Disclosed is a method for switching living broadcast between landscape broadcasting mode and portrait broadcasting mode, applicable to live broadcasting website. The method comprises: S1, an administrator setting categories and category settings for live broadcasting videos; S2, the administrator adding landscape option and portrait option for the live broadcasting video into each category; S3, a presenter selecting on a client terminal a live broadcasting mode, and selecting the category as well as landscape or portrait option for live broadcasting video; S4, the presenter selecting to start live broadcasting, the administration back end verifying whether the landscape or portrait option selected by the presenter is consistent with the selected live broadcasting mode; if yes, performing step S6; otherwise performing step S5; S5, the administration back end modifying the landscape or portrait option selected by the presenter; S6, the administration back end allowing the live broadcast to start, and ending.

Disclosed is a method for switching living broadcast between landscape broadcasting mode and portrait broadcasting mode, applicable to live broadcasting website. The method comprises: S1, an administrator setting categories and category settings for live broadcasting videos; S2, the administrator adding landscape option and portrait option for the live broadcasting video into each category; S3, a presenter selecting on a client terminal a live broadcasting mode, and selecting the category as well as landscape or portrait option for live broadcasting video; S4, the presenter selecting to start live broadcasting, the administration back end verifying whether the landscape or portrait option selected by the presenter is consistent with the selected live broadcasting mode; if yes, performing step S6; otherwise performing step S5; S5, the administration back end modifying the landscape or portrait option selected by the presenter; S6, the administration back end allowing the live broadcast to start, and ending.

Disclosed is an audience app, a computing device that allows the user to select a broadcast program, establish a wireless communication channel with a remote server, transmit program selection data identifying the selected broadcast program to the remote server, receive auxiliary program information content, data and/or instructions correlated to the selected broadcast program, and using the auxiliary program information, generate and display local content correlated to and in temporal coordination with the selected broadcast program. Also disclosed are a server that serves the audience app, a broadcast interactivity system comprising the server, a show management server, a show preparation computing device, and a social history server, and a broadcast interactivity system with at least one audio fingerprint server.

Disclosed is an audience app, a computing device that allows the user to select a broadcast program, establish a wireless communication channel with a remote server, transmit program selection data identifying the selected broadcast program to the remote server, receive auxiliary program information content, data and/or instructions correlated to the selected broadcast program, and using the auxiliary program information, generate and display local content correlated to and in temporal coordination with the selected broadcast program. Also disclosed are a server that serves the audience app, a broadcast interactivity system comprising the server, a show management server, a show preparation computing device, and a social history server, and a broadcast interactivity system with at least one audio fingerprint server.

A microwave backhaul system may comprise a monolithic integrated circuit comprising an on-chip transceiver, digital baseband processing circuitry, and auxiliary interface circuitry. The on-chip transceiver may process a microwave signal from an antenna element to generate a first pair of quadrature baseband signals and convey the first pair of phase-quadrature baseband signals to the digital baseband processing circuitry. The auxiliary interface circuitry may receive one or more auxiliary signals from a source that is external to the monolithic integrated circuit and convey the one or more auxiliary signals to the digital baseband processing circuitry. The digital baseband processing circuitry may be operable to process signals to generate one or more second pairs of phase-quadrature digital baseband signals.

A microwave backhaul system may comprise a monolithic integrated circuit comprising an on-chip transceiver, digital baseband processing circuitry, and auxiliary interface circuitry. The on-chip transceiver may process a microwave signal from an antenna element to generate a first pair of quadrature baseband signals and convey the first pair of phase-quadrature baseband signals to the digital baseband processing circuitry. The auxiliary interface circuitry may receive one or more auxiliary signals from a source that is external to the monolithic integrated circuit and convey the one or more auxiliary signals to the digital baseband processing circuitry. The digital baseband processing circuitry may be operable to process signals to generate one or more second pairs of phase-quadrature digital baseband signals.

Disclosed is a method for switching living broadcast between landscape broadcasting mode and portrait broadcasting mode, applicable to live broadcasting website. The method comprises: S1, an administrator setting categories and category settings for live broadcasting videos; S2, the administrator adding landscape option and portrait option for the live broadcasting video into each category; S3, a presenter selecting on a client terminal a live broadcasting mode, and selecting the category as well as landscape or portrait option for live broadcasting video; S4, the presenter selecting to start live broadcasting, the administration back end verifying whether the landscape or portrait option selected by the presenter is consistent with the selected live broadcasting mode; if yes, performing step S6; otherwise performing step S5; S5, the administration back end modifying the landscape or portrait option selected by the presenter; S6, the administration back end allowing the live broadcast to start, and ending.

Disclosed is a method for switching living broadcast between landscape broadcasting mode and portrait broadcasting mode, applicable to live broadcasting website. The method comprises: S1, an administrator setting categories and category settings for live broadcasting videos; S2, the administrator adding landscape option and portrait option for the live broadcasting video into each category; S3, a presenter selecting on a client terminal a live broadcasting mode, and selecting the category as well as landscape or portrait option for live broadcasting video; S4, the presenter selecting to start live broadcasting, the administration back end verifying whether the landscape or portrait option selected by the presenter is consistent with the selected live broadcasting mode; if yes, performing step S6; otherwise performing step S5; S5, the administration back end modifying the landscape or portrait option selected by the presenter; S6, the administration back end allowing the live broadcast to start, and ending.

A monolithic integrated circuit for use in a microwave backhaul system may comprise a plurality of microwave transceivers and outdoor-unit to indoor-unit (ODU/IDU) interface circuitry. The monolithic integrated circuit may be configurable into an all-outdoor configuration in which the ODU/IDU interface circuitry is disabled. The monolithic integrated circuit may be configurable into a split-indoor-and-outdoor configuration in which the ODU/IDU interface circuitry is enabled to communicate signals between an outdoor unit of the microwave backhaul system and an indoor unit of the microwave backhaul system. While the monolithic integrated circuit is configured in the split-indoor-and-outdoor configuration, the ODU/IDU interface circuitry may be configurable to operate in at least a non-stacking mode and a stacking mode.

A monolithic integrated circuit for use in a microwave backhaul system may comprise a plurality of microwave transceivers and outdoor-unit to indoor-unit (ODU/IDU) interface circuitry. The monolithic integrated circuit may be configurable into an all-outdoor configuration in which the ODU/IDU interface circuitry is disabled. The monolithic integrated circuit may be configurable into a split-indoor-and-outdoor configuration in which the ODU/IDU interface circuitry is enabled to communicate signals between an outdoor unit of the microwave backhaul system and an indoor unit of the microwave backhaul system. While the monolithic integrated circuit is configured in the split-indoor-and-outdoor configuration, the ODU/IDU interface circuitry may be configurable to operate in at least a non-stacking mode and a stacking mode.