If you regularly perform these types of tasks, you may be interested in multi-core processor options such as AMD Ryzen Threadripper or Intel Core-X. On the other hand, tasks other than 3D modelling within SOLIDWORKS, such as rendering, analysis and simulations, use many more cores. We highly recommend the latest AMD Rzyen and Intel Core processor ranges to our customers using SOLIDWORKS for modelling due to their exceptionally high clock speeds. For the right users, this can be fantastic however, SOLIDWORKS is largely single-threaded, meaning it generally runs better on a Workstation with fewer fast cores. Processors with many Cores and Threads have become very popular over the last few years. So let’s jump into what you need to know. In this article, we discuss how you can get the most from your next SOLIDWORKS Workstation. We have identified how to optimise performance levels of crucial SOLIDWORKS tasks. SOLIDWORKS is incredible, but without the correct computer Workstation to back it up, the user experience will suffer, and it will massively affect your productivity. Having such a wide array of tools makes SOLIDWORKS a compelling piece of Software that can be tricky to establish what computer hardware is best to run it on. At every stage of the product development cycle, whether it is 2D / 3D Design, Electrical Design, Simulations & Analysis or creating 3D visualisations of the final product, SOLIDWORKS has the tools you need. With a wide range of features purposefully designed to enable professionals to take their ideas and get them ready for manufacturing. Manufacturing, Engineering & Product Designĭassault Systèmes SOLIDWORKS is arguably the worlds leading product design tool for engineers.Architectural Engineering & Construction.WS-M Monazite Pro (NVIDIA RTX, Intel® Core™).WS-M IC-M PRO (NVIDIA RTX, Intel® Core™).

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