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Fiber Optic Splicing - Which Method to Use? - Wilmington, MA

Joseph Coupal - Friday, April 21, 2017

Telecommunication network design installations now incorporate an important process known as fiber optic splicing. When done right, it can do wonders to the telecommunication network. But not too many know what fiber optic splicing is really about. Understanding the pros and cons of each splicing method is extremely important when making an educated decision about which to use. Here is some useful information to get you started:

Fiber optic splicing in Wilmington, MA can be of two types – fusion splicing and mechanical splicing. When compared, fusion splicing is fast becoming the preferred option for most people in the business. This can be attributed to the fusion splicer machine which precisely aligns two fiber ends before welding them together using an electric arc ensuring an excellent connection between the fibers. This technique can be performed by either fusing one fiber at a time (single fusing) or fusing 12 fibers in a single operation (mass fusing).

Mechanical fiber optic splicing has many noteworthy benefits too. While it does not permanently join two fibers together, the splice precisely holds them together enabling light to pass from one fiber to the other. Because it does not require one to invest in adding a fusion splicing machine to one’s toolkit, mechanical splicing typically costs less upfront than fusion.

To find out more about the two types of fiber optic splicing in telecommunication networks, contact ElecComm.

Mechanical Fiber Optic Splicing Requires Competent Technicians for a Job Done Right - Wilmington, MA

Joseph Coupal - Thursday, May 26, 2016

A lot of telecommunication network design installations now incorporate the science of fiber optic splicing. This method allows for a telecommunication network that has improved working capacity and better transmission of information in any form.

Mechanical fiber optic splicing in Wilmington, MA is a similar procedure to traditional splicing. The difference lies in the actual fusing of the fiber optics in which the cleaved fiber ends are aligned and secured to one another by a specialized connector apparatus. This holds both fiber ends in place and allows light signals to flow freely between them during transmission. This type of fiber optic splicing is actually advantageous in applications where a connect/disconnect capability is required.

Improperly-cut fibers account for a large percentage of data loss experienced in poorly-configured telecommunication networks. In order for this job to be executed correctly, the competencies of technical and infrastructure experts like those at ElecComm are needed. The crew has the education and the experience in design, splice, and installation in addition to networking and testing and auditing as well as emergency restoration and repair.

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

Fiber Optic Splicing Maximizes Light Transmissions in Order to Improve Critical Operations - Wilmington, MA

Joseph Coupal - Tuesday, April 05, 2016

Instead of using optical fiber connectors, it is now possible to perform fiber optic splicing. This is when two optical fibers are spliced together creating a permanent or relatively permanent connection between the two fiber optic cables.

There are many different occasions when fiber optic splicing in Wilmington, MA is needed or helpful. One of the most common would be when a fiber optic cable that is available is not long enough for the required run in an application. In this case, the two fiber optic cables can be spliced together, accurately aligning them to ensure that the level of light transmission is maximized. They are then clamped in place to make a permanent connection. Once the fiber optic splice has been created, the fiber optic splicer then makes an estimate of the loss by directing light through one side and measuring the light that leaks on the other side of the splice making sure that transmission loss is lessened if not absolutely eliminated.

There are a multitude of benefits and advantages of fiber optic splicing. In fact, telecommunication network design installations incorporate this technology in order to improve the clarity, capacity, as well as the speed and security of the telecommunication networks.

For more details about the other applications of fiber optic splicing, contact ElecComm.

Fiber Optic Splicing Helps Improve the Configurations and Connections of Telecommunication Networks - Wilmington, MA

Joseph Coupal - Thursday, November 13, 2014

Instead of using optical fiber connectors, fiber optic splicing is done to create a permanent joint or a relatively permanent connection between two fiber optic cables. While there are some manufacturers who offer fiber splicing that can be separated and then linked again, it is important to note that they are not intended for repeated connection and disconnection.

Fiber optic splicing in Wilmington, MA has a lot of applications. This is often done when the length of the fiber optic cable available is not sufficient for the required run. Splicing two lengths of cable together helps secure a permanent connection and this is the main reason why it is done in structuring and upgrading the configurations of many telecommunication networks now.

The two principal types of fiber optic splices, the fusion and the mechanical, are used in different forms and fields. There may be several ways of implementing them, but they have a common denominator which is to secure crucial transactions by creating a more reliable connection even over long distances. Both methods provide a much lower insertion loss which is why fiber slicing is more convenient to use than fiber connectors.

To find out more about how your business can benefit from fiber optic splicing, contact ElecComm.

Fiber Optic Splicing: More Flexibility on Use and Lower Light Loss - Wilmington, MA

Joseph Coupal - Tuesday, August 05, 2014

Fiber optic splicing in Wilmington, MA has been very vital in the scope of telecommunications and other related networking projects. Telecommunication companies, transportation agencies, and other business ventures alike have come to realize how beneficial it would be to install and maintain a fiber network of their own.

Fiber optic splicing is preferred when joining together two different types of cable or when the cable runs are excessively long for a single length of fiber. With the increase in the information-carrying capacity, fiber optics provide more flexibility on use and lower light loss at a reasonable price. They have become the benchmark for communications cables and are able to function significantly faster than their counterparts, making them the medium of now and the future.

The demand for fiber optic network infrastructures has continued to grow as businessmen and investors position themselves and their organizations for future developmental growth, particularly in matters of communications cabling systems and multimedia exchange transactions. However, this fast-growing demand not only has created the need for more developers and designers but also has resulted to the need for a much better information system to manage and operate the infrastructure.

To know more about fiber optic splicing and communications line construction, contact ElecComm.


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