Stimuli Sight & Sound LLC

Network Cabling Overview, Types and Importance

Network Cabling: Overview

The cabling in any network is among its most important elements. With a network of cables, equipment, including PCs, servers, switches, and routers, are connected to one another. 

We at Stimuli Sight and Sound understand that network cabling isn’t the most exciting thing to learn about. However, network cabling installation can make or break your technology investment. 

The options, significance, advantages, and installation costs of network cabling will all be covered in detail in this blog post. These should help you utilize network cabling services to their full potential.

What Is Network Cabling?

Computers, switches, routers, and storage area networks are just a few examples of the various technological platforms that employ network cables to connect and transfer data.

Network cables have advanced as much as other technologies over the past years. They can now send gigabytes of data rather than just megabytes and are significantly faster and safer.

These cables effectively serve as carriers for thousands of data packets as they move from one network device to another because they have the capacity to carry data quickly and across large distances.

Types Of Network Cabling

When enterprise network administrators use new technologies, choosing the right kind of network and ethernet cabling can have a significant impact on a variety of business operations. 

The size, configuration, and topology of a network all influence the kind of cable that should be utilized. The infrastructure of a network is supported by several types of network cables.

One of the most important elements of networking across numerous industries is the kind of network cable utilized in a network infrastructure.

  • Coaxial Cable

When it comes to network cabling installation, coaxial cable is a popular choice for commercial network cabling services

According to the report by, the global market for coaxial cable is expected to grow from $6.7 billion in 2020 to $7.9 billion by 2025, with a CAGR (compound annual growth rate) of 3.3%.

Cable television networks and internet service providers frequently use coaxial cable because it is ideal for high-frequency transmission.

The low signal loss of coaxial cable allows for the high-quality transmission of signals across vast distances. Coaxial cable is perfect for outdoor applications since it is more resistant to outdoor elements.

  • Fiber Optic Cable

Internet service providers, telecommunications firms, and data centers frequently choose fiber optic cable because it is perfect for data transmission over long distances and at high speeds. 

It is immune to electromagnetic interference, which makes it perfect for usage in locations with heavy interference, such as industrial settings.

Using fiber optic cable has a number of advantages, including:

  • It has a substantially higher data transmission rate than conventional copper-based cabling.
  • It can transport data over a long distance without losing quality.
  • It is more dependable than conventional cabling because it is more resistant to interference and damage.
  • It is more secure for sending sensitive data since it is harder to hack than conventional copper-based wiring.
  • Shielded Twisted Pair (STP) Cable

In high-interference contexts like factories, hospitals, and airports, STP cable is the best choice. Also, it is a well-liked option for data centers and other high-speed networks that need dependable and secure data transmission.

STP offers the following benefits: 

  • STP cable is more dependable than UTP cable and less prone to signal deterioration.
  • STP cables’ shield adds an extra degree of defence against hacking and tapping than UTP cable does.
  • Unshielded Twisted Pair (UTP) Cable

In settings with a low danger of interference, such as homes and small businesses. UTP is frequently utilized by home network cabling services. Moreover, ethernet networks frequently choose it.

The advantages of UTP cable include the following:

  • It is a desirable option for smaller networks with less demanding bandwidth.
  • It can be installed more easily in confined locations since it is more flexible.
  • It is simple to terminate and doesn’t call for any specialized tools or equipment.

Why Is Network Cabling Important?

According to one study by the Ponemon Institute, network downtime costs businesses an average of $5,600 per minute.

You can lessen the chances of downtime and avoid these expenditures with a dependable network cabling infrastructure. A well-designed cabling system can also aid in enhancing network performance and speed, which can boost output and save time.

Benefits Of Setting Up An Optimized Cabling Infrastructure

  • Simplicity

Network management and troubleshooting are made easier by a well-organized cabling system.

  • Future Proof Investment

It’s an investment that can adapt to today’s rapidly changing technological environment. It is simpler and less expensive to upgrade your cabling infrastructure than to completely replace your current system.

  • Cost-effective

The amount of time, labor, and money needed for maintenance and troubleshooting can be decreased with well-planned cabling infrastructure. This saves money by lowering the future need for pricey upgrades and replacements.

  • Enhanced Flexibility

A business or family can adapt to changes and expansion with an optimized cabling system.

  • Reduced Risk Of Downtime

By offering a steady and dependable network connection, a well-organized and optimized network cabling architecture lowers the chance of downtime.

What Is The Cost Of  A Network Cabling Install?

Depending on the size of the network, the kind of cable, and the complexity of the installation, network cabling installation costs can vary. If the installation needs special equipment, considerable cabling, or if the setup is complicated, the cost could increase.

According to Network Drops, a firm that specializes in network cabling, the average cost of installing network cabling ranges from $500 to $5,000. 

How Long Will Cabling Last?

The cabling’s quality, the method of installation, and the level of maintenance all affect how long network cabling will last. Up to 15 years can pass between installation and required maintenance of network cabling.

Choosing The Right Kind Of Network Cabling.

Choosing the right kind of network cabling depends on network requirements, the environment, and the budget. 

Coaxial cable is ideal for cable television networks, while fiber optic cable is most suitable for high-speed internet connections. 

Shielded twisted pair (STP) cable is ideal for areas with high electromagnetic interference, while unshielded twisted pair (UTP) cable is suitable for homes and small offices.

With the various types of cabling available, it is important to choose the right one for your specific needs because there are a variety of options, each with its pros and cons.

By selecting the right cabling and setting up an optimized infrastructure, you can enjoy numerous benefits, such as reduced downtime, enhanced flexibility, and cost-effectiveness.

If you’re in the Dover, New Hampshire or the New England Seacoast area and are looking for reliable and high-quality network cabling installation services. Stimuli Sight and Sound is a perfect choice. As a trusted network cabling installation company with years of experience, we offer a range of network cabling services near you.

Our team is dedicated to provide the best services at affordable prices, making us the go-to choice for network cabling installation in Dover and the surrounding areas. 

Contact us today and learn more about our services and get started with your network cabling installation project.

Christopher Andrews

Christopher Andrews

Owner @ Stimuli Sight & Sound LLC

Chris has expertise in designing, installing, and maintaining audio and video systems in residential or commercial settings. He is knowledgeable about various types of equipment, including speakers, amplifiers, receivers, televisions, projectors, screens, and cabling.