A fiber optic switch is a modern method of signaling that is faster and more efficient than the previously used copper cables. Some extremely fine glass tubing is used to send signals for phones, computer networks, televisions and other systems. Like with many other great inventions, there are both advantages and disadvantages associated with fiber optic.
Advantages of Using a Fiber Optic Switch
Fiber optic usage can be used in a wide range of applications to enhance service delivery. Phone systems, mechanical systems, lighting, television and computer networking have all benefited from fiber optic developments. The improved system performance is a vital factor in the overall service delivery as well as efficient and improved communications. Congestion and crowded networks are now a thing of the past with the invention of the fiber optic switch. Signals are transmitted as they occur rather than all at once.
Signals are also flagged for importance, which creates a more organized system of signal delivery. Crashing or stalling of systems due to signal overload is eliminated through fiber optic installations. Signals transmitted through fiber cable are more clear and stronger than those transmitted via copper cabling.
Signals are also less susceptible to disruptions caused in the airwaves by other systems such as electrical noises, radio frequencies, electromagnetic interference or alarm systems. Besides being more efficient, the fiber switch is also much faster than the previously used copper switch. This has resulted in more of the internet bandwith being utilized. Increased bandwith and capacity encourages more effective data handling and transfer. Signal security is also much higher with fiber cabling than electric interfaces. This is extremely vital where sensitive and confidential transmissions are involved.
Disadvantages of Using a Fiber Optic Switch
The fiber optic technology is still a relatively new development. The expertise and resources required to install fiber cabling have not yet spread out widely. This makes installation a costly project. It involves a great deal of specialized knowledge, tools and complex processes.
Installation is both a time and labor-intensive undertaking albeit one that yields improved communications. Prerequisite conditions add to the rigors of installation. Prior to installing of a fiber optic cable and switches, the environment must be checked and found to be free of pollution and dust. Temperatures must not exceed 113 degrees Fahrenheit, and the area must be well-ventilated. It is a delicate process that requires extremely careful handling.
When laying the fiber cable, built-in features must also be installed to ensure perfect system delivery. Fans and blowers are used to ensure an efficient cooling mechanism which is vital to the fiber cable’s performance. This necessitates a rigorous maintenance program. It also adds to the overall costs that come with the fiber optic technology. Unfortunately, fiber optic switches are not as ideal for low bandwith applications. This makes them inappropriate for the transmission of limited data.