Ftth Network Design Software
Ftth Network Design Software Free
How do you design a FTTH network?This video demonstrates the FiberPlanIT Designer - an FTTx design software that automatically designs the to-build plan and creates a bill of material.With FiberPlanIT, planning and designing FTTH becomes easy, 90% faster and about 7% cheaper.More than 40 million homes have been planned with our software - worldwide.Do you also want to save on deployment cost? Do you want to experience the speed and ease of designing FTTH?Contact us at and turn your FTTH planning into profit.
Our FTTH software network design & planning tools are the result of more than 25 years of experience in designing, engineering, planning, installing and commissioning communication networks. In order to simplify the complex process of planning & building FTTH / FTTX networks we use Lego-like ‘building blocks’ to control & steer the project! Using Setics Sttar all along the project, one can do the FTTx / FTTH network pre-planning from Strategic to detailed planning, by providing relevant data inputs. Sttar Software; FTTH Network Design FTTx / FTTH Network Design. Use Creately’s easy online diagram editor to edit this diagram, collaborate with others and export results to multiple image formats. You can edit this template and create your own diagram. Creately diagrams can be exported and added to Word, PPT (powerpoint), Excel, Visio or any other document.
Definition of the problemOver the past few years many EU countries have launched operational programs toimplement European Digital Agenda (EAC) developed by the European Commission in2010. Description of the solutionDue to the high popularity, widespread availability, openness of the softwareand immense functional abilities, it felt natural to select QGIS as platform toserve as a basis for our solution.According to the guidelines of FTTH Council Europe, it is crucial to firstprepare a plan considering both the technical aspect (placement of cables,splice closures, splitters) and economic aspect (demand) based on real addresspoints data. The building structure and the density of the building developmentdetermine the technology of GPON (Gigabit Passive Optical Network) networkdesign. To have the ability to plan network topology efficiently it is requiredto have among other things:. access to GIS data,. automation of GIS data processing,. application of network optimization algorithms,.
application of GPON network engineering rules.All these items were connected in QGIS platform. Network algorithms based on the graph functions available in GRASS wereenriched by adding the telecommunication scripts. We introduced a concept ofdemand clustering which enables to use both K-means and hierarchical methods toaggregate demand points.Geoprocessing scripts with usage of cable routing layer and Djikstra algorithmdevelops a cable route proposal with optical fiber nodes” locations.Operators also needed an association between created network nodes and addresspoints to estimate the individual cost of each network branch. To complete thistask, we created scripts that performs this operation storing results in localSpatiaLite database.
Ftth Network
The data needed to be exportable to spreadsheet, so weused free software library to fulfil this requirement. ConclusionThanks to the use of the QGIS platform as well as its extension capabilities,we managed to develop a free open source solution allowing telecommunicationoperators to prepare the documents necessary to submit application forco-financing in the EU program implementing European Digital Agenda.By combining flexible vector algorithms with the telecom engineering scripts,we enabled the practical use of mathematical algorithms in solving realproblems concerning telecommunication network planning.