Despite how popular SOLIDWORKS is, there is a lot of outdated and simply inaccurate information on the web regarding what video card you should use. This is especially true for SW 2019, because it adds a new mode that changes how the video card is utilized when displaying parts and assemblies. To see how this new mode affects GPU performance, I tested multiple graphics cards from the Quadro P and RTX series at both 1080p and 4K resolutions.
Following up on our previous article about SOLIDWORKS 2018 GPU performance, we have been provided with an extremely complex assembly that finally shows some performance difference between low- and high-end video cards within the same family. Armed with this 4372 part, 40.9 million triangle model we ran through testing on multiple Quadro and Radeon Pro graphics cards to see how they handle such a monstrously large project.
Despite how popular SOLIDWORKS is, there is a lot of outdated and simply inaccurate information on the web regarding what video card you should use. For this article I tested multiple graphics cards from the Quadro, GeForce, and Radeon Pro families at both 1080p and 4K resolutions – and quickly found that either things are now a lot simpler than in my past experience, or else something is no longer up to snuff regarding how we have tested SOLIDWORKS GPU performance in the past.
Dassault Systemes launched the initial version of SOLIDWORKS 2018 (SP0.1) late last year, but with the recent release of SP1 we expect that customers will soon be using it in production environments. In preparation for that, we have tested the field of current Intel Core i7 and i9 processors to see how they stack up in SW 2018. We hadn’t yet had a chance to test AMD’s Threadripper processors in SOLIDWORKS either, so they are also included in this round of benchmarks.
The latest Core processors from Intel have launched: the 8th generation of this series, code named “Coffee Lake”. This brings with it the first six-core CPUs in Intel’s mainstream processor line, so we are taking a look at how they perform in Solidworks 2017. For comparison, we also have results from our previous recommendation for modeling and CAD: the Core i7 7700K “Kaby Lake” chip.
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.
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.
With the new Kaby Lake CPUs from Intel, 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 SOLIDWORKS performance by examining how the new Intel Core i7 7700K and the Intel Core i5 7600K perform compared to the previous generation Intel Core i7 6700K and Intel Core i5 6600K. In addition, we will also look at a number of “High-End” Core i7 CPUs including the i7 6850K, i7 6900K, and i7 6950X.
Intel has a number of different CPU product lines available which are currently primarily using one of two different CPU architectures. In this article we will be looking at how much of a difference the architecture makes to help determine if there is a performance advantage to using one line over another.
If you have a subscription to Solidworks, you have access to a feature called network rendering which allows you to split up a render across multiple machines. In this article we will be examining how effective this is and comparing the performance to a dedicated Dual Xeon workstation that has been optimized for rendering.
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