ICS9FG107AGLN

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The ICS9FG107AGLN is an Application Specific integrated circuit (ASIC), also known as an Application Specific Standard Product (ASSP), manufactured and sold by IDT. It is a high-performance, low-power clock/timing controller designed for Scalable Coherent Interface (SCI) applications, such as High-Performance Computing (HPC). It offers an adjustable SCI clock generator, multiple reference clock inputs and outputs, integrated system interface clock synthesizers, and programmable clock dividers to deliver flexibility and system scalability.

The ICS9FG107AGLN integrates several key features with fractional-N synthesizer and prescaler performance, making it an ideal clock/timing solution for SCI/HPC applications. It provides a low-jitter output for driving multiple reference clock outputs, with programmable reference clock frequencies from 25 MHz to 400 MHz and internal clock dividers that can be programmed by firmware. The device also features programmable polarity and slew rate control, as well as input and output filtering. By allowing customers to adjust their clock and timing parameters, the ICS9FG107AGLN provides the flexibility they need to meet the demands of their specific application.

The ICS9FG107AGLN clock/timing solution is designed to configure a SCI system by controlling its timing parameters. The adjustable SCI clock generator allows frequencies of up to 400 MHz to be generated, which provide an adjustable reference clock to the system. It also integrates several clock synthesizers and prescalers, with each synthesizer programmed to one of four selectable clock reference frequencies. The device also supports the use of multiple reference clock inputs, and the output of each reference clock is replicated for multiple uses.

The key benefit of the ICS9FG107AGLN is it\'s ability to provide a low-jitter clock for various SCI applications. The device utilizes both integrated and external components to generate one or more outputs, as well as to provide the necessary quality of service for different applications. The integrated fractional-N synthesizer is adjustable to provide frequencies up to 400MHz, and provides a low duty-cycle jitter specification. The low-jitter clock output is a key component for meeting the quality of service requirements of many SCI applications. Additionally, the integrated prescaler can reduce the input clock frequency to meet the need of specific applications.

In addition to providing a low-jitter output, the ICS9FG107AGLN also features several other features designed to maximize its performance. The device supports both input and output filtering, which help reduce noise, jitter, and signal integrity issues. The device also supports programmable polarity and slew rate control, which allows customers to tailor their output for various applications. Finally, each reference clock output is replicated for multiple uses and can be programmed to any reference clock frequency from 25MHz to 400MHz.

The ICS9FG107AGLN is a highly integrated clock/timing solution that is designed to address the scalability and flexibility requirements of SCI applications. The adjustable SCI clock generator and reference clock synthesizers, combined with low-jitter output and programmable dividers, make the ICS9FG107AGLN an ideal solution for applications that require a clock/timing solution with maximum flexibility and scalability. By allowing customers to tailor their clock and timing parameters, the ICS9FG107AGLN provides them with the necessary means to meet the demands of their particular application.

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