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QUALITY DATA, ALGORITHMS AND PRODUCTS
FOR THE GNSS USER COMUNITY

magicGNSS User Terminal is a novel hand-held device which provides a PPP-based positioning and integrity solution to the users.

Get more information about magicGNSS User Terminal

Welcome to magicGNSS!

magicGNSS suite implements state-of-the-art GNSS algorithms developed by GMV as a result of 25 years' experience in the field. It comprises a set of GNSS tools

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You can also visit our portfolio to get more information about our products, services and publications!

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magicEPHEM is a generator of long-term multi-constellation GNSS orbit and clock predictions.

Key Features:

  • Multi-constellation
  • Hourly updated predictions
  • Standard formats (SP3, RINEX)
  • Adaptable to specific user needs




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Publications

2022
IONGNSS 2022, A. González, J. C. Lopez, M. Crespo, J.L. Carretero, E. Carbonell, D. Calle, I. Rodríguez GMV, Spain, Exploring the limits of PPP High Accuracy solution in urban scenarios
IONGNSS 2022, Guillermo Tobias, Ana González, Irma Rodriguez, Pedro Navarro, Francisco Sobrero, Enrique Carbonell, David Calle, and Jaime Fernandez, GMV, Spain, LEO Satellites for PNT, the Next Step For Precise Positioning Applications
IONGNSS 2022, A. Chamorro, D. Calle, GMV; C. Marshal, E. Rubinov, D. Woodrow, Frontier SI; F. Gunnarsson, B. Chaudhry, Ericsson; M. Wierzbicki, Optus, Field testing of 5G based high-accuracy positioning using RTK and PPP-RTK
IONGNSS 2022, S. Cancela, A. Chamorro, A.J. García, D. Calle, GMV; F. J. de Blas, J. Vazquez, C. Hernández, EUSPA; I. Fernández-Hernández, European Commission, Early demonstration of Galileo HAS user performances
IONGNSS 2022, P. F. Navarro, I. Rodríguez, H. S. Martínez, D. Calle, F. J. Sobrero, GMV, Spain, A Safety Processor to guarantee Integrity of High-Accuracy Products
2021
IONGNSS 2021, A. Gonzalez, D. Calle, I. Rodríguez,  G. Tobías, E. Carbonell, P. Navarro, GMV, Spain, Advanced Integrity Concept as one Step Further in GNSS-based Positioning for Autonomous Driving
IONGNSS 2021, D. Calle, I. Rodríguez, G. Tobías, J. Barrios, J. G. Pericacho, J. Arenas, GMV, Spain, PPP Augmentation based on GEO-E5B Signal
2020
IONGNSS 2020, D. Calle, E. Carbonell, A. Chamorro, A. González, C. Mezzera, P. Navarro, D. Rodríguez, I. Rodríguez, G. Tobías, GMV, Spain, Assured precise point positioning techniques driving the future
IONGNSS 2020, D. Calle, L. Martínez, G. Tobías, GMV, Spain, magicGNSS Precise Product Provision for LEO POD Applications
Webinar 2020, I. Rodríguez, D. Calle, GMV, Spain, SATELLITE NAVIGATION to enable the way from SCIENCE FICTION to the next generation of AUTONOMOUS CARS
2019
IONGNSS 2019, D. Calle, E. Carbonell, J.L. Carretero, A. Chamorro, J. Durán, C. Mezzera, P. Navarro, I. Rodríguez, GMV, Spain, Cutting-edge technical solutions for the next generation of autonomous vehicle
IONGNSS 2019, Jose Luis Carretero, Cecilia Mezzera, Pedro Navarro, Pedro Roldán, Guillermo Tobías, Lucía Tomaino, GMV, Spain, TESTING OF PPP SOLUTION AIDED WITH ENHANCED ALGORITHMS OF INTEGER AMBIGUITY RESOLUTION
2018
IGNSS 2018, C. Mezzera, E. Carbonell, B. Torres, D. Calle; GMV, Spain, New Generation of Precise Point Positioning: Exploiting synergies with SIS-based Positioning Augmentation Services
IONGNSS 2018, D. Calle, E. Carbonell, P. Navarro, I. Rodríguez, P. Roldán, GMV, Spain, Strap-down Multiconstellation GNSS+Sensors Navigation in Smart Devices
IONGNSS 2018, D. Calle, E. Carbonell, P. Navarro, P. Roldán, I. Rodríguez, G. Tobías; GMV, Spain, Facing the challenges of PPP: Convergence Time, Integrity and Improved Robustness
2017
EGU 2017, P. Roldán, P. Navarro, D. Rodríguez, I. Rodríguez, GMV, Tres Cantos, Spain, POD and PPP with Multi-Frequency Processing
IGS Workshop 2017, G. Tobías, P. Navarro, I. Rodríguez, GMV, Spain, Real Time IGS Service
IGS Workshop 2017, G. Tobías, P. Navarro, I. Rodríguez, J. Carretero, D. Calle, P. Roldán, L. Martínez, GMV, Spain, magicGNSS' Web Service
IONGNSS+ 2017, E. Domínguez, E. Carbonell, D. Calle, L. Martínez, P. Navarro, C. Moriana, M. Azaola, GMV, Spain, Advanced GNSS Algorithms for Safe Autonomous Vehicles
IONGNSS+ 2017, P. Navarro, P. Roldán, D. Calle, I. Rodríguez, C. Cela, M. Laínez, M. Romay, GMV, Spain, Observing the Behaviour of High Stable Galileo Satellite Clocks and Exploring Potential Associated Benefits
IONGNSS+ 2017, D. Calle, E. Carbonell, P. Navarro, I. Rodríguez, P. Roldán, G. Tobías, GMV, Spain, Trends, Innovations and Enhancements for Low-Cost PPP
2016
IGS workshop 2016, magicGNSS' Team, magicGNSS' Contribution to Real Time IGS Service
EGU 2016, A.J. García, D. Luque and G. Tobías GMV, Tres Cantos, Spain, Box-wing Model Approach for Solar Radiation Pressure in a Multi-GNSS Scenario
IONGNSS+ 2016, D. Calle, P. Navarro, I. Rodríguez, G. Tobías, GMV, Spain, Moving Forward to the Future Low-Cost PPP Paradigm
IONGNSS+ 2016, I. Rodríguez, L. Martínez, G. Tobías, J. Calle, M. Romay, M. Laínez, P. Navarro, GMV, Spain, Galileo, an ace up in the sleeve for PPP techniques
IONGNSS+ 2016, A. García, D. Luque, P. Navarro, G. Tobías, GMV, Spain, Galileo Simple Box-Wing Model Plus ECOM for Improving Orbit and Clock Prediction Performances
NAVITEC 2016, E. Carbonell, J. Calle, L. Martínez, P. Navarro, D. Rodríguez, P. Roldán, G.Tobías, GMV, Pushing the Limits of Low-Cost PPP with Real-Time Ionospheric Corrections
2015
Galileo Science Colloquium 2015, D. Calle, P. F. Navarro, D. Rodríguez, I. Rodríguez, R. Rosa and G. Tobías, MagicPPP in your Pocket: a Smart, Portable and Efficient Multi-GNSS High-accuracy Solution
IONGNSS+ 2015, G.Tobías, A.J. García, C.García, M.D.Laínez, P.F.Navarro, I.Rodríguez, GMV, Advanced GNSS Algorithms and Services Based on Highly-stable On-board Clocks
IONGNSS+ 2015, Navarro Madrid, P. F., Laínez Samper, M. D., Romay Merino, M. M., GMV, New Approach for Integrity Bounds Computation Applied to Advanced Precise Positioning Applications
IONGNSS+ 2015, G. Tobías, J.D. Calle, A.J. García, D. Luque, I. Rodríguez, GMV, magicGNSS' RTCM-based service, a leap forward towards multi-GNSS High Accuracy Real-Time processing
2014
IGS workshop 2014, magicGNSS' Team, magicGNSS' Contribution to Real Time IGS Service
IONGNSS+ 2014, Guillermo Tobías, J. David Calle, Pedro Navarro, Irma Rodríguez, Daniel Rodríguez, GMV, Spain, Real-Time PPP with Galileo, paving the way to European High Accuracy Positioning
IONGNSS+ 2014, Guillermo Tobías, J. David Calle, Pedro Navarro, Irma Rodríguez, Daniel Rodríguez, GMV, Spain, magicGNSS' Real-Time POD and PPP multi-GNSS Service
IONGNSS+ 2014, Laínez Samper, María D., Romay Merino, Miguel M., Tobías González, Guillermo, Barba Martí, David, GMV, PPP for Advanced Precise Positioning Applications, Including Reliability Bound
2013
PPP Workshop Ottawa 2013, G. Tobías, D. Calle, A. Mozo, P. Navarro, R. Píriz, D. Rodríguez, GMV, Spain, An Industry Approach to Precise Point Positioning
2012
IONGNSS 2012, Álvaro Mozo, GMV, J. David Calle, Pedro Navarro, Ricardo Píriz, Daniel Rodríguez, Guillermo Tobías, GMV, Spain, Demonstrating In-The-Field Real-Time Precise Positioning
EFTF 2012, R. Píriz, D. Calle GMV, Madrid, Spain; C. Plantard, G. Cerretto INRiM, Torino, Italy, Smartphone application for the near-real time synchronization and monitoring of clocks through a network of GNSS receivers
2011
IONGNSS 2011, R. Píriz, D. Calle, P. Navarro, A. Mozo, D. Rodríguez, G. Tobías, GMV, Spain, A Novel Device for Autonomous Real-Time Precise Positioning with Global Coverage
IONGNSS 2011, Guillermo Tobías, Cristina García, Álvaro Mozo, Pedro Navarro, Ricardo Píriz, Irma Rodríguez, Daniel Rodríguez, GMV, Spain, Filling in the gaps of RTK with Regional PPP
2010
IONGNSS 2010, M.A. Azaola, D. Calle, A. Mozo, R. Píriz, GMV, Spain, Autonomous Isotropy-Based Integrity using GPS and Glonass
Asian GNSS 2010, Miguel M. Romay Merino, Álvaro Mozo García, Ricardo Píriz, María D. Laínez Samper, Multisystem Real Time Precise-Point-Positioning, today with GPS+GLONASS in the near future also with QZSS, Galileo, Compass, IRNSS
IGS Workshop 2010, magicGNSS' Team, Towards Real-Time PPP with GPS and GLONASS
2009
PTTI 2009, R. Píriz, GMV, Spain; G. Cerretto, A. Perucca, P. Tavella, INRiM, Italy, Evaluation of the Time and Frequency Transfer Capabilities of a Network of GNSS Receivers located in Timing Laboratories
Semana Geomática 2009, Álvaro Mozo García, Ricardo Píriz, Daniel Rodríguez Porcheron, GMV, Spain, magicGNSS: Quality Data, Algorithms and Products for the GNSS User Community
Tokyo 2008, Álvaro Mozo, Ricardo Píriz, Miguel M. Romay Merino, Ignacio Alcantarilla, GMV, Spain, magicGNSS: Quality Data, Algorithms and Products for the GNSS User Community
IONGNSS 2009, R. Píriz, D. Calle, A. Mozo, P. Navarro, D. Rodríguez, G. Tobías, GMV, Spain, Orbits and Clocks for GLONASS Precise-Point-Positioning
2008
IONGNSS 2008, Álvaro Mozo García, Ricardo Píriz, Daniel Rodríguez Porcheron, GMV, Spain, magicGNSS: Precise GNSS Products out of the box

Contact us

Services

Precise Point Positioning by email


Welcome to the email version of magicGNSS/PPP (Precise Point Positioning), now processing static and kinematic GPS, GLONASS and GALILEO real-time data in RINEX format. Only dual-frequency PPP is supported at the moment.


Real-time GPS, GLONASS and GALILEO orbits and clocks needed by PPP are generated internally. Satellite products rate is 1 min. Rapid and final GPS orbits and clocks from IGS are also available. Final IGS clock rate is 30 sec.


Please follow these instructions:

  • Send an email to [email protected] with the Subject Static or Kinematic and one RINEX observation file attached (or a maximum of two files for static PPP).
  • The attached files must be in standard or Hatanaka RINEX 2.00, 2.10, 2.11, 3.00, 3.01 or 3.02 format, compressed or not.
  • The filenames must follow the RINEX filename convention: daily, hourly, high-rate; if your file is compressed, you must keep the RINEX filename extension and the compression extension (for example gap10750.14o.gz)
  • The file attached can be an unique compressed file containing more than one RINEX.
  • The files can be compressed in the following formats: .Z, .gz and .zip.
  • The RINEX data rate must be one of the following, in seconds: 1, 2, 5, 10, 15, 30, 60 and 300.
  • The RINEX file must contain all of the following observables: P1 (or C1), P2, L1, L2.
  • GPS data earlier than 2009/01/01 and GLONASS/GALILEO data earlier than 2014/01/01 cannot be processed.
  • Real-time GPS, GLONASS and GALILEO orbits and clocks needed by PPP are generated internally. It is possible to force the use of IGS products writing in the email body:
    Products: IGS
    In addition, if the products themselves are not available, the IGS products will be used automatically.
  • In static PPP, if you attach two RINEX files and they belong to the same station, you will also get the comparison of the two PPP results (difference of coordinates).
  • Kinematic PPP can be used in two modes: Terrestrial (default) and Aeronautical. This is configured within the email body, for example:
    To: [email protected]
    Subject: Kinematic
    Aeronautical
  • It is possible to process GPS-only and GPS+GLONASS in PPP. This is configured according to the email Subject:
    Static/Kinematic = GPS+GLONASS
    Static/Kinematic GR = GPS+GLONASS
    Static/Kinematic G = GPS-only
  • WARNING: emails from the magicGNSS/PPP service might be identified as spam by your email system!
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