SY58035UMI

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The SY58035UMI is a clock/timing device specifically designed to buffer, generate and distribute clock and timing signals. It offers high speed operation and low-power consumption perfect for applications in high-end server and storage systems.

The clock buffer is one of the main features of the SY58035UMI. It provides multiple output clock and strobe signals which can be used for various applications, such as driving FPGA fabric, address decoding, power provisioning and USB synchronization. The buffer is divided into two parts, one for adjustable clock outputs and one for fixed-frequency clock outputs with up to ten outputs. It also provides an independent internal feedback loop that can compensate for temperature variations and supply voltage fluctuation and attenuates voltage overshoots generated by the output signals.

The driver feature of the SY58035UMI allows it to generate clock and strobe signals with programmable output impedance. For example, it allows for the adjustment of the output voltage for DDR memory applications or for driving synchronous clocks for system level timing distribution. It also provides two clock outputs with a Programmable Pre-Emphasis Setting and Separate Output Impedance control, which are suitable for high-speed applications such as GDDR6 memory or PCIe Gen3 or higher.

The SY58035UMI includes a real-time oscillator to generate the clock outputs. By connecting an external oscillator, the clock output frequency can be synchronized with the external oscillator. This is especially useful for applications with higher clock rates and needs more precision. It also provides adjustable skew and adjustable output swing levels, which allows more flexibility when used in applications involving higher speed serial data transmission.

The SY58035UMI offers several advantages over other clock/timing devices. It provides a high-performance clock buffer, allowing for up to 10 outputs, adjustable clock and strobe outputs and a real-time oscillator with adjustable skew and output swing levels. The driver is also suitable for DDR and high-speed applications. Finally, the SY58035UMI is a low-power consuming device, which makes it suitable for power-sensitive applications.

In conclusion, the SY58035UMI is a high-performance and low-power consuming device specifically designed for buffering and generating clock and timing signals. It offers adjustable clock outputs, adjustable output impedance, a real-time oscillator and separate output impedance control features, which makes it suitable for various applications, such as driving FPGA fabric, address decoding, power provisioning and USB synchronization, as well as DDR memory and high-speed applications.

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