Today, businesses need communication infrastructure that gives them an edge over the competition. For instance, high-speed communication could be the difference between getting a lucrative contract and missing one. Therefore, buying the correct network equipment is essential to achieving business goals.

Fibre patch cables are an excellent example of high-quality communication gear promoting business operations. With various network cables available in the market, such as copper leads, why are fibre patch cables considered a better choice? This post highlights the top benefits of fibre cables.

Impervious to Electromagnetic Interference

One of the leading challenges affecting quality network signals is electromagnetic interference (EMI). For instance, electrical signals in copper cables typically produce interference. Therefore, if you run multiple copper cables close to each other, the chances are high that interference will bleed to adjacent wires. Consequently, it affects signal quality and poses a security risk. Additionally, EMI requires expensive message retransmission procedures, affecting an IT infrastructure's return on investment (ROI). In contrast, signal transmission in fibre cables occurs in the form of light, eliminating EMI, preserving the quality of signals, and making a network more secure. Furthermore, fibre patch cables require less signal retransmission, promoting a higher ROI.

Future-Proof

Every small business intends to grow and expand operations. However, it means that a company receives, processes, and sends enormous amounts of data daily. Thus, bandwidth requirements also increase to accommodate expansion. Unfortunately, copper cables cannot handle network expansion cost-effectively because you need to install more leads. Modern fibre patch leads are the exact opposite since they allow a business to scale up and accommodate more data without necessarily replacing existing cabling. A structured multi-fibre network can last for decades and support any amount of bandwidth a business requires. Therefore, the long-term cost of owning a fibre optic communication infrastructure is lower.

Cover Long Distances

Attenuation is another problem affecting signal transmission over a network cable. It occurs since waveform signals tend to weaken with distance. Although all types of patch leads suffer attenuation issues, some are more susceptible than others. For instance, signals transmitted through copper cables tend to weaken past the 100-metre mark. It makes copper cables unreliable network gear for businesses located far away from an internet service provider. Conversely, fibre patch leads can easily transmit signals more than 100km (60 miles). Therefore, a company can set up a shop far away from a service provider's cable line without losing signal strength.

If you have more questions, contact companies that supply or install patch leads.

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