95V857AGLNT

Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 95V857AGLNT Overview

The Application Specific Clock/Timing Intersil (Renesas Electronics Corporation) 95V857AGLNT is a highly efficient, performance-driven integrated circuit designed specifically for DDR (Double Data Rate) memory applications. This clock buffer operates at a frequency of up to 233 MHz and is housed in a single circuit configuration, making it an ideal choice for advanced computing and high-speed digital systems. Its robust design and precision timing management capabilities ensure reliable and consistent performance, crucial for system stability and data integrity. The integration of this IC helps streamline product development by reducing component count and simplifying design complexity, which is vital for manufacturers aiming to enhance system performance while managing costs and power efficiency.

95V857AGLNT Features

This IC features a clock buffer that supports DDR technology, enabling it to handle high-speed data transfer rates which are essential for modern computing environments. With its 233 MHz operational frequency, the 95V857AGLNT ensures minimal signal delay and maximum throughput, crucial for performance-critical applications. Additionally, the compact single-circuit design facilitates easier integration into existing and new designs, providing a flexible solution for system architects and designers.

95V857AGLNT Applications

• High-Performance Computing Systems: Utilizes its high-frequency operation to provide precise clock timing, essential for maintaining system coherence and maximizing processing throughput.
• Advanced Consumer Electronics: Helps in managing data signals in devices such as high-definition televisions and gaming consoles, ensuring smooth and reliable operation.
• Telecommunications Infrastructure: Offers reliable timing solutions for equipment in data centers and network operations centers, enhancing data transfer rates and system reliability.
• Industrial Applications: Provides the necessary timing accuracy for automated systems and robotic assemblies, improving efficiency and precision in high-stakes environments.