Fiber Optic Installation
Built for Southern California.

WCC installs both single-mode and multi-mode fiber optic cable depending on the application. Single-mode fiber is used for long-distance runs, campus backbones, and outside plant (OSP) applications. Multi-mode fiber is used for shorter intra-building runs, data center interconnects, and structured cabling applications. We also install armored fiber, plenum-rated fiber, and direct-buried fiber for outdoor and underground applications.

Single-mode fiber has a smaller core diameter and is designed for long-distance, high-bandwidth transmission — typically used for campus backbones, building-to-building runs, and connections to carrier networks. Multi-mode fiber has a larger core and is used for shorter distances within a building or data center. WCC recommends the right fiber type based on the distance of each run, the bandwidth requirements, and the equipment at each end.

Yes. WCC installs outside plant fiber including direct-buried, conduit-fed, and aerial fiber runs for campus and multi-building environments. OSP work includes trenching or bore coordination, conduit installation, pull boxes, and proper weatherproofing and grounding at building entry points. We coordinate permitting and utility locates as part of the OSP scope.

WCC tests every fiber run using OTDR (Optical Time Domain Reflectometer) testing, which measures the loss, length, and reflectance of each fiber strand and identifies any splices, connectors, or breaks. We also perform end-to-end insertion loss testing using a light source and power meter. All results are documented in a test report provided at project closeout, certifying that each strand meets the required performance specifications.

Fiber splicing is the process of permanently joining two fiber strands end-to-end. Fusion splicing uses heat to meld the glass fibers together and produces a very low-loss connection — used when cable runs exceed a single reel length, when connecting OSP fiber at building entry points, or when repairing a damaged fiber strand. WCC performs fusion splicing and documents splice loss in the project test report.

Yes. WCC troubleshoots and repairs existing fiber optic infrastructure including broken strands, damaged connectors, degraded splices, and contaminated endfaces. We also upgrade older fiber plants by adding capacity, replacing end-of-life hardware, or re-terminating connectors that no longer meet current standards. Furthermore, OTDR testing is used to locate faults and verify all repairs.

Timeline varies by scope. A single-floor or IDF-to-MDF fiber run is typically completed in one day. A campus backbone or multi-building fiber deployment is planned in phases and may take one to four weeks depending on the number of buildings, conduit availability, and whether OSP trenching or boring is required. WCC provides a detailed project schedule during the proposal phase.

Yes. WCC Technologies Group provides fiber optic installation in Los Angeles and throughout Southern California, including Los Angeles County, Orange County, San Bernardino County, Riverside County, San Diego County, and Ventura County. We deploy from our headquarters in Chino, CA with no travel fees within our primary service area.

Fiber optic installation costs vary based on fiber type, run length, number of strands, and whether OSP work is required. A single-floor IDF-to-MDF fiber run typically starts around $2,000–$6,000. A campus backbone or multi-building deployment can range from $20,000 to $100,000 or more depending on scope. WCC provides detailed proposals with transparent pricing — no surprise change orders after work begins. Contact us for a free assessment.