Growing Fiber Optics Data Networks

Fiber optics data cabling is the norm for last mile connectivity. It is fiber optics data cables that give you the connectivity speeds that were impossible not too long ago.

Broadband networks are basically set up with the objective of lasting for a long time. This is primarily because they are expected to support a huge amount of traffic with very high bandwidths. There are a number of factors that contribute to the reliability as well as the longevity of the networks. They are the quality of the fibers used, management and maintenance of the cables, and reliability of the connections throughout the length and breadth of the network.

When it comes to gauging the effectiveness and the acceptance of this fiber optics network, it is measured on the basis of its ability to not only meet the needs of today, but its ability of contributing to a network that will meet the demand of the days to come.

It is the optical fiber network that helps us to make calls and access the Internet, as well as stream video. It is typically equipped to serve at least 4 generations of network during its entire life span. In fact, as the volume of data traffic increases proportionately with the number of Internet users all over the world, fiber optics networks are equipped accordingly to pick up that challenge and manage that huge amount of data in a seamless manner.

New technologies along with new standards that are adopted in the development of fiber optics data cabling have contributed to the proofing of networks as well as other aspects of networking technology in a remarkable manner.

A number of network business cases were in fact calculated for paying returns in shorter timeframes and they had to put more emphasis on the initial costs. This led to reduced specifications, so far as the optical fiber cables and the optical connectors are concerned. It also resulted in a reduced emphasis on the installation practices and more focus on the end results, more so when it comes to meeting the modern demands of the customers.

Fiber Optics Keeps Up With Technology

Technology changes with time. The next in the offing is the NG PON 2 transmission standards that will provide operators the option of increasing the capacities of the FITH network bandwidth and reduce the cost of deployment. This is done by sharing one fiber with multiple connected customers and by sharing the networks with multiple operators. The fact that this new technology deploys the same fiber also contributes a lot in reducing the overall cost.

Hence, when all is said and done, in order to meet the requirements and demands of the modern day operators, and with a view to meet the demand of the future, the manufacturers are coming up with more developed state of the art fiber optics data cables for introduction of more advanced proofing networks.

The bottom line is that no matter how huge the demand and how stiff the challenges are, scientists and manufacturers are coming up with state of the art fiber optics data cables to make sure that there is no downward surge in services.

The experts are of the opinion that the future is going to belong to fiber optics data cabling management for a better proofing networking service – something that will make the world of telecommunication really foolproof and safe for communication.

About Universal ComOne

Universal ComOne offers award winning business telephone systems that are right for any business. We can design a solution to fit your needs. Please visit our cabling page to get more details on our cabling capabilities.

Call 337-205-9364 for all your data cabling and communication needs.

Things to Consider During Data Cabling Installation

Data cabling is essential for your organization to function and operate in today’s environment. Here are some things that should be considered when installing data cables.

Plan for the Future

There are a lot of things that need to be taken into account during the installation of data cabling. These include the probability of the business shifting to a new office, the future needs of the business, and whether using yesterday’s best technology will suffice, or is there a need for something new. Consider installing high end cable so that it will be sufficient as the business grows. Labor is a large factor when running cable, so having to re-run cable again in the future will only create additional expenses.

Use Same Type of Cable for Data and Voice

In order to meet current business demands and demands of the future, consider using twisted data cabling (i.e. CAT5e). Traditionally CAT3 cable was primarily used for the telephones and voice traffic; whereas, CAT5e cables was used for data. Although, CAT5e cable is the more costly cable; it is advantageous to run all CAT5 data cables for both voice and data use. This superior quality cable will provide the most strategic and efficient option in the long run.

Use Cable Management

Some may consider cable management an unnecessary affair; however, adding an effective cable management is the most effective way to maintain your network cabling. Though there is an initial investment, an effective cable management always makes the maintenance of the cables much easier and faster in the long run.

Avoid Running Data Cables Parallel with Electrical Cables

Data cables use UTP or Unshielded Twisted Pairs to transmit data. The generation of magnetic fields created by low voltage that runs through the cables is an extremely critical component in the communication chain. Now, when this unshielded cabling runs parallel with cables meant for electricity, that magnetic field gets disrupted and interfered with. Naturally, the communication gets hampered and garbled. In some cases, transmission will simply stop, whereas, in other cases it may crawl at a snail’s pace, as the communication is constantly interrupted and retried.

Not Minding the Distance

This is another mistake that companies at times make. The standard distance that needs to be maintained in case of UTP cabling with usual Ethernet of up to 1 GBPS is generally 100 meters. If a cable is run at a distance greater than 100 meters, the quality of transmission may be affected.