72V36100L10PFI8

FIFOs Memory Intersil (Renesas Electronics Corporation) 72V36100L10PFI8 Overview

The FIFOs Memory Intersil (Renesas Electronics Corporation) 72V36100L10PFI8 is an exemplary integration of form, function, and reliability, perfectly suited for systems demanding high-speed and large volume data buffering. Expertly crafted by Intersil, now under the robust umbrella of Renesas Electronics Corporation, this component guarantees precision and performance for sophisticated electronic applications. Incorporating a sizable buffer depth of 64 words by 36 bits and enclosed within an efficient 128QFP package, this IC FIFO offers smooth data management capabilities essential for contemporary digital environments. The 72V36100L10PFI8, with its advanced design, ensures minimal data congestion and optimal flow control, a vital characteristic for maintaining system integrity under high throughput scenarios. Embrace the [FIFOs Memory Intersil (Renesas Electronics Corporation) 72V36100L10PFI8] for your electronic designs to ensure a streamlined and reliable data buffer backbone.

72V36100L10PFI8 Features

• High-speed FIFO buffer memory
• Buffer depth of 64 words by 36 bits
• Encased in a compact 128-QFP (Quad Flat Package)
• Designed for seamless data throughput and efficient flow control

72V36100L10PFI8 Applications

• Telecommunications

  Employed in switches and routers for packet buffering, ensuring timely and orderly data transmission through network infrastructures.

• Video Processing

  Integral in digital video equipment for frame buffering, aiding in the smooth rendering and transition of high-definition video content.

• Data Storage Systems

  Used in RAID controllers and other storage solutions for managing the data queue, enhancing write/read operations performance.

• Industrial Control Systems

  Facilitates the buffering of sensor data in automation and control systems, contributing to precise real-time processing and actions.

• Medical Equipment

  Key component in diagnostic devices and health monitoring systems where accurate data buffering is critical for patient analysis.