Abstract: A channel adapter, configured for sending frame data according to link widths selected based on management frames received from a link partner, includes a multiplexer circuit configured for selectively switching the frame data supplied according a prescribed maximum link width, to one of a plurality of available link widths for a transmit bus, and a bus controller. The bus controller is configured for controlling the multiplexer circuit to switch the frame data to one of the available link widths, including the prescribed link width, based the selected link width. Hence, a channel adapter can be configured for an optimum link width for communication with a corresponding channel adapter on a peer node.

Abstract: A dispenser that delivers a small but consistent and sustained amount of liquid over an extended period of time, particularly useful but not limited to dispensing pesticides when worn by cattle. The dispenser has a shell having an opening. A reservoir is disposed in the shell and holds a pesticide or other liquid. A wick is in fluid communication with the reservoir. An end of the wick is positioned adjacent the opening and has a greater capillary attraction or wicking ability than the reservoir, whereby during use of the dispenser the wick draws fluid from the reservoir and deposits it on the animal upon contact.

Abstract: A host channel adapter includes a transport layer module, a link layer module, and buffer memory having memory portions configured for storage of transmit data packets output by the transport layer module for transmission by the link layer module on identified virtual lanes. The transport layer module is configured for identifying a virtual lane for each transmit data packet, and for storing the transmit data packet in the corresponding memory portion assigned to the corresponding identified virtual lane. Hence, the transmit data packets output by the transport layer module are stored in the memory portions based on their respective identified virtual lanes, where each memory portion stores the transmit data packets for the corresponding identified virtual lane. The link layer module retrieves the transmit data packets from a selected memory portion corresponding to a currently-serviced virtual lane based on a prescribed virtual lane arbitration.

Abstract: A channel adapter includes a link receive resource configured for initiating packet validation upon detecting a receive counter reaching a prescribed threshold corresponding to reception of an initial header of a data packet. Upon initiating packet validation, the link receive resource determines whether the initial header includes any errors. Any errors detected in the initial header are stored if the errors are detected prior to reception of an end of the data packet. Additional validation operations can be initiated upon reception of the respective headers. Upon receiving the end of the data packet, the link receive resource selectively reports the errors detected in the initial header based on whether any higher-priority error is detected relative to a prescribed error reporting order.

Abstract: A host channel adapter is configured for servicing received work notifications based on identifying the work notifications associated with the virtual lanes (VL) having a prescribed ordering position identified by the link layer operations. The host channel adapter, in response to receiving a work notification for a prescribed service level (SL), determines the virtual lane associated with the specified service level based on a prescribed service level to virtual lane mapping. If necessary (e.g., for an unreliable datagram service type), the work notification supplies the prescribed service level (SL) for the host channel adapter. The host channel adapter also determines an ordering position for the determined virtual lane from the link layer module, and selectively services the work notification based on the corresponding ordering position.

Abstract: A dispenser is provided. The dispenser has a reservoir for storing a liquid or solid material. The dispenser may have a piezoelectric valve or pump located in an opening of the reservoir for regulating dispensing of the material. Alternatively, the dispenser may have a piezoelectric inchworm that directly or indirectly propels the material against or out of the opening. The opening may deposit the material directly or indirectly on the surface of an animal, or under the animal's skin. The dispenser also has means for being attached to the surface of the animal. Alternatively, the dispenser may be placed inside the animal. In certain embodiments, the dispenser comprises a reservoir containing a material to be dispensed, an actuable dispensing element, and an identifying device for remotely communicating information about the dispenser. The dispenser may also include a positioning device adapted to transmit the position of the dispenser.

Abstract: The present invention relates to a controlled dosage release element adapted to be inserted into and retained in the rumen of a ruminant animal.

Abstract: A host channel adapter is configured for servicing a work notification, supplied by a host process to an assigned destination address accessable by the host channel adapter, based on matching the assigned destination address with a stored notification address from one of a plurality of queue pair context entries stored within the host channel adapter. The host channel adapter receives a queue pair context entry including a notification address, based on creation of a corresponding queue pair for a host process. The queue pair enables the host process to post a work descriptor and output a work notification to the host channel adapter by writing the work notification to an assigned destination address. The host channel adapter matches the assigned destination address with a stored notification address, and services the work descriptor based on the corresponding queue pair attributes specified in the identified queue pair context entry.