PI3HDMI245-AZLE

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PI3HDMI245-AZLE is a multimedia integrated Surface-mount device that is used for board-level-conversion from one digital interface to a second different digital interface. The PI3HDMI245-AZLE device uses one type of physical interface to connect two different types of digital interfaces. The device provides a low-latency, bidirectional bridge between one digital infeed and one digital outfeed.

The PI3HDMI245-AZLE device is used in applications such as audio/video transports, gaming, audio/video streaming, and media transfers. The device can also be used in embedded systems to connect different systems between two different voltage levels. Additionally, the device can be used in applications that require a transition from 3G to HD.

The PI3HDMI245-AZLE is designed to convert digital data from one type of interface to another. For example, the device can convert a digital video signal from an HDMI interface to a DisplayPort interface. The PI3HDMI245-AZLE also supports the conversion of audio signals from an HDMI interface to an optical audio interface. Furthermore, the device supports the conversion of data signals from an MHL interface to an HDMI interface.

The PI3HDMI245-AZLE is designed to be integrated onto a printed circuit board. The device operates with a single +3.3V power supply and is based on a differential paired data line interface. The device includes a master controller, transceivers, and several buses. The master controller ensures that data is transferred accurately. The transceivers provide the necessary signal conditioning and re-clocking for processing data from one digital interface to another. The buses provide the necessary control signals for operating the device.

The PI3HDMI245-AZLE device is a versatile and robust solution for board-level conversion from one digital interface to a second different digital interface. The device is suitable for applications that require low-latency, bidirectional bridging of digital data. Furthermore, the device is designed to provide a reliable and low-cost solution for digital infeed and outfeed applications.

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