It can either deliver stable performance or, on the contrary, cause errors, crashes or lags. If you are lucky enough that you have more than 16 GB of RAM in the system, we suggest that the page file minimum be set between 1 and 1.5 times the amount of RAM.A GPU is an important component. With Physical Memory (RAM) amounts of 4GB to 24 GB we suggest having a page file minimum size set to 2 times the amount of Physical Memory (RAM) in the system. IMPORTANT: One question to research before attempting the following procedure is: Do I have sufficient Disk Space to make a change to the page file size? The System Info Dialog can be found by typing “System Info” in windows 10 and opening the System Info dialog (or Start > All Apps > Windows Administrative Tools > System Information) You can find this by navigating to the System Information Dialog To properly adjust your virtual memory values, you will need to know how much physical memory, or RAM, is on the system. This is still true today with SSD drives however there is an added danger, as SSD’s have a limited lifespan and can only handle so many writing cycles – it may be a better choice to locate a larger page file on a secondary spinning disk. The trade off here is that writing operations to a page file located on the HDD would have slowed performance slightly as the HDD was much slower than RAM. One item to highlight, having grown in prominence these last few years, is the effect of a page file being located on an SSD drive, which may be acting as the host drive for your Operating system and installation of SOLIDWORKS.īefore SSD technology was readily available you would have placed the page file on the Root of the main drive (C:\), without jeopardizing the long term safety of your HDD drive. One of the tidbits we have discovered over the years is that SOLIDWORKS typically throws the demand for more page file at the Operating System so quickly that it takes time for the operating system to allocate the needed amount of virtual memory, further slowing operations. What we are essentially doing is raising the ceiling and giving the operating system the extra room it needs to maneuver if it runs out of physical memory. We use this procedure a great deal when attempting to enhance the performance of systems where SOLIDWORKS is having difficulty with importing or exporting geometry, or handling larger assemblies. Author: Chris Briand, CSWE, Javelin TechnologiesĪ kin to the article that our teammate, Josh Carrier, wrote back in 2010, I thought it high time we review the process of how to increase virtual memory on your workstation.
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