Comparative Analysis and Simulation of MPLS Ipv6 Network QOS Using OSPFv3, IS-IS, and EIGRP Routing Protocols for Triple Play Services

IP is the addressing method used in the world of the internet. The increase in internet users also has an impact on increasing IP usage. IPv6 is a solution to answer this problem, where IPv6 has a very broad addressing capability when compared to its predecessor, namely IPv4. Fast packet delivery is also the dream of all internet users. MPLS is here to answer the wishes of users, where MPLS offers very high data transmission with its forwarding technology. The selection of the right routing protocol is also one of the factors that affect the speed of sending data packet. This routing protocol plays a role in finding the best path that can be passed by data packet. Combining the ability to send data that is owned by MPLS and the selection of the best path that is owned by the routing protocol will make data transmission faster. In this study, 3 routing protocols will be tested, namely OSPFv3, ISIS, and EIGRP, where the three routing protocols will run on MPLS-based backbone networks, and the internet protocol (IP) used is IPv6. From the results of the tests carried out, EIGRP obtained the best results. In the EIGRP video test, the throughput is 1.39 MB, the delay is 7.9 ms, and the jitter is 7.95 ms. In testing the EIGRP file obtained 1.55 MB, 6.07 ms delay, and 5.61 ms jitter. In the EIGRP voice test, the delay was 24.35 ms and the jitter was 25.93 ms.