Skip to main content

Kapsch CarrierCom to implement railway communication network in Luxembourg

Luxembourg’s national railway operator CFL has awarded Kapsch CarrierCom the contract to implement a countrywide railway communication network based on GSM-R (Global System for Mobile Communications – Railway) for the country’s railway network. The contract, which is scheduled to be complete at the beginning of 2017, includes operation and service support for the first three years. Kapsch will be installing an end-to-end railway telecommunication network based on the GSM-R standard, including a modern IP
March 30, 2016 Read time: 2 mins
Luxembourg’s national railway operator CFL has awarded 81 Kapsch CarrierCom the contract to implement a countrywide railway communication network based on GSM-R (Global System for Mobile Communications – Railway) for the country’s railway network. The contract, which is scheduled to be complete at the beginning of 2017, includes operation and service support for the first three years.

Kapsch will be installing an end-to-end railway telecommunication network based on the GSM-R standard, including a modern IP-based Release 4 core network and a future-proof access network. The access network features Kapsch’s latest Railway Dedicated Network (RDN) RDN.base station, which is ERTMS grade and IP-capable. Delivery and integration of other sub-systems, such as a new dispatcher network with integration on the existing system and the fiber based transmissions system, will also be provided by Kapsch.

In addition, the new system enables the technical interoperability on a European level in accordance to the trans-European high-speed rail system intended by the European Union.

For more information on companies in this article

Related Content

  • Russia ramps-up technologies for transport communications
    March 28, 2018
    Covering an area almost as big as the US and Canada combined, Russia is planning to increase transport-related communications to improve road safety and traffic efficiency. Eugene Gerden reports. Russia’s government plans to increase road safety through the use of modern transport communication and the development of the relevant legislative base. Initially, particular attention will be on the introduction of connected cars and Vehicle to Anything (V2X) technologies. Russia has fewer than 60,000
  • Russia ramps-up technologies for transport communications
    March 28, 2018
    Covering an area almost as big as the US and Canada combined, Russia is planning to increase transport-related communications to improve road safety and traffic efficiency. Eugene Gerden reports. Russia’s government plans to increase road safety through the use of modern transport communication and the development of the relevant legislative base. Initially, particular attention will be on the introduction of connected cars and Vehicle to Anything (V2X) technologies. Russia has fewer than 60,000 connect
  • DG MOVE’s Christos Economou on the EU’s vision for road transport
    July 26, 2013
    Christos Economou, Deputy Head of Unit dealing with land transport within the European Commission’s DG MOVE, describes a new framework for road charging in Europe to Jason Barnes. Within the European Union (EU), two Directives shape the legislative framework on road charging. Directive 1999/62/EC sets up a number of rules to make sure that national road charging schemes do not distort competition on the internal market or discriminate between hauliers. It is misleadingly called ‘Eurovignette’ after the comm
  • Axis innovations in surveillance technology
    June 2, 2015
    Axis Communications has been an innovator in surveillance camera technology for over 20 years, and visitors to the company’s booth at the ITS America Annual Meeting can see just how advanced the systems have become. As the company points out, all surveillance cameras were analog 20 years ago. They delivered video via a coaxial cable to a recorder that stored the video on a tape. It was in 1996 that Axis Communications invented the network camera, which made it possible to connect a video camera directly to