The success of an enterprise depends on how well it is connected with its various stakeholders, such as – suppliers, customers, and partners. The optical network is the transmission backbone of the Internet. The capacity of optical networks needs to be increased following the rise in Internet traffic due to the use of varied applications and services. An optical communication system means a point-to-point optical connection linking a transmitter and a receiver.
In addition to ensuring the communication quality between users, the optical network has to take into account. The efficiency and flexibility of optical network resources need to be maintained when numerous end-users are connected to the same network at the same time. Some of the desired characteristics of the optical network are – high reliability, less traffic jam and blocking, and ample capacity for users. According to the application demands, different optical network structures have been designed and regulated.
Optical fibers are thin, prolonged wires made from plastic or glass, which are many miles long. These strands are just like the human hair enclosed in bundles called optical cables. It uses light for the transmission of signals like video, audio, or telemetry data over long distances, unlike copper wires, where transmission solely depends upon the electric signals passing through the cables.
For the transmission of signals, Optical Fibers from the transmitter converts the electrical signals into light signals, and on reaching the receiver, light signals are again converted back into the electrical signals. This whole process is called Optical Fiber Communication. These networks can be operated from a local-area network (LAN) or over a wide-area network (WAN). Moreover, they can connect metropolitan and local areas traversing to national, international, and even beyond the ocean distances.
Benefits of Using Fiber Internet for Business
Mostly, people prefer top fiber network service for business due to the following benefits-
The Internet speed of a fiber-optic network is uniform, which means download and upload speeds are almost similar. On the other hand, other Internet networks provide the upload speed which, is often one-tenth of the download speed. Rapid Internet speed helps to save crucial business time during video conferencing, uploading big files, and many other things. All the organization’s devices such as computers, laptops, smartphones, VoIP phone systems, tablets, and other devices are connected with the Internet along with their employee’s devices connected to that same Internet. Hence,the business Internet needs to have sufficient bandwidth to connect all the devices that are provided by Optical fiber.
Optical Fiber cables are more robust than the copper cables that carry cable Internet or DSL. This means the possibility of the optic cable to be damaged is very low except when the cable is cut. These fiber Internet connections last for a long time, like more than 30 years.
3- Secure networks:
It is difficult to hack the optical cable. It cannot be tapped, unlike other networks such as copper or coaxial cables. Fiber connections provide an additional layer of security as they are not shared with other customers like fiber-based Passive Optical Networks.
4- Improved Cloud experience:
Cloud services prove to be the savior by providing the organizations to store, administer, and process their data at remote servers. Examples of cloud services are- Google Drive, Dropbox, OneDrive that provides a cost-efficient and effective solution to manage voluminous data. Fiber Internet proves to be the best for cloud services as these services need more speed for optimal performance.
The up-gradation of technology over time results in a reduction of the average cost of a fiber-optic network. If there are no previous fiber lines in the society, then fiber networks have more complex installation as compared to other networks but once installed, these services are long-term cost savings. The maintenance cost of fiber Internet is comparatively less than other types of networks. Thus, a fiber-optic network is quite cost-efficient.
As the distance between the source and place of work increases, copper and coax signals got degrade. But optic fiber Internet service doesn’t face this issue. The optic fiber signal is transmitted along with light, which results in less signal loss despite the distance. Nowadays, with the advanced technology of metro fiber, it’s possible to run optical cable for nearly 25 miles without degradation, which is proving as a boon for enterprises.
Optical Fiber technology has attracted many researchers due to its performance, no interference, higher bandwidth, high data-carrying capacity, and low loss. Apart from being highly advantageous, the major drawback it has that it requires high-skilled labor for optical fiber mounting, and optical cables are more expensive in comparison with copper cables. But enterprises need to keep pace with the evolving technology environment. For this, they need an effective and efficient network, which is none other than a fiber network.