Advantages of Fiber Optics Over Traditional Transmission.

30 Dec.,2024

 

Advantages of Fiber Optics Over Traditional Transmission.

Fiber Optic cables instead of copper cables - the advantages:

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  • Since the signals are in the form of light (photons), the signals can travel longer distances without needing a signal boost.
  • The signals are less prone to electromagnetic interference.
  • The fiber optic cables are much stronger as compared to copper cables. At the same time, they are much lighter.
  • Fiber optic cables are easier to maintain as compared to copper cables. They also need maintenance less frequently and rarely need to be replaced once installed.
  • The speeds at which the signals can travel are extremely high.
  • It is very difficult to tamper with the data if it is transmitted over fiber cables.

With the advancement in fiber technology and the need for high-speed signal transmission, fiber optic transmission is being used extensively. But the reliability of the transmission over fiber cables also depends on the reliability of the connectors being used. Bulgin is a leading manufacturer of Circular Fiber Connectors  which are useful across various applications such as outdoor broadcast, marine, aviation, civil engineering, etc.

 

To view the full catalogue of connectors and all other products please visit the Bulgin Website.

 

Fiber Optic Benefits and Fiber Optic Advantages

Fiber-optic systems use pulses of light traveling through an optical fiber to transmit data. This method offers many advantages over copper wire, some of which are not available with other technology:

  • Complete input/output electrical isolation
  • No electromagnetic interference (EMI) susceptibility or radiation along the transmission media
  • Broad bandwidth over a long distance
  • Light-weight, small-diameter cables
  • Equal to the cost of copper wire and connectors (except when copper wire is already installed)

 

So let&#;s explain the fiber optic benefits and advantages in detail below:

1. Electromagnetic Interference (EMI)

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Because optical fiber transmits light rather than electrons, it neither radiates EM (electromagnetic) fields nor is it susceptible to any EM fields surrounding it. This is important in a number of applications:

  • Industrial control, where cables run along factory floors in proximity to electrically noisy machinery. The optical medium permits the control signals to be carried error-free through the electrically noisy environment.
  • Telecommunications equipment manufacturers use optical fiber because it eliminates cross talk between the telecommunication lines.
  • Financial institutions and gaming equipment manufacturers require data security. Tapping into a fiber cable without being detected is extremely difficult.

2. High Bandwidth

Optical fiber has a relatively high bandwidth in comparison to other transmission media. This permits much longer transmission distances and much higher signal rates than most media. For example, all undersea long-haul telecommunications cable is fiber-optic.

This technology is allowing worldwide communications (voice, video and data) to be available mainstream. With new technologies, such as VCSEL transmitters, parallel optics and wavelength division multiplexing (WDM), services such as video-on-demand and video conferencing will be available to most homes in the near future.

3. Voltage Isolation and Voltage Insulation

Fiber isolates two different voltage potentials. and insulates in high-voltage areas. For example, it will eliminate errors due to ground-loop potential differences and is ideal for data transmission in areas subject to frequent electrical storms, and presents no hazard to the field installer.

4. Weight and Diameter

A 100 meter coaxial cable transmitting 500 megabits of data per unit time is about 800 percent heavier than a plastic fiber cable and about 700 percent heavier than a hard-clad silica cable, all of equal length and transmitting at the same data rate.

The relative diameters of various types of fiber cable and coaxial copper cable for the same distance and data rate are shown in the illustration below.

For more information, please visit Custom Fiber optic connectors Exporter.