Components That Join Rooms, Floors and Buildings

01 / Campus backbone

Backbone Fibre Cable

Connect equipment rooms across a campus with a construction suited to the actual duct, riser or external route.

Brief inputs

Route exposure, fibre category, core count, length and spare capacity.

02 / Final connection

Drop Cable & Microduct

Plan the short connection from the distribution point to an individual unit or remote building endpoint.

Brief inputs

Pathway space, bending limits, entry method and endpoint termination.

03 / Route continuity

Campus Splice Closures

Protect cable joints and branches where an interbuilding route requires a serviceable splice point.

Brief inputs

Cable count, diameters, splice capacity, sealing and re-entry access.

04 / Equipment connection

Fibre Patch Cords

Link the permanent cabling to switches, transceivers and neighbouring patch panels without excess unmanaged slack.

Brief inputs

Connector pair, polish, fibre type, length, jacket and loss allowance.

05 / Mating interface

LC & SC Connectivity

Align panel and equipment interfaces while keeping connector format and end-face polish clearly identified.

Brief inputs

Connector format, simplex or duplex layout, polish and mounting.

06 / Dense interconnect

MPO Trunks & Breakouts

Organise high-fibre-count links and equipment breakouts with an end-to-end polarity plan.

Brief inputs

Fibre count, pinning, polarity, connector type and cassette interface.

07 / Passive distribution

PLC Optical Splitters

Distribute a PON connection to multiple endpoints where the system architecture and power budget support it.

Brief inputs

Split ratio, package, connectors, location and total optical loss.

08 / Fibre reuse

WDM Multiplexers

Assess wavelength-based expansion when existing fibre paths need to carry additional compatible services.

Brief inputs

Wavelength plan, channel count, end equipment and link loss.

09 / Active endpoint

Optical Transceivers

Match both link endpoints to the host equipment, fibre path and intended service rather than nominal speed alone.

Brief inputs

Host support, form factor, data rate, wavelength and optical budget.

10 / Remote endpoint

Fibre Media Converters

Bridge a supported copper Ethernet interface to fibre for a remote room, monitoring point or building link.

Brief inputs

Ethernet interface, fibre optics, power, enclosure and operating conditions.

11 / Receiver level

Optical Attenuators

Control received optical power where a verified link calculation shows that attenuation is needed.

Brief inputs

Required attenuation, wavelength, connector, polish and receiver limits.

12 / Local termination

Floor Termination Boxes

Provide a defined termination point close to a floor, tenant area or small local equipment cluster.

Brief inputs

Port count, mounting, cable entry, splice provision and accessibility.

13 / Building distribution

Building Distribution Boxes

Coordinate feeder termination and onward fibre connections in a shared building distribution location.

Brief inputs

Feeder count, outgoing connections, splice storage and maintenance access.

14 / Equipment room

Rack Fibre Patch Panels

Make the permanent cable plant visible and serviceable at the rack, with clear separation from equipment jumpers.

Brief inputs

Rack units, ports, adapters, rear cable entry and splice arrangement.

15 / Service access

Patch Lead Management

Route and retain jumpers so that labels, doors, equipment access and future changes remain practical.

Brief inputs

Cable volume, direction, bend control, slack storage and rack layout.

16 / Fibre pathway

Dedicated Fibre Raceways

Carry fibre between equipment rows and distribution points with coordinated branches and drops.

Brief inputs

Route geometry, fibre volume, support points, outlets and expansion.

17 / Shared route

Communication Cable Trays

Plan supported pathways through service spaces while coordinating cable segregation and access.

Brief inputs

Cable load, route survey, support design, separation and available fill.

18 / Room layout

Network Equipment Cabinets

Bring panels, switches and cable management into a layout that supports installation and later changes.

Brief inputs

Equipment depth, rack space, cable zones, access and ventilation.

19 / Route evidence

OTDR Test Equipment

Locate and characterise events along a fibre path when the agreed test scope requires this evidence.

Brief inputs

Fibre type, wavelengths, range, launch leads and report format.

20 / Permanent joints

Fusion Splicing Equipment

Prepare and join fibres with an equipment package appropriate to the fibre construction and field task.

Brief inputs

Fibre compatibility, preparation tools, splice protection and work conditions.