82V3398NLG8

Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 82V3398NLG8 Overview

The Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 82V3398NLG8 is an advanced integrated circuit designed for high-performance WAN synchronization and Ethernet applications. This IC leverages state-of-the-art PLL technology to deliver robust, precise clock synchronization and timing solutions, crucial for managing data integrity and signal clarity in complex network environments. With its compact 72-VFQFP package, it offers a scalable solution that meets the rigorous demands of modern telecommunications and data network infrastructure, making it ideal for manufacturers looking to enhance system reliability and performance.

82V3398NLG8 Features

The 82V3398NLG8 from Intersil (Renesas Electronics Corporation) is packed with features that make it a pivotal component in network management and timing control systems. Key features include its enhanced PLL circuitry, which ensures low jitter and high stability in clock outputs. It supports multiple frequency synthesis and clock distribution capabilities, facilitating versatile deployment across various platforms and applications. Its ability to provide synchronized output makes it suitable for critical network operations that depend on precise timing.

82V3398NLG8 Applications

• Telecommunication Networks: Utilizes its precise PLL capabilities to enhance the synchronization of telecom network operations, ensuring reduced latency and improved data transmission quality.
• Data Centers: Provides critical timing and synchronization for managing data flows, essential in high-speed data centers where timing accuracy directly impacts system performance and reliability.
• Network Routers and Switches: Helps in clock distribution to maintain consistent and reliable operation of network routers and switches, crucial for maintaining uptime and network efficiency.
• Broadcast Video: Used in broadcast video applications to ensure sync integrity across different video streams, essential for avoiding disruptions in broadcast quality.