PI6LC4840ZHE

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The PI6LC4840ZHE is a high-precision, low-skew, six-lane clock driver developed by NXP. It is purpose-built for clock/timing-specific applications and is optimized for use in FPGA, ASIC and other modern day data center designs. It provides a highly accurate and reliable clock delivery solution, allowing for significantly improved system performance in terms of latency, jitter and power.

The PI6LC4840ZHE is a high-speed, high-performance clock driver designed for applications where fast and accurate timing is critical. This device provides up to 6 individually adjustable outputs and one high-speed differential output. Each output can be individually adjusted for skew, phase and frequency. The device also features built-in Error Detection and Correction (EDAC) for increased reliability.

The PI6LC4840ZHE can be used to drive a variety of high-speed clock transmissions such as Ethernet, SATA, PCIE and USB. It also features a low-power stand-by mode for improved power efficiency when the data center is idle or in low-power use cases. The device\'s low-skew outputs help minimize clock drift and minimize the need for compensation resulting in improved system performance.

The PI6LC4840ZHE is ideal for applications where low-skew and high accuracy timing is critical. It is optimized for use in data centers, offering superior performance and delivering precise clock delivery solutions. The device is also capable of driving multiple high-speed transmission protocols and can adjust each output individually, offering flexibility for different applications. Furthermore, the EDAC function allows the device to detect and correct any errors, resulting in greater reliability and improved system performance.

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