In-Pipe Fibre Optics for Communications & Sensing

REPEATABLE - PREDICTABLE - MANAGEABLE

For Home-Drops or Point-to-Point connections

CRALEY Fibre Home-Drop

CRALEY Fibre™ Home-Drop kits use the property’s
pre-existing water supply pipe as a conduit for the simple and direct deployment of a 4 fibre unit (4FU) drop cable.

The water pipe has a direct and un-interrupted route from the property boundary to the premises, making it ideal to use as a conduit for installing CRALEY's patented
Home-Drop solution.

Often, the layout of every property is very different, creating an additional challenge for fibre broadband providers in that each property becomes a separate project in itself.

One of the key benefits of the CRALEY Fibre Home-Drop kit is that each installation is the same, regardless of the layout of the property or what obstacles there may be if traditional techniques were used; ornate driveways, other utility services, tree roots etc. This makes the Home-Drop process repeatable and ensuring a faster, less disruptive and more cost-effective connection (and without the risk of striking other services).

Another key benefit is the longer the connection distance, the more cost-effective a CRALEY Fibre Home-Drop becomes, compared to using traditional techniques. The per metre cost and time taken of traditional techniques increases linearly with distance, whereas with CRALEY's Home-Drop kit, the cost of extra distance is relatively insignificant.

CRALEY Fibre™ Home-Drop kits are a trenchless method that minimises the challenges experienced with traditional, civils-based installation techniques.

The trenchless technique

There are many challenges faced when using traditional home-drop installation techniques
and the CRALEY M-series avoids them all.

Decorative paving
Coloured tarmac
Landscaped gardens
Long concrete driveways
Resin driveways
Steps and tiers

Mature tree roots
Water features
Raised beds
Tiered ground
Mature shrubs and hedges
Other utility connections

CRALEY Home-Drop customer / contractor benefits

Quick trenchless installation
More cost effective over longer distances
Rapid installation with minimal work-force
Easement and right-of-way issues are avoided

Minimal disruption to the property owner
No heavy machinery required
Avoids obstructions both above and below ground
No surface scarring

A full installation requires training by a qualified technician and correctly sized pipe saddles for each fitting. For further information please contact the sales office or complete the contact us form.

Fully approved and certified for use in potable water

CRALEY Fibre Overview

CRALEY Fibre in-pipe fibre optics D-Series

CRALEY Fibre™ D-Series Fitting

CRALEY Fibre M-Series in-pipe fibre optics

CRALEY Fibre™ M-Series Fitting

P2P Connections with CRALEY Fibre

Using CRALEY Fibre™ for fibre optic deployment makes perfect sense, as the infrastructure is already there. This existing infrastructure provides a ready-made conduit in which a fibre cable can be installed at a faster and more cost-effective way, when compared to traditional methodologies.

Using CRALEY Fibre™ consistently provides:

A faster deployment method
Reduced civil works
Less neighbourhood disruption
Less traffic management
Cost reductions
Minimal or no requirement for wayleaves

One of the key design concepts with CRALEY Fibre™ is the hollow Messenger Pipe™, which is a deliberate engineering consideration, and make the finished installation fully future-proofed against changing fibre technology and/or fibre count requirements. Once the Messenger Pipe™ installation has been completed, the fibre cable can be inserted using standard
fibre-blowing techniques, installing just as many fibres as is required at that point. Should the requirement change, or fibre cable technology has moved on, the cable can simply be removed and a new cable blown-in at any time.

CRALEY Fibre FTTx, FTTH, FTTP, Rural Broadband

A typical valve bypass with a CRALEY Fibre™ T-Series fitting

Benefits Overview

CRALEY Fibre™ is suitable for use on any pipeline size or material.

1.

All 'wet-parts' are water industry approved and certified safe to use on potable water networks by WRAS and NSF, plus they have Reg31 & Reg 33 approval in the UK.

2.

CRALEY Fibre™ fittings interface with industry standard pipe saddles, bosses or flange fittings.

3.

CRALEY Fibre™ facilitates the creation of a future-proofed SMART Pipeline, providing not only communication links, but also monitoring and third-party intrusion capabilities.

4.

CRALEY Fibre™ is particularly suitable for extra-urban and rural fibre deployment; areas where using traditional techniques are not always commercially viable.

5.

Benefits by Sector

Using CRALEY Fibre™ provides the opportunity for pipeline owners to create mutually beneficial collaborations with ISPs, telecommunication companies, municipalities and/or communities to increase fibre penetration and increase 'social inclusion'.

Typical uses:

Point to Point fibre links and dark-fibre provision
4G, 5G and FTTx applications
SCADA communications network upgrade
Intranet networks
Real-time, evidential-grade CCTV backhaul
Smart Cities and Smart Communities applications
Leak Monitoring, Third-party Intrusion and CBRM mitigation when combined with CRALEY Sensing™

Facilitating SMART pipeline Networks
Ultra-fast fibre connections to all assets, sensors and actuators
Advanced, 24/7 365
real-time leak monitoring when combined with
CRALEY Sensing™
Internal communication links between assets
Third-Party Intrusion (TPi) detection
Water Terrorism
(CBRN & Toxin Mitigation)

Faster deployment of fibre optic cables
Quicker time to market and faster ROI
Makes rural and outlying fibre connectivity commercially viable
Minimal disruption
Primarily trenchless
Minimised permitting required
Minimised wayleaves and easement access
Fibre-counts of up to 432 available

Cost-effective backhaul connectivity for increased cell-count numbers
Fibre optic that can deliver necessary backhaul speeds
Ideal for creation of private 5G networks
Particularly suitable for rural areas
Sensor connectivity for SMART utility networks and cities
Increased mobile coverage
Metro-cell backhaul
Femto-cell backhaul

Deeper fibre penetration for same CAPEX cost
Municipality owned networks
Private campus networks
Breaking the digital divide and addressing social inclusion
Particularly suitable for rural and outlying areas
Community/municipal communication links
Backhaul for mobile infill coverage of not-spots

Companyies d'aigua

Companyies de telecomunicacions

Cooperatives rurals

Operadors de xarxes mòbils