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Structured Cabling System



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  • Vertical Backbone Cabling Installation
  • This phase establishes the "riser" system that connects the building's main entrance or equipment room to telecommunications rooms (TRs) on different floors.
    • Pathway Installation: Mounting conduits, cable trays, or vertical sleeves between floors.
    • Cable Pulling: Routing high-capacity cables (copper or fiber) through vertical risers.
    • Termination: Connecting backbone cables to the Main Distribution Frame (MDF) and Intermediate Distribution Frames (IDF).
  • Horizontal Cabling Installation
  • This phase covers the cabling from the TR on a specific floor to the individual work area outlets.
    • Route Deployment: Installing cables through ceilings, walls, or underfloor raceways.
    • Length Compliance: Ensuring runs do not exceed the 90-meter (295 ft) limit to meet TIA/EIA standards.
    • Work Area Outlets: Installing and terminating faceplates, jacks (e.g., Cat6/6a), and surface-mount boxes at user desks or device locations.
  • Fiber Optic Backbone Installation
  • Specifically focuses on high-speed, long-distance links often used for the vertical backbone or connecting separate buildings in a campus environment.
    • Fiber Selection: Installing single-mode or multi-mode fiber based on distance and bandwidth needs.
    • Fusion Splicing/Termination: Precise termination of fiber strands into fiber patch panels or enclosures.
    • Pathway Protection: Using innerduct or dedicated conduits to protect fragile fiber strands.
  • Local Area (LAN) and Wide Area (WAN) Network Installation
  • While the SCS is the physical layer, this phase includes setting up the active equipment that uses the cabling.
    • Hardware Mounting: Installing network switches, routers, and firewalls into standard 19-inch racks.
    • Patching: Connecting the installed horizontal and backbone cabling to the active network equipment using patch cords.
    • Wireless Access Points (WAPs): Mounting and connecting WAPs to extend the LAN via Wi-Fi.
  • Testing, Labeling, and Documentation
  • Crucial for system handover and long-term maintenance.
    • Certification Testing: Using industry-standard testers (like Fluke) to verify that every link meets performance standards (e.g., Cat6a or Fiber 10G).
    • System Labeling: Applying standardized labels to all cables, faceplates, and patch panel ports for easy troubleshooting.
    • As-Built Drawings: Providing the client with finalized floor plans and logical diagrams of the completed installation.