IS42RM16800H-75BLI-TR

IS42RM16800H-75BLI-TR is a type of memory module developed by Integrated Silicon Solution, Inc. (ISSI). It is an 8GB low-power Synchronous Dynamic RAM (SDRAM) designed for demanding applications in the industrial and embedded market.

IS42RM16800H-75BLI-TR provides 8GB of high-speed, high-density memory with a data rate of 1600Mbps. It is designed to meet the exacting requirements of advanced embedded applications like in-flight entertainment systems, high-performance controllers and medical monitors. It features an advanced command interface for efficient and reliable memory operations, low-power consumption and long product life.

The IS42RM16800H-75BLI-TR\'s application field includes industrial and embedded products, medical monitors, avionics, communications systems and military/aerospace applications. The memory is also suitable for automotive applications, such as entertainment systems and infotainment, as well as for routers, switches and intelligent embedded systems for Internet of Things (IoT) solutions.

The working principle of the IS42RM16800H-75BLI-TR is based on synchronous dynamic random access memory (SDRAM). SDRAM is a type of RAM (random access memory) used in advanced computing applications. It is synchronous because it runs at the same system clock frequency, providing fast access to data. This type of memory is designed to transfer data quickly and reliably.

The IS42RM16800H-75BLI-TR\'s advanced command interface ensures efficient and reliable operations. It also offers low power consumption and extended product life, making it suitable for applications with stringent power requirements. The memory module is also compatible with most system architectures and requires no additional components for proper operation.

In summary, the IS42RM16800H-75BLI-TR is an 8GB low-power SDRAM memory module developed by Integrated Silicon Solution, Inc. It is suitable for industrial and embedded applications, medical monitors, avionics, communications systems and military/aerospace applications. The memory module features an advanced command interface for efficient and reliable operations, low-power consumption and long product life, making it ideal for applications with stringent power requirements.