NETWORK TOPOLOGY
Network topology refers to the structural arrangement of a network. The topological structure of a network may be depicted physically or logically. The network devices are depicted as nodes and the connections between the devices as lines to build a graphical model. In other words, a network topology means the manner in which a network is arranged, how the nodes are set up and connect to each other.
The need to understand network topologies comes because it is found in your local area network (LAN). Your network can be arranged in a number of different ways, each of the arrangements or topologies have their pros and cons. The choice of a topology for your business network is influenced by a number of factors, the most important being the size and scale of the network as well as cost. However, long-term factors including configuration management, monitoring, and general performance also need to be considered.
WHY IS NETWORK TOPOLOGY IMPORTANT?
It is critical to have a clear understanding of network topology as it will enable you to choose the one that best suits your objectives and business requirements. In this blog post, we will take a comprehensive look at network topology so that you can build the best computer network for your business needs.
CATEGORIES OF NETWORK TOPOLOGIES
PHYSICAL TOPOLOGY:
The physical topology is the physical layout of your network. It refers to the placement of the various network devices such as the routers, switches, wireless access points, computers, etc. including the method employed to connect those devices, i.e. the network cables. Knowing the physical topology of your network is important because it helps you set up expansions, with maintenance, and for provisioning tasks.
LOGICAL TOPOLOGY
Logical topology refers to the idea of how data flows within a network. It describes how the network is set up, how the nodes including virtual and cloud resources are connected to each other, and how data is transmitted through the network. Having a good grasp of the logical topology is essential for effective network management and monitoring, which ensures that your network is efficient and healthy.
NETWORK TOPOLOGY
Network topology refers to the structural arrangement of a network. The topological structure of a network may be depicted physically or logically. The network devices are depicted as nodes and the connections between the devices as lines to build a graphical model. In other words, a network topology means the manner in which a network is arranged, how the nodes are set up and connect to each other.
The need to understand network topologies comes because it is found in your local area network (LAN). Your network can be arranged in a number of different ways, each of the arrangements or topologies have their pros and cons. The choice of a topology for your business network is influenced by a number of factors, the most important being the size and scale of the network as well as cost. However, long-term factors including configuration management, monitoring, and general performance also need to be considered.
WHY IS NETWORK TOPOLOGY IMPORTANT?
It is critical to have a clear understanding of network topology as it will enable you to choose the one that best suits your objectives and business requirements. In this blog post, we will take a comprehensive look at network topology so that you can build the best computer network for your business needs.
CATEGORIES OF NETWORK TOPOLOGIES
PHYSICAL TOPOLOGY:
The physical topology is the physical layout of your network. It refers to the placement of the various network devices such as the routers, switches, wireless access points, computers, etc. including the method employed to connect those devices, i.e. the network cables. Knowing the physical topology of your network is important because it helps you set up expansions, with maintenance, and for provisioning tasks.
LOGICAL TOPOLOGY
Logical topology refers to the idea of how data flows within a network. It describes how the network is set up, how the nodes including virtual and cloud resources are connected to each other, and how data is transmitted through the network. Having a good grasp of the logical topology is essential for effective network management and monitoring, which ensures that your network is efficient and healthy.