Fiber Optic Cabling
Fiber is how you carry serious bandwidth between buildings, floors, and closets. We install, terminate, splice, and test both single-mode and multi-mode fiber for backbones that stay reliable.
Copper is the right choice for horizontal drops, but fiber is what carries the load between IDFs, buildings, and the data center. Getting fiber right takes clean pulls, correct connector polish, and real optical testing — none of which are optional.
We handle everything from riser and backbone design to fusion splicing, connectorization, and OTDR/loss testing. Every link is documented so future changes don't turn into archaeology.
What you get
- Single-mode or multi-mode selected for actual reach and speed
- Fusion splicing for low-loss, mechanical for field repairs
- OTDR traces and insertion-loss results per fiber
- Enclosures, cassettes, and pigtails organized for service
- Documented port-to-port maps handed to your team
What we install and support.
Single-mode & multi-mode
OS2, OM3, and OM4 for the right reach and speed profile.
Backbone & riser design
Campus, building, and IDF-to-IDF paths engineered for growth.
Fusion & mechanical splicing
Low-loss fusion splicing in enclosures; mechanical splices for field repairs.
OTDR & loss testing
Every fiber tested end-to-end with results archived.
Cassettes & panels
LC, SC, and MPO cassettes dressed and labeled per port.
Innerduct & pathway
Innerduct, tray, and firestopping through walls and floors.
Where this work belongs.
We work across commercial property types throughout Tampa Bay and Florida. If your building isn't listed, ask — chances are we've done it.
A repeatable process, from walk to handoff.
Assess
Distances, speeds, and existing pathways drive fiber type and count.
Design
Backbone routes, splice points, and connector strategy.
Pull
Riser, plenum, or outside-plant fiber pulled with correct tension.
Splice / terminate
Fusion splicing, cassette install, and pigtail preparation.
Test
OTDR trace and insertion-loss measurement each direction.
Document
Port maps, splice logs, and loss reports delivered.
Details that actually matter.
Single-mode vs. multi-mode
Single-mode (OS2) is the default for anything long-reach or high-speed uplinks; multi-mode (OM3/OM4) is fine for shorter in-building runs and can be cost-effective with the right optics. We pick based on distance, planned speed, and existing plant.
Why fusion splicing matters
Fusion splices typically land at 0.05–0.1 dB of loss — well below mechanical splices — and hold up over time. For backbone links, that headroom is the difference between a network that just works and one that drifts over years.
What clean installs look like.
Photographs from work our team has installed and supported.
Often paired with this work.
Serving Tampa Bay and surrounding Florida markets.
We're based in Tampa and travel to job sites throughout the bay area and across Florida. If your project is in the region, we can be on site.
View all service areasPlanning a Low-Voltage Project?
Tell us about the site, scope, and schedule. We'll walk through the requirements and get you a clear, honest quote.