RPM to TAR.LZ (TLZ) Converter
Convert your rpm files to tar.lz online & free
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How to convert RPM to TAR.LZ
Select files from Computer, Google Drive, Dropbox, URL or by dragging it on the page.
Choose tar.lz or any other format you need as a result (more than 200 formats supported)
Let the file convert and you can download your tar.lz file right afterwards
About formats
RPM (originally Red Hat Package Manager, now a recursive acronym for RPM Package Manager) is a software package management format developed by Red Hat for Linux distributions, first introduced with Red Hat Linux 2.0 in 1995. An RPM file packages compiled software, configuration files, and documentation alongside rich metadata in a structured binary format consisting of a lead (format identifier), a signature header (integrity and authenticity verification), a metadata header (package name, version, description, dependency lists, file checksums, and installation scripts), and a compressed CPIO archive payload containing the actual files. The rpm tool and higher-level managers like YUM and DNF handle installation, upgrade, verification, and removal of RPM packages. One advantage is comprehensive dependency management — RPM packages declare capabilities they provide and require, enabling automatic resolution of complex dependency chains from configured repositories. The built-in verification system is another strength: rpm --verify checks every installed file against stored checksums, permissions, ownership, and timestamps, detecting unauthorized modifications or corruption. RPM serves as the packaging foundation for major enterprise Linux distributions including Red Hat Enterprise Linux, Fedora, CentOS, SUSE, and openSUSE. Alongside DEB, RPM is one of the two dominant Linux packaging formats, underpinning software management for millions of servers and workstations.
TAR.LZ is a compound archive format combining TAR) archiving with lzip compression, a format created by Antonio Diaz Diaz and first released in 2009. The TAR layer bundles files with full Unix metadata into a single stream, and lzip applies LZMA compression with a robust container that includes per-member CRC-32 integrity checking and clean member boundaries. Lzip was designed with long-term archival in mind — it produces a simple, well-documented format with strong error recovery properties: if part of a TAR.LZ file is corrupted, undamaged members can still be extracted, unlike monolithic compressed streams where corruption propagates. The compression ratios are essentially identical to LZMA/XZ since lzip uses the same LZMA algorithm. One advantage is archival resilience — the member-based structure means a multi-part archive can survive partial corruption without losing all data, critical for long-term storage. The clean, minimal format design is another strength: lzip has a simple specification that independent implementations can follow precisely, reducing the risk of compatibility issues over decades of archival. TAR.LZ is used by the GNU Project for distributing source releases and is supported by GNU tar with the --lzip flag, as well as by plzip for parallel compression on multi-core systems.