Understanding and Determining Network Sizes
Upon determining a network size one would need his own personal or
business use. Several factors or elements have to be considered before
coming up with a decision. These factors are: structure, mode of
connectivity, topology, and hardware.
Structure:
The structure factor determines the mode of how the
flow of work should be expected. A few individuals who aim for personal
uses like file sharing can prefer
a peer-to-peer model rather than a client-server model. The latter is
generally used for corporations who coordinate and share information in a
wide array of lines. That includes those businesses which support a
stronger traffic usage.
Several utilities are available online like
applications which determine the current bandwidth and packet data
usage, some of which can also provide necessary recommendations. The Network Monitor found in all Windows platform is a good network analyzer.
Mode of Connectivity:
Simply put this factor as either wired or wireless
network. For some, it is highly recommended to use a wired network with a
thick bandwidth for those who work heavily like handling videos or
regularly uploading and downloading
large amount of files. Wireless networks are preferred by those who go
light, i.e., basic sharing of information like small files, photos
sharing, research, and e-mails. However, the latter is not recommended
for corporate accounts since going wireless tends to be conditional to
space, number of users, and the provider.
Topology:
Topology, simply putting it, is the pattern of
networking to and with which a network system flows. Some network
managements would prefer using a star network, which provides direct
access to server unit, while a bus network can be a good choice for
those who plan to structure the environment in a linear way. This is a
strong determinant since the choice you will have regarding topology
will affect as to how your network overview will look and work. A
creative topology can lead to a maximum network experience even to big
business operations involving large amounts of traffic and bandwidth
usage.
Hardware:
This factor would involve the hardware and the
procurement issue. Among the hardware concerns these questions can be
asked:
1) Can a single router accommodate the needs of the working
environment and would it still provide an extra ounce for special uses?
Usually the number of routers in a working network determines its
size. However, few cases would tell that even small working environments
would demand more routers. It would always be depending on the actual
intended purpose.
2) What kind of cabling should I employ?
Among the leading cabling method is the Fiber Optics. Fiber Optics
offers the highest possible bandwidth in a network. Though employing
this would cost much, it would still be of worth when used. However,
several problems have been tagged to this method like transmission
problems compared to that of using twisted copper mediums. In such
cases, more would still prefer the latter. Cat5e or Cat6, some of the
variants of the twisted copper mediums, have much improved though they
can still be prone to high Radio Frequencies making it not commendable
in hospitals.
3) How much is my budget?
Considering the budget is but a sensitive factor to procuring
hardware elements for building a network, thus the network size. Such
that, insufficient funds can lead a business to poor network experience,
thus entertaining more doors for downtime or inconvenience. Moreover,
bartering quality over quantity, e.g., choosing an incorrect media out
of being cheaper, can be risky as well as the fact that it may cripple
the network and the work progress as a whole.
Moving forward, these are but the most basic factors
you might consider in determining the network size you and your company
are planning to have. Above all, the key to determining the network size
that's good enough for you, for your business, now and in the future is
to always be quality-oriented, i.e., on what kind of experience you
would rather have upon implementation.
Author : Dianne Grover
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