Network Cable Connectors Come in Many Forms for Different Networks

Professionals associate with network connection are familiar with a common term referred as network patch cable that mainly helps in setting up connections for almost every type of networking applications. network cable commonly refers to 8-wire cable comprises of four twisted wire pairs and comes in combination with connectors of RJ45 at its both ends. In addition, such cables come in different types, about which you will get overview from the article.

Fiber Patch and Twisted Pair Cables

Today, an individual may found both twisted-pair and patch cable connectors in the market. Fiber patch cable mostly uses fiber optic materials and connectors at its two different ends. These cords perform their functions in well manner for connecting two different types of network devices together. Main role of this cable is to pass or distribute the data in simple and in easy manner.

Common Cables

Individuals will come across few of the common cables network available in the big market; two of them are Cat5e and Cat5. In addition, people will also found difference among such cables. During the recent few years, network operators have also witnessed the launch of Cat6 category of cables, which comes with the range of 1,000 meters.

Ethernet Cables

Ethernet cable is also a type of cable used in communication network that mainly connects Ethernet devices. However, you may also use this specific type of cable in some other applications related to telecommunication process. One such example is ATM system that operates by using high-speed of technologies demanding for cables to support their requirements.

Unshielded and Shielded Networks

Depending upon the type of connection required in a network, professionals choose to use either unshielded or shielded networks. Most common type of unshielded network is UTP i.e. Unshielded Twisted Pair, while other applications require usage of shielded networks for providing support to the connection. Shielding type of connection help in reducing outside EMI i.e. Electro Magnetic Interference, which may cause crashing of any data connection.

Solid and Strand Types of Cables

Lastly, individuals may find solid and stranded types of network cable connectors in the market. Cables with stranded format mainly come with wires of small gauge and mark each among the 8 different internal wires. On the other side, solid cables consist of a single solid wire that serves as the core for each of the available individual wires, while those individual wires form twister wire pairs.

In conclusion, selection of cable connectors is solely dependent on the type of network. Hence, one has to do the proper research work, so that the chosen network allows for smooth data transfer process.

Various Methods to Achieve the Best Fiber Cable Management System

Service providers have recently deployed varieties of fiber optic cables to achieve highest possible bandwidth, highest possible flexibility, reliability and low cost as possible. However, merely deploying of such components is not sufficient. Instead, successful network of fiber optic requires a sound infrastructure based on the best cable management system.

Management of cables affect reliability, cost, performance and maintenance of fiber optic cables. It mainly gives ability towards reconfiguration of networks, restoration of offered services and implementation of many new services in no time.

Objectives/Methods towards Managing Cables

Experts mainly follow the following objectives and methodologies to manage various types of optic cables:

Protection from both Macro and Micro Bands Losses

Macro and Micro bands refer to large bends and small deformities respectively present in any optical fiber network. Whenever the fiber bends beyond its specified range of bending radius, it suffers signal losses or breakage of fiber to cause disruption in services or signals. In this situation, management system available for fiber optic cord or its patch panel should be able to provide adequate protection to bend radius at almost every point, where the cord bends. This management helps in ensuring about long-term reliability of the network and at the same time, reduces its operational cost by reducing the downtime of network.

Properly Defined Cable Routing Paths

Good cable management system should clearly define the routing paths of any optical fiber cord and follow it in simple and easy way. Thus, technicians can route each cable in appropriate manner. Properly defined routing paths play significant role to reduce the required training time for various technicians and enhance level of uniformity in the real work. It also allows for safe, quick and easy accessing of individual fiber.

Easy Access towards Installed Optical Fibers

Allowing of easy access to already installed fibers is obviously a critical job associated with maintenance of proper protection from bend radius. Design of any management system should be in such a way that it makes sure about both installation and removal of individual fibers without inducing macro bends over adjacent fiber. Accessibility is obviously a critical factor to consider during reconfiguration of fiber patch panel and its network.

Physical Protection of Fiber Optic Cords/Cables

Properly defined management systems available for fiber optic cables give protection to the fiber physically from any kind of accidental damage throughout the complete network. Therefore, whenever you have to take decisions about purchasing of cable managing systems, you have to look for the most affordable system providing best possible management solutions, growth abilities and flexibility.