In this article, we are going to combine ODROIDs with a little bit of hardware and Home Assistant, so that we can start converting non-smart appliances to "smart" appliances. We'll be working with wires, doing a bit of soldering, connecting relays, and in some cases working with mains voltage, so ▶
Let us learn how to use GPIO output, IRQ input and system timer with a Ultrasonic distance measuring module ▶
The I2C TWI 1602 16x2 Serial LCD Module Display for Arduino JD is the ideal solution for materializing all those specifications and much more. ▶
For just a paltry $1.50 investment, you can open up an entire ecosystem of sensors, tools, actuators, and displays for your ODROID-GO AND you will still have four GPIO pins left over for other projects ▶
The simplest way to start listening to the wifi spectrum is to install kismet ▶
Disassembling the ODROID-GO Advance is fairly straightforward ▶
I managed to build a working Ambilight system using an ODROID-C2 and LibreElec. ▶
Composite video is an analog video transmission that was popular before the age of digital television, the ODROID-N2 supports this video feature. ▶
The ODROID-C1/C1+, ODROID-C2, and ODROID-XU4 have on-board GPIO (General Purpose Input/Output) pins that allow the control of external devices through software. In order to access the GPIO port properly, you must install the Android Marshmallow version 2.8 image or higher on the ODROID-C2, the Android KitKat version 3.2 image or ▶
SBC water cooling is not new and others have implemented designs using off the shelf components for the ODROID-XU4 and other SBC. Some implementations have already been covered in ODROID Magazine in the past. December 2016 https://magazine.odroid.com/wp-content/uploads/ODROID-Magazine-201612.pdf July 2018 https://magazine.odroid.com/article/liquid-cooling-part-1-cluster/ https://magazine.odroid.com/article/liquid-cooling-part-2-server/ The focus of this project was initially to make ▶
ODROID Magazine © 2019 Hardkernel, Ltd
