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themes of RF power addition [4] and 3D
integration technologies, activities which are
recognized today and quasi-continuously being
renewed for the past few years [1] and [3]. The
expertise required concerns both the concepts
investigated and the understanding of the
technologies concerned by these applications.
Moreover, DisHyp carried out a study within the
context of avionics with an « onboard » broadband
service provider. The problem of on-board fligth
connections is becoming more pronounced as
years go by and there is a perceptible need on the
part of industrials to find innovative solutions for
the optimisation of broadband mobile
connections. Research has essentially been
turned towards the development of reconfigurable
antennas able to track satellites during long
distance flight phases. Applications in the
automotive and railway domains are also
examined in this context.
Finally, at the European level, DISHYP started the
Qstream project, aiming to evaluate short range
broadband connections at 60GHz. This project is
within the framework of the EUREKA MEDEA+
projects and for the French part, involves many
academic partners (LAAS, IEMN, IMS), as well as
institutional (CEA LETI) and industrial (ST
microelectronics, NxP, Thomson) partners.
Dishyp is responsible for the integration of
antennas on Silicium, via SiP (System In Package)
type techniques. This project is also an
opportunity to establish relations with European
partners, notably Technical University Eindhoven
and NXP Eindhoven among others.
Post-Production SAR apparatus – Sensors network for in-situ test
Implementation of a MIMO antenna structure on a HD video camera
36
Integrated antenna on Silicon substrate - Design and test