Creating a FTTH design for an area in Bangkok
This design was made for a selected area without any specific data provided.
Content:
- Dataconversion
- Input data
- Network design
Steps:
1.Start a new drawing and insert all dxf files
2.Buildings, insert the Temp symbol=temporary endpoint with number
3.Poles, replace the point from the OpenStreetMap data with the actual Pole symbol
4.Creating the Main trails from Pole to Pole
5.Buildings, moving the building entry points to the front of the building, create customer symbols
6.Connect poles with customer symbols
7.Input creation for NetOptimus
8.NetOptimus on-line portal
9.Creating the design with NetOptimus
10.Export to GoogleEarth and Autocad Map 3D
- Import of shp files
- WGS 84 UTM zone 47N (epsg:32647)
- Export per layer to dxf format
- WGS 84 UTM zone 47N (epsg:32647)
- Start a new drawing in Autocad
- Building_WGS84.dxf
- Pole_WGS84.dxf
- RoadEdge_WGS84.dxf
- Centerline_WGS84.dxf
- Hydrology_WGS84.dxf
We automatically create the endpoints by using the building layer in Autocad Map 3D.
We do the same for the pole positions.
We now focus on the creation of pole routes and moving the FTTH endpoints to the front of the houses in the direction of the nearest pole.
Next step is the automatic creations of drop lines from the endpoints to the nearest pole.
We now export this to the NetOptimus portal and prepare it for the automatic network design.
The design is automatically finished in Autocad Map 3D with layers, symbols, labelling and Bill of Quantity.
