Abstract: A system for transporting radio frequency (RF) signals across a RF network comprises a central transport unit and a remote transport unit. The frequencies of at least some of the RF signals to be transported hop in accordance with predetermined hopping sequences. The central transport unit uses the hopping sequences to convert the hopping frequencies into fixed frequencies for efficient transport through the RF network. The remote transport unit uses the hopping sequences to convert the fixed frequencies back to the original hopping frequencies. The transport system is also capable of reverse operation in the direction from the remote transport unit to the central transport unit.

Abstract: A distributed antenna network for reducing multicast interference between multicast cells. More particularly, a system and method are provided for calculating multicast interference zones between the multicast cells and configuring coverage areas to encompass the multicast interference zones. This multicast cell configuration avoids the need for delay time adjusting techniques for equalizing the transmission paths and reduces multicast interference by effectively shifting the multicast interference zones.