What type of storage does NAND Flash Memory provide?

NAND Flash Memory is designed to store data in a non-volatile manner, meaning it retains information even when power is turned off. This characteristic makes it suitable for a variety of applications, including USB drives, SSDs (Solid State Drives), and memory cards. Non-volatile storage ensures that data remains intact and accessible after a device is powered down, allowing users to retain their information without the need for additional power.

Unlike volatile storage, which loses all stored data when power is lost, NAND Flash can hold onto its data, which is critical for devices that require fast access to stored files without the need for reloading data each time the device is powered on. This type of memory is also distinct from primary cache storage, which typically involves very fast, volatile memory located close to the CPU for quick access during processing.

Cloud storage involves data being stored on remote servers accessed over the internet and does not directly pertain to the characteristics of Flash Memory itself. While physical hard drives, which are mechanical devices, are used for storing system files, they do not provide the speed and data access efficiency of NAND Flash. Thus, the classification as non-volatile storage is accurate and explains the essential functionality of NAND Flash Memory in modern computing systems.