digilent chipkit

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 the tutorial I am working on a Linux Ubuntu 14.04 vm. Figure 1 is a important overview of th

My operating system is Linux Mint 17.2, the board is Nexys 3, ise version is 14.7.Ise installation is not a problem, it is downloading. Bit to the board when the hint of error, engaged in a night, finally succeeded! Write down the process and hope it will solve your problem.Searching the Internet for this problem, there is a solution seems useful (but I do not use it), https://paddydempster.wordpress.com/2008/04/08/ Using-xilinx-usb-cable-on-ubuntu-without-windvr/,http://rmdir.de/~michael/xilinx

1. chipkit wi-fire development platform of imagination Technologies The first Development Board that supports flowcloud technology is digilent's new chipkit wifire. The chipkit wifire Development Board uses the microchip 32-bit pic32mz Microcontroller (MCU). The built-in MIPS microaptiv CPU development platform provides users with the WCU solution required for Io

This article is translated from embedded Linux? Hands-on Tutorial for the Zedboard?This article is mainly about Zedboard hardware system construction, U-boot,linux-kernel transplant, Linaro file system porting. The files that need to be generated in the process are system.bit,fsbl.elf,u-boot.elf,devicetree.dtb,uimage (see Zimage and Uimage differences), Linaro file system (linaro.org can be downloaded). Can you refer to embedded Linux for specific steps? Hands-on Tutorial for the Zedboard?

Label: Changed from: http://www.cnblogs.com/lknlfy/archive/2012/05/06/2486479.htmlThe boot process of the kernel?3) The boot process of the kernel?Arch/arm/kernel/head. S-> Boot assembly for kernelR0 = 0. R1 = Machine nr, r2 = atags pointer. Machine code startup reference address, machine from U-boot, in which u-bootFor example, the following in "U-boot-digilent-dev-master/arch/arm/include/asm/mach-types.h"Head. S mediumb secondary_start_kernel-> Jump

=0x55; PRINTK ("Open led_init\n"); return 0;}//Drive Unload FunctionStatic intMyled_exit (void) {Unregister_chrdev (major,"myled");　　Device_unregister (Myled_class_dev);　　Class_destroy (Myled_class);　　Iounmap (Led_reg); PRINTK ("my_led_exit\n"); return 0;}//drive load and unload entry functionsModule_init (Myled_init); Module_exit (Meled_exit); Module_license ("GPL");After the driver myled.c is written, it needs to be compiled, in order to compile the program, you need to write a makefile fileM

Go from: http://www.cnblogs.com/lknlfy/archive/2012/05/06/2486479.html kernel startup process? 3) The boot process of the kernel? Arch/arm/kernel/head. S-> boot assembly for the kernel R0 = 0, R1 = machine nr, r2 = atags pointer. Computer code startup parameter address, machines are from the U-boot, where the U-boot machine code is defined in the "U- Boot-digilent-dev-master/arch/arm/include/asm/mach-types.h "in head below. s in B secondary_st

Openxc:any updates on plans for IOS?Hi Thomas,We ' re actively investigating this as we ' d love to able to support all platforms,But I can ' t say for sure what would be possible or when yet.Actually, this would is a great place for some help and advice from the community.Is there any IOS experts in the group?What does think would need to happen and make the OPENXC vehicle interface compatible with IOS?Namely, these is the problems and questions we have:Bluetooth and USB I/O (besides the A/V pr

Uboot compiler originally thought is an easy thing, did not think, this all the way down really let people tangled, today is the process of recording it. It's been a long time. Necessary Environment The first is the Arm-xilinx Cross mutation development environment, no words can refer to my previous blog, there are detailed introduction. Of course, there are a variety of dependencies, and so on, I will not say one by one, anyway, the first words always have a lot of mistakes, then the careful au

Tags: Linux FPGAReplace kernel versionThe original kernel version of Digilent was linux-3.3-digilent changed to 3.3.0-xillinux-1.0-rich+Reference: Http://xillybus.com/xillinux-rich-kernelError tip: Disagrees about VERSION of SYMBOL module_layout, workaroundDescription of the problem see: http://www.ibm.com/developerworks/cn/linux/l-cn-kernelmodules/Reference: http://www.cnblogs.com/yzwd/archive/2013/03/27/2

series of chips and Planahead and HLS tools provide the possibility for large-scale system hardware and software co-design. Therefore, this project uses the ZYNQ experimental platform developed by Digilent company Zedboard to realize the design of gesture recognition and application system. Project IntroductionThe project is based on Zedboard development design, using Xilinx HLS tools for the hardware development of the image preprocessing section, b

Replace kernel versionThe original kernel version of Digilent was linux-3.3-digilent changed to 3.3.0-xillinux-1.0-rich+Reference: Http://xillybus.com/xillinux-rich-kernelError tip: Disagrees about VERSION of SYMBOL module_layout, workaroundDescription of the problem see: http://www.ibm.com/developerworks/cn/linux/l-cn-kernelmodules/Reference: http://www.cnblogs.com/yzwd/archive/2013/03/27/2985086.htmlMachi

The DtB file is generated by the DTS file, and DtB is a file form used by U-boot to pass parameters to the Linux kernel. Dtb:device Tree blob1, looking in the kernel: Arch/arm/boot/dts/digilent_zed.dts2. Build the device tree for the EXT3 file system./scripts/dtc/dtc-i dts-o Dtb-o. /DEVICETREE_EXT3.DTB Arch/arm/boot/dts/digilent-zed.dts3, generate the Ramdisc device tree file. Modify the Arch/arm/boot/dts/digilent_zed.dts.4,./scripts/dtc/dtc-i Dts-o D

See: http://blog.csdn.net/xiabodan/article/details/23379645Kernel image address: git clone http://github.com/Digilent/linux-3.3.digilent.gitUboot Source: Git clone git://git.xiinx.com/u-boot-xarm.git click Open Link click Open Link click Open linkThe device tree can be found in the kernel, the device tree, the kernel image, BOOT. Bin is copied to the FAT partition in the SD cardFile system: http://releases.linaro.org/images/12.04 copied directly to S

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Prior to the blog to achieve the compiler RT3070 driver Implementation STA mode and SOFTAP mode of WiFi, here to implement another way, seemingly is now relatively new, the two can also be implemented is slightly old. Host development environment: ubuntu14.04Cross-Compiler: ARM-XILINX-LINUX-GNUEABI-GCCLinux kernel version: Linux-3.6.0Development platform: ZYNQ Digital BoardAuthor: Zhu Thank http://blog.csdn.net/zhengnice/article/details/51694474and http://www.07net01.com/2015/07/888012.html two

1, install VMware Workstation 12,lic from Baidu.2, install the Galaxy Kylin Community Edition Kylin 4.02, based on Ubuntu 16.04. Configure the win Linux shared folder to implement Linux drag files from Linux for easy use. Note that VM tools are required to be installed within the VM.3, install Vivado 2015.4.2 (with reference design version). Install 2015.4 First, then install UPDATE2, and note that UPDATA2 is placed in the 2015.4 installation directory setup.4, generate adv7511 's bitstream outp