Abstract: There is provided a combined antenna and radome arrangement. The combined antenna and radome arrangement comprises an advanced antenna system (AAS). The AAS comprises antenna elements and is configured for communication in a frequency range of 2.5 GHz to 10 GHz. The combined antenna and radome arrangement further comprises a radome. The radome has a first layer sandwiched between two second layers. The two second layers are of a second dielectric material. The first layer is of a first dielectric material and has a thickness t1, where t1??min/3, wherein ?min is the wavelength of the highest frequency in the frequency range of the AAS. The radome is placed in front of the AAS such that the radome forms a cover for the AAS.

Abstract: There is provided a combined antenna and radome arrangement. The combined antenna and radome arrangement comprises an advanced antenna system (AAS). The AAS comprises antenna elements and is configured for communication in a frequency range of 2.5 GHz to 10 GHz. The combined antenna and radome arrangement further comprises a radome. The radome has a first layer sandwiched between two second layers. The two second layers are of a second dielectric material. The first layer is of a first dielectric material and has a thickness t1, where t1??min/3, wherein ?min is the wavelength of the highest frequency in the frequency range of the AAS. The radome is placed in front of the AAS such that the radome forms a cover for the AAS.

Abstract: A flexible and inexpensive solution for mounting telecommunication equipment to a structure. For example, a mounting bracket for mounting telecommunication equipment to the structure is described. The mounting bracket comprises an upper end and an opposite lower end. A surface between the upper end and the opposite lower end is adapted to abut the telecommunication equipment. The upper end has an essentially semi-circular protrusion. This essentially semi-circular protrusion is adapted to pivotally engage with a corresponding hook-like protrusion of a mounting rail in a locking manner. Moreover, the lower opposite end of the mounting bracket comprises a protrusion that is substantially perpendicular to said surface and that extends in a direction away from said surface. This protrusion includes at least one fastener which is adapted to engage with a corresponding end of the mounting rail such that the mounting rail can be locked to the mounting bracket.

Abstract: A flexible and inexpensive solution for mounting telecommunication equipment to a structure. For example, a mounting bracket for mounting telecommunication equipment to the structure is described. The mounting bracket comprises an upper end and an opposite lower end. A surface between the upper end and the opposite lower end is adapted to abut the telecommunication equipment. The upper end has an essentially semi-circular protrusion. This essentially semi-circular protrusion is adapted to pivotally engage with a corresponding hook-like protrusion of a mounting rail in a locking manner. Moreover, the lower opposite end of the mounting bracket comprises a protrusion that is substantially perpendicular to said surface and that extends in a direction away from said surface. This protrusion includes at least one fastener which is adapted to engage with a corresponding end of the mounting rail such that the mounting rail can be locked to the mounting bracket.