Convert TAR to ZIP
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Our free online file converter enables you to transform tar archives into zip, in addition to a range of other formats.
How to convert tar to zip?
Step 1
Upload an tar-file
You can select the tar file you wish to convert from your computer, Google Drive, Dropbox or just drag and drop it onto the page.
Step 2
Select "to zip"
Choose zip or any other of the 200+ supported formats that you wish to convert to.
Step 3
Download your zip file
Please wait for the conversion to be completed, then click on the download button to get your converted file in the zip format.
The security of your files is our priority
Recognizing the crucial significance of our users' data security, we have put a number of measures in place to guarantee reliable file conversion without the jeopardy of information leakage or privacy infringements.
Data Encryption
Every piece of information uploaded to our platform undergoes SSL encryption, safeguarding privacy during the transmission process.
Secure Storage
Upon completion of the conversion, the files are retained on secure servers for a duration of 24 hours and are then automatically obliterated, preventing any third-party access.
Safe Scripting
We regularly screen our file conversion tools for any malicious code or vulnerabilities, mitigating the risk of potential cyber threats.
Best tool to convert tar to zip
Converting tar to zip is fast and easy
Just drag and drop your tar files onto the webpage, and you'll have the capability to convert them to zip or over 250 different file formats, all without the need to register, provide an email address, or include a watermark.
Safe tar to zip Conversion
Immediately upon uploading your tar files, we delete them without delay. Converted files are then removed after 24 hours. Additionally, we ensure that all file transfers are secure through advanced SSL encryption.
No Software Installation Required
There's no need to go through the inconvenience of installing any software. We conveniently handle all tar to zip conversions in the cloud, which implies that none of your computer's resources will be consumed in the process.
Consolidated Unix File Archive
| Extension | .tar |
| Category | 🔵 archives |
| Programs | 🔵 Apple Archive Utility 🔵 GNU Tar 🔵 StuffIt 🔵 WinZip |
| Description | 🔵 Originally designed for tape backup in the UNIX environment, the TAR format is now commonly used to consolidate multiple files into a single archive for sharing, storage, or archiving. TAR can also refer to the application used to manage TAR archives. |
| Technical details | 🔵 A TAR archive is a collection of files merged into a single entity, typically without automatic compression. Applications like gzip can be used to compress the entire TAR file. As a result, if compression is applied, the file extension shifts from .tar to .tar.gz. However, the suffix relies on the compression type used. TAR archives consist of approximately 512 bytes and a file header. |
| Developer | 🔵 The GNU Project |
| MIME type | 🔵 application/tar 🔵 application/x-tar 🔵 applicaton/x-gtar 🔵 multipart/x-tar 🔵 application/x-compress 🔵 application/x-compressed |
ZIP compression
| Extension | .zip |
| Category | 🔵 archives |
| Programs | 🔵 StuffIt 🔵 WinRAR 🔵 Winzip |
| Description | 🔵 The .zip format is widely used for file archiving and compression, which supports lossless data compression. A ZIP file may contain one or more files or directories, which may have been compressed. The ZIP file format permits a range of compression algorithms, with DEFLATE being the most commonly used. This format is preferred for file and software distribution and storage because it can reduce file size and bundle multiple files into a single archive that is easier to handle and transfer. |
| Technical details | 🔵 The .zip format, a frequently employed data compression and archiving format, includes the following technical details: - Compression Algorithm: While Deflate is primarily used, other algorithms such as BZIP2 and LZMA are also supported. - File/Directory Storage: It has the capacity to contain multiple files and directories while preserving structure and metadata. - Lossless Compression: It enables exact replication of the original data. - File Size Limits: Early ZIP versions had a limit of 4 GB in size and 65,535 files; these limits are surpassed by the ZIP64 extension. - Security: Supports password protection and encryption, inclusive of ZipCrypto and AES-256. - Error Detection: Uses CRC-32 checksums for data integrity. - Compatibility: Broadly supported across various software and operating systems. - Portability: Often used for data transfer over the internet. - Split Archives: Allows large files to be divided into multi-volume archives. - Metadata Storage: Capable of storing file permissions and timestamps. - File Extensions: Primarily `.zip`; split archives use `.z01`, `.z02`, and so on. - MIME Type: Recognized as `application/zip`. - Archive Update: Allows adding, modifying, or removing files without recreating the archive. The .zip format is chosen for its effective compression, ability to handle multiple files, and wide compatibility. |
| Developer | 🔵 PKWARE |
| MIME type | 🔵 application/zip 🔵 application/x-zip 🔵 application/x-zip-compressed 🔵 application/octet-stream 🔵 application/x-compress 🔵 application/x-compressed 🔵 multipart/x-zip |