
Fiber optic cabling, certification & testing
Single-mode and multi-mode fiber — spliced, terminated, tested and certified, with results you can hand to an auditor.

Fiber Optic Cabling, Certification & Testing
Backbone bandwidth, proven on paper
Fiber carries the traffic between your buildings, floors and data center. When it's installed well and tested properly, it disappears into the background for decades.
We provide single-mode and multi-mode solutions with fusion splicing and terminations, then full testing and certification so you know every strand performs.
Get a quoteWhat's Included
From first splice to signed-off certification
Solutions
- Single-mode (OS2)
- Multi-mode (OM3 / OM4 / OM5)
- Indoor, outdoor & OSP
- Data center & campus backbone
Termination
- Fusion splicing
- Field & pre-polished connectors
- LC, SC, MPO/MTP
- Splice trays & enclosures
Testing
- Insertion loss (Tier 1)
- OTDR trace (Tier 2)
- End-face inspection
- Certification report per link

Why It Matters
Every strand accounted for
Fiber problems are expensive to chase after the walls are closed. We test as we go and certify at handover, so faults are found and fixed before they become downtime.
You receive a certification report for every link, plus as-built documentation of the route.
- Fusion splicing for the lowest-loss joints
- Tier 1 and Tier 2 (OTDR) testing available
- Clean end-face inspection before every mate
- As-built route and rack documentation
Our Process
How a fiber optic job runs
Assess
We review distances, fiber type, connector counts and the environment (indoor, plenum, OSP).
Design
We design the pathway, splice points and enclosure layout, and spec the right fiber and connectors.
Install
We pull, splice and terminate with care for bend radius and slack management.
Certify & Document
We test every link, inspect end-faces and deliver a certification report and route as-builts.

Planning a fiber backbone or a data center build?
We'll help you pick the right fiber and connectors, then splice, test and certify the whole run.