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In this journal, a new network is designed in the area of Udayana University, Bukit Jimbaran
Campus using Cisco Packet Tracer. The purpose of this design is to build a network that can improve
efficiency in the process of exchanging data and information. The design uses one dynamic routing,
namely Enhanced Interior Gateway Routing Protocol (EIGRP). EIGRP was chosen because this
protocol is the only protocol that has a backup system. In addition, the network that is designed also
uses a ring topology, with the consideration that the ring topology is the best topology for building
networks with service areas in the form of rotations. Analysis of the designed network performance
has been carried out by sending PING with several scenarios to obtain packet loss, throughput, and
delay parameter values. Based on the research results obtained the same packet loss parameter
value for each case that is 0%, the average value of throughput is 4,398 bps, and the average delay
value is 10.125 ms. The three results of each of these parameters meet the requirements of the
TIPHON in the excellent category and have a class 4 index.
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