ANALISIS QUALITY OF SERVICE (QoS) PADA INFRASTRUKTUR DATA CENTRE NETWORK
Abstract
Data Center Network (DCN) is a set of server devices, data storage, networks, databases, applications, power
systems, cooling systems and so on that are interconnected with a network design. When the Data Center operates, all
devices will communicate with each other both internal Data Center and external to networks outside the Data Center.
Communication of all components in a data center is strongly influenced by the infrastructure network between
components. The purpose of this study is to analyze delay in single and multiple path. Using aggregation and load
balance methods can pass data packets on multiple path, so network availability can increase. The average packet
delivery delay of 1.46 KB on the aggregation path is 3 μs faster than through a single line and the file delay is 3.78 s
faster on the aggregation path. The results of this simulation can show increased availability by producing a low delay
value.
systems, cooling systems and so on that are interconnected with a network design. When the Data Center operates, all
devices will communicate with each other both internal Data Center and external to networks outside the Data Center.
Communication of all components in a data center is strongly influenced by the infrastructure network between
components. The purpose of this study is to analyze delay in single and multiple path. Using aggregation and load
balance methods can pass data packets on multiple path, so network availability can increase. The average packet
delivery delay of 1.46 KB on the aggregation path is 3 μs faster than through a single line and the file delay is 3.78 s
faster on the aggregation path. The results of this simulation can show increased availability by producing a low delay
value.
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