Documentation
Everything you need to design, validate, and export fiber networks with FiberQ inside QGIS — from first install to final deliverables.
Quickstart workflow
A simple end-to-end workflow you can follow in QGIS.
1) Create a project
Create a project using GeoPackage or PostGIS as your main data store.
2) Draw & place elements
Digitize routes and place poles, manholes, ducts, closures, cabinets, and other objects.
3) Generate network outputs
Generate cables, reserves, splices, and connections based on your design.
4) Validate & review
Validate the design and review results in the map and optical schematic.
5) Export / publish deliverables
Export layers (GeoPackage, KML/KMZ) or publish results to PostGIS.
Import points & lines
Bring existing GIS data into FiberQ layers (points and linework) to avoid redrawing.
Core topics
The main guides users look for — install, workflow, imports, validation, and exports.
Installation & setup
- Install in QGIS → Plugins → Manage and Install Plugins
- Search: FiberQ → Install → Open FiberQ toolbar
- Verify styles/icons and default layer setup
Export & publish
- Export: GeoPackage, KML/KMZ
- Publish to PostGIS for team workflows
- Keep table names, SRID, and permissions consistent
“If something looks different in your version, check the release notes on the News page — FiberQ evolves quickly.”
FiberQ docs
Notes & tips
Troubleshooting
- Styles/icons missing after export: reload styles and ensure the plugin SVG path is available in QGIS.
- Layers not visible in Preview Map: verify the project source (GPKG/PostGIS) and refresh the map.
- PostGIS publish doesn’t show updates: confirm table name, SRID, and permissions match your database.
- Slow performance: reduce snapping complexity and avoid overly heavy background layers while editing.
Support & community
FiberQ is community-driven. Bugs, ideas and PRs welcome.