Linux

Increasingly important for the automotive industry.

 

Nowadays, Linux is the most widely used operating system in computers: from desktop computers to server systems to embedded systems. Linux is also gaining increasing traction in the automotive industry. For instance, the GENIVI Alliance defines the Linux-based "in-vehicle infotainment software" as open source software. Linux is not only enjoying increasing importance when it comes to infotainment, but also in the vehicle as a whole. The AUTOSAR adaptive platform creates a standard that is based on POSIX-compliant operating systems - which also include Linux -, offering a real alternative to the conventional AUTOSAR, including for ASIL-relevant controllers.

Schematic picture of a monitor and a laptop showing source code

Competent partner for Linux

MAGNA Telemotive is the perfect contact for answering any queries about Linux you may have. The following services are part of our core competencies:

Preempt real-time Linux:

  • Development of a real-time Linux system for the integration of embedded software

Yocto:

  • Development of customer-specific Linux distribution+

  • Development of project-specific Yocto recipes

  • Development of customer-specific BitBake classes

 

Chromium embedded framework & Wayland:

  • Migration of the chromium embedded framework to the Wayland display server

 

POSIX:

  • Development of POSIX-compliant software for Linux and Posix operating systems

 

Development of Linux kernel modules (Linux drivers):

  • character drivers

  • block drivers

  • etc.

Project references

Optimization of the Yocto build environment for a tier 1 company

  • Development and integration of own classes to expand a Yocto build environment in Python and Bash (UNIX shell)

  • Porting of existing projects to run on different Yocto versions

  • Analysis and optimization of the build-time of a Yocto project

Software integration platform based on preempt real-time Linux

  • Installation and set-up of the preempt real-time Linux patch into the Linux kernel to make Linux hard real-time enabled

  • Integration of different embedded software modules into the real-time Linux system and testing

     

Porting CEF from X11 to Wayland on Linux

  • Set-up of a distcc compiler environment for the distributed compilation and building of the CEF project

  • Implementation of the Ozone support into the chromium embedded framework

Do you want to realize your ideas with us?

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