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In practice the access point can not always cover the maximum range of distance due to signal wave propagation in the room, such as reflection, alteration, or scattering of signals. For the purpose of implementation optimization, this study aims to obtain characteristics of signal level quality and throughput at the Dishubkominfo Building of Badung Regency. The indoor propagation analysis of WLAN IEEE 802.11g is based on 3 models of measurement ie without barrier, wall barrier, and floor barrier. The result of the highest signal level measurement is -40 dBm, while the lowest signal level is -85 dBm. Maximum throughput measurement results 8.05 Mbps, from the maximum available bandwidth of 10 Mbps. While the coverage area based on testers using the software to adjust the floor plan on the building, almost in accordance with the calculation of signal level.

Giga Passive Optical Network (GPON) is a device access latest technology that is based fiber optic . To research discussed how the quality of tissue on fiber optic indihome in jimbaran. Because the lack of tissue cooper ( copper ) which are considered not enough to accommodate demand capacity bandwidth and bit-rate make developers services start to transition users cooper to the fiber optic. Services indihome consisting of voice, the intenet and use tv. Methods used to research is software embassy and telnet. Intisari-GigaPassive Optical Network (GPON) merupakan sebuah teknologi perangkat akses terbaru yang berbasiskan fiber optic. Pada Penelitian ini membahas bagaimana kualitas jaringan fiber optic pada indihome di wilayah Jimbaran . Karena adanya keterbatasan jaringan cooper( tembaga ) yang dinilai belum cukup untuk mengakomodir permintaan kapasitas bandwidth dan bit-rate membuat pengembang layanan mulai untuk transisi pengguna cooper ke pengguna serat optic. Layanan indihome terdiri dari voice, internet dan usee tv. Sedangkan metode yangdigunakan pada penelitian ini yaitu Software Embassy dan Telnet. Kata Kunci -Kualitas Jaringan, Voice, Internet, Useetv

To find out the need for fiber optic access network devices from NOC to rooms at Udayana University, Sudirman Campus, fiber to the home network design was made with Gigabit Passive Optical Network (GPON) technology. Selection of GPON technology to reduce the number of ports on OLT and the number of fiber cores compared to the existing technology using point to point. Assuming the bitrate in each room is 21 Mbps and 291 rooms to be served, it takes 5 OLT ports on the NOC. Feeder Cable Network consists of 5 cores distributed to each location using 3 units of 1: 4 splitter, 4 units of 1: 8 splitter, 6 units of 1:16 splitter, 1:32 splitter of 6 units. To maintain service quality, 16 amplifiers are needed. The required fiber cable length is 2.5 km. The quality of service is tested using the Optisystem simulator. The result is that at the closest distance the PRx value is -14.059 dBm, with BER 6.13608 e-103, Q Factor 21.511. Meanwhile, at the farthest distance, the PRx value is -14.105 dBm, with BER of 1.52751 e-120, and Q Factor 23.3159. The results obtained still meet the ITU-T G.984.2 standard