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#Best computer for solidworks 2017 full
In general, tests done by companies, such as Puget Systems, show diminishing returns with core counts greater than six, so the two fastest SOLIDWORKS CPUs (Core i7-8086K and Core i7-8700K) would still be best for most Simulation users, as well.įor additional information on technology needs when implementing SOLIDWORKS, check out our full Hardware Recommendations for SOLIDWORKS on GSC’s website. There are a lot of different meshers and solvers across the SOLIDWORKS Simulation portfolio, and they are all different. Well, that’s a more complicated situation. Looking at the CPU benchmark sites, you will see their single-core performance benchmarks are all lower, as well. Indeed, they are all SLOWER in SOLIDWORKS rebuild than any of the three Intel Core i7 CPUs I mentioned earlier. You will notice in these tests that Core I9, Xeon, and AMD CPUs do NOT impact SOLIDWORKS performance in a positive way. Puget Systems completed the most recent tests comparing CPUs for SOLIDWORKS 2017 and SOLIDWORKS 2018. There are numerous places in the SOLIDWORKS forums where Dassault Systèmes personnel discuss the single-threaded nature of much of SOLIDWORKS (especially rebuild).Ī few people have even gone through actual testing over the years a Google search will turn up a lot of hits. Source: You don’t have to take my word for it. The Intel Core i7-8700K is right behind it, followed closely by its predecessor (the Intel Core i7-7700K) Looking at, and homing in specifically on the single-core benchmark numbers, the Intel Core i7-8086K (brand-new and available in limited quantities) is the clear winner when it comes to single-core performance. So then, what’s the best CPU available for SOLIDWORKS today? Rebuild is and it equals performance to a SOLIDWORKS user. Even when updates occur, it’s not something you deal with every minute of every day when using SOLIDWORKS. Sure, opening multiple files is multi-threaded, but the open file operation isn’t CPU-bound, it’s storage system-bound.Ĭreating high-quality hidden line views on drawings is multi-threaded, but that’s not done all that often. Now, it’s true some things in SOLIDWORKS are multi-threaded, but they are relatively minor when compared to rebuild.
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And, rebuild in SOLIDWORKS is single-threaded. What’s the thing you wait for most often, the thing that is never fast enough? Rebuild. Why is This?īecause SOLIDWORKS, like other MCAD systems, is largely single-threaded. The best CPU for SOLIDWORKS is the one that provides the best SINGLE-CORE computing performance. There is a real answer to this question, and although the specific model will change over time, the overall answer is definitive. So, I thought I’d set the record straight. Over the past several months, I’ve seen blogs, forum posts, and presentations that skirt around the subject, with nebulous statements, and in some cases outright incorrect information. There seems to be a fair amount of confusion about the best computer CPUs for SOLIDWORKS performance.