CGWEB NETWORKSSITE INFRASTRUCTURESend Site Brief
Home / Site Equipment
The equipment schedule

Specify the Site, Then Select the Equipment

A telecom cabinet, an optical distribution point and a power system meet at the same site. Start with their interfaces so that a product quote covers the installation you actually need.

15 equipment families

From Outdoor Housing to the Fibre Endpoint

Filter by the part of the deployment you are preparing. These are product families, not confirmed stock or fixed configurations; request current drawings and data for the selected option.

Outdoor telecom cabinet with equipment access doors
01 / Equipment housing

Outdoor Telecom Cabinets

Define the usable equipment space, cable entries, mounting and thermal requirements for an exposed communications site.

Quote inputs: Exposure, rack layout, access and protection requirements.

Discuss configuration →
Communications equipment enclosure at an outdoor base station
02 / Equipment housing

Base Station Enclosures

Bring the radio-site equipment arrangement and enclosure interfaces into a single configuration enquiry.

Quote inputs: Equipment dimensions, cable routes and site constraints.

Discuss configuration →
Freestanding shelter for communications equipment
03 / Equipment housing

Telecom Equipment Shelters

Compare shelter layouts for equipment that needs accessible interior space and coordinated power and cooling interfaces.

Quote inputs: Access, equipment plan, services and installation method.

Discuss configuration →
Integrated communications rack with equipment bays
04 / Equipment housing

Integrated Equipment Racks

Organise communication, distribution and power equipment around service clearance and a documented rack schedule.

Quote inputs: Rack units, equipment depth, cable zones and loading.

Discuss configuration →
Fibre cross connect cabinet with arranged termination fields
05 / Fibre distribution

Fibre Cross Connect Cabinets

Bring feeder termination, distribution and re-entry requirements together at a serviceable access-network node.

Quote inputs: Feeder cables, outgoing fibres, adapters and splice storage.

Discuss configuration →
Fibre distribution box with adapters and splice trays
06 / Fibre distribution

Fibre Distribution Boxes

Select a termination point around incoming cables, subscriber connections and available installation space.

Quote inputs: Core count, entry sizes, mounting and access control.

Discuss configuration →
Rack mounted optical distribution patch panel
07 / Fibre distribution

Optical Distribution Panels

Make the supplied panel scope explicit, including adapters, pigtails, trays and front-to-rear cable management.

Quote inputs: Rack format, port count, connector polish and accessories.

Discuss configuration →
Optical fibre splice closure with internal cable organisation
08 / Fibre distribution

Fibre Splice Closures

Protect joints and branches with a closure selected for the cable configuration and the actual route environment.

Quote inputs: Cable diameters, splice count, sealing and re-entry.

Discuss configuration →
Optical fibre cable reel for a telecommunications route
09 / Access fibre

Outside Plant Fibre Cable

Specify construction for the surveyed duct, aerial or other route rather than choosing by fibre count alone.

Quote inputs: Route, fibre category, construction, length and pulling limits.

Discuss configuration →
FTTH drop cable and microduct components
10 / Access fibre

FTTH Drop Cable & Duct

Coordinate the final access connection with the pathway, termination method and building entry conditions.

Quote inputs: Drop length, bend control, entry method and fibre count.

Discuss configuration →
Connectorised fibre patch cords for network equipment
11 / Access fibre

Optical Patch Cords

Complete the connection between distribution hardware and equipment with clearly identified optical interfaces.

Quote inputs: Length, connector pair, polish, fibre type and jacket.

Discuss configuration →
Connectorised passive optical splitter
12 / Access fibre

PLC Optical Splitters

Match the split ratio and package to the access-network design and its complete optical loss budget.

Quote inputs: Split ratio, connectors, mounting and insertion loss data.

Discuss configuration →
Telecommunications direct current power system
13 / Site power

Telecom DC Power Systems

Prepare the input, output and load schedule before comparing power configurations for communications equipment.

Quote inputs: Supply conditions, load profile, outputs and monitoring.

Discuss configuration →
Power distribution cabinet with protected outgoing circuits
14 / Site power

Power Distribution Cabinets

Identify the circuit schedule, protection arrangement and cabinet interfaces needed at the telecom site.

Quote inputs: Circuit quantities, ratings, protection and cable entries.

Discuss configuration →
Busbar power distribution system in an equipment installation
15 / Site power

Busbar Distribution Systems

Coordinate distribution routes and connection points with the equipment plan and project electrical design.

Quote inputs: Electrical design, mounting, outlets and monitoring scope.

Discuss configuration →
A comparable equipment quote

Separate the Base Product from the Included Scope

A price comparison is useful only when quantities, accessories, configuration and responsibilities are aligned.

Mechanical Scope

List the enclosure, rack fittings, plinth, brackets, cable glands and any specified environmental provisions.

Optical Scope

Record adapters, pigtails, patch cords, splitters, splice trays and the required connector and polish.

Power Scope

Identify inputs, outputs, protection, monitoring and electrical interfaces for project-specific review.

One connected scope

Send the Cabinet Layout and Fibre Schedule Together

Include known requirements and mark unverified assumptions before comparing equipment configurations.

Prepare a Site Enquiry