Physical infrastructure
Every connection starts with something you can touchCopper cabling, fiber backbones, pathways, racks, telecom rooms, and carrier handoffs form the physical layer everything else rides on. We plan and build it for commercial sites and campuses, with protected routes, labeled terminations, and tested links, so each port can trace back to a record that matches what is actually in the wall.
Explore physical infrastructure services
Each guide explains what the service includes, what changes the scope, and what you should receive when the work is complete.
- 01.01Work-area cabling and network dropsStructured cabling
Copper or fiber links, outlets, patch panels, pathways, and labels for computers, Wi-Fi, cameras, phones, and building systems.
4references - 01.02Cable tray, conduit, sleeves, and supportsPathways and containment
Trays, conduit, sleeves, raceway, and supports carry communications cable while accounting for fill, bend radius, separation, firestopping, and access.
3references - 01.03Network rooms, racks, power, and groundingTelecommunications rooms, racks, grounding and power
Racks, patching, network equipment, power, bonding, cooling, pathways, labels, and access, brought into one maintainable space.
4references - 01.04Cabling moves, additions, audits, and repairMoves, adds, changes, audits and remediation
Moves, additions, repairs, tracing, testing, abandoned-cable review, network-room cleanup, and records updates for existing cabling.
3references - 01.05Fiber between buildings and remote assetsCampus and outside-plant fiber
Route and utility discovery, civil coordination, cable construction, splicing, testing, strand records, and restoration planning, combined into one build.
4references - 01.06Fiber backbones inside the buildingInside-plant fiber backbones
Selected fiber types, connectors, polarity, panels, pathways, and terminations carry high-capacity links through the building.
4references - 01.07Fusion splicing, loss testing, and OTDRFiber splicing and testing
Fusion splicing creates permanent strand connections. OLTS measures end-to-end insertion loss, and OTDR testing adds event-location detail when the route or acceptance plan calls for it.
4references - 01.08Carrier handoffs and customer-owned fiberDark fiber and carrier demarcation
Dark fiber provides a passive optical path; carrier demarcation pins down the port, strand, inside extension, optics, power, testing, and repair responsibilities on each side.
3references
Describe the site and the problem.
We will identify the systems involved, the site information still needed, and any work that belongs to another trade or provider before finalizing the scope.