Telecommunication and data systems work on structured cabling or low-voltage wiring. It’s the foundation for technology infrastructure and a powerful tool to help businesses grow.
Versatility
Modern communications systems need efficient low-voltage cable networks, whether a new point-of-sale system, wireless networking, or a new audio-visual capability. But, many still need to learn what is low voltage cabling. The low-voltage wires that run a business’s technology network are extremely versatile. They can transmit various signals, including data, audio, and video. They can be used to connect computer networks, security systems, building automation, lighting control, and more. When properly installed, this wiring can provide a reliable network that supports today’s technologies and accommodates future upgrades. Low-voltage cables are easy to scale and expand when necessary. This allows a company to grow without disrupting existing technology or replacing the entire network.
Low-voltage wiring is a critical part of any company’s infrastructure. Choosing an experienced and professional partner who understands cabling logistics is important to ensure the system can handle both present and future technology infrastructure needs. A well-designed cabling system will include a structured media enclosure, patch panel, and other termination points. Depending on the specific technology infrastructure needs, various low-voltage wires are available, including unshielded twisted pair (UTP), CAT 6, and fiber optic cable. While wireless networks are getting faster every year, they still can’t compete with the speed and coverage offered by low-voltage wires. In addition, they are more energy efficient than electrical wiring and offer greater safety by not producing more than 50V.
Energy Efficiency
The wires in a low-voltage cabling system transfer data. They also power devices that must be operational, such as VoIP telephones or systems that deliver video programming over cable television. These devices are often located in spaces without access to traditional electrical outlets. This is where Power Over Ethernet (POE) cables come in handy. This technology sends data and power over unshielded twisted pair (UTP) cabling, usually CAT5 or CAT6. These cable types have more twists per centimeter than their predecessors, supporting higher data transmission rates and limiting crosstalk and system noise.
The high-speed connectivity of low-voltage wiring enables businesses to utilize various technological advancements. These include smart building technologies, IoT integration, and electrification of transportation systems. This trend has increased demand for solutions that optimize energy usage and reduce power waste. Additionally, using low-voltage wiring enables companies to comply with environmental and safety standards. This is particularly important in regulated industries where compliance is non-negotiable. A properly low-voltage wiring infrastructure is essential for this compliance. For instance, it can ensure that a business’s emergency communications are running in case of an outage. It can also help prevent costly damage to sensitive equipment in an accident.
Safety
Telecommunications cabling (also known as Structured Cabling, Data/Voice Wiring, Low Voltage Wiring, TIA-568, or simply “Structured Cable”) is the wire that connects phones, LAN, automation networks, and video/audio devices in most modern buildings. It typically carries data and telephone signals on unshielded twisted-pair cables designed for a specific purpose, such as Cat5e, which supports up to 1,000 Megabits at 350 Hz bandwidth.
While the electrical current through telecommunications wiring is lower than what could be found in traditional power cables, it is still strong enough to cause shocks that can result in severe injury or death. For this reason, it’s crucial to work with a partner specializing in low-voltage wiring. The versatility of low-voltage wiring makes it a great choice for businesses. Modern companies rely on various communication technologies to keep in touch with customers, employees, and suppliers. From teleconferencing platforms to audio-visual equipment in conference rooms, they all require some form of low-voltage wiring. In addition to ensuring that your technology works properly, low-voltage wiring can be easily upgraded as your company grows. This allows you to quickly and economically add new workstations or devices without modifying your building’s existing electrical wiring. However, working with a skilled partner who understands how to properly plan and implement a structured cabling system to minimize safety risks is important.
Scalability
When compared to high voltage wiring, which uses up to 500,000 volts and is suitable for items like lighting systems, low voltage wiring utilizes 50 volts or less. It creates a pathway for many digital technology systems to connect and share data, including telephones, Wi-Fi networks, intercoms, etc. Several cable types fall under low-voltage wiring, but the most common include twisted pair cables and coaxial cables.
In addition to being versatile, low-voltage cabling is easy to scale and expand when properly planned. This is important because it means adding new wires and switches without modifying electrical wiring. For example, add wires and switches to the existing network to hire more employees. Telecommunication communication systems are a critical component of any modern business or workplace. They can provide various residential and commercial property services, including telephones, cable TV, internet, and intercoms. For all of these systems to work effectively, they must be connected through a structured cabling system. This type of low-voltage cabling is energy efficient, safe to use, and easy to scale and expand. It is the ideal solution for any business looking to upgrade or re-design their existing communications system.
