AS4C64M16D3LA-12BINTR

Memory Alliance Memory, Inc. AS4C64M16D3LA-12BINTR Overview

The Memory Alliance Memory, Inc. AS4C64M16D3LA-12BINTR is a high-performance 1Gbit DRAM chip, engineered using advanced circuit technology to deliver top-tier speed and reliability. Packaged in a compact 96FBGA, this memory module offers a robust solution for handling large-scale data requirements and is optimized for high-throughput applications that demand consistent performance. The inclusion of this Memory Alliance Memory, Inc. AS4C64M16D3LA-12BINTR in your designs ensures you are incorporating a memory component that is both efficient and durable, making it an excellent choice for critical and high-volume applications.

AS4C64M16D3LA-12BINTR Features

This DRAM chip boasts a parallel interface for rapid data transfer and low latency operation, making it ideal for advanced computing environments. The module supports a clock rate of 12ns, which enables swift access to data and enhances the overall system responsiveness. Its high-density configuration facilitates a compact PCB layout while still providing a vast storage capacity, making it versatile for both space-constrained applications and power-intensive tasks.

AS4C64M16D3LA-12BINTR Applications

• Consumer Electronics: Utilized in devices such as high-definition televisions and gaming consoles, this DRAM module helps to handle the intensive processing needs of multimedia applications and gaming graphics by providing high-speed data transmission and storage.
• Computing: Key component in laptops and desktops, supporting demanding applications and multitasking environments by offering rapid access and processing of memory, thus ensuring smoother operation and enhanced user experience.
• Mobile Devices: Embedded in smartphones and tablets to ensure efficient performance and extended battery life by optimizing power consumption and speed of memory access.
• Networking Equipment: Used in routers and switches, improving data flow rates and reliability in network communication, critical for maintaining robust and efficient network infrastructures.