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This article is a non-technical introduction to the subject. For the main encyclopedia article, see. FAT,,,,,,, Full name File Allocation Table Variants 8-bit FAT,,,,,,, Introduced 1977 ( 1977) with /: FAT12: 0x e.a. (Extended Attribute) FAT16: 0x e.a. FAT32: 0x e.a.: EBD0A0A2-B9E5-4433-87C0-68B6B72699C7 Structures Directory contents Table File allocation Bad blocks Cluster tagging Limits Max. Volume size FAT12: 32 (256 MiB for 64 KiB clusters) FAT16: 2 GiB (4 GiB for 64 KiB clusters) FAT32: 2 (16 TiB for ) Max. File size 4,294,967,295 bytes (4 – 1) with FAT16B and FAT32 Max.

Download easyworship 2009 free full version. Number of files FAT12: 4,068 for 8 clusters FAT16: 65,460 for 32 KiB clusters FAT32: 268,173,300 for 32 KiB clusters Max. This section needs expansion with: General descriptions of the various FAT file system types per talk page. Alternatively, the missing information could be added to the various existing chapters. The very technical contents previously residing under Technical design were split out to.

If you came here via an existing link please fix up the link by pointing it to instead, or leave a note on the talk page for assistance. All previous embedded anchors continue to exist in the new article. You can help. ( May 2014) The name of the file system originates from the file system's prominent usage of an index table, the ( FAT), statically allocated at the time of formatting.

The table contains entries for each, a contiguous area of disk storage. Each entry contains either the number of the next cluster in the file, or else a marker indicating end of file, unused disk space, or special reserved areas of the disk. The root directory of the disk contains the number of the first cluster of each file in that directory; the operating system can then traverse the FAT, looking up the cluster number of each successive part of the disk file as a cluster chain until the end of the file is reached. In much the same way, sub-directories are implemented as special files containing the directory entries of their respective files. Originally designed as an 8-bit file system, the maximum number of clusters has been significantly increased as disk drives have evolved, and so the number of bits used to identify each cluster has grown. The successive major variants of the FAT format are named after the number of table element bits: 12 (), 16 (), and 32 (). Except for the original precursor, each of these variants is still [ ] in use.

The FAT standard has also been expanded in other ways while generally preserving backward compatibility with existing software. Uses [ ] The FAT file system has a (over three decades) of usage on desktops and portable computers, and it is frequently used in embedded solutions. FAT offers reasonably good performance and robustness, even in very light-weight implementations. It is therefore widely adopted and supported by virtually all existing for personal computers as well as some and a multitude of.

This also makes it a useful format for and a convenient way to share data between. FAT file systems are the default file system for removable media (with the exception of CDs and DVDs) and as such are commonly found on,, and cards or and are supported by most portable devices such as,,,, or mobile phones.

While is omnipresent on floppy disks, and are typically found on the larger media. FAT was also commonly used on throughout the and eras, but its use on hard drives has declined since the introduction of, which primarily uses the newer. FAT is still used in hard drives expected to be used by multiple operating systems, such as in shared Windows, / and DOS environments. Due to the widespread use of FAT-formatted media, many operating systems provide support for FAT through official or third-party file system handlers. For example,, /, and provide built-in support for FAT, even though they also support more sophisticated file systems such as. And support FAT file systems on volumes other than the.

Supports FAT through the package. For many purposes, the NTFS file system is superior to FAT in terms of features and reliability; its main drawbacks are its complexity and the size overhead for small volumes as well as the very limited support by anything other than the NT-based versions of Windows, since the exact specification is a of Microsoft. The availability of since mid-2006 has led to much improved NTFS support in operating systems, considerably alleviating this concern. It is still not possible to use NTFS in DOS-like operating systems without third-party drivers, which in turn makes it difficult to use a DOS floppy for recovery purposes. Microsoft provided a to work around this issue, but for security reasons it severely limited what could be done through the Recovery Console by default. The movement of recovery utilities to boot CDs based on, Linux (with NTFS-3G), or is eroding this drawback, but the complexity of NTFS prevents its implementation in light-weight operating systems or most embedded systems. The file system adopted by almost all since 1998 defines a logical file system with and makes the use of either FAT12, FAT16, FAT32 or exFAT mandatory for its physical layer in order to maximize platform interoperability.