Staying Connected: The Importance of Optic-Based Telecommunications

The Need for Optic-Based TelecommunicationsIn today’s internet age, there is a growing need for improving data communications. Data network providers have been constantly increasing bandwidth, even in increments, just to allocate user demand. More and more people are embracing the digital revolution by using computers and smartphones — a manifestation of data consumption. Through the increase in usage, a larger share of the world’s population is now relying on communications companies to provide more bandwidth. This is not only a proof of the need to stay connected, but it’s also an emphasis on the importance of optic-based telecommunications.

The Use of Optic Transceivers

In using Cisco’s SFP-10G-LRM as an example, any person with know-how on fiber optic technology can understand how instrumental optic transceivers are to the significance of optic-based telecommunications. As a small form factor pluggable module designed for multi-mode fiber’s serial optical data communications, the SFP-10G-LRM is compatible with Cisco’s SFP+ devices, as well as a variety of switches. It supports the link on standard single-mode fiber while operating at an optical wavelength of 1,310 nm — reaching distances of up to 220 m on standard Fiber FDDI grade MMF.

READ  Faster Connections with Fiber Networks and a PK-SFP-10G-SR Transceiver

Without optic transceivers, improving communication between network devices wouldn’t be possible. The core concept of improving data transmission involves connectivity — and while electrically transferred data is possible through metal wires, cables, and a variety of wave forms — fiber optic technology wouldn’t be available to users if not for optic transceivers.

The Significance of Optic-Based Telecommunications

Optical fiber has the capacity for more information. It can load and transmit more data than what wires, coaxial cables, and microwave links can offer. Along with this, telecommunications companies prefer to utilize fiber optic technology for its costs. Construction is inexpensive and it does conduct electricity, corrode, and is compact in size. By carrying light, it can transmit more data than its counterparts.

A large chunk of the population may not understand the value of fiber optic technology or the use of optic transceivers, but the mere fact that people around the world are using the internet is proof of the significance of optic-based telecommunications.