cubieboard2

architecture armv7.1Info: Data endian: LittleInfo: Main ID register: 0x0000fc074Info: L1 (I-Cache): 32kb, 512 sets, linesize 32 bytes, 2-wayInfo: L1 (D-Cache): 32 KB, 128 sets, linesize 64 bytes, 4-wayInfo: L2 (uniied cache): 256 kb, 512 sets, linesize 64 bytes, 8-wayInfo: system control register:Info: instruction endian: LittleInfo: level-1 Instruction Cache disabledInfo: level-1 data cache disabledInfo: MMU disabledInfo: branch prediction EnabledFound 1 JTAG device, total irlen = 4:#0 ID: 0x5

From: http://blog.csdn.net/allen6268198/article/details/12905425A10/A20 bootloader loading Process AnalysisNote: as the A10 and A20 in the loading bootloader process is basically consistent, the following only A20 narrative, but also applicable to A10. In addition, in the case of no need to distinguish between Cubieboard1 and CUBIEBOARD2, collectively referred to as Cubieboard, and now generally referred to the SD card is the micro SD cards, that is,

source code of the box, I tried to use the uboot source code of cubieboard2, which can be used normally after compilation. git clone https://github.com/linux-sunxi/u-boot-sunxi -b wip/a20make cubieboard2 ARCH=arm CROSS_COMPILE=arm-linux-gnueabihf- Find an SD card for guidance. The SD card is used for guidance by default. Fdisk is used to divide SD into two areas. The first is fat and the second is ext4. Ac

This article was reproduced from: http://blog.csdn.net/u011258134/article/details/50749174How to let a20,android boot automatically start C program2014-12-26 11:32 557 people read comments (3) favorite reports Classification:C language Learning (Ten)Author of similar articlesXCopyright NOTICE: This article for Bo Master original article, without Bo Master permission not reproduced.Xinit added: xinit/usr/local/bin/xfreerdp 192.168.1.1961, modify Android/device/init.sun7i.rc........ Slightly#ad

commented out all the content and copied the content in./devices/softwinner/sugar-cubieboard2/vold. fstab in the original source code provided by quanzhi, as follows: # Mounts the first usable partition of the specified device#/devices/platform/awsmc.3/mmc_host for sdio#dev_mount sata /mnt/sata auto /devices/platform/sw_ahci.0#dev_mount sdcard /mnt/sdcard auto /devices/virtual/block/nandk /devices/platform/sunxi-mmc.2/mmc_h

I use CUBIEBOARD2 (inside Cubieboard is CUBIEBOARD20), and Cubieboard3 in the interior is called Cubietruck, look at the software download address: http://dl.cubieboard.org/software/ The Cubieboard2 I got is Android installed, so I want to brush it into Linux, such as Lubuntu. android brushes Linux 1. Download the Burn tool:[[Http://dl.cubieboard.org/software/tools/livesuit/PhoenixSuit1.0.7.rar]]When the i

Referring to the Http://mer.jolladev.net/wiki.php?id=%E5%90%AF%E5%8A%A8cubieboard2%E5%88%B0linux_kernel and tll, the great God. Cubieboard System Documentation First step: Download the kernel code and compile it git clone Git://github.com/linux-sunxi/linux-sunxi Configure and compile: Gerneral setup->cross compilter too prefix here to fill arm-linux-gnueabihf- Make Arch=arm Cross_compile=arm-linux-gnueabihf-cubieboard2_defconfig Make Arch=arm cross_compile=arm-linux-gnueabihf--j4 uimage Modules

1. IntroductionThe GIC-400 is used to control interrupts. The A20 chip on the CUBIEBOARD2 uses this controller.The address of the CUBIEBOARD2 GIC controller is 0x01c80000---0x01c87fff, and the length equals the length of the GIC-400 register.The specific content is shown below.With 0x01c80000 as the starting address, the offset is given below: 0x0000-0x0FFF Reserved not used, useless

/sugar-standard/system/media/directory for source code compilation, or import into your system "/data/local/" Directory.The above is for the Sugar-standard version, other such as Sugar-cubieboard2 version, should be the same operation, or even the entire Android circle, probably not much.The following information is attached to the source:Luo Shenyang Teacher Blog: http://blog.csdn.net/luoshengyang/article/details/7691321 His in-depth explanation of t

Hardware: cubieboard2 System: Ubuntu 14.04 Based on VMware Virtual Machine Image: cb2-lubuntu-server-tsd-tfcard-v2.0.img.gz [1] (base on Ubuntu 14.04 optimized by lubuntu) Connect the TF cartoon to the Ubuntu virtual machine through the USB interface, and the system automatically mounts it to the/Media/ 1. Prepare the TF card Run the fdisk command to view the device list: $ sudo fdisk -l...Disk /dev/sdb: 15.9 GB, 15926820864 bytes64 heads, 32 sector

CPU of the Pcduino Mini computer uses the 1GHz ARM cortex-a8 Core, the DRAM is 1GB, the onboard storage reaches 2GB Flash and is fully compatible with the Arduino interface. In addition, the Pcduino can be started from NAND or from the MINI-SD card (TF card), in the NAND Flash factory preinstalled Ubuntu system, get hands can be used. Cubietruck.Cubietruck, also known as "Cubieboard3", is configured with a Cubieboard2-like Allwinner A20 master chip,

You have two options to implement the installation of Nodejs on Cubieboard, download other people have compiled the Nodejs binary package for Cubieboard, or download the source code on their own to compile on the Cubieboard.Using a compiled binary packageDownload node. js for ARM architecture Here, if you can't find the resources in the Cubieboard community, you can find similar resources in the Raspberrypi community. For example, "node. js installation for Raspberry Pi" The article provides the