Hardware/ARMEBS/4/Welcome
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== Welcome to the ARMEBS4 wiki == | == Welcome to the ARMEBS4 wiki == | ||
− | ' | + | If you don't know what the ARMEBS4 porject is, have a look a the [[#Presentation | presentation]]. |
− | [[ | + | == Getting started == |
+ | # Get a board (Ask someone from [[Hardware/ARMEBS/4/Team |the ARMEBS4 team]]) | ||
+ | # Install the [[Tools/Eclipse4STM32|software]] | ||
+ | # Try the [[Hardware/ARMEBS/4/Examples | examples]] | ||
== Presentation == | == Presentation == |
Revision as of 12:55, 12 June 2014
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Welcome to the ARMEBS4 wiki
If you don't know what the ARMEBS4 porject is, have a look a the presentation.
Getting started
- Get a board (Ask someone from the ARMEBS4 team)
- Install the software
- Try the examples
Presentation
ARMEBS4 is the name of a small embedded computer board targeted at teaching embedded and real time operating system programming. As it's name suggests, it's the fourth iteration of a successful family of board, this time more focused on a simpler system. In a broader sense, ARMEBS4 is the name of a complete ecosystem, providing a well tested set of hardware and software tools.
We, the ARMEBS4 team, provide a comprehensive solution for
- Practical work for HEI courses Embedded systems and Real time programming
- All kind of project featuring a mid-sized micro-controller.
- Projects based on the ARMEBS4
- LiveSense : Autonomous cell-based sensing microsystem.
- Envirobot : A robot for water quality survey.
- AndroSensor : Sensors for Android devices.
- Projects based on the ARMEBS4
What can be done with the ARMEBS4 ?
The board is powerful enough to run applications with:
- LCD and touch screen interface
- Audio filtering
- MP3 decoding
- USB master/slave/OTG
- TCP/IP networking
- FIXME complete this list
Hardware details
Here is a list of the main ARMEBS4's characteristics
- CPU ST STM32F417
- ARM Cortex-M4 with floating point unit, running at 168 MHz
- USB
- Ethernet
- ...
- Onboard USB debugger
- Compatible with OpenOCD
- LCD Display
- 320x240
- Touch screen
- Networking and communication
- Ethernet
- CAN
- RS232
- USB slave and master
Software details
- Supported host environment (Windows 7 or Linux)
- Eclipse based (setup)
- Standalone, XF or FreeRTOS target development
- TCP/IP stack : lwip
- USB Host and device stack from ST
How it compares to XXX board
FIXME : provide a list of boards (ARMEBS1, ARMEBS3, discovery, g-eval, rapberry, beaglebone, ...) and