Paragon does not guarantee stable operation of NTFS3 code in kernel versions that precede the official inclusion. On the contrary, NTFS3 is a kernel NTFS implementation, which offers much faster performance than FUSE based implementations.Ĭan I retrofit NTFS3 code to earlier versions of Linux? Can NTFS3 code be used with Linux-based OS variations? The main drawback of this implementation is performance. However, NTFS-3G is a filesystem in userspace (FUSE). Till now, NTFS-3G was the de facto way to enable NTFS in Linux. Original Kernel level support for NTFS was contributed into a Linux Kernel back in 2001 and is very limited in functionality, especially write-support. What’s the difference between original kernel NTFS support, NTFS-3G and NTFS3 by Paragon? Paragon’s quality assurance (QA) process for file system implementations includes over 160,000 tests, such as smoke tests, performance tests, load tests, and long-term endurance crash and stress tests.Ī detailed comparison of all the NTFS for Linux implementations referenced in this FAQ, is provided in the table. NTFS3 is written in C language, whereas Paragon’s commercial NTFS implementation is a combination of C++ and C code.īoth implementations undergo Paragon’s same comprehensive testing procedures.
NTFS3 was intentionally developed from scratch in 2020 to be a part of the Linux Kernel. The commercial NTFS implementation originates from NTFS for DOS that Paragon introduced back in 2000, which has been updated and improved for over two decades. Paragon’s commercial NTFS implementation and NTFS3 for Linux Kernel are derived from two different code bases.
What is the difference between Paragon’s commercial NTFS implementation and the NTFS3 version provided by Paragon for inclusion in the Linux Kernel? NTFS is unlikely to change in future, thus NTFS3 naming reflects that NTFS3 implements the latest revision of NTFS. NTFS3 is called NTFS3 because it fully implements the latest version 3.1 of NTFS file system specification.
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