xilinx jtag

This note notes about putting tq2440 's factory uboot (U-boot-1.1.6_q43_20141118.bin) through the Jtag V8 burning to Norflash.Starting Uboot from Norflash, you can either test the bare-metal program, or you can use the Norflash uboot to burn the uboot image to NAND flash via USB and boot the Linux kernel in NAND flash. Installing Jtag burning Software (jlinkarm_v402d) Put the Development Board

I. DSP simulator Principle In other words, the DSP Development Board is equipped with a simulator ?? What is the difference from the traditional "Weifu" 51 simulator? The JTAG simulator is used to stop CPU running, continue running, view/modify registers, view/modify memory, set software/hardware breakpoints, and set hardware observation points, to put it bluntly, it completes some control and data transmission tasks.Single-chip Computer Simulator "re

Today, I tested the program of running the horse without going into the system using the Yilong st2410 program. First, we will summarize several methods of streaking programs on the arm Board: since we want to streaking without the arm board into the system, the method is to select the last BIOS after power-on Reset: 7: set autoboot parameter, 1: Linux 2: wince. The 7th option requires you to enter the system automatically started after power-on reset, and select any number except 1 and 2 (for e

run on a relatively stable memory, usually flash or EPROM chip. You need to use some methods to put the code on the chip. How to do this depends on the "target" hardware and tools. A popular method is to insert Flash or EPROM chip into an EPROM or flash burner. This will "burn" your program into the chip. Then, insert the chip into the socket of your target board and turn on the power. This method requires a socket on the board, but some devices cannot be equipped with a socket. Another method

It was late last night to finally discover the fact that Unkown USB device is not an error, it's just a warning, so we don't care about it. Let makefile continue to go down to be able. So I tried to mbs,s110. Downloads for cload and firmware. Run such as the following command:Make FlashMake flash_s110Make Flash_mbsMake Flash_cloadDetailed running steps such as the following:[emailprotected]:~/projects/crazyflie2-nrf-firmware$ make Flash_mbsopenocd-d2-f interface/stlink-v2.cfg-f Target/nrf51_stli

label: Io ar file Div SP on C Linux r I used to use the Nautilus command under terminal to enter the folder view of the graphic interface. However, after Xilinx ise14.4 is installed, the following error occurs when running this command: Nautilus: /usr/Xilinx/software/14.4/ise_ds/ISE/lib/lin64/libstdc ++. so.6: Version 'glibcxx _ 3.4.15 'not found (required by/usr/lib/x86_64-linux-gnu/libexempi. so.3) Nautil

Reference: http://xilinx.eetrend.com/d6-xilinx/article/2013-03/3863.html Abstract: In today's era, embedded systems are everywhere and are closely related to people's daily lives. The embedded system is based on the microprocessor and computer technology. Its main feature is strong real-time performance. According to statistics, at present, more than 95% of the world's total microprocessors are produced every year for embedded system applications, the

The last section is Linux, not show off our MiZ702 can run Linux, but for the convenience of the peripheral test. As we all know, the MiZ702 essence lies in the perfect fusion of the FPGA and arm, like the yin and yang harmony of taiji--hard, strung and combined in the soft! Fpga,arm Seamless, all his duties are omnipotent. It is the so-called 工欲善其事 its prerequisite that some preparatory work is essential before we get into the MiZ702. So today we'll talk about the installation of Vivado. As for

We successfully installed ise13.3 in centos 5.5 32-bit system today. After installation is complete, set the environment variables according to the prompts in the installation window after running settings32.sh. Setenv Xilinx/tools/Xilinx/13.3 Setenv path $ path: $ Xilinx/ise_ds/ISE/bin/Lin And then re-source ~ /. Cshrc, and then tap ISE to find that it cannot

Bringing up the Avnet microzed with VivadoI recently received the Adam Taylor Edition of Avnet ' sZynq-basedmicrozedBoard, which was sent by the very kind people at Xilinx. I have been writing the ZedboardAll Programmable Planet. For the originalZedboard, I used the more traditional PlanAhead, Xilinx Platform Studio, and software Design Kit (SDK) flow. With a, I decided that for the microzed I would impleme

ConfigurationAfter completing the 1.1 steps, you need to open the TFTP server and later can update the code directly via Petalinux to Zynq1.3 Installing the Application softwareRefer to the Official HandbookNote: Open all readable writable executable permissions for the installation directory!1.4 Application software ConfigurationIn order to successfully launch Vivado, SDK, and Petalinux, the following steps are required:1. Increase in/opt/xilinx/sdk

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"-> "

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

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

) 0x04; } // Set the JTAG mode. It is used to set the JTAG mode. // Mode: JTAG, SWD mode setting; 00, full enable; 01, enable SWD; 10, disable all; // Check OK // 100818 Void jtag_set (u8 Mode) { U32 temp; Temp = mode; Temp RCC-> apb2enr | = 1 Afio-> mapr = 0xf8ffffff; // clear mapr [] Afio-> mapr | = temp; // sets the JTA