As shown Figure 1, employees in the enterprise branch and headquarters are participating in a video conference.
Table 1 lists the iPCA scenarios and corresponding configurations.
Scenario |
Description |
Task |
---|---|---|
Employees participating in the conference encounter erratic display and voice delay. The network administrator wants to monitor packet loss on the network. |
Configure end-to-end packet loss measurement on interface C1 of core switch S2 and interface C2 of core switch S5, to monitor network quality. |
Configuring iPCA to Implement Network-Level Packet Loss Measurement |
The network administrator considers that packet loss occurs on the WAN and cause network quality to degrade. Therefore, the administrator wants to diagnose or monitor packet loss. |
Configure regional network packet loss measurement between interface D1 of egress gateway S3 and interface D2 of egress gateway S4 to locate faults. |
Configuring iPCA to Implement Network-Level Packet Loss Measurement |
The network administrator discovers packet loss on the headquarters and enterprise branch networks, and wants to monitor or diagnose packet loss on the entire network for fault location. |
Configure hop-by-hop packet loss measurement on interface A1 of switch S1 and interface A2 of switch S6 to show quality on each node through the MCP. |
Configuring iPCA to Implement Network-Level Hop-by-Hop Packet Loss Measurement |
The network administrator discovers packet loss on the headquarters and enterprise branch networks, and wants to locate the link where packets are lost. |
Configure direct link packet loss measurement on all links, including the link between interface B1 of switch S1 and interface C1 of switch S2. |
Configuring iPCA to Implement Packet Loss Measurement on a Direct Link |
The network administrator wants to monitor packet loss on the core switches in real time. |
Configure device packet loss measurement on core switch S2 or S5. |
Configuring iPCA to Implement Packet Loss Measurement on a Device |