to open switches s1 s4 and s5 and to close switches s2 and s3 in shared path module 300 referring again to fig5 spatial coexistence mode controller 220 selects state 506 when bluetooth transceiver 204 is transmitting bt tx in state 506 spatial coexistence mode controller 220 allows wlan transceiver 202 a to transmit and receive in siso mode and allows wlan transceiver 202 b to neither transmit nor receive in state 506 spatial coexistence mode controller 220 employs shared path module 300 to allow bluetooth transceiver 202 to transmit referring to fig3 in state 506 spatial coexistence mode controller 220 employs switch control signals 224 to open switches s1 s2 s3 and s4 and to close switch s5 fig6 shows a temporal coexistence state diagram 600 for temporal coexistence mode controller 222 of fig2 according to one embodiment state diagram 600 includes three states 602 604 and 606 temporal coexistence mode controller 222 controls transceivers 202 204 with mode control signals 226 according to the selected state temporal coexistence mode controller 222 selects state 602 when no bluetooth traffic is present no bt in state 602 temporal coexistence mode controller 222 allows both wlan transceivers 202 a 202 b to transmit and receive in mimo mode in state 602 temporal coexistence mode controller 222 employs shared path module 300 to allow wlan transceiver 202 b to receive referring to fig3 in state 602 temporal coexistence mode controller 222 employs switch control signals 224 to open switches s2 s3 s4 and s5 and to close switch s1 referring again to fig6 temporal coexistence mode controller 222 selects state 604 when bluetooth receive traffic bt rx is present in state 604 temporal coexistence mode controller 222 allows wlan transceivers 202 a and 202 b.