Outside plant construction for carriers, ISPs and hyperscale sites in Arizona. We place the route, pull the fiber and land it, then build the power that keeps it alive.
Most fiber jobs get split between a civil contractor, a placement crew and an electrical contractor, and the handoffs between them are where the schedule dies. We self-perform all three.
Aerial and underground placement, on routes that are new build or overbuild of existing plant.
Microtrenching, directional boring and conventional open trench — chosen for the surface and the restoration the jurisdiction will demand, not for our convenience.
Complete conduit systems, duct bank and vault installation built to carry more than today's count.
Splicing and termination with OTDR test documentation handed to the owner. A route nobody tested is a route nobody can accept.
Data center power: medium and low voltage switchgear, transformers and feeders, supplied through our own distribution channel.
Site utilities and pad preparation underneath all of it, so the gear lands on ground that is ready for it.
The fiber is the cheapest thing in the ground. What costs money is everything around it.
Restoration requirements, existing utility congestion and the jurisdiction's permit conditions drive far more of the timeline than the pull itself. That is a civil problem, and it is where a telecom-only contractor has to stop and call someone.
A route is done when it is spliced, terminated, tested and documented — and, on a data center, when the gear on both ends is energized. We carry the scope through all of it rather than handing it off at the last hundred feet.
Switchgear, transformers, wire and conduit come through our own distribution partner instead of a supply-house lead time. On a data center pad that is often the difference between a schedule and an excuse.
The things owners and GCs actually ask us before awarding a scope.
We self-perform. Aerial and underground placement, microtrenching, directional boring and open trench are our own crews, and the splicing and OTDR testing are ours as well. That matters on a route because the trench, the conduit and the fiber answer to one schedule instead of three subcontractors coordinating with each other.
Yes, and that is the reason the two sit in the same division. We install medium and low voltage switchgear, transformers and feeders, and we handle the site utilities and pad preparation underneath them. A data center that has fiber and no energized gear is not finished, and neither is one with power and no route into it.
Directional boring, microtrenching and conventional open trench. Which one is right depends on the surface you are crossing, the restoration the jurisdiction will require and how much of the route is already congested with existing utilities. We will tell you when the cheaper method is going to cost more in restoration.
Yes. Splicing, termination and OTDR testing are part of the scope, and the test documentation goes to the owner. A route that is not tested and documented is a route nobody can accept.
Arizona, with crews and procurement experience on both sides of the US and Mexico border and US-registered contracting.
Give us the alignment, the count and the jurisdictions, and we will come back with the method, the restoration exposure and a schedule you can hold us to.
