How To Determine Your Current Network Bandwidth Needs?

Your main concern in recognizing the type of cabling to be used is your network’s present bandwidth needs. This outline can vary significantly based on the size of the network (i.e. the figure of workstations linked to the network).

Keep a note: A small network of around 15 workstations will usually have much inferior bandwidth needs than a network that requires supporting up to 100 workstations.

Suppose you are interested to set up new business in Dallas, such cabling and networking system.

Future growth also needs to be factored when contemplating network size. If the company is looking to double the amount of employees over another two years, you’ll be able to expect your network bandwidth must increase accordingly.

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To complicate issues further, you must factor in the sort and level of the info traffic that your network will be helping.

Again, this arrives mainly to the sort and level of the data you can expect in each work place: an individual user moving a 5-minute hi-def video over the network can certainly ingest more bandwidth than 20 users starting MS Expression and Excel data files.

Your Network Environment

Your network environment performs a huge part in deciding the best kind of cabling you need to use. Do take advice of network support Dallas exports on the whole.

While optical fibres offers the most effective possible bandwidth and is also the best medium for “future proofing” your network, certain surroundings are ill matched toward dietary fibre optic installation.

Unlike twisted copper mediums like Cat5e or Cat6, optical fibre is prone to transmission problems due to dirt and scratches on the fibre.

Cabling

This is typical of grubby or dusty mechanised closets, equipment closets, and any rooms that aren’t clean or friendly to fibre technology. In such instances, twisted copper alternatives might be the ultimate way to go.

Otherwise, certain surroundings cause issues with twisted copper mediums. Click on this link to get more details about cabling and network.

Although Cat5e and Cat6 have much enhanced noise resistance than their twisted copper predecessor, they are vulnerable to high RF (radio frequency) and EMI (electromagnetic interference).

A Cat5e or Cat6 cable running alongside a CAT scanner or NMR (nuclear magnetic resonance) scanner would be rendered virtually useless due to RF interference.
In such conditions, optical fibre content is the perfect solution as it is basically immune system to such disturbance.