MT18LSDT6472Y-13EG1

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The MT18LSDT6472Y-13EG1 is a type of memory module which is part of the SDRAM technology family. This module is designed in order to provide better performance in terms of memory speed and stability.

The design of this module enables it to operate in a variety of different application fields, ranging from general-purpose computing, gaming and multimedia tasks to more specialized tasks such as video processing, scientific and industrial automation, and networking.

The module consists of a single 256-Mbit parallel DRAM chip array, organized as 4 x 16 Mbits. This module is organized as 8 banks of 8M, with a total capacity of 64Mbit. The memory cells are arranged in a 2 x 4M strip, for a total of 32M cells.

In terms of its working principle, the MT18LSDT6472Y-13EG1 is a synchronous DRAM (SDRAM) memory module. It is designed to operate at a high speed, and offers both data and chip select addressing. The chip select is used to control the addressing of the memory array, while data is used to control the internal functions of the module. The module is able to store data in row and column buffers, allowing for higher access speed and faster data access time.

This module has an optimized refresh cycle that makes it suitable for use in a variety of demanding applications. In addition, it has a temperature-dependent cyclic refresh, which helps reduce power consumption. The module is also equipped with an advanced error correction system, which ensures that data is retained accurately and securely.

The MT18LSDT6472Y-13EG1 is a powerful memory module designed for a variety of applications, ranging from general-purpose computing and multimedia tasks to more specialized tasks such as video processing, scientific and industrial automation, and networking. It is organized as a synchronous DRAM (SDRAM) with optimized refresh cycles and temperature-sensitive cyclic refresh, making it suitable for a variety of demanding tasks. Additionally, the advanced error correction system ensures that data is securely retained.

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