An apparatus including: a front-end module, the front-end module comprising: a first plurality of low noise amplifiers, LNAs, having outputs that are combined to form a first combined output; a second plurality of LNAs having outputs that are combined to form a second combined output distinct from the first combined output, the second plurality of LNAs being distinct from the first plurality of LNAs, wherein the first plurality of LNAs is configured to operate in a low band and the second plurality of LNAs is configured to operate in a high band; a plurality of switches configured for selecting at least one LNA of the first and/or second plurality of LNAs to amplify an input radio frequency, RF, signal and provide an amplified RF signal, wherein each input of each of the LNAs of the first and second plurality of LNAs is coupled to a different switch of the plurality of switches at one end of each respective switch and other ends of the plurality of switches are combined to receive the input RF signal; at least one receive filter, wherein at least one LNA of the first and second plurality of LNAs is coupled, respectively, to the at least one receive filter; the apparatus further including an integrated circuit, IC, distinguished from the front-end module, the IC comprising a first receive circuit configured for processing the amplified RF signal, the first receive circuit being coupled to the first combined output of the first plurality of LNAs via a first interconnection, and the IC further comprising a second receive circuit configured for processing the amplified RF signal, the second receive circuit being coupled to the second combined output of the second plurality of LNAs via a second interconnection. a first plurality of low noise amplifiers, LNAs, having outputs that are combined to form a first combined output; a second plurality of LNAs having outputs that are combined to form a second combined output distinct from the first combined output, the second plurality of LNAs being distinct from the first plurality of LNAs, wherein the first plurality of LNAs is configured to operate in a low band and the second plurality of LNAs is configured to operate in a high band; a plurality of switches configured for selecting at least one LNA of the first and/or second plurality of LNAs to amplify an input radio frequency, RF, signal and provide an amplified RF signal, wherein each input of each of the LNAs of the first and second plurality of LNAs is coupled to a different switch of the plurality of switches at one end of each respective switch and other ends of the plurality of switches are combined to receive the input RF signal; at least one receive filter, wherein at least one LNA of the first and second plurality of LNAs is coupled, respectively, to the at least one receive filter; the apparatus further including an integrated circuit, IC, distinguished from the front-end module, the IC comprising a first receive circuit configured for processing the amplified RF signal, the first receive circuit being coupled to the first combined output of the first plurality of LNAs via a first interconnection, and the IC further comprising a second receive circuit configured for processing the amplified RF signal, the second receive circuit being coupled to the second combined output of the second plurality of LNAs via a second interconnection.