#TITLE_ALTERNATIVE#

• Main Author: RANDI PUTRA (NIM : 13205112); Pembimbing : Ir. Sigit Haryadi, MT, TESTANTORO
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/17398
• Institution: Institut Teknologi Bandung

Before Voip based on Mobile WiMAX can be implemented in a city, we need to research about its feasibility first. The level of capacity and quality of VoIP service is an important aspect in feasibility study. In this final task, carried out the simulation of VoIP-based Mobile WiMAX in an <br /> <br /> <br /> environment that resembles local housing and office space. Performance parameters that will be analyzed are delay, jitter, packetloss and the maximum number of VoIP services that can be supported by a single cell Mobile Wimax. There are two simulation scenarios were used, the first scenario consists of a BS, a MS and a host. MS will move away while performing the data transmission to the base station so that we can extract the maximum distance that MS can still be serviced by the BS. The second scenario consists of a host, a BS and 30 MS, MS will sends VoIP transmissions to the BS, the number of VoIP connections that are sent by the MS to the BS will continue to rise, so we can know the maximum number of VoIP connections that can be supported by the BS. The end result is the the size of maximum service area and the maximum number of VoIP subscribers from a single mobile WiMAX cell in one area. Maximum area of service, for Mobile WiMAX on the cell housing in the simulation area is 14.91 Ha. Maximum service area, to the cell area Mobile WiMAX in office in simulation area is 9.72 Ha. Maximum number of VoIP subscribers in one cell that <br /> <br /> <br /> can be served in each region is 2023 subscribers.