MT9JSF51272AZ-1G9P1

MT9JSF51272AZ-1G9P1 Application Field and Working Principle

The MT9JSF51272AZ-1G9P1 is a type of wire-bonded DDR3 DRAM memory module used in servers and workstations. It is a dual rank, 8-bit wide, 3.3V memory module with an integrated DRAM controller that supports several key features, including error-correction and self-refresh. The module is designed to support a variety of applications, including web servers, data-centers and enterprise-class applications.

The pressure from the advanced memory market is increasing daily. As a result, memory module designers are developing increasingly complex memory solutions that can meet the high levels of performance and reliability expected by their customers. One of these solutions is the MT9JSF51272AZ-1G9P1, which is designed to deliver outstanding performance and reliability.

Application Field

The MT9JSF51272AZ-1G9P1 is designed for use in servers and workstations, where its advanced features, such as error-correction and self-refresh, help to ensure reliable operation. The module is also well-suited to applications that require high performance, such as web servers and data-centers. Additionally, the module is compatible with a number of communication protocols, such as PCIe, SATA, Gigabit Ethernet, and Serial Attached SCSI (SAS), making it a suitable solution for enterprise-level applications.

Working Principle

The MT9JSF51272AZ-1G9P1 utilizes the latest in DRAM technology to deliver maximum performance and reliability. Its advanced features include on-die error-correction, noise filtering, self-refresh, and heat-spreader technology. The module is also designed for compatibility with a variety of interfacing devices, such as PCIe-based host controllers and SCSI-based storage systems.

The module utilizes an on-die DRAM controller that supports eight banks of DRAM. When the system is powered on, the controller initializes the DRAM cells and configures them for continuous operation. The controller also provides error-correction and noise-filtering functions, which help to protect the cells from potential errors and noise-induced errors. Additionally, the controller supports a self-refresh feature that enables the module to maintain data integrity during power cycling.

The module also utilizes an advanced heat-spreader technology, which helps to reduce heat buildup within the module. This helps to improve reliability and ensure the module can handle peak processing demands without experiencing errors.