Hi guys,
I've implemented a board based on Arduino MEGA with a microSD car reader, a CAN bus module MCP2515, an analog input signal 0-5V, some LEDs a button etc...
Now I'd like to re-engineer the board to make it smaller and more powerfull.... I've just seen the Teensy board and I'm thinking to use the v3.2 board with a microSD module (can you point me to a good/simple module?) will that solution cover all the requirements desribed befoer?
The main requirement are:
- more powerfull and more RAM than Arduino MEGA
- simple to use connected to a CAN bus of motorbike (500Kbps) to ask and receive ODBII messages (i need RPM, TPS and ECT at least and as much real time as possible)
- possibility to read and write from a microSD
- acuire an analog signal 0-5V
What about the v3.5 or v3.6?
Can you help me choose the best Teensy board?
What about the already implemented and tested Arduino SW? How can I port it to Teensy in th ebest way?
I'm using sdFat library for the microSD module and coryjfowler MCP_CAN_lib for the CAN module
Thanks!
I've implemented a board based on Arduino MEGA with a microSD car reader, a CAN bus module MCP2515, an analog input signal 0-5V, some LEDs a button etc...
Now I'd like to re-engineer the board to make it smaller and more powerfull.... I've just seen the Teensy board and I'm thinking to use the v3.2 board with a microSD module (can you point me to a good/simple module?) will that solution cover all the requirements desribed befoer?
The main requirement are:
- more powerfull and more RAM than Arduino MEGA
- simple to use connected to a CAN bus of motorbike (500Kbps) to ask and receive ODBII messages (i need RPM, TPS and ECT at least and as much real time as possible)
- possibility to read and write from a microSD
- acuire an analog signal 0-5V
What about the v3.5 or v3.6?
Can you help me choose the best Teensy board?
What about the already implemented and tested Arduino SW? How can I port it to Teensy in th ebest way?
I'm using sdFat library for the microSD module and coryjfowler MCP_CAN_lib for the CAN module
Thanks!