Arduino is an open-source electronics platform based on easy-to-use hardware and
software and is commonly used by education experts, content developers,
engineers and interaction designers from all around the world. Arduino boards
are able to read inputs - light on a sensor, a finger on a button, or a Twitter
message - and turn it into an output - activating a motor, turning on an LED,
publishing something online. You can tell your board what to do by sending a
set of instructions to the microcontroller on the board.
micro:bit is another popular programming platform for all sorts of
cool creations, from robots to musical instruments and is widely used in many
schools around the world. It can be coded from any web browser in Blocks,
Please follow instructions below to properly configure the Arduino
board and/or BBC micro:bit support in the vSpace environment (vSpace Pro 11.2
1. Launch vSpace Console and select “Managed Servers”.
2. Choose the vSpace Server.
3. Select the “Settings” tab on the left panel and
click on “Peripheral Devices” icon on top right.
on “Enable COM ports management” and leave the default “COM3” value as the
first redirected COM port name. Click “Apply” to save. This will enable the connected Arduino board
and/or BBC micro:bit board to be managed properly by vSpace.
Instructions to use Arduino in vSpace
1. Install the latest Arduino IDE Windows Installer
on the vSpace host machine. Latest Arduino
IDE Windows installer, for Windows XP and up can be found here: https://www.arduino.cc/en/Main/Software
Arduino IDE for Windows App will
not work in terminal session (i.e. in vSpace), make sure “Windows installer,
for Windows XP and up” is used (see screenshot below).
2. Connect Arduino board to NComputing thin clients
(e.g. RX300, L300)
3. Login to the vSpace user session, invoke the
Arduino IDE and open any example codes under “File’ tab. To update the new code to the connected
Arduino board, please first check the following configurations:
a. Navigate to “Tool” pulldown menu, make sure the
corresponding Arduino board type is selected (in this example: Arduino Uno).
b. Check the ‘Port’ sub-menu assignment. There
should only be one COM port auto-assigned to this connected board. No user
action is required here.
4. Click the “Upload” icon to update new code to
the connected Arduino board.
Instructions to use BBC micro:bit in
1. Connect BBC micro:bit board to NComputing thin clients (e.g. RX300,
2. Login to the vSpace user session. Open www.microbit.org/code URL with any browser to access the HTML5 editor to create code or import code
to BBC micro:bit.
3. Once the new code is ready, click on “Download”
in the micro:bit browser editor to download the hex file.
4. Copy the downloaded hex file and move this file
to the top level of the micro:bit drive. This action will trigger software
update to the BBC micro:bit board which is connected to the NComputing thin