The following tables compare general and technical information for a number of s. Please see the individual products' articles for further information. They are neither all-inclusive nor are some entries necessarily up to date. Unless otherwise specified in the footnotes section, comparisons are based on the stable versions—without add-ons, extensions or external programs.
Note: Archivers with names cell background highlighted in purple are no longer in development.
Basic general information about the archivers.
Notes:
The operating systems the archivers can run on without emulation or compatibility layer. Ubuntu's own GUI Archive manager, for example, can open and create many archive formats (including Rar archives) even to the extent of splitting into parts and encryption and ability to be read by the native program. This is presumably a "compatibility layer."
Notes:
Information about what common archiver features are implemented natively (without third-party add-ons).
Notes:
Information about what archive formats the archivers can read. External links lead to information about support in future versions of the archiver or extensions that provide such functionality. Note that gzip, bzip2 and xz are compression formats rather than archive formats.
Notes:
Information about what archive formats the archivers can write and create. External links lead to information about support in future versions of the archiver or extensions that provide such functionality. Note that gzip, bzip2 and xz are compression formats rather than archive formats.
Notes:
Tar implementations call the external programs gzip and bzip2, 7z, xz, ... to perform compression; these external programs usually come with systems that contain tar.
Requires rar.exe from WinRAR.
Requires external program(if you are using WinZip 11.1 or earlier).
Requires Ace32.exe from WinAce.
The Extractor and XAD are not included in this list because they only expand archives.
ALZip can also write to the following formats: BH, JAR, and LZH
Updating archives is not supported.
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Cabinet (or CAB) is an for Microsoft Windows that supports lossless data compression and embedded digital certificates used for maintaining archive integrity. Cabinet files have .cab s and are recognized by their first four bytes (also called their ) MSCF. Cabinet files were known originally as Diamond files. A CAB archive can contain up to 65,535 folders (distinct to standard operating system directories), each of which can contain up to 65,535 files for a maximum of 4,294,836,225.
7-Zip is a free and open-source , a utility used to place groups of files within compressed containers known as "archives". It is developed by Igor Pavlov and was first released in 1999. 7-Zip has its own archive format called 7z, but can read and write several others. The program can be used from a Windows graphical user interface that also features shell integration, from a Windows command-line interface as the command 7za or 7za.exe, and from POSIX systems as p7zip. Most of the 7-Zip source code is under the LGPL-2.
In computing, Deflate (stylized as DEFLATE) is a lossless data compression that uses a combination of LZ77 and Huffman coding. It was designed by Phil Katz, for version 2 of his PKZIP archiving tool. Deflate was later specified in RFC 1951 (1996). Katz also designed the original algorithm used to construct Deflate streams. This algorithm was patented as , and assigned to PKWARE, Inc. As stated in the RFC document, an algorithm producing Deflate files was widely thought to be implementable in a manner not covered by patents.
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