Many of these can be disabled without reducing the usability of Windows or SOLIDWORKS. Although they can enhance the appearance of Windows, they can also reduce performance. Windows Visual Effects are just that, visual effects. Now that we have reviewed hardware, lets look at some Window settings that can be tweaked to increase performance. The SOLIDWORKS Rx Benchmark tab compares your computer to those of other SOLIDWORKS users. The Diagnostics tab also provides information about system memory, including a general statement on how large of an assembly can be opened with the amount of system RAM.ĭiagnostics tab displaying system resources. GPU information in SOLIDWORKS Rx -Diagnostics tab. The Diagnostics tab will show whether your GPU and GPU driver are certified and provides a link to access the certified drivers. SOLIDWORKS provides a tool to help validate the hardware on your system and compare it to similar systems. Regardless of how much you plan to spend on a card, be sure you choose a certified card. Many system and GPU manufacturers provide guides for choosing the appropriate GPU. But if your components are highly detailed and/or your assemblies are large, a higher end card should be considered. If the level of detail in parts is low and your assemblies are small, then a middle-of-the-road card is likely sufficient. GPU (Graphics Processing Unit aka Video Card)Ĭhoosing an adequate video card can be more difficult then choosing other hardware components. If you can’t afford a large SSD drive to accommodate all your data files, then get one at least for the operating system and all your installed programs. If your RAM usage is consistently above 75 percent, you can expect poorer performance and more crashing.Īn SSD is much faster then a HDD (hard disk drive). Any files loaded to this temporary file will suffer from decreased performance and can lead to instability. When you run out of RAM, apps or files that cannot be loaded into RAM will be loaded in a temporary folder on your hard drive. Any application that you launch will try to load into RAM, as will any files you open. When you start your computer, the operating system is loaded into RAM. Data is stored and retrieved from RAM many times faster then it can be accessed from a hard drive, including modern SSDs (solid-state drives). RAM or random access memory is the location where the data you are working on is temporarily stored - and the more the better. Better still, some computer vendors sell systems that are overclocked and these systems come with full warranties. If you’re not familiar with overclocking, you should avoid setting this or have an expert do this for you. Care must be taken, as overclocking can cause your system to overheat, which in turn can cause serious damage to your system. Can they run on additional cores that SOLIDWORKS is not accessing?īecause the SOLIDWORKScore does not benefit significantly and/or directly from multicores, overclocking can provide better performance gains. When choosing the number of cores, you should also consider other applications that will be running on your system in conjunction with SOLIDWORKS. Although most SOLIDWORKS applications rarely use more then one core, add-ins such as PhotoView 360 and Simulation can take advantage of up to eight cores. Likely this is where you want to spend your money. The CPU, for the most part, is going to be the workhorse of your SOLIDWORKS system. Any article about performance must make mention of hardware, so I will provide an overview of the four hardware components that have a very direct impact on performance. In this article, we will look at system settings and SOLIDWORKS settings to increase SOLIDWORKS performance. Tempering your expectations to accommodate a balance of performance and budget is, for most of us, a reality that can’t be avoided. On the other hand, don’t expect your 4-year-old system with 8 GB of RAM and an obsolete video card to perform well, even with relatively small assemblies. That 2 GB assembly is not likely to perform blazingly fast, unless you have an endless amount of money to spend. The first thing that needs to be defined is expectations. Although the waiting can never be completely eliminated, especially with large, complex assemblies and assembly drawings, a bit of tweaking can significantly improve performance. A less then pleasant aspect of working with a resource-hungry application such as CAD is waiting on the app to complete a task.
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