The foundation of communicating from one place to transmit and receive voice or data from one end to another end without any losses came during the early 1800s with the introduction of the telegraph and then telephone in the late 19th century.
In this high-paced world of modern technology where speed reigns above else, the introduction of optical fibre shook the constitution of the telecommunication sector.
Enabled with high-speed communication of data with minimum losses, set the demand rolling for optical fibre communication to forge its place in the telecom sector.
Internet of Things (IoT), known for its concept of connecting any device with an on and off switch to the Internet, has integrated itself in multiple sectors.
Despite its booming popularity in sensor technology and smart devices, IoT has now set foot in the business world enabling companies to use sensors and other mediums to collect and process user data from equipment and supply chains.
As optical fibre communications made its name in the network domain with an increasing demand for data-intensive applications and high-bandwidth networks, IoT in Optical Fibre Communication emerged as a more profitable option to pursue better network capabilities.
IoT in Optical Fibre Communication can make a greater impact when integrated since choosing the right network is vital for any company to achieve the best network communications with better connectivity.
Before going forward with our detailed discussion of IoT in Optical Fibre Communication, let’s acquaint ourselves with some basics and fundamental concepts of optical fibre communication.
Understanding Optical Fibre Communication
Fiber optics communication is simply defined as a method of transmitting and receiving data using light as a medium, instead of commonly used electricity.
Optical fibre cables comprise a variety of shapes having different areas with the largest being for telephones, Internet and television.
The optical fiber used is generally made up of hair-thin material of glass with a diameter of around 125 micrometers (μm), that is the diameter of the cladding, or outer reflecting layer.
The inner transmitting cylinder or core may have a much smaller diameter than the cladding.
The basic principle behind this technology works on a simple phenomenon of Total Internal Reflection (TIR) where light rays beam into the fibre within the core through the process of TIR.
Therefore, allowing minimum attenuation of light signal over large distances and making it the perfect fit for leveraging IoT in Optical Fibre Communication.
Impact of IoT in Optical Fibre Communication
To achieve the best possible outcomes in networking as well as the successful integration of IoT in Optical Fibre Communication let’s check out some possible ways of enhancing optical fibre connectivity using IoT.
IoT in Adding Bandwidth
Network capacity is one of the most vital parts of the success of any smart home. Since a slow working smart home due to network traffic is useless to the consumer, the need for fiber network comes into play.
Similarly, while working with the highly time-sensitive data of any business, excessive network traffic can lead to slower net connectivity resulting in bigger delay times. This issue can be easily resolved while integrating IoT in Optical Fibre Communication due to its breathtaking speed.
Obtaining Real-Time Insights
As IoT sensors generate a continuous stream of data about the connected products and equipment valuable insights can be mined using analytics applications.
Since the data needs to be collected, transmitted, and processed quickly to get relevant insight, a high-speed connection is needed. Integrating IoT in Optical Fibre Communication can solve this issue with its high-speed and low-latency network Thus enabling data to travel from the connected device to the company’s data center at the speed of light.
Managing Risk & Security
Every IoT device acts as an endpoint for its vulnerability to being attacked by hackers. Due to this, sensitive business data is always at risk of being stolen or compromised as it moves from the connected device to an on-site data center.
Here, fiber optic connections come in handy due to their sensitive nature, if there are any attempts to tap a connection, the breach causes breakage of the glass fiber, causing a noticeable interruption as well as alerting companies of a possible breach.
Therefore, the impact of IoT in Optical Fibre Communication can lead to further secure connections to transmit sensitive data with the least risks.
With new technologies emerging to achieve faster speeds, communication infrastructures, as well as possible integration of IoT in Optical Fibre Communication, possible networks must pick its pace as the world moves towards more connected and smarter homes.