OpManager's NetPath Analysis feature allows you to monitor the performance step-by-step across multiple routes between a source (either from the OpManager server or a remote server) and a destination. It helps visualize network routes from a probe to its destination and keeps a record of path history, aiding in identifying communication issues at each step of the journey.
OpManager generates detailed diagrams of TCP requests within the network, providing clear visualization of critical paths from the probe to its destination. It also identifies and tracks each hop in the path, measures the time taken by data packets at each hop, and provides insights to assess packet transit delays and network outages effectively.
This help page contains the steps to configure the following,
You can create network path from OpManager installed local server to a destination, or from an agent installed remote machine to a destination.
To create a new network path in OpManager from local machine,
To create a new network path in OpManager from Remote machine, you might require an agent installed in the specified machine. Follow the steps here to deploy an agent. After deploying the agent,
The created network paths will be listed under the Network Path Analysis tab. You can hover over the graphs that are plotted to view the latency and packet loss between two hops in a path graph, or hover over the links between the source and that particular hop, to view the latency and packet loss between two hops.
After creating a network path, you can set thresholds for latency and packet loss, so that OpManager will alert you when these thresholds are violated. You can set thresholds for latency and packet loss between a source and destination, or between hops, or both.
In the Path history section, you can view the path graph for a particular latency or packet loss value or for a particular date.
To view path graphs for a network path,
You can associate a network path to a notification profile, to manage your alerts on time,
The configured notification profile will be associated with the network path.
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