Regent5 provides structured cabling and Division 27 design-build services for Northern California tenant improvements and commercial spaces, including network cabling, Cat6A, fiber, MDF/IDF rooms, racks, pathways, PoE, testing, labeling and as-built documentation. The cabling layer is coordinated with the network, AV, security and access-control systems it supports.
Network, AV, access control, cameras, phones and building systems all depend on the physical cabling layer. Regent5 plans cable types, counts, fiber uplinks and termination standards around present loads, distance and future expansion rather than treating cabling as a commodity afterthought.
Room size, rack elevations, backboards, patch panels, power, cooling, grounding, UPS and pathway access should be coordinated before construction. A well-planned MDF or IDF stays serviceable and leaves space for the network, security and AV systems that arrive later.
Telecom pathways are coordinated with walls, ceilings, millwork, fire-rated assemblies and electrical systems before close-in. Clear sleeves, tray routes and conduit capacity reduce field improvisation and preserve options for future cable pulls.
Wireless access points, cameras, phones, intercoms and access-control devices increasingly rely on PoE. Regent5 accounts for endpoint count, cable distance, switch budget, rack heat, UPS priorities and redundancy when planning the cabling and network infrastructure.
Finished cabling should be identifiable and testable. Regent5 labels endpoints, organizes patching and performs appropriate verification or certification so owners, IT teams and future technicians can troubleshoot the physical layer without reverse-engineering an undocumented installation.
Device locations, cable schedules, risers, pathways and rack information can be coordinated with the construction set and updated for closeout. Accurate as-builts make moves, adds, changes and future service faster and less disruptive.
Regent5 coordinates the structured cabling with the systems it supports, reducing duplicated pathways and unclear responsibility between networking, conference rooms, AV, security, access control and building systems.
The exact drawing and coordination package depends on project scope, but these are recurring interfaces luxury residential teams need resolved before drywall and finish work.
Horizontal cabling for data, voice, AV, cameras, access control and PoE endpoints, coordinated with pathway and distance requirements.
Multimode or single-mode fiber between MDF/IDF rooms, floors, buildings or network locations where bandwidth and distance justify it.
Rack layouts, backboards, patching, power, UPS, cooling, grounding and service clearances planned for supportable telecom rooms.
Cable tray, conduit, sleeves and pull routes coordinated with walls, ceilings, fire-rated assemblies and electrical systems.
Cable and switch planning for access points, cameras, phones, intercoms and access-control devices with power-budget awareness.
Organized racks, patch panels, cable management and labeling designed for serviceability and future expansion.
Endpoint verification or certification appropriate to the project, with failures corrected before handoff.
Consistent labeling, port schedules and records that let IT and service teams identify the physical layer quickly.
Risers, cable schedules and device-location coordination that connect the low-voltage scope to the construction set.
Updated records, rack information and cabling documentation reflecting field changes at project closeout.
Where we work.
Regent5 delivers structured cabling and low-voltage infrastructure for offices, hospitality, retail and commercial spaces in San Francisco, including Pacific Heights, Sea Cliff, Presidio Heights, Noe Valley and Russian Hill, plus South San Francisco, San Mateo, San Carlos, Redwood City, Menlo Park, Palo Alto, Mountain View and San Jose.
During design development or early construction documents, before telecom rooms, ceiling pathways and wall penetrations are fixed. Early coordination reduces route conflicts, undersized sleeves and last-minute changes to racks or network locations.
Cat6A is often selected when higher bandwidth, longer useful life, PoE performance or reduced alien crosstalk are priorities. Cat6 can still be appropriate in some environments. The choice should follow the project’s network standard, distances and expected lifecycle.
Fiber is useful for long distances, backbone links, high bandwidth, electrical isolation and inter-building connections. The fiber type and strand count should be selected around the network architecture and future expansion.
Rack space, backboards, patch panels, switches, UPS, dedicated power, cooling or ventilation, grounding, cable pathways and service clearances should be planned. The room should allow practical maintenance and reasonable growth.
Routes should be coordinated with structure, fire-rated assemblies, ceilings, lighting, ductwork and electrical systems. Cable tray, sleeves and conduit should be sized and located before finish work makes rerouting difficult.
PoE endpoints affect switch selection, port counts, cable counts, heat and UPS requirements. Access points, cameras, phones, intercoms and access-control devices should be included in the power and rack plan rather than treated as ordinary data drops.
Yes. Consistent labeling and testing make future troubleshooting, moves and service much faster. Labels should align with drawings or schedules so the physical endpoint can be traced back to the rack.
Verification confirms basic connectivity and wiring condition; certification tests installed cabling against the performance requirements of the relevant cabling category or standard. The project specification should define what level of testing is required.
Yes. A coordinated low-voltage backbone can support enterprise networking, conference-room AV, surveillance, access control, phones and building systems while still maintaining the separation, topology and security policies each system requires.
Closeout should include current cable schedules, labeling conventions, test results where required, rack and patch-panel records, riser information and as-built drawings reflecting field changes.
Often. Existing cable can be tested and reused when it meets the performance and pathway requirements. Regent5 assesses the current cabling, racks and telecom rooms before deciding what can remain and what should be replaced.
Regent5 provides structured cabling and low-voltage infrastructure for offices, hospitality, retail and commercial spaces across San Francisco, the Peninsula, South Bay, East Bay, Marin and the broader San Francisco Bay Area.
.svg)
© 2026 Regent5, LLC. CSLB C10 & C7 License 1033103.