Physical cabling is the absolute foundation of your corporate network; a single faulty termination can cripple an entire department. Our certified engineers design and pull high-density Cat6, Cat6A, and OM3/OM4 Fiber Optic infrastructure specifically rated for the extreme temperatures of UAE industrial zones and the aesthetic requirements of modern Dubai offices.
Cat6A for High-Density Office Environments
Cat6A supports 10Gbps throughput up to 100 metres, making it the current standard for new commercial fit-outs in Dubai where 10G desktop and PoE++ (90W) requirements are increasingly common. The augmented specification requires tighter cable construction tolerances — particularly alien crosstalk (ANEXT) rejection — which makes installation technique critical. Poorly installed Cat6A that is kinked, over-bent, or terminated without maintaining twist right to the connector fails ANEXT testing.
For UAE industrial environments (Mussafah, JAFZA, KIZAD), we specify Cat6A in low-smoke zero-halogen (LSZH) jackets rated to 75°C continuous operation, as standard PVC-jacketed cable degrades in the temperatures found inside enclosed industrial ducts during UAE summer months.
- Cat6A supporting 10Gbps at 100 metres — future-proof for dense offices
- LSZH-jacketed cable for UAE industrial zones and high-temperature environments
- All terminations maintaining cable twist right to keystone jack
- PoE++ (802.3bt) rated infrastructure for high-power devices
- Fully colour-coded and labelled patch panels for operational clarity
Fibre Optic for Building Backbone and Long Runs
Copper Cat6A reaches its limit at 100 metres — for backbone runs between IDF (Intermediate Distribution Frame) closets and the MDF (Main Distribution Frame), or between buildings in a campus environment, fibre is the only practical solution. We install OM3 and OM4 multimode fibre for intra-building runs (supporting 40G and 100G over distances up to 150 metres on OM4) and OS2 single-mode for inter-building or campus runs over 300 metres.
All fibre is terminated with LC connectors and fusion-spliced at any mid-run join points — mechanical splices are not used on new installations as their higher insertion loss degrades available link budget. Terminations are tested with an insertion loss metre and verified against the ANSI/TIA-568 maximum channel loss specification.
Cable Management and Labelling Standards
A cable installation without disciplined management and labelling creates an operational liability — the next engineer who needs to trace a fault wastes hours rather than minutes, and untidy server rooms in Dubai accumulate the dust that kills fans and drives faster in UAE conditions. We install D-ring cable managers on all patch panels, route cables in dedicated trays separated from power runs, and apply TIA-606 compliant machine-printed labels at both ends of every run, matching the as-built documentation delivered at project handover.