MAX9288GTM/V+GG7

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The MAX9288GTM/V+GG7 is an advanced serializer and deserializer (SerDes) for digital video applications. It provides ultra-low latency serial digital video data in several formats. Its high-bandwidth and low-jitter design can support HDTV and digital video streams up to 2.97Gbps per channel, up to four channels with a pixel clock rate of 166MHz and 3.14Gbps for dual-channel applications. It also supports full-rate 3D digital video streams (1080p) with resolutions up to 1750x1750p with a pixel clock rate of up to 166.25MHz.

The MAX9288GTM/V+GG7 is well-suited for applications such as transmission systems, medical imaging, industrial imaging, and audio/video capture and playback. The device can also be used to convert parallel CMOS signals to high-speed differential LVDS signals or vice versa as a level converter, thereby providing support for standard interfaces such as Camera Link, MIPI CSI/DSI, SDI, and GPX.

The MAX9288GTM/V+GG7 offers many advantages over traditional parallel bus architectures. The device\'s SerDes has extremely low power consumption, which allows it to be used in battery-powered systems. It also provides better signal integrity and higher data transfer speeds than parallel buses. The device\'s built-in data re-locker provides unmatched accuracy for digital video signals. Additionally, the embedded Automatic Gain Control (AGC) feature provides optimal input signal levels for signal robustness and scalable data rates.

The MAX9288GTM/V+GG7 is a chip-level solution for data signal routing, level shifting, and serialization/deserialization. It features two low-power LVDS SerDes with FIFO memory, two low-jitter high-speed PLLs, four supply-independent analog line drivers, and four low-capacitance receivers. All of the device\'s components are designed to reduce overall system power consumption.

The MAX9288GTM/V+GG7 is a fully integrated SerDes solution with a flexible set of features. Its multiplexing and demultiplexing capabilities allow two independently controlled streams of data to run in parallel. It also supports simultaneous input and output of digital video data, making it suitable for applications such as digital signage, IP video, and multi-channel video. The device can also be used as a low latency video distribution repeater, with support for video buffering, video and audio synchronization, and video signal processing.

The MAX9288GTM/V+GG7 includes several built-in digital signal processing (DSP) features such as Serializer Error Correction, Edge Detection, Noise Reduction, and Transition Detection. These algorithms can be set to automatically optimize data throughput in various applications. Additionally, the device can be programmed with several different control modes to accommodate the most demanding data transfer rates.

The MAX9288GTM/V+GG7 is designed to be easily implemented in any system design. It is pin-compatible with two LVDS interfaces and one USB interface, making it a cost-effective solution for multi-protocol data transfer. It also features a 16-bit two-wire serial I/O interface, which simplifies integration into microprocessors and microcontrollers. Finally, the device supports on-board memory, allowing developers to store customized data and configurations.

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