9FGL0441AKILF

Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 9FGL0441AKILF Overview

Introducing the Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 9FGL0441AKILF, a cutting-edge integrated circuit clock generator designed for high-performance PCIe applications. This precision device is housed in a compact 32-VFQFP package and is engineered to deliver robust, low-jitter clock signals. Ideal for demanding digital environments, the 9FGL0441AKILF ensures reliable operation with a 100 ohm differential output impedance, making it a critical component in enhancing system integrity and performance. Its sophisticated design and advanced manufacturing techniques make it a key solution for developers looking to optimize their high-speed computing and networking systems.

9FGL0441AKILF Features

The 9FGL0441AKILF clock generator is equipped with features that support its integration into advanced technological frameworks:

• Specifically designed for PCIe applications, ensuring compatibility and performance.
• Low-jitter output which enhances system stability and data integrity.
• 100 ohm differential output impedance tailored for optimal signal integrity.
• Housed in a practical 32-VFQFP package, ideal for compact PCB layouts.

9FGL0441AKILF Applications

• Data Centers

  Utilized in server motherboards to ensure precise clock generation for managing data flow and server timing, enhancing overall data center efficiency and reliability.

• Networking Equipment

  Employs its high stability and low jitter characteristics in routers and switches, crucial for maintaining the integrity and timing of high-speed network communications.

• High-Performance Computing

  Integrated into computing arrays for financial modeling and scientific research, providing the necessary timing accuracy for complex calculations and data analysis.

• Telecommunications

  Applied in telecommunications infrastructure to provide reliable timing solutions for network synchronization, essential in multi-node communication environments.