How to use solarwind network topology mapper

How to use solarwind network topology mapper manual#

Non-central nodes are also indirectly connected with one another through the central switch, or hub, which can serve as a repeater. By choosing the topology best suited for your organization, its resources, and its needs, you can reduce operational costs, improve performance, and optimize resource allocation.ДЄs the name suggests, each device in this common topology connects to a central switch with coaxial cables, twisted pair cables, or optical fiber cables. Your networkвЂ™s configuration, or topology, will affect its function and performance, so selecting the right topology for your organization is crucial. Visual diagrams can be used to represent logical and physical topologies, depending on your needs-either can be useful for understanding your network and its layout. While a logical network topology illustrates how data flows between your networkвЂ™s devices, a physical network topology illustrates the physical connections within your network, such as its computers and cables. It can also be defined simply as a schematic description of a networkвЂ™s elementsвЂ™ arrangement. What Is Network Topology?ДЄ networkвЂ™s topology details how the devices within it connect with one another and how data moves between its nodes. I recommend SolarWinds В® Network Topology Mapper (NTM), which offers automated device discovery and can generate detailed and easily digestible network topology maps, allowing you to view and understand your network more quickly and clearly.

How to use solarwind network topology mapper manual#

While itвЂ™s possible to perform manual topology mapping, you get more for your time with an automated tool. Start Mapping Your Network Topology Today What Tools Can Help Manage Network Topology? To effectively manage your network topology, itвЂ™s essential to stay on top of your networkвЂ™s configurations, visually map your network, and monitor its performance. You should know the network topology models in use today when designing or managing a network, including the ring, mesh, bus, star, and tree topologies. The arrangement of those nodes and links, or the network topology, informs performance, maintenance costs, and more. Every network has a specific collection of nodes and links that connect them.