MT9HTF6472Y-667D4

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

MT9HTF6472Y-667D4 is a widely used DRAM memory module in the market. It is designed to be compatible with many different types of computers, from high-performance workstations to low-cost laptops. This memory module is easy to install and can provide long-term efficient performance.In terms of applications, the MT9HTF6472Y-667D4 is mainly used for access and storage operations. It is a great memory solution in mission-critical applications, such as computerized industrial control systems, medical systems, data suites, network servers, enterprise-level applications, scientific and engineering calculations, game applications, and so on.The MT9HTF6472Y-667D4 module is also suitable for consumer-level personal computers, as it provides ample storage capacity for multimedia files, documents, games, and other files. This memory module is ideal for home PCs with multitasking requirements.On the other hand, the working principle of the MT9HTF6472Y-667D4 is based on the concept of dynamic random access memory (DRAM). As such, it features a dynamic memory array which stores charge on capacitive elements. This memory array is organized according to rows and columns, allowing an increased number of memory locations to be accessed in parallel.When a write or read operation is performed, the memory controller sends a request for data to the memory block via a set of address, data, and control signals. Then, the signals are received and processed by the DRAM control logic. After data is read or written to the memory, the structure of the memory array is changed, and the DRAM control logic updates the contents of the memory cell.In summary, the MT9HTF6472Y-667D4 is a widely used DRAM memory module which is mainly used for database access and storage operations. It is suitable for mission-critical applications, as well as consumer-level home computers which require multitasking operations. The working principle of this memory module is based on the concept of dynamic random access memory (DRAM), which enables parallel access to the stored information.

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