Data Cabling: Why Fibre Optic Cabling Should Be the Choice for You
Whether you are in the market for residential or commercial internet services, one of the main aspects you would have to consider would be what type of data cabling would be suited for your needs. In years past, copper cabling has been the staple people end up using, as it has been the conventional option. However, technological advancements have brought about new cabling options in the form of fibre optic data cabling. This type of data cabling makes use of light to transfer data and comes with a host of advantages. Below are some of the reason why fibre optic cabling should be the choice for you.
Fibre optic cabling has higher speeds
One of the primary benefits that fibre optic data cabling will provide you over copper cabling is increases speed. The speed at which the fibre cabling transfers the photon and electrons uses in the transfer of data is significantly higher than copper cabling. This, in turn, translates in faster internet connections making it easier to engage in an array of activities such as video calling, live streaming and more. In a business setting, the speeds fibre optic cabling provide you with can also significantly boost your employees' productivity, which would translate into increased profitability.
Fibre optic cabling is less susceptible to low attenuation
If you have copper cabling, one of the things that you will notice is that they are prone to signal interruption, especially if the copper cables are travelling a significant distance. This signal interruption is referred to as low attenuation. The reason for this is the longer the distance covered, the less capable the copper cables are of transmitting your data. Fire cabling, on the other hand, does not suffer from low attenuation as the cables are designed to transmit signals over several miles without the signal becoming compromised.
Fibre optic cable is immune to EMI
EMI refers to electromagnetic interruption. This is a problem that is typically experienced with upper wires due to improper installation. If the copper wires are not laid correctly, they will emit electromagnetic currents when they are in use. These electromagnetic currents will subsequently interfere with the cabling and can cause significant downtime to a network. Fibre optic cables, on the other hand, are not designed to conduct any electricity. Since they will not produce any electrical current, your fibre optic cabling will never suffer from EMI, This, in turn, ensures that you have a consistent network connection.