Simulation and Performance Analysis of Network Backup Systems Using the Hot Standby Router Protocol (HSRP) Method on Real-Time Networks
Abstract
The problem of link availability and redundancy of server network devices that need to be on standby 24 hours must be met by banking companies. This problem still needs to be solved by data networks in banking companies that are used as the object of this research. Therefore, this study aims to analyze improving the standby network through simulation to increase network performance using the HSRP (Hot Standby Router Protocol) method as network redundancy to back up the network in the event of a disturbance. From the failover simulation results, when the device is actively down, the backup device succeeds in replacing it and acts as the active device. Network simulations without HSRP are packet loss values of 0%, 189.2 ms delay, 0.19 ms jitter, and 1.6 kbps throughput. In comparison, the implementation results on the network obtained a packet loss value of 0%, 108.6 ms delay, 0.1 ms jitter, and two kbps throughput. The network performance after using HSRP is better based on the simulation and implementation. Process downtime reduces, and network performance increases.
Keywords—Link failover; HSRP (Hot Standby Router Protocol), downtime; throughput; jitter; delay.
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