Consultation Pack

Hall Park Estate

The Hyperoptic installation

About Hyperoptic

Founded in 2011, Hyperoptic is the UK’s largest 1Gb fibre provider offering our own broadband infrastructure to

residential developments. We are on target to offer our service in over 500,000 premises nationwide in the

coming year.

Hyperoptic sets new standards as an ISP, providing broadband and telephony services to residential and

commercial properties. The fastest available speeds in the UK of 1Gb (1,000Mb) is offered as to resident as

standard, alongside our competitive 20Mb and 100Mb speeds. Hyperoptic also offer customers flexibility by

providing residents the choice between, Broadband and Phone, Broadband Only and No Contract packages.

The company has won many peer sponsored awards for their service including 'Best Superfast Broadband'

provider for four consecutive years since 2013.

Scope of Works

The following information outlines a proposal to provide residents at Hall Place 1Gig internet service through the

installation of fibre optic via a series of switches and cable solution, routed through the buildings to each

individual apartment.

This document includes a proposal of how the installation would be completed within the buildings.

Hyperoptic will deliver a fibre connection from the local telephone exchange directly to our cabinet within your

block. As multiple cabinets are required, Hyperoptic will build a fibre optic cable backbone (spine) to support a

number of other cabinets to ensure all residents can receive service.

When the cable is to pass through an area that has been fire sealed, a sufficient sized hole will be made which

will be resealed with a fully approved product, which has been specially developed to meet the fire performance

requirements and ensure the integrity of the building.

Hyperoptic commit to ensuring that all Passive Fire Stopping undertaken on a site will be carried out by fully

trained operatives using the correct products and techniques.

All Operatives will be fully trained in the techniques of Passive Fire Stopping and, instructed on the full use of

Intumescent products in accordance with the manufactures data sheets.

Operatives will be supported and advised by their accredited Installer who will provide a level of supervision.

Internal periodic audits will be carried out by the accredited installer to ensure that standards are being

maintained.

Below outlines the cabinet location for each tower (DP refers to our Cabinets). Each cabinet will be connected via

a fibre spine utilizing existing ducts onsite.

DP-1a – This cabinet will be installed in the electrical intake room of Parsons House.

DP-1b – This cabinet will be installed in the electrical intake cupboard of Edward House (if required).

DP-1c – This cabinet will be installed in the electrical intake room of Hethpool House (if required)..

DP-1d – This cabinet will be installed outside the electrical intake room by the entrance of Churchfield

House (if required).

DP-1e – This cabinet will be installed in the electrical intake room of Crompton House (if required).

DP-1f – This cabinet will be installed in the electrical intake room of Campbell House (if required).

DP-1g – This cabinet will be installed in the electrical intake room of Cuthbert House (if required).

DP-1h – This cabinet will be installed on the first floor outside the electrical riser of Devonshire House (if

required).

DP-1i – This cabinet will be installed in the electrical intake room of 1-10 Philip Court (if required).

DP-1j – This cabinet will be installed in the electrical intake cupboard of 11-26 Philip Court (if required).

DP-1k – This cabinet will be installed in the lift motor room on the roof of Hall Tower (if required). There

is sufficient space for a 450mm deep cabinet in this location and will be 18U in height. The cabinet will

require the installation of an un-switched 13 amp fused spur.

DP-1l – This cabinet will be installed in the lift motor room on the roof of Braithwaite Tower (if required).

There is sufficient space for a 450mm deep cabinet in this location and will be 18U in height. The

cabinet will require the installation of an un-switched 13 amp fused spur.

DP-1n – This cabinet will be installed outside the water tank room on the roof of 7-17 John Aird (if

required).

DP-1o – This cabinet will be installed inside the water tank room on the roof of 71-93 John Aird (if

required).

DP-1p – This cabinet will be installed outside the water tank room on the roof of 94-106 John Aird (if

required).

DP-1q – This cabinet will be installed outside the water tank room on the roof of 127-149 John Aird (if

required).

DP-1r – This cabinet will be installed outside the water tank room on the roof of 116-126 John Aird (if

required).

DP-1s – This cabinet will be installed in in the water tank room on the roof of 177-192 John Aird (if

required).

DP-1t – This cabinet will be installed outside the water tank room on the roof of 216-228 John Aird (if

required).

Cabling installation

The cabling will be installed from the Hyperoptic cabinets to the individual apartments, utilising the existing

building infrastructure. This will include the service utility risers, existing containment, ceiling voids and tray work.

Blocks Edward House, Churchfield House, Campbell House and 1-10 Philip Court are of the same type

and will require abseil from the ground floor cab upwards.

Blocks Hethpool House, Crompton House, Cuthbert House and 11-26 Philip Court will require core

drilling through all the stairwells above the electrical cupboards and then fit 2 inch Galvanised trunking

straight up the stairwells to all floors then cabling will be clipped at high level outside each flat following

existing cable routes.

Braithwaite Tower and Hall Tower are identical and the cabling will be routed externally following the

existing IRS routes

All cabling on blocks John Aird will require abseil this includes all fibres to cabinets.

Below outlines how each block will be cabled.

Riser behind screwed boards in Parsons tower.

Clip out from top of risers.

Riser behind wall needs drilling of hatch.

Sock cables here.

Typical communal corridor in Parsons Tower.

Typical riser within development

Typical communal corridor in Parsons Tower.

Cabling in existing containment.

Cabling from rear of electrical room Edward House.

Abseil up to apartments Edward House.

Trunk through stairs then sock to top of stairs and clip the rest of the

way.

Sock to top of stairs then clip cables at high level

along corridor

Clip and tie cables at Hethpool House

Clip cables from stairs Hethpool House.

Cabling leaving rear of electrical room Campbell House.

Cable up rear of building using abseil.

Sock from trunking to top of stairs then clip using flare

bolts.

Trunk through stairs core drilling required.

Typical communal corridor Cuthbert house

Cable routes for Hall Tower

Cable routes for Hall Tower

Clip cable at high level Hall Tower

Hall Tower roof area

Cable routes to follow existing Brathwaite Tower

Cable routes to follow existing at Braithwaite Tower

Lift motor room area of Braithwaite Tower

Cabling leaving BT intake room

Existing tray John Aird.

Copper cabling for abseil John Aird

Tray on roof John Aird

Typical abseil drop John Aird

Abseil drop John Aird.

John Aird

Cabling from roof John Aird

From abseil drop clip along rear of buildings

Clip along rear from abseil