Globalfoundries Inc.

Analogix Semiconductor, Inc.

Greg Stewart

Xin Wang

Ning Zhu

Soumendra Mohanty

Haiping Liu

Jc Zhang

Scott Quinney

Xiao Yong

Hongdong Song

Yueke Tang

Provided are methods and systems for selectively communicating data between a source device and one or more sink devices. The method includes generating a selection signal based on received configuration data associated with the sink device(s). Based at least in part on the selection signal, the data can be caused to be selectively provided to the sink device(s) by the first device. The data includes Universal Serial Bus (USB) protocol data, uncompressed high definition media data, or a combination thereof. In forward connections, the data may be provided variously at one of the following rates: 2.7 Gbps, 5.4 Gbps, 3.375 Gbps, and 6.75 Gbps. At 6.75 Gbps, the data may include a combination of USB data and audio/video data (having high resolution high definition video) or just standalone audio/video data (having higher resolution high definition video). In backward connections, the data includes USB data and can be transferred at either 2.7 Gbps and 3.375 Gbps.

Protocol for digital audio-video interface

A system and method are disclosed for configuring video ports on a computer. An operating system is used to generate a visual user interface comprising a plurality of icons representing video input sources coupled to a tuner and a plurality of icons representing tuner output channels. A user provides input data to associate individual video input sources with individual tuner output channels, thereby generating a set of predetermined video source-channel associations. Appropriate control signals are then used to process video data in accordance with said predetermined video source-channel associations.

System and method for controlling video inputs to a computer

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Niwot, CO, United States of America

Greg Stewart