xilinx jtag

This article is reproduced in: workshop! I. Hardware (using Quartus II 9.0) 1. Create a project, enable the system-wide image search system builder, and add a CPU Select standard Nias. 2. Add PLL Click launch Altera's altpll

Reprint Please specify source: http://blog.csdn.net/lg2lh/article/details/45323361 Today began to try to use the Chipscope, wrote a simple running lights of the routine, the beginning of the integrated wiring when there is no problem, but add

1 SRAM Read-Write timing interpretation Memory is overwhelming, and is the size of the computer system (including embedded systems) is not a small part. It is no exaggeration to say that there must be a data transfer process where there is memory,

Ilinx Vivado Usage Details (3): Using the IP CoreAuthor:zhangxianheIP Nuclear ( IP Core )There are many IP cores in Vivado that can be used directly, such as mathematical operations (multipliers, dividers, floating point arithmetic, etc.), signal

Last but not least, the structure of convolution neural network is built on FPGA. The FPGA I use is Xilinx's xc6slx45, and the following is the final resource usage One of the most important design is to solve the problem of

Zynq in-chip XADC Application NoteHello,pandaApplication Note briefly describes the resources and several applications of Xilinx Zynq XADC. Reference Documentation:U ug480:7series_xadc.pdf;U xapp795:driving-xadc.pdfU xapp554:xadc-layout-guidelines.pdfU xapp1203:post-proc-ip-zynq-xadc.pdfU xapp1183:zynq-xadc-axi.pdfU xapp1182:zynq_axi_xadc_mon.pdfU xapp1172:zynq_ps_xadc.pdfU pg019:axi_xadc.pdfU pg091:xadc-wiz.pdfU ug953:vivado-7series-libraries.pdfU ug

lib32stdc++61.2 Installation 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/

stream to a specific FPGA chip, also called chip configuration, on the premise that the function simulation and timing simulation are correct. FPGA is designed with two configuration modes: directly configured by a computer through a dedicated download cable, and automatically configured when the peripheral configuration chip is powered on. Because FPGA has the property of power loss information, you can use a cable to directly download bitstream at the initial stage of verification. If necessa

Many of the friends who have done microcontroller know that after the MCU is burned to write the program firmware, then the program firmware is stored inside the MCU. The program can continue to operate even if the MCU is powered off and then re-energized. This is because the firmware of the MCU is written to write the program firmware to the MCU on-chip program memory ROM, and most modern MCU this ROM is flash memory. Flash memory can be power-down to keep data, so can realize the power-down pr

benefits of developers. Figure 1, embedded system architecture based on the ZYNQ platformThis kind of thing, Xilinx already thought and set out the layout, finally presents in front of the developer is the Petalinux. Petalinux is a toolset that includes Linux, U-boot source code, libraries, and Yocto Recipes, making it easy for customers to configure, build, and deploy Linux. The petalinux supports Zynq ultrascale+ MPSoC, Zynq-7000 all programm

supported in software, most users would be better off with Bus Blaster v4 available He Re Fitted in a DP9056 (90x56 mm) standard PCB Added series resistors to input and output pins to protect against damage and noise Bus Blaster V4 is available now for $45. Each unit was tested with a real JTAG target before it ships.Buffer LogicNew buffer logic is designed using simple schematic entry, Verilog, or VHDL, and the free ISE Webpack software

advantages mean that arm has a wider application scope than AVR. Therefore, if "We use AVR in Middle School" is correct, we should use arm in university.We can see that at91m55800a Based on the ARM core of ATMEL includes a lot of AVR peripherals, but still lacks Twi/I2C, variable gain ADC, EEPROM and other useful components. However, there is no doubt that arm's external expansion and peripherals are more powerful than AVR.In terms of operating system and software source code resources, arm has

I. task: Hardware Logic Design of Linear Feedback Shift Register (lfsr) is required on Xilinx Virtex-6 board by using the language of Xilinx. Ii. preparations: Basically, the following software is required to complete a simple design: Logic: uedit32 (recommended for hardware dogs) Overall: ise14.1 Simulation: Modelsim se 10.1b Analysis: chipscope pro Iii. Design Process Logic: First of all, it is RTL-level

cap JP7-11 (in JTAG mode), as shown in: 　　 Turn ON the Zedboard power, turn ON the power switch ON, and view the port through the "Device Manager" of the PC. 　　 Be sure to identify which COM port is UART, which will be used later. Go back to the SDK, right-click the project lidar-> Run As-> Run deployments 　　 Double-click Xilinx C/C ++ application (GDB). "project name Debug" is displayed. Select the STDIO

First, software and hardware platformSoftware platform:Operating system: Windows 8.1Development Kit: ISE14.7Hardware platform:FPGA model: xc6s45x-csg324Ii. introduction of ChipscopeChipscope is a tool that Xilinx offers to validate FPGA designs. Its essence is a virtual logic analyzer that can invoke logical resources inside the FPGA to fetch and analyze each variable in the code. Unlike some other FPGA simulation tools such as Modelsim, Chipscope can

Prerequisites: Before the plan Ahead, XPS, SDK to build Xilinx Zynq 7000 (zerdboard) on-line test of PS and PL, try to define the platform, bus and DMA, see the previous blog.Take the strike, last time. Altera's Nios II on the 3C120 chip RAM running light test.Platform: Quartus + NIOS II EDK 10,3c120+epcs16 (+) +CFI Flash + Sdram (Sram), which is standard.1, build Quartus hardware platform:The Pll+le module (FPGA ontology logic module) +nios core (Nio

-11 all ground (into JTAG mode) as shown in:　　Switch on the Zedboard power supply, turn on the power switch on, and view the port via the PC's "Device Manager".　　Be careful to identify which COM port is UART and use it later.Back to SDK, right-click on Project Lidar->run as->run configurations　　Double-click on Xilinx C + + application (GDB), the "project name Debug" appears, select the Right stdio Connectio

To debug arm, you must follow the debugging interface protocol of arm. JTAG is one of them. During simulation, IAR, Keil, ads, and so on all have a common debugging interface. RDI is one of them. How can we complete RDI --> arm debugging protocol (JTAG)? There are two methods: 1. write a service program on the computer, parse the rdi commands in iar, Keil, and ads into the relevant

1. zedboard–connect A 2nd micro-usbcable between the host machine and connector J17 (JTAG)2. Set The Boot mode jumpers to cascaded JTAG mode3. Connect a MICRO-USB cable between the Windows Host machine and theusbuart:a. Zedboard connectorJ14 (UART) 4. Slide the Zedboard powerswitch to ON. You should see the green Power Good LED (Ld13light.s on after power on5. Use Device Manager to determine the COM port fo

I. Overview CurrentlyAndroid3.0 system standardization process to solve the existing defects and problems of the new systemARMWe will discuss the issue of ARM architecture product standardization. Next we will talk about ARM. The development tools of ARM application software depend on different functions, software compilation, assembly software, link software, debugging software, embedded real-time operating system, function library, evaluation board, JTAG