Fiber Runs

Past about 100 meters, copper stops being reliable. Fiber carries the signal further, immune to distance limits, lightning and electrical noise — the right choice for a long driveway, a separate building, or any run where copper simply won't reach.

WHAT'S INCLUDED

6 ITEMS

Fiber Runs — what's included

Fiber runs in conduit, sized to the distance and device count

Termination and certification of every run

Media converters or fiber switches at each end

Splicing for runs requiring it

Documentation of fiber routes and termination points

Integration with existing copper network at the building side

PROCESS

4 STEPS

How we build it

Site walk

Distance, route and what's at each end of the run.

Design

Fiber type and termination equipment specified.

Install & terminate

Conduit run, fiber pulled and terminated.

Certify & document

Every run tested and documented before handover.

COST

5 FACTORS

What drives the cost

Scoped to your property, not a flat per-item rate. These are the factors that move the number, in the order they usually matter.

FACTOR

WHY IT MATTERS

Distance

Longer runs mean more fiber and more conduit trenching.

Trenching conditions

Concrete, landscaping and rock affect labor significantly.

Termination equipment

Media converters or managed fiber switches at each end.

Splice points

Some routes require splicing, which adds labor.

Conduit reuse

Whether existing conduit can carry the fiber or new conduit is needed.

FAQ

3 QUESTIONS

Fiber Runs FAQs

When is fiber actually necessary instead of copper?

Past roughly 100 meters, or wherever lightning and electrical noise are a real risk — fiber is immune to both in ways copper isn't.

Is fiber more fragile than copper?

In conduit and properly installed, no — it's actually more resistant to the outdoor conditions that damage copper over time.

Can fiber carry the same PoE-powered devices as copper?

Fiber doesn't carry power, so a media converter with local power is used at the device end for PoE cameras or readers.