PENGUKURAN DAN ANALISIS PERBANDINGAN KINERJA SINYAL 4G LTE PROVIDER TELKOMSEL DI TERNATE SELATAN, TERNATE TENGAH DAN TERNATE UTARA MENGGUNAKAN G-NET TRACK PRO

SOLEH, HENI SOLEH (2024) PENGUKURAN DAN ANALISIS PERBANDINGAN KINERJA SINYAL 4G LTE PROVIDER TELKOMSEL DI TERNATE SELATAN, TERNATE TENGAH DAN TERNATE UTARA MENGGUNAKAN G-NET TRACK PRO. Sarjana thesis, Universitan Khairun.

	Text 1. COVER.pdf - Published Version Download (316kB)
	Text 3. ABSTRAK.pdf - Published Version Download (315kB)
	Text 5. BAB I.pdf - Published Version Download (540kB)
	Text 10. DAFTAR PUSTAKA.pdf - Published Version Download (353kB)

Abstract

MEASUREMENT AND COMPARATIVE ANALYSIS OF 4G LTE SIGNAL PERFORMANCE OF TELKOMSEL PROVIDER IN SOUTH TERNATE, CENTRAL TERNATE AND NORTH TERNATE USING G-NET TRACK PRO Keywords: 4G LTE, BTS, RSRP, RSRQ, SNR (xii + 45) Long Term Evolution (LTE) network quality improvement can be done by analyzing performance and covering each operator in Indonesia. The parameters that determine the strength and quality of each service provider's signal are known as Reference Signal Received Power (RSRP), Reference Signal Received Quality (RSRQ) and Signal Noise to Ratio (SNR). The method for collecting a series of network frequency information in the field is used to analyze and measure the strength of the data signal is a drive test using GNet Track Pro software. The measurement location is along the highways of South Ternate, Central Ternate and North Ternate. The results of the comparative test show that the 4G LTE signal of Telkomsel Provider in South Ternate has a quality based on the RSRP parameter dominated by sufficient quality, Central Ternate is dominated by sufficient quality while North Ternate is dominated by fairly poor quality. For the RSRQ parameter in South Ternate has a fairly poor quality, in Central Ternate it is dominated by fairly poor quality while North Ternate is dominated by fairly poor quality. And for the SNR parameter in South Ternate has a fairly poor quality, in Central Ternate it is dominated by fairly poor quality while North Ternate is dominated by fairly poor quality. Visually, the factors causing good or bad network quality are due to the distance of the BTS from the test location and also due to human mobility factors, which hinder the transmission of BTS signals to users at the test location.

Actions (login required)

View Item