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- Date published: 11/09/2018
Fibre Optic Patch Cable Guide by FibreSales
In this guide, we will cover all the fibre optic patch cable information you need to achieve success. This includes a brief introduction to what patch cables are and what purpose they serve to the fibre optic world and the advantages this type of fibre optic cable offers to ensure you know everything you need to know.
The fibre optic patch cable, also commonly referred to as a patch cord, is any tight buffered fibre optic cable that is used to connect or to patch two different elements together. Typically, patch cables are used throughout computer networking systems in order to connect a patch panel to a network switch.
There are several variations of patch cable that you can find in the marketplace; Network cables are usually coaxial cables. Ethernet CAT 5 or CAT6 RJ-45 cables are more generally in use for the direct link to computers. Fibre Optic Patch leads are used mainly in the background of computer networking systems when connecting the backbone fibre optic cable to the site as well as the corresponding active equipment.
Fibre optic patch cables allow optical fibre network systems to reach the fastest speeds we have ever seen before. These systems are as light as the data transfer medium method. As a result, data is able to move at higher speeds making the patch cables well-tuned to work with faster networking systems.
These patches support multiple data transfer sessions simultaneously. In fact, these patches are wider as opposed to single-patch ones to provide this support.
High Bandwidth and Data Transfer Rate:
The bandwidth of these patch cables is terrific, as great as the optical network backbone. This is the result of the high-speed of transfer and the capability of transferring multiple data streams at the same time. All of this comes together and allows the rate of data transfer to increase drastically when being compared to single-mode patch cables.
Impressive External Noise Tolerance:
The databases are well-insulated against exterior electro-magnetic signals. Thus the use of additional irrelevant signals does not slow down the quality of data transmitted.