CY28323OXCT

Application Specific Clock/Timing Skyworks Solutions, Inc. CY28323OXCT Overview

The CY28323OXCT, designed and manufactured by Skyworks Solutions, Inc., represents a cutting-edge solution in the domain of application-specific clock/timing ICs. This product is tailored for enhancing the performance and reliability of next-generation computing and high-speed data environments. With its precise clock timing functionalities, the CY28323OXCT ensures improved system stability and increased operational efficiencies, making it an ideal choice for high-performance computing applications. Its robust design encapsulates a wealth of features that cater to the intricate demands of modern technological ecosystems, thereby positioning itself as a critical component for B2B customers looking to enhance their system capabilities on a large scale.

CY28323OXCT Features

The CY28323OXCT from Skyworks Solutions, Inc. is embedded with several key features that make it a powerful asset in any tech-driven setup. It includes advanced clock synchronization and distribution capabilities that are essential for maintaining system integrity and performance under high-load conditions. Furthermore, the device's compatibility with Intel's Pentium 4 processors highlights its utility in complex processing environments. The package form of 48-SSOP ensures that it is both compact and easy to integrate into existing infrastructures.

CY28323OXCT Applications

• Enterprise Computing Systems: Integrates seamlessly to provide stable and reliable clock signals essential for server and workstation operations, enhancing processing power and data throughput.
• Data Centers: Utilized to maintain consistent timing across various computing nodes, essential for managing large-scale data operations and ensuring system synchronicity and reduced latency.
• Telecommunication Infrastructure: Supports telecommunication systems by ensuring precise timing needed for signal processing, crucial for maintaining high-quality network performance and reliability.