Media: Case Studies

5 February 2014

Amsterdam Central Station – The Netherlands

Requirement Provide a reliable and flexible CCTV network capable of delivering high FPS and telemetry control to two control centres simultaneously. The Solution Utilised Wavesight’s high performance OFDM wireless bridges to deliver the performance, output and flexibility to achieve the business requirements. Leading Dutch system integrator QCAT were asked to design a wireless network to
9 April 2013

Steel Caster Loading Safety: Corus Construction & Industrial – UK

The Requirement During the steel casting process, a bucket of molten steel must be placed on a casting cradle with a crane. The cradle is not visible from the crane operators’ cab and it is imperative that the loading process be undertaken in a safe and efficient manner. The Solution The planning and implementation of
11 October 2012

Train Driver Subway Platform Display – Seoul

The Requirement The project requirement was to ensure that the train driver has a visual display of the approaching platform some 300 metres before arrival at the start of the platform. All stations are built on a curve and for safety reasons the driver must ensure that the platform edge is clear prior to arrival.
6 September 2012

South Eastern Trains, Waterloo – UK

The Requirement Provide cost effective, reliable data transfer between Waterloo East Station’s control centre and passenger information displays with minimal installation disruption. The Solution Utilised Wavesight’s wireless bridges with built in redundancy measures, which reliably provided the capacity required but avoided the major platform disruption associated with traditional cabling. South Eastern Trains (SET) is one
4 May 2012

Docklands Light Railway Communications and Security – UK

The Requirement Increase in-carriage security and monitoring capability as part of DLR’s expansion plans. The Solution Employed Wavesight’s wireless technology to provide train to control centre wireless infrastructure, capable of real time mobile data transmission. Several years ago Serco Docklands came up with the idea of adding value to the service the DLR provides to
2 February 2012

Airport Security, London Gatwick Airport – UK

The Requirement Provide a secure wireless communications system featuring high data bandwidth with compressed video streams in a compact design. The Solution The planning and implementation of an integrated system utilising WaveMAX and WaveSPRINT units. The WaveMAX deployed on the terminal building are specially modified and are an example of the type of engineering that
13 January 2012

Wireless Information & Ticketing Bus System Milan – Italy

The Requirement A major systems integrator was engaged to implement an on bus information and automatic ticket entry system. A key part of this system was the requirement for a Wi-Fi communications unit capable of automatically connecting to the depot servers whenever a bus comes into the depot. The Solution Wavesight designed and manufactured a
19 December 2011

Tuticorin Port Trust Wireless CCTV Surveillance & Security System – India

The Requirement Any disruptive event at the port can have an impact on cargo movement throughout the region. As such, there is a security and safety imperative to safeguard people, cargo and infrastructure. Key requirements included: • Safeguarding infrastructure, people, cargo and information. • Protection of vulnerable areas such as entrance, exit,jetty area, storage areas,
14 November 2011

London Borough of Islington – UK

The Requirement Currently the UK government is undertaking major refurbishments to housing estates and high rise housing blocks in many London borough’s. As part of this initiative, Homes For Islington (HFI) are currently rejuvenating the Six Acres housing estate in Islington, North London, a built up living area comprising of many blocks of flats and
8 October 2011

London Borough of Hackney – UK

The Requirement The need to run CCTV images from a number of high rise buildings and relay these back to a central monitoring facility with no or minimal civil engineering lead to a decision to deploy wireless technology. The Solution The decision to use Wavesight WaveMAX technology was made principally on the basis of the
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