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Projects Events

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  • 131 - European Global Navigation Satellite System based Map Assisted Train Localisation for ERTMS - EGNSS MATE

    131 - European Global Navigation Satellite System based Map Assisted Train Localisation for ERTMS - EGNSS MATE

    Element 2 - Competitiveness in PNT
    Start date: 23/01/2023
    Duration: 2 Months
    The EGNSS MATE project aims to develop a solution for the problem of localising trains in an accurate and safe manner. Positioning information enables moving block operations in the European Traffic Management System, allowing capacity increases and fixed asset reductions on exisiting lines. Within this project, map assisted sensor fusion algorithms will be developed by DLR. The algorithm…

    Prime contractor

    Swiss Federal Railways (SBB)

    Name: Swiss Federal Railways (SBB)

    Country: Switzerland

    Website: https://www.sbb.ch/de

    Subcontractors

    Industrieanlagen-Betriebsgesellschaft mbH (IABG)

    Name: Industrieanlagen-Betriebsgesellschaft mbH (IABG)

    Country: Germany

    Website: https://www.iabg.de/en/

    German Aerospace Center (DLR)

    Name: German Aerospace Center (DLR)

    Country: Germany

    Website: https://www.dlr.de/DE/Home/home_node.html

  • 069 - SSROVER DAB+

    069 - SSROVER DAB+

    Element 2 - Competitiveness in PNT
    Start date: 01/05/2022
    Duration: 12 Months
    New digitalization and automation applications in agriculture and automotive require precise GNSS positioning information in real-time, everywhere and always. In regions with limited mobile internet access, farmers have to use commercial PPP or PPP-RTK corrections provided in proprietary data formats via geostationary satellites with low elevation and therefore with unreliable reception. The…

    Prime contractor

    Alberding GmbH

    Name: Alberding GmbH

    Country: Germany

    Website: https://www.alberding.eu/

    Subcontractors

    Fraunhofer Institute for Integrated Circuits (FhG-IIS)

    Name: Fraunhofer Institute for Integrated Circuits (FhG-IIS)

    Country: Germany

    Website: https://www.iis.fraunhofer.de/

    Geo++ GmbH

    Name: Geo++ GmbH

    Country: Germany

    Website: https://www.geopp.de/

    InPosition

    Name: InPosition

    Country: Switzerland

    Website: https://inposition.ch/

    LDBV

    Name: LDBV

    Country: Germany

    Website: https://www.ldbv.bayern.de/

    BKG

    Name: BKG

    Country: Germany

    Website: https://www.bkg.bund.de/DE/Home/home.html

  • 039 - Earth Moon GNSS Spaceborne Receiver for In-Orbit-Demonstration

    039 - Earth Moon GNSS Spaceborne Receiver for In-Orbit-Demonstration

    Element 1 - Innovation in satellite Navigation
    Start date: 07/04/2021
    Duration: 17 Months
    Current GEO and GTO missions already exploit GNSS signals for in-orbit PNT. NASA’s MMS mission has recently demonstrated that tracking of GPS signals is possible up to 150,000 km from Earth surface (half-way the distance to the Moon).  The feasibility of extending the use of GNSS for missions to the Moon has also preliminarily been assessed by ESA via GSP. These preliminary studies have…

    Prime contractor

    SpacePNT

    Name: SpacePNT

    Country: Switzerland

    Website: https://spacepnt.com/

    Subcontractors

    EECL

    Name: EECL

    Country: United Kingdom

    Website: http://engineeringconsultancy.eu/

  • 032 - Advanced concept for chip-scale atomic clocks

    032 - Advanced concept for chip-scale atomic clocks

    Element 1 - Innovation in satellite Navigation
    Start date: 01/03/2020
    Duration: 18 Months
    Compact (few cc volume) and low power consumption (< 200 mW) atomic clocks (also known as Chip-Scale Atomic Clocks, CSAC) have become commercially available in the last decade and have demonstrated their benefits for a wide range of applications, such as PNT in adverse environment (long coherent integration), secure telecommunication or for timing hold-over in case of loss of GNSS or other network…

    Prime contractor

    University of Neuchatel

    Name: University of Neuchatel

    Country: Switzerland

    Website: https://www.unine.ch/ltf

    Subcontractors

    EPFL

    Name: EPFL

    Country: Switzerland

    Website: https://www.epfl.ch

  • 023 bis - Earth-Moon Navigation: System Study and development of a high-sensitive spaceborne receiver

    023 bis - Earth-Moon Navigation: System Study and development of a high-sensitive spaceborne receiver

    Element 1 - Innovation in satellite Navigation
    Start date: 27/02/2020
    Duration: 15 Months
    GPS has been used in space for more than 20 years and currently it is consistently used in LEO orbit satellites in order to provide position, velocity and time information. Extension of its use to higher altitude missions has been the subject of multiple studies, GEO and GTO orbits currently exploit GNSS signals and the NASA Magnetospheric Multiscale (MMS) mission has recently demonstrated that…

    Prime contractor

    GMV NSL Ltd

    Name: GMV NSL Ltd

    Country: United Kingdom

    Website: https://www.gmv.com/en-es

    Subcontractors

    SAPHYRION SAGL

    Name: SAPHYRION SAGL

    Country: Switzerland

    Website: http://www.saphyrion.ch/

    GMV Innovating Solutions S.R.L.

    Name: GMV Innovating Solutions S.R.L.

    Country: Romania

    Website: https://www.gmv.com

  • 072 - DETECTRION

    072 - DETECTRION

    Element 2 - Competitiveness in PNT
    Start date: 18/01/2020
    Duration: 26 Months
    DETECTRION is an Interference detection oriented GNSS RF Recording and Playback System able to operate in an autonomous and reliable manner in response to interferences by detecting them and recording a pre-programmed set of GNSS bands upon these events. DETECTRION is a market innovation, since currently there are no standalone products that integrate all features foreseen in this project.…

    Prime contractor

    SAPHYRION SAGL

    Name: SAPHYRION SAGL

    Country: Switzerland

    Website: http://www.saphyrion.ch/

  • 023 - Earth-Moon Navigation / System Study and Development of a Highly-Sensitive Spaceborne Receiver Prototype

    023 - Earth-Moon Navigation / System Study and Development of a Highly-Sensitive Spaceborne Receiver Prototype

    Element 1 - Innovation in satellite Navigation
    Start date: 09/01/2020
    Duration: 15 Months
    GPS has been used in space for more than 20 years and currently it is consistently used in LEO orbit satellites in order to provide position, velocity and time information. Extension of its use to higher altitude missions has been the subject of multiple studies, GEO and GTO orbits currently exploit GNSS signals and the NASA Magnetospheric Multiscale (MMS) mission has recently demonstrated that…

    Prime contractor

    SYDERAL SWISS SA

    Name: SYDERAL SWISS SA

    Country: Switzerland

    Website: https://www.syderal.swiss/

    Subcontractors

    The University of Nottingham

    Name: The University of Nottingham

    Country: United Kingdom

    Website: https://www.nottingham.ac.uk/

    Harp Technologies Ltd

    Name: Harp Technologies Ltd

    Country: Finland

    Website: https://www.harptechnologies.com/

  • 006 - SPACE GNSS RECEIVER

    006 - SPACE GNSS RECEIVER

    Element 2 - Competitiveness in PNT
    Start date: 04/04/2018
    Duration: 19 Months
    The aim of this activity is to develop the EM of a multi-constellation multi-frequency spaceborne receiver product (called NAVILEO) that addresses the requirements of the New Space market, bringing the gap between today’s low-end and high-end GNSS space receiver solutions, and offering a high performance, autonomous, state-of-the-art navigation solution at an affordable price for single…

    Prime contractor

    SYDERAL SWISS SA

    Name: SYDERAL SWISS SA

    Country: Switzerland

    Website: https://www.syderal.swiss/

  • 005 - SY10x7A8 qualification

    005 - SY10x7A8 qualification

    Element 2 - Competitiveness in PNT
    Start date: 01/02/2018
    Duration: 15 Months
    To address higher requirements from customers, Saphyrion has developed, through an internal project the SY1007A and SY1017A devices, which consist of an RF front-end and an AD/DA-converter ASIC for GNSS applications. The SY1007A is a radiation hardened L-band RF down-converter for GNSS receivers aimed at the professional and space markets. It includes all functional blocks needed to implement the…

    Prime contractor

    SAPHYRION SAGL

    Name: SAPHYRION SAGL

    Country: Switzerland

    Website: http://www.saphyrion.ch/

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