Optical fiber cables are a flexible, transparent strand of exceptionally pure glass that works as a light pipe to transmit light between the two ends of the fiber.
Optical fibers feature a core that is surrounded by a dielectric cladding layer. By producing a refractive index larger than the cladding, the optical signals in the core are contained.
Optical fibers are used as a medium in Telecommunication and Networking.
Total Internal Reflection describes how light in a fiber optic cable bounces back and forth between the cladding and the core. Light waves travel greater distances because the coating does not absorb any light from the core.
Geometrical optics can be used to examine fibers with a large core diameter. Multi-mode fibers are the name for these types of fibers.
In a coaxial cable, a single solid-copper core works as a high-frequency transmission cable.
The transmission capacity of a coaxial cable is more than 80 times that of a twisted pair cable.
People may become more familiar with this type of network cable because it is often used to transport television signals and connect computers.
A solid conductor, three coatings of insulation, and a grounding conductor make up a coaxial cable. The solid inner conductor in coaxial cables aids in transmitting signals in the form of electrical impulses.
Coaxial cables have been a major factor behind the success of high-speed communication. They are used in data centers with 10 Gigabit links because they are cost-effective for short links of less than 10 meters and residential networks. 75 Ohm and 50 Ohm coaxial cables are available.
High-frequency signals are sent using this design.
Coaxial cables are divided into two types: RG59 and RG6.
The inner conductor transmits the signal in electrical form.
Magnetic fields do not affect coax cable.
It consists of a solid conductor wire, a grounding conductor, an insulation layer, and an outer insulation layer.
The cost of the cable is relatively higher.
The following table highlights the major differences between Optical Fiber and Coaxial Cable −
|Optical Fiber Cable||Coaxial Cable|
|Optical Fiber uses light to transport data and messages.||The coaxial cable uses electrical impulses to transfer data and communications.|
|Optical fibers are made of plastic and glass.||Plastic and copper wires are used to make the coaxial cable.|
|Optical fiber is exceptionally efficient, with very little signal loss.||The efficiency of coaxial cable is lower.|
|Optical fiber is expensive, and installing it is even more so.||Coaxial cable is inexpensive, as is its installation.|
|Optical fiber is a very light material.||When compared to optical fiber, coaxial cable is exceptionally hefty|