Fiber Optic Cabling Is Secure because they do not radiate any signal and the optical signal is completely contained in the middle of the fiber. Safety is important and Fiber Optic Cables do not need to carry any electrical current. Non-metallic cables are much less likely to be struck by lightning, making them popular for hazardous environments.

Fiber Optic Cables are light weight and compact so they will save you space and keep everything more organized. There is little use of resources in manufacturing Fiber Optic Cables, making them environmentally friendly. Unlike copper wires, Fiber Optic Cables are future-proof. They can easily be upgraded as technology improves.

Mason Technologies Inc. As you know, terminating fiber optical cabling is a tricky undertaking, which is why many companies don't offer the wide range of termination techniques out there. Air Blown Fiber. It doesn't matter what type of termination you require; our Master Technicians are directly trained and certified by the industry leading manufactures. Mechanical Terminations.

Fiber-Optic Applications > Fiber-Optic Technologies

Power Meter. Fiber Trouble Shooting. Used in telecommunications and CATV, typically with long distances, from a few thousand feet to hundreds of miles. It involves short lengths, rarely longer than a few hundred to two thousand feet. ABF refers to the use of compressed air to literally blow lightweight optical fiber cables through a tube cable at up to ft per minute.

The technology is based on the installation of a tube cable before installing any fiber. At specific locations, you use a tube distribution unit TDU , or junction box, to route the fiber to different locations. This saves money by not only deferring running fiber until you need it, but MAC work can be performed during a lunch break, rather than long term installations which typically can disrupt business. Truly future-proof. That's why fiber is the exclusive medium for long distance communications.

The biggest advantage of optical fiber is the fact it can transport more information longer distances in less time than any other communications medium. Fiber offers you the freedom to meet all of your future telecommunications needs. Fiber optics is affordable today, as electronics prices fall and optical cable pricing remains low.

In many cases, fiber solutions are less costly than copper. As bandwidth demands increase rapidly with technological advances, fiber will continue to play a vital role in the long-term success of telecommunications. Optical fiber systems have many advantages over metallic-based communication systems. These advantages include:.

Computer Networks

The low attenuation and superior signal integrity found in fiber optics cabling systems allow much longer intervals of signal transmission than metallic-based systems. While single-line, voice-grade copper systems longer than a couple of kilometers 1. Emerging technologies promise even greater distances in the future. While today's applications require an ever-increasing amount of bandwidth, it is important to consider the space constraints of many end-users. It is commonplace to install new cabling within existing duct systems. Long, continuous lengths also provide advantages for installers and end-users.

Small diameters make it practical to manufacture and install much longer lengths than for metallic cables: twelve-kilometer 12 km continuous optical cable lengths are common. Multimode cable lengths can be 4 km or more, although most standards require a maximum length of 2 km or less. Multimode cable lengths are based on industry demand. Long lengths make fiber optical cable installation much easier and less expensive. These fibers have a large core 0. Due to their inferior optical properties, plastic fiber optic POF strands and cables are not suitable for extended data transmission.

Traditionally when we sent data transmissions over copper cables we transmit electrons over a copper conductor.

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A transmitter is connected to the one end of the fiber cable. Electronic pulses are converted by the transmitter into light pulses and the optical signal gets sent through the fiber cable.

Fiber Optic Solutions

A receiver on the other end decodes the optical signal into digital pulses. The core of the cable is surrounded by a cladding which reflects the light back into the core and eliminates light from escaping the cable. This is called total internal reflection.

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When light is sent through the core of a fiber optic cable, the light constantly bounces off the cladding, which is highly reflective, like a mirror-lined wall. The cladding does not absorb any light allowing complete internal reflection and allowing the light to travel far distances without losing its intensity.

The discovery of lasers influenced the development of fiber optics. Laser diodes are complex semiconductors that convert an electrical current into light. The process of converting the electrical signal into light is far more efficient because it generates less heat than an ordinary light bulb. The use of fiber optics is fast becoming the medium of choice for telecommunication systems, television transmission and data networks.

Fiber optic cables have a multitude of advantages and benefits over the more traditional methods of information systems, such as copper or coaxial cables. One of the greatest benefits to using fiber optic systems is the capacity and speed of such a system. Light travels faster than an electrical system which allows faster delivery and reception of information.

Fiber optic cables also have a much higher capacity for bandwidth than the more traditional copper cables. Coaxial cables have a tendency for electromagnetic interference, which renders them less effective. Fiber optics is not affected by external electrical signals, because the data is transmitted with light. Optical systems are more secure than traditional mediums. Electromagnetic interference causes coaxial cables to leak information. Optical fiber makes it impossible to remotely detect the signal being transmitted within the cable.

Fiber-Optic Applications

The only way to do so is by actually accessing the optical fiber itself. Accessing the fiber requires intervention that is easily detectable by security surveillance. These circumstances make fiber extremely attractive to governments, banks and companies requiring increased security of data. Copper wire transmission can generate sparks, causing shortages and even fire.

Because fiber optical strands use light instead of electricity to carry signals, the chance of an electrical fire is eliminated. This makes fiber optics an exceptionally safe form of wiring and one of the safest forms of data transmission. Fiber optic systems are much more effective than coaxial or copper systems, because there is minimal loss of data. This can be credited to the design of optical fibers, because of the principle of total internal reflection. The cladding increases the effectiveness of data transmission significantly.

There is no crosstalk between cables, e. With undersea fiber optic cables, you have a direct connection with no echoes. Unlike electrical signals in copper wires the light signals from one fiber do not interfere with those of other fibers in the same cable. This means clearer phone conversations or TV reception. Several kilometers of optical cable can be made far cheaper than equivalent lengths of copper wire.

Service, such as the internet is often cheaper because fiber optic signals stay strong longer, requiring less power over time to transmit signals than copper-wire systems, which need high-voltage transmitters. With the rapid increase of bandwidth demand, fiber optics will continue to play a vital role in the long-term success of telecommunications.

Space constraints of many end-users are easily overcome because new cabling can be installed within existing duct systems. The relatively small diameter and light weight of optical cables makes such installations easy and practical. Long lengths of optical cable make installation much easier and less expensive. Fiber optic cables can be installed with the same equipment that is used to install copper and coaxial cables. The low attenuation and superior signal capacity found in optical systems allow much longer intervals of signal transmission than metallic-based systems.

Metal based systems require signal repeaters to perform satisfactory. Fiber optic cables can transmit over km with no active or passive processing.