kkkk

vivado license2037

vivado license 2037

lic

1019B

2022-10-21 21:09

赛灵思VIVADO补丁包y2k22_patch_1.2

IP核生成问题  自 2022 年 1 月 1 日起，Vivado HLS 和 Vitis HLS 使用的 export_ip 命令将无法导出 IP。在后台使用 HLS 的 Vivado 和 Vitis 工具也会受到此问题的影响。HLS 工具以 YYMMDDHHMM 格式设置 ip_version，并且该值作为有符号整数（32 位）访问，这会导致溢出并生成以下错误（或类似内容）。Xilinx 建议所有客户应用此补丁以确保安全。错误日志ERROR: [v++ 213-28] Failed to generate IP.ERROR: [v++ 60-300] Failed to build kernel(ip) krnl, see log for details: vitis_hls.log...source run_ippack.tcl -notraceERROR: '##########' is an invalid argument. Please specify an integer value.    while executing"rdi::set_property core_revision ########## {component component_1}"    invoked from within"set_property core_revision $Revision $core"    (file "run_ippack.tcl" line 1112)...ERROR: [IMPL 213-28] Failed to generate IP.INFO: [HLS 200-111] Finished Command export_designORsource run_ippack.tcl -notracebad lexical cast: source type value could not be interpreted as target  while executing"rdi::set_property core_revision ########## {component component_1}"    invoked from within"set_property core_revision $Revision $core"    (file "run_ippack.tcl" line 1112)...ERROR: [IMPL 213-28] Failed to generate IP.INFO: [HLS 200-111] Finished Command export_design具体操作步骤为：1.下载补丁包y2k22_patch-1.2.zip2.解压补丁包到vivado安装根目录下。比如我的vivado安装根目录为D:\Xilinx，因此解压后文件的路径为：D:\Xilinx\y2k22_patch。（注意不要更改文件名和路径）3.打开命令提示符cmd工具，将cmd的工作路径调整为D:\Xilinx4.根据y2k22_patch-1.2.zip中的readme文件，安装vivado不同版本，需要输入不同cmd命令。比如我的vivado版本为2021.1，因此我输入的命令为Vivado\2021.1\tps\win64\python-3.8.3\python.exe y2k22_patch\patch.py     (patch.py为python语言编写的补丁替换安装工具)5.回车，得到如下数据反馈，标志补丁包安装成功

2.zip

3.89KB

2022-10-21 21:09

microblaze一些教程

microblaze 一些教程

zip

24.82MB

2022-10-21 21:10

visio FPGA模板

visio FPGA 模板

zip

160.69KB

2022-10-21 21:10

蚂蚁矿板V1.01版本原理图

蚂蚁矿板V1.01版本原理图

01控制板.pdf

583.61KB

2022-10-21 21:10

NIOS ii教学资料PPT源码等

NIOS ii 教学资料 PPT  源码等

rar

161.22MB

2022-10-21 21:11

EBAZ42054203矿板原理图改装资料pcb等资料

EBAZ4205/4203 矿板原理图 改装资料 pcb等资料

zip

13.56MB

2022-10-21 21:11

ARM核cortex_M1fpga软核

Cortex-M1 DesignStart FPGA-Xilinx edition includes:•  An Arm Cortex-M1 processor, packaged for use in the Xilinx Vivado tool•  Example design for Artix-A7•  Example design for Artix-S7•  Example software for the design examples.The Cortex-M1 DesignStart FPGA-Xilinx edition package provides an easy way to use the Cortex‑M1 processor ine Xilinx Vivado design environment. The Cortex‑M1 processor is intended for deeply embedded applicationsthat require a small processor to be integrated into an FPGA. The processor implements the Armv6‑M architectureand is closely related to the Cortex‑M0 and Cortex‑M0+ processors that are intended for ASIC implementation.An example design flow is provided for use with the Digilent ARTY-A7 and ARTY-S7 evaluation boards. You canuse this with the optional V2C-DAPLink board from Arm

zip

6.66MB

2021-05-15 18:26

PYNQ_Z2原理图及用户手册Tul Zynq xilinx

依元素科技有限公司 The PYNQ-Z2 is a Zynq development board designed to be used with the PYNQ™,an open-source framework.ZYNQ XC7Z020-1CLG400Co  650MHz ARM® Cortex®-A9 dual-core processoro  Programmable logic▪  13,300 logic slices, each with four 6-input LUTs and 8 flip-flops▪  630 KB block RAM▪  220 DSP slices▪  On-chip Xilinx analog-to-digital converter (XADC)

zip

3.67MB

2021-05-15 18:26