AllTech
Fiber that gets you
past copper's limits.
Building-to-building links, between-floor backbones, and campus runs — installed, spliced, and tested by our own crew, not subcontracted out.
The full fiber scope.
Single-mode & multimode
Building-to-building backbones, between-floor risers, and any run past copper’s 100-meter limit.
Fusion splicing
Clean, low-loss splices — not mechanical connectors as a shortcut.
Termination & connectorization
Fiber patch panels and cassettes, dressed and labeled to match the as-built.
OTDR & power-meter testing
Every run tested and the results handed over as a file, not a verbal "it’s good."
Conduit & pathway
Underground conduit, aerial runs, and interior pathway sized for the actual fiber count plus room to grow.
Point-to-point & campus links
Connecting buildings, sites, and remote structures where trenching copper isn’t practical.
Photos coming soon
Common questions.
Why fiber instead of copper?
Distance and interference immunity. Past 100 meters, or anywhere copper would run near motors, lighting ballasts, or outdoors, fiber is the right tool instead of a workaround.
Do you serve our area?
Cache Valley, Box Elder County, the Wasatch Front, and southern Idaho are our home base, and we travel further out for the right project.
Can you splice into an existing plant?
Yes — extensions, repairs, and re-splices on fiber someone else installed, not just new builds.
Trenching copper isn't the answer here.
Tell us what you're connecting — two buildings, a campus, a remote structure — and we'll scope the run.
