Though we do not rely on the Graphix Processing Unit (GPU) on your graphix card to process renderings, having a supported graphix card with the correct driver is very important for the overall stability of SolidWorks. It is also important to note that the 3GB switch is not “officially” supported by Microsoft or SolidWorks. Note that there are some trade offs with system reliability when using the 3GB switch. On a 32 bit machine, using the 3GB switch will also provide a performance benefit by allowing the user to access up to 4GB of RAM. In this respect users benefit greatly from having a 64 bit machine because they can have more RAM available. The best thing to do to improve performance while rendering large images or working with large models, with your current system, is to get more RAM. If you are rendering a larger rendering or rendering a large model that consumes a significant amount of system memory, your rendering will be very slow if the computer has to use system cache as disk space to process the rendering (i.e. This is because PhotoView 360 uses software rendering. The kind of graphix card that you have does not directly affect rendering performance. This can be accomplished by splitting the graphics window, shrinking the entire SolidWorks window or shrinking just the graphics window. The performance of the integrated preview, which renders in the SolidWorks Graphics window, can be improved by decreasing the size of the SolidWorks Graphics window. Decreasing the size of the preview window will improve performance as a smaller image renders more quickly. When rendering using the PhotoView 360 preview window or the integrated preview, the size of the window greatly affects preview render performance. If the user needs to render images larger than this they need to divide the rendering into smaller parts then merge them together in an image editor. This is true no matter what kind of hardware is available. There is currently a 11580 X 11580 pixel limit to the size of the output file. Output image size (as it is being created, the output image is stored in uncompressed format before it is converted to the desired output format this can take a lot of memory as a general rule the smaller the rendering the faster it will be) 1.1. Below are a list of factors that affect performance while using PhotoView 360: 1. I was recently asked to review the items that affect render performance in PhotoView 360 for SolidWorks 2011.

Solidworks visualize vs photoview 360