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When To Use Fiber Optic Cabling in Your Network Installation?

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Fiber optic cabling is often seen as a tricky and novel thing. But do the high download speeds make it worth it? 

Because fiber optic cables are a fairly new thing, many folks may be unaware of the benefits they may provide. Although fiber optic cables are newer than broadband Internet or copper connections, they are quickly becoming the preferred investment for organizations that demand dependable high-speed internet.

We’ll look at tips and tricks for installing fibers at your work environment and if you should make that switch.

What are Fiber Optic Cables?

Copper is a pioneering type of cable that’s still being used – it can come in the form of an ethernet cable (low-voltage cabling) or a coaxial cable. Low-voltage pulses of electricity run through copper wires and turn into binary data interpreted by a computer.

The data in fiber optic wires travels along glass threads as light pulses, which the system interprets. There are a couple of basic subgroups of fiber optic cable – single-mode and multi-mode. Choosing the best one frequently boils down to weighing your needs, hardware and software system, and budget. Fiber optic cables can transfer data at up to 100 gigabits per second with practical and reduced power needs, symmetrical speeds, zero electrical interference, and are corrosion-resistant.

When Does Fiber Optic Cabling Come in Handy?

As the importance of the internet grows for businesses, how do you know when it’s time to make the move to fiber-optic?

When Using Multiple Devices

While copper cables can handle multiple devices in business environments, you need to drain your budget just to reach those required high speeds. Well, high speeds are already built into fiber optic technology. Because data signals travel at the speed of light through hair-width strands and are unaffected by expanding use by other departments, you get that insane speed right out of the gate!

Furthermore, with fiber, you may upload and download at the same speed and have increased bandwidth to which you can add a plethora of laptops, desktop computers, tablets, phones, printers, and more.

When Wanting to Avoid EMI

Fiber optic cables can handle electromagnetic interference. The electrical signals in copper wires create an aura of interference around the cables. If too many cables are near each other, such infrastructure problems can seep into the neighboring cables, interfering with the communication. We call that crosstalk, and it might necessitate costly message retransmissions and possibly present security problems.

Because light transmission in fiber produces no EMI, fiber is safer and calls for less retransmission, resulting in a higher ROI.

Oh, and speaking of security…

When Prioritizing Network Security

Let’s face it: if you deal with highly sensitive data (like financials and health records), sophisticated cybercriminals can intercept your copper connections and compromise your security. With fiber optic cabling, any attempt to break in via the connections will be noticed immediately as your line would go down. The criminals would go empty-handed.

All in all, fiber-optic cables are not easy to tap into because they inherently don’t emit signals that can be tracked.

When Wanting Practicality

Want to save space and better manage your cable system? The strands of fiber optics are incredibly narrow. They are so small that they are millionths of a meter wide. The most frequent fiber optic strand is around the size of human hair. Still, as we’re seeing, they can carry enormous volumes of data at far faster speeds and over much longer distances than their less thin copper equivalents. Fiber optic cables do require protective sheathing, which adds at least two millimeters to their width.

A single conventional category 6 copper cable is about four times that wide and only transports a portion of such data. Fiber takes up less space and is more versatile than other materials (and thus simpler to manage).

There are further benefits to this significant decrease in cabling mass: the freed-up space allows for improved circulation of cooled air in a data center, makes it simpler to access the hardware it’s hooked into, and overall looks much more visually appealing. If you are unsure if your business infrastructure can make a seamless switch to fiber optic cabling that will blend into the environment, consider some proven experts from helpdesk services who help with network cabling.

When Securing Your Future Needs

 wiresWhether you want to grow and add additional users, devices, and locations or not, having extra wires placed once you make the switch to fiber is a cost-effective approach to prepare for future expansion.

Because fiber can carry so much more data than copper, adding wires now will set you up for easy scaling in the coming decades.

The amount of data we consume grows each year, as do the bandwidth requirements. Investing in modern fiber optic cabling infrastructure allows your network to function at future speeds without having to replace the cabling.

A strong multi-fiber backbone in a stable environment will persist for years, if not decades, and will most probably keep handling growing bandwidth requirements. Copper wires, on the other hand, have an average lifespan of slightly more than five years.

Final Word

Adding fiber optic cables to your business allows for faster data speeds and improved efficiency. It has never been more crucial to invest in a network that is future-proof and promotes innovation and growth. There is a wide choice of world-class fiber optic systems available that cover the whole connectivity spectrum. So, when is the best time to switch to fiber optic cabling? The right answer is – today.

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