Radio access network, RAN, (300, 700) comprising: a distributed unit, DU,; a transport network, TN, (330, 730); and at least one remote unit, RU, (350, 750) connected to the DU via the transport network and configured to communicate via wireless communications (351-352, 751-752) traffic with one or more user equipment, UE, (360, 760), wherein: the DU comprises a radio scheduler (326, 726) configured to perform medium access control, MAC, scheduling for the wireless communications traffic; the transport network is configured to handle TN traffic comprising both (i) mobile front haul, MFH, traffic corresponding to the wireless communications traffic and (ii) non-MFH traffic corresponding to other traffic than the wireless communications traffic; the transport network comprises a TN scheduler (333, 733) configured to schedule the TN traffic; the TN scheduler is configured to transmit bandwidth-related information regarding the TN traffic to the radio scheduler; and the radio scheduler is configured to perform subsequent MAC scheduling based on the bandwidth-related information received from the TN scheduler; wherein: the radio scheduler is configured to determine an MFH data rate estimate for the MFH traffic between the DU and the at least one RU; the TN scheduler is configured to schedule the MFH traffic and non-MFH traffic based on (i) the MFH data rate estimate received from the radio scheduler and (ii) a non-MFH data rate estimate; the TN scheduler is configured to determine whether to transmit a current MFH data rate limit to the radio scheduler and, if so, transmit the current MFH data rate limit to the radio scheduler; and the radio scheduler is configured to perform the subsequent MAC scheduling based on the current MFH data rate limit received from the TN scheduler. a distributed unit, DU,; a transport network, TN, (330, 730); and at least one remote unit, RU, (350, 750) connected to the DU via the transport network and configured to communicate via wireless communications (351-352, 751-752) traffic with one or more user equipment, UE, (360, 760), wherein: the DU comprises a radio scheduler (326, 726) configured to perform medium access control, MAC, scheduling for the wireless communications traffic; the transport network is configured to handle TN traffic comprising both (i) mobile front haul, MFH, traffic corresponding to the wireless communications traffic and (ii) non-MFH traffic corresponding to other traffic than the wireless communications traffic; the transport network comprises a TN scheduler (333, 733) configured to schedule the TN traffic; the TN scheduler is configured to transmit bandwidth-related information regarding the TN traffic to the radio scheduler; and the radio scheduler is configured to perform subsequent MAC scheduling based on the bandwidth-related information received from the TN scheduler; the DU comprises a radio scheduler (326, 726) configured to perform medium access control, MAC, scheduling for the wireless communications traffic; the transport network is configured to handle TN traffic comprising both (i) mobile front haul, MFH, traffic corresponding to the wireless communications traffic and (ii) non-MFH traffic corresponding to other traffic than the wireless communications traffic; the transport network comprises a TN scheduler (333, 733) configured to schedule the TN traffic; the TN scheduler is configured to transmit bandwidth-related information regarding the TN traffic to the radio scheduler; and the radio scheduler is configured to perform subsequent MAC scheduling based on the bandwidth-related information received from the TN scheduler; wherein: the radio scheduler is configured to determine an MFH data rate estimate for the MFH traffic between the DU and the at least one RU; the TN scheduler is configured to schedule the MFH traffic and non-MFH traffic based on (i) the MFH data rate estimate received from the radio scheduler and (ii) a non-MFH data rate estimate; the TN scheduler is configured to determine whether to transmit a current MFH data rate limit to the radio scheduler and, if so, transmit the current MFH data rate limit to the radio scheduler; and the radio scheduler is configured to perform the subsequent MAC scheduling based on the current MFH data rate limit received from the TN scheduler. the radio scheduler is configured to determine an MFH data rate estimate for the MFH traffic between the DU and the at least one RU; the TN scheduler is configured to schedule the MFH traffic and non-MFH traffic based on (i) the MFH data rate estimate received from the radio scheduler and (ii) a non-MFH data rate estimate; the TN scheduler is configured to determine whether to transmit a current MFH data rate limit to the radio scheduler and, if so, transmit the current MFH data rate limit to the radio scheduler; and the radio scheduler is configured to perform the subsequent MAC scheduling based on the current MFH data rate limit received from the TN scheduler.