MT53D4DAWT-DC

Series:	--
Part Status:	Active
Memory Type:	Volatile
Memory Format:	DRAM
Technology:	SDRAM - Mobile LPDDR4

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Introduction

MT53D4DAWT-DC is a multi-channel DDR4 DRAM designed for datacenter applications and high performance computing systems. It has a maximum operating frequency of 2133 MHz, and can be used in a variety of application domains, including networking, storage and analytics. In addition, MT53D4DAWT-DC is capable of providing an optimal performance for mission-critical systems and large scale data processing tasks. The module is designed to provide the maximum possible reliability and redundancy while simultaneously delivering the highest levels of performance and scalability.

Memory Overview

MT53D4DAWT-DC is a DDR4 DRAM memory module. It is a high-density, high-performance storage and computing solution that utilizes the latest in DRAM technology. This DRAM module is capable of providing up to 8GB of high-performance storage, with a maximum data transfer rate of 2133MHz. This module is also capable of scaling up to 16GB and is ideal for use in datacenter applications and high performance computing systems.

Application Field

MT53D4DAWT-DC has a wide range of applications from networking and storage solutions to analytics tasks and other mission-critical systems. This module is designed to provide the highest levels of reliability and scalability for mission-critical systems and large scale data processing tasks. The module can be used in datacenter applications such as virtualization, hosting services, cloud solutions, analytics and big data solutions, web development and deployment, high-performance computing applications, and real-time data analytics.

Working Principle

The MT53D4DAWT-DC is a DDR4 DRAM memory module. It is a dual-rank module and is capable of providing up to 8GB of high-performance storage. The maximum data transfer rate supported by this module is 2133MHz. The module uses the latest in DRAM technology and is designed to provide the maximum possible reliability and redundancy while simultaneously delivering the highest levels of performance and scalability.The memory module is composed of the following components:• The memory controller, which is responsible for controlling the data flow between the system and the module.• The DRAMs, which store the data in the module.• The DIMM, which provides the physical interface between the module and the system.The data flow between the system and the module is controlled by the memory controller. The memory controller is responsible for managing the address and data transfers between the system and the module, as well as for controlling the timing of these transfers. The controller also manages the refresh and error correction of the DRAMs.Once the data has been transferred between the system and the module, it is stored in the DRAMs. The DRAMs are composed of multiple banks of memory cells and are capable of storing the data in a specific order. Each cell is capable of storing a single bit of data, and the entire bank of cells is used to store the data in a specific order.The DIMM is responsible for providing the physical interface between the module and the system. The DIMM consists of a printed circuit board (PCB), which is connected to the system via the memory bus. The DIMM contains a number of pins, which connect to the corresponding pins of the module. The DIMM is also responsible for providing the electrical power and signals to the module.In conclusion, the MT53D4DAWT-DC is a high-density, high-performance storage and computing solution that utilizes the latest in DRAM technology. It is capable of providing an optimal performance for mission-critical systems and large scale data processing tasks. The module has a wide range of applications, and is capable of providing the maximum possible reliability and redundancy while simultaneously delivering the highest levels of performance and scalability.

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