An access point, comprising: a processing source; a first radio transceiver, wherein the first radio transceiver is a Wi-Fi radio transceiver utilizing a 2.4 gigahertz ultra high frequency, UHF, radio band; and a first radio frequency, RF, sub-band filter on the first radio transceiver; a second radio transceiver wherein the second radio transceiver is an IEEE 802.15.1/4 radio transceiver; a second RF sub-band filter, complementary to the first RF sub-band filter, on the second radio transceiver; and the processing resource being configured to: determine a radio network metric for a radio network that the access point is connected to, wherein the radio network metric includes the channels on which a first radio transceiver and/or the second radio transceiver are assigned or scheduled to transmit and/or receive; enable or disable the first RF sub-band filter and/or the second RF sub-band filter based on the radio network metric; wherein the first radio transceiver is further configured to transmit a first radio signal when the first RF sub-band filter is enabled; the second radio transceiver is further configured to receive a second radio signal when the second RF sub-band filter is enabled and when the first radio transceiver is transmitting the first radio signal; and wherein: the first RF sub-band filter is configured to act as a bandpass filter for a data channel or data channels utilized to transmit the first radio signal by the first radio transceiver and to attenuate a second portion of the frequency band of the signal from the first radio transceiver; and the second RF sub-band filter is configured to act as a bandpass filter for a portion of the radio frequency band that is substantially isolated from the channel or channels utilized to transmit the first radio signal by the first radio transceiver and to attenuate a second portion of the frequency band of the signal to the second radio transceiver. a processing source; a first radio transceiver, wherein the first radio transceiver is a Wi-Fi radio transceiver utilizing a 2.4 gigahertz ultra high frequency, UHF, radio band; and a first radio frequency, RF, sub-band filter on the first radio transceiver; a second radio transceiver wherein the second radio transceiver is an IEEE 802.15.1/4 radio transceiver; a second RF sub-band filter, complementary to the first RF sub-band filter, on the second radio transceiver; and the processing resource being configured to: determine a radio network metric for a radio network that the access point is connected to, wherein the radio network metric includes the channels on which a first radio transceiver and/or the second radio transceiver are assigned or scheduled to transmit and/or receive; enable or disable the first RF sub-band filter and/or the second RF sub-band filter based on the radio network metric; determine a radio network metric for a radio network that the access point is connected to, wherein the radio network metric includes the channels on which a first radio transceiver and/or the second radio transceiver are assigned or scheduled to transmit and/or receive; enable or disable the first RF sub-band filter and/or the second RF sub-band filter based on the radio network metric; wherein the first radio transceiver is further configured to transmit a first radio signal when the first RF sub-band filter is enabled; the second radio transceiver is further configured to receive a second radio signal when the second RF sub-band filter is enabled and when the first radio transceiver is transmitting the first radio signal; and wherein: the first RF sub-band filter is configured to act as a bandpass filter for a data channel or data channels utilized to transmit the first radio signal by the first radio transceiver and to attenuate a second portion of the frequency band of the signal from the first radio transceiver; and the second RF sub-band filter is configured to act as a bandpass filter for a portion of the radio frequency band that is substantially isolated from the channel or channels utilized to transmit the first radio signal by the first radio transceiver and to attenuate a second portion of the frequency band of the signal to the second radio transceiver. the first radio transceiver is further configured to transmit a first radio signal when the first RF sub-band filter is enabled; the second radio transceiver is further configured to receive a second radio signal when the second RF sub-band filter is enabled and when the first radio transceiver is transmitting the first radio signal; the first RF sub-band filter is configured to act as a bandpass filter for a data channel or data channels utilized to transmit the first radio signal by the first radio transceiver and to attenuate a second portion of the frequency band of the signal from the first radio transceiver; and the second RF sub-band filter is configured to act as a bandpass filter for a portion of the radio frequency band that is substantially isolated from the channel or channels utilized to transmit the first radio signal by the first radio transceiver and to attenuate a second portion of the frequency band of the signal to the second radio transceiver.