| Summary | Issue Type | Description |
|---|---|---|
| Program crashes when editing a microwave link | Bug | This has been resolved |
| Crash when exporting links | Bug | This has been resolved |
| Bing Maps resolution does not save | Bug | This has been resolved |
| Issue installer | Bug | This has been resolved |
| Closest Snap Point issues in DAS Design Editor | Bug | This has been resolved |
| Review chopper functionality | Bug | This has been resolved |
| DAS Imagine to Vector functionality | Feature | New: drop an image, get a building. The Image-to-Vector capability lets users import a floor plan, blueprint, or building image directly into the indoor product — SignalPro automatically generates the editable building model, ready for analysis. From there, components can be added, adjusted, and refined just like a hand-built design, only without the hours of manual drawing. –NOTE this will be fully released in the following months |
| DAS MODULE: Place new buildings from a reference building | Feature | In Building Editor, users can now pick a reference building, choose a reference point (e.g., a corner), then stamp copies into the project at any angle. A huge time saver for projects with repeated identical structures: apartment complexes, campuses, planned developments, replacing what was previously tedious manual rebuilds. –NOTE this will be fully released in the following months |
| Satellite Module:Ionospheric effects propagation model — ITU-R P.531 | Feature | Adds the ionospheric component of the 618 propagation model, capturing scintillation and ionospheric impairments. Materially improves the accuracy of satellite link budgets, especially at lower frequencies where ionospheric effects dominate.–NOTE this will be fully released in the following months |
| Satellite Module: Polarization / depolarization loss — ITU-R P.618 §8 | Feature | Adds the polarization and depolarization loss component to the 618 propagation model. Sharpens cross-polar interference predictions, which is critical for dual-polarized satellite system design.–NOTE this will be fully released in the following months |
| Satellite Module: Total path attenuation — ITU-R P.618 | Feature | Adds the total path attenuation component, completing the core 618 propagation model. Engineers now get a unified attenuation result that combines rain, gas, cloud, and scintillation effects in a single calculation. –NOTE this will be fully released in the following months |
| Satellite Module: LEO Orbit implementation | Feature | Adds time-stepped LEO satellite modeling driven by TLE/ephemeris data. At each time step the tool computes the satellite’s lat/lon/altitude, elevation, azimuth, and slant range, feeding the instantaneous elevation into the propagation model — the way ITU-R P.618 prescribes for non-GSO systems. Unlocks accurate planning for today’s LEO constellation workflows (Starlink-class), where geometry changes second-to-second instead of staying fixed like GEO. |
| Import / export MegaMesh meter types file | New Feature Request | Customers can now export the meter types table from one project and import it into another. Makes it trivial to test multiple meter configurations and share standardized files across engineering teams — no more rebuilding the table by hand for every new project. |
| Topology report auto-saves on completion | New Feature Request | The topology report now writes to file automatically the moment it finishes. Directly addresses a pain point where users accidentally cancelled or closed the GUI before saving and lost hours of compute time. Work is preserved by default. |
| Editable project name in the legend | New Feature Request | Users can now edit the project name shown in the legend. Customers iterating across multiple versions of a project can keep the legend tidy and presentation-ready |
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