Zephyr RTOS is a highly versatile, open-source real-time operating system designed for embedded devices, supporting a wide range of hardware architectures, including Intel® x86. Its modular design allows developers to...
Read MoreIn this v3.3 release, we’ve enhanced VM support, control, and monitoring, enabled Celedon as a User VM, and enhanced device-model passthrough.
Read MoreRead our updated Open Source roadmap showing support plans for the ACRN hypervisor's 2024 releases.
Read MoreIn this v3.2 release, we’ve enabled a new generation of Intel® processors, added configuration of processor performance policy, updated ACRN packaging for target installation, and updated to the latest LTS version of Ubuntu used as the Service VM.
Read MoreThe ACRN v3.1 release offers yet more enhancements to the ACRN Configurator UI including more comprehensive error checking and developer-friendly messages. A new Sample Application featuring two Post-Launched VMs is also now available.
Read MoreWe are delighted to announce that the first Intel® 12th Gen Core™ CPU (formerly known as Alder Lake) systems from ASRock Industrial are now supported by ACRN and available to...
Read MoreThe ACRN v3.0 release offers a major developer experience update including a new Configurator UI simplifying setup for the hypervisor and VMs, adds additional supported hardware for industrial use cases, Debian packaging, and new features and enhancements.
Read MoreRead our updated Hardware and Software roadmap showing what's been happening with the ACRN hypervisor so far this year and what's in the support plans for the rest of 2022.
Read MoreIt's hard to believe the Project ACRN Hypervisor was announced at the US Embedded Linux Conference three years ago, March 15, 2018. Here's a summary of key milestones over these last three years, including the most recent merging of ACRN patch sets into the Linux 5.12 kernel. Congratulations to the ACRN community, and Happy Birthday!
Read MoreACRN v2.7 updates API terminology and scenario names, introduces user-friendly VM names, extends VM use of cache allocation (CAT) tuning, and expands passthrough device use cases.
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