VTDU31PI008G-1A0 Memory Cards, Modules

Series:	TuffDrive®
Part Status:	Active
Lead Free Status / RoHS Status:	--
Memory Size:	8GB
Moisture Sensitivity Level (MSL):	--
Memory Type:	FLASH - NAND (SLC)
Form Factor:	Disk-On-Module, eUSB
Speed - Read:	34MB/s
Speed - Write:	21MB/s
Voltage - Supply:	--
Type:	--
Current - Max:	--
Operating Temperature:	-40°C ~ 85°C
Weight:	0.18 oz (5.13g)
Size / Dimension:	36.90mm x 26.60mm x 9.75mm

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VTDU31PI008G-1A0 Solid State Drives (SSDs) Application Field and Working PrincipleSolid State Drives (SSDs) are the latest and most advanced storage technology available in the market. They can be used for a wide range of applications due to their enhanced speed, robustness, and low-power consumption. Among the SSDs, VTDU31PI008G-1A0 is one of the highest performance products available. This article will focus on the application field and working principle of VTDU31PI008G-1A0.Application FieldVTDU31PI008G-1A0 is a high performance solid state drive that can provide lightning fast data transfer rate and high IOPS performance. It is widely used in enterprise servers, storage solutions, high-performance computing, video broadcast, surveillance systems, and embedded computing systems. The product is well-suited for online transaction processing, business intelligence, and big data analytics, as it has the ability to provide high query rate and low latency. Thus, reducing the time required for each task. It is also suitable for graphics-intensive workloads such as gaming and media streaming.Working PrincipleVTDU31PI008G-1A0 is based on the latest NAND flash-based technology. The key components of the drive include the NAND Flash Memory cells, Microprocessor, and Peripheral Circuits. The drive uses NAND Flash Memory cells to store data. These cells are divided into physical pages and blocks. When a user accesses the drive, the microprocessor will then access and read the data that was stored in the cells. The peripherals circuits control the transfer of data from the drive to the connected device.The NAND Flash Memory cells are divided into physical pages and blocks. The block is the smallest unit that is used to store data. Blocks can be up to 512 KB in size. Pages within each block are typically 8 KB to 16 KB in size. When a block is written, the data is written in small pages that are stored in the block. The NAND Flash Memory Cells are organized into memory planes that are divided into multiple individual blocks. This architecture allows the drive to simultaneously read and write multiple blocks of data.The microprocessor is responsible for controlling data transfer to and from the drive. The microprocessor is also responsible for executing firmware instructions and managing the memory planes. It coordinates the transport of data from the memory plane to the attached device.The VTDU31PI008G-1A0 drive is a high performance drive that combines high-end performance with low-power consumption. It provides lightning fast data transfer rate and superior IOPS performance. This product is ideal for enterprise servers, storage solutions, high-performance computing, video broadcast, surveillance systems, and embedded computing systems.

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