![]() ![]() Releases alternate between LTS and STS, so it's possible for an earlier release to be supported longer than a later release. It's supported for 3 years, until November 2024. NET 6 is an LTS release and was released in November, 2021. It was supported for 3 years, until December 2022. NET Core 3.1 is an LTS release and was released in December 2019. These versions are supported for a minimum of 3 years, or 1 year after the next LTS release ships if that date is later. It's supported for 18 months, until May 2024. NET 7 is an STS release and was released in November 2022. It was supported for 18 months, until May 2022. NET 5 is an STS release and was released in November 2020. NET Core 3.0 support ended in March 2020, 3 months after 3.1 shipped. NET Core 3.0 shipped in September 2019 and was followed by. Previously (.NET Core 3.0 and earlier), these releases were supported for only three months after the next major or minor release shipped. These versions are supported until six months after the next major or minor release ships. There are two support tracks for releases: Products that adopt a modern lifecycle have a more service-like support model, with shorter support periods and more frequent releases. Mainstream support includes security and non-security fixes, while extended support provides security fixes only. Products with fixed lifecycles provide a long fixed period of support, for example, 5 years of mainstream support and another 5 years of extended support. NET 5, and later versions adopt the modern lifecycle rather than the fixed lifecycle that has been used for. You can opt out from this default roll forward behavior.NET version lifecycles This behavior is the default because we want security fixes to be used as soon as they're installed without any other action needed. ![]() ![]() It automatically rolls forward to use a newer 5.0.1 runtime when that servicing update is installed. NET 5.0.0 runs on the 5.0.0 runtime by default. Servicing updates are treated differently from major and minor releases. For more information, see Framework-dependent apps roll forward and Self-contained deployment runtime roll forward. We recommend rebuilding the app and testing against a newer major or minor runtime version before deploying to production. NET Core 3.0 doesn't automatically start running on. The app doesn't automatically roll forward to use a newer major.minor version of the runtime unless you opt in for this behavior. An application built to target a specific major.minor version continues to use that targeted runtime even if a newer version is installed. Major and minor updates install side by side with previous versions. NET SDK 5.0.200 is installed on the same machine. NET SDK 5.1.100 is removed from the machine if it exists. For example, 5.0.101 and 5.0.201 are versions in two different feature bands while 5.0.101 and 5.0.199 are in the same feature band. Feature bands are defined in the hundreds groups in the third section of the version number. This release corresponds to the 3.1.1xx feature band. NET SDK uses the concept of feature bands. These new features or components may be incompatible with the versions that shipped in previous SDK updates for the same major or minor version. NET SDK updates sometimes include new features or new versions of components like MSBuild and NuGet. To align with new Visual Studio releases. NET SDK works slightly differently from the. For example, the latest servicing update for 3.1 removes the previous 3.1 update upon successful installation. NET Core 3.1, servicing updates are upgrades that remove the preceding update. Servicing updates are expected to maintain compatibility. When these updates include security fixes, they're released on "patch Tuesday", which is always the second Tuesday of the month. Servicing updates (patches) ship almost every month, and these updates carry both security and non-security bug fixes. Minor releases install side by side with previous minor releases. NET Core 3.0 to 3.1 has a smaller jump to move forward. The difference between these and major releases is that the magnitude of the changes is smaller. Minor releases also include new features, public API surface area, and bug fixes, and may also have breaking changes. Major releases install side by side with previous major releases. Due to the nature of the changes, these releases are expected to have breaking changes. Major releases include new features, new public API surface area, and bug fixes. NET Core 5.0.15 is the fifteenth patch for. NET Core 3.1 is the first minor release after the. Information about the type of each release is encoded in the version number in the form. This article explains release types, servicing updates, SDK feature bands, support periods, and support options. Microsoft ships major releases, minor releases, and servicing updates (patches) for. ![]()
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