ITS-NetOptimus™

Automatic cost optimized FTTX network design: ITS-NetOptimus™.

Complex cost optimisation algorithms, in a simple to use graphical tool.

Windows program, no other software/database required. Simple to install and easy to operate. Output to: (Autocad Map 3D; GoogleEarth; Excel; ITS-Software Suite.)

The NetOptimus software lists all possible designs with installation & material costs.
The ITS-NetOptimus software creates cost optimized FTTH network designs

ITS-NetOptimus™

  • Complex cost optimization algorithms for:
  • improved grouping of homes
  • best central point(s) positioning (DP/Cabinet/POP etc.)
  •  improved cable/duct routing
  • Up to 20% less drop cable
  • Approx. 2% less trenching/trail costs

 

Including simple to use CAD tools:

  • Input / data preparation
  • Output / network blueprint

Savings with a ITS-NetOptimus™ cost optimized FTTX network design.

  • Engineering time savings: up to 100 times faster than manual.
  • Material& Installation costs savings: up to €10 / home.

 

Calculation example for 1000 homes:

Manual engineering

1000 homes: 16 hours.

ITS-NetOptimus™

1000 homes:  less than 1 hour.

Other savings: up to €10 / home on materials & installation costs.

NetOptimus-clock for manual engineering of a 1000 homes
NetOptimus-clock for automatic engineering of a 1000 homes
NetOptimus automatic network design example001

Picture: Kirkliston, Scotland. Any data format can be used as input for the ITS-software. The software includes already known manipulation point positions and existing networks.

Autocad (Map 3D) Kirkliston network designs: drop, distribution and feeder level.

Picture: in ITS-NetOptimus the network design is made automatically with multiple levels and network concepts & best locations of aggregation points.

Groups of endpoints and the related cable routes are shown as different colours.

Autocad(Map 3D) FTU locations / home entry-points and possible cable routes are created.

Picture: the design is directly shown in Autocad Map 3D and GoogleEarth with multiple network levels, labels and colors.