CY28800OXI

Application Specific Clock/Timing Skyworks Solutions, Inc. CY28800OXI Overview

The CY28800OXI, manufactured by Skyworks Solutions, Inc., is a high-performance clock generator IC specifically engineered for PCIe and SATA applications within computing environments. This device is part of the Application Specific Clock/Timing category, designed to provide precise timing solutions with enhanced stability and reliability. The CY28800OXI targets the needs of high-speed data interfaces, ensuring minimal jitter and optimal signal integrity, which are crucial for system performance and robust data transmission. This product is ideal for developers and engineers looking for a dependable clock source that integrates seamlessly into PC architectures and other related applications, thereby supporting mass deployments and enterprise-level projects.

CY28800OXI Features

The CY28800OXI offers a suite of features optimized for computing and data communication systems. These include:

• Low-jitter, high-precision clock outputs tailored for PCIe and SATA signals.
• Support for multiple output frequencies, accommodating a range of device requirements.
• Compact 48-SSOP package for efficient PCB space utilization.
• Extended temperature range, ensuring operation under varying environmental conditions.
• Low power consumption, which enhances the overall energy efficiency of the host system.

CY28800OXI Applications

• Server Motherboards: Utilizes the precision timing to manage data flow efficiently between storage (SATA) and system interface (PCIe).
• Network Attached Storage Devices: Provides stable and reliable clocking to maintain data integrity and speed in network storage applications.
• High-Performance Computing Systems: Ensures low-latency operation critical for high-speed computing tasks and data processing.
• Data Centers: Supports large-scale server architectures with consistent and synchronized clock distribution.
• Gaming PCs: Delivers the high-performance clock necessary for graphic and processing speed demands in modern gaming systems.