- SOLIDWORKS TOOLBOX HARDWARE IS INCLUDED FULL
- SOLIDWORKS TOOLBOX HARDWARE IS INCLUDED PRO
- SOLIDWORKS TOOLBOX HARDWARE IS INCLUDED SOFTWARE
- SOLIDWORKS TOOLBOX HARDWARE IS INCLUDED SERIES
Online video card benchmarks exist such as PassMark if you want to compare two specific cards for raw performance.
SOLIDWORKS TOOLBOX HARDWARE IS INCLUDED SERIES
When evaluating graphics cards, typically a higher series number indicates better performance. If a gaming card must be used, reboot regularly to avoid graphics-related glitches and crashes, twice daily would be ideal. NVIDIA GeForce cards and AMD Radeon RX cards are typically gaming cards and are not designed for CAD but will work for very light editing and viewing.
SOLIDWORKS TOOLBOX HARDWARE IS INCLUDED PRO
Workstation OpenGL cards carry names like NVIDIA Quadro and AMD Radeon Pro and are highly recommended for any serious SOLIDWORKS user. Graphics cards generally fall into one of two primary purposes and are optimized for that use. When searching for a card, search by the computer vendor first if the card was pre-installed and choose Any System Vendor if the card was installed separately or as an upgrade. Exclusion from this list does not indicate a lack of support, but rather a lack of testing.
SOLIDWORKS maintains a directory of hardware configurations that have been tested and certified to provide excellent results.
SOLIDWORKS TOOLBOX HARDWARE IS INCLUDED SOFTWARE
Using an unsupported video card can result in loss of functions that may impact user interaction with the software and software stability. It assists with operations such as rotating and rendering the model during normal use. The graphics card is fundamental to CAD productivity. Overclocking CPUs beyond what the manufacturer recommends is not recommended as we have found that the small performance gains for doing so are often overshadowed by the shortened lifespan of the components. The most common CPUs are Intel Xeon or i7, with Xeon being classified as a server processor that uses ECC RAM for maximum data integrity. Users running many other programs at the same time as SOLIDWORKS, or who heavily utilize simulation and photo rendering tools, will benefit from a higher end CPU with additional cores. It is often beneficial to purchase a 4-core CPU with faster clock speed over options with 6+ cores if the option is available.įor general CAD use, a 4+ core CPU with speed in the 3-4GHz range and 8-16GB cache will satisfy most users. opening, rebuild, and certain analysis tasks). While SOLIDWORKS IS multi-threaded, some CAD processes remain inherently linear (i.e. In general, the faster the clock speed (GHz), the better. The Toolbox Settings Purge Inactive Data tool lets you purge inactive configuration data from Toolbox part files.The CPU carries out most calculations within SOLIDWORKS and is the most common limiting factor for hardware performance. Purging Inactive Toolbox Configuration Data.You can rename folders in the Toolbox Standards tree.
SOLIDWORKS TOOLBOX HARDWARE IS INCLUDED FULL
Toolbox administrators can filter selected Toolbox components and component sizes from Toolbox Settings.īefore assigning part numbers to a Toolbox component, you must first export a configuration list for the component to a Microsoft ® Excel file.Īfter exporting a component configuration list to a Microsoft ® Excel file, you can assign configuration part numbers to a Toolbox component and import the part numbers back to Toolbox.įrom the Customize Hardware page, Toolbox administrators can add custom properties to Toolbox and apply them to individual components or to all components in a standard.Īn administrator can create part files for all listed configurations or add the full list of configurations to the master part file. You can customize Toolbox content from the Customize Hardware page of Toolbox Settings by copying, pasting, deleting, and renaming Toolbox folders.
Click a color, or click Default Color to restore the default. Opens the Add New Size dialog box, where youĬan add a custom size to the hardware size or length configuration The property values you select determine the total number ofĬomponent configurations. Common properties include dimensions (such as Size) and Thread Display. When selected, theĬolumns are removed and the table lists only configurations withĬomponent.
Clear this option toĪssign a part number to each length. Relative path to the master part for the selected component.Īvailable for components with editable length properties, suchĪs structural steel.