AP-FM004GD5605S-TW1H

Solid State Drives (SSDs) are devices that use integrated circuits for reliable storage purposes, instead of traditional rotating mechanical hard disk drives. When compared to HDDs, SSDs are much faster, power efficient, and lighter, making them the preferred solutions for high-end computing needs. AP-FM004GD5605S-TW1H is a popular SSD from AP, which uses reliable and cost-effective flash memory to provide superior performance and reliability.

The AP-FM004GD5605S-TW1H SSD is a 5-year-old solid state drive, first released in 2015. It is a 2.5-inch SATA SSD, with a SMI controller and NAND flash memory from MLC. It can be used internally or externally, and comes with a data cable and a drive tray for installation. It has 128GB storage capacity, and is capable of delivering up to 560 MB/s transfer rate in sequential reads, and up to 280 MB/s in sequential writes.

The AP-FM004GD5605S-TW1H Solid State Drive is a versatile and reliable storage solution for both consumers and professionals. It is ideal for various tasks, such as gaming, digital content creation, audio/video editing, 3D rendering, and high-end office work. Moreover, it has built-in powerful features like Self-Monitoring, Analysis, and Report Technology (SMART) and Error-Correction Code (ECC), which provide data safety and long-term performance.

So how does the AP-FM004GD5605S-TW1H SSD work? The main working principle of this device is based on the NAND flash memory, where data is stored in multiple cells. When data is written or read from the SSD, the electrical charge of each cell will be read and then written accordingly. As the cells are much smaller than HDD, the writing and reading process is much faster than an HDD. Moreover, the integrated SMART and ECC technology also helps with the reliability and accuracy of the data.

In conclusion, the AP-FM004GD5605S-TW1H is a popular and reliable solid state drive from AP, thanks to its fast and efficient storage performance, cost-effectiveness, and data safety features. It is widely used for various tasks, such as gaming, digital content creation, audio/video editing, 3D rendering, and high-end office work. While its physical form factor is the same as conventional 2.5-inch SATA SSDs, its working principle is based on flash memory, using small electrical charges to store, write, and read the data.