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Zephyr uses Kconfig and devicetree as its configuration systems, inherited from the Linux kernel but implemented in the programming language Python for portability to non-Unix operating systems. [17] The RTOS build system is based on CMake, which allows Zephyr applications to be built on Linux, macOS, and Microsoft Windows. [18]
Created at MIT as part of Project Athena, [1] Zephyr was designed as an instant messaging protocol and application-suite with a heavy Unix background. Using the "do one thing, do it well" philosophy of Unix, it was made up of several separate programs working together to make a complete messaging system.
Real-time Linux : GNU GPLv2: open source: general purpose: x86, x86_64, RISC-V, ARM64 and LoongArch (ARM and POWER in the -rt branch) [1] RedHawk Linux RTOS Proprietary: closed hardware-in-the-loop, software-in-the-loop, general purpose active Intel, AMD, ARM, NVIDIA Drive, NVIDIA Jetson Orin REX OS: Proprietary: closed, available with license ...
Xephyr is a display server software implementing the X11 display server protocol based on KDrive which targets a window on a host X Server as its framebuffer.It is written by Matthew Allum.
[80] it is an embedded OS, using the Yocto build system, with a choice of either the Linux kernel, Zephyr, or FreeRTOS. [80] It includes an IP toolchain, maintenance, OTA, and OpenHarmony. It provides example combinations of components for various use cases, called "Blueprints". [80]
In European tradition, a zephyr is a light wind or a west wind, ... Xephyr, a unix computer display server which targets a window on a host X Server as its framebuffer;
Zephyr is a small real-time operating system for connected, resource-constrained devices supporting multiple architectures. It was developed as an open-source collaboration project and released under the Apache License 2.0. Zephyr became a project of the Linux Foundation in February 2016. Open Mobile Hub
L 4 Linux is a variant of the Linux kernel for operating systems, that is altered to the extent that it can run paravirtualized on an L4 microkernel, where the L4Linux kernel runs a service. L4Linux is not a fork but a variant and is binary compatible with the Linux x86 kernel, thus it can replace the Linux kernel of any Linux distribution .