PI6C410MAE

Application Specific Clock/Timing Diodes Incorporated PI6C410MAE Overview

The Application Specific Clock/Timing Diodes Incorporated PI6C410MAE is a high-performance clock generator designed for precision timing solutions across a broad range of applications. Manufactured by Diodes Incorporated, this integrated circuit ensures reliable and consistent operation in systems requiring multiple synchronized clock signals. Its compact 56-TSSOP package allows for efficient use of board space, making it ideal for densely packed electronics. The PI6C410MAE offers a versatile and scalable solution to meet the rigorous demands of modern digital infrastructures, providing enhanced system performance and stability.

PI6C410MAE Features

The PI6C410MAE clock generator features include:

• Support for Intel PCI Express architectures, ensuring compatibility with a wide range of Intel processors and platforms.
• Multiple output frequencies, which can be programmed to support various system requirements, enhancing flexibility and reducing system complexity.
• Low jitter and high stability outputs, crucial for high-speed digital communication and processing tasks.
• An integrated phase-locked loop (PLL) technology, providing precise clock signal timing critical for system reliability and performance.
• Operation over a wide temperature range, suitable for industrial and commercial environments.

PI6C410MAE Applications

• Server Motherboards: Used to generate precise clock signals that synchronize high-speed processors and memory components.
• Telecommunications Equipment: Provides the timing needed for data transfer and signal processing within network infrastructure.
• Data Centers: Ensures robust and reliable clock distribution for managing vast amounts of data and supporting high-availability systems.
• Embedded Systems: Offers compact and efficient timing solutions for embedded applications in automotive and consumer electronics.
• High-performance Computing: Critical for maintaining synchronization of computing tasks and operations in intensive computational environments.