The GS8342T36BGD-250 is a high-performance Static Random Access Memory (SRAM) device manufactured by GSI Technology. Designed for applications requiring fast access times and substantial memory capacity, this SRAM offers a synchronous burst architecture. It is suitable for various high-bandwidth and data-intensive applications.

Applications

• Networking equipment (routers, switches)
• Telecommunications systems
• Data acquisition and processing systems
• High-performance computing
• Image and video processing

Features

• Memory Size: 144Mb
• Access Time: 250 MHz
• Synchronous Burst Operation
• 3.3V Power Supply
• Data Width: x36
• Available in BGA Package

Benefits

• Enables high-speed data transfer
• Reduces system latency due to fast access times
• Simplified memory control with synchronous operation
• Large memory capacity for data-intensive applications
• Easy integration into existing systems due to standard package

Additional Details

The GS8342T36BGD-250 delivers high-speed performance with its 250 MHz access time. The synchronous burst operation enables efficient data transfer, making it ideal for systems requiring high bandwidth. Its 144Mb memory capacity provides ample space for storing large amounts of data, which is crucial for applications such as image and video processing. The device operates at a 3.3V power supply, making it compatible with many modern electronic systems. Its x36 data width allows for efficient data handling. The BGA (Ball Grid Array) package facilitates easy integration into various system designs. This SRAM is commonly used in networking equipment to buffer data packets and ensure smooth network operation. In telecommunications, it's used for high-speed data processing and transmission. Its high performance also makes it suitable for data acquisition systems and high-performance computing environments. The synchronous burst operation and fast access time significantly reduce latency, which is essential for demanding applications. The large memory capacity allows it to handle complex data structures and algorithms. The device's reliability and stability ensure consistent performance in critical applications.