The Effect Of Load Balancing And Failover Of Two Wide Area Networks With Per Connection Classifier Method On Qos Throughput, Packet Loss, Qos Delay, And Qos Jitter

Abstract

This study discussed the design and implementation of load balancing of two WANs so that the traffic load and bandwidth provided by both WANs could be used equally. The methods used in this research were observation and identification, network topology design, implementation, and testing. This study found that load balancing could divide the network load to all available gateways so that there was no overload on the network used by visitors. After implementing load balancing, the network throughput parameter increased 1.51% compared to the Indihome 1 network and 7.5% compared to the Indihome 2 network. The packet loss parameter increased by 99% compared to the Indihome 1 network and increased 90% compared to the Indihome 2 network. Network delay decreased by 1.33% compared to the Indihome 1 network, and decreased by 1.5% compared to the Indihome 2 network. The Network jitter parameter decreased by 0.93% compared to the Indihome 1 network and decreased by 1.54% compared to the Indihome 2 network.

Analisis Perbandingan QoS Pfsense dan Opnsense Menggunakan Metode Load Balancing

“…Penggunaan load balancing diharapkan dapat meningkatkan ketersediaan layanan dan meningkatkan kinerja server untuk optimalitas dan uptime yang lebih baik [4]. Performa menjadi bagian yang banyak dijadikan acuan dalam pengambilan keputusan oleh seorang Network Engineer untuk sisi teknis maupun oleh manajemen untuk dukungan alokasi dana operasi sebuah organisasi [5]. Traffic jaringan yang tinggi juga perlu dikelola dengan baik untuk menghasilkan performa jaringan yang baik [6].…”