Online Self Paced Training:
To become an Enterprise Network Certified Systems Designer, designer must have successfully completed either this Online Course or the 5-day instructor led standards-based training course. The Enterprise Network Design Training Program is designed to assure that the network designer is qualified to properly design the Enterprise Network (both inside and outside plant) using products that comprise a Uniprise solution. The training course covers telecommunications Standards 568, 569, 606, 607 and 758 and NFPA 70 (NEC), C2-2002 - National Electrical Safety Code® (NESC®), OSHA Regulations (Standards-29 CFR) – 1910, (1910.268, Telecommunications and 1910.146, Permit Required Confined Spaces). Participants are instructed on proper methodologies required for planning, placing, terminating and testing copper (horizontal cabling) and fiber (building backbone and outside plant) media in the campus structured cabling system. |
Course Objective
Students undertaking this course will receive high quality training based on current industry codes, standards, regulations and methodologies, and will be able to apply the principles of design to projects using products manufactured or endorsed by CommScope.
Module Overview
1. This module introduces CommScope and the Uniprise structured cabling solutions
2. Codes and Standards – Purpose, organizations, National Codes, TIA/EIA-568/606/569/607/758/862, related codes, OSHA, MSDS, regulations and methodologies.
3. Network Topologies and Infrastructure – Topologies, Networks, Horizontal subsystem components, Backbones and Campus.
4. Transmission is a review of the transmission parameters, which are affected by the placement of the copper and optical fiber media
5. Copper Cable and Connectivity – covers UltraPipe, UltraMedia and Media 6, Ultra II and Uniprise Data-Pipe Solutions, cables and components.
6. Fiber Cables and Connectivity – details the Uniprise fiber solutions, including LightScope ZWP fiber, LaserCore and other multimode & jacket options. Part 2 covers connectors and Patch panel options, OSP and Building Entrance enclosures.
7. Coaxial cable and Connectivity – details coaxial structure, shield types applications and connectors.
8. Mixed Use Network Solutions – Explores solutions used in small commercial and residential environments, MXU distribution Centers, the MDU and module options and enclosures.
9. Network Planning – Topologies, applications, planning for growth, calculating network capacity, calculating media requirements in the backbone and campus.
10. Horizontal Cable Installation – Before installation, telecoms room layouts, support infrastructure, planning and installation.
11. Vertical Cable Installation – Backbone overview, backbone pathways, Pulling copper and fiber vertical backbones, alternative backbone considerations.
12. Campus/Outdoor Cable Installation – Environmental considerations, infrastructure types, installation methodologies.
13. Connectorization and Splicing - covers methods and procedures for the termination of the copper and fiber media. Splicing contains an overview of copper splicing and methods and procedures for the mechanical and fusion splicing of optical fiber cabling. This lesson is supported by the termination Videos available in the student download area.
14. Administration - provides direction for the proper documentation required by both the ANSI/TIA/EIA Standard and the CommScope Installation Program.
15. Testing and Troubleshooting - covers testing and troubleshooting of copper and fiber cable including OLTS and OTDR.
16. Bidding and Estimating – Terms (specification), Labor, Materials, Equipment, consumables, Bill of Materials, BOM examples.
Download Area
Support documents
BICSI CEC’s: RCDD 10, Inst2 10, TECH 10, OSP 10
BICSI CEC's: RCDD 10, OSP 10, Inst 10, Tech 10
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