The world of technology is ever-changing. It is always ebbing and flowing. When it comes to this development, network engineering plays a crucial part. In a world that is becoming increasingly virtual and digital, especially businesses, it is important that organizations have a reliable and fast network. Data manufacturers, network engineers, and data voice solution experts in Dubai and all over the world are constantly trying to create upgraded hardware that will possess an accelerated transmission speed. If this needs to be accomplished, then it is vital that an organization possesses excellent cabling infrastructure. The cabling will be the factor that determines the speed of your network.

In the present world, a fast network is a necessity. No matter how advanced the gadgets, switches, etc are, the speed of the network will always depend on the cabling. On average, the cabling infrastructure is seen to hold up for a span of about ten years, in which 3 generations of active electronic devices can be sustained. In this blog, how the right structured cabling can be chosen for your organization is explained.

What Are the Different Varieties OF Cables That Are Available?

Before finding out what the right cabling for your organization is, it is important to know what are the different types of cables that are suitable for your organization. A structured cabling system will provide a telecommunication infrastructure that is seen to be comprehensive. This cabling system will integrate the various management systems of a building along with the data, voice, and video. There are a wide variety of cables that can be used, however, each of them boils down into one of three categories, they are:

Optic cable

Fiber optic cables are made up of one or more thin, flexible fibers that possess a glass core. This cable can send data over long distances by utilizing light. Since it uses light, there will be no issue or electrical obstruction. These cables are great in places that contain a lot of electrical interference.

Coaxial cable

This type of cable possesses a copper-based transmission medium. This cable was used for computer networks earlier. Coaxial cables are not expensive and are durable, so they were used for computer networks a few decades ago, however, it wasn't designed for computer networks and is no longer used.

Twisted pair cable

This type of cable is the most commonly used one. The transmission medium of this cable is copper. There are several varieties of twisted pair cables. In such an instance, choosing the right one becomes significant. The cable will have a considerable effect on what happens in your organization. Some of the varieties in twisted pair cables are Cat 5e, Cat 6, and Cat 6A. These are the most commonly used varieties as well. Due to their vast features and viability, Cat 7, Cat 7A, and Cat 8 are relatively new introductions to the industry and are rapidly gaining favor.

What Are The Parameters To Choose The Right Cabling Infrastructure?

There are many factors that go into choosing the perfect cabling infrastructure. One of the most important things that need to be considered while choosing cabling infrastructure is if the building your organization is situated in is leased or owned. If the building is leased, then you need to determine the duration of your stay there and the space required to perform the significant functions of your organization. If the building is owned, then what needs to be considered is the speed of the data transfer and the primary uses. CAT6 cabling is frequently the best choice for businesses that own a building and intend to stay there.

Another factor that can be considered while choosing cabling infrastructure is what industry the business is in. The network needs of different industries will vary. If your company is dealing with manufacturing or if it's an automotive industry, then the cabling needs to be industrial grade. Industrial-grade cables will possess an outer sheath that is resistant to hazardous materials and it will prevent electromagnetic interference as well. If there is exposure to extreme environments such as walk-in freezers, then high-grade cables will be required.

It is important to be futuristic while deciding the right cabling infrastructure for your company. Since technology is developing every single day, the future will require much more accelerated data speeds than today. It will prove to be difficult to replace cabling in places like under the ducts, inside the walls, underneath the floor, etc. so it is crucial that the best cabling available should be installed as well. It is generally recommended to use cables such as Cat 6. Cat 7 and higher. Network cabling infrastructure will have the ability to make or break your business. Going forward, nothing will be able to exist independently of technology, so it is vital that your organization has good network cabling that can survive for an average of ten years and sustain more than generations of electronic gadgets. When it comes to cabling, make sure that you do what's best for the performance and productivity of your company.

FAQ

1. What cable would be best if the conference room is constantly used and consistently high-speed internet is required?

If the conference room is constantly used, at the very least a Cat 6 or higher will be generally recommended.

2. What kind of cabling infrastructure is required for a manufacturing company?

When it comes to manufacturing companies, it is best to use cables that are industrial-grade. These cables will have a tough outer sheath that will be resistant to harsh chemicals and will protect the cables from electromagnetic interference.

3. What should be considered while choosing cabling infrastructure if the building is leased?

If the building is leased, then it is important to consider how long your organization plans to stay there and how much space will be required for the organization to perform its substantial functions.

4. How long is a cabling infrastructure expected to last after installation on average?

On average, cabling is observed to last for about ten years and sustain at least 3 generations of active electronic gadgets.