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Structured Cabling Cat5/5e/6 __ |
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|| Structured Copper Cabling SystemsTwisted-pair 'balanced' copper cabling (structured cabling), can be eitherunshielded (UTP) or shielded (STP). These are the low cost copper cabling media used as standard for networking a building for all forms of electronic communications to the desktop (for computer, telephone & fax applications). Current standards are set by the TIA/EIA/IEEE and ISO, who set performance, physical and technical parameters. Eg. 'Cat 5e' or 'Class D' (supports applications for frequencies up to 100MHz). In today's IT and Telecommunications industry, many organisations require the integration of voice and data services over a single physical network medium. To accomplish this, structured cabling (Cat 5e/6) is designed to run both voice and data services. Voice services are connected via the installation of 'voice tie cables' between the BT/PBX MDF (Main Distribution Frame) and the structured cabling patching frame. || Why Consider Cat6 Cabling?Past industry trends and future industry predictions indicate that data rates doubleevery 18 months. Replacing or upgrading a cabling and network infrastructure system after installation (walls, ducts, under floors etc) is extremely expensive and disruptive. A typical structured cabling system must have a planned life span of 10+ years to support 4 to 5 generations of communications equipment. Applications running at 1 gigabit per second are pushing the limits of Category 5e cabling infrastructure. Users are demanding more content, collaboration and the features of new technology. In addition, emerging technologies, such as streaming media, are becoming more commonplace. All these factors are driving the requirement for the higher bandwidth offered by Category 6, Cat6 cabling. Cat 6 cabling also delivers more than double the bandwidth over Cat 5e. Doubling the bandwidth is comparable to adding twice the number of lanes on a highway, relieving congestion and delays. Communications systems running over Cat 6 cabling have fewer errors versus Cat 5e, resulting in a smaller number of re-transmissions of lost or corrupted data packets, providing higher reliability. ![]() |
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