Altiumr To Xpeditionr Translator User Guide Exclusive -

Altium uses a specific set of mechanical layers for assembly data, courtyards, and 3D models. Xpedition uses dedicated functional layers (e.g., Placement Outline, Assembly Outline). During configuration, you must manually assign your Altium mechanical layer numbers to the corresponding Xpedition layer destinations to prevent data loss. 5. Post-Translation Cleanup and Verification

Re-group high-speed nets into native Xpedition Constraint Classes to ensure the online DRC engine validates them correctly. Troubleshooting Common Translation Failures Root Cause Resolution Missing component pads in layout Broken padstack definitions or custom pad shapes in Altium.

Altium defines pad slot holes and offsets directly within the pad properties. Xpedition manages these properties through a centralized Padstack Editor. Open the translated cells in the Xpedition Padstack Editor to confirm that: Plated vs. non-plated hole attributes are correct.

: Converts Altium PCB documents (*.PcbDoc) into Xpedition layout data. Critical Prerequisite : Altium designs be saved in ASCII format

If you meant a different exclusive feature (e.g., hierarchical sheet mapping, net class preservation, or design rule translation), let me know and I can elaborate. altiumr to xpeditionr translator user guide exclusive

This technical guide delivers an exclusive, end-to-end breakdown of the Altium to Xpedition translation process. You will find actionable steps, configuration requirements, and optimization strategies to ensure a seamless data transition. Phase 1: Pre-Translation Checklist in Altium

Since this translator is a proprietary Siemens EDA tool, the full guide and related technical papers are typically found behind the Siemens Support Center

(*.PcbDoc saved as ASCII) for the translator to process them; binary files are generally not supported. Library Translation : Imports Altium component libraries (*.IntLib, .PcbLib) into the Xpedition Central Library

Constraints are often the most complex part of the translation. While basic nets map directly, advanced high-speed rules may need to be re-defined within Xpedition Constraint Manager. Altium uses a specific set of mechanical layers

The translation involves converting Altium's native files into formats compatible with the Xpedition flow. Schematic Translation : Converts Altium schematic files (*.SchDoc) into Xpedition Designer (formerly DxDesigner) format. Requirements

Compare netlist connectivity in Xpedition with the original Altium schematic.

[Altium Project] ──> [Export ASCII / Schematics] ──> [Xpedition Data Import Wizard] ──> [Central Library Linking] Step 1: Exporting Source Data from Altium

Re-pour all copper planes and split planes. Verify that clearance rules around thermal reliefs, pads, and vias are maintained. Altium defines pad slot holes and offsets directly

Execute the translation and check the resulting database for connectivity integrity.

While I don't have a specific user guide or document titled "Altium to Xpedition Translator User Guide" or similar, I can provide you with a general approach on how to achieve this translation. This process might require some manual adjustments and understanding of both software systems.

Map the Altium library components to existing Xpedition library parts.