Mobile communication system comprising an all-packet architecture, which comprises i) a radio access network, wherein the radio access network comprises: a plurality of base stations (eNodeB), a node (Smart eNodeB) connected with at least one of the base stations (eNodeB), wherein said node (Smart eNodeB) is adapted to buffering data between the base stations (eNodeB) and user equipments (UEs), wherein said node (Smart eNodeB) is used as a content delivery network, CDN, aware of local and personal user trends and their context, and said node (Smart eNodeB) is adapted to serve requests of the base stations (eNodeB) clients only; and wherein the data comprises low priority application data with high latency budget, and/or real-time or an interactive application data; said communication system further comprising: ii) an evolved packet core network connected with the radio access network, wherein the evolved packet core network comprises a packet data network gateway (P-GW); iii) a servicing gateway (S-GW) connected between the base stations (eNodeB) and the packet data network (P-GW) gateway, wherein the servicing gateway (S-GW) is adapted to provide first connections between the base stations (eNodeB) and the evolved packet core network; said servicing gateway (S-GW) further serves as a local mobility anchor for data bearers when the user equipment moves between the base stations (eNodeB), iv) a computing gateway (C-GW) connected between the base stations (eNodeB) and the packet data network gateway (P-GW), wherein the computing gateway (C-GW) has a plurality of tunnels providing second connections between the base stations (eNodeB) and the evolved packet core network, and v) a service network connected with the evolved packet core network, wherein the system is configured to delay transmission both through the radio access network and through the evolved packet core network until moments with the load is lower according to the priority of the data. i) a radio access network, wherein the radio access network comprises: a plurality of base stations (eNodeB), a node (Smart eNodeB) connected with at least one of the base stations (eNodeB), wherein said node (Smart eNodeB) is adapted to buffering data between the base stations (eNodeB) and user equipments (UEs), wherein said node (Smart eNodeB) is used as a content delivery network, CDN, aware of local and personal user trends and their context, and said node (Smart eNodeB) is adapted to serve requests of the base stations (eNodeB) clients only; and wherein the data comprises low priority application data with high latency budget, and/or real-time or an interactive application data; said communication system further comprising: a plurality of base stations (eNodeB), a node (Smart eNodeB) connected with at least one of the base stations (eNodeB), wherein said node (Smart eNodeB) is adapted to buffering data between the base stations (eNodeB) and user equipments (UEs), wherein said node (Smart eNodeB) is used as a content delivery network, CDN, aware of local and personal user trends and their context, and said node (Smart eNodeB) is adapted to serve requests of the base stations (eNodeB) clients only; and wherein the data comprises low priority application data with high latency budget, and/or real-time or an interactive application data; ii) an evolved packet core network connected with the radio access network, wherein the evolved packet core network comprises a packet data network gateway (P-GW); iii) a servicing gateway (S-GW) connected between the base stations (eNodeB) and the packet data network (P-GW) gateway, wherein the servicing gateway (S-GW) is adapted to provide first connections between the base stations (eNodeB) and the evolved packet core network; said servicing gateway (S-GW) further serves as a local mobility anchor for data bearers when the user equipment moves between the base stations (eNodeB), iv) a computing gateway (C-GW) connected between the base stations (eNodeB) and the packet data network gateway (P-GW), wherein the computing gateway (C-GW) has a plurality of tunnels providing second connections between the base stations (eNodeB) and the evolved packet core network, and v) a service network connected with the evolved packet core network,