MAX13081ECSA+T

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The MAX13081ECSA+T is a 1/2-Channel LVDS/M-LVDS/RSDS Clock and Data Separator/Multiplexer/Fanout Buffer/De-skew Buffer/Jitter Attenuator/SyncE/Sync-on-T1 Clock-Data Recovery IC from Maxim Integrated, offering ultra-low jitter performance in applications such as clocking over data center interconnects (RDMA over Ethernet) and backplane clocking.

The MAX13081ECSA+T has an advanced, low-noise clock-data separator/multiplexer architecture, allowing it to achieve excellent jitter performance with a wide input range of 125 MHz to 6 GHz. Furthermore, its fanout buffers, deskew buffer, and advanced jitter attenuation capabilities make it ideal for high-performance clock-data recovery applications.

The MAX13081ECSA+T is an ideal clock-data recovery device for a range of interface and communication applications. The device can be used in Telecom and Datacom applications, including SONET, SDH, Ethernet, Fibre Channel and CPRI, to perform clock and data recovery and deskew. It is also popular in Electronic Test and Measurement (ETM) applications, where it can be used to fanout clocks or to perform clock conditioning, as well as for mission-critical Fibre Channel and RDMA over Ethernet applications.

The MAX13081ECSA+T is also useful in server applications, since its fanout ability allows it to be used in a variety of fanout/deskew buffer/jitter attenuating configurations. The MAX13081ECSA+T is also used in wireless applications, including LTE, Edge, and WiMAX, to recover clocks from RF signals or provide low-jitter reference clocks.

The MAX13081ECSA+T offers a variety of features and functions to support many applications. It has a dual-input clock-data separator/multiplexer, which can separate and multiplex clock and data from multiple sources. The integrated fanout buffer can fanout up to four outputs, and the device also provides a low-jitter data-strobe output for enable/disable control. Additionally, the MAX13081ECSA+T also offers a wide input range, from 125 MHz to 6 GHz, as well as an integrated jitter attenuator, which allows it to provide ultra-low jitter performance in a variety of clock-data recovery applications.

The MAX13081ECSA+T also offers SyncE and Sync-on-T1 Support, which allows the device to be used in Synchronous Ethernet and Clock-on-T1 applications. Furthermore, the device is also compatible with a variety of input and output formats, including LVDS, M-LVDS, and RSDS, allowing it to be used in a variety of applications.

Overall, the MAX13081ECSA+T is an excellent choice for a wide range of clock-data recovery and fanout applications. Thanks to its advanced, low-noise clock-data separator/multiplexer architecture and its low-jitter jitter attenuator, the MAX13081ECSA+T offers excellent jitter performance in a wide range of applications. Additionally, by providing SyncE and clock-on-T1 support, as well as a wide range of compatibility with input and output formats, the MAX13081ECSA+T is a versatile device that can be used for a variety of clock-data recovery, fanout, and Conditioner applications.

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