It is the means of most modern and advanced transmission. Increasingly used to form the "backbone" of large networks. Data signals are transmitted through light pulses and can travel great distances (of the order of kilometers) without having to amplify the signal.
By its nature, this type of signal and cabling is immune to electromagnetic interference and its high bandwidth (transmission rate), can transmit large volumes of information at high speed.
These advantages make the optical fiber the ideal choice for high speed networks over long distances, with considerable data flows and in installations where information security is an important factor.
One drawback is that the most expensive hardware. Again, not because of the cost of the cable itself, but for the price of the connectors, the equipment required to send and detect light waves and the need for qualified technicians for installation and maintenance of cabling system.
By its nature, this type of signal and cabling is immune to electromagnetic interference and its high bandwidth (transmission rate), can transmit large volumes of information at high speed.
These advantages make the optical fiber the ideal choice for high speed networks over long distances, with considerable data flows and in installations where information security is an important factor.
One drawback is that the most expensive hardware. Again, not because of the cost of the cable itself, but for the price of the connectors, the equipment required to send and detect light waves and the need for qualified technicians for installation and maintenance of cabling system.
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