mips development board

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

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

, you can still power the board through a USB port. See the powering your board-over USB sections for details. A Green LED should light up on the expansion board. If it doesn ' t, check your connection. Find the Microswitch in between the USB ports on the expansion board. Switch the Microswitch down towards the MIC

I. Porting Environment MASTER: ubuntu Development Board: friendly arm mini2440 Compiler: arm-linux-gcc-4.3.2 U-boot: u-boot-2009.03.tar.bz2 2. Migration stepsAt present, u-boot directly supports many CPUs. You can view some subdirectories of the board directory, such as the support for some samsung ARM processors under the

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

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

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