• Maria Ulfah Department of Electronic Engineering, Balikpapan State Polytechnic


Wave propagation through an air transmission medium is important for the smooth mobile communications, because the signal is distributed by the air  transmission medium to be received by the recipient is affected by the contours of the earth , media reflection , the obstacle  and the distance and the possibilities that can not be predicted appearance and inhibit the signal transmission process is in progress. Important to take into account  pathloss signals that occur along the transmission line , because it affects the quality of the signal to be received . In determining the loss signal propagation model is used in accordance with the COST 231 for 1800 MHz 4G LTE frequency.In this study calculated  pathloss signal 4G LTE with distance variation antena transmitter (E node B) to the receiver (mobile station ) is 1 km, 5 km, 10 km, 15 km, 20 km, with a height of antena transmitter 24 meter . From the results of the calculation, the greater the distance between the transmitter antena towards the receiver pathloss value is the greater of 138.8853 Db to 175.4915 dB. Meanwhile, if the receiver antena height is enlarged to the distance d between the eNodeB with MS remain the pathloss value to decrease. The greater the value of pathloss the received signal quality will decline and otherwise

Keywords: 4G LTE, pathloss, model propagasi C0ST 231


Download data is not yet available.


[1] Kurniawan, Uke. “Fudamental Teknologi Seluler LTE”, Rekayasa Sains, 2012
[2] Kurniawan, Uke. “Pengantar Telekomunikasi”, Informatika, 2010
[3] Rappaport, Theodor S., “Wireless Communcation Principles and Practice”, Prentice Hall, 1996.
[4] Sari, Nilam.2016, “Tugas Akhir : Analisa Perhitungan Pathloss Sinyal Node B daerah Urban , Sub Urban, Rural Kota Balikpapan”, Jurusan Teknik Elektronika, Politeknik Negeri Balikpapan
[5] Wibisono, Kurniawan. “Konsep Teknologi Seluer”, Informatika, 2008
Abstract viewed = 43 times
PDF (Bahasa Indonesia) downloaded = 120 times