nxp development board

First, install the Serial debugging tool: MinicomThe Development Board has a serial port. Can be connected to the PC via serial cable. The Linux driver sends debug information to the PC via a serial cable while outputting debugging information, so the Linux driver can view debug information directly on the PC.Note: Since many new PCs and laptops do not have a serial port, it is recommended that readers buy

Here are some essays on the dmalloc transplant I actually made in the development environmentConfiguring the DMALLOC environment for your PC1. First open the source package and go to the Dmalloc folder2../configure configuration Makefile, I was adding a threading option, so my is./configure--enable-threads3. After generating the makefile, you need to modify the makefile inside the compilation options cc and CXXI use the DM6467

Video Tutorial: Http://pan.baidu.com/s/1pJwxUfLIntroduction of embedded research and development process? PCB Introduction to the development process– Scheme, schematic ( Web meter )– layoutProject Master (Gerber file)– PCB Board Manufacturing Board (bare board PCB)– Welding

( install embedded Linux to the Development Board NAND Flash via USB download cable from NOR Flash on the Development Board)Detailed steps:Installation Preparation 1: Hardware connectionFlash switch located in nor FlashThe serial cable is connected to the PCUSB Download cable already connected to PCConnect the

Port sshd to jk2410 Development Board1. Introduction SSH was developed by a Finnish company. However, due to copyright and encryption algorithm restrictions, OpenSSH is widely used in the industry as a secure network service application. OpenSSH is a software alternative to SSH and is free of charge. As mentioned in the previous article "porting oprofile to jk2410 Development

After several days of hard work, I have encountered problems with mounting NFS file systems on the forum. After the mounting was successful last night, I will share with you how I mounted it successfully and some problems and precautions. I hope it will be helpful to those who have not been mounted successfully, and I hope more people can share their successes with others to promote common progress.Before mounting, check whether the following hardware devices are connected:1. Power Cord insertio

Experimental Purpose:PC software through the serial port control FPGA Development Board on the 4 LED lights off, while the digital tube shows the number of LED lights, experimental results such as.Experimental background:Always want to learn FPGA, this is an introduction, I am reading to learn, so the code of the FPGA is reference to the revision of the book, in fact, very happy, because this experiment is

The previous installments are doing the preparatory work, and this issue begins with the actual operation. Many of the beginning of the tutorial like to use HelloWorld to do a demonstration, I am no exception, in the Hardware Development Board tutorial running water is a HelloWorld, the program is simple, as long as the control gpio can be achieved, and intuitive obvious. Now start the HG255D implementation

stdout)[] Compile udhcp with noisy debugging messagesIf busybox does not compile the corresponding options, you can also download the corresponding files from the Internet, use arm-Linux cross-compilation to get udhcpd, udhcpc command copy to usr/sbin.Note: The udhcp_0.9.8cvs20050303.orig.tar.gz file on the internet is recommended. decompress the file and modify the makefile,Add cross_compile = arm-Linux-Comment out 12 rows of combined_binary = 1,Otherwise, the udhcpc command is not generated.N

-0.12.20.tar.gz 2. Extract [[Email protected] thirdparty] $ tar-xzf lrzsz-0.12.20.tar.gz[[Email protected] thirdparty] $ lsLrzsz-0.12.20 lrzsz-0.12.20.tar.gz 3. Enter lrzsz-0.12.20 4. Generate the MAKEFILE file [[Email protected] lrzsz-0.12.20] $ cc =/opt/buildroot-2011.11/ARM920T/usr/bin/ARM-Linux-gcc ar =/opt/buildroot-2011.11/ARM920T/usr/bin/ARM -Linux-ar LD =/opt/buildroot-2011.11/ARM920T/usr/bin/ARM-Linux-LD as =/opt/buildroot-2011.11/ARM920T/usr/bin/ARM-Linux- ranlib =/opt/buildroot-2011.

This chapter mainly introduces the test environment of building s3c6410 Development Board, the first section briefly introduces the s3c6410 Development Board, which is a low-power, cost-effective processor introduced by Samsung. The second section describes the installation of the Debug tool minicom, which installs the

Helper2416 Development Board compiler compile helloworld run by Xiaomi box (android)Generally, the program is developed mainly for the helper2416 Development Board. The chip is Samsung's 2416, which belongs to ARM9. the cross compiler is a self-transplanted compiler for the helper2416

This article goes from Schindler to Forum:http://www.topeetboard.comMinimum linux system storage changes to modify to 1G storage space as an example to modify, if you need to change to a different size of storage space, refer to this method to modify. First connect the debug serial port of the iTOP-4412 Development Board to the pc , on the pc of windows Open the serial port under the systemDebugging tool

GPRS is the general Packet Radio Service (Universal Packet Wireless Services technology) abbreviation, it is GSM mobile phone users can be a mobile data service. GPRS and the previous continuous channel transmission in different ways, is a packet (Packet)-type transmission. We have developed the YFSoft.Hardware.GPRS library based on the. NET Micro Framework 4.1 platform, through which the user simply invokes the relevant interface and can realize GPRS communication. Our choice of hardware is bas

A 51 Development Board was developed recently, as shown in. This board is very simple,All I/O ports are extracted, and Peripherals can be expanded by themselves. P0 is used to pull up the resistance,11.0592 M crystal oscillator, reset key, DC power plug, DC power self-locking switch, microcontroller lock seat, expansion of three VCC And Gnd. Compared with the lar

The card computer boom triggered by Raspberry Pi has also led to the development of small-sized card computers by embedded developers in China. The well-known embedded developer in China, tianyinao technology and Feiling embedded system, also developed card computers. Now, we will compare the basic parameters of the embedded E8 chip computer with the OK335xS-II Development

Here are my IP settings: Local Connection IP Address: 192.168.1.23 subnet mask: 255.255.255.0 Default Gateway: 192.168.1.1 nbs The following are my ipsettings:Local Connection IP Address: 192.168.1.23Subnet Mask: 255.255.255.0Default Gateway: 192.168.1.1Preferred DNS: 202.96.128.86Development Board IP Address: 192.168.1.230Subnet Mask: 255.255.255.0Default Gateway: 192.168.1.1Preferred DNS: 202.96.128.86Virtual Machine Ubuntu IP: 192.168.1.108Subnet