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Fiber Optic Splicing For Speedier Internet Connection in Commercial Sector

Joseph Coupal - Thursday, October 11, 2018
ElecComm Fiber optic splicing in Plymouth, MA

Nowadays, businesses rely on the internet for their day to day activities and operations. As a consequence, telecommunication networks in Plymouth, MA need innovations to improve connections for speedier access to information. Currently, fiber optic splicing offers the best telecommunication network setup for all types of industries.

Fiber optic splicing was engineered to answer the increasing requirement for an improved internet connection and faster data transmission. Businesses that turn to fiber optic transmissions experience enhanced and expansive bandwidth. Fiber optic cables also make expansion of bandwidth much easier because it enables the transmission of more data as compared to regular cables. With this upgrade, faster business communication and data transmission is guaranteed, which will improve business responsiveness.

The application of fiber optic splicing to telecommunication network design installation is indispensable for businesses to achieve faster and higher bandwidth. If your company is considering the switch to fiber optic splicing in the telecommunication network, contact ElecComm. It is imperative to look for the right fiber optic experts to handle the job.

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.

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.

Telecommunication Networks Improve Employee Collaborative Work and Customer Service - Plymouth, MA

Joseph Coupal - Thursday, March 16, 2017

Telecommunications is an important tool for any business and installing a network that supports it is very advantageous. By installing well-designed telecommunication networks in Plymouth, MA, companies can improve their internal and external communications as well as other processes and operations.

Professional telecommunication network design installations allow employees to communicate and collaborate more easily even when they are located at distant locations. In today’s competitive environment, this is an advantage, especially when a company has multiple branches with interconnected transactions.

Telecommunication networks also play a vital role in a customer service. These networks allow for call management techniques that allow for handling incoming calls more effectively and quickly. Telecommunication networks can be configured so that calls can be routed to the right employees to deal with inquiries. Customers can also benefit by choosing from a range of options within the telecommunication network such as a dial-by-name directory, help-desk, and other options.

To find out more about telecommunication network design installations, contact ElecComm.

Telecommunication Networks Use Advanced Technologies Such as Fiber Optic Splicing and Internet for an Improved Connection - Plymouth, MA

Joseph Coupal - Thursday, September 08, 2016

Telecommunication networks in Plymouth, MA have significantly changed how most businesses operate. These networks have given businesses increased flexibility that has paved the way to improved internal coordination, external affairs, and team collaboration.

Telecommunication network design installations are performed and completed by expert technicians using advanced technology such as fiber optic splicing. Fiber optic networks have greater capacity and clearer connections even when they are used or accessed by multiple users. For a large company, investing in- and installing- fiber optic telecommunications networks is practical.

If you have remote employees in your organization or your employees are required to travel frequently for training and client meetings, telecommunication networks can help employees and employers stay connected so that business processes can continue operating smoothly. Fiber optic networks provide a more stable and useful internet connection as well, which reinforces your relationship with prospects and customers.

To find out more about telecommunication services, contact ElecComm.

Fiber Optic Splicing Lets You Maximize Resources and Optimize Results - Plymouth, MA

Joseph Coupal - Friday, August 05, 2016

Fiber optic splicing has revolutionized long-distance and high-capacity telecommunications. That is why this method is being used in many telecommunication networks in Plymouth, MA. As a matter of fact, many companies with existing telecommunication networks that use copper wires are now starting to transition to optical fibers.

Compared to copper wires, fiber optics are less expensive. Several miles of fiber optic telecommunication networks can be constructed less expensively than equivalent lengths of copper wires, so companies can save on set-up costs. As a result, business owners are now choosing telecommunication network design installations that incorporate fiber optic splicing.

Fiber optic splicing allows for the installation and configuration of telecommunication networks that have a higher carrying capacity. Optical fibers can be drawn in smaller diameters than copper wires which means that more optical fibers can be bundled into a given diameter allowing more phone lines over the same cable or more channels can come through the cable, without having light signals interfere with fibers in the same cable. So along with maximizing resources, you are also optimizing results.

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

Fiber Optic Splicing – A Practical Investment that Generates Higher ROI - Plymouth, MA

Joseph Coupal - Thursday, July 14, 2016

Fiber optic splicing is being incorporated in many telecommunication networks in Plymouth, MA. There are numerous benefits to incorporating this technology in networks, especially in terms of channel capacity, transmission speed, and information security.

Because of of fiber optic splicing their have been large improvements in networks in regards to how networks function. Many telecommunication network design installations in Massachusetts are using this technique. As a matter of fact, even companies with existing networks are transitioning from copper wires to fiber optics because there are obvious improvements in communications with this change in configuration. Fiber optic splicing is a practical investment that will generate a higher return on investment once installed.

Fiber optic splicing may be a widely used technique nowadays but there are only a few companies around with certified technicians. If your business is planning to invest in a new telecommunication network, then make sure that you consider ElecComm to be assured of the benefits of fiber optic splicing in your telecommunication network.

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

Mechanical VS Fusion Splices – Which Type of Fiber Optic Splicing Is Better? - Plymouth, MA

Joseph Coupal - Monday, April 25, 2016

If you have heard of telecommunication networks in Plymouth, MA, you have probably heard of fiber optic splicing as well. These networks use optical fibers instead of copper wires because of the many advantages. They are spliced together in order to improve the overall reliability, security, capacity, and stability of the networks paving the way for more effective telecommunications.

The two types of fiber optic splicing are used in different applications. The mechanical type is used for applications where splices need to be made very quickly or the expensive equipment required for fusion splices may not be available. This type is also a better alternative where the splice may be less permanent as it allows easy connection and disconnection.

The fusion type is used for the long high data rate lines that are unlikely to be changed once installed. Fusion splices offer a lower level of transmission loss and a high degree of overall performance as compared to the mechanical splices. It also will require the use of expensive equipment for melting or fusing the two ends of the optical fibers together. The equipment provides a computer-controlled alignment of the optical fibers thereby paving the way for a lower level of transmission loss in telecommunication networks.

To find out more about fiber optic splicing in telecommunication networks, contact ElecComm.


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