Abstract: A millimeter-wave antenna for 5G applications is provided which includes an upper outer layer with a plurality of first radiating elements arranged spaced apart from each other on a first dielectric sublayer, a first inner layer arranged below the upper outer layer and having a plurality of through slots for conveying, towards the first radiating elements feeding signals to be radiated, a second inner layer arranged below and adjacent to the first inner layer having a dielectric sublayer on which there is arranged a plurality of conductive lines for conducting the feeding signals to be radiated towards the first radiating elements, a further inner layer arranged below and adjacent to the second inner layer, and a plurality of first through openings each formed on the further inner layer in a position corresponding to the position of an associated through slot.

Abstract: Antenna for a motor vehicle, comprising: a mounting base made of electrically conductive material and suitable for being connected to a mounting surface of the motor vehicle; a cover suitable for being connected to and delimit, together with the mounting base, a housing space; a plurality of radiating elements suitable for transceiving signals and being housed, at least partially, in the housing space. The plurality of radiating elements comprises a group of waveguides (21, 23, 25, 27) configured to transceive millimeter-wave signals.

Abstract: Millimeter-wave antenna for 5G applications, comprising a multilayer structure which includes: an upper outer layer comprising a plurality of first radiating elements arranged spaced apart from each other on a first dielectric sublayer; a first inner layer arranged below the upper outer layer and comprising a plurality of through slots suitable for conveying, towards the plurality of first radiating elements, the feeding signals to be radiated; a second inner layer arranged below and adjacent to the first inner layer, the second inner layer comprising at least one dielectric sublayer on which a plurality of conductive lines for conducting the feeding signals to be radiated towards the plurality of first radiating elements; a further layer arranged below and adjacent to the second inner layer and comprising a plurality of first through openings, each of the first through openings being formed on the further layer in a position corresponding to the position of an associated through slot of the plurality of t

Abstract: Antenna module for a vehicle including a base suitable for being fixed to a vehicle body, a main board disposed horizontally on the base, a first, second, third and fourth radiant element that protrude in upper position from the main board. The first and the second radiant element have median axes that extend in the direction of the vertical axis and intersect the horizontal plane of the base in intersection points disposed on both sides with respect to the longitudinal axis of the base and spaced by distances from the longitudinal axis of the base. The third and fourth radiant elements have median axes that extend in the direction of the vertical axis and intersect the horizontal plane of the base in intersection points disposed on both sides with respect to the longitudinal axis of the base and spaced by distances from the longitudinal axis of the base.

Abstract: Antenna module for a vehicle including a base suitable for being fixed to a vehicle body, a main board disposed horizontally on the base, a first, second, third and fourth radiant element that protrude in upper position from the main board. The first and the second radiant element have median axes that extend in the direction of the vertical axis and intersect the horizontal plane of the base in intersection points disposed on both sides with respect to the longitudinal axis of the base and spaced by distances from the longitudinal axis of the base. The third and fourth radiant elements have median axes that extend in the direction of the vertical axis and intersect the horizontal plane of the base in intersection points disposed on both sides with respect to the longitudinal axis of the base and spaced by distances from the longitudinal axis of the base.