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Java 24, the latest non‑LTS release, brings 24 new features across security, performance, and language enhancements—including KDF APIs, ahead‑of‑time class loading, a new class‑file API, stream gatherers, scoped values, and quantum‑resistant signatures—while previewing Java 25 for September.
Oracle officially released Java 24, introducing over twenty new JEPs that enhance language patterns, modular imports, AI and quantum‑resistant security, streamlined tooling, and runtime performance, while also offering a free programmer book giveaway for interested developers.
Java 23 arrives as a non‑LTS release introducing 12 new language features, while a series of JEP previews—including pattern‑matching for primitives, class‑file API, Markdown Javadoc, Vector API, scoped values, flexible constructors, and structured concurrency—are detailed with code examples and insights for developers.
The article details the short‑term support JDK 22 release, highlighting twelve JEP‑driven enhancements—including G1 region‑fixed GC, constructor‑pre‑super statements, foreign function & memory API, unnamed variables, class‑file API, multi‑file source launch, string templates, vector API, stream collectors, structured concurrency, implicit classes, and scoped values—while also noting Oracle’s six‑month support, community contributions, and migration considerations.
Java 22 introduces twelve major enhancements—including seven preview features and one incubator feature—spanning language syntax, APIs, performance, and tooling, with detailed explanations of each JEP and its practical benefits for developers.
OpenJDK plans to introduce universal generics to Java, allowing both reference and primitive types to be treated uniformly through three JEPs, a change that will take several years to implement but promises to enhance language flexibility without sacrificing primitive performance.
JDK 18 has been released as a GA short‑term support version with six months of maintenance, introducing nine major JEPs—including UTF‑8 as the default charset, a simple HTTP server, a Vector API incubator, and a Foreign Function & Memory API—while preparing for JDK 19 in September and the next LTS, JDK 21, in 2023.
JDK 18, released on March 22, 2022, introduces nine new JEPs—including default UTF‑8 charset, a simple web server, @snippet for Javadoc, method‑handle based reflection, Vector API, internet address resolution SPI, foreign function & memory API, switch pattern matching, and deprecation of finalization—while being a short‑term feature release.
JDK 18, released on March 22 2022, introduces nine new JEPs—including default UTF‑8 charset, a simple web server, code snippet support in JavaDoc, vector API, external function and memory API, and switch pattern matching—while being a short‑term feature release following the LTS JDK 17.
The article explains that Java 17 has entered Rampdown Phase One, freezes all new features, outlines the upcoming release schedule, highlights its key enhancements, mentions a long‑standing bug finally fixed, and notes that Java 18 is already being built as the next version.
The article announces the official release of Java 16, outlines its new language and JVM enhancements, incubator and preview APIs, tooling updates, platform ports, and highlights the extensive community contributions that helped deliver the update.
Java 16 has been officially released, bringing 17 major enhancements—including new language features like pattern matching for instanceof and records, JVM improvements such as ZGC thread handling and elastic metaspace, new tools, incubator APIs, and broader community contributions—while maintaining backward compatibility and a predictable six‑month release cadence.
The article introduces the major Java 14 enhancements—including standard switch expressions, preview pattern matching for instanceof, more informative NullPointerExceptions, preview records, text blocks, and several JVM and library improvements—while providing code examples that illustrate how each feature simplifies Java development.
This article explains the five major JDK 13 enhancements—Dynamic CDS Archives, ZGC memory uncommit, a modern Socket API, preview Switch Expressions, and Text Blocks—detailing their purpose, usage, and code examples while noting that JDK 13 is not a long‑term support release.
The article outlines the scheduled Java 11 release, detailing four major JEP proposals—including local‑variable syntax for lambda parameters, the low‑overhead Epsilon garbage collector, dynamic class‑file constants, and removal of Java EE/CORBA modules—while also discussing the shift to a faster release cycle and long‑term support model.
This article provides a detailed overview of JDK 10’s new features, including the twelve JEPs such as local‑variable type inference, expanded class‑data sharing, new APIs, JVM and language specification updates, and highlights the impact of these changes for Java developers.
Scheduled for a March 20 release, JDK 10 brings 109 new features—most notably a set of 12 JEPs such as local‑variable type inference, a unified repository, a new GC interface, and enhanced class‑data sharing—while also adding 73 standard library updates and JVM spec changes.
The article explains that JDK 10 was released on March 20 2018, describes how to obtain it via the early‑access program, and details its key innovations such as local‑variable type inference, a clean garbage‑collector interface, G1 parallelization, repository consolidation, and several proposed enhancements.
This article provides a comprehensive overview of Java 9’s major new features—including the JPMS (Jigsaw) module system, updated APIs, security improvements, the new HTTP/2 client, AOT compilation, and the time‑driven release model—illustrated with code examples and practical guidance for developers.
Oracle has revealed the remaining four Java 9 JEPs—unified JVM logging, finer‑grained compiler controls, removal of obsolete garbage‑collector combos, and fixes to the Coin project—while also confirming modularization, DTLS support, HTML5 Javadoc output, and upcoming import‑warning clean‑up, signaling a clearer roadmap for the next Java release.