8P79818NLGI8

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The 8P79818NLGI8 device is a high-bandwidth conduction-mode differential clock buffer and fanout device. It is able to support higher data rates and provide a low-skew differential clock output while improving system performance and signal integrity. It is designed to work with low-voltage, slow-edge-rates, high-frequency Clock/Timing signals and can be used to buffer a variety of more challenging clock/timing signals.

The 8P79818NLGI8 operates by converting the differential input clocks into low-skew, low-jitter signals that propagate from the differential input ports to the differential clock output ports. The clock stroke width is increased while the clock phase-shiftgains and delays on the output clock are reduced, so that a more robust clock signal is driven out of the device. The device can drive a variety of outputs including but not limited to CML and LVDS outputs. The device can also be used to generate and route multiple clock signals.

The 8P79818NLGI8 is typically used in high-performance clock management systems for applications such as core logic chipsets and ASICs, switches, routers, digital signal processors, memory and storage controllers, video decoders, and video encoders. It also finds application in FPGAs, networking, and telecom systems.

The 8P79818NLGI8, being a differential clock buffer and fanout device, is designed to work with low-voltage, slow-edge-rates and high-frequency Clock/Timing signals. It has superior Rx insertion loss and differential output voltage swing characteristics, and is optimized to buffer the more challenging clock/timing signals. It employs conduction-mode buffering, which helps to reduce clock jitter while improving system performance and signal integrity.

The 8P79818NLGI8 can be used to buffer a single Clock/Timing signal into two separate output signals,or to diversely drive two parallel outputs that fan out the same Clock/Timing signal.It is able to support higher data rates and provide a low-skew differential clock output while improving system performance and signal integrity. 8P79818NLGI8 also finds application in FPGAs, networking and telecom systems. The 8P79818NLGI8 can buffer a single clock/timing signal into two separate output signals, providing superior Rx insertion loss and differential output voltage swing characteristics for the more challenging Clock/Timing signals. This makes it ideal for applications such as core logic chipsets, digital signal processors and memory controllers.

In conclusion, the 8P79818NLGI8 is a high-performance clock buffer/driver device that is designed to improve system performance and signal integrity in demanding applications. It utilizes conduction-mode buffering to decrease clock jitter. It can be used to buffer a single Clock/Timing signal into two separate output signals, or to diversely drive two parallel outputs that fan out the same Clock/Timing signal. It is optimized to work with low-voltage, slow-edge-rates, high-frequency Clock/Timing signals, and finds application in core logic chipsets, ASICs, FPGAs, networking, and telecom systems.

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