Perencanaan Jaringan Long Term Evolution (lte) Dengan Menggunakan Microwave Backhaul Di Pulau G(golf) Reklamasi Jakarta

Panggih Ristian, Nur Andini, Uke Kurniawan Usman

Abstract

Abstrak
Wilayah Pulau G(Golf) Reklamasi kebutuhan layanan data berkecepatan tinggi masih belumterpenuhi untuk
dinikmati. Perancangan Long Term Evolution LTE dengan menggunakan microwave link backhaul ini dilakukan agar
mendukung layanan akses data LTE dilokasi Pulau G(Golf) Reklamasi. Pada awal perencanaan adalah melakukan
perhitungan coverage dan capacity untuk jaringan LTE dengan target parameter Received Signal Receiver Power
(RSRP) ≥ −90 ��� , Signal to Noise Ratio (SINR) ≥ 7�� dan throughput ≥ 12 ����. Selanjutnya
perencanaan
microwave link backhaul dengan frekuensi kerja berdasarkan jarak link backhaul, dan pemilihan perangkat
berdasarkan kebutuhan throughput di Pulau G(Golf) Reklamasi. Pada perencanaan ini memiliki target yang diinginkan
dengan pencapaian Line of Sight (LoS), availability > 99,9%, dan nilai level daya terima > -79 dBm. Berdasarkan
perhitungan LTE, kapasitas dan coverage yang dibutuhkan mencakup Pulau G(Golf) Reklamasi sebanyak satu sel.
Dengan ini diperoleh hasil rata-rata untuk parameter SINR sebesar 13,79 dB, RSRP sebesar -68,92 dBm dan
throughput sebesar 33,33 Mbps. Untuk perencanaan link backhaul Pulau G(Golf) Reklamasi kebutuhan throughput
sebesar 33,33 Mbps maka perangkat yang digunakan adalah radio microwave model Ericsson ML 23E ST 17E1 dengan
besar kapasitas minimum radio sebesar 34,54 Mbps, besar gain antena 44,3 dBi dengan diameter antena 1.2 m ,
dimana jarak link backhaul sejauh 2,48 Km menggunakan frekuensi kerja 23 GHz. Berdasarkan simulasi
microwave link backhaul didapatkan nilai level daya terima sebesar -28,84 dBmn dan terpenuhi pencapaian LoS
dengan nilai fading margin sebesar 50,16 dBm maka availability sebesar 99,99%.
Kata kunci : Microwave Backhaul, LTE, Coverage Capacity, Capacity Planning, RSRP, SINR, Throughput.
Abstract
The area of G Island (Golf) Reclamation, the need for high-speed data services is still not fulfilled to be
enjoyed. The design of Long Term Evolution LTE using microwave link backhaul is carried out to support LTE data
access services at the location of Pulau G (Golf) Reclamation. At the beginning of the planning is to calculate
coverage and capacity for LTE networks with the target parameters Received Signal Receiver Power (RSRP) ≥-90
dBm, Signal to Noise Ratio (SINR) ≥7dB and throughput ≥12 Mbps. Furthermore, microwave link backhaul planning
with working frequency based on backhaul link distance, and equipment selection based on throughput needs in
Pulau G (Golf) Reclamation. This plan has the desired target with the achievement of Line of Sight (LoS),
availability> 99.9%, and the receiving power level value> -79 dBm. Based on LTE calculations, the required capacity
and coverage includes one cell of G Island (Golf) Reclamation. With this, the average result for SINR parameter is
13.79 dB, RSRP is -68.92 dBm and throughput is 33.33 Mbps. For planning the backhaul link of Pulau G (Golf) for
reclamation, the throughput required is 33.33 Mbps, so the device used is the Ericsson ML 23E ST 17E1 microwave
radio model with a minimum radio capacity of 34.54 Mbps, the antenna gain is 44.3 dBi with a diameter. 1.2 m
antenna, where the backhaul link distance of 2.48 km uses a working frequency of 23 GHz. Based on the microwave
link backhaul simulation, the acceptance level value is -28.84 dBmn and the LoS achievement is met with a fading
margin value of 50.16 dBm, so the availability is 99.99%.
Keywords : Microwave Backhaul, LTE, Coverage Capacity, Capacity Planning, RSRP, SINR, Throughput.

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