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"Triple Pley" - FTTH
Bobkovič, Peter ; Křepelka, Václav (referee) ; Filka, Miloslav (advisor)
This project is zaobíra possible implementation of the last mile connection to užívateli through FTTH, what is optics to the home. The whole work is divided into 2 parts, and to a general overview of FTTH and its own measurements. In general overview of the listed species gradually FTTH networks, problems associated with FTTH, zmapovaná situation in the world and Triple game (Pricelist, ponuka TV and under.). In the second part of the developed progressive measure, and the results of the three carried out measurements (PPM, OTDR, directly method) as well as the appearance of purity connector.
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Design, implementation and measurement of passive optical network
Kužela, Jan ; Horváth, Tomáš (referee) ; Vojtěch, Josef (advisor)
The aim of this thesis is to formulate the design of optical access network in designated area. The design is focused on the physical network layer and it covers optical fibers, cable protectors and links, optical hubs, racks and active components. The thesis also docu- ments network architecture, the configuration of active components and provides results from monitoring of selected network segments. The thesis consists of the theoretical part and practical part. In the theoretical part, there is an introduction to optical networks, their configurations (FTTH, FTTB, FTTC, FTTN), relevant networking standards and technologies. The practical part of the thesis covers design proposal of a network located in Slavičín. The design reuses infrastructure and technologies of existing network. The proposed design follows FTTH architecture which has benefits of low maintenance cost and it also fulfills GPON standard.
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Methodology for FTTH optical network measurement
Gajdoš, Jaroslav ; Reichert, Pavel (referee) ; Filka, Miloslav (advisor)
The main topic of this master thesis is a FTTH measurement methodology of optical networks and its specific features 9 compared with other measurement methodologies. Also, the use of the FTTH measurement methodology: an example of measurements of a passive network with splitter 1:8 and analysis of the results of these experimental measurements. The first part of the thesis concerns itself with the description of optical networks and characteristics and features of the FTTH networks. A detailed description of the passive optical networks is provided: e.g. the optical network unit ONU, the optical line termination OLT, and, most importantly, the passive optical splitter. The wavelength division multiplex 9 WDM 9 which is used in passive optical networks is also described in detail. The chapter on measurement methodologies focuses in detail and provides many examples of currently used measurement methodologies of these networks. The best results are currently achieved with the OTDR methodology. The second part of the thesis concentrates on the description of the measurement of a passive optical network with splitter 1:8 using the methods described in previous chapters. As conclusion, a detailed analysis, assessment of the results and their usefulness when put into practice is provided.
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Design, implementation and measurement of passive optical network
Kužela, Jan ; Horváth, Tomáš (referee) ; Vojtěch, Josef (advisor)
The aim of this thesis is to formulate the design of optical access network in designated area. The design is focused on the physical network layer and it covers optical fibers, cable protectors and links, optical hubs, racks and active components. The thesis also docu- ments network architecture, the configuration of active components and provides results from monitoring of selected network segments. The thesis consists of the theoretical part and practical part. In the theoretical part, there is an introduction to optical networks, their configurations (FTTH, FTTB, FTTC, FTTN), relevant networking standards and technologies. The practical part of the thesis covers design proposal of a network located in Slavičín. The design reuses infrastructure and technologies of existing network. The proposed design follows FTTH architecture which has benefits of low maintenance cost and it also fulfills GPON standard.
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|
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"Triple Pley" - FTTH
Bobkovič, Peter ; Křepelka, Václav (referee) ; Filka, Miloslav (advisor)
This project is zaobíra possible implementation of the last mile connection to užívateli through FTTH, what is optics to the home. The whole work is divided into 2 parts, and to a general overview of FTTH and its own measurements. In general overview of the listed species gradually FTTH networks, problems associated with FTTH, zmapovaná situation in the world and Triple game (Pricelist, ponuka TV and under.). In the second part of the developed progressive measure, and the results of the three carried out measurements (PPM, OTDR, directly method) as well as the appearance of purity connector.
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|
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Methodology for FTTH optical network measurement
Gajdoš, Jaroslav ; Reichert, Pavel (referee) ; Filka, Miloslav (advisor)
The main topic of this master thesis is a FTTH measurement methodology of optical networks and its specific features 9 compared with other measurement methodologies. Also, the use of the FTTH measurement methodology: an example of measurements of a passive network with splitter 1:8 and analysis of the results of these experimental measurements. The first part of the thesis concerns itself with the description of optical networks and characteristics and features of the FTTH networks. A detailed description of the passive optical networks is provided: e.g. the optical network unit ONU, the optical line termination OLT, and, most importantly, the passive optical splitter. The wavelength division multiplex 9 WDM 9 which is used in passive optical networks is also described in detail. The chapter on measurement methodologies focuses in detail and provides many examples of currently used measurement methodologies of these networks. The best results are currently achieved with the OTDR methodology. The second part of the thesis concentrates on the description of the measurement of a passive optical network with splitter 1:8 using the methods described in previous chapters. As conclusion, a detailed analysis, assessment of the results and their usefulness when put into practice is provided.
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