It doesn't do much, however, because it is either on or off and any change to the power state would mean pushing a button of some sort. It resembles the computer which can be found on the iDrive system as well. I've soldered these on to have a proper connection for triggering the power button remotely.Īt the heart of the project is the Odroid N2 itself. Note the pin header on the power button side (left hand side). ![]() Teltonika RUT850 automotive 4G access pointįitted VU7a+ Display on the dashboard running Torque App.Custom command & control board with: Arduino Nano 33 IoT, RN42HID Bluetooth Module, MCP2515 + TJA1050 CAN interface, INA219 voltage sensor, 2 pwm headers for fans (See.Matching center console assembly for the iDrive Controller.Screen casing assembly to be fitted as a replacement for the small glovebox on the dashboard (See. ![]() Odroid N2 4GB with 32GB eMMC and Android as the car-pc itself. ![]() The almighty iDrive supplemental solution for all people who don't have interest in fitting a 1500€ retrofit solution. I've been working on this project for almost a year now and feel confident enough now to present it to the public.
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