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The invention of fiber optic cables have transformed data transmission and aided internet firms in providing high-speed data. Further, the reliability and performance offered by fibre optic cable are the prime reasons for firms opting for the same.
Internet outages can be detrimental to any business. Clients opt for those ISPs who can provide reliable services with persistent performance. The Copper of Coax cables and obsolete support systems will hamper the connectivity many a time. Any disruption on the internet will cost money and hence result in loss or reduction in profit.
Optical fibre cable would ensure a constant connection that doesnt interrupt often. Each client will have a dedicated line reducing the possibilities of an outage, aiding the firm to provide optimal services. Moreover, a copper cable can turn defective during adverse climatic conditions, including wind and rain. Moisture ingress can impact data transmission and affect the services. No climatic conditions or high temperature will affect the fibre cable. Therefore, the entities that have fibre networks need not be concerned during those conditions.
In this fast-paced world, everyone wants a quick response in every field. Let it be sending files over the internet, searching for things in the digital world, or researching a particular subject, everything needs to be in perfect pace. Since fibre optic cables function based on optics or light, the data speed is also higher than other traditional cables. It can reach up to 100 Gbps of speed, although that much speed may not be necessary presently.
Fibre networks are cost-effective compared to copper cables. The companies have to use copper cables of bigger sizes if they want to increase the data transmission speed. Even though the cables are a bit costlier than copper ones, the additional positive aspects make it advantageous to opt for the same.
Also Read: Advantages of Fiber Optic Cables over Copper Cables
The fibre network is lightweight and thin, requiring only a limited space. Made of non-corrosive material, these thin cables are strong enough to withstand tensile stress if required. Besides, an easy and quick installation process saving both money and time.
The optical fibre cables are scalable. The number of clients, service needs, and bandwidth requirements may increase with time. The most important factor about fibre optic cables is that the requirements can be met without additional infrastructure or equipment. Consider the case of a DSL system or any other technology. The speed of the internet will be reduced with escalated load or number of clients. Further, even if additional equipment is installed, it will not offer a speed of more than (approx.) 200 Mbps.
Furthermore, the fibre optic network does not require additional maintenance to prevent moisture ingress or extra monitoring during adverse climatic conditions. Offering high durability, the cables will function perfectly during the entire period, without any issues.
Safety and security are of utmost concern to the entities. Companies in the cyber world spent exorbitantly to prevent any intrusion and activities by miscreants. Hackers and anti-social elements can use the less secured copper cables to tap into the system and extract data about the firm. This is another area, where fibre cable has supreme characteristics. It is more difficult and complicated to tap optical fibre than copper as well as electrical cables. Hence, more of the firms operating in the cyber world rely on optical fibre.
In addition to the above-mentioned reasons, broken or defective copper or electrical wiring can cause a fire. It may result in greater damage if not found and replaced at the right time. Optical fibre has attained popularity owing to the advantages it offers. The firms around the world that provide exclusive services to customers, ISPs, and other entities are switching over to fibre optic cables. It has transformed the data transmission scenario and made high-speed internet a normal thing.
Norden Communication endeavours to manufacture and distribute quality-proven components that withstand adversities and perform optimally for an exceptional period. We have a specialist team of Quality Assurance experts to inspect the products and make sure that each one meets the laid down quality guidelines. Are you looking to replace the copper cable with a fibre network? Let us help you. Talk to us now.
The global fiber optic cable market is projected to reach 10.57 billion USD by . In this modern day, armored fiber optic cables have become more popular thanks to their added layer of protection. Theyre designed to be more durable and resistant to external damage compared to regular fiber optic cables.
The armor provides an extra layer of protection for the delicate fiber optic strands. It ensures that the cable can continue to function properly even in harsh conditions. You can use these cables where durability and protection are important.
Below are common technical applications of an armored fiber optic cable.
Armored fiber optic cable is often used in military and defense applications. Its due to its ability to withstand harsh environmental conditions and physical damage.
The armored design of these cables makes them resistant to damage from explosive blasts and other forms of physical attack. They can also endure extreme temperatures and high levels of moisture. This can help maintain reliable communication in combat.
These cables are also designed with tamper-resistant connectors and splices that prevent unauthorized access to the communications signals they carry.
It can help protect sensitive information and prevent sabotage of communication systems. As a result, the team can get secure, high-speed communication links between locations.
Underground systems and utility networks also benefit from armored fiber optic cables. These fiber optic cables feature an armor suitable for underground applications.
The armor is typically made from a material such as steel or aluminum. This provides a durable outer layer that protects the delicate fiber optic strands. It also offers added protection against damage from soil movements. These include digging or construction work.
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The armored design allows cables to withstand the temperature fluctuations and underground pressure. It makes the cables ideal for use in long-distance communication network.
Factories and power plants are another ideal spot to use an armored fiber optic cable. They can withstand extreme temperatures, chemical exposure, and mechanical stress.
For industrial applications, armored fiber optic cables are often used on Ethernet networks. They help connect sensors and actuators to the wider network. You can also use it on other industrial devices like programmable logic controllers (PLCs).
This allows for the rapid transmission of data and control signals. As a result, it enhances real-time monitoring and control of complex industrial processes. It can also help enable remote access and maintenance of industrial equipment.
If your industrial environment faces electromagnetic interference, armored fiber optic cables are ideal. Their armored casing protects against EMI.
In marine environments, an armored fiber optic cable is often used to connect offshore oil and gas platforms. It can also connect offshore wind farms and other marine structures. Theyre engineered to withstand harsh marine conditions.
These cables are usually made of a durable outer jacket that is resistant to water, salt, and other corrosive agents. They may also have an extra layer of armor to provide protection against mechanical damage and rough marine conditions.
The defense against damage helps ensure that the cables continue to function properly. This is important for maintaining reliable communication and data transmission in underwater networks.
Aerial applications of armored fiber optics can be used on overhead structures, such as utility poles or streetlights. Apart from its protective armor, the armored fiber optic cable also has extra layers of protection, such as a waterproof outer jacket and a strength member.
This enhances its durability and resistance to damage. It can be well-suited for aerial installations where the cable may be exposed to adverse conditions.
It offers protection from physical damage, such as from wind, ice, and debris. In addition, armored fiber optic cable is often more resistant to the effects of UV light and moisture. As a result, it can help to ensure the reliability and longevity of your fiber optic network in aerial installations.
Armored fiber optic cable offers several advantages over traditional non-armored cable. Some of the main benefits include:
Armored fiber optics are more difficult to tamper with compared to standard ones. It makes it a suitable option for critical or high-security applications.
Armored fiber optic cable is typically made with higher-quality fibers and construction. It can support higher bandwidths and data transfer rates.
Despite its sturdiness, armored fiber optic cable can still be bent to a certain degree. It makes them suitable for installations in tight or challenging spaces.
Armored fiber optic cable is designed to withstand harsh environmental conditions such as extreme temperatures.
The armored layer of the cable can help to reduce the effects of external interference on the signal. This improves signal quality and reliability.
Armored fiber optic cables are easy to install. You can use the same techniques and equipment as standard fiber optic cable. As a result, it is cost-effective and efficient for most applications.
Because armored fiber optic cable is typically made with higher-quality fibers and construction, it can support higher bandwidths and data transfer rates.
Data demands continue to increase. Armored fiber optic cable can provide the performance and capacity to support future data requirements. This makes it a good long-term investment.
Armored fiber optic cable is ideal for military and defense, marine, aerial, and underground applications.
If you are looking for a fiber optic manufacturer, look no further than TiniFiber. We offer optic cables with unrivaled strength and resilience. Get in touch with us to request an armored fiber quote today.
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