FIELD: wireless communication equipment.
SUBSTANCE: invention relates to mobile communication. Invention relates to a SUDA system controller, the SUDA system comprising a first network group of base stations and a second network group of base stations, at least the first SUDAC (SUDA component, which can be more easily described as a configurable repeater that redirects data), and a first subscriber unit assigned to the first network group of base stations, and a second subscriber unit assigned to the second network group of base stations (for example, both belong to an identical communication service provider). Each SUDAC is configured to use an ultra-high frequency (eg, up to 6 GHz) in order to transmit at least one internal communication signal (between the SUDAC and the BS, for example via 5G or LTE) to the first and/or second network group of base stations and use an extremely high frequency (for example, 60 GHz) in order to transmit at least one external communication signal (between the UE and the SUDAC using the so-called proximity communication) to the first and/or second subscriber unit and redirect the operating data signal received via an internal communication signal that is to be transmitted via an external communication signal when converting a frequency from an ultra-high frequency to an extremely high frequency, and redirect the operating data signal received via an external communication signal that must be transmitted via an internal communication signal when converting a frequency from an extremely high frequency to an ultra-high frequency.
EFFECT: invention is intended to provide high data rates in the SUDA-based communication system, based on the resources of modern base stations.
23 cl, 20 dwg
