Long Term Evolution Network Planning Using The Backhaul Microwave Link in The Village Wangunharja Lembang District

Zikri Kurniawan Zakaria
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Abstract

Wangunharja village has an area of 832 ha and a population of 8256. In this village, 4G LTE network coverage still does not reach the entire region. Therefore, LTE network planning is needed to expand coverage in the area. This study was carried out by analyzing and planning LTE networks use microwave backhaul in Wangunharja Village. The first step is to check the quality of the signal along the main line of the village. Then, plan for capacity and LTE network coverage to determine the number of sites needed. Next, microwave backhaul planning is carried out with work frequency based on the distance of the backhaul link. Based on the LTE network planning the calculations show that two sites are required to cover the Wangunharja Village area. Furthermore, planning simulations are carried out using simulation software, and the values of the three parameters measured have met the operator's KPI standards. With a microwave link distance of 2.87 km, the operating frequency of the microwave antenna operates at 11 GHz.The results of microwave link calculations and simulations for the value of the received power level are -18.95 dBm, with a gain antenna of 45.8 dBi obtained fading margin of 49.04 dBm so that the availability value or level of availability in one year is 99.999%.
在Wangunharja Lembang地区使用回程微波链路的长期演进网络规划
Wangunharja村面积832公顷,人口8256人。在这个村庄,4G LTE网络仍然没有覆盖到整个地区。因此,需要进行LTE网络规划,扩大该区域的覆盖范围。本研究通过分析和规划使用微波回程的LTE网络在Wangunharja村进行。第一步是检查村里干线沿线的信号质量。然后,规划容量和LTE网络覆盖范围,以确定所需站点的数量。其次,根据回程链路的距离,利用工作频率进行微波回程规划。根据LTE网络规划计算表明,Wangunharja村地区需要两个站点。利用仿真软件进行了规划仿真,测得的3个参数值均达到了作业者的KPI标准。微波链路距离为2.87 km,微波天线工作频率为11 GHz。微波链路计算与仿真结果表明,接收功率电平值为-18.95 dBm,在天线增益为45.8 dBi的情况下,衰减裕度为49.04 dBm,一年可用性值或可用性水平为99.999%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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