MTFDJAL3T2MBT-2AN1ZABYY

Series:	S630DC
Part Status:	Obsolete
Memory Size:	3.2TB
Memory Type:	FLASH - NAND (MLC)
Form Factor:	2.5"
Speed - Read:	1.6GB/s
Speed - Write:	850MB/s
Voltage - Supply:	5V, 12V
Type:	SATA III
Current - Max:	--
Operating Temperature:	0°C ~ 50°C
Weight:	--
Size / Dimension:	100.24mm x 69.85mm x 15.00mm

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Introduction

Solid State Drives (SSDs) have been developed over the past several decades to provide a reliable form of storage technology for a variety of applications. One particular example of an SSD is the MTFDJAL3T2MBT-2AN1ZABYY. This SSD offers exceptional performance and data integrity by using advanced NAND Flash memory technology. In this article we will discuss the application fields and working principles associated with this particular SSD.

Application Fields

The MTFDJAL3T2MBT-2AN1ZABYY is optimized for use in a variety of applications. Due to its advanced NAND Flash memory technology the drive has an exceptionally low power consumption, making it ideal for long-term, reliable operation in laptop computers, embedded systems, digital media players, and other portable devices. Additionally, the drives can be used in automotive and industrial applications, such as in-vehicle infotainment systems and machine control systems. The drive is also fully compliant with the JEDEC standard specifications, ensuring compatibility with SATA- AHCI host controllers and devices.

Working Principle

The MTFDJAL3T2MBT-2AN1ZABYY implements the use of advanced NAND Flash memory technology to maximize the performance and data integrity of the drive. Unlike the traditional hard disk drive, the SSD does not make use of spinning platters and a read/write head. Instead, the memory chips are arranged in a grid and are directly accessible by the host controller. This allows for much faster retrieval and writing times as all the data can be accessed simultaneously. The drive also utilizes intelligent algorithms such as Error Correction Code (ECC), Data Reliability Technology (D-RT), and Advanced Wear Leveling algorithms. The ECC algorithm helps to reduce the likelihood of bit errors by using Reed-Solomon codes and other techniques. D-RT helps to improve reliability by utilizing techniques such as Defect Spreading and Dynamic Read Equalization. Lastly, the Advanced Wear Leveling algorithms ensure that data is evenly distributed across the drive, significantly increasing the life of the drive.

Conclusion

In conclusion, the MTFDJAL3T2MBT-2AN1ZABYY is an excellent example of an SSD that offers excellent performance and data integrity. The drive utilizes advanced NAND Flash memory technology and intelligent algorithms to provide a reliable, efficient, and low power form of storage. The drive is optimized for reliable operation in a variety of applications, including laptop computers, embedded systems, digital media players, and other portable devices. Therefore, this drive is an ideal storage solution for those who require a reliable and efficient form of storage.

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