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Minnowboard MAX Hardware Development Board

Minnowboard Maxminnowboard Max is a compact, cost-effective and powerful Development board for professionals and manufacturers. The open hardware design enables endless customization and integration of potential. It uses 64-bit intel® atom™? E38XX Series SOC CPU, integrated with Intel HD graphics. Video and digital audio output is available via HDMI with analog audio via expansion

HiSilicon Development Board wince platform to realize camera function

accordance with AAC compression, and then write to the MP4 file, Because before this experience, so the earliest use of wince default WMV9 soft code, the result of less than 10 seconds compressed, the machine died. At first thought it was their own code did not write correctly, many attempts, basically toss for a week, and finally found that the machine memory continues to fall until all eat, Then came the clear: on the small machine, the use of soft coded compressed audio and video data, basic

"STM32. Net MF Development Board Learning-17" WiFi Remote control Smart Car

Just before a PDA with wifi features, so instead of using a PC to control the Smart car via ZigBee, it's more convenient to control it with a PDA, but since the. NET MF Development Board does not directly support WiFi, we have to control it indirectly, that is, PDA control pc, PC through ZigBee control intelligent car. For our developers, WiFi is the same as the normal cable interface, is the socket progra

Bootloader transplantation and Analysis of Shenzhen yuefeng YFDVK-255-I Development Board-blob (I) Development Environment preparation

Http://code.google.com/p/blob-xscale-yf255 Is Blob-xscale-yf255 project code library. The version of Blob used is. Tool-chain is downloaded from ftp://ftp.arm.linux.org.uk/pub/armlinux/toolchain/cross-3.0.tar.bz2. Ftp://ftp.arm.linux.org.uk/pub/armlinux/toolchain/cross-3.2.tar.bz2 and Neither Eabi nor GNU/Linux on the http://www.codesourcery.com/gnu_toolchains/arm works. 1. Modify the configure. In File 1. Add a Development

Build NFS under Ubuntu and mount it on the Development Board

modifying the above configuration file, save exit.6. Execute the command:Restart the Rpcbind service.7. Execute the command :#/etc/init.d/nfs-kernel-server RestartRestart the NFS service.# mkdir/mnt/nfs# Mount 192.168.1.101:/opt/friendlyarm/mini210/linux/rootfs_mini210/mnt/nfs# Ls/mnt/nfsArm Linux CmdLineRoot=/dev/nfs nfsroot=192.168.1.101:/opt/friendlyarm/mini210/linux/rootfs_mini210 ip= 192.168.1.102:192.168.1.101:192.168.1.1:255.255.255.0:linux.arm9.net:eth0:off INIT=/LINUXRC console=ttySAC

Full-A13 Development Board--Build an SD card that can start Linux

-boot.bin OF=/DEV/SDX bs=1024 seek=32# Sync# umount/mntand copy the Kernel modules for Partition 2 # MOUNT/DEV/SDX2/MNT# CD:# cp-a linux-allwinner/out/lib/modules/3.0.42+//mnt/lib/modules/.# umount/mntSo now you have an SD card ready to boot Debian.(now there is a SD card ready-to-boot Debian on A13-olinuxino.)Connect the USB to the serial port or VGA screen, insert the SD card into A13-olinuxino (-wifi), and power on, you should see the uboot and kernel information after the terminal. The defau

Reprint: linux2.6.37.4 Core on XC2440 Development Board porting (vi) touch screen drive porting

. Input, abs_x, 0, 0x3ff, 0, 0); Input_set_abs_params(ts. Input, abs_y, 0, 0x3ff, 0, 0); Input_set_abs_params (ts.input, abs_pressure, 0, 1, 0, 0); in the Touch_timer_fire function: Input_report_abs(ts. Input, abs_x, TS. XP); Input_report_abs(ts. Input, abs_y, ts. YP); Input_report_key(ts. Input, Btn_touch, 1); Input_report_abs (Ts.input, abs_pressure, 1); Input_sync(ts. Input); Input_report_key(ts. Input, Btn_touch, 0); Input_report_abs (ts.input, abs_pressure, 0);

[Share]itop-4412 Development Board QT holding HDMI display

This paper is from: http://www.topeetboard.com First configure the Kernel The kernel directory runs the command "CP config_for_ubuntu_hdmi. config", as shown in the following figure: Then execute "make" and start compiling the kernel, as shown in the following figure: Compilation completion generates MIRRORS: Zimage Modifying the Linux file system Go to our Linux file system, as shown below: Then use the command "VI Bin/qt4", as shown in the following figure: Then add at the beginni

FS4412 Development Board Study notes (iii)

cross-platform Compile) work. The current tool key software has realworks toolchain, GNU toolchain. Microsoft's Visual Studio 2005 is the toolchain of Windows CE. Cross-compilation (cross compile) is a common way to compile programs on one platform that can run on a different architecture, such as compiling on a PC platform (X86 CPU) to Programs running on an arm-based CPU platform, compiled programs that are not operational on the X86 CPU platform, must be placed on the ARM CPU

Study notes-Linux minimum system burning based on iTOP4412 Development Board

Big Three are: Uboot, kernel and file systemCommunication: USB OTGNote : The burn-write is implemented in the CMD console in the folder where the FastBoot is located, not the serial terminal HyperTerminal. Copy the files you want to burn into the FastBoot folder. fastboot.exe Flash bootloader u-boot-itop-4412.bin " Flash: Execute burn write bootloader: Burn write type u-boot-itop-4412.bin: Burn Write Object " fastboot.exe Flash kernel zimage "This command is used to burn the kernel (kernel)

Linux device Drivers Learn notes on the first day (how to run the system on the Development Board, drive the development basic steps) __linux

How to run the system on the Development Board.4.0 acquisition of the Cross compiler. Manufacturers to provide online download (manufacturer confirmation)4.1 Uboot to operate.1, extract the source of the factory2, enter the source code3,make Distclean completely delete the source of the target, temporary files4,make Xxx_config is configured for a CPU and Development

MT7688 Module-based development note 10--enables file transfer between Ubuntu and the Development Board via TFTP

This article is the continuation of the previous article, in this article I built a TFTP server on Ubuntu, implemented on the MT7688 Development Board to upload and download Ubuntu files, which for the subsequent development of the program to provide convenience.First, install the TFTP server: Install TFTP-HPA and TFTPD-HPA software1.1 Installation of the first s

The fifth chapter constructs the test environment of s3c6.410 Development Board

First, prefaceThe Development Board is technically similar to the mobile phone we often use, and it also includes modules such as displays, keyboards, Wi-Fi, Bluetooth, and so on (possibly optional). But unlike phones, it is much easier to install embedded systems on board than phones. and the general development of th

7. Install the Wince to the Development Board

7. Install the Wince to the Development BoardCourse Requirements:1. Understand the composition and start-up process of wince embedded systems.2. Automatically burn and write the wince system to NAND flash via SD card.3. Experience the wince system.Laboratory Equipment:Software:1.ok6410 Disc A, bHardware:1. SD card and card reader each piece.2. OK6410 Development Board

Build an embedded development environment for S5PV210 Development Board in Ubuntu

Build an embedded development environment for S5PV210 Development Board in Ubuntu The development board used in this tutorial is the GEC210 Development Board, core

Configure NFS service for the mini2440 Development Board on Ubuntu

Most of this article is based on others'ArticleWith some of my own changes, I use ubuntu9.10. First, let me explain my basic configurations: I connected my computer to the Development Board through a vro. The IP address of the computer is 192.168.1.167. the IP address of the Development Board is 192.168.1.230, t

[Learning/R & D] embedded Linux/Android development is enough-fast 4412 Development Board, android4412

[Learning/R D] embedded Linux/Android development is enough-fast 4412 Development Board, android4412 Website: http://www.topeetboard.com CD materials + online storage materials + supporting videos + after-sales support help you accelerate your R D process Product Introduction ITOP-Exynos4412 Development

Android Deep Explore (Volume 1) HAL and Driver Development fifth chapter build the test environment of s3c6410 Development Board

The fifth chapter constructs the test environment of s3c6410 Development BoardExperienceStart the installation of the Serial debugging tool: minicom OK6410 Development Board with a serial port. Can be connected to the PC via serial cable. The Linux driver sends debug information to the PC at the same time as the output debugging message, so the Linux driver can v

Arm Development Board at www. realarm

650) This. width = 650; "src =" http://s3.51cto.com/wyfs02/M02/49/40/wKiom1QRa6vzFT2kAAGAGH3HjVc121.jpg "Title =" real210v6.2.jpg "alt =" wkiom1qra6vzft2kaagh3hjvc121.jpg "/> 650) This. width = 650; "src =" http://s3.51cto.com/wyfs02/M00/49/42/wKioL1QRa8qjDJdPAAEhOIPeexc452.jpg "Title =" 7inch capacitive screen .jpg "alt =" wkiol1qra8qjdjdpaaehoipeexc452.jpg "/> The latest, most powerful, and most complete real210 Development

Download the execution file to the Development Board through network file system NFS in Ubuntu

Thanks for the hard work, we finally finished the NFS network. First, the computer and the Development Board need to be connected to the router to form a LAN (I ignored this ...) PC: Ubuntu 12.04 Development Board: Linux 2.6.32.2 click to view Ubuntu to burn Linux TO THE DEVELOPMEN

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