network diagram
A network is inherently complex. In fact, if you look up the word in a dictionary, you will see that its synonyms are “mesh,” “weave,” and “fabric.”
This is especially true in a business environment, where networks belong to a chain of systems and processes that direct important efforts. To manage these networks effectively, managers must be able to see the big picture and monitor every last piece of the puzzle.
This is where a network diagram can come in handy. This visual dominican republic email list ization tool illuminates such complex and otherwise intangible concepts and methodologies to guide teams in their operations. Read on to learn more about this process diagramming technique and discover how to apply it to your own projects with Venngage’s diagram maker .
START CREATING FOR FREE
Click to go to each section:
What is a network diagram?
What are the types of network diagrams?
How to create a network diagram?
Frequently Asked Questions about Network Diagrams
What is a network diagram?
A network diagram is a visual representation of a system or process. It traces the network of elements, tasks, and action steps required for a team to be productive or complete a project.
network diagram
Most importantly, a network diagram shows the logical sequence and interdependence of network components. It enables managers to effectively track the status of a project at each phase and step, as well as prevent delays and other setbacks.
Return to Table of Contents
What are the types of network diagram?
Network diagrams can be as rudimentary or as complex as necessary, depending on the scenario they are meant to illustrate. However, they are usually categorized as either physical or logical. In diagramming jargon, they are called network topologies, and they refer to the spatial arrangement of the elements that make up a complete, functional system.
Let's look at these types of network diagrams in more detail.
Physical network diagrams
A physical network topology deals with the connections between the tangible attributes of a network, such as cables and computers. This is visualized in a physical network diagram, such as the example below, which provides an overview of the actual physical arrangement of hardware in a given space.
network diagram
Physical network diagrams can be arranged in five different ways or topologies depending on the structure of the elements of a system.
Ring topology – Here each component is linked to two others, the one before and the one after, thus connecting all the elements of a circle.
Mesh topology – Here each component contributes data to the network, such that all hardware or equipment units are connected to each other.
Bus Topology – Also known as Line Topology, this arrangement features multiple components connected to a single line or backbone with two endpoints.
Star topology – Here several components are individually connected to a central hub.
Tree topology – It is a mix of bus and star topologies, where each component is directly or indirectly linked to a trunk line.
Physical network diagrams are especially useful among information systems and technology professionals whose work involves monitoring and managing local networks. Outside of the computing environment, they can be used to provide a visual representation of key roles, responsibilities, and hierarchies within a team.
