A wireless network comprising: a source device operable to alternate between transmitting and not transmitting data for a plurality of successive time intervals that includes first, second and third time intervals, the source device transmitting on a first channel of a first frequency band during odd-numbered time intervals and not transmitting during even-numbered time intervals, a first block of data being transmitted during the first time interval, the source device ceasing transmission during the second time interval, and transmitting a second block of data during the third time interval; a destination device; and a plurality of repeaters (40b, 40c, 40d) arranged to provide a pipelined data transmission link between the source device and the destination device, the repeaters (40b, 40c, 40d) being arranged in a topology wherein each repeater is spaced-apart from a nearest neighboring repeater by a first distance less than a first transmission range of maximum bandwidth, each of the repeaters having a transceiver coupled with an antenna, a first repeater being operable to receive the first block of data from the source device during the first time interval and then transmit the first block of data within the second time interval, a second repeater within an in-band interference range of the source device being operable to receive the first block of data from the first repeater during the second time interval and then transmit the first block of data within the third time interval on a second frequency that is non-interfering with respect to the first frequency, the first repeater being operable to receive data during the odd-numbered time intervals and transmit the data within the even-numbered time intervals, the second repeater being operable to receive the data during the even-numbered time intervals and transmit the data using the second frequency during the odd-numbered time intervals. a source device operable to alternate between transmitting and not transmitting data for a plurality of successive time intervals that includes first, second and third time intervals, the source device transmitting on a first channel of a first frequency band during odd-numbered time intervals and not transmitting during even-numbered time intervals, a first block of data being transmitted during the first time interval, the source device ceasing transmission during the second time interval, and transmitting a second block of data during the third time interval; a destination device; and a plurality of repeaters (40b, 40c, 40d) arranged to provide a pipelined data transmission link between the source device and the destination device, the repeaters (40b, 40c, 40d) being arranged in a topology wherein each repeater is spaced-apart from a nearest neighboring repeater by a first distance less than a first transmission range of maximum bandwidth, each of the repeaters having a transceiver coupled with an antenna, a first repeater being operable to receive the first block of data from the source device during the first time interval and then transmit the first block of data within the second time interval, a second repeater within an in-band interference range of the source device being operable to receive the first block of data from the first repeater during the second time interval and then transmit the first block of data within the third time interval on a second frequency that is non-interfering with respect to the first frequency, the first repeater being operable to receive data during the odd-numbered time intervals and transmit the data within the even-numbered time intervals, the second repeater being operable to receive the data during the even-numbered time intervals and transmit the data using the second frequency during the odd-numbered time intervals.