Fast, future-ready backbone connectivity.
We offer structured fiber optic cabling and backbone network solutions for fast, stable, and future-ready connectivity. Our installations support high-speed data transmission across facilities.
Service overview
Fiber backbones carry the heaviest traffic on your network, so we plan the route, core count and fiber type around today's needs and future growth.
Where fiber fits
Fiber links your main server room to every floor and building. Copper then connects each device locally.
Single-mode or multimode?
The fiber type depends on distance, speed and the equipment at each end.
| Multimode fiber | Single-mode fiber | |
|---|---|---|
| Core | Wider core (50 µm) | Very narrow core (9 µm) |
| Typical reach | Up to a few hundred metres at 10 Gbps | Kilometres, between buildings and sites |
| Common grades | OM3, OM4 | OS2 |
| Best for | Risers, server rooms and data centres inside one building | Campus links, inter-building runs and long routes |
| Equipment cost | Lower-cost transceivers | Higher-cost transceivers, longest life and reach |
Typical values; we confirm the right fiber type and core count for your route during design.
Key features
Fiber type, core count and route planned for current and future capacity.
Vertical risers, ceiling routes and underground ducts between buildings.
Precise fusion splicing for low signal loss and reliable joints.
Organised optical distribution frames and patch panels at each end.
Every core tested, with traces and loss results recorded.
Fiber isn't affected by electrical noise, ideal near machinery and power.
How we deliver
Every step ends with something you can check, so you always know where the project stands.
We walk the route between rooms and buildings and check existing ducts.
Route planFiber type, core count, termination points and spares agreed.
Fiber designFiber pulled through risers, trays or ducts with care.
Fiber in placeCores spliced and terminated in ODFs and panels.
Terminated coresEach core tested end to end.
Test reportsRoute maps, core allocation and results delivered.
Documentation packWhen links are longer than copper allows (about 100 m), between buildings, or where very high speeds or electrical interference are a concern.
We size the core count for current links plus spares for redundancy and future growth. Spare cores cost little at installation and a lot to add later.
Yes. We locate faults with OTDR testing and repair by fusion splicing or replacing the damaged section.
Yes, using suitable outdoor-rated cable in ducts, with proper entry into each building.
Share your requirements and our technical team will get in touch to plan the right solution for your site.
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