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DCOS Network · physical layer

Structured cabling engineered as critical infrastructure.

DCOS Network delivers the copper, fiber, pathways, termination, labeling, testing and records that connect facility systems, security, OOB, campus users, carrier demarcations and data-center equipment. The physical layer is designed, accepted and maintained as an operational system—not treated as an undocumented construction commodity.

Scope
Building · Data hall · Yard · Campus
Media
Copper · Single-mode · Multimode · MPO/MTP
Domains
OT · IT · OOB · Security · Carrier
Acceptance
Test results · Labels · As-builts

Service scope

  • Inside-plant and outside-plant fiber
  • Horizontal copper
  • Backbone and riser
  • Data-hall structured cabling
  • Building-management and OT cabling
  • Physical-security cabling
  • OOB and console cabling
  • Carrier entrance and demarcation coordination
  • Patch panels, fiber shelves and enclosures
  • Raceway, tray and pathway coordination
  • Equipment cords, jumpers, optics and polarity
  • Grounding/bonding interface coordination
  • Labeling and administration
  • Testing and certification
  • Moves, adds, changes and lifecycle documentation

Design classes

Physical-layer design classes matched to each part of the campus.

Building and campus backbone

Diverse fiber trunks, building entrances, route and splice records, spare capacity, environmental protection and restoration planning.

Data hall and rack

Row, rack, patch-panel, overhead/underfloor, trunk, cassette, polarity, port and service records sized for density and change.

OT and facility

Industrial media, segregation, shielding, grounding, environmental rating, field-switch and controller connectivity coordinated with the Building Management Network.

Security

Camera, reader, door, intercom, intrusion, ALPR, PoE, uplink, retention and serviceability requirements coordinated with DCOS Secure.

OOB and recovery

Independent management, console, cellular, gateway and alternate-path cabling with common-mode and power-path documentation.

Engineering requirements

  • Cable and connector standard selected by application
  • Link-loss and channel-loss budgets
  • Fiber type, count, polarity and connector
  • Copper category and PoE class
  • Bend radius and pulling tension
  • Tray and fill
  • Separation from power and interference
  • Firestopping and rating
  • Environmental and outdoor protection
  • Surge/lightning/grounding where applicable
  • Redundant route and entrance validation
  • Spare strands, ports and growth
  • Label schema and stable identifiers
  • Port, panel, rack, circuit and service correlation
  • Owner, demarcation and maintenance responsibility

Acceptance

  • Visual inspection
  • Label and administration audit
  • Copper certification to the selected channel/permanent-link standard
  • Fiber insertion loss and polarity
  • OTDR where required
  • End-face inspection and cleaning
  • PoE validation where required
  • Patch and cross-connect verification
  • Diversity and route review
  • Port and rack record reconciliation
  • As-built drawings
  • Test-result import and handback
  • Sample service and failure test

Managed lifecycle

  • Cable and port inventory
  • Capacity and reservation
  • Cross-connect and patch workflow
  • Moves/adds/changes
  • Fiber cleaning and inspection
  • Break/fault localization
  • Spare materials
  • Vendor and contractor QA
  • Record reconciliation
  • Customer handback

Scope boundary

DCOS Structured Cabling may be designed, furnished, installed, tested, managed or coordinated according to the order. Pathways, firestopping, electrical work, civil work, carrier construction and licensed trade responsibilities are explicitly assigned rather than assumed.

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Make the physical layer as supportable as the systems it connects.