IS42S16800D-75EBLI-TR

Memory Integrated Silicon Solution, Inc. (ISSI) IS42S16800D-75EBLI-TR Overview

The IS42S16800D-75EBLI-TR from Integrated Silicon Solution, Inc. (ISSI) is a high-performance DRAM chip designed to meet the intensive demands of various advanced digital systems. Featuring a 128Mbit capacity and packaged in a compact 54-pin mini BGA, this product ensures efficient handling of large volumes of data with improved signal integrity and reduced power consumption. This Memory ISSI IS42S16800D-75EBLI-TR DRAM is tailor-made for applications requiring substantial memory storage and speedy access within a minimized physical footprint, making it a smart choice for designers aiming to enhance system reliability and performance while maintaining cost efficiency.

IS42S16800D-75EBLI-TR Features

The IS42S16800D-75EBLI-TR offers a robust set of features suitable for high-performance computing environments. It supports a parallel interface, ensuring high-speed data transfer rates which are crucial for performance-critical applications. The small form factor of the 54-mini BGA package not only reduces the space needed on printed circuit boards but also contributes to better thermal management and reliability in embedded systems. Furthermore, this memory module operates efficiently under the standard computing temperature range, providing stable performance across varied environmental conditions.

IS42S16800D-75EBLI-TR Applications

• Automotive Infotainment Systems: Utilizes high-density DRAM to manage real-time data streaming and processing for multimedia applications, enhancing the in-vehicle user experience.
• Telecommunications Equipment: Supports the high-speed data requirements of telecommunications infrastructure, ensuring reliable and uninterrupted service delivery.
• Industrial Automation: Employs robust memory capabilities to handle complex algorithms and control systems in industrial computing environments.
• Portable Computing Devices: Optimizes power consumption and space usage in laptops and tablets, providing essential memory resources without compromising device portability.