Structured Cabling & Infrastructure

Organized physical connectivity for more maintainable operations.

Our Focus

Copper and fiber connectivity, rack organization, patch panels, labeling, testing and cabling documentation.

Our Approach

We plan network cabling routes, rack layouts and connection organization with future growth and service access in mind. Structured labeling and documentation simplify troubleshooting and maintenance.

What Matters

Reliable infrastructure starts with well-planned physical connections and disciplined installation practices.

Fiber Optic Termination and OTDR Testing

Fiber link performance depends as much on termination workmanship and measured verification as on the cable itself. A poor splice, a dirty connector end face or an over-bent cable can cause signal loss, high error rates and hard-to-trace outages. NEOBİL delivers end-to-end fiber termination, OTDR testing and reporting for data centers, server rooms, campuses and inter-building links.

Fiber Optic Termination

Fast, low-loss and reliable termination of single-mode and multimode fiber using professional fusion splicing equipment.

OTDR Testing

Link length, splice and connector losses, reflectance and potential fault locations are measured in detail with an OTDR.

Reporting

Results are documented per fiber core, with summary and detailed reports that support acceptance and maintenance.

Termination scope

Pigtail termination with fusion splicing
Single-mode OS2 and multimode OM3 / OM4 / OM5
LC, SC, ST and MPO/MTP connectors
ODF, rack-mount fiber patch panels and splice trays
Splice closures and inter-building links
Locating and repairing broken or damaged fiber
Connector end-face inspection and cleaning
Per-core labeling and color coding

OTDR and loss testing

1310 / 1550 nm (single-mode) and 850 / 1300 nm (multimode)
Bidirectional OTDR testing with launch and receive cables
Splice loss, connector loss and reflectance analysis
Distance-to-fault for breaks and macro-bends
End-to-end insertion loss with light source and power meter
Link loss budget calculation and limit checks
Test methods aligned with TIA-568 and ISO/IEC 14763-3
Optical power level checks on SFP/SFP+ modules

Reporting and documentation

OTDR trace and event table for every core
Summary report with pass / fail results
Raw measurement files (.SOR)
Fiber route, port mapping and connection diagrams
Formal test documentation for acceptance and warranty
Comparison with previous results during periodic checks

Accurate measurement, solid connections. Contact our team to test your existing fiber links or plan a new fiber project.

Data Center Networking and Structured Cabling

Fibre Channel, copper and fiber connectivity, SFP compatibility, SAN zoning and network topology should be evaluated for performance, redundancy and service availability. Cisco and Ruijie environments require workload-specific planning.