A glimpse into performance of JITServer technology

In a previous blog we took a sneak-peek into JITServer technology which relieves the JVM from the negative effects of JIT compilation (interference due to JIT usage of CPU and memory) by offloading it to a remote process. In this article we are going to put this technology to the test, measuring a few key…

Quarkus and Eclipse OpenJ9: Exceptional Performance across Platforms

The Quarkus framework has gained tremendous popularity in the last few months. This success is due in part to the runtime characteristics expressed as Supersonic, Subatomic Java on the project’s website. In other words, Quarkus is extremely fast to start up and extremely light in terms of memory footprint when run in “native mode” (native mode is essentially…

Free your JVM from the JIT with JITServer technology

State of the art Java Virtual Machines (JVMs) employ Just-in-Time (JIT) compilers to improve the throughput of Java applications. However, JIT compilers do not come for free: they consume resources, in terms of CPU and memory, and therefore they can interfere with the smooth running of Java applications. Wouldn’t it be nice to keep all…

Eclipse OpenJ9 performance; a bake-off on Windows

  To date, all of the experiments we’ve used to showcase the performance of the OpenJ9 JVM were carried out on Linux. So in this article we will look at how OpenJ9 fairs on Windows. Because Windows is often used as a development platform and Eclipse is the most popular integrated development environment written in…