Case Description
Upon your recruitment at Tim and Associates as a Network Manager, you are assigned a task to
do the networking that will be required to connect your organisation`s computers and printers in
all their newly built offices. To get started with this task, you are presented with the physical
layout of the buildings that need to be wired, as well as the nodes (computers and printers) that
need to be connected to the network (See the Figure on Page 2).
Tim and Associates plans indicate that the site is divided into three geographic zones, namely
the North Zone, Central Zone and the South Zone. The Central Zone consists of a three-storey
Administration Building with six nodes on the ground floor; 9 nodes on the first floor and seven
nodes on the second floor. The Central Zone also houses the Corporate Office Building, which
has 12 nodes that need to be connected to the network. One node in the Corporate Office Building
is in the Board room. The North Zone has offices with 14 computers that need to be connected to
the network. The South Zone consists of two buildings namely Zone 1 and Zone 2. South Zone 1
building has seven nodes that need to be connected to the network, while South Zone 2 (Cubicles)
has five nodes.
From the scenario what kind of wiring is needed
From the scenario, it is mentioned that the task is to wire the buildings to connect the organization's computers and printers. Therefore, the wiring required would be Ethernet or network wiring.
Based on the scenario, the type of wiring needed is Ethernet wiring. This is because Ethernet is the most common and widely used technology for connecting computers and printers in a local area network (LAN). Ethernet wiring uses twisted pair cables (such as Cat5e or Cat6) to connect devices to network switches or routers.
From the scenario, it is mentioned that the task is to connect the organization's computers and printers in all their newly built offices. Therefore, to connect these nodes to the network, Ethernet wiring will be needed.
Ethernet wiring, also known as network cabling, is a type of wiring that allows computers, printers, and other devices to communicate with each other within a local area network (LAN). It is commonly used for wired network connections due to its reliability and high-speed data transmission capabilities.
In this case, since the buildings are newly built, it is advisable to use Cat6 or Cat6a Ethernet cables. These cables can support high-speed data transfer rates and provide better performance compared to older cable types like Cat5 or Cat5e.
To connect the nodes in different buildings or zones, the Ethernet wiring will need to be extended between the buildings. This can be done using various methods such as underground conduit, aerial cables, or through existing pathways within the buildings, depending on the infrastructure and preferences of the organization.
Additionally, proper network switches or routers will be required at each building or zone to connect the nodes together and provide connectivity to the wider network.
It is important to consider factors like cable length limitations, cable management, and proper labeling of cables during the wiring process to ensure a well-organized and efficient network setup.