ODROID-C2: Power Off and Wake Up Using a Simple GPIO Button
This article describes how to setup a GPIO key button for power off and wake up purposes. ▶
This article describes how to setup a GPIO key button for power off and wake up purposes. ▶
In this article, we outline the setup and configuration of a basic “headless” cluster with the end goal of running parallel programs based on message passing, using the Message Passing Interface (MPI) parallel programming model in particular. ▶
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 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 ▶
Hardkernel’s ODROID platform has a unique advantage over other similar Single Board Computers (SBCs) that they allow the eMMC module to be removed and reflashes using an external USB adapter. All of Hardkernel’s eMMC modules ship with an SD card adapter that allow the user to flash an operating system or inspect the contents of the solid state drive on another computer using utilities such as Etcher or dd. However, the SD card adapter required that another adapter be used in order to access the drive via USB, and many SD to USB adapters were not compatible with Hardkernel’s adapter. ▶
This guide tells you how to get TinyYOLO installed and running on your ODROID-XU4. ▶
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