MAX96708GTJ+

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Interface - Serializers, Deserializers (MAX96708GTJ+)

The MAX96708GTJ+ Serializer and Deserializer (SerDes) are high-speed, single-chip, low-latency Interface devices that enable a high-speed serial data link between two digital systems. These SerDes devices are based on Maxim Integrated’s innovative technology, which includes high-performance transceiver and Digital Signal Processor (DSP). The SerDes also supports communication via a wide variety of popular digital interfaces and communication protocols, including but not limited to MIPI D-PHY, MIPI M-PHY, DisplayPort, CSI-2, Fiber Channel, and USB 3.1.

The MAX96708GTJ+ SerDes supports speeds up to 10Gbps, with link data rates up to 8.5GHz. It provides high-parameter margin, low power consumption, and can be used in a variety of applications, from consumer to enterprise and industrial markets. The MAX96708GTJ+ features a flexible architecture that supports numerous configurations, such as multiplexing, deskewing, de-embedding and data encryption. Furthermore, the device is designed for compatibility with a wide variety of MCUs, FPGAs, and ASICs, allowing for easy integration into any system.

Application Fields

The MAX96708GTJ+ is used in a wide range of applications, from consumer electronics to the automotive market and industrial areas such as machine vision, medical systems, factory automation, and robotics. In the consumer electronics field, it offers support for HDMI 2.0, DisplayPort and USB 3.1, enabling video streaming and data transfer between digital systems. In the automotive market, the MAX96708GTJ+ supports the MIPI C-PHY and MIPI D-PHY, allowing for data transfer between digital systems in a car’s infotainment system, as well as other embedded systems.

In addition, the MAX96708GTJ+ is widely used in other industrial applications. These include machine vision systems and factory automation, where the device provides support for CoaXPress, CameraLink and GigE protocols, bringing flexibility and performance to these applications. In the medical field, the MAX96708GTJ+ supports the USB 3.1 protocol, allowing for the transfer of digital images and data between medical systems for diagnosis, monitoring and treatment.

Working Principle

At its core, the MAX96708GTJ+ is a digital-to-analog/analog-to-digital converter, providing an interface between digital systems. The device follows the principle of a serializer (SerDes) which takes a parallel instant in digital form and converts it into a serial stream of bits. This is achieved by taking each bit from the digital parallel interface and shifting it out one bit at a time, in a process known as serialization. The other side of the link, the deserializer (Deser), reverses the serial stream of bits back into its original parallel format.

The serial transmission of data is then supported by a variety of popular interfaces and communication protocols. The SerDes supports point-to-point, parallel and serial communication. The serial data can be sent over copper, fiber optic or wireless connections, depending on the requirements of the application. Furthermore, the MAX96708GTJ+ supports a variety of popular digital interfaces and protocols, including MIPI D-PHY, MIPI M-PHY, DisplayPort, CSI-2, Fiber Channel, and USB 3.1.

The device features a programmable transmitter with high-performance adaptive transceiver for transmitting data, along with a digital signal processor (DSP) for automatic de-embedding and channel equalization. An embedded phase-locked loop (PLL) allows for synchronized communications, while a dedicated phase-frequency detector (PFD) is used for clock and data recovery. Furthermore, the device supports data de-embedding and de-skewing for long, video and audio data channels, an integrated data scrambler for encrypting data transmission, and a clock synthesizer for generating the requisite frequency.

The MAX96708GTJ+ is available in a range of packages, and is suitable for a variety of applications in the consumer electronics, automotive, industrial, medical, and other markets. With its combination of high speed, low latency, and high parameter margin, the device is suitable for applications requiring high-performance serial data transmission.

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