Designing the Home Network
GPON technology has been selected to meet the needs of demand that has been predicted since it can serve a large bandwidth and GPON can also serve three services: voice, video, and data. The number of customers who are very suitable to be applied to a lot of point to multipoint networks with FTTH technology. Gegerkalong STO is about ± 3.1 km in residential Setra ambassador, this distance allows for the construction of fiber optic cable without the use of repeaters, housing his vast Setra ambassador could reach 100 hectares based layout is divided into five regions for the creation of a network, the area A, B, C, D and E. Then for withdrawal cable housing divided into 2 parts for Setra ambassador, to the A, C into one group south and regions B, D, E be a northern area. To withdrawal of fiber optic cable from STO Gegerkalong to ODC divided 2 lane splitting at the crossroads and road pollen sarimanah compassion, the first path into the area A then C, and 1 lg cable path towards B then D and then to the E.
Determination Tool And Specifications
This section also describes about the devices used in the design of the network and its specification, layout and volume.
3.5.1 OLT (Optical Line Termination)
Optical Line Termination used in the design is in accordance with ITU-T G.984 standard and recommended by the PT.Telkom. Selection of the Optical Line Termination is by looking at the value of optical transmit power (Ptx), which should be of great value because it will affect the power link budget and also take into account the spectral width values (Δσ), rise time and fall time should be worth the relatively small because it will affect the values rise time budget.
Fiber Optics
Fiber optic optical fiber used is in accordance with ITU-T G.652 and G.657 fiber drop. Fiber optics are used in this design is a device with specs that can be seen in Table 3.9. From ODP to customers using fiber optic ITU-T G.657 which has specifications like in table 3.10.
Table 3.9 Specifications of Fiber Optic G.657
3.5.3 Connectors
The connector used is konekor SC. SC connectors are used at the OLT, ODC, ODP and ONT. Connector specifications as in table 3.11.
3.5.4 Splitter
Splitter to be used there are 2 types of splitter 1:4 and 1:8 splitter. 1:4 splitter placed at ODC, whereas the 1:8 splitter placed in the ODP. Specifications splitter can be seen in table 3.12.
Table 3.1 Specifications Connector
3.5.5 ONT (Optical Network Terminal)
Optical Network Terminal that is used in this design is the device specification as in table 3.13.
Table 3.13 Specifications ONT devices
GPON technology has been selected to meet the needs of demand that has been predicted since it can serve a large bandwidth and GPON can also serve three services: voice, video, and data. The number of customers who are very suitable to be applied to a lot of point to multipoint networks with FTTH technology. Gegerkalong STO is about ± 3.1 km in residential Setra ambassador, this distance allows for the construction of fiber optic cable without the use of repeaters, housing his vast Setra ambassador could reach 100 hectares based layout is divided into five regions for the creation of a network, the area A, B, C, D and E. Then for withdrawal cable housing divided into 2 parts for Setra ambassador, to the A, C into one group south and regions B, D, E be a northern area. To withdrawal of fiber optic cable from STO Gegerkalong to ODC divided 2 lane splitting at the crossroads and road pollen sarimanah compassion, the first path into the area A then C, and 1 lg cable path towards B then D and then to the E.
Determination Tool And Specifications
This section also describes about the devices used in the design of the network and its specification, layout and volume.
3.5.1 OLT (Optical Line Termination)
Optical Line Termination used in the design is in accordance with ITU-T G.984 standard and recommended by the PT.Telkom. Selection of the Optical Line Termination is by looking at the value of optical transmit power (Ptx), which should be of great value because it will affect the power link budget and also take into account the spectral width values (Δσ), rise time and fall time should be worth the relatively small because it will affect the values rise time budget.
Fiber Optics
Fiber optic optical fiber used is in accordance with ITU-T G.652 and G.657 fiber drop. Fiber optics are used in this design is a device with specs that can be seen in Table 3.9. From ODP to customers using fiber optic ITU-T G.657 which has specifications like in table 3.10.
Table 3.9 Specifications of Fiber Optic G.657
The connector used is konekor SC. SC connectors are used at the OLT, ODC, ODP and ONT. Connector specifications as in table 3.11.
3.5.4 Splitter
Splitter to be used there are 2 types of splitter 1:4 and 1:8 splitter. 1:4 splitter placed at ODC, whereas the 1:8 splitter placed in the ODP. Specifications splitter can be seen in table 3.12.
Table 3.1 Specifications Connector
3.5.5 ONT (Optical Network Terminal)
Optical Network Terminal that is used in this design is the device specification as in table 3.13.
Table 3.13 Specifications ONT devices
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