nxp development board

The buzzer is a hardware device on the S3C6410 Development Board that can control the buzzer by writing a specific value to the register.In the previous chapters, two complete Linux drivers were written: Word_count Drive and LED driver, two have one thing in common is a source code file.Code reuse can be divided into two types: static and dynamic. An important code consumer is about to be compiled together,

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

Recently in the Debug msm8996 board, because the motherboard and LCD sub-board has not come back, so the first back of the core board is a headless Android Device. The core board has independent power supply, in addition to USB type-c, FAN, HDMI, TF card and key hardware modules, are now tuned, the effect as shown.Duri

The buzzer is also called PWM pulse width modulation, the basic principle is to control the buzzer by the pulse to open and stop. A buzzer is a hardware device on a development Board that can control the sound emitted by a buzzer by writing a specific value to the register. This section describes the principle of buzzer implementation and implements a complete buzzer driver that can be turned on and off. PW

There is a problem with tftp:timeout when you want to TFTP files from the PC:: Tftp-gr Gprsapp 192.168.1.38Tftp:timeoutCheck the network, you can ping the PC. The TFTP server for the PC has also been opened, and it is also possible to test the TFTP data transfer from the Development Board to the PC: it is open when the TFTP server on the Development

recently in the research Intel®galileo Gen 2 Development Board for Linux development. Intel®galileo Gen 2 board comes with Linux relatively simple, missing a lot of common software, and the board itself is very small capacity. So I'm going to run the Debian system on the SD

Xixi teach you how to use USB to sync wince with PC (reprinted please note the Source: http://www.cnblogs.com/c51port/archive/2011/03/11/1980354.html) How to use USB to synchronize wince with PC Previously, WinCE can be used to synchronize the network cable with the PC, but the PC won't be able to access the Internet. It is inconvenient to query the information online during debugging. It is very difficult to pull the network cable. It took me a whole day to sync with the USB! Are you still wor

directory you want to share) /etc/exports This is my add: The last is to start the NFS service: Sudo/etc/init.d/nfs-kernel-server restart There are two configurations of the Development Board: 1. Configure the parameters directly when Vivi is started: Param set Linux_cmd_line "Root=/dev/nfs (the path to which the development

to the file and Tslib folder into the root file system, originally wanted to use a U disk copy past, but U disk File system and Linux ext2 incompatible, so you can only consider using NFS root file system. Before the configuration has not been successful, and then tried the next even can, hehe. So I put the Trolltech and tslib two folders directly into the NFS root file system in the Virtual machine folder. Then you compile a QT project to see if you can run it correctly on the

Tags: des style blog http color io os using ARIn the previous blog on how to build a HTML5 on the SAE platform E-Invitation website, received a lot of feedback, there are many people to send the blessing of the wedding, thank you very much!Web development from the Zero learning, recording their own learning process, a variety of front-end great gods can bypass the onlookersBig marriage will come, a lot of things, and today finally drive themselves to

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

1. Do not use router switchesHardware connection:Connecting the Development Board to the PC using a network cableSerial cable connects the PC and the Development BoardUse the command:Ifconfig-aSerial port control to view the network configuration of the Development BoardRoute-nSerial Console view gateway settings for t

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

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