The Network Cabling Next Generation: Fiber Optics
Fiber optics is a growing trend for VoIP network managers who require solutions for the increasing need of distance and speed. The next generation of los angeles network cabling is arguably Fiber Optic Cabling connections. This will positively impact that quality and stability of VoIP and other internet based telecommunications such as video chat. Upgrade to fiber optics now, visit http://www.networkcabling.net.
Current Problems with Internet Based Telecommunications
Insufficient bandwidth is one of the most adverse aspects of today’s network connections. Without the super high speed that fiber optics provide, VoIP and video chat will both continue to suffer from dropped calls and drop outs in audio and video. Some software has sought to overcome the limitation by using variable bit rates, but this introduces audio and video quality degradation as a byproduct – by no means desirable by the end user.
Even major national television networks are allowing their correspondents to broadcast to their studios using VoIP and video chat technology, so it is arguably time for the infrastructure to be updated. Existing broadband speeds are simply not going to cut it, moving forward. Fiber optics is the future.
Future Telecommunications and Fiber Optics
In the future, telecommunications will expand beyond things like video chat and voice calls. We may see a day when 3D video chatting, virtual reality and holographic video chat become a reality.
These may sound like mere sci-fi today, but we are closer than you might think. Without the bandwidth to make these possible, it won’t matter how much the software and hardware solutions for such innovative telecommunications evolve – they won’t be able to be transmitted.
Fiber Optics vs. Today’s Broadband Cabling Solutions
Fiber optics use light to transmit data and are less susceptible to certain types of interference when the signals are carried from one location to another versus conventional broadband cabling solutions. Furthermore, they suffer from far less signal degradation over long distance in contrast with the coaxial copper wiring so often used today.
Fiber optics network cabling is less expensive to make and repair, which is another reason it is superior to copper wire. It is thinner which allows more fibers to be bundled together per given diameter. When wires are bundled together, they often suffer from electromagnetic interference from one wire to the next (and external sources of electromagnetic activity). Optical fibers do not interfere with one another when they are bundled and thus create a lower propensity toward signal loss.
Electricity flowing through copper wires creates a fire hazard. This is not the case with fiber optics network cabling. No electricity is used – it’s light. Thus, the cables are not flammable. Fiber optic cabling is also substantially more flexible and more lightweight than other network cabling solutions.