ICS95V857AK

Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) ICS95V857AK Overview

The Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) ICS95V857AK is a premier clock buffer tailored for high-performance DDR applications. Operating at a frequency up to 233MHz, this IC ensures robust, stable signal integrity for critical timing applications. Its specialized design is suited for handling complex, high-speed digital circuits, providing both versatility and reliability in a compact package. Ideal for sophisticated electronics that demand precise clock timing solutions, the ICS95V857AK enhances system reliability through improved signal synchronization.

ICS95V857AK Features

This clock buffer IC from Intersil features a single circuit design that simplifies integration while maintaining performance at high frequencies up to 233MHz. The compact size and precision engineering contribute to its effectiveness in tight and demanding operational conditions. Its key characteristics include superior signal integrity and minimal jitter, which are essential for high-speed digital processing and can significantly boost system performance and reliability.

ICS95V857AK Applications

• Server Motherboards: The ICS95V857AK is used to provide precise clock timing solutions, improving the overall system stability and performance in complex server motherboard configurations.
• High-speed Computing Networks: With its ability to operate at 233MHz, this IC helps in synchronizing signals for high-speed data transfer, which is crucial for backbone networking equipment.
• Telecommunications Equipment: This clock buffer ensures that all timing-related functions are accurately synchronized, which is vital for reducing latency and improving call quality in telecommunications infrastructure.
• Consumer Electronics: In devices like high-definition televisions and gaming consoles, the ICS95V857AK contributes to enhanced performance by ensuring that the timing components operate in perfect harmony.