![]() ![]() All trademarks are the property of their respective owners. OpenZFSonWindows Port of OpenZFS to Windows in Alpha status forked from OpenZFS on OS X.ĭistribution logos used with permission. NetBSD has rebased its OpenZFS support on FreeBSD for a more up-to-date experience. It's compatible with Mac OS X 10.8 through macOS 10.15 (Mountain Lion, Mavericks, Yosemite, El Capitan, Sierra, High Sierra, Mojave, and Catalina). The installer release of OpenZFS on OS X is ready for use by people who are comfortable with administering ZFS from the Terminal or who are willing to learn to do so. OpenZFS is a free and open-source storage platform licensed under CDDL, that encompasses the functionality of traditional filesystems and logical volume manager. OpenZFS on OS X (O3X) brings OpenZFS features to Apple's macOS. The OviOS zfs packages are build from source specifically for OviOS. OviOS Linux uses OpenZFS to provide a Linux based storage appliance. Gentoo provides ZFS on Linux packages to itself and its derivatives. Proxmox Virtual Environment 6.0 introduced root-on-ZFS support. For more information, see the Ubuntu ZFS page. Ubuntu 19.10 introduced root-on-ZFS support. maintained in a code repository that is independent from the mainline kernel.ZFS on Linux provides self-building packages for Debian, Fedora, RHEL/CentOS/SL, Ubuntu and build instructions for several other distributions. ![]() SmartOS is a fundamental component of the Joyent® SmartDataCenter™ (SDC) product. Provisioning is blindingly fast, thanks to zones and ZFS file system creation. SmartOS is a specialised type 1 hypervisor platform that is lean enough to run entirely in memory and powerful enough to run as much as you want to throw at it. OpenIndiana (OI) is a general purpose server operating system. OmniOS is a general purpose server operating system.Ĭommercial support is available from OmniTI. Browse ZFS source code in opengrok or GitHub.ĭilOS is a general purpose server operating system with support Intel and SPARC platforms.The illumos codebase is the foundation for various distributions and was forked from the last release of OpenSolaris. First introduced in OpenZFS 0.8, native encryption allows a system administrator to transparently encrypt data. ZFS codebase forked from FreeBSD but planning to move to OpenZFS upstream. One of the many features OpenZFS brings to the table is ZFS native encryption.It only runs virtualized, and the only file system it supports is ZFS. OSv is a new operating system designed for the cloud. Browse ZFS source code in GitHub or websvn.įreeNAS is a Network Attached Storage operating system. ![]() however, judging from the changelog there was no “encryption performance fix” included: Release zfs-2.1.A full general purpose operating system with several specialized distributions.įreeBSD is a general purpose server operating system that introduced ZFS in Version 7.0. Linux516-zfs and zfs-dkms both include zfs v2.1.2, while the AUR build is zfs v2.1.3. I investigated/tested/played around a bit and noticed that both linux516-zfs and zfs-dkms packages from the extra repository suffer from this performance degradation, while the compiled zfs-dkms from AUR manages speeds of nearly 550MB/s for me and one fifth the cpu load (below 10%). I am running a RAIDZ2 across 5 harddrives and noticed very poor performance and high CPU usage (~50% cpu usage) when reading (or writing) files to the encrypted portion of the vdev (only about 170MiB/s), while performing fine (~4% cpu usage) for the plain not encrypted portion (about 515MiB/s). ![]()
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