Abstract: In one embodiment, a system includes a switching processor and switching logic integrated with and/or executable by the switching processor. The switching logic is configured to install a Multicast Control (MC) table on the switching processor, the MC table facilitating management of switching across a virtual local area network (VLAN) via the switching processor. The switching logic is also configured to install a multicast router flood entry on the MC table at least partially in response to detecting that at least one multicast router is communicatively coupled to a port of the system, and receive at least one multicast packet at the switching processor. Moreover, the switching logic is configured to send the at least one multicast packet to a received multicast packet destination at least partially in response to determining the received multicast packet destination based at least in part on the multicast router flood entry.

Abstract: In one embodiment, a system includes a switching processor and switching logic integrated with and/or executable by the switching processor. The switching logic is configured to install a Multicast Control (MC) table on the switching processor, the MC table facilitating management of switching across a virtual local area network (VLAN) via the switching processor. The switching logic is also configured to install a multicast router flood entry on the MC table at least partially in response to detecting that at least one multicast router is communicatively coupled to a port of the system, and receive at least one multicast packet at the switching processor. Moreover, the switching logic is configured to send the at least one multicast packet to a received multicast packet destination at least partially in response to determining the received multicast packet destination based at least in part on the multicast router flood entry.

Abstract: A system includes a switching processor and switching logic. The switching processor is communicatively coupled to a virtual local area network (VLAN) and/or one or more ports. The switching logic is configured to: install a Multicast Control (MC) table on the switching processor, determine if multicast flooding is disabled in the switching processor; detect whether multicast routers are communicatively coupled to the port(s); install a multicast router flood entry on the MC table at least partially in response to detecting that at least one of the multicast routers is communicatively coupled to the port(s); receive at least one multicast packet at the switching processor; determine at least one received multicast packet destination based at least in part on the multicast router flood entry; and send at least one received multicast packet to the destination(s). Exemplary computer program products and methods are also disclosed.

Abstract: A system includes a switching processor and switching logic. The switching processor is communicatively coupled to a virtual local area network (VLAN) and/or one or more ports. The switching logic is configured to: install a Multicast Control (MC) table on the switching processor, determine if multicast flooding is disabled in the switching processor; detect whether multicast routers are communicatively coupled to the port(s); install a multicast router flood entry on the MC table at least partially in response to detecting that at least one of the multicast routers is communicatively coupled to the port(s); receive at least one multicast packet at the switching processor; determine at least one received multicast packet destination based at least in part on the multicast router flood entry; and send at least one received multicast packet to the destination(s). Exemplary computer program products and methods are also disclosed.

Abstract: In one embodiment, a system includes a switching processor, logic configured for installing a Multicast Control (MC) table on a switching processor managing switching on a virtual local area network, logic configured for determining if multicast flooding is disabled in the switching processor, logic configured for installing a drop entry in the MC table upon determining that multicast flooding is disabled in the switching processor, logic configured for detecting whether one or more multicast routers is connected to one or more ports coupled to the switching processor, logic configured for receiving at least one multicast packet, and logic configured for dropping the at least one multicast packet based on the drop entry when no multicast router is connected to any of the one or more ports coupled to the switching processor. Other systems, methods, and computer program products are presented in accordance with more embodiments.

Abstract: In one embodiment, a system includes a switching processor, logic configured for installing a Multicast Control (MC) table on a switching processor managing switching on a virtual local area network, logic configured for determining if multicast flooding is disabled in the switching processor, logic configured for installing a drop entry in the MC table upon determining that multicast flooding is disabled in the switching processor, logic configured for detecting whether one or more multicast routers is connected to one or more ports coupled to the switching processor, logic configured for receiving at least one multicast packet, and logic configured for dropping the at least one multicast packet based on the drop entry when no multicast router is connected to any of the one or more ports coupled to the switching processor. Other systems, methods, and computer program products are presented in accordance with more embodiments.