Abstract: A system and method for distributing digital video contents that provides the content owner, service provider, video distributors and consumers with a method for secure delivery of digital media content by encryption using a portable digital video storage and distribution device that includes a decoder and, wired, USB and HDMI wireless interfaces to transmit digital contents for viewing on a television, laptop/personal computer or other portable viewing devices. The system consists of a remote content-distribution management platform that provides end-to-end protection and a portable digital video storage and distribution device using broadband wireless technologies such as 802.11n and ultra wideband (UWB).

Abstract: A data distribution center associated with a broadband network system wherein the first broadband network system further includes at least one broadband interface unit (BIntU) transceiver comprising a receiver portion and a transmitter portion. The receiver portion is configured to receive user defined protocol with value-added (UDPVA) packet from the BIntU transceiver. The transmitter portion is configured to transmit return packets that is triggered in response to the UDPVA packets, wherein the data distribution center indicates to the BIntU transceiver that the UDPVA packets forwarded by the BIntU transceiver to the data distribution center are being received by the data distribution center or a second BIntU transceiver.

Abstract: A broadband network system configured to transfer user datagram protocol with value-added (UDPVA) packet from to a broadband interface unit (BIntU) transceiver. The broadband network system may comprise a data distribution center and the BIntU transceiver. The BIntU transceiver is configured to generate the UDPVA packet. The BIntU transceiver includes an encoder/decoder (codec) configured to alternatively code or decode UDP frame information and a digital signal processor (DSP) portion. The DSP portion is coupled to the codec. In one aspect, the DSP portion includes a stack that temporarily stores the UDPVA packet within the stack. In one aspect, the UDPVA packet is in a form to be transmitted directly to a network destination address device. In another aspect, the UDPVA packet is available to delivery to a network destination address or storage located on a local area network or a wide area network.

Abstract: A data distribution center associated with a broadband network system wherein the first broadband network system further includes at least one broadband interface unit (BIntU) transceiver comprising a receiver portion and a transmitter portion. The receiver portion is configured to receive user defined protocol with value-added (UDPVA) packet from the BIntU transceiver. The transmitter portion is configured to transmit return packets that is triggered in response to the UDPVA packets, wherein the data distribution center indicates to the BIntU transceiver that the UDPVA packets forwarded by the BIntU transceiver to the data distribution center are being received by the data distribution center or a second BIntU transceiver.

Abstract: A broadband network system configured to transfer user datagram protocol with value-added (UDPVA) packet from to a broadband interface unit (BIntU) transceiver. The broadband network system may comprise a data distribution center and the BIntU transceiver. The BIntU transceiver is configured to generate the UDPVA packet. The BIntU transceiver includes an encoder/decoder (codec) configured to alternatively code or decode UDP frame information and a digital signal processor (DSP) portion. The DSP portion is coupled to the codec. In one aspect, the DSP portion includes a stack that temporarily stores the UDPVA packet within the stack. In one aspect, the UDPVA packet is in a form to be transmitted directly to a network destination address device. In another aspect, the UDPVA packet is available to delivery to a network destination address or storage located on a local area network or a wide area network.

Abstract: A first broadband interface unit (BIntU) transceiver that is associated with a broadband network system wherein the first broadband network system further includes a data distribution center. The first BIntU transceiver comprising a transmitter portion. The transmitter portion is configured to transmit user defined protocol with value-added (UDPVA) packet to the data distribution center. The first BIntU transceiver is configured to interface with the data distribution center or a second BIntU transceiver to indicate that the UDPVA packets are transmitted from the first BIntU transceiver to the data distribution center or the second BIntU transceiver are being received respectively by the data distribution center or by the second BIntU transceiver.