Structured Cabling
Neat, certified Cat6/Cat6A and fiber backbones that pass testing the first time.
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Service
Fiber optic installation
Single-mode and multimode runs, fusion splicing and OTDR-certified terminations — for the distances, bandwidth and electrical isolation that copper cannot deliver.
The problem
When copper runs out of road
Copper stops at 100 metres, and it carries electrical potential between buildings — which is why a copper run between two structures on the same property is a lightning path waiting for a storm. Fiber solves both problems at once: effectively unlimited distance for your purposes, and complete electrical isolation.
It also solves a bandwidth problem you may not have yet. A fiber backbone installed today will still carry whatever your switches evolve into over the next fifteen years, because the upgrade happens in the optics at each end, not in the glass in the ground.
- Distances far beyond copper's 100 m limit
- Complete electrical isolation between buildings
- Bandwidth headroom measured in decades
- Immune to the electrical noise of industrial plant
Why Victel
Splices, terminations and proof it works
Fiber is unforgiving of sloppy work in a way copper is not. A contaminated connector or a poor splice does not fail cleanly — it degrades, intermittently, in ways that will cost you weeks of troubleshooting at the wrong layer.
We fusion splice, terminate to cassettes and enclosures, clean and inspect every endface, and certify with OTDR traces and loss testing. You get the traces. If a span does not meet its loss budget, it gets fixed before we hand it over.
- Single-mode (OS2) and multimode (OM3/OM4) installation
- Fusion splicing with documented splice loss
- LC, SC and MPO terminations, cassettes and enclosures
- Indoor riser, plenum, armoured and outdoor-rated cable
- OTDR traces and insertion-loss certification
- Underground, aerial and inter-building pathways
How it works
Our three-step process
Documented, predictable and phased so your operation keeps running while we work.
1
Route survey & loss budget
We plan the physical route, count splices and connections, and calculate the loss budget the finished span must meet.
Get started2
Install, splice & terminate
Cable placed with correct tension and bend radius, spliced in a controlled enclosure, and terminated into panels at both ends.
Get started3
Certify & hand over
OTDR traces, insertion loss results, endface inspection records and as-built documentation.
Get started
Specification
Fiber types we install
FAQ
Questions about fiber optic installation
For anything leaving a building, single-mode. It costs marginally more in glass, the optics are no longer expensive, and it removes distance and bandwidth as future constraints entirely. Multimode still makes sense for shorter in-building backbones where the optics are already standardised.
Yes — through existing conduit, in new underground conduit, or aerially where the property allows. We survey the route first, because the pathway is usually the part that determines cost, not the cable.
Your internet speed is rarely the reason. Fiber is about distance, isolation and internal backbone capacity between switches, recorders and buildings — all of which matter long before your WAN does.
Bidirectional OTDR traces plus insertion loss testing against a calculated budget, with endface inspection records. All of it is handed over as part of the as-built package.
Yes. We locate and identify existing strands, splice into spare capacity where it exists, and document exactly what was used so the next person is not guessing.
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Testimonials
What our customers say
Thirty-plus years of installations across Greater Los Angeles — here is what building owners, facility managers and operators tell us.
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Site Survey & Estimate
Ready for connectivity you never have to think about?
Book a site survey and we will map your building, recommend the right hardware and give you a fixed, itemised quote — usually within three business days.