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researResearch
DISHYP
Microwave Technological Devices
Aims and objectives throughout the project
Project Leader :
Christian Person
Department:
• Micro-waves
Project team:
Christian Person,
Jean Philippe Coupez,
Noël Caillère,
Philippe Gelin,
Alain Peden,
François Le Pennec,
François Gallee,
Amar Adane,
Adonis Bikiny,
Jean-François Bernigaud,
Christophe Calvez,
Zied Charaabi,
Olivier Colas,
Nolwenn Caillet,
Julian Thevenard,
Ismaël Yattoun,
Yenny Pinto Ballesteros,
Romain Pilard,
Sébastien Deniel,
Walid El Hajj,
Gaetan Guevel,
Jérémie Hemery,
Zainoul Abidina Ndiaye,
Romain Pascaud.
The DisHyp project is based on the expertise of the Micro-waves department
in the domain of RF and microwave design of applications for
telecommunications or detection systems, as well as on-board integrated
systems. Today, resolutely innovative design methods can be proposed, based
on emerging technologies like Silicon, as well as plastic, alumina or foam
technologies, exploiting their intrinsic numerous performances and
implementation possibilities for enhancing electrical performances of either
filters, antennas, actives functions or systems. Various objectives are
consequently identified, and are mainly focused on miniaturisation criteria
while maintaining optimal electrical performances, cost, and interoperability.
Among the different research topics covered by the DISHYP projet team, the
main ones concern :
• the study and the design of RF/microwave devices and building blocks
(amplifiers, passive components, antennas …) on the basis of emerging
technologies ;
• the implementation and test of such basic functions ;
• the promotion of innovative concepts, synthesis techniques and
technological methods towards industry and spin-offs (technological
transfers, consultancy for SME/SMI).
This is done by :
• active participations in the regional « Media and networks competitiveness
cluster” (research activities on broadband communication systems based
upon WIMAX + MIMO standards), « ID4CAR » competitiveness cluster
(research activities on Radar Architectures and associated communication
systems), and « Mer Bretagne » (research activities on maritime radar
supervising systems) ;
• survey anr reviewing activities for the national research agency (ANR);
• delivery of demonstrors (antenna, beam-steering equipement for RF
communications,..);
• embedded microwave and millimeterwave integrated sub-systems
(antennas, Front-end modules, new architectures of relation with industrial
and fundry partners (ST Microélectronics, Thomson, Thales alenia space...).
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Test set up of millimeter wave components for WLAN applications @ 60GHz