A fibre optic cable is a type of network cable that contains strands of glass fibres inside an insulated casing. These cables transmit data through fibres or plastic. Furthermore, they use the speed of light to carry data very quickly and reliably over long distances. They can be created from microscopic glass or plastic fibre.
Due to these reasons, fibre cable connections are increasingly common in smart buildings and cities. But why choose only fibre optic cables?
Several unique advantages of these cables are discussed here.
Fiber Supports Very High Bandwidth Levels
Fibre, particularly single-mode fibre, is the best technology available in terms of bandwidth. Fibre optic cables offer higher bandwidth for transmitting more data than copper cables of the same diameter.
The advantage of fibre is that its performance is not limited by the cable itself, regardless of the introduction of new fibre-optic technologies in the form of transceivers or other electronics. Instead, its limitations are imposed by the electronic components that comprise it. If you upgrade the components, your fibre cabling can be good.
Fiber also reduces latency, allowing for faster download and upload times and resource availability. Due to its low loss, fiber can also transmit data across longer distances without delays or interruptions.
Improve Network Security
Network security is also an essential component of buildings. Once information security leakage occurs, businesses may experience significant property damage. As a result, many businesses prioritize protecting their digital assets as a top priority.
The primary cause is that the fibre cable connection is relatively hidden and difficult to find. If someone breaks the fibre optic cable and takes the opportunity to access it, the signal disappears, preventing data theft. Secondly, the optical fibre-connected network equipment is located in the centre of the building, which can be mainly protected and easy to maintain daily.
Improve Efficiency and Productivity
Installing fibre optic networks is essential in promoting efficiency and productivity in smart cities. With dependable and consistent internet connectivity, smart city services can run smoothly, enabling real-time data collection and analysis.
This allows for better resource management, traffic optimization, and more effective provision of essential services like healthcare and education. Moreover, fast and reliable internet connections support businesses in smart cities, enabling seamless communication, online transactions, and remote work.
Improve Signal Strength
The signal strength of broadband internet decreases as users move away from the switch, which creates a disadvantage for large workplaces. This is because some meeting rooms and offices are far from the telecommunications room, causing weak signals to reach their devices.
However, the signal strength of the fibre-optic internet does not deteriorate as quickly with distance. It can run fibre optic cable for nearly 25 miles without degradation, making it ideal for huge buildings, businesses, or factories.
Fiber Optic Gear Products Lower Latency Issues
Latency is the delay in data transmission over an internet connection, primarily experienced by users when downloading or uploading high-definition content. Fiber Optic Gear Products eliminate many latency issues because the internet signal is transported by light; hence, it travels quicker than other signals. This may result in better voice quality for VoIP users, enhance cloud experiences, and improve the ability to download and upload large files without interruption.
Withstands Water and Temperature Fluctuations
Moisture, inclement weather, and temperature fluctuations have little effect on fibre optic cable. For example, communication usually continues if it comes into contact with rainwater. If lightning strikes a fibre cable, the electricity surge doesn’t spread because the fibre cable doesn’t include any metallic components.
It can withstand severe environments without experiencing performance changes, making it perfect for rugged settings such as outdoor, long-distance, and industrial applications.
