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Altiumr To Xpeditionr Translator User Guide Exclusive [best] <2K 4K>

The Altium to Xpedition Translator User Guide provides a technical, four-step framework for migrating design data, focusing on library translation and constraint preservation. While effective for maintaining data integrity, successful adoption requires rigorous pre-translation cleanup and navigation of a steep learning curve. Insights on the conversion process are available via Siemens Community.

Phase B: Run the Standalone Translator

  1. Launch Altium to Xpedition Translator.
  2. Input Tab:
    • Source File: Browse to MyDesign_Prep.PcbDoc.
    • Netlist File: Browse to MyDesign.NET.
  3. Layer Mapping Tab (Crucial):
    • The translator will show a preview. Map Altium Mechanical 1 → Xpedition BOARD_OUTLINE.
    • Map Altium Keepout → Xpedition PLACE_BOUND.
    • Ignore Altium Drill Drawing layers unless you want non-electrical geometry.
  4. Preferences Tab:
    • Check: "Convert Polygons to Plane Shapes" (Converts Altium hatched pours to Xpedition dynamic planes).
    • Check: "Regenerate Teardrops" (Altium teardrops become Xpedition teardrops via post-process).
    • Uncheck: "Translate 3D Models" (Avoid crash).
  5. Hit Execute. The output will be a folder containing:
    • MyDesign.PCB (Xpedition board file)
    • MyDesign.hkp (Netlist and rules)
    • MyDesign.log (Translation report)

General Steps in the Translation Process

  1. Preparation: Before starting the translation, ensure that your Altium design is complete and clean. This includes resolving any design rule check (DRC) errors, and making sure all components have accurate models. altiumr to xpeditionr translator user guide exclusive

  2. Exporting from Altium: Altium provides several options for exporting designs, including ODB++, IPC-2581, and direct translators for some EDA tools. The most versatile format for translation purposes is usually ODB++. The Altium to Xpedition Translator User Guide provides

  3. Importing into Xpedition: Xpedition supports various formats, including ODB++. The process typically involves importing the ODB++ data into Xpedition, which may involve setting up the import options to match the specifics of your design. Launch Altium to Xpedition Translator

  4. Verification and Adjustment: After translation, it's crucial to verify the design in Xpedition. This includes checking the schematic, layout, and netlist for accuracy. Some manual adjustments might be necessary due to differences in how tools interpret design rules and constraints.

Chapter 3: The Translation Workflow (Exclusive Steps)

Assuming you have a licensed copy of the Altium2XpeditionTranslator.exe (v4.0+), follow this exact sequence.