Structured Cabling &
Network Infrastructure
Design, install, and certify enterprise and data center cabling systems to BICSI and TIA standards. Gain the hands-on skills and internationally recognized BICSI credentials demanded by top employers across Asia-Pacific.
Every connected device in a data center โ from servers and storage arrays to network switches and KVM consoles โ depends on a properly designed and installed cabling infrastructure. Poorly planned cabling leads to airflow obstruction, difficult troubleshooting, failed audits, and downtime events that could have been prevented.
This 4-day program covers the full lifecycle of structured cabling systems, from site surveys and design documentation to installation techniques, testing, certification, and documentation โ all aligned to BICSI, TIA-942, ISO/IEC 11801, and ANSI standards.
You will leave with the skills to design and certify enterprise and data center cabling systems, prepare BICSI RTPM exam-ready, and produce professional documentation that satisfies Tier and compliance auditors.
- Overview of telecommunications cabling systems and topologies
- BICSI organization, TDMM, and RTPM certification pathway
- TIA-568, TIA-942, ISO/IEC 11801 โ scope and applicability
- Copper vs fibre: category ratings, transmission characteristics
- Cable types: UTP, STP, Cat6A, OM4, OM5, OS2 single-mode
- Identifying and reading cable specifications and datasheets
- Data center cabling zones: MDA, HDA, EDA, ZDA layout
- Top-of-rack vs end-of-row vs middle-of-row architecture
- Structured cabling vs direct-connect: when to use each
- High-density fibre patching design for hyperscale environments
- Overhead trays vs underfloor pathways: planning and sizing
- Cable management best practices: bend radius, fill ratios, labelling
- Drawing and documentation: as-built plans, rack elevations, cable schedules
- Pulling techniques: fish tape, j-hooks, conduit, and cable trays
- Termination best practices: jack and patch panel preparation
- T568A vs T568B wiring standards and when each applies
- Cat6A installation: maintaining pair geometry at high speeds
- Common installation faults and how to avoid them
- Hands-on lab: terminate, label, and dress copper patch panels
- Fibre optic fundamentals: single-mode vs multi-mode, wavelengths
- Connector types: LC, SC, MPO/MTP โ polarity and key orientation
- MPO/MTP trunk cable design for 40G, 100G, 400G migration paths
- Fusion splicing procedure: preparation, alignment, and sleeve protection
- Mechanical vs fusion splicing: trade-offs and applications
- Fibre patch panel installation and cable management
- Hands-on lab: cleave, splice, and dress fibre connections
- Copper testing parameters: wiremap, length, insertion loss, NEXT, PS-NEXT, RL
- Fibre testing: OLTS insertion loss, OTDR trace analysis and interpretation
- Certification test sets: Fluke DSX CableAnalyzer, Fluke OptiFibre
- Pass/fail criteria and acceptance thresholds per TIA and ISO standards
- Generating test reports and building as-built documentation packages
- Hands-on lab: test and certify copper and fibre runs, produce final report
Ready to Get
BICSI Certified?
Complete the form and a program advisor will reach out within 1 business day with intake dates, pricing, and everything you need to get started.
