The tool reports and signals mismatches with operational notes, allowing engineers to pinpoint exactly where manual intervention may be required.
| | Translation Support | |---------------|-------------------------| | Nets and connectivity | Full preservation | | Components (parts) | Complete transfer | | Footprints (land patterns) | Rule-based mapping | | Layer stack assignments | Mapped per your configuration | | Design constraints and rules | Retained where compatible | | Pad stacks and via definitions | Converted to Xpedition format | | Silk screen, solder mask, paste mask | Layer-mapped accordingly |
: Complex multi-sheet hierarchies should be validated for synchronization errors between schematics and PCB layout.
Explain how to mentioned in the translation log. Compare netlist differences between the two systems. Let me know which of these would be most helpful to you! Share public link altiumr to xpeditionr translator user guide exclusive
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
The translator does 95% of the work, but verification is crucial.
Before running the translator, the environment must be configured to prevent "netlist explosion" or library corruption. The tool reports and signals mismatches with operational
: After running the translator, open the schematic in xDX Designer. Verify that bus structures, off-sheet connectors, and global power/ground nets retain their logical connectivity. 6. Translating PCB Layouts and Footprints
Components, nets, ports, and hierarchical blocks are mapped to Xpedition schematic objects.
| | Does NOT Translate | |----------------------------|------------------------| | Schematic sheets & symbols | ActiveScript / Delphi code | | PCB footprints & pads | 3D body definitions (STEP references only) | | Nets & connectivity | Design rule differential pairs (must be recreated) | | Basic net classes | Polygon pour order & thermal spokes | | Component parameters | Variants (BOM configurations) | | Layer stackup (physical) | Embedded BoardArray / Vias in pads | Compare netlist differences between the two systems
Open xDx Designer and select the Import Altium Schematic tool.
: The translator preserves the hierarchical structure of Altium schematics, ensuring that multi-sheet designs remain organized in Xpedition Designer.
Following the “garbage in, garbage out” principle, preparing your Altium data is the most important step for a clean migration. Review this checklist:
Define your target . If a central library does not exist, select the option to generate a new library during the translation pass.