Difference between revisions of "Baremetal Arduino"
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'''Bare machine''' (or '''bare metal'''), in computer parlance, means a computer without its operating system. Modern operating systems evolved through various stages, from elementary to the present day complex, highly sensitive real-time systems. In the very first stage of computing there was nothing like an operating system at all. Programs were fed to the computer system directly using machine language by the programmers without any system software support. This approach is termed the "bare machine" approach in the development of operating systems. | '''Bare machine''' (or '''bare metal'''), in computer parlance, means a computer without its operating system. Modern operating systems evolved through various stages, from elementary to the present day complex, highly sensitive real-time systems. In the very first stage of computing there was nothing like an operating system at all. Programs were fed to the computer system directly using machine language by the programmers without any system software support. This approach is termed the "bare machine" approach in the development of operating systems. | ||
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| − | Here with Bare metal we mean the μController without it's Arduino layer. We remove the μController from it's comfortable position on the Arduino hardware and place it on a breadboard. This page will take you throught the steps on how to do this. It will not tell you how you should layout your breadboard. These are considered ''implementation details'' and are up to the you. However, to assist with this there is a Fritzing<ref>http://www.fritzing.org</ref> project available with the electrical schematic and starting point for laying out your breadboard design. | + | Here with Bare metal we mean the μController without it's Arduino layer. We remove the μController from it's comfortable position on the Arduino hardware and place it on a breadboard. This page will take you throught the steps on how to do this. It will not tell you how you should layout your breadboard. These are considered ''implementation details'' and are up to the you. However, to assist with this there is a Fritzing<ref name="fritzing">http://www.fritzing.org</ref> project available with the electrical schematic and starting point for laying out your breadboard design. |
'''Warning: work carefully, detailed and pay attention to the correct orientation and pin numbering of the parts. Hooking up your power source the wrong way can destroy the μController.''' | '''Warning: work carefully, detailed and pay attention to the correct orientation and pin numbering of the parts. Hooking up your power source the wrong way can destroy the μController.''' | ||
| + | |||
| + | '''Note:''' this page is a work in progress. | ||
| + | |||
| + | The steps we need to follow: | ||
| + | # download and install Fritzing | ||
| + | # download and install the Arduino Unleashed project files | ||
| + | # create your breadboard layout using Fritzing | ||
| + | # copy your breadboard layout to the physical world | ||
| + | # program the μController | ||
| + | |||
| + | == 1. Download and install Fritzing == | ||
| + | First download and install Fritzing<ref name="fritzing"/>. Fritzing is a | ||
| + | |||
| + | |||
| + | == 2. Download and install the Arduino Unleashed project files == | ||
| + | == 3. Create your breadboard layout using Fritzing == | ||
| + | == 4. Copy your breadboard layout to the physical world == | ||
| + | == 5. Program the μController == | ||
| + | |||
| + | |||
| + | == Unleash your μController == | ||
| + | First of all you need to relieve the μController from the Arduino board. Another option is to buy one. The μController on the Arduino is the Atmel AVR ATMEGA328P-PU, you can order these for example at [https://www.conrad.nl/nl/atmel-avr-risc-microcontroller-atmel-atmega328p-pu-soort-behuizing-pdip-28-flash-geheugen-32-kb-geheugen-ram-2-kb-155197.html Conrad]. | ||
| + | |||
| + | To remove the chip from your Arduino can be a bit challenging. Carefully push a small flat screwdriver in between the chip and the socket lifting the chip out of its socket bit by bit. Be careful not to bend the legs too much as they will break easily. | ||
| + | |||
<span class="plainlinks"><div class="image480px">[https://raw.githubusercontent.com/mywdka/Electronics_cookbook/master/Microcontrollers/BreadboardArduino/BreadBoardArduino.png https://raw.githubusercontent.com/mywdka/Electronics_cookbook/master/Microcontrollers/BreadboardArduino/BreadBoardArduino.png]</div></span> | <span class="plainlinks"><div class="image480px">[https://raw.githubusercontent.com/mywdka/Electronics_cookbook/master/Microcontrollers/BreadboardArduino/BreadBoardArduino.png https://raw.githubusercontent.com/mywdka/Electronics_cookbook/master/Microcontrollers/BreadboardArduino/BreadBoardArduino.png]</div></span> | ||
Revision as of 22:19, 17 April 2015
Template:Tocright Bare machine (or bare metal), in computer parlance, means a computer without its operating system. Modern operating systems evolved through various stages, from elementary to the present day complex, highly sensitive real-time systems. In the very first stage of computing there was nothing like an operating system at all. Programs were fed to the computer system directly using machine language by the programmers without any system software support. This approach is termed the "bare machine" approach in the development of operating systems. [1]
Here with Bare metal we mean the μController without it's Arduino layer. We remove the μController from it's comfortable position on the Arduino hardware and place it on a breadboard. This page will take you throught the steps on how to do this. It will not tell you how you should layout your breadboard. These are considered implementation details and are up to the you. However, to assist with this there is a Fritzing[2] project available with the electrical schematic and starting point for laying out your breadboard design.
Warning: work carefully, detailed and pay attention to the correct orientation and pin numbering of the parts. Hooking up your power source the wrong way can destroy the μController.
Note: this page is a work in progress.
The steps we need to follow:
- download and install Fritzing
- download and install the Arduino Unleashed project files
- create your breadboard layout using Fritzing
- copy your breadboard layout to the physical world
- program the μController
1. Download and install Fritzing
First download and install Fritzing[2]. Fritzing is a
2. Download and install the Arduino Unleashed project files
3. Create your breadboard layout using Fritzing
4. Copy your breadboard layout to the physical world
5. Program the μController
Unleash your μController
First of all you need to relieve the μController from the Arduino board. Another option is to buy one. The μController on the Arduino is the Atmel AVR ATMEGA328P-PU, you can order these for example at Conrad.
To remove the chip from your Arduino can be a bit challenging. Carefully push a small flat screwdriver in between the chip and the socket lifting the chip out of its socket bit by bit. Be careful not to bend the legs too much as they will break easily.
