ODROID-GO is one of those small versatile extensible systems with which, given some imagination, you can create very useful and interesting projects. Here is one such project, that integrates a GPS sensor, to display GPS maps on an ODROID-GO. ▶
I am one that likes my movies, and also one that likes to fiddle and make, so the two came together in wanting an easy way to play things from my movie/music collection. It had to be simple to use, reliable and look good too. My movie / music collection ▶
If you’re looking for a great case to protect your ODROID-MC1 Solo, then look no further than the Hardkernel Web site. ▶
To improve the sound of Hardkernel’s Stereo Boom Bonnet (https://goo.gl/TrDU8u), I went to my local hobby shop and got an “assortment pack” of styrene which happened to have some .080mil sheets and some tubing in it. I also purchased a little styrene solvent for welding. I did everything by eye, ▶
One of the best features of the ODROID-GO Advance is that you can build it yourself, since it comes in kit form. This means that you can learn how the pieces fit together, do it as a project with your siblings, friends, or children, and have the satisfaction of playing ▶
Fresh on the heels of the ODROID Tablet project, https://magazine.odroid.com/article/build-a-rootin-tootin-dual-bootin-odroid-tablet-using-the-odroid-c0-to-make-a-professional-grade-tablet-for-under-usd100/, comes an even more portable version of the ODROID-C0. Rather than sporting a large-scale HDMI-equipped LCD, this “pocket ‘puter” relies on a framebuffer-driven video output displayed on a 3.2-inch thin-film-transistor (TFT) touchscreen shield dubbed the C1. While this touchscreen shield ▶
I was looking for a platform that would allow me to bring together various remote-control functionalities under a single device/interface ▶
We made our own arcade box with simple GPIO buttons and joysticks, and called it the ODROID Arcade Box ▶
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. ▶
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