beaglebone development board

Building nfs server fedora13 in the development board environment of s3c6410 and building nfs server in the development board environment of is a revolutionary tool for the development board! With nfs, you don't need to keep your

Iconv_open ("UTF-8", "gb2312") on ARM development board The application code is as follows: Static int code_convert (char * from_charset, char * to_charset, char * inbuf, size_t inlen, char * outbuf, size_t outlen) { Iconv_t CD; Char ** pin = inbuf; Char ** pout = outbuf; Cd = iconv_open (to_charset, from_charset );If (Cd =-1){Perror ("iconv_open :");Return-1;} Memset (outbuf, 0, outlen );If (iconv (Cd,

This two days wrote an LED driver, online also read a lot of posts. Start thinking very clear, is to see the circuit diagram first, found that LED lights are connected to the GPM port, Then look at the s3c6410 data manual, first to Gpmcon mouth to write command words, let gpm0-5 set to output, and then to the gpmdat mouth write data words, in the gpm0-5 pin pull low or pull high level, Thereby controlling the LED's light and extinguish. 1. Circuit diagram It's obvious that the LED lights are un

MiS603 Development Team Date: 20150911 Company: Nanjing mi Lian Electronic Technology Co., Ltd. Forum: www.osrc.cn Website: www.milinker.com Shop: http://osrc.taobao.com Eat blog: http://blog.chinaaet.com/whilebreak Blog Park: http://www.cnblogs.com/milinker/ MiS603 Development Board Chapter 11th CY7C68013A Slave FIFO return transmissionCY7C68013A provides a powe

flash device number, you can use the command "NAND device" to view the specific Flash device information on the Development Board. Offset refers to the starting offset address of the kernel file in Flash. It automatically reads the end of the kernel image (processed with mkimage), so no read size is given. Example:Nboot 80700000 0 200000Tftpboot [LOADADDR] [[Host_ip:]filename] uses the TFTP protocol to boo

I. Overview 1. The display drive architecture of flisikar imx6: 2. Objectives: Because the sabrelite Development Board itself has provided LVDS interface, the target screen is LG's LP101WX1-SLN2, its main parameters are: Resolution: 1280*800 Color: 18 digits Color: 262 K Clock frequency: 69.3 M Hz 2. porting process 1. First, connect the screen interface to the LVDS interface of the sabrelite

I wrote an LED driver over the past two days and read many posts online. The idea is very clear at first, that is, first look at the circuit diagram and find that the LED lights are connected to the GPM port, Then, let's look at the data manual, first to gpmcon port write command words, let the GPM0-5 set to output, and then write data to the gpmdat port, in the GPM0-5 pin to pull low or pull high level, To control the LED lighting. 1. Circuit Diagram Obviously, the LED light is connected to th

The installation of linux on the s3c2410 Development Board-general Linux technology-Linux programming and kernel information. The following is a detailed description. Step 1: Download vivi code to flash Step 2: Download kernel to flash Step 3: Use nfs to start the system 1. Download vivi code to flash Vivi is a bootloader designed by mizi for the ARM processor series. In a slightly complex embedded system,

for the two packaging design corresponding core board, convenient for everyone to choose.ITOP-4412 Development Board Introduction:Detailed Description:Core board Size: 60mm*70mmFloor Size: 110mm*190mmHeight: 0.26cm with connectorCPU Exynos4412, Quad core cortex-a9, frequency of 1.4ghz-1.6ghzMemory: 1GB Dual channel DD

1. Connect the PC and the Development Board to the switch using a network cable.2. Make sure windows can ping Linux.2.1. Turn off other network connections in the Windows system, leaving only the network adapters that are used to connect to the switch.2.2. Network connection-"find the corresponding network-" Right-click Properties-"TCP/IPV 4-> set the IP address of the connection, such as: set to 192.168.1.

Tags: zynq zybo u-boot LinuxZybo Zync-7000 Development Board work booting Linux on the ZyboThis article translated from: http://www.dbrss.org/zybo/tutorial4.htmlThis article is mainly about Zybo hardware system construction,u-boot,linux-kernel Transplant,Linaro file system transplant.IntroductionIf you is new to Linux I would recommend reading through some of the references at the bottom of the page. For th

FPGA_VIP_V101 has been introduced for more than half a year, the functions of the routine has been transplanted, the main reference Crazybingo routines for porting and the development of a combination of board design a few instances of the routineMainly includes:Hardware configuration:FPGA:EP4CE6E22C8N (6k logical resource, can be nios developed)sdram:hy57v641620 (32M, can do video image cache, Nios memory)

Recently, new embedded learning has started. As we need to participate in a competition, today a senior gave us an introduction to the Embedded Development Board. Next I will briefly introduce how to use Linux and the Development Board for development. First, we should make

. I have already discussed this part in detail. I 'd like to explain it briefly here. Open the Quartus II software, and double-click the kernel to go To the FPGA builder. After entering, we will create a PIO module, and there is a difference in the creation process. Let's take a look, as shown in, at Red Circle 1, we enter 1, because we only need one button (five buttons in the black gold Development Board