AVR development board for wireless module RF24L01/CC1101/SI4432/SI4463/CC2500
Features:
The product can use two size 5 batteries, also can use external power supply, power supply voltage for button board microcontroller is 2.7-3.6 V. With different modules, the power supply r…
The product can use two size 5 batteries, also can use external power supply, power supply voltage for button board microcontroller is 2.7-3.6 V. With different modules, the power supply range may change
It can help customers quickly develop AVR wireless projects
The development board has lead all AVR microcontroller pins. Actually it forms a development board based on AVR single chip microcomputer minimum system, and can be used for a variety of occasions
It can match OLED display module, and will be more convenient for debugging and development
It provides AVR microcontroller basic document, software development, etc. To help customers to do rapid development
Its main chip adopts ATMEGA8 webmaster chip
Note:
There is no any program from factory, please prepare writer/burner and burn the sample application yourself! Please be sure that the users must correctly use the AVR microcontroller.
For OLED display, please go to: https://www.tindie.com/products/exlene/096-oled-module-double-color-spi-i2c-matching-wireless-module-development-board/
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Mathias |
May 1, 2014
hard to use
Salut, I have got two of these modules plus OLED. My idea was to find out how these modules can communicate with themselves and other microcontrollers. Unfortunately there is no reasonable documentation available on how to use these modules. Just a bit of code to reverse engineer. [Update] After some investigation, I see a chance to deploy the optiboot bootloader and use it under the Arduino IDE or Atmel Studio. I will give it a try as it is still better than throwing it away. I will post my success or failure here. I will alos compare it to the DevDuino, a similar board but with a ATmega328 and optiboot loaded[/Update]
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