CubieBoard2 is a very small size open source single board computer (SBC)which runs Android and many Linux open source operating systems. Because of its low cost

Cubieboard is a single-board computer, made in Zhuhai, Guangdong, China. The first short run of prototype boards were sold internationally in September 2012, and the production version started to be sold in October 2012.

Armbian General purpose Cubieboard 1. Our Website uses cookies to improve your experience. Please visit our Cubieboard 1 page for more information about cookies and how we use them.

Cubieboard source code and comunity. CubieBoard has 254 repositories available. Follow their code on GitHub.

...and get all Cubieboard/Cubieboard2/Cubieboard3/Cubietruck/Cubieboard4/Cubieboard8 here. PremoBoard is a significant innovation in the usage of CubieBoard2. It brings dual Wifi, dual Lan...

Cubieboard 8 Allwinner A80 development board Cubieboard - Comparing Power Consumption to My Desktop PC My Wearable computer, A Mygadgetlife project Using a Cubieboard and a heads-up display

Note: This is the FirstSteps for Cubieboard users. Currently, there are two batches of the Cubieboard developer board available. First batch, sold around August/September 2012. The Cubieboard in this batch has 512MB RAM.

CubieBoard is a name used for a series of ARM boards from Cubietech. It is also used to refer to Jessie should be installable on Cubieboard1 using u-boot 2014.04+dfsg1-2, linux-image-*-armmp...

The Cubieboard is a small (10x6cm), hacker friendly, extendable, and low-cost ARM board with the Allwinner A10 SoC. The board is set apart by offering SATA and an extended pin interface for low...

Cubieboard Unboxing. The board comes with a SATA cable and a USB cable for power. There's no power supply so you'll need you own, either using the USB cable provided, or a standard USB power...

Cubieboard For further Allwinner-based boards, please refer to soc.allwinner.sunxi Supported Versions Status * Please refer to Table of Contents. Cubieboard. Supported Versions. Status.

Our cubieboard have enough connection to control almost of our sensors, using I2C. For this, my cubieboard will be a brain, the arduino will be then the senses, and the connection will be made over...