks you run when doing so. In this article we will be benchmarking Solidworks 2017 with an overclocked Intel Core i7 7700K CPU to determine exactly how much better performance you can achieve while also presenting the main downsides associated with overclocking.