Abstract: A method and apparatus to receive a plurality of packet from an inflow of a single packet flow. In response to receiving the plurality of packets, a plurality of packet pointers is enqueued into multiple physical queues. Each of the plurality of packet pointers designates one of the plurality of packets from the single packet flow. The plurality of packet pointers are dequeued from the multiple physical queues to transmit the plurality of packets along an outflow of the single packet flow.

Abstract: A method and apparatus for meeting a given content throughput using at least one memory channel is generally described. In accordance with one example embodiment of the invention, a method to meet a given content throughput using at least one memory channel comprising, comparing the size of at least a portion of received content to a capacity of a single contiguous location within at least one memory channel to meet a given throughput and determining whether to distribute the at least portion of received content across the at least one memory channel, based at least in part, on the comparison.

Abstract: Techniques for optimizing queuing performance include passing, from a ring having M slots, one or more enqueue requests and one or more dequeue requests to a queue manager, and determining whether the ring is full, and if the ring is full, sending only an enqueue request to the queue manager when one of the M slots is next available, otherwise, sending both an enqueue request and a dequeue request to the queue manager.

Abstract: According to some embodiments, a processing element arranges for a packet to be transmitted through a port without storing a packet identifier in a local transmit queue if a number of transmit buffers to be associated with the packet does not exceed a pre-determined threshold.

Abstract: According to some embodiments, free packet buffers are allocated.