zynq development board

NFS file system of Linux virtual machine on the Development Board Http://apps.hi.baidu.com/share/detail/48189956 Today, I did an experiment on embedded applications. How can I run cross-compiled applications on your host on an embedded system? Here I chose to mount the NFS file system over a network. My lab environment: The host machine is a virtual machine centos5.4 The target machine is Linux on mini2440.

STM32F103XX CORTEX-M3 series of chips containing three-way SPI channel, Red Bull Development Board used two roads, SPI1 connection at45db161b model SPI flash,spi2 connection ADS7843 touch screen signal processing chip, SPI3 is best not to use, Because there is a conflict with the JTAG pin, there will be problems in debugging. The em-stm3210e Development

Recently, I want to learn about the arm Development Board and develop bare metal programs as per the single-chip microcomputer routine. Baidu, most bare-metal programs are developed using rvds or ads, and written to SDRAM using jlink or JTAG for execution. Because I am used to it in Ubuntu and want to break away from the integrated development environment, I will

configuration, select the last item--save an Alternate configuration File , and then select OK to save the configuration.5. Enter the command: make to compile it (Root permission). What cross-compilation path configuration and support platform configuration, people embedded in the source code inside the makefile file has already been configured for you, this need not worry. Wait for the compilation to finish, enter the kernel source folder under Vmlinux, cross-compile successfully! two. Port

ESP8266-01 is a powerful module that can meet the needs of any of our IoT projects. Since its release, it has formed a very powerful community and evolved into an easy-to-use, inexpensive and powerful Wi-Fi module. Another popular open source platform is the Arduino Development Board, which has built up a large number of projects around the platform. Combining these two platforms will open the door for many

has also partnered with temboo to use one-stop APIs to access information from Twitter, Facebook, Foursquare, FedEx, PayPal, and more websites. The price of this board is $69, considering the cost of integrating embedded Linux devices, Arduino and WiFi transmitters, and other Expansion Boards into one Development Board, this price suits the psychological price

First, the installation of serial debugging toolsDeveloping Linux drivers cannot be developed directly in Eclipse, like developing Android applications, but can be communicated through the serial port. So we need to install serial debugging tools, here we use the Serial debugging tool is minicom.1, first detect whether the current system supports USB to the serial port, because many notebooks do not support the direct use of the serial line;2, installation minicom Apt-get install minicom3, Confi

s3c2410 SoC */#define CONFIG_S3C24404. Support Nor-flash: Add a matching nor-flash vendor ID and device ID on the board in Jedec_flash.c jedec_table[]:{/*Sheldon Add for JZ2440 Nor_flash*/. mfr_id=(U16) mx_manufact,. dev_id=0x2249,. Name="mx29lv160d",. Uaddr= { [1] = MTD_UADDR_0X0555_0X02AA/*x16*/ },

succeedsls /mnt/nfs/You can see /home/china/nfsroot/ that the information in the target folder is already attached to the /mnt/nfs/ folder.Execute the following command to complete the uninstallation of the shared foldersudo umount /mnt/nfsVerification Two: The ARM board mounts the folders in the Linux systemEnter the ARM development Board (the author is Jz2440v

Reprint please indicate the source of the article as a link, micropythonqq Exchange Group: 157816561, public number: Micropython playerhas always been about the temperature and humidity of the detection is uninterrupted, this time we continue to detect temperature and humidity, the same or use DHT11 to detect. But this time detected temperature and humidity does not show, also do not alarm, this time to the detected data through the Ethernet upload to the server up.　　First of all, the desired de

Part1 preface recently I have been studying the OK6410 Development Board. However, rvds in windows is really not easy to use. It also requires dnw to download programs to the Development Board, and all the software should be done under win, in addition, 64-bit win7 also has various problems. I want to port a Linux syst

This article goes from Schindler to Forum:http://www.topeetboard.com1,cd/home/topeet/linux-simple/console under the establishment . C File2, compile the command, in this directory#arm-none-linux-gnueabi-gcc-o HelloWorld helloworld.c-staticThe red file is required to be modified according to the established. C file .3.copy the compiled files to the System/bin directoryGo to cd/home/topeet/linux-simple/system/bin directory , execute copyCp/home/topeet/linux-simple/console/helloworld HelloWorldThe

, instructions on Pin1 for RXD, then the Bluetooth module Pin1 should be txd, the same reason pin2 for RXD. The final pin definition and wiring with the Development Board are as follows: Serial number Bluetooth module . NET MF Development Board 1 2 (RX0) PA2 (USART2_TX)

The Development Board of ARM architecture can be different in CPU instruction and binary format for PC based on X86 architecture. Linux drivers require access to hardware and these hardware are difficult to emulate on a PC, so they need to be debugged and tested on boards with these hardware.S3C6410 is a low-power, cost-effective RISC processor from Samsung, based on the ARM11 core, which can be widely used

The s3c6410 Development Board is a low-power, cost-effective RISC processor, based on the arm core, using the "core technology + BACKPLANE" structure, which can be used in mobile phone and communication processing.The Linux driver is developed using serial communication to realize debugging information. The Development Board