Long-Term Supported Versions

    OS Installation

    Release Files

    The openEuler release files include ISO release package, VM images, container images, embedded images, and repo sources. Table 1 describes the ISO release packages. Table 3 describes the container images. Table 5 describes the repo sources, which are convenient for online use.

    Table 1 ISO release packages

    Name

    Description

    openEuler-22.09-aarch64-dvd.iso

    Base installation ISO file of the AArch64 architecture, including the core components for running the minimum system.

    openEuler-22.09-everything-aarch64-dvd.iso

    Full installation ISO file of the AArch64 architecture, including all components for running the entire system.

    openEuler-22.09-everything-debug-aarch64-dvd.iso

    ISO file for openEuler debugging in the AArch64 architecture, including the symbol table information required for debugging.

    openEuler-22.09-x86_64-dvd.iso

    Base installation ISO file of the x86_64 architecture, including the core components for running the minimum system.

    openEuler-22.09-everything-x86_64-dvd.iso

    Full installation ISO file of the x86_64 architecture, including all components for running the entire system.

    openEuler-22.09-everything-debuginfo-x86_64-dvd.iso

    ISO file for openEuler debugging in the x86_64 architecture, including the symbol table information required for debugging.

    openEuler-22.09-source-dvd.iso

    ISO file of the openEuler source code.

    openEuler-21.09-edge-aarch64-dvd.iso

    Edge ISO file in the AArch64 architecture, including the core components for running the minimum system.

    openEuler-21.09-edge-x86_64-dvd.iso

    Edge ISO file in the x86_64 architecture, including the core components for running the minimum system.

    openEuler-21.09-Desktop-aarch64-dvd.iso

    Desktop ISO file in the AArch64 architecture, including the minimum software set for running the development desktop.

    openEuler-21.09-Desktop-x86_64-dvd.iso

    Desktop ISO file in the x86_64 architecture, including the minimum software set for running the development desktop.

    Table 2 VM images

    Name

    Description

    openEuler-22.09-aarch64.qcow2.xz

    VM image of openEuler in the AArch64 architecture.

    openEuler-22.09-x86_64.qcow2.xz

    VM image of openEuler in the x86_64 architecture.

    NOTE
    The default password of the root user of the VM image is openEuler12#$. Change the password upon the first login.

    Table 3 Container images

    Name

    Description

    openEuler-docker.aarch64.tar.xz

    AContainer image of openEuler in the AArch64 architecture.

    openEuler-docker.x86_64.tar.xz

    Container image of openEuler in the x86_64 architecture.

    Table 4 Embedded images

    NameDescription
    arm64/aarch64-std/zImageKernel image that supports QEMU in the AArch64 architecture.
    arm64/aarch64-std/*toolchain-22.09.shDevelopment and compilation toolchain in the AArch64 architecture.
    arm64/aarch64-std/*rootfs.cpio.gzFile system that supports QEMU in the AArch64 architecture.
    arm32/arm-std/zImageKernel image that supports QEMU in the ARM architecture.
    arm32/arm-std/*toolchain-22.09.shDevelopment and compilation toolchain in the ARM architecture.
    arm32/arm-std/*rootfs.cpio.gzFile system that supports QEMU in the ARM architecture.
    source-list/manifest.xmlManifest of source code used for building.

    Table 5 Repo sources

    Name

    Description

    ISO

    Stores ISO images.

    OS

    Stores basic software package sources.

    debuginfo

    Stores debugging package sources.

    docker_img

    Stores container images.

    virtual_machine_img

    Stores VM images.

    embedded_img

    Stores embedded images.

    everything

    Stores full software package sources.

    extras

    Stores extended software package sources.

    source

    Stores source code software package.

    update

    Stores update software package sources.

    EPOL

    Stores extended openEuler package sources.

    Minimum Hardware Specifications

    Table 6 lists the minimum hardware specifications for installing openEuler 22.09.

    Table 6 Minimum hardware requirements

    Component

    Minimum Hardware Specification

    CPU

    Kunpeng 920 (AArch64)/ x86_64 (later than Skylake)

    x86-64 (later than Skylake)

    Memory

    ≥ 8 GB

    Hard drive

    ≥ 120 GB

    Hardware Compatibility

    Table 7 describes the typical configurations of servers and components supported by openEuler. openEuler will support more servers in the future. Partners and developers are welcome to participate in the contribution and verification. For details about the servers supported by openEuler, see Compatibility List.

    Table 7 Supported servers and configurations

    Vendor

    Server Name

    Server Model

    Component

    Configuration

    Huawei

    TaiShan 200

    2280 (balanced model)

    CPU

    HiSilicon Kunpeng 920

    Memory

    4 x 32 GB 2933MHz

    RAID card

    LSI SAS3508

    Network

    TM210

    Huawei

    FusionServer Pro

    2288H V5 (rack server)

    CPU

    Intel(R) Xeon(R) Gold 5118 CPU @ 2.30GHz

    Memory

    4 x 32 GB 2400MHz

    RAID card

    LSI SAS3508

    Network

    X722

    Bug Catching

    Buggy Content

    Bug Description

    Submit As Issue

    It's a little complicated....

    I'd like to ask someone.

    PR

    Just a small problem.

    I can fix it online!

    Bug Type
    Specifications and Common Mistakes

    ● Misspellings or punctuation mistakes;

    ● Incorrect links, empty cells, or wrong formats;

    ● Chinese characters in English context;

    ● Minor inconsistencies between the UI and descriptions;

    ● Low writing fluency that does not affect understanding;

    ● Incorrect version numbers, including software package names and version numbers on the UI.

    Usability

    ● Incorrect or missing key steps;

    ● Missing prerequisites or precautions;

    ● Ambiguous figures, tables, or texts;

    ● Unclear logic, such as missing classifications, items, and steps.

    Correctness

    ● Technical principles, function descriptions, or specifications inconsistent with those of the software;

    ● Incorrect schematic or architecture diagrams;

    ● Incorrect commands or command parameters;

    ● Incorrect code;

    ● Commands inconsistent with the functions;

    ● Wrong screenshots.

    Risk Warnings

    ● Lack of risk warnings for operations that may damage the system or important data.

    Content Compliance

    ● Contents that may violate applicable laws and regulations or geo-cultural context-sensitive words and expressions;

    ● Copyright infringement.

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    Bug Catching
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