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Reasons Why Fiber Optic Is the Future

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Fiber optic is being introduced to many regions of the world. This new technology is raising many questions like: will fiber optic take copper’s place or not? Is fiber optic future-proof or not? Is fiber optic the future or not?

There are different opinions about the pros and cons of both fiber optic and copper. However, IT professionals highly recommend fiber optic. So, why do IT professionals recommend this new technology? And how is fiber optic going to take copper’s place in the near future?

Improved Data Security and Protection

Data theft is one of the biggest concerns of both business and home users. Copper did not provide sufficient data security and protection methods; this is a significant reason why copper users, especially, business users, are ready to replace copper with fiber optic. Data security methods, such as end-to-end encryption and several other data security software, offer adequate data protection. Fiber optic also does not radiate signals, which make nearly impossible tap data. Physical data tapping can be easily avoided by installing protective conduit.

Longer Lifespan

Copper, although also has a long lifespan, however, it usually does not meet its lifespan mainly because it is prone to corrosion and overheating that causes significant damage to the cable. Copper uses electric current to transmit data. Therefore, it produces a significant amount of heat. Hence, if copper networks are not equipped with proper cooling systems, the network can melt with the extreme heat. Whereas, copper does not require any cooling system; and with regular maintenance, FTTH usually meets its lifespan.

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Copper Is a Fire Hazard

Copper produces a significant amount of heat that can erupt a fire; this is one of the most significant flaws of copper, which makes it utterly unsafe for crowded places or homes. Copper is prone to overheat, thus it cannot be placed in high-tension lines. Whereas fiber does not produce any significant amount of heat that can become a fire hazard, so it can be placed in high-tension lines that significantly reduce its infrastructure development and fiber optic network installation cost.

Zero Interference

Electromagnetic Interference can highly impact the data transmission quality and signal strength. Copper gathers high volumes of EMI that results in 93% data loss during transmission and significant signal drop. Whereas fiber gathers low to zero EMI that does not only make data transmission more efficient, but due to this reason, fiber optic cables can be placed in high-tension lines. Zero Interference is a significant benefit of fiber optic that makes it future-ready because large packs of data can be transmitted by fiber optic without experiencing any major data loss.

Efficient Performance

Fiber optic networks do not face frequent disconnection, unlike copper. You can also transfer large packs of data at a time because it supports high bandwidth. Even long distance does not affect fiber optic’s efficient performance. It only experiences attenuation loss as low as 0.2 dB/km, which is significantly lower than copper that experiences significant attenuation loss on every kilometer. Fiber optic’s efficient performance makes it future-proof.

pervinder khangura

Author pervinder khangura

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