AY12M7258BLH9M Memory Cards, Modules

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Memory modules – such as the AY12M7258BHL9M – are vital components of modern computing. Memory modules are the hardware devices that provide the physical memory in computers, storing information as electrical signals that can be accessed randomly, in order to process and store data. This article will explain the application field and working principle of a AY12M7258BHL9M memory module.

The AY12M7258BHL9M memory module is a asynchronous DRAM (Dynamic Random Access Memory) module which is designed for high-density applications. It is commonly used in desktop and laptop computers, game consoles and other devices with high-density memory requirements. It is built using an 8-bit DDR (Double Data Rate) memory architecture, and is designed to be both reliable and efficient.

The module is capable of supporting up to 288 megabits of data in an 8-bit configuration, making it highly suitable for applications which require large amounts of memory. It can also support 36 megabytes of data in a 4-bit configuration, which makes it suitable for applications which require smaller amounts of memory. In addition, the module is capable of supporting up to 1066 MHz in clock frequency, making it ideal for applications which require high speeds.

In terms of its working principle, the AY12M7258BHL9M contains several components such as a memory controller, rows of memory cells, and support logic. The memory controller is responsible for managing the access of data to the memory cells in the module. The memory cells are arranged in rows and columns, where the whole module can be thought of as an array of 8-bit cells which can be read from and written to independently. The support logic is used to translate the signals that the memory controller receives into the commands that are needed for reading and writing data to the memory cells.

When data needs to be stored, the memory controller sends an address to the module and it finds the location of the data to be stored. The support logic then translates this address into the commands that are used to access the memory cells. The controller then sends a write command to the module, which is used to write the data into the memory cells. After the data has been written, the support logic sends a read command to the module, which reads the data back and sends it to the memory controller. The whole process is repeated for each write or read transaction.

In summary, the AY12M7258BHL9M memory module is a high-density DRAM module which is built for high-density applications such as desktop and laptop computers, game consoles, and other devices. It is capable of supporting up to 288 megabits of data in 8-bit configuration and up to 36 megabytes in 4-bit configuration. The module also supports a maximum clock frequency of 1066 MHz. Its working principle is based on the memory controller, rows of memory cells, and support logic, which enable the module to process read and write transactions.

The specific data is subject to PDF, and the above content is for reference