

Insert the USB end of the USB-to-TTL module into a USB port on the RPi2, RPi3 or MBM deviceĬonnect the GND pin of the USB-to-TTL module to the GND wire of the USB-to-TTL cableĬonnect the RX pin of the USB-to-TTL module to the TX wire (green) of the USB-to-TTL cableĬonnect the TX pin of the USB-to-TTL module to the RX wire (white) of the USB-to-TTL cable
#Best windows serial terminal Pc
Insert the USB end of the USB-to-TTL cable into a USB port on the PC We used this Silicon Labs CP2102 based USB-to-TTL module)ġ X USB-to-TTL cable (This will connect to our PC. Note: Only USB-to-TTL cables and modules with Silicon Labs chipsets are natively supported on MinnowBoard Max and Raspberry Pi2.ġ X USB-to-TTL module (This is what we will connect to our RPi2 or RPi3 or MBM device. NOTE: Leave the power wire of the USB-to-TTL cable unconnected. Connect the TX wire (green) of the USB-to-TTL cable to pin 13 (UART1 RX).Connect the RX wire (white) of the USB-to-TTL cable to pin 11 (UART1 TX).Connect the GND wire of the USB-to-TTL cable to pin 1 (GND).Raspberry Pi 2 UART On-Board UART (DragonBoard 410c) Connect the TX wire (green) of the USB-to-TTL cable to Pin 10 (RX) on the RPi2 or RPi3 board.Connect the RX wire (white) of the USB-to-TTL cable to Pin 8 (TX) on the RPi2 or RPi3 board.Connect the GND wire of the USB-to-TTL cable to Pin 6 (GND) on the RPi2 or RPi3 board.UART0 uses GPIO pins 6 (GND), 8 (TX) and 10 (RX).See the Raspberry Pi 2 Pin Mappings page for more details on the GPIO pins. The Rasperry Pi 2 or 3 has one on-board UART.

Note: Leave the power wire of the USB-to-TTL cable unconnected.

You have two options for wiring up your board: This app is a Universal Windows app and will run on both the PC and your IoT device. Make a copy of the folder on your disk and open the project from Visual Studio.
#Best windows serial terminal how to
To better understand what headed mode is and how to configure your device to be headed, follow the instructions here. We'll create a simple app that allows communication between a desktop and an IoT device over a serial interface.
