Rein de Jong’s Post

If you’re working with Java and GraalVM, heads up: Oracle is ending commercial support after JDK 24. This guide breaks down what it means and how to future-proof your stack: https://lnkd.in/gwGmh887 #Java #GraalVM

Java teams: big changes ahead. Oracle is ending GraalVM commercial support after JDK 24. This sneak peek shows how leading runtimes compare from OpenJDK to GraalVM Native Image. Full breakdown here: java.azul.com/3J3PuY7 #Java #GraalVM 

Oracle is ending GraalVM support after JDK 24. The visual below compares key platforms such as vanilla OpenJDK, Azul Platform Prime, GraalVM & Semeru — across JDK features, latency, and cloud-readiness. Take a look at your options: java.azul.com/3J3PuY7 #Java #GraalVM

Oracle is ending GraalVM support after JDK 24. The visual below compares key platforms such as vanilla OpenJDK, Azul Platform Prime, GraalVM & Semeru , across JDK features, latency, and cloud-readiness. Take a look at your options: java.azul.com/3J3PuY7 #Java #GraalVM

⚙️ Oracle has removed the Graal JIT compiler from the Oracle JDK—and is advising GraalVM users to transition to Oracle JDK or OpenJDK. That leaves one choice for organizations that care about Java performance: Azul Platform Prime. Why does it matter? 🔹 Latency: GC pauses can delay response times—sometimes by minutes. 🔹 Throughput: JIT compilation efficiency directly impacts how many transactions your app can handle. 🔹 Warm-up time: Apps run slower until bytecode is compiled to native code. A fast JIT matters. Read more from Azul Deputy CTO Simon Ritter in this blog: https://bit.ly/491MO7Z #Java #JVM #AzulPlatformPrime #GraalVM #PerformanceEngineering #Latency #OpenJDK #Tech

⚙️ Oracle has removed the Graal JIT compiler from Oracle JDK — and is now advising GraalVM users to transition to Oracle JDK or OpenJDK. So, what does this mean for organizations that rely on Java performance? It means there’s only one clear choice: Azul Platform Prime — the high-performance Java platform built to deliver speed, efficiency, and scalability. 🚀 Here’s why these matters 👇 🔹 Latency: GC pauses can significantly delay response times — sometimes by minutes. 🔹 Throughput: The efficiency of JIT compilation directly impacts how many transactions your applications can handle. 🔹 Warm-up time: Applications run slower until bytecode is compiled to native code — a faster JIT makes all the difference. ⚡ 📖 Discover how Azul Platform Prime keeps your Java workloads running at peak performance: 👉 https://bit.ly/491MO7Z #Java #AzulPlatformPrime #OpenJDK #JVM #JavaPerformance #CloudOptimization #EnterpriseTech #PerformanceEngineering #Latency #GraalVM #Azul #DigitalTransformation #Innovation #SoftwareEngineering

Oracle’s removal of the Graal JIT compiler is a big shift for Java performance. Azul Platform Prime now stands alone for teams that need low latency, high throughput, and fast warm-up. If performance matters, this blog is well worth your time. #Java #JVM #JavaPerformance

Oracle’s removal of the Graal JIT compiler is a big shift for Java performance. Azul Platform Prime now stands alone for teams that need low latency, high throughput, and fast warm-up. If performance matters, this blog is worth your time. #Java #JVM #JavaPerformance

Oracle’s removal of the Graal JIT compiler is a big shift for Java performance. Azul Platform Prime now stands alone for teams that need low latency, high throughput, and fast warm-up. If performance matters, this blog is worth your time. #Java #JVM #JavaPerformance

Oracle’s removal of the Graal JIT compiler is a big shift for Java performance. Azul Platform Prime now stands alone for teams that need low latency, high throughput, and fast warm-up. If performance matters, this blog is worth your time. #Java #JVM #JavaPerformance