Difference between revisions of "BLE Board"
From Kevin Darrah Wiki
| Line 9: | Line 9: | ||
* Uses the [https://www.anaren.com/sites/default/files/Part-Datasheets/A20737A.pdf A20737 Module] | * Uses the [https://www.anaren.com/sites/default/files/Part-Datasheets/A20737A.pdf A20737 Module] | ||
* FCC certified with PCB Antenna, so no RF design needed | * FCC certified with PCB Antenna, so no RF design needed | ||
| − | * Powerful ARM Cortex M3 Processor there to run the BLE radio and plenty of room for custom code. Programmable through a simple Serial Interface - no expensive JTAG debuggers needed, just a [[The_USB_to_Serial_Converter: | + | * Powerful ARM Cortex M3 Processor there to run the BLE radio and plenty of room for custom code. Programmable through a simple Serial Interface - no expensive JTAG debuggers needed, just a [[The_USB_to_Serial_Converter: (test)]] |
* UART, SPI, I2C, GPIO all broken out. | * UART, SPI, I2C, GPIO all broken out. | ||
Revision as of 18:52, 19 May 2016
...Back to Projects:
Bluetooth Low Energy Board
Introduction
The BLE Board is based on Anaren's BLE Module A20737. This is one of the easiest to work with Bluetooth Low Energy Modules I have ever worked with, so I made a simple board to make it that much easier to get up and running with Bluetooth Low Energy in your next project.
- Uses the A20737 Module
- FCC certified with PCB Antenna, so no RF design needed
- Powerful ARM Cortex M3 Processor there to run the BLE radio and plenty of room for custom code. Programmable through a simple Serial Interface - no expensive JTAG debuggers needed, just a The_USB_to_Serial_Converter: (test)
- UART, SPI, I2C, GPIO all broken out.
Check this video out to see how easy it is to blink an LED:
Here I hacked my Remote Starter on my car:
Much much more coming soon. I think this will be the best method out there for getting you up and running with Bluetooth Low Energy, so let me know what you think (hit up the contact page to the left)
