Altiumr To Xpeditionr Translator User Guide Exclusive Jun 2026

: Redraw the internal plane boundaries in Xpedition and re-assign the correct power/ground net properties via the Net Properties dialog.

Configure layer mapping—ensure top/bottom layers and internal signal/plane layers map correctly.

Inspect the 3D view and layer stackup to ensure components and traces are placed correctly.

However, moving from a grid-based, flexible environment like Altium to the highly constrained, library-driven environment of Xpedition requires more than just a simple file conversion. This exclusive user guide dives deep into the process, offering best practices for a seamless, "right-first-time" migration. Table of Contents Understanding the Migration Architecture Pre-Translation Checklist: Preparing Altium Files The Translation Process: Step-by-Step Post-Translation Validation & Cleanup Exclusive Tips for Complex Board Translation 1. Understanding the Migration Architecture altiumr to xpeditionr translator user guide exclusive

Use "Export as a Project Archive" in Altium to package all necessary files ( .PrjPcb , .SchDoc , .PcbDoc , libraries) into a single file. 3. The Translation Process: Step-by-Step Using the Xpedition Translator Wizard , follow these steps: A. Initializing the Translator

The migration process is typically handled through the , which is designed to translate any reference design created in Altium into the native Xpedition format.

To ensure a "best practice" migration, consider these insights derived from the Siemens user community: : Redraw the internal plane boundaries in Xpedition

For boards under 8 layers and 500 components, the Altium-to-Xpedition translator achieves ~90% fidelity in 2 hours of work (including cleanup). For high-density, high-speed, or rigid-flex designs, use the translator only for placement/route seed data, then recreate constraints and rules manually in Xpedition’s CES.

Before launching the translator, create a clean target project structure in Xpedition Central Library and Project Manager. Set your target units (Mils or Metric) to match the source Altium file to eliminate rounding errors during trace and pad generation. 2. Environment Variables and Licensing

Define the input .SchDoc or project workspace file ( .PrjPcb ). However, moving from a grid-based, flexible environment like

The translation pipeline uses the native Siemens Xpedition xDX Designer and xPCB Layout translators. The process converts Altium schematic files (.SchDoc), PCB layout files (.PcbDoc), and libraries into Siemens-compatible formats.

Create an exclusive_layer_map.xml file that permanently maps Altium Top Solder to Xpedition SOLDERMASK_TOP .

The tool preserves hierarchical structures and design information.

Ensure the schematic and PCB pass all DRC checks. Unresolved errors in Altium will likely turn into translation errors.