Nokia Siemens Networks: NetAct / Siemens TornadoN

Integration of urban propagation modules into NetAct (and TornadoN)

Integration

 


All urban propagation modules can be integrated easily into  NetAct of Nokia Siemens Networks (which is based on the Aircom ASSET3G/ENTERPRISE suite). Information about the Aircom radio network planning suite can be found here. The following picture shows propagation results computed with AWE's Dominant Path Model.

 

 

By using the highly accurate wave propagation models of ProMan within NetAct the network design especially within dense urban environments reaches a new quality. The plugin provides sophisticated wave propagation models for urban scenarios.

 

A short guide is offered which shows how the propagation models from AWE can be integrated, configured and successfully used in NetAct. The short guide is available here.

A free evaluation license together with some sample data (Jersey example provided by Aircom) can be downloaded here.

 

 

Features


The following features are included in the propagation package. The propagation package is offered for Netact (similar to ASSET3G/ENTERPRISE) Version 5.2. The plugin supports COM and NET interface.

A presentation with all the information about the propagation plug-in is available for download.

 

 


Screenshots

 


As shown in the following screenshot (click to enlarge), WinProp propagation models are fully integrated in the radio network planning tool.

 

User-friendly GUI and dialogues
Prediction with Dominant Path Model in Jersey

 

 

Download a brochure with information about this plug-in.

Download a short guide how to work with WinProp in Aircom Enterprise.

See a comparison between different urban prediction models.

Read more about the WinProp DLLs.

 

 

 

 

 

 

 

Please ask for a demo version to test WinProp's propagation models in your RNP at your PC with your own data.

 

 






Click to see presentation


Presentation with information about the plug-in available for download.











Brochure about
Urban Propagation Models