IS45S32200L-6TLA2-TR

Memory Integrated Silicon Solution, Inc. (ISSI) IS45S32200L-6TLA2-TR Overview

The Memory Integrated Silicon Solution, Inc. (ISSI) IS45S32200L-6TLA2-TR IC DRAM embodies a high-performance 64Mbit DRAM module, encapsulated in a compact 86TSOP II package. Designed for advanced electronic systems requiring high-speed data retrieval and substantial storage capacity, this product ensures reliability and speed for critical applications. It integrates seamlessly into various digital applications, providing robust performance that meets the demanding needs of contemporary electronics. The use of cutting-edge technology by ISSI in this component makes it a premier choice for developers looking to enhance system capabilities with proven, stable memory solutions.

IS45S32200L-6TLA2-TR Features

This IC DRAM from ISSI offers a variety of features essential for modern electronic systems. It boasts a large memory capacity of 64Mbit, suitable for intensive data management tasks. The component operates at a standard voltage, ensuring compatibility with common system architectures and reducing power consumption. Its 86TSOP II form factor is designed for optimal integration in space-constrained applications, making it an ideal solution for both portable devices and stationary electronic systems.

IS45S32200L-6TLA2-TR Applications

• Consumer Electronics: Utilized in devices such as digital cameras and MP3 players, where high memory capacity and speed are crucial for user satisfaction and device functionality.
• Automotive Systems: Integrated into dashboard systems and infotainment units, facilitating enhanced data storage capabilities and faster processing speeds necessary for modern automotive applications.
• Telecommunications: Employed in networking hardware like routers and switches, where reliable and quick access to data is essential for efficient network management and communication.
• Industrial Automation: Suitable for use in control systems that require high-volume data logging and real-time processing to ensure operational accuracy and efficiency in automated environments.