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Ac6 Training
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ac6 Training

 

With Ac6, develop your Embedded Systems skills

Ac6-Training, partner of STMicroelectronics and NXP, and member of the ARM Community, ensures you to have access to the latest technologies and to master your projects.

Both hardware and software skills are neeeded:
Ac6 provides a full range of services, from training to technical support and consulting.

 

Online trainings that are as effective as face-to-face trainings. 

Our equipment allows an online training experience similar to face-to-face. 

The trainee connects to the training platform from his web browser, without having to install local tools. He has access to the tools to perform the exercises on a target board like during a face-to-face training. The trainee receive the course material in PDF format before the training. 

The trainer has a white board to give detailed explanations when it is necessary and he can interact with the trainee's platform to guide him. 

For example, during the training on writing Linux drivers, exercises are performed on a real Cortex-A target board, accessing its peripherals. 

 

 

Logo Linux

Operating Systems

Programming

Linux : Create an Embedded Linux system with BuildRoot and Yocto

(Exercises are done on target boards from STMicroelectronics or NXP)

Drivers : Explain the techniques used to write Linux device drivers.

QT Graphical User Interfaces : Create graphical user interfaces under Linux

Methods : Analysis, modeling and development methodologies

Languages : Programming languages for embedded and real-time systems

Real-Time : Design and programming for real-time and multicore environments

RTOS : Understand FreeRtos architecture and services for programming real-time applications

Programmable Logic

Processor Architectures

FPGAs & ASICs : VHDL programming

Processors (Generic) : Understanding the base concepts of processors.

SystemC : Design and Simulation with SystemC

ARM Cores : Discover the various architectures and implementations of Cortex A, R and M cores

ST MCUs : STM32 families, using Cortex M cores

NXP CPUs : QorIQ and LayerScape families

NXP MCU : Kinetis, LPC & i.MX families

Ac6-Conseil

Ac6-Tools

Expertise : Our technical experts can come on your site to help you solve problems in your embedded projects.

Engineering : We can also realize contract developments for embedded projects.

System Workbench for Linux simplifies the design, build, debug and maintenance of your Linux-based Embedded System.

As it is integrated with System Workbench for STM32, it supports simultaneous development and debug of applications distributed between Linux and the Cortex-M real-time processor of the STM32MP1 SoC.

For more information on our open courses please look at our calendar

 

 

Last news from ac6-training

Securing an Embedded Linux with System Workbench

In this white paper we will explore the challenges of designing a secured Linux-based embedded system and the solutions brought by System Workbench for Linux to simplify this inherently complex process.

We will explain the need for key management features in the IDE as well as automatically signing and verifying the various components needed to ensure a safe execution environment to your embedded system.


Download the white paper (registration needed) Adobe PDF format file Secured_embedded_Linux_using_Ac6_tools.pdf


Asymmetric Multi-Programming with System Workbench for Linux

In this white paper we will explain the challenges of programming an asymmetric application, running partly on Linux and partly on a microcontroller, and demonstrate how simple this is when combining System Workbench for Linux with an Eclipse-based MCU programming environment like System Workbench for STM32, CubeIDE or MCUXpresso..

We will present you the features of System Workbench for Linux that will help you develop and debug your own asymmetric applications combining critical real-time code running (bare-metal or under FreeRTOS) on the MCU and less time-critical parts, like user interface or secured network connectivity, running under Linux.


Download the white paper (registration needed) Adobe PDF format file Asymmetric_Multi-Programming_with_System_Workbench_for_Linux.pdf


Creating an STM32MP1 Linux platform with System Workbench for Linux

In this white paper we will explain how to create a full operational Linux platform running on a board based on STMicroelectronics' STM32MP1 System on Chip.

We will present you all the features of System Workbench for Linux and a detailed, step by step, platform creation and adaptation process so that you are able to create your own, customized, Linux embedde system, including your own applications.

 

 


Download the white paper (registration needed) Adobe PDF format file Creating_an_STM32MP1_Linux_platform_with_System_Workbench_for_Linux.pdf


Creating an IMX8 Linux platform with System Workbench for Linux

In this white paper we will explain how to create a full operational Linux platform running on a board based on NXP's i.MX8mq Application Processor.

We will present you all the features of System Workbench for Linux and a detailed, step by step, platform creation and adaptation process so that you are able to create your own, customized, Linux embedde system, including your own applications.


Download the white paper (registration needed) Adobe PDF format file Creating_an_IMX8_Linux_platform_with_System_Workbench_for_Linux.pdf


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