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The add-in requires at least 19.3MB of free disk space for installation. The default installation path is \Program Files (x86)\Altium\Altium Designer - SOLIDWORKS Collaboration. This next page of the wizard allows you to specify the destination in which to install the Altium Designer - SOLIDWORKS Collaboration add-in. The following sections provide a summary of the various pages you will encounter. Initial welcome page for the Altium Designer - SOLIDWORKS Collaboration Setup wizard.Ĭlick Next to continue. The Altium Designer - SOLIDWORKS Collaboration Setup wizard will appear. Running the Setup Wizardĭouble-click the Altium Designer - SOLIDWORKS Collaboration. This executable is downloaded from the Downloads page of the Altium website, and can be saved anywhere on your hard disk. To access the Altium Designer - SOLIDWORKS Collaboration Setup wizard, you need to first download and run an executable – Altium Designer - SOLIDWORKS Collaboration. Since installation adds collaboration capabilities to SOLIDWORKS, the add-in must be installed on the same computer on which SOLIDWORKS itself is installed. Installation of the add-in is both intuitive and expedient, courtesy of the Altium Designer - SOLIDWORKS Collaboration Setup wizard. Adding example designs (managed design projects), to a default Examples repository, created for the server/vault.Creating ecad and mcad users in the server/vault, to cater for server/vault access (to 'get at' the collaborative projects) by the two sides.

The wizard also provides the ability - post installation - to optionally initialize your ECAD-MCAD Project Collaboration Server/Altium Vault. This adds collaboration functionality and the requisite Altium Designer Collaboration panel into SOLIDWORKS. The third component required to successfully setup for collaboration between Altium Designer and SOLIDWORKS®, is the Altium Designer-SOLIDWORKS Collaboration add-in. ► Learn more about Altium's latest ECAD-MCAD CoDesign technology Now available as an add-in for SOLIDWORKS version 2018 and higher, the new CoDesigner supports: bi-directional transfer of complex board shapes with cutouts bi-directional transfer of placed components as 3D models MCAD to ECAD transfer of native components and support for rigid-flex PCBs. Altium continues to develop MCAD-to-ECAD CoDesign capabilities.