The Fedora project provides developers with a free and open source platform tailored for a variety of hardware, cloud, and container systems. Fedora is available on Arm-based servers as well as a wide range of popular single board computers and developer devices.

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The Fedora Project enables software developers and community members to build tailored solutions for their users.​ ​The Fedora community, in combination with other open source projects, enables technical features to make Linux powerful, flexible, and usable for a wide spectrum of users, administrators, and developers. Fedora creates two major releases each year.


Fedora Workstation

Fedora Workstation is a reliable, user-friendly, and powerful operating system for Arm developers. The user interface is built with GNOME 3 desktop environment and comes with a wide range of tools to support developers, from hobbyists and students to professionals in corporate environments. One of the default tools in Workstation is Container Toolbox, which uses podman and OCI containers, and is a particularly useful utility for setting up multiple independent development environments.

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Fedora Internet of Things

Fedora IoT is an immutable open source platform built with security in mind. Fedora IoT uses technologies such as OSTree, podman, OCI containers, greenboot, and PARSEC, to provide a secure and reliable platform that enables users to build projects ranging from home and maker through to industrial gateways and smart cities.

 

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Fedora Server

Fedora Server enables Arm developers to control all the infrastructure and services.  Packages are grouped into modules — a representation of an application, a language runtime, or any logical group making the content more granular and easier to navigate.  

Modules can be available in multiple streams, usually representing a major version of the software they include, enabling administrators (or developers) to use the right version of software they need. Installation profiles have been introduced to simplify the installation. These are package subsets representing a specific use case of a module

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Resources

Community Forums

Not answered access secure generic timer
  • ARMv8 Exception Model
  • Security
  • Arm64
0 votes 61 views 0 replies Started 6 days ago by armsss Answer this
Not answered How do branch instructions influence the performance of Cortex-A77? 0 votes 72 views 0 replies Started 8 days ago by hyf_sysu Answer this
Suggested answer Getting Dummy character while receiving UART data,How to fix it ? 0 votes 445 views 2 replies Latest 8 days ago by Jerome Decamps - 杜尚杰 Answer this
Suggested answer Sht11 interfacing with lpc1758 0 votes 123 views 1 replies Latest 12 days ago by Andy Neil Answer this
Suggested answer Arm Cortex A57 controller 0 votes 277 views 1 replies Latest 14 days ago by Tyler_p Answer this
Not answered M7 to NIC-400 connectivity via AXIM
  • Cortex-M7
  • CoreLink NIC-400 Network Interconnect
0 votes 76 views 0 replies Started 18 days ago by Ramaswamy Vishwanath Answer this
Not answered access secure generic timer Started 6 days ago by armsss 0 replies 61 views
Not answered How do branch instructions influence the performance of Cortex-A77? Started 8 days ago by hyf_sysu 0 replies 72 views
Suggested answer Getting Dummy character while receiving UART data,How to fix it ? Latest 8 days ago by Jerome Decamps - 杜尚杰 2 replies 445 views
Suggested answer Sht11 interfacing with lpc1758 Latest 12 days ago by Andy Neil 1 replies 123 views
Suggested answer Arm Cortex A57 controller Latest 14 days ago by Tyler_p 1 replies 277 views
Not answered M7 to NIC-400 connectivity via AXIM Started 18 days ago by Ramaswamy Vishwanath 0 replies 76 views