Sistemas de antena eficientes para las futuras redes de comunicación (INMA)
Type: National Research Project
Reference: 2020/00397/001
Starts – Ends:
Funding: AGENCIA ESTATAL DE INVESTIGACION (AEI)
Keywords: Antenas; 5G; Redes;
Antenas 5G para acceso fijo a internet con mejora de capacidad, 5G-AFIANCE (2020-2022)
Type: R+D Contract
Reference:
Starts – Ends: 21/07/2020 – 20/05/2022
Funding: NOKIA SPAIN S.A.
Keywords: Antenas; 5G; Redes;
Tecnologías para la asequibilidad del acceso de banda ancha, TREFOIL (2020-2022)
Type: R+D Contract
Reference:
Starts – Ends: abril 1, 2020 – enero 31, 2022
Funding: NOKIA SPAIN S.A.
Keywords: Antenas; 5G; Redes; WIFI
Overlapped subarray fed reflector antennas for SAR instrument, tender European Space Agency
Type: R+D Contract
Reference: Licitación de la ESA (ADSM-CT-1000151165)
Starts – Ends: febrero 3, 2020 – febrero 3, 2021
Funding: AIRBUS DEFENCE AND SPACE S.A.U.
Keywords: antenas; radar; intrumentación espacial
Tecnologías Radio para IoT marítima (2019-2021)
Type: R+D Contract
Reference: Licitación de la ESA (ADSM-CT-1000151165)
Starts – Ends: febrero 3, 2020 – febrero 3, 2021
Funding: BLUE MATTER TECHNOLOGIES, S.L.
Keywords: radiofrecuencia;IoT;antenas;
Antenna for Mobile Satellite Communications (SATCOM) in Ka-Band by means of metasurfaces (2016-2019)
Goal: Design and manufacture a non sensitive to movement Ka-band (26-40 GHz) SATCOM prototype through beamforming networks.
Type: National Research Project
Reference: TEC2016-79700-C2-2-R
Starts – Ends: December 30, 2016 – December 29, 2019
Funding: Spanish Ministry of Science and Innovation (MINECO), European Regional Development Fund (ERDF) .
Participants: University Carlos III of Madrid (UC3M), Politechnical of Valencia University (UPV)
Keywords: Antennas; satcom; gap waveguide; metasurfaces.
High-capacity Textile Device based on Massive MIMO Techniques (2015-2018)
Type: National Research Project
Reference: TEC2014-61776-EXP
Starts – Ends: September 1, 2015 – August 31, 2018
Funding: Spanish Ministry of Science and Innovation
Participants: University Carlos III of Madrid (UC3M)
Keywords: bandwidth; textile antennas; massive MIMO; uplink
SPADERadar-CM. Space Debris Radar (2014-2018)
Goal: Design and manufacture a complete prototype of a W-band radar (94 GHz) capable of detecting objects of a size between 1 cm and 10 cm in diameter at a distance of about 200 km, allowing the infrastructure to to protect achieving reaction times of tens of seconds.
Type: Regional Research Project
Reference: S2013/ICE3000 (SPADERadar-CM)
Starts – Ends: October 1, 2014 – September 30, 2018
Funding: This contract is financed through the S2013 / ICE-3000 program of the call for aid for the implementation of R&D programs of Technologies-2013 of the Community of Madrid, being co-financed by 50% by European Social Fund for 2014-2020 programming period.
Participants: Politechnical of Madrid University (UPM), Autonomous University of Madrid (UAM), University Carlos III of Madrid (UC3M), University of Vigo (UVIGO).
Partners: SENER, ESA, AIRBUS, RYMSA, THALES.
Keywords: Space debris; radar; teledetection; W-band
Development of components and antennas in Gap-Waveguide technology for the improvement of transceiver performance in millimeter bands (2014-2017)
Type: National Research Project
Reference: TEC2013-44019-R
Starts – Ends: January 1, 2014 – December 31. 2017
Funding: Spanish Ministry of Science and Innovation
Participants: University Carlos III of Madrid (UC3M)
Keywords: Antenas; arrays; gap waveguide; milimeter waves; active antenna; metamaterials; reconfigurable
Transparent antenna performance demonstrator (2016)
Type: R+D Contract
Reference: U180516-1
Starts – Ends: May 18, 2016 – November 17, 2016
Funding: ALCATEL LUCENT ESPAÑA S.A.
Participants: University Carlos III of Madrid (UC3M)
Dichroic Frequency Selective Surface FSS Design for Ku-band (2016)
Type: R+D Contract
Reference: PO number 4500549191
Starts – Ends: July 7, 2016 – December 30, 2016
Funding: EADS CASA ESPACIO, S.L.
Participants: University Carlos III of Madrid (UC3M)
