solarwinds network topology mapper integration

SOLARWINDS NETWORK TOPOLOGY MAPPER INTEGRATION HOW TO

SOLARWINDS NETWORK TOPOLOGY MAPPER INTEGRATION HOW TO

Routing transmits data only from specific nodes to the ones intended to receive it, which puts less load on the network, and requires routing logic, so the network knows how to handle broken nodes or connections.

Flooding means data is transmitted to every node on the network, which prevents data loss but increases load. They use two methods to transmit data, called flooding and routing. Mesh: Mesh topologies are a little more complex, as every node is connected to every other node.The downside is they can be expensive, and if the hub fails the entire network goes down. These kinds of networks are also easy to modify, as each node is separate from the others. Each node has a separate connection to the hub, and if there are few nodes then the network can perform quickly. Star: A star topology has a single hub in the center, with nodes coming off like spokes on a wheel, or points on a star.Like a bus topology, ring topologies face the disadvantage of having the entire network disrupted if one node goes down.

The advantage of this kind of topology is it’s easy to set up and expand and is easy to transmit data without performance slowdowns. A ring topology can transmit data in either one direction or both directions. A ring topology is where nodes are arranged in a ring or circle type arrangement, with each device connected to another, and the last one connected to the first.

Ring: Another common network topology is the ring arrangement.

In addition, if traffic through the network is heavy, this kind of topology can quickly show performance problems. The major disadvantage is if one point along the cable fails, the whole network goes down. The benefits of this approach are it’s easy to set up, and cost-effective, particularly in small networks. Data can be transmitted along the bus in only one direction.

Bus: A bus network topology is a string of nodes in a line, along one cable with two endpoints.

There are a few different ways in which you can organize a network, most of which fit into the following categories: This overview is extremely useful when both setting up a network and determining how to best fix a problem when an issue occurs. Connections between nodes are known as links or may also be called “edges.” The entire picture a network graph builds is also known as a network topology. Network graphs are also known as network diagrams, and they show connections between entities (devices) on the network, known as nodes. These tools automatically scan your network for all devices and links and establish a visual graph for you to use in your network monitoring and maintenance. The best way to produce these graphs is to use a network graphing tool, such as SolarWinds ® Network Topology Mapper (NTM). Without a network map, troubleshooting can be slow and it can be hard to pinpoint exactly where an issue has occurred. Network graphs show you your network’s physical and logical connections and allow you to have a visual representation of how your network is operating and where data is flowing. One crucial piece of the puzzle is using a network graphing tool, or network topology tool. When managing a large enterprise network, having a clear overview of your entire network infrastructure and connections is critical for both troubleshooting and performance.

Solarwinds network topology mapper integration