xilinx impact

Xilinx FPGA learning notes 1-chipscope cannot observe the signal BUFG, xilinx-chipscope Today, I started to try to use chipscope and wrote a simple routine of the Water lamp. There was no problem when I started the Integrated Wiring. However, after chipscope was added, an error was always reported. First case: Using chipscope cannot directly observe the global clock signal, that is, the BUFG signal ----- X

= "$ {XILINX}/smartmodel/$ {PLAT}/installed _ $ {PLAT }:$ {LMC_HOME }" PATH = "/opt/Xilinx92i/bin/lin" LD_LIBRARY_PATH = "$ {XILINX}/bin/$ {PLAT }:: {LD_LIBRARY_PATH }" NPX_PLUGIN_PATH = "$ {XILINX}/java/$ {PLAT}/jre/plugin/i386/ns4 :$ {NPX_PLUGIN_PATH }" Note that these variables are extracted from settings. sh, but since ISE only has a 32-bit version, the ver

Currently, many people install Xilinx and Modelsim separately. Therefore, when using simulation libraries of chip manufacturers such as Xilinx or Altera, libraries cannot be found; because Modelsim does not own the simulation libraries of FPGA manufacturers, you must manually compile these libraries. Below I will introduce three methods to increase the library problem of

Xilinx ISE 14.7 for WIN8/10[Problem description]:Under Win10, open a 64bit Ise Design Suite and create a new project with a flashback, but with 32bit turned on the problem does not occur[Workaround]:Fixing Project Navigator, IMPACT and License Manager: Open Directory: C:\Xilinx\14.7\ISE_DS\ISE\lib\nt64 Rename LibPortability.dll to LibPortability.dll.

operation functions. The typical PLD is composed of "and", "non" array, with "and or" expression to implement any combination logic, so PLD can complete a large number of logical combinations in product and form.The 3rd stage Xilinx and Altera respectively introduced the standard gate array similar to the FPGA and similar to the PAL structure of the extended CPLD, improve the speed of the logic, with the architecture and Logic unit flexible, high int

Workaround: The premise is that Xilinx ise14.7 and Modelsim se 10.1a are installed 1〉 from Start menu in Windows, Xilinx ISE Design Suite 14.7-〉edk-〉tools-〉compile Simulation Libraries Follow the prompts to compile the library, compiled library output directory is: D:\Xilinx\14.7\ISE_DS\EDK, compile takes a certain amount of time. 2〉 from the Process menu, selec

Linux Xilinx solution-general Linux technology-Linux programming and kernel information. The following is a detailed description. Xilinx is used for recent logic tests. I am using Xilinx ISE 8.2i, which requires windows NT/XP, or rh 3, 4 (I didn't want BS of it ...) Therefore, it is estimated that there will be a bunch of errors when using this item in various r

Key points for installing and using Xilinx ise ds 9.10 SP3 on Ubuntu 10.1 (I have already tried it on Ubuntu. It will be OK if I make some changes) Keys about installing and using Xilinx ise ds 10.1 SP3 at Linux platform Xupv2p of Xilinx is an FPGA development board integrated with ppc405 hard core. It can be used for embedded applications. During correspondin

Copyright. For more information, see the original article link and author. Key points for installing and using Xilinx ise ds 9.10 SP3 on Ubuntu 10.1 Keys about installing and using Xilinx ise ds 10.1 SP3 at Linux platform Xupv2p of Xilinx is an FPGA development board integrated with ppc405 hard core. It can be used for embedded applications. During corresponding

MiS603 Development Team Date: 20150911 Company: Nanjing mi Lian Electronic Technology Co., Ltd. Forum: www.osrc.cn Website: www.milinker.com Shop: http://osrc.taobao.com Eat blog: http://blog.chinaaet.com/whilebreak Blog Park: http://www.cnblogs.com/milinker/ 1.3 Xilinx Library compilation and its combined ModelsimXilinx Library compilation is simply the generation of Modelsim can recognize the unit, for simulation, including pre-and post-imitation, t

Tribute to the originalHttp://blog.sina.com.cn/s/blog_6276db0e0101ary8.htmlTo compare Xilinx and Altera FPGAs, it is necessary to understand the structure of two giant FPGA, because of their respective interests, the two FPGA structure is different, the parameters are different, but can be unified to the LUT (look-up-table) lookup table.Take the example of Altera's Cyclone II series Ep2c35, as well as the xc3s500e of the

Xilinx-based Synthesize The so-called synthesis means to translate design inputs such as the HDL language and schematic diagram into logical connections (I .e., network tables) between logical units registered with, or, non-users and RAM and triggers ). Optimize the logical connection generated based on the target and requirement (constraints.ISE-XST XST is a comprehensive tool developed by Xilinx. We can

of the signal, keeping the low-frequency signal, to compensate the transmission line attenuation of the signal, improve the performance of the eye graph and guarantee the transmission quality.3 Xilinx FPGA Transceivers3.1 system ArchitectureThe 7 Series FPGAs GTX and GTH transceivers is power-efficient transceivers, supporting line rates from $ MB/s to 12.5 GB/s for GTX transceivers and 13.1 Gb/s for GTH transceivers. Four Gtxe2_channel Primitives an

DCM is a digital clock management unit that is frequently used in xilinx devices. It can be used for frequency division and frequency doubling. The basis of the experiment for ip Simulation is that all xilinx libraries have been added to modelsim, and the method is not described here. 1. Create a folder to save the source code Dcm. v is the top-level file. My_dcm is an instance of the IP address of dc

Image signal Processing Board of dual Tms320c6678+xilinx FPGA K7 xc7k420t based on 6U VPX The integrated image processing hardware platform includes 2 blocks of image signal Processing Board, 1 blocks of video processing board, 1 blocks of main control Board, 1 blocks of power Plate, and 1 blocks of VPX backplane.First, the Board of Cards overviewThe image signal Processing board includes 2-piece TI multicore DSP processor-tms320c6678,1 C

What is an FPGA? FPGA is a field programmable logic array, composed of programmable logic resources (LUT and REG), programmable wiring, and programmable I/O. The basic structure of Xilinx FPGA is the same, but with the development of semiconductor technology, FPGA's logic capacity is more and more rich, faster, embedded more and more hard core, such as: ARM processor, PCIE, Ethernet and so on. In the process technology, Xilinx's 7 Series FPGA uses the

I used to compile the device library with Modelsim for Xilinx, and it was very convenient and simple to compile the device library directly in the ISE, which was a bit of a long time. Since the last time, in their own computer installed mathtype,360 antivirus software will it as a Trojan. I thought it was 360 false positives, and the 360 security guards were shut down directly. Later, the software on the computer one after another, the problem is that

Design Example of Altera: http://www.altera.com.cn/support/examples/exm-index.html Reference Design of Altera: http://www.altera.com.cn/support/refdesigns/ref-index.jsp Altera White Paper: http://www.altera.com.cn/literature/lit-wp.jsp Altera application manual: http://www.altera.com.cn/literature/lit-an.jsp Altera User Guide: http://www.altera.com.cn/literature/lit-ug.jsp Altera document Portal: http://www.altera.com.cn/literature/lit-index.html. here you can view the data manual by device

Xilinx, Inc. (NASDAQ:XLNX), the world leader in Programmable technology and devices, announced today the launch of OpenCL, C and c+ at the 2014 International Super Computing 2014 + SDACCELTM development environment, increase unit power performance by up to 25 times times, thereby using FPGA to achieve Data Center application acceleration. SDAccel is the newest member of the Xilinx SDX series, combining the

global clock input ports and 8 digital clock management modules (DCM).I. Xilinx device primitives related to global clock resourcesCommon Xilinx device primitives associated with global clock resources include: IBUFG, Ibufgds, BUFG, BUFGP, BUFGCE, Bufgmux, Bufgdll, and DCM, as shown in 1.1. IBUFG is the input global buffer, which is the head global buffer connected to the dedicated global clock input pin.