The Advantages of a fibre optic network.

Cloud computing services and technologies have dramatically changed how we work. Now information can be downloaded instantly. Slow internet speeds, high latency and capped connections can cause losses in productivity and efficiency. This is where fibre optic networks can help.

The case for fibre optic networks.

Fibre optic networks deliver high connection speeds for multiple users. By improving cloud connectivity, VoIP capabilities and higher bandwidth, fibre optic networks can help you stay better connected. And as fibre optic networks are more accessible it’s now easier to integrate a fibre optic network with faster connectivity and greater productivity. There are other significant advantages to a fibre optic network:

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Increased bandwidth.

Fibre optic cables offer much greater bandwidth than metal cables. Information can be transmitted much more quickly through fibre than other transmission media, giving fibre cable a significant advantage. And now that many more businesses need fast data transmission, it has become much more important to have high bandwidth availability. If your current network has low bandwidth or is experiencing difficulty meeting your current business data transfer needs, or having issues with multicast video breaking down, if your CCTV images are pixelating, or you are having problems accessing cloud applications, you may significantly benefit from upgrading to fibre optic connectivity.

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Higher bandwidth means faster speed.

It’s now normal to be able to upload videos, files and make phone calls while we simultaneously download content. Slow Internet connections can cost businesses productivity. Your internet connectivity must be fast, efficient and reliable to keep your business productive. Fibre optic networks are significantly faster than the highest-speed copper connections. With a fibre optic network, you can benefit from equal upload and download times through a fast data connection. Furthermore, fibre optic cable is a low power loss medium, so you can benefit from higher bandwidths over greater transmission distances.

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Greater flexibility.

Unreliable connectivity can add costs to businesses. Communication and connectivity reliability is an absolute must for any business. Compared to copper cables, fibre optic cables are thinner and lighter. Fibre is more resilient to pull pressure than copper and is less prone to breakage. Fibre is flexible and resists most corrosive elements that affect copper cables. Fibre optic cable does not conduct electricity, which makes fibre connections completely resistant to electromagnetic interference, lightning, or radio signals. Copper cables conduct electricity, making copper networks vulnerable to induced power, lightning, and signal scrambling. Fibre optic networks are not affected by bad weather conditions, which is not the case with copper cabling.

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Improved latency.

Fibre optic networks eliminate many of the latency issues experienced on cable Internet, especially when downloading or uploading video or working with high-definition content. Lowering your latency could improve voice quality for VoIP users, let you move more apps to the cloud, and download and upload large files without disruption.

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Enhanced security.

Finally, fibre optic cable keeps data secure. It does not radiate signals and is very difficult to tap into without you knowing. It offers higher physical security as all hardware and electronics are installed from a central location unlike copper systems.