AMORELE Technology

At AMORELE TECHNOLOGY INC., we offer a variety of comprehensive and robust cabling systems that support even the most advanced and demanding networking needs. Structured cabling refers to the inter-connected wiring system that enables computers and other electronics to communicate, network, and distribute information. The structured cable system li... nks the network, Internet, web, and e-mail services to audio, video, voice, and data. Structured cabling is comprised of a set of specialized cables designed to transmit data, video, and audio communications to residences, data centers, campuses, offices, apartment buildings, hospitals, warehouses, manufacturing facilities, and other complexes. Most commonly, Category 7A, Cat6a, Cat6, and Cat5E copper cables are used for simple installations, and fiber optic cabling and modular connectors for more advanced installations. Typically a rack mounted, central patch panel inter-faces to modular connections. Each outlet is patched into a network switch for networking or into an IP or PBX (private branch exchange) telephone system patch panel for audio and video. Copper structured cabling systems provide excellent network cabling performance and flexibility over a specific life span before re-cabling or up-grading is required. Higher bandwith is available with every system. Structured cabling consists of a number of sub-standardized sub-systems, as follows: Entrance Facilities: The point where the telephone company network ends and connects with the wiring system of the customer's premises. Equipment Rooms: These rooms house the equipment and wiring serve the users inside the building. Backbone Cabling: This cabling connects equipment to the tele-communications rooms. Horizontal Cabling: This is internal or Plenum wiring that connects tele-communications rooms to individual work areas on each the floor, usually through the wireways, conduits, or ceiling drops. Tele-communications Rooms: These rooms enclose the backbone and horizontal cabling. Work-Area Components: These ...Read More