Distance and speed decide the fiber. Multimode handles short, high-speed links inside a building; single-mode carries backbones between floors, buildings and carriers for miles. Spec it wrong and the link tops out early, or fails the first time your customer upgrades.
Dirty connectors are the most common cause of fiber trouble. Every end face is inspected and cleaned before it’s mated.
Low-loss fusion splices, protected in trays and enclosures, so the link budget stays where it was designed.
Loss testing on every strand and OTDR traces on backbones, so you can hand your customer the numbers.
Designed and installed to ANSI/TIA standards, BICSI best practices and the NEC, then tested, labeled and documented before we leave. From the riser to the building across the lot, under your name.
The right fiber for the distance.
Every jacket is rated for the space it runs through: plenum (OFNP) above ceilings used for air return, riser (OFNR) between floors.
Sources: distances per IEEE 802.3 (Ethernet Alliance; UW–Madison Ethernet media distances). Testing tiers per ANSI/TIA-568.3 (BICSI RCDD fiber testing guide).
Inside plant. Fiber backbones between the MDF and every IDF, in innerduct or armored cable, supported on ladder rack and cable tray with proper bend radius. Rack-mount enclosures, cassettes and patch panels installed, labeled and dressed.
Outside plant. Campus and building-to-building runs underground in conduit, direct-buried in armored cable, or aerial on messenger strand. Cable is matched to the environment: gel-filled or dry water-blocked cores, UV-resistant jackets and armor where needed. At the building, it transitions to listed inside cable within the NEC’s 50-foot entrance limit.
Splicing and termination. Fusion splicing to factory-polished pigtails, pre-terminated MPO/MTP trunks where speed and density matter, and enclosures and splice trays built for future adds. LC and SC, single-mode and multimode.
Testing and certification. Every strand loss-tested end to end against its link budget (Tier 1), plus OTDR traces on backbones and outside plant (Tier 2) that show every splice and connector. Every end face inspected before it’s connected.
Every job closes out with documentation you can forward to your customer as is, under your name.
Every strand tested end to end against its loss budget, with a pass or fail for each one.
Traces on backbones and outside plant that show every splice and connector along the route.
Every strand mapped enclosure to enclosure, labeled to TIA-606 to match.
Marked-up plans showing where the fiber actually runs, inside and between buildings.
We show up as your team, finish clean and hand back closeout documentation you can forward as is.
OM4 multimode is cost-effective for links inside a building, about 1,300 ft at 10 Gb. OS2 single-mode is our default between buildings, on long backbones and at carrier handoffs, and it leaves the most room for future speeds.
Fusion splicing to pigtails gives the lowest loss and fits any route. Pre-terminated MPO/MTP trunks install fastest and suit data centers and high-density racks where lengths are known. We’ll recommend what fits the job.
Every strand is loss-tested end to end against its budget (Tier 1). Backbones and outside plant also get OTDR traces (Tier 2) that show each splice and connector. You get the results with the closeout.
Innerduct protects the pathway; armor protects the cable. We run innerduct (plenum or riser listed indoors, HDPE in underground conduit) when the route will take more fiber later or the cable needs to stay all-dielectric with no grounding. We run interlocking armored cable in exposed, high-traffic or rodent-prone spaces, or where there’s no conduit, and we bond and ground the armor per the NEC. We’ll recommend what fits the space and the spec.
Whatever you have: the two endpoints, strand count, single-mode or multimode, and the route if you know it. If the building is empty or the route isn’t settled, we’ll walk it with you and work it out. Photos of both ends always help.
