The Benefits Of Fiber Optics For Structured Cabling Applications

With an ever-increasing need for high-speed data transfer capability, fiber optics have begun to set the standard for structured cabling applications. Because data can be transmitted at a much more rapid pace through fiber transmission, it is now the norm for many data centers, government agencies, and even small businesses. Rather than relying on standard bandwidth to transmit data signals, fiber allows information to be sent using an optical beam of light. Here are some of the benefits that using fiber optic cabling connections for data can provide.

Ability For Expansion

Fiber comes in multimode or single mode strands depending on the individual need. Each strand of fiber has a connector attached to the end that can be plugged into the main data hub for a varying number of connected lines. Companies who choose a higher numbered strand installation have the opportunity to easily expand their current data center by connecting any excess strands to the hub in the future. This makes adding more workstations much simpler and more streamlined and provides the chance to add additional office space without the need for a complete re-wire.

Greater Security

Traditional coaxial copper cabling emits a magnetic output that can create a hole in network security. Hackers can tap into the leaking signal, providing a serious potential threat to network safety. With fiber optics, the signal is contained directly within the fiber itself, and there are no magnetic fields around it. This means that the signal cannot be transmitted outside of the fiber and no information can be intercepted. It is currently the safest and most secure way to transmit important, confidential data without worrying about the system or network being compromised.

Better Signal Over Long Distances

Fiber optic cable is extremely thin and lightweight, which allows it to transmit a better signal over long distances. It's also easier to install thanks to its flexibility and low-voltage output. The core of fiber optic cable is made of a very thin glass that serves as its own insulator. This means there is no excess shielding required to protect it from outside interference. The result is a much smoother, quicker signal for data to transmit back and forth that can span for several feet or even miles. When it comes to network cabling, fiber optics are certainly the way of the future and provide a stabilized data signal for almost any type of important business network application.