A design is never 100% perfect immediately out of an automated translator. You must perform target validations to guarantee manufacturing readiness. Post-Migration Checklist 1. Central Library Verification
Generate Gerber, ODB++, or IPC-2581 files from both the original Altium design and the new Xpedition design. Use a third-party CAM tool to overlay the fabrication data. This visual comparison confirms that no traces, pads, or text shifted during the migration process.
After the translation is complete, your work is not quite finished.
Configure the conversion of design rules. Note that Altium rules (flexible) do not map 1:1 to Xpedition rules (stringent). altiumr to xpeditionr translator user guide exclusive
Map the Altium library components to existing Xpedition library parts.
The guide generally covers the translation of three primary areas of design data:
If you will regularly receive Altium designs, create a using Xpedition’s VBAPI. A design is never 100% perfect immediately out
: The translator extracts Altium .SchLib components and builds corresponding symbols in the Xpedition Central Library. Pin types (Input, Output, Passive) are mapped directly to Xpedition pin properties.
Does your design contain like Rigid-Flex or High-Density Interconnect (HDI) microvias?
Migrating complex PCB design data between platforms is a critical challenge in modern electronics engineering. Moving from to Siemens Xpedition Enterprise —often deemed a transition from a mid-range tool to a high-end, systems-level platform—requires meticulous data handling. After the translation is complete, your work is
A successful migration depends on building an Xpedition from your legacy Altium components. Component Symbol Translation
Ensure all components in the PCB match the schematic libraries. Missing library components are the #1 cause of failed conversions.
Check for unconnected pins, single-pin nets, and net naming conflicts in xDX Designer.