MAX96707GTG+T

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Interface - Serializers, Deserializers

The MAX96707GTG+T is an interface module for both serialization and deserialization of digital data. It is a high performance device which has integrated functions for combining and separating multiple data streams at up to 3 Gbps. This makes it suitable for applications in consumer multimedia, automotive infotainment, as well as video and mobile communication markets.

The MAX96707GTG+T provides an ultra-low power solution that is designed to not have a noticeable effect on system power consumption. It can convert low-voltage 3.3V I/Os to a differential 1.2V PECL or LVDS signaling. This inter-IC interface can accommodate data transmission rates of up to 3 Gbps. The flexibility of the module allows for it to be used for a variety of applications such as HDMI 2.0, DisplayPort and USB 3.0.

The real strength of the MAX96707GTG+T is its incorporation of embedded functions and features which combine to control the timing of operations, including clock and data recovery, deskew, and delay matching. It also can be used for serial to parallel and parallel to serial conversion. All of these options are customizable to meet the requirements of a particular application.

Core Functions

The MAX96707GTG+T consists of an input and output interface, as well as a microcontroller. The embedded controller provides a variety of functions, including a programmable serializer, deserializer, clock and data recovery (CDR) unit, clock and data deskew, delay-matching, buffering, and multiplexing. The serializer can convert up to 10 lanes of parallel/serial data streams into serial, while the deserializer provides the reverse, processing a serial bit-stream into up to 10 lanes of parallel outputs. The CDR unit identifies the data waves and then extracts the clock from the bit-stream. The clock and data deskewing functions are used to eliminate the phase variations in the serial bit-streams, allowing for synchronized data transmission.

The embedded microcontroller controls both sequential and simultaneous operation of the serializer and deserializer blocks. The delay-matching function compensates for uncertainties in the transmission lines and can be used to adjust the timing between input and output signals. Also, the buffering function is used to accommodate different transmission speeds, while the on-screen display provides a visual monitor of the data flow.

Applications

The MAX96707GTG+T module is a versatile high-performance device that can be used in a variety of applications. It is designed to be used in applications where high-speed data transmission is required, such as A/V systems, digital televisions, video surveillance systems, and mobile communication systems, among others. It can also be used in automotive infotainment systems to accommodate the high speed multimedia data transfer that is now commonplace in vehicles.

The MAX96707GTG+T is also suitable for industrial applications that require a reliable link between two nodes. It is particularly useful for the transmission of real-time data, such as those used in safety equipment or medical imaging systems. The combination of features and embedded functions makes it an ideal solution for these applications, as it can provide consistent, high-speed data transmission.

Conclusion

The MAX96707GTG+T module is an ideal solution for applications that require simultaneous serial and parallel data transmission. The integration of clock and data recovery, deskew, and delay-matching functions ensures reliable data transmission even in the most demanding applications. The low power consumption and wide variety of data rates are designed to suit any application and the flexibility of the embedded functionality makes it an ideal choice for a variety of applications.

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