Perancangan jaringan Backhaul untuk sistem komunikasi 4G Long Term Evolution (LTE) di Jakarta Area Kalideres
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Institusion
Institut Teknologi Telkom Purwokerto
Author
Intan, Tri Widyawati
Subject
T Technology (General)
Datestamp
2021-04-22 06:43:54
Abstract :
Backhaul is path or link that linkks from a site to another site or from a site to core network to take traffic from the site and lined to core network. In this thesis using microwave technology to build 4G Long Term Evolution (LTE) network in Kalideres area, where such microwavve technology is dominant technology used to build networks in Indonesia. In this thesis research done begin with make LTE network planning based on capacity and coverage, make LTE network planning and microwave backhaul planning simulation, to calculate antenna height require on backhaul network planning and to calculate link capacity for know capacity on each hop backhaul. From results of the network design has done obtainable total target user of LTE is 47324 user and network throughput on downlink is 331.024 Mbps from capacity planning. For the backhaul network planning obtainable 7 hop backhaul using star topology or tree topology with total link capacity on site 6 (main site) is 936Mbps and frequency used is 15 GHz. From the results of calculations power received an obtained include good with range between - 75 dBm to -70 dBm. Key Word: LTE (Long Term Evolution), Backhaul Network, Microwave
Backhaul is path or link that linkks from a site to another site or from a site to core network to take traffic from the site and lined to core network. In this thesis using microwave technology to build 4G Long Term Evolution (LTE) network in Kalideres area, where such microwavve technology is dominant technology used to build networks in Indonesia. In this thesis research done begin with make LTE network planning based on capacity and coverage, make LTE network planning and microwave backhaul planning simulation, to calculate antenna height require on backhaul network planning and to calculate link capacity for know capacity on each hop backhaul. From results of the network design has done obtainable total target user of LTE is 47324 user and network throughput on downlink is 331.024 Mbps from capacity planning. For the backhaul network planning obtainable 7 hop backhaul using star topology or tree topology with total link capacity on site 6 (main site) is 936Mbps and frequency used is 15 GHz. From the results of calculations power received an obtained include good with range between - 75 dBm to -70 dBm. Key Word: LTE (Long Term Evolution), Backhaul Network, Microwave
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