A method, comprising: parsing, at a single media access control, MAC, layer processor (126, 166, 408, 908) implemented on one or more integrated circuit, IC, devices, data into a plurality of respective data streams corresponding to a plurality of radio frequency, RF, segments (508, 516, 608, 616, 708, 712, 804, 808, 854, 858); respectively providing, by the single MAC layer processor, the respective data streams to a plurality of baseband signal processors (424, 432, 912, 916), wherein the plurality of baseband signal processors are implemented on the one or more IC devices; respectively generating, at the plurality of baseband signal processors, a plurality of baseband signals corresponding to the data provided by the MAC layer processor, wherein the plurality of baseband signals includes at least a first baseband signal having a first frequency bandwidth and a second baseband signal having a second frequency bandwidth different from the first frequency bandwidth; respectively providing, by the plurality of baseband signal processors, the plurality of baseband signals to a plurality of radio frequency, RF, radios (134, 428, 436) for simultaneous wireless transmission via the plurality of RF segments, wherein providing the plurality of baseband signals to the plurality of RF radios includes providing the first baseband signal to a first RF radio of the plurality of RF radios and providing the second baseband signal to a second RF radio of the plurality of RF radios, wherein the first RF radio is configured to operate on a first RF band that is one of i) a 2 GHz band, ii) a 5 GHz band, and iii) a 6 GHz band, and wherein the second RF radio is configured to operate on a second RF band that is another one of i) the 2 GHz band, ii) the 5 GHz band, and iii) the 6 GHz band; generating, by the plurality of RF radios, a plurality of RF signals (504, 512), wherein generating the plurality of RF signals includes generating a first RF signal (504, 604, 716, 724) by the first RF radio and generating a second RF signal (512, 612, 720, 728) by the second RF radio; transmitting, by the plurality of RF radios, the plurality of RF signals, wherein transmitting the plurality of RF signals includes transmitting the first RF signal by the first RF radio via a first RF segment among the plurality of RF segments and transmitting the second RF signal by the second RF radio via a second RF segment among the plurality of RF segments; and ensuring, by synchronization control circuitry (440, 932), that transmission of the first RF signal and transmission of the second RF signal begin at the same start time and end at the same end time. parsing, at a single media access control, MAC, layer processor (126, 166, 408, 908) implemented on one or more integrated circuit, IC, devices, data into a plurality of respective data streams corresponding to a plurality of radio frequency, RF, segments (508, 516, 608, 616, 708, 712, 804, 808, 854, 858); respectively providing, by the single MAC layer processor, the respective data streams to a plurality of baseband signal processors (424, 432, 912, 916), wherein the plurality of baseband signal processors are implemented on the one or more IC devices; respectively generating, at the plurality of baseband signal processors, a plurality of baseband signals corresponding to the data provided by the MAC layer processor, wherein the plurality of baseband signals includes at least a first baseband signal having a first frequency bandwidth and a second baseband signal having a second frequency bandwidth different from the first frequency bandwidth; respectively providing, by the plurality of baseband signal processors, the plurality of baseband signals to a plurality of radio frequency, RF, radios (134, 428, 436) for simultaneous wireless transmission via the plurality of RF segments, wherein providing the plurality of baseband signals to the plurality of RF radios includes providing the first baseband signal to a first RF radio of the plurality of RF radios and providing the second baseband signal to a second RF radio of the plurality of RF radios, wherein the first RF radio is configured to operate on a first RF band that is one of i) a 2 GHz band, ii) a 5 GHz band, and iii) a 6 GHz band, and wherein the second RF radio is configured to operate on a second RF band that is another one of i) the 2 GHz band, ii) the 5 GHz band, and iii) the 6 GHz band; generating, by the plurality of RF radios, a plurality of RF signals (504, 512), wherein generating the plurality of RF signals includes generating a first RF signal (504, 604, 716, 724) by the first RF radio and generating a second RF signal (512, 612, 720, 728) by the second RF radio; transmitting, by the plurality of RF radios, the plurality of RF signals, wherein transmitting the plurality of RF signals includes transmitting the first RF signal by the first RF radio via a first RF segment among the plurality of RF segments and transmitting the second RF signal by the second RF radio via a second RF segment among the plurality of RF segments; and ensuring, by synchronization control circuitry (440, 932), that transmission of the first RF signal and transmission of the second RF signal begin at the same start time and end at the same end time.