What is the difference between horizontal cabling and backbone cabling

Have any questions? Interested in one of our services? Call FiberPlus today , email us at info fiberplusinc. In Pennsylvania, please call Pennsylvania Networks, Inc. Categories: Helpful Information Tags: backbone cabling , fiber optics , horizontal cabling , structured cabling , and structured networks This entry was posted on Friday, June 28th, at am.

You can follow any responses to this entry through the RSS 2. So, while backbone cabling is present all throughout the building for a structured cabling system, you still need horizontal cabling to connect work areas and workstations.

These standards are important because they help ensure that your structured cabling system performs well on a daily basis. Backbone cabling sends data back and forth between the other subsystems present in the structured cabling system, acting as the main relay between the different equipment rooms, entrance facilities and telecommunications rooms.

If data is the baton, then backbone cabling passes it back and forth to get to the finish line. While it depends on your needs and what kind of pre-existing infrastructure you have, fiber optic cables are usually favored for backbone cabling due to their high performance capabilities and bandwidth. Structured Cabling. Backbone Cabling Explained.

Backbone cabling can be done with various cables, including coaxial, but fiber optic cabling is the preferred choice for backbone cabling as it allows for much higher bandwidth. Horizontal and backbone cabling cover different aspects of telecommunications services, but they are both equally essential.

In particular, these cabling systems help support large networks in corporate or academic settings. Backbones should always provide bandwidth that is higher than that of the horizontal cables. Consult with a networking and cabling professional before deciding on what to install for your structured cabling systems.

FiberPlus has been providing data communication solutions for over 25 years in the Mid Atlantic Region for a number of different markets. What began as a cable installation company for Local Area Networks has grown into a leading provider of innovative technology solutions improving the way our customers communicate and keeping them secure.

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July 7, There are six main components to structured cabling, namely: Entrance Facility The entry point for both public and private network service cables. Telecommunications Closet A closet or room that houses telecommunication equipment to connect the horizontal and backbone cabling. Backbone Cabling A network of cables that connects the equipment room and telecommunications closet.

Horizontal Cabling A network of cables that connects the telecommunications closet to individual outlets in the work area. Multiple types of cables can be used for backbone cabling, including: Coaxial cables Unshielded twisted-pair UTP cables Fiber optic cables Shielded twisted-pair STP cables Structured cabling best practices dictate that only cables of length under or equal to 30 meters, or 98 feet, should be used to connect the components and equipment in backbone cabling.

Horizontal Cabling Horizontal cabling runs from the telecommunications closet, or telecommunications room, to the information outlets in the work area. Difference Between Horizontal and Backbone Cabling By now you can probably tell the main difference between horizontal and backbone cabling, which is that they serve different purposes in the structured cabling network. Conclusion Horizontal and backbone cabling are arguably the most important part of any structured cabling network because they connect all your equipment.

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