Perancangan desain fiber to the tower (fttt) untuk komunikasi broadcast sebagai jaringan backhaul studi kasus di Banyumas tv
Total View This Week0
Total View This Week0
Institusion
Institut Teknologi Telkom Purwokerto
Author
Annisa, Nur Aini Maryadi
Subject
T Technology (General)
Datestamp
2021-04-23 04:54:21
Abstract :
The development of the broadcasting industry in the country is growing rapidly over time. Banyumas TV as one of the private local television stations in the city of Purwokerto, wants to develop that transmission system better. Until now, BMSTV still uses microwave waves emitted point-to-point from television stations to transmitter towers as network backbones. A considerable distance of around 15 km, and geographical topology conditions that have uneven terrain contours, passing hilly areas and many obstacles, are factors that influence signal quality, especially when it is raining. Fiber To The Tower (FTTT) is the right solution for the case, if applied to replace the point-to-point microwave transmission system. In this design, the FTTT was designed to connect the BMSTV Pabuaran Station, with the transmitter tower in Gunung Binangun, Krumput ± 15 km away. Based on the simulation results show the parameter value of Power Link Budget (PLB) is 6,76 dB. Rise Time Budget calculation results is 0,85449 ns, because the tsystem value is smaller than the time limit value for NRZ encoding which is 0.28 ns and 0.14 for RZ coding. The results of the design performance for BER and Q-Factor simulation value is 0, and Q-Factor value is 321,961. From the BER and Q-Factor results, it can be said that it has appropriate the ITU-T G.984 standard with an ideal BER value in optical fiber transmission is 10 , and the ideal value for Q-Factor is 6. -9 Keywords: FTTT, TV Studio, Transmitter Tower, BER
The development of the broadcasting industry in the country is growing rapidly over time. Banyumas TV as one of the private local television stations in the city of Purwokerto, wants to develop that transmission system better. Until now, BMSTV still uses microwave waves emitted point-to-point from television stations to transmitter towers as network backbones. A considerable distance of around 15 km, and geographical topology conditions that have uneven terrain contours, passing hilly areas and many obstacles, are factors that influence signal quality, especially when it is raining. Fiber To The Tower (FTTT) is the right solution for the case, if applied to replace the point-to-point microwave transmission system. In this design, the FTTT was designed to connect the BMSTV Pabuaran Station, with the transmitter tower in Gunung Binangun, Krumput ± 15 km away. Based on the simulation results show the parameter value of Power Link Budget (PLB) is 6,76 dB. Rise Time Budget calculation results is 0,85449 ns, because the tsystem value is smaller than the time limit value for NRZ encoding which is 0.28 ns and 0.14 for RZ coding. The results of the design performance for BER and Q-Factor simulation value is 0, and Q-Factor value is 321,961. From the BER and Q-Factor results, it can be said that it has appropriate the ITU-T G.984 standard with an ideal BER value in optical fiber transmission is 10 , and the ideal value for Q-Factor is 6. -9 Keywords: FTTT, TV Studio, Transmitter Tower, BER
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
