zybo zynq

As a result of the work to cross-compile the application from the PC repeatedly, and through TFTP download to the ZYNQ board to run debugging. Repeated knocking commands are too cumbersome, so write a script to automate the download, change permissions, and run functions.First, the preparatory workConnect the ZYNQ7000 board to the same network segment as the host side (PC or virtual machine).Host side install TFTPD-HPA server and XINET.D, start runnin

fileBoard_name= "" # NAME to print on make outputTargets= ""Arch= ""Cpu= ""Board= ""Vendor= ""Soc= ""Options= ""# The order we execute is Mkconfig–a zynq_zc70x, so $ #值为2, value is-A, the following conditions meetif [\ ($#-eq 2\)-a \ ("$" = "-a" \)]; Then# Automatic ModeLine= ' awk ' ($!~/^#/ $7 ~/^ ' "$ $" ' $/') {print $, $ $, $ $, $4, $ $, $6, $7, $8} ' $srctree/boards.cfg ' # Find the zynq_zc70x corresponding line in the board.cfg and pay the entire line value . If [-Z "$line"]; Then #line

directory is loacated at C:\XILINX\VIVADO\2013.2\DATA\BOARDS\ZYNQ. This file provides the Vivado Design Suite with microzed configuration information. The second file you ' ll need are a TCL file containing the necessary preset information for the microzed. We'll run this TCL file once we have created a project.After starting Vivado, the first step was to create a new project. My first microzed project would be is an RTL project and would not contain

Apache+php5+sqlite3 Transplant 1. Sqlite3 Transplant Reference http://blog.csdn.net/huyubin/article/details/46726585 dynamic Compile. The Apache runtime invokes the libsqlite3.so dynamic library, so you need to: A. Copy the libsqlite3.so.o.8.6 to the/usr/lib directory B. Create a soft link in the/usr/lib directory Ln-s libsqlite3.so.0.8.6 libsqlite3.so Ln-s libsqlite3.so.o.8.6 libsqlite3.so.0 2. PHP porting A. Download php-5.6.10.tar.gz from http://php.net/releases/ B. Enter the php-5.6.10 d

Tags: VDMA zynq hls FPGA image processing ZYNQ The chip contains a rich feature of the dual-core ARM cortex-a9 processing subsystem (processing System,ps) and Xilinx 28nm programmable logic (Programmable LOGIC,PL). In addition to the core, PS includes on-chip memory, external memory interface and a large number of peripheral connection interfaces. With arm, we can do the embedded operating system related

/bin/python#coding=utf-8importloggingtry:f=open ('/home/seeing-zynq/documents/temp/ test/mydict.py ', ' R ') printf.read ();p rint ' read ' exceptexceptionase: Logging.exception (e) print ' ERROR ' raisefinally:iff:f.close () print ' OK ' run Result: #!/usr/bin/python#-*-coding:utf-8-*-class Dict (Dict): Def __init__ (self, **kw): Super (). __init__ (**kw) de F __getattr__ (Self, key): Try:return Self[key] except keyerror:raise attributeerror ( R "'

Label:This is step-by-step tutorial in how to build reference design for Analog Devices ADV7511 HDMI encoder used on Zedboard WI Th petalinux 2013.10. It'll be mostly based on ad HDL reference design http://wiki.analog.com/resources/fpga/xilinx/kc705/adv7511 and ad Linux Drivers wiki page http://wiki.analog.com/resources/tools-software/linux-drivers/platforms/zynq and Xilinx petalinux Documentation Http://www.wiki.xilinx.com/PetaLinux.As of today, "to

or semantics, to achieve computer control or information exchange. Application foreground of gesture recognition: intellectualization, familyThe advent of the intelligent machine era has greatly increased the demand for gesture recognition systems. It represents a more natural and direct human-computer interaction, in the smart TV, intelligent machines, and smart home and other aspects have a very broad application prospects. Especially in smart TV, such as TV reading, channel control and so on

from a device tree source in Linux source, and the other is to build a device tree using the Xilinx SDK2014.2 software. method One: 1, in the Linux source directory under the Arch/arm/boot/dts directory has a device tree source files, Zedboard the corresponding device tree source file name is Zynq-zed.dts (if you need an excuse to include the PL section, you will need to manually add the corresponding device description in

Article sourceImages cannot be copied, please see the originalHttp://www.eefocus.com/jefby1990/blog/13-03/291975_490bc.html"OPENHW12" zedboard-custom IP Core Implementation +ps successful call "detailed steps + Process introduction + source" 2013-03-07 17:56:30 share:(Please click to view the original picture)Software Environment: Win7_64 + ISE 14.4 (system_edition)Hardware: Zedboard, usb-cable LineConstruction diagram:After a few days of study, check the data sheet, the official routine, the au

Label:looking at the DDR manual for a while, feeling a little bit about it, want to actually board debugging, but the lab is not much usable development Board, took a piece of ZYNQ board looked, DDR does have, but has integrated the controller, and the controller is placed on the PS end, PL can only be accessed through the Axi interface. But the other two development boards also like this, simply use Axi to control it, just can also review the Axi ag

The Axi full name advanced Extensible Interface is an interface protocol that Xilinx introduced from the 6 series FPGA, primarily describing the way data is transferred between the master and slave devices. Continue to use in Zynq, version is AXI4, so we often see AXI4.0,ZYNQ internal devices have Axi interface. In fact, Axi is a part of the AMBA (Advanced microcontroller bus Architecture) proposed by arm,

Build Environment Ubuntu12.04, ZYNQ1. Install NFS Server on PC Ubuntu System # sudo apt-get install nfs-kernel-server 2, modify NFS config file # sudo vi/etc/exports add/home/share * on the last line * (rW,sync,no_subtree_check), where/home/share is the folder you need to share (the folder you define yourself). 3. After modifying the configuration, start or restart NFS #/etc/init.d/nfs-kernel-server Restart #/etc/init.d/nfs-kernel-server start 4, run Mount command on

Platform: Zynq-7010 Core: Linux3.14.52 Xilinx official website CAN Drive Related: http://www.wiki.xilinx.com/Linux+CAN+driver 1, the kernel open can bus: 1 into the kernel source top directory cd/opt/hzzd/linux/linux-xlnx-xilinx-v2014.2.01/2) make Arch=arm Cross_compile=arm-xili Nx-linux-gnueabi-menuconfig 3) Select "Networking Support"-> "Can bus subsystem support"-> "can device drivers"-> "Xilinx can", save exit; 2. Add in Device tree: For

/php -- with-config-file-scan-dir =/mnt/flash/php -- with-sqlite3 = /home/huyubin/zynq/sqlite/sqlite-autoconf-3081002/my_install -- with-pdo-sqlite -- enable-pdo Here: -- with-apxs2 =/mnt/ram/apache/bin/apxs // is the installation directory of apache, used to generate libphp5.so. (The Directory of the host and ARM Board is the same) -- With-config-file-path =/mnt/flash/php // Configure the PHP configuration file php. ini Directory -- With-config-file-

The purpose of this article is to use block memory for PS and PL data interaction or data sharing, through the ZYNQ PS end of the master GP0 port to write data to Bram, and then through the PS end of the Mater GP1 the data read out, the results printed output to the serial terminal display. Involves the use of Axi BRAM Controller and IP such as Block memery generator. This series of articles as far as possible to make each experiment is relatively in

This article mainly introduces the interrupt request generated by the peripheral (PL), which is processed on the PS side. At the PL end, the interrupt is generated by the key, and the PS is lit to illuminate the corresponding led.The development Board used in this article is ZedboardPC Development Environment Version: Vivado 2015.4 Xilinx SDK 2015.4After building the hardware engineering, add ZYNQ IP double-click