A method on a single wireless apparatus comprising: compensating a primary antenna and a diversity antenna for different path losses, said compensating comprising configuring a primary receiver having an input coupled to said primary antenna and a diversity receiver having an input coupled to said diversity antenna to receive one or more same signal frequencies of a set of frequencies of a frequency band of one or more radio communication protocols and produce compensation factors; wherein said compensating also comprising computing the energy levels of the detected signal values in correspondence of said one or more same signal frequencies, saving and successively using said energy levels to establish a service connection; successively configuring the primary receiver and the diversity receiver to simultaneously receive the remaining frequencies in said set of signal frequencies of a band of one or more radio communication protocols, wherein the remaining frequencies are those frequencies other than the one or more signal frequencies of a set of frequencies of a frequency band of one or more radio communication protocols previously received for the production of the compensation factors, wherein the primary and the diversity receiver are configured to receive different signal frequencies of the remaining frequencies in the band of signal frequencies, and wherein the primary and the diversity receiver process remaining frequencies in the band of signal frequencies in parallel to produce a plurality of detected signal values to establish a service connection; and applying the compensation factors to the detected signal values produced by the primary and the diversity receiver. compensating a primary antenna and a diversity antenna for different path losses, said compensating comprising configuring a primary receiver having an input coupled to said primary antenna and a diversity receiver having an input coupled to said diversity antenna to receive one or more same signal frequencies of a set of frequencies of a frequency band of one or more radio communication protocols and produce compensation factors; wherein said compensating also comprising computing the energy levels of the detected signal values in correspondence of said one or more same signal frequencies, saving and successively using said energy levels to establish a service connection; successively configuring the primary receiver and the diversity receiver to simultaneously receive the remaining frequencies in said set of signal frequencies of a band of one or more radio communication protocols, wherein the remaining frequencies are those frequencies other than the one or more signal frequencies of a set of frequencies of a frequency band of one or more radio communication protocols previously received for the production of the compensation factors, wherein the primary and the diversity receiver are configured to receive different signal frequencies of the remaining frequencies in the band of signal frequencies, and wherein the primary and the diversity receiver process remaining frequencies in the band of signal frequencies in parallel to produce a plurality of detected signal values to establish a service connection; and applying the compensation factors to the detected signal values produced by the primary and the diversity receiver.