Design structured cabling systems for commercial buildings & data centres with confidence and precision

The Certified Network Cabling Design Professional (CNCDP®) course provides a comprehensive and practical understanding of structured cabling system (SCS) design for commercial buildings, data centres and campus infrastructures.

Across three days, participants gain in‑depth knowledge of copper and fibre technologies, ANSI/TIA standards, cabling topologies, administration models, backbone design, containment, pathway calculation, architectural requirements, testing procedures and best‑practice installation techniques.

Upon completion, participants will be able to design reliable, standards‑compliant cabling systems for enterprise buildings, multi‑storey facilities, data centres and outdoor/campus environments.

After completing the course, you will be able to:

• understand SCS standards, models and how to apply them correctly
• design user cabling & patching systems for commercial buildings
• design network cabling & patching systems for data centres (ToR, EoR, Spine‑Leaf)
• design indoor and outdoor backbone infrastructures
• select proper containment & pathway solutions for network installations
• apply correct installation practices & avoid common mistakes
• define and apply the right copper & fibre testing criteria and methods

Course Contents / Agenda

Introduction to Structured Cabling Systems (SCS)

• brief history of SCS
• basic copper & fibre transmission
• single‑mode & multimode fibre
• step‑index & graded‑index fibre
• commercial wiring vs. data centre cabling
• development & role of standards
• ANSI/TIA‑568 overview
• common global standards
• cabling for smart‑building environments

Horizontal Cabling & Administration – Commercial Buildings

• ANSI/TIA‑568 diagram recap
• functional elements & examples
• Scenario A: number of work areas
• Scenario B: number of user locations
• zone wiring
• administration models: interconnect & cross‑connect
• angled vs. flat panels
• creating schematic designs
• converting schematics into physical layouts
• material list calculation

Horizontal Cabling & Administration – Data Centres

• TIA‑942 topology recap
• basic/reduced/typical DC setups
• 3‑tier vs. Spine‑Leaf network design
• selecting termination hardware
• administration & documentation design
• ToR / EoR / Spine‑Leaf cabling concepts
• resiliency in network & cabling
• creating & converting cabling schematics
• material list calculation for ToR/EoR

Building Backbone – Commercial Buildings

• backbone diagrams
• copper backbone requirements per TR
• fibre backbone requirements per TR
• summarising building backbone requirements
• recognised cable types
• backbone patch panels
• maximum backbone distances
• schematic design → rack/patch panel layout

Building Backbone – Data Centres

• TIA‑942 backbone topology
• backbone cable requirements
• recognised backbone cable
• ToR/EoR/Spine & Leaf backbone requirements
• distance estimation
• backbone resiliency & path diversity
• schematic → physical layout conversion

Field & Fusion Termination for Fibre Connectors

• termination methods
• pre‑terminated fibre trunks & copper cables

Architectural Considerations

• ANSI/TIA‑569‑D cable pathways & spaces
• room requirements & definitions
• entrance/ER, TR, equipment rooms
• ceiling & floor pathway types
• cable trays, ladders, conduits, inner ducts
• pathway sizing
• cable run best practices
• AIM / cable management
• grounding & bonding
• copper‑to‑power separation distances
• fire stopping & fire‑rated materials

Campus / Outdoor Backbone

• aerial, direct‑buried & underground cables
• outdoor installation planning
• lightning & surge protection
• grounding for surge protection
• schematic design & layout conversion

Site Inspection & Testing

• visual inspection notes
• common installation issues
• copper testing standards
  • permanent link / channel / patch cord / MPTL
• fibre connectors & testing standards
• Tier‑1 & Tier‑2 certification
• fibre link definitions & testing steps
• inspection & cleaning
• test set calibration (3 methods)
• setting up mandrels
• fibre loss budget calculation
• G.657 bend‑insensitive fibre
• OTDR testing & interpretation

Exam Details

• Certification: Certified Network Cabling Design Professional (CNCDP®)
• Format: 60‑minute closed‑book exam
• Questions: 40 multiple‑choice
• Passing score: 27 correct answers (minimum)
• Delivery: online or paper‑based (depending on training centre)

Prerequisites

There are no formal prerequisites.
However, 1–2 years of experience in IT, data centre or facility environments is beneficial, but not required.

Target Audience

This course is ideal for:

• IT, facility & data centre professionals
• cabling designers, engineers & consultants
• network infrastructure specialists
• professionals working in cabling installation, design or operations
• those planning to attend the CTIA® – Certified TIA‑942 Internal Auditor course