ENLIST THE MERITS OF A SPECIALIZED STRUCTURED CABLING CONTRACTOR

Structured cabling is an efficient way to streamline and integrate your platforms and systems into a single wired structure. Cost effective installation, consistency, flexibility, and quick, reasonably priced upgrades are among the reasons why more companies and organizations are considering a structured cabling solution. Hiring a skilled and certified contractor is the first step to achieving a high-quality structured cabling system. A professionally structured cabling contractor will be in charge of upgrading, managing, maintaining, and repairing your system, too.

Specialized structured cabling contractors eliminate the need to hire multiple specialists to lay wires, create the system, and do the upgrades or repairs. Reputable structured cabling contractors are well versed in the installation of Cat 6 meeting the needs of your company. Certified contractors are members of BISCI, a professional association that supports the advancements of communication and information technology. Accredited structured cabling contractors have passed rigorous examinations in the industry to prove their skills and knowledge.

Specialized structured cabling contractors are ICC certified master technicians. ICC develops codes and standards to ensure sustainable, affordable, durable, and safe processes and structures. This certification program is the most prestigious, largest, oldest, and most respected in code credentialing in the US. Look for a structured cabling company that is an ICC certified elite installation company, so they have the ability to provide a lifetime or 15-year warranty for new installations.

A specialized structured cabling contractor has the experience and reputation for installing high-quality wiring for your business. You can verify their credibility and experience by talking to their previous clients and by reading reviews and testimonials about their service and their work. Reputable contractors will ensure the security of your business through their structured cabling installation. You can be sure that their work will last at least 10 to 20 years, with the assurance that it can be upgraded to keep up with future technological developments.

When is Fiber Optic Splicing Required?

Instead of using optical fiber connectors, it is possible to simply splice two optical fibers together to form a permanent or relatively permanent link between two fiber optic cables. Fiber splicing results in lower light loss and back reflection compared to the more commonly used method of joining fibers known as termination or connectorization. This makes it the preferred method when cable runs are two long for a single-length cable. Fiber optic cables are manufactured in lengths up to 5 kilometers, which may be insufficient for long cable runs. In addition, to joining cables together to achieve longer connections, splicing may also be needed to restore fiber cables that have been accidentally severed. Fiber optic splices can be performed to create permanent connections or ones that are relatively permanent while there are splices that can be disconnected, spliced cables are not intended for repeated reconnection and disconnection.

There are two methods of fiber optic splicing, namely fusion and mechanical splicing. It is important to look at your long-term goals when considering which technique best fits your performance and economic objectives. Mechanical splicing is typically used as an alignment device. The technique is designed to hold two fiber ends in an aligned position. Precision is key to prevent greater loss as light passes from one fiber to the other. On the other hand, fusion splicing, requires a special splicing machine which precisely aligns the two fiber ends. The glass ends are then fused or welded together by means of an electric or heat arc. This results in a continuous fiber connection that enables very low light transmission loss.

If you wish for more precise alignment, it might be worth it to pay for a professional fiber optic contractor so to ensure hassle-free network accessibility.

Enterprise Benefits of Fiber Optic Installations

One of today’s most popular mediums for fresh cabling installations and existing network upgrades, fiber optic cables are highly recommended for different types of horizontal, backbone, as well as desktop applications. Fiber optic installations offer a great many advantages over traditional copper cabling systems, particularly in enterprise and business environments. The following are only some of the best benefits of fiber optic cabling Installations:

 • Higher bandwidth capabilities. Fiber has a standardized performance capacity of up to 10 Gbps and higher, which means it can provide significantly more bandwidth than copper. More bandwidth equates to greater fidelity in carrying more information compared to copper wire. However fiber speeds, are still dependent upon the type of cable used in the system. Single-mode fiber provides the greatest bandwidth.

 • Greater speed and distances. Fiber optic signals are made of light. This means there is very little loss during transmission, thus enabling data to travel at higher speeds and move between greater distances. Fiber also does not have a 100-meter distance limitation as non-boosted UTP (unshielded twisted pair) copper cables do. Fiber distances, on the other hand, depend on the type of cable, network, and wavelength. Distances can range from 550 meters for 10 Gbps multi mode cables to 40 kilometers for single-mode cables.

 • Better security. Data is also a lot safer with fiber cables because they don’t radiate signals and are extremely difficult to tap. It is also very easy to monitor breaches when tapping occurs because these cables leak light, which also causes the entire system to fail. If so much as an attempt is made to break the security of your fiber system physically, you will know it. Fiber networks also allow you to put all hardware and electronics in a central location, instead of maintaining several wiring closets throughout the building.