High-speed fiber infrastructure deployment and management. We design, splice, deploy and monitor optical networks that move bits at the speed of business.
Fiber is the spine of every modern network. We treat it that way — site survey, OSP/ISP design, splicing, OTDR validation, monitoring. Single-mode, multi-mode, dark, lit, metro, long-haul.
End-to-end coverage across the fiber optic networks discipline. Pick any subset; we'll build a scope around it.
OSP and ISP routing, sizing, redundancy and survivability modelling.
Fusion splicing crews, OTDR sweeps, end-to-end loss budget validation.
OTDR-based fault localization, mean-time-to-repair under 4h regional.
Wavelength provisioning, ROADM, alien-wavelength integrations.
From building entrance to multi-hundred-km long-haul spans.
IXP and carrier hotel cross-connects with SLAs.
The same engineers stay through every phase. No throw-it-over-the-wall handoffs between scoping and operations.
Route walk, conduit and pole inspection, permit scoping.
Topology, splice plan, loss budget, cabinet placement.
Trenching, pulling, splicing, termination, label and document.
OTDR sweeps both directions, end-to-end power and loss validation.
Monitoring, scheduled maintenance, SLA-backed repair.
Defaults we plan to. Every engagement has its own targets — these are the floor, not the ceiling.
| Fiber types | OS2 single-mode · OM3/OM4/OM5 multi-mode |
|---|---|
| Optical reach | Up to 100km per span · DWDM-extended |
| Capacity | 10G · 100G · 400G channels |
| Splice loss | ≤ 0.05 dB typical (fusion) |
| Restoration SLA | ≤ 4h MTTR regional |
| Monitoring | OTDR · OPM · BERT · path tracing |