IDT72T40118L4BB

FIFOs Memory Intersil (Renesas Electronics Corporation) IDT72T40118L4BB Overview

This IC FIFO DDR/SDR 4NS 208BGA, manufactured by Intersil (Renesas Electronics Corporation), is a cutting-edge solution designed for high-speed data buffering and transfer. With its advanced architecture, this integrated circuit offers seamless integration into various electronic systems, ensuring efficient data handling and processing.

Featuring a DDR/SDR interface and a fast 4NS speed, this FIFO memory module delivers exceptional performance, making it ideal for applications requiring rapid data storage and retrieval. Its compact 208BGA package ensures space-efficient PCB layout, further enhancing its suitability for compact electronic devices.

Whether used in telecommunications, networking, or industrial automation, this FIFO memory IC from Intersil excels in providing reliable data buffering and transfer capabilities, empowering B2B customers to optimize their system performance.

IDT72T40118L4BB Features

• DDR/SDR Interface: Supports both DDR and SDR data transfer modes for versatile compatibility.
• Fast 4NS Speed: Ensures rapid data buffering and retrieval, optimizing system performance.
• Compact 208BGA Package: Facilitates space-efficient PCB layout, ideal for compact electronic devices.
• High Reliability: Manufactured by Intersil (Renesas Electronics Corporation) for superior quality and durability.

IDT72T40118L4BB Applications

• Telecommunications Equipment: This FIFO memory IC is utilized in telecommunications infrastructure for buffering and transferring data packets, ensuring smooth and uninterrupted communication.
• Networking Devices: In networking equipment such as routers and switches, this IC facilitates efficient data handling, contributing to stable network performance and throughput.
• Industrial Automation Systems: Integrated into industrial automation controllers and PLCs, this FIFO memory module enables fast data storage and retrieval, enhancing the efficiency and responsiveness of automated processes.