Optical fiber cable laid in the ground may benefit significantly from the high flow capacity of these conduits (OFC). They are use to apply and protect the outdoor fiber cable underground and serve as conduits for the optical cables. To safeguard the fragile and suscept cable within, these pipe and duct fiber optic cables are made of high-density polyethylene, which has excellent resistan to stresse beneath the earth’s surface and is so strong that it can withstand impact and crush.
Red, blue, green, orange, brown, and gray are popular colors in producing PLB ducts. However, these pipe are made in a variety of colors and sizes. Additionall these pipe may be made in various diameter base on their intende use and demand. Moreover, these pipe may be custom-made to meet the client’s needs, which is a nice perk for customers.
Inside, there is a very low coefficient of friction, making it simple to enter wires and cable via the PLB type (permanently lubricated), and aerial fiber cable has a smooth finish. As the frictionless nature aids the install in cover a more extensive area in less time, this attribute is crucial. Because of the sensitive, fragile, and delicate nature of the wires and cables that a Fiber Duct Pipe is designe to transport, the pipe must be solid and resistant to the elements. A fiber duct pipe’s high-temperature resistance is critical since it is one of several external factors that may alter what’s within the pipe.
The goal of engineers and other professionals is to develop more flexible and reliable wire cables. Wires or cables are essential accessories that connect various appliances.
Distributors of multi conductor cables use different methods to satisfy the demands of customers. As a result, there are many types of multi conductor lines.
The optical fiber cable was developed in the late 1950s due to high demand in the aerospace industry. This blog will discuss some of the other advantages of flat wire cable.
Reliability-
Flat wires are simple cables where conductors are joined parallel to each other, reducing the number of problems during soldering or wiring. This makes flat wires reliable.
Flexibility-
Flexibility is an essential requirement for any application that requires motion. The applications include axis-control construction machines, automated medical diagnostic equipment, and robotics. If simple wires are bent more than regularly, conductors may fail. But flat cables are very flexible and provide 15-million flex cycle life.
Space-
If we compare the flat wire with round wires, the flat wire occupies half the space that round wires occupy. The absence of additional insulation, fillers, and tapes reduces the bulk and physical weight of flat cables.
High electrical characteristics-
A flat wire has a fixed geometry and spacing among the conductors, so its electrical characteristics, including capacitance, delay, attenuation, impedance, cross talk, and inductance, are constant.
Ease of handling-
Compared to the round wire, flat wire is easy to fold and bend, fits the mounting area, and can be easily attached with clamps, adhesives, or double-sided tape, eliminating installation and lacing difficulties. A circuit diagram dictates code interpretation, detection, and coding by determining where the conductor is visible and within a specific dielectric region.
Wires do not need to be flat, but flat cables have several characteristics to solve several design challenges. If you would like to buy any wire, please get in touch with us.
The company is a leading distributor of optical fiber cables and G652 fiber cables operating worldwide, and more information is available at www.jxlcommunication.com.
Contact Us:
Business Name:Guangdong Huaxin Optical Cable Co., Ltd. Country/Region :China Street Address:No. 29 Hecang Road, Houjie Village, Houjie Town City:Dongguan State:Guangdong Postal Code:523071 Phone No:+86 17820569690 Email Address:Sales01@jxlfibercable.com Website:https://www.jxlcommunication.com/
An optical fiber or fiber optic cable is a flexible, transparent glass fiber, which is used to transmit light between two ends of the aerial fiber cable.
In addition, this helps find wide use in fiber-optic communications, as they can transmit at a higher bandwidth (data rate) than conventional wire cables. Should I use optical fiber cables in my network? What are the advantages of optical fiber?
Advantages of Optical Fiber Cable
Bandwidth
Fiber optic cables offer much greater bandwidth than metal cables. However, the amount of information transmitted per unit time of fiber over other transmission media is its most significant advantage.
High Speed
Due to fiber optics using light instead of electrons, fiber optic cables transmit data much faster than copper wires can do. Fiber optic connections can range from 5Mbps to 100Gbps. A fiber optic cable can also enable “symmetric speed,” which means the upload and download speeds are the same. As a result, you will not be restricted by a slow Internet connection.
Low Power Loss
As an optical fiber has low power loss, it allows for longer transmission distances. Compared to copper, the longest recommended distance for copper is 100m, while it is 2km with thread.
Interference
It can also be run in electrically noisy areas without worry since fiber optic cables are immune to electromagnetic interference, and electrical noise will not affect their performance.
Size
The cross-sectional area of a fiber optic cable is 30 times smaller than that of a copper cable. As a result, fiber optic cables have nearly 4.5 times as much capacity as copper cables.
Weight
Fiber cables are much thinner and lighter than metal wires. As a result, they also occupy less space with the same amount of capacity. In addition, the lighter weight makes fiber easier to install.
High Signal Strength and Low Attenuation
The Internet signal degrades with broadband Internet or Copper as the user moves away from the central switch. Single mode Fiber cables have low attenuation or reduction of signal strength. Therefore, repeaters can be added every 50 km-100 km on Single mode Fiber, compared with every 5 km on copper cables.
Because of this, Internet speed, reliability, and access can maintain. Any ample space needs to have such a system to maintain Internet speed, reliability, and accessibility.
Security
Since fibers do not emit electromagnetic energy, their emissions cannot be intercepted. Tapping a fiber requires great skill to do undetected; fiber is the most secure medium available for carrying sensitive data.
Flexibility
Copper and steel fibers of the same diameter do not possess the same tensile strength as optical fibers. However, it is flexible, bends easily, and resists most corrosive elements that attack copper cable.
Cost
Glass can be made more cheaply than copper because the raw materials are plentiful.
Conclusion
Fiber optic cable has both advantages and disadvantages, but in the long run, it will replace copper. In today’s networks, fiber optic cable has become more popular and is widely used. JXL communication, a leading fiber cable wholesale, offers all kinds of optical fiber cables at low prices and high quality.
