RS-232: Difference between revisions
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==Usage== | ==Usage== | ||
There are 3 ways to have RS-232 compatible serial ports on your Armadeus board: | There are 3 ways to have RS-232 compatible serial ports on your Armadeus board: | ||
* Use the internal | * [[Activate i.MX internal UARTs|Use the internal UART controllers of the i.MX(L/27) (2 on i.MXL, 6 on i.MX27)]] | ||
* [[OpenCore 16550 IP Linux driver | Load OpenCore serial IPs into the FPGA of your board and use it]] | * [[OpenCore 16550 IP Linux driver | Load OpenCore serial IPs into the FPGA of your board and use it]] | ||
* [[USB_to_serial_adapter | Use a USB <-> Serial adapter]] (not possible with an [[APF9328DevLight]]). | * [[USB_to_serial_adapter | Use a USB <-> Serial adapter]] (not possible with an [[APF9328DevLight]]). | ||
As soon as you | As soon as you choosed the best solution for your application, all the serial ports are used the same way on Linux: [[Serial ports usage on Linux|go here to have more informations]]. | ||
==Links== | ==Links== | ||
Latest revision as of 18:18, 14 December 2009
RS-232 (Recommended Standard 232) is a standard for serial binary data signals connecting between a DTE (Data Terminal Equipment) and a DCE (Data Circuit-terminating Equipment).
Usage
There are 3 ways to have RS-232 compatible serial ports on your Armadeus board:
- Use the internal UART controllers of the i.MX(L/27) (2 on i.MXL, 6 on i.MX27)
- Load OpenCore serial IPs into the FPGA of your board and use it
- Use a USB <-> Serial adapter (not possible with an APF9328DevLight).
As soon as you choosed the best solution for your application, all the serial ports are used the same way on Linux: go here to have more informations.
