AW56M7258BKK0M

Memory modules refer to a range of integrated circuit devices that are used to store different types of data, including program instructions, program data, user data and system information. As the name suggests, memory modules are designed in such a way that they are easy to install on the main circuit board of a computer or other electronic device system.

The AW56M7258BKK0M is a type of memory module designed using dual in-line memory module (DIMM) technology. This type of module is designed with a buffered memory architecture, which allows for improved signal integrity, data reliability, and data transfer speeds. It is a DDR4L SDRAM module, which is a type of volatile memory, meaning that any data stored in the memory is lost when power is removed. The AW56M7258BKK0M has a total capacity of 16MB and an operating speed of 2133 MHz.

The main application field of the AW56M7258BKK0M memory module is servers. The module is widely used in server and enterprise applications, mainly due to its speed and signal integrity. It is also suitable for gaming and other high performance applications, as its speed and multifunctional architecture are suitable for multitasking and heavy workloads.

The AW56M7258BKK0M is a buffered memory module, which means that it contains a buffer between the control and data lines. This buffer helps to eliminate bus contention and signal noise, which improves the signal integrity of the data transfer. Additionally, the buffer also increases the reliability of the data transfer, as it reduces the possibility of data corruption due to signal noise. Furthermore, due to the increased signal integrity, the module can transfer data at a higher speed.

Because of the advantages of the buffered memory architecture, the AW56M7258BKK0M is suitable for applications that require increased data transfer speeds or require a high signal integrity level. In addition, the module can be used as an upgrade to existing system memory, providing the system with improved performance and reliability.