omap development board

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

Setting up the test environment for S3C6410 Development Board1. Brief descriptionS3C6410 is a low power, cost-effective RISC processor, based on the ARM11 core, introduced by Samsung. The Infineon OK6410 Development Board is a development board based on the s3c6410 ARN11 pro

The previous chapters mainly describe the installation and construction of the native Linux Android development environment and the porting of the Android system. This chapter focuses on how to install Android on the Development Board. Development boards are the main hardware devices for developing and learning embedde

1. The embedded system needs to be installed on the nandflash of the Development Board or on the SD card2. Embedded Linux systems that need to be installed can be divided into three parts1> Bootloader Boot OS3> application, user files, configuration files3. What are the steps to install embedded Linux systems into Nandflash?Here first use the Left DD command/windows burn write software mode1. Insert the sta

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

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

Just welded 5 pieces of arm (LPC2478) of the Development Board, on the program test, found that only one board to work the other four all the rest of the dish. Hard to find a while finally found that the board of a resistance welding turned. Because it is 1206 of the package and a resistor on the PCB placed on the posi

Website: http://topeetboard.com1. Console Console serial portUse the serial cable to connect the Development Board COM3 to the PC's serial port, if the PC or notebook does not have a serial port, it is necessaryA USB to serial port device.Note: Plug and unplug the serial port, in case of a power outage, in order to avoid the presence of Plug and unplug device damage.Please refer to "3.1 HyperTerminal instal

The Development Board installs the embedded system to be more concise than the handset, has many expansion interface, is suitable to the program to test, here mentioned is the s3c6410 Development Board. It is a low-power/cost-effective RISC processor introduced by Samsung. , including powerful hardware accelerators, in

Linux drivers can be developed on the PC, recompiled into the arm architecture of the Linux driver module, but will eventually be tested on the Development Board. The most popular is based on the Samsung s3c6410 ARM11 architecture of the Development Board, many vendors on the basis of the expansion, the

Log on to the beso_wifi Development Board under the Virtual Machine and install the gdb debugging tool for the graphic interface. Due to development and laziness (I don't want to install linux directly), I spent some time studying how to log on to the control DEVELOPMENT BOARD