![]() ![]() For these reasons, LTS support editions are only recommendations for production releases including Java SE 8 and Java SE 11. BUT REMEMBER it will not offer long term support (LTS). Update (March 29, 2020): Java 14 is the latest stable release and shows promising new features. ![]() Update (February 15, 2021): Java 11 remains most recent version featuring long term support (LTS) while Java 15 offers promising new features. This leaves 3 versions offering LTS (8, 11, and now 17). In 2022, the majority of applications are using Java 8+. While Java 17 offers LTS, it's certainly not unusual if your application is using 11 or even 8. It's important to note that even in 2022, many applications continue to run on Java 8 and Java 11. Java 17 offers some cool new features that may be worth leveraging for your application.That means it's the latest version of Java that will still release updates when newer versions are released later on. Why not take advantage of latest features? Upgrading shouldn't be difficult when using Docker.While most applications today are using Java 8 or 11, here are some reasons to consider upgrading to Java 17. These IDEs provide a wide range of features and tools to streamline your development process and enhance productivity.Update (June 23, 2022): Java 17 is the latest version of Java available offering long term support (LTS). If you wish to explore additional tools and resources for Java development, consider checking out popular Integrated Development Environments (IDEs) such as IntelliJ IDEA, Eclipse, and NetBeans. Remember to keep your JDK updated to ensure compatibility with new features and security patches. With the latest JDK installed, you can now develop and run Java applications on your system. You have successfully installed Java 20 on Fedora and CentOS Steam 9/8 and RHEL 9/8. Set the Java environment variables using the following commandsĮxport PATH=$PATH:/usr/java/jdk-20.0.1/binĪlso, put all the above environment variables in /etc/environment file for auto-loading on system boot. Most Java-based applications use environment variables to work. Step 4 – Setup Java Environment Variables Java HotSpot(TM) 64-Bit Server VM (build 20.0.1+11, mixed mode, sharing) Java(TM) SE Runtime Environment (build 20.0.1+11) The alternatives binary is provided by chkconfig package. But in case the system is still using the older version, use alternatives command to change the default Java version. Once the installation is completed, this version will be the default Java version. The non-root user must use `sudo` run command with special privileges that allow the installation.Įxecute the following command to install Java 20: sudo rpm -Uvh jdk-20_linux-圆4_bin.rpm Alternatively, you can use the command-line tool ‘wget’ to download the file directly: wget Step 3: Installing Java 20Īfter downloading the Java package file, use the `rpm` command to install it on your system. Select the appropriate version for your system (Linux 圆4 Compressed Archive). Navigate to the official Oracle JDK website ( ) to download the latest JDK 20 release. To do this, run the following commands: sudo dnf update -y Step 2: Download Java 20 A system running Fedora, CentOS 9/8, or RHEL 9/8.īefore installing Java 20, ensure that your system is up-to-date.You may like: Install Java 11 on CentOS/RHEL & Fedora.This tutorial will guide you through the process of installing Java 20 on Fedora and CentOS Steam 9/8 and RHEL 9/8, enabling you to harness the full potential of this powerful programming language in your projects. While non-LTS versions may not be suitable for mission-critical systems, they are invaluable for developers looking to stay at the forefront of Java technology and explore the latest advancements. Java 20 is a non-LTS version that introduces numerous enhancements and features, showcasing the future direction of the language and its ecosystem. These versions serve as a testing ground for new features and enhancements, allowing developers to experiment with cutting-edge features before they are incorporated into LTS releases. In contrast, non-LTS versions have a shorter support window, typically receiving updates for six months until the next non-LTS release is available. LTS versions, as the name suggests, receive long-term support from Oracle, with updates and security patches provided for an extended period, making them ideal for enterprise environments that prioritize stability and security. One notable aspect of Java’s release cycle is the distinction between Long-Term Support (LTS) versions and non-LTS versions.
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