A client node, comprising: a first radio configured to use a first Radio Access Technology "RAT" and a second radio configured to use a second RAT; a first protocol stack corresponding to said first RAT and a second protocol stack corresponding to said second RAT; a first processing logic configured to: process a first set of data to generate a first subset of priority data; use said first protocol stack to control the transmission of a first set of transmitted data comprising said first set of data, said transmission performed by said first radio; and use said second protocol stack to control the transmission of a second set of transmitted data comprising said first subset of priority data, said transmission performed by said second radio; and. a third radio configured to use a third Radio Access Technology "RAT"; and a third protocol stack corresponding to said third RAT; and a second processing logic configured to: process a second set of data to generate a second subset of priority data; use said third protocol stack to control the transmission of a third set of transmitted data comprising said second set of data, said transmission performed by said third radio; and use said second protocol stack to control the transmission of a fourth set of transmitted data comprising said second subset of priority data, said transmission performed by said second radio. a first radio configured to use a first Radio Access Technology "RAT" and a second radio configured to use a second RAT; a first protocol stack corresponding to said first RAT and a second protocol stack corresponding to said second RAT; a first processing logic configured to: process a first set of data to generate a first subset of priority data; use said first protocol stack to control the transmission of a first set of transmitted data comprising said first set of data, said transmission performed by said first radio; and use said second protocol stack to control the transmission of a second set of transmitted data comprising said first subset of priority data, said transmission performed by said second radio; and. process a first set of data to generate a first subset of priority data; use said first protocol stack to control the transmission of a first set of transmitted data comprising said first set of data, said transmission performed by said first radio; and use said second protocol stack to control the transmission of a second set of transmitted data comprising said first subset of priority data, said transmission performed by said second radio; and. a third radio configured to use a third Radio Access Technology "RAT"; and a third protocol stack corresponding to said third RAT; and a second processing logic configured to: process a second set of data to generate a second subset of priority data; use said third protocol stack to control the transmission of a third set of transmitted data comprising said second set of data, said transmission performed by said third radio; and use said second protocol stack to control the transmission of a fourth set of transmitted data comprising said second subset of priority data, said transmission performed by said second radio. process a second set of data to generate a second subset of priority data; use said third protocol stack to control the transmission of a third set of transmitted data comprising said second set of data, said transmission performed by said third radio; and use said second protocol stack to control the transmission of a fourth set of transmitted data comprising said second subset of priority data, said transmission performed by said second radio.