CommScope Uniprise Structured Cabling Installation in Southern California
Hire a local CommScope Uniprise team to design and deploy structured cabling—Cat6A/Cat6 copper and OS2/OM4 fiber—with clean pathways, labeling, and full Fluke DSX certification across Los Angeles, Orange County, San Diego, Riverside, and San Bernardino.
Why WCC
Why CommScope Uniprise with WCC
Uniprise delivers reliable copper and fiber infrastructure for offices, campuses, and data centers. We engineer for performance and longevity—proper pathways, bend radii, separation from EMI, and standards-based labeling—then certify every link with documented results.
Copper & Fiber Systems
End-to-end Uniprise components for horizontal and backbone cabling with neat, serviceable terminations.
- Cat6A/Cat6 horizontal to WAPs, users & devices
- OS2 single-mode & OM4 multimode backbones
- Patch panels, jacks, cassettes & enclosures
Quality, Testing & Docs
Repeatable workmanship, standards alignment, and complete acceptance packages.
- Fluke DSX copper certification; OLTS/OTDR fiber testing
- TIA-568, -569 pathways, and -606 labeling conventions
- As-builts, labeling maps & test result PDFs
Design patterns
Uniprise Builds We Deliver
From tenant improvements to greenfield campuses and data halls, we install tidy, scalable cabling with clear standards for future growth.
Office Floors
Workstation drops, WAP grids, AV/UC endpoints, prints & PoE devices.
Campus Backbones
OS2/OM4 MDF–IDF links with diverse pathways and slack management.
Data Centers
Fiber trunks, pre-term harnesses, and high-density panels for rapid turns.
Security & IoT
Camera runs, badge/access, sensors, and specialty PoE cabling.
Labs & Healthcare
Shielding/EMI considerations, labeling rigor, and device-specific I/O.
Documentation
Floor plans, risers, labeling schedules, and acceptance test reports.
At-a-glance
Capabilities Matrix
Focused on Uniprise for structured cabling. Final designs are tailored to your distances, densities, and standards.
| Capability | Best Fit | Notes |
|---|---|---|
| Horizontal Cabling | Uniprise Cat6A/Cat6 | WAPs, users, AV, PoE/UPoE |
| Backbone Fiber | Uniprise OS2/OM4 | MDF–IDF risers & campus links |
| Panels & Connectivity | Patch Panels / Cassettes | High-density, field or pre-term |
| Testing | Fluke DSX / OLTS / OTDR | Certification reports provided |
| Labeling & Docs | TIA-606 | Consistent IDs, maps & as-builts |
| Pathways | Tray/Ladder/Conduit | Bend radii & separation respected |
Delivery process
How We Deliver
Standards-based installation with full test documentation and a clean handoff so your team is confident on day one.
1) Design & Plan
- Walkthroughs, drops/WAP grid & backbone sizing
- Pathways per TIA-569; labeling per TIA-606
- Drawings, BOM & deployment phasing
2) Install & Terminate
- Neat routing, bend radii & dressing
- Patch panels, jacks, cassettes & enclosures
- Fusion splice pigtails & trays (fiber)
3) Test & Handoff
- Fluke DSX certification (copper); OLTS/OTDR (fiber)
- As-builts, labeling maps & test result PDFs
- Admin walkthrough & acceptance package
FAQ
CommScope Uniprise FAQs
What test reports do you provide?
Fluke DSX certification PDFs for copper and OLTS/OTDR trace packages for fiber, organized by label with summary and detail views.
Can you support warranty documentation?
We install and test to program standards and package results needed for manufacturer warranty submission. Ask us about available Uniprise warranty options for your project.
Do you handle conduit, tray, and ladder rack?
Yes. We design and install pathways per TIA-569, maintain separation from power/EMI, and provide bonding/grounding details as needed.
How fast can a typical floor be cabled?
Scope-dependent, but 1–3 weeks per floor after materials and access are ready is common. We phase work to minimize disruption.
Can you design for PoE/PoE++ and high-power devices?
Yes. We size cabling and pathways for thermal rise and bundle sizes, recommend Cat6A where appropriate, validate DC resistance/unbalance, and document patching/power budgets for cameras, APs, access, and other high-power endpoints.
