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| Patch Pannel |
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A patch panel or patch bay is a panel, typically rackmounted, that houses cable connections. One typically shorter patch cable will plug into the front side, whereas the back holds the connection of a much longer and more permanent cable.
Patch panels offer the convenience of allowing technicians to quickly change the path of select signals, without the expense of dedicated switching equipment. This was first used by early telephone exchanges, where the telephone switchboard (a massive array of patch panels) and a large room full of telephone operators running it was ubiquitous. |
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| Jack Pannel |
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A jack panel or patch bay is a panel, typically rackmounted, that houses cable connections. One typically shorter patch cable will plug into the front side, whereas the back holds the connection of a much longer and more permanent cable.
Jack panels offer the convenience of allowing technicians to quickly change the path of select signals, without the expense of dedicated switching equipment. This was first used by early telephone exchanges, where the telephone switchboard (a massive array of patch panels) and a large room full of telephone operators running it was ubiquitous. |
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| Patch Cords |
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A patch cable or patch cord (sometimes patchcable or patchcord) is an electrical or optical cable, used to connect ("patch-in") one electronic or optical device to another for signal routing. Devices of different types (ie: a switch connected to a computer, or switch to router) are connected with patch cords.
Patch cords can be as short as 3 inches or 8 cm, to connect stacked components, or route signals through a patch bay, or as much as twenty feet or 6 m or more in length for snake cables. As length increases, cables are usually thicker, and/or made with more shielding, to prevent signal loss (attenuation) and the introduction of unwanted radio frequencies and hum (electromagnetic interference). |
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| Riser Pannel |
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A Riser panel or patch bay is a panel, typically rackmounted, that houses cable connections. One typically shorter patch cable will plug into the front side, whereas the back holds the connection of a much longer and more permanent cable.
Riser panels offer the convenience of allowing technicians to quickly change the path of select signals, without the expense of dedicated switching equipment. This was first used by early telephone exchanges, where the telephone switchboard (a massive array of patch panels) and a large room full of telephone operators running it was ubiquitous. |
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| IO |
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| The category 6A UTP outlet offers best-in-class performance in every critical specification, exceeding all category 6A performance requirements, including alien crosstalk. Its innovative features not only accelerate and simplify termination, but remove installation variability for consistently high and repeatable performance - every termination, every time. |
| • High-Visibility Icon System - Printed icons allow designation for voice / data applications and also provide an additional color coding option. |
| • Compact - Slim and side-stackable for high-density applications. Supports "pass-thru" feature to mount from the front or rear of a faceplate. |
| • Guided Termination Features - Lacing channels guide correct conductor placement while 2-sided color-coding provide wiring verification before and after lacing. |
| • Enclosed IDC Terminations - IDC terminations are fully enclosed in the outlet housing for robust protection. |
| • Robust Hinged Cable Retention - Hinged clip accommodates multiple cable diameters. |
| • Spring Door Option - Minimizes exposure to dust and other contaminants. |
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| Face Plate |
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| Faceplates are designed to provide the optimal outlet separation necessary to reduce alien crosstalk (ANEXT). They are ideal for use with screened MAX modules. MAX British faceplates are compatible with British standards (85mm x 85mm). |
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| UTP Cable |
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UTP cable is the most common cable used in computer networking. Ethernet, the most common data networking standard, utilizes UTP cables. Twisted pair cabling is often used in data networks for short and medium length connections because of its relatively lower costs compared to optical fiber and coaxial cable.
UTP is also finding increasing use in video applications, primarily in security cameras. Many middle to high-end cameras include a UTP output with setscrew terminals. This is made possible by the fact that UTP cable bandwidth has improved to match the baseband of television signals. |
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