Abstract: A method is provided for managing the operation of a wireless communication device. The method comprises receiving from a source a data stream incorporating at least some data in a generic format to be communicated via a wireless communications connection, determining a selected protocol interface module from a plurality of protocol interface modules, each of the plurality of protocol interface modules being adapted for formatting the data stream in at least one of a plurality of air-interface protocols, and establishing a data path between the source of the data stream and the selected protocol interface module.

Abstract: An apparatus, architecture and method for enabling the debugging of USB OTG devices under development is provided herein. An adapter module (100) provides the capability to connect to a USB Dual Role Device (DRD) (102) under development, and obtain debugging information related to the USB interfaces, while also presenting a complete USB OTG compatible interface to another attached USB apparatus (106). The adapter module (100) filters data transmitted by DRD (102), and passes data to attached PC (104) in a debugging setup.

Abstract: An apparatus, architecture and method for enabling the debugging of USB OTG devices under development is provided herein. An intelligent router (100) provides the capability to connect to a USB Dual Role Device (DRD) (102) under development, and obtain debugging information related to the USB interfaces, while also presenting a complete USB OTG compatible interface to another attached USB apparatus (106). The intelligent adapter (100) filters data transmitted by DRD (102), and passes data to attached PC (104) in a debugging setup.

Abstract: An apparatus, architecture and method for enabling the debugging of USB OTG devices under development is provided herein. An adapter module (100) provides the capability to connect to a USB Dual Role Device (DRD) (102) under development, and obtain debugging information related to the USB interfaces, while also presenting a complete USB OTG compatible interface to another attached USB apparatus (106). The adapter module (100) filters data transmitted by DRD (102), and passes data to attached PC (104) in a debugging setup.

Abstract: An IPC protocol in one embodiment of the invention includes smart hardware ports such as SSI port (1610). The session manager (1608) includes the capability for negotiating with components such as software threads (1602-1606) in order for a port (1610) to be dedicated to a particular task. The port dedication negotiation process allows for the session manager (1608) which is part of IPC stack (1610) to check for any conflicts the port may have with other op-codes currently dedicated to the port. The session manager (1608) can forward a command block along with the data received from each software thread. The command block informs the SSI port (1610) of any co-processing it may need to perform to the data.