APM2T60P200032GAN-GTM1W

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APM2T60P200032GAN-GTM1W is a solid state drive (SSD) that utilizes non-volatile memory technology for storing and retrieving data simultaneously. It combines the best features of flash memory and traditional hard drives. Compared with traditional hard drives, SSDs are much faster and consume less power.

The APM2T60P200032GAN-GTM1W has been designed specifically for the embedded market and is suitable for applications such as industrial control systems, medical equipment, and machine vision. With a maximum sequential read speed of 2000MB/s, the drive is capable of delivering the performance needed for the most demanding applications. It also supports the NVMe protocol, which provides enhanced scalability, latency, and reliability.

In terms of working principle, the APM2T60P200032GAN-GTM1W works on the principle of Flash Memory. Flash memory is a non-volatile type of memory that utilizes an array of floating-gate transistors to store data even when the power is off. The gate transistors provide the ability to write and erase data without the need for refresh cycles, which helps to lower power consumption. In order for data to be written or erased, electrical charge is required, which can be provided by an external power source or via an on-board charge pump. It also uses an architecture which involves multiple layers of transistors that are connected by a network of control and data lines.

Additionally, the APM2T60P200032GAN-GTM1W incorporates advanced error-correction technology to protect against data corruption, as well as wear-leveling algorithms to distribute data evenly across all memory cells and thereby extend lifespan. Furthermore, the device supports End-to-End data protection from host to drive, which ensures the integrity of the data.

Overall, the APM2T60P200032GAN-GTM1W is an advanced and reliable SSD suitable for a variety of embedded applications. It provides high speeds and low power consumption, while also incorporating advanced error-correction, wear-leveling, and E2E data protection technologies to ensure data reliability.

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