ANALISIS PERBANDINGAN LTE-A RELEASE 12 MENGGUNAKAN TEKNIK CARRIER AGGREGATION DUAL BANDS DAN CARRIER AGGREGATION TRI BANDS

ADINDA ZAKIYATUL, JANNAH (2019) ANALISIS PERBANDINGAN LTE-A RELEASE 12 MENGGUNAKAN TEKNIK CARRIER AGGREGATION DUAL BANDS DAN CARRIER AGGREGATION TRI BANDS. Undergraduate Thesis thesis, Institut Telkom Purwokerto.

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Abstract

ABSTRACT The fenomena growth in the world every year of increasingly rapidly followed by traffic growth higher broadband services that require an allocation of large bandwidth. That is why it is , a solution that suggestion is to uses the technique carrier of aggregation is that could allow to provide more data packets that on a certain the bandwidth . In this research was conducted a design comparison techniques carrier aggregation is two ways bands at the frequency of 900 MHz and 1800 MHz with the bandwidth each 10 MHz, a carrier aggregation tri bands at a frequency 900 MHz, 1800 MHz, and 2100 MHz with the bandwidth each 10 MHz. The parameters analyzed include the value of RSRP, CINR, the percentage of User Connected and Throughput based on software simulation using Atoll 3.3. To design the network without the carrier aggregation is obtained mean RSRP-60.67 dBm, the mean CINR 2.7 dB, the average percentage of User Connected is 100 % and the mean Throughput is 236.8 Mbps. In the design network carrier aggregation dual bands obtained mean RSRP is -59.58 dBm, the mean CINR is 3.63 dB, and the average percentage of User Connected is 100 % and the mean Throughput is 273.92 Mbps. And in the design a network of CA tri bands obtained the mean RSRP is -57.58 dBm , the mean CINR is 3.6 dB , the average percentage of User Connected is 100 % and the mean Throughput is 281.38 Mbps. Based on value BHP between tissues LTE-A use CA Dual Bands with CA Tri Bands at a cost of Rp.1,- the number of bit produced by a network of LTE-A using CA Dual Bands is 0,00050 bps, larger than the network LTE-A using CA Tri Bands which was only 0,00023 bps . Keywords: LTE-Advanced, Carrier Aggregation, Carrier Aggregation dual bands, Carrier Aggregation tri-bands, CADS2, BHP, IPSFR

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