IDT71V35761S183BQGI

Memory Intersil (Renesas Electronics Corporation) IDT71V35761S183BQGI Overview

The Memory Intersil (Renesas Electronics Corporation) IDT71V35761S183BQGI is a high-performance 4.5Mbit SRAM IC, designed for demanding applications requiring rapid access and high data throughput. Encapsulated in a robust 165-ball CABGA package, this IC offers exceptional durability and reliability for intensive operations. Engineered to deliver speed and efficiency, it supports synchronous operations that make it an ideal choice for systems where quick memory access is crucial. Its parallel interface ensures compatibility with a wide range of modern industrial and computing systems, making it a versatile solution in a host of technological environments.

IDT71V35761S183BQGI Features

This SRAM component features a dense 4.5MBIT configuration that allows for substantial storage within a compact form factor. The synchronous nature of the IDT71V35761S183BQGI facilitates high-speed data transfers, crucial for applications requiring fast access and processing of large volumes of data. The use of a 165CABGA package not only enhances the physical protection of the chip but also aids in efficient thermal management, thus sustaining performance stability under varying operational conditions.

IDT71V35761S183BQGI Applications

• Advanced Networking Equipment: In routers and switches, the IDT71V35761S183BQGI serves as a high-speed buffer memory, managing data packets efficiently and improving overall network performance.
• High-Performance Computing: Utilized in servers and high-performance computers, this SRAM provides temporary data storage for rapid processing, aiding in faster computation and efficient handling of large datasets.
• Telecommunications Infrastructure: Supports telecommunications systems by facilitating quick access to data, essential for real-time communication technologies and signal processing.
• Industrial Automation Systems: In PLCs and industrial computers, the chip enhances process control by offering swift memory access, crucial for real-time decision-making in automated environments.