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What Is Structured Cabling?

What Is Structured Cabling

A structured cable system is a network of standardized smaller elements that is used in buildings or campuses for telecommunications. By using structured cabling, you can create a comprehensive and well-organized telecommunication infrastructure that can transmit voice, video, alarms, information, and signals to and from companies, organizations, and government institutions. A structured cable network is much more reliable & secure than a wireless network, primarily due to its security & robustness.

By properly planning and installing the cabling system, you can ensure that the cabling system will deliver predictable performance, be flexible enough to accommodate changes, additions, and moves, maximize system availability, provide redundancy, and be future-proof.

 You will have a better understanding of structured cabling after reading this definition.

Structured Cabling systems

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Why Use Structured Cabling?

By eliminating the jungle of wires and enabling high data rates, structured cabling systems are superior to point-to-point cabling. The infrastructure of communication relies heavily on it. Below are some benefits to consider:

 

Cost effective – Structured cabling is a cost-effective system that is organized and simple. Reducing power and maintenance costs, as well as avoiding the need for costly repairs, is a benefit of this system.

Reducing the risk of downtime –Managing multiple, unorganized cabling structures reduces the risk of downtime. Mistakes such as these can disrupt the flow of data and cause network downtime. It’s easy to identify and organize structured cabling, which can reduce downtime risk.

Time-saving – Structured cabling is versatile and can accommodate moves, additions, and changes easily.

Easy to Manage–The best way to implement structured cabling systems in your workplace is with the help of structured cabling systems, which are extremely well organised, easy to use, and most effective. Managing and maintaining structured cabling systems is easy, and it is a one-time investment that pays off in the long run.

Adaptability–In terms of adaptability and high growth potential, structured cabling systems are built for maximum flexibility. A high bandwidth can generally be supported by these kinds of systems. You don’t need to worry about video conferencing or high-volume calls, it can handle all your current functions with limited interruptions, & you can add more.

Support Application and Equipment– Structured cabling is becoming a valuable asset with the latest technologies that make what was once a bit cumbersome, confusing, and an ugly eyesore into a valuable asset.

Previously, moving, adding, and making changes was extremely time-consuming. Your company can easily add applications such as video conferencing, audio-video enhancements, or VoIP systems when its growth is rapid.

Adaptable to the changing needs of companies, modern structured cabling systems are highly scalable. It is easy and inexpensive to include new gadgets and technologies. Business networks can be future-proofed against bandwidth headaches with a fiber structured cabling system.

 

Enhanced Flexibility–This flexibility is enhanced by the fact that a structured cabling system can adapt quickly and easily to new changes, additions, or moves. Improved performance leads to enhanced business growth for your company. In addition, the installation process takes less time and is more adaptable to network infrastructure changes, making it easier to move to a new office.

 

An Investment for the Future– Fiber structured cabling systems have eyes toward the future – While common cabling systems are primarily aimed at current business operations, fiber structured cabling systems provide a future-oriented solution. As a result, fiber structured cabling systems are unique. Moreover, the system has a high bandwidth that will make it easier for you to support your company’s growth.

Commercial phone systems are not as important as how they are installed in modern businesses. The purpose of choosing structured cabling is to ensure that the system can be easily adjusted to any change in the business environment.

Keeping old clients and attracting new ones is every organization’s top priority. By installing structured cabling for data and voice, you can communicate instantly and continuously with all your consumers. It is definitely a project for the future if a structured cabling system has the potential to attract new clients and customers.

 

Supports Multiple Systems and Applications– In an ideal business environment, fiber structured cabling works with other systems and applications. There are many businesses today that operate from multiple locations, so holding meetings in such a setting is rather challenging.

Business owners can simplify the complexity caused by multiple locations by adopting structured cabling systems. With this system, you can hold business meetings remotely using VoIP software.

Aside from the famous VoIP software, structured cabling systems can be used to connect security cameras. A surveillance cabling system will enable you to monitor the various activities of your company from anywhere.

 

Cybersecurity– Despite the fact that new technologies make company operations more efficient and manageable, they can also complicate things. There is the possibility of systems being corrupted and resources being directed to other errands. Structured cabling systems cannot encounter such circumstances.

Security features and functionalities of the structured cabling system are available only to authorized users. Cybersecurity problems in your company will be eliminated with such systems in place.

 

Better Communication–Businesses today use commercial phone systems to streamline their communication networks. It is possible for companies to interconnect without spending large sums of money. It is also much better to use hosted phone systems.

 

Keeps Your Business Neat and Tidy– A structure cabling system has the untapped advantage of keeping a company’s image clean. Neither you nor your employees will appreciate a snake’s nest of Ethernet cables, phone cords, and coaxial cables crawling all over your workspace, hanging out on the walls, or slithering along the ceilings. It saves your company a lot of time & money to be able to upgrade your telecommunications system without overhauling your existing cabling technology. 

Furthermore, transferring your cabling system technology and reinstalling your network infrastructure is much more feasible than relocating a complex, outdated cabling system when your business grows.

Six Subsystems of a Structured Cabling System

Structured cabling systems generally consist of six key subsystems:

Entrance facility

There are a number of items that make up the entrance facility, such as the network demarcation point, cables, protection devices, connecting hardware, and other devices that connect to the customer’s on-premises cabling.

Equipment room.

It is a centralized location where equipment and wiring are consolidated. Buildings or campuses typically use it for internal users.

Telecommunications room or enclosure

It is recommended to have an enclosed telecommunications room or enclosure. In this unit, telecommunications equipment, cable terminations, cross connections, and distribution frames are housed.

A telecommunications enclosure or room is generally present in every building. Depending on the size of the service area, the size of the telecommunications room or enclosure may vary.

Backbone cabling

Vertical cabling, or wring, is the backbone cabling. There are interconnections between entrance facilities, telecommunication rooms, and equipment rooms. It is common to run cabling between floors or even between buildings. Cables connecting the equipment should not exceed 30 meters. For backbone cabling, fiber optic cable, coaxial cable, UTP cable, and STP cable are all acceptable.

Horizontal cabling

It refers to the cabling that connects the telecommunications room (TR) or the telecommunications enclosure (TE) to the vertical cross-connect in the work area. TRs or TEs contain telecommunications outlets, optional consolidation points, horizontal cables, and mechanical terminations, patch cables, or jumpers. There are usually two types of wiring for this kind of installation: above the ceiling and below the floor. For horizontal cabling, both Ethernet and fiber optic cables are usually used.

Work Area

End-user equipment is connected to communication outlets using work-area components. Components of the work area are also known as cable components, including patch cables, communication outlets, and station equipment.

Types Of Structured Cables

All of the different types of cable on the market can overwhelm even those in the tech industry. Every type of cable has applications within which it works best, and situations in which an alternative would be more appropriate. A professional cabling company like CTS Cabling will be able to help you figure out what type of cable you will need, but here are some cable facts for you to consider.

Copper Cabling

In telecommunications, copper cabling is one of the most widely used types of cable. Among its benefits is its relatively low cost of purchase and installation. The copper cabling will allow you to power your devices using Ethernet, saving you money and ensuring you’ll still be able to use them even if you lose conventional power. Currently, copper cabling is one of the industry’s major standards, so devices that work with it do not require adaptation.

Fiber Network Cable

The popularity of fiber network cable is on the rise. In general, it is more expensive than copper, but over a lifetime it can be more cost-effective due to the fact that it requires less maintenance and upkeep.

The fiber network cable is lightweight, resilient, and has a high bandwidth. Security is also a major benefit of this type of cable.

Considerations for Plenum Cable Usage

A plenum cable provides air circulation for heating and cooling systems in the plenum space of a building. Fire safety standards must be met by every plenum cable.

Make sure your copper or fiber network cable meets all plenum cable standards if you plan to use it!

If you need plenum cable or want to install network cabling elsewhere in your home or business, we can help

Tips for Structured Cabling Installation

Keep these tips in mind when installing structured cabling:

  • A structured cabling design should be done before the installation. A good cabling solution should consider airflow and cooling, as well as the cabling patch ways to be used.
  • Cat5e/6 cables, fiber optic cables, fiber patch panels, copper patch panels, network switches are among the devices used in structured cabling. Different devices can be selected flexibly according to your needs.
  • When installing cables, don’t bend them beyond the bend radius specified. By defining the bend radius, we can determine how strong the data signal will be.
  • By utilizing fiber raceways. It ensures the validity of cabling and reduces congestion in termination panels.

Conclusion

In structured cabling, cabling is organized by providing a standardized approach. An effective structured cabling solution can influence data transmission speed, network performance, power consumption, and cost, among other factors. For your structured cabling solution, Al-Mazrooei offers fiber patch cables, Ethernet patch panels, and rack mount enclosures.

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Network Cabling,Structured Cabling
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