Topology Solution:
The network topology I am using is a hybrid network. This type of topology is defined by the integration of two or more network topologies. There are many reasons why I chose this type of topology but there are also some downfalls to it:
Advantages of Hybrid Network Topology:
Reliable: Unlike most of the other network topologies, fault detection and troubleshooting is easy in this type of topology. The part in which fault is detected can be isolated from the rest of network and required corrective measures can be taken, this can be done without affecting the functionality of rest of the network.
Scalable: It’s easy to increase the size of network by adding new components, without disturbing existing architecture.
Flexible: Hybrid Network can be designed according to the requirements of the organization and by optimizing the available resources. Special care can be given to nodes where traffic is high as well as where chances of fault are high.
Effective: Hybrid topology is the combination of two or more topologies, so it is possible to design it in such a way that strengths of constituent topologies are maximized while there weaknesses are neutralized.
Disadvantages of Hybrid Topology:
Complexity of Design: One of the biggest and most outstanding drawbacks of hybrid topology is its design. It’s not easy to design this type of network architecture and it’s a remarkably difficult job for designers. Configuration and installation process needs to be very efficient, and with efficiency comes difficulty.
Cost: The general design of a hybrid topology would mean the high expense of hubs. The hubs used to connect two distinct networks, are very expensive. These hubs are different from usual hubs as they need to be intelligent enough to work with different architectures and should be function even if a part of network is down. It is fortunate that my network does not require these overly expensive hubs.
As hybrid architectures are usually larger in scale, they require a lot of cables, cooling systems, and other complex network devices in order to sustain a functional and operating network.
The network topology I am using is a hybrid network. This type of topology is defined by the integration of two or more network topologies. There are many reasons why I chose this type of topology but there are also some downfalls to it:
Advantages of Hybrid Network Topology:
Reliable: Unlike most of the other network topologies, fault detection and troubleshooting is easy in this type of topology. The part in which fault is detected can be isolated from the rest of network and required corrective measures can be taken, this can be done without affecting the functionality of rest of the network.
Scalable: It’s easy to increase the size of network by adding new components, without disturbing existing architecture.
Flexible: Hybrid Network can be designed according to the requirements of the organization and by optimizing the available resources. Special care can be given to nodes where traffic is high as well as where chances of fault are high.
Effective: Hybrid topology is the combination of two or more topologies, so it is possible to design it in such a way that strengths of constituent topologies are maximized while there weaknesses are neutralized.
Disadvantages of Hybrid Topology:
Complexity of Design: One of the biggest and most outstanding drawbacks of hybrid topology is its design. It’s not easy to design this type of network architecture and it’s a remarkably difficult job for designers. Configuration and installation process needs to be very efficient, and with efficiency comes difficulty.
Cost: The general design of a hybrid topology would mean the high expense of hubs. The hubs used to connect two distinct networks, are very expensive. These hubs are different from usual hubs as they need to be intelligent enough to work with different architectures and should be function even if a part of network is down. It is fortunate that my network does not require these overly expensive hubs.
As hybrid architectures are usually larger in scale, they require a lot of cables, cooling systems, and other complex network devices in order to sustain a functional and operating network.
The individual topologies have their reasons for being what they are. The study room is a mesh topology because it would be nothing more than an advantage to have the computers be able to communicate with each other. The study is designed to be a room teeming with productivity and accessibility. The students of the house need a room that they can all do their work in. The accessibility of data and resources is a key factor in achieving a high level of productivity. If the connection to a single computer broke via the switch, then it can still receive data from another computer, this makes mesh topology are really great advantage in these circumstances.
The star topology located in the games room is a wireless transmission throughout all devices, including the game console. This kind of topology is the best option for wireless transmission because of its efficiency and simplicity. The start topology will make it easy to determine unique IP configurations for each laptop and the game console. By taking advantage of this accessibility, problems with the wireless internet such as IP conflict can be accommodated more easily.
The star topology located in the games room is a wireless transmission throughout all devices, including the game console. This kind of topology is the best option for wireless transmission because of its efficiency and simplicity. The start topology will make it easy to determine unique IP configurations for each laptop and the game console. By taking advantage of this accessibility, problems with the wireless internet such as IP conflict can be accommodated more easily.