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Fiber Optic Splicing Delivers Cutting Edge Competitive Advantage

Joseph Coupal - Sunday, April 14, 2019
ElecComm - fiber optic splicing, Boston, MA

Since the dawn of the internet, the technology has become a staple for every business. Strong and stable internet connection is foundational to gaining cutting edge competitive advantage. Because of this, the business telecommunication network engineers in Plymouth, MA are continuously finding ways to develop and improve their systems. These networks are not just all about having reliable service but also deliver upon the ever increasing need for increased band width. Recent innovations empower telecommunication engineers to employ fiber optic splicing for both new and network enhancement configurations.

Given the growing number of businesses that have become highly dependent on the internet, fiber optic splicing was developed as a solution to such increasing need and demand for a better connection and transmission. Switching from copper wires to fiber optic cables guarantees better bandwidth without jeopardizing the speed of transmission. With the help of these fiber optic cables, increasing bandwidth and keeping the connection stable have become a breeze.

Incorporating fiber optic splicing during telecommunication network design installations is imperative when one wants to achieve faster and higher bandwidth. It is important to note that when switching to fiber optic cables, the assistance and service by the experts in the industry are as equally important. This method is new and should only therefore be performed by a professional. This is to ensure that the cables are perfectly spliced according to the configuration unique to your application. Otherwise, these fiber optic cables or the telecommunication networks as a whole will not serve their purpose.

To find out more about how businesses can benefit from fiber optic splicing in telecommunication network design installation, contact ElecComm.

A Better Option for Underground Fiber Optic Systems for Faster Business Operations

Joseph Coupal - Thursday, June 07, 2018
ElecComm underground fiber optic installation in Plymouth, MA

There are many advantages to undergrounding fiber optic cables for telecom networks. However, sometimes the cost and labor intensity can be prohibitive. The numerous benefits of Microtrenching are gradually gaining ground for designing and building telecommunication networks in Plymouth, MA making it a popular option for business and community installations. Microtrenching involves burying fiber cables or by stacking the conduits atop one another in narrow trenches about ¾ inch wide and 12 inches deep.

Because there is less digging involved, excavation work need not to be extensive. This results in a reduction in logistics, time spent on the project, and cost. In fact, with microtrenching, these factors can be cut by almost half that of traditional underground cable installation. In burying under roads, the trench cut is repaired with a minor patch. For grassy areas, the soil is replaced and can be reseeded immediately. Micro trenching also allows storage of fiber optic cable slack for easy fiber optic splicing work during network expansion, repair, and maintenance.

Microtrenching is applicable in both urban and rural settings. Unlike above ground installations, fiber optic microtrenches are not as susceptible to external forces, enabling smooth communications even in adverse weather conditions. Eleccomm’s team of network technicians and engineers is always prepared for telecommunication network design installations. For more information, contact ElecComm.

Slack Fiber Optic Cables Boost System Sustainability and Signal Quality

Joseph Coupal - Thursday, January 18, 2018
ElecComm - fiber optic splicing in MA

Fiber optic cables differ from ordinary copper wires in many ways. While copper wires can withstand considerable amount of wire tension, optical glass fibers are less flexible. Optical fibers have minimum bending radius. This is defined as the minimum curve radius that optical glass fibers can be safely bent before attenuation effects in the signal manifest or before breakage occurs. Because of this, telecommunication networks in Boston, MA are wired with specific techniques such as gentle pulling of fiber optic cables instead of pushing, separation of fiber optic cable ducts from electrical power circuits, and use of wide diameter cable supply reels.

The technique which is very evident in almost all telecommunication network design installations is called slack wiring. Slacks are characterized by loops of extra fiber optic cable spun around specialized fixtures across the cable route. Slack wire or excessive wire length is normally avoided in electrical power circuits, since extra wire will translate to higher costs. Aesthetically, excessive wire can also mean overcrowding in ducts and raceways. However the scenario is different in fiber optic cables, in fact slacks offer as much as twice the original wire paths intended, sometimes even more.

The longer the slack, the more sustainable and safe the fiber optic cable system is, because repeated fiber optic splicing during future reconfiguration will eventually shorten the cable which will lead to violations on the minimum bending radius. In some cases rewiring the entire fiber optic system is too expensive due to the high costs of fiber optic materials. This is why some utilities prefer to lengthen the cables purposefully to mitigate future splicing and wiring conditions. For more about fiber optic cable system installations contact ElecComm.

Fiber Optic Cable Wiring Transmits Smooth Communications

Joseph Coupal - Thursday, December 14, 2017
ElecComm - telecommunication networks in Wilmington, MA

Fiber optic cables are widely used in communication networks due to the ultra fast transmission speeds and low susceptibility to noise and electromagnetic interference as compared to the conventional copper wires. Telecommunication networks in Plymouth, MA take advantage of these benefits and continue to maximize the potential of fiber optic cable systems.

Maximizing the use of fiber optics requires superb handling of cables during wiring and fiber optic splicing. The specialized glass fibers within the optical cables are less malleable than their copper counterparts, making them more fragile to tension in wiring. Excessive stress on the cables leads to broken optical fibers which are the major cause of network slowdown.

Fiber optic cable routes are characterized by standard arcs, loops, and fixtures not present in ordinary copper wiring. These techniques are requirements set by international electrical codes. Special licenses are issued to wiring technicians who handle fiber optic cables in addition to the wiring skills required for regular copper wires.

Telecommunication network design installations are better performed by trusted and proven fiber optic cable specialists. Mishandling of these delicate cables will lead to economic and operational loss. ElecComm Corporation’s technicians deliver superb fiber optic cable wiring and splicing for faster and smoother network communications. For more information about fiber optic cables in telecommunication network design installations, contact ElecComm.

Improve Telecommunication Networks with Fiber Optics

Joseph Coupal - Thursday, November 16, 2017
ElecComm - fiber optic splicing in MA

Because of the way it connects people in different locations, the internet has taken the business world by storm. Companies have integrated its use in various daily operations. For this reason, the telecommunication networks in Plymouth, MA are continuously being developed and improved in order for their customers to achieve better internet access and connection.

In telecommunications, fiber optic splicing has been developed as a solution to the increasing need in the market for higher bandwidth. Considering that more and more companies are now switching to fiber optic transmissions, network developers should invest in fiber optics instead of copper wires to enjoy the benefits they bring.

Incorporating fiber optic splicing during telecommunication network design installations is imperative when the goal is to increase bandwidth. Since a number of businesses are dependent on the internet, it is enough to establish a telecommunication network but also use fiber optic cables instead of copper wires. With them in place, more data can be stored, transmitted, or accessed by multiple users at the same time than wtih only using regular cables.

To find out more about the benefits of fiber optic splicing in telecommunication network design installation, contact ElecComm.

Fiber Optic Splicing Increases Band Width of Telecommunication Networks

Joseph Coupal - Thursday, November 02, 2017
ElecComm golf driving range netting in Plymouth, MA

The internet is a staple for businesses and is integrated in operations, no matter the industry. As a result, telecommunication networks in Plymouth, MA are continuously finding ways to develop and improve their information systems to provide the best and fastest connection with customers. This is the main reason why businesses choose telecommunication network installations with fiber optic splicing.

Fiber optic splicing was developed as a solution to the increasing need and demand for a better connection and faster transmission. Switching to fiber optic transmissions guarantees better bandwidth. Expanding bandwidth is easier when the company is already using fiber optic cables which allows for more data to be transmitted than regular cable.

In order to achieve faster and higher bandwidth, incorporating fiber optic splicing during telecommunication network design installations is imperative. It is important to note that when switching to fiber optics, the assistance and service by industry experts is required. To find out more about how businesses can benefit from fiber optic splicing in telecommunication network design installations, contact ElecComm.

Fiber Optic Splicing for Better Transmission and Better Connection

Joseph Coupal - Thursday, September 28, 2017
ElecComm - underground high voltage cable installation in MA

The internet is a staple for businesses today. No matter the industry, the internet is integrated in- and essential to- operations. As a result telecommunication networks in Boston, MA are continuously finding ways to develop and improve their systems. This has led to the use of fiber optic splicing.

Fiber optic splicing was developed as a solution to the growing need and demand for a better connection and better transmission. Switching to fiber optics provides the following benefits to business:

  • Better bandwidth. Fiber optic cables are able to transmit more data at a specific time than regular cables. This is the greatest advantage since they can provide faster and higher bandwidth than the other options. Expanding to a higher bandwidth is also easier if the company is already using fiber optics.
  • Safe transmission. With fiber optics, there is less transmission loss and no electrical conductivity, allowing for a more secure transmission.
  • Portability. Design-wise, fiber optic cables are smaller in diameter and lighter than other cable types. This is an advantage when there are space limitations.

It is important to remember that switching to fiber optics, these type of telecommunication network design installations should be performed by a reputable business. To find out more about how businesses can benefit from fiber optic splicing, contact ElecComm.

Fiber Optic Splicing has Changed The Way Telecommunication Networks Work

Joseph Coupal - Thursday, August 24, 2017
ElecComm - telecommunication networks in Wilmington, MA

Gone are the days of challenging external and internal corporate communications. The advancing technology of telecommunication networks in Wilmington, MA provide secure and versatile communication when doing business.

Nowadays, telecommunication network design installations are transitioning from using copper wires to fiber optics because of the multiple benefits. The emergence of fiber optic splicing has contributed major changes and advances to telecommunication networks for businesses. With these innovations, telecommunication networks are able to receive and relay information more quickly, conveniently, effectively, and securely.

Fiber optic splicing creates telecommunication networks that are safe and stable to cater to various applications. Since they have been incorporated in many design installations, telecommunication networks have improved in many ways and can now cater to larger and more complex applications.

For instance, telecommunications networks now have a larger bandwidth so they can modulate more audio signals, video signals, and other computer data at once with light waves; they then demodulate them by optical receiver at the other end. The use of fiber optics also allows telecommunication networks to operate with light waves instead of electric pulses. These networks are also immune to electromagnetic interference.

To find out more about the advantages of fiber optic splicing when incorporated in telecommunication network design installations, contact ElecComm.

Fiber Optic Splicing has Changed Telecommunication Networks

Joseph Coupal - Friday, August 11, 2017
ElecComm golf driving range netting in Plymouth, MA

Telecommunication networks in Wilmington, MA plays a vital role in the internal and external relations of a company. This is why many companies across various industries invest in state-of-the-art telecom systems. Technology is always being tested in order to improve the performance and increase the capacity of these networks.

Among the many technical advancements incorporated in telecommunication networks, fiber optic splicing is the one that has made the most impact on the benefits of these networks. Fiber optics allow for more clear and secure transmission of data in any form. Fiber optic splicing also allows for an increase in the capacity of transmission networks which means more data can be sent, stored, and accessed by multiple users without lag time.

Fiber optic splicing in telecommunication network design installations has enhanced customer service and inter-company relations as well. Even for long distance transmissions, companies are able to communicate and do business with customers, vendors, and colleagues without being intercepted or interrupted.

To find out more about the benefits of fiber optic splicing in telecommunication network design installations, contact ElecComm.

Your Company May Need Fiber Optic Splicing

Joseph Coupal - Thursday, July 27, 2017
ElecComm telecommunication networks in Wilmington, MA

It was 1964 when usable fiber optic methods were developed and used in telecommunication network design installations. Today, the use of fiber optics continues and has improved to cater to larger and more complex applications.

Incorporating optical fibers in telecommunication networks in Wilmington, MA has many advantages compared to those that use copper wires. With respect to bandwidth, telecommunications networks that use fiber optic splicing can modulate audio signals, video signals, and other computer data all at once through light waves and optical receivers at the other end. The light waves that pass through the network are unaffected by electromagnetic radiation nearby so the network itself is immune to electromagnetic interference.

Companies may need fiber optic splicing services and other related solutions for better communications. With this method, the telecommunication networks can receive and relay information more conveniently, effectively, and securely. Fiber optic splicing creates a telecommunication network that is safe and stable enough to cater to the varying needs of any company.

To find out more about fiber optic splicing and telecommunication network design installations, contact ElecComm.


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