10/02/2015
Vivado 2014.4 Linux Basic System with Custom IP
Contents
1 History ........................................................................................................................... 3
2 Introduction .................................................................................................................... 3
3 Open Vivado .................................................................................................................. 4
4 New Project ................................................................................................................... 5
5 Project Settings ............................................................................................................ 13
6 Create Processor System ............................................................................................ 15
6.1 New Block Diagram .............................................................................................. 15
7 Create IP...................................................................................................................... 18
8 Add IP .......................................................................................................................... 23
9 Modify IP ...................................................................................................................... 28
10 Package IP ............................................................................................................... 29
10.1 Ports and Interfaces .............................................................................................. 29
10.2 Add Design File .................................................................................................... 33
10.3 Add Test Bench .................................................................................................... 36
10.4 Re-Package .......................................................................................................... 40
11 Custom IP HDL Simulation ....................................................................................... 41
11.1 Modelsim .............................................................................................................. 41
11.2 XSIM ..................................................................................................................... 41
11.2.1 Package IP .................................................................................................... 41
11.2.2 Simulation Settings ........................................................................................ 42
11.2.3 Run simulation ............................................................................................... 43
11.2.4 Re-Package IP ............................................................................................... 44
12 Connect Interrupt ...................................................................................................... 45
13 Validate Design ........................................................................................................ 46
14 Generate Output Products ........................................................................................ 47
15 HDL Wrapper ........................................................................................................... 48
16 Implementation ......................................................................................................... 50
17 Export Hardware ...................................................................................................... 52
18 Launch SDK ............................................................................................................. 53
19 New Application Project ............................................................................................ 54
19.1 Hello ..................................................................................................................... 54
19.2 Modify Application ................................................................................................. 56
19.3 Bootloader ............................................................................................................ 57
19.4 Bootloader debug flags ......................................................................................... 59
20 Program FPGA ......................................................................................................... 60
21 Download Application ............................................................................................... 61
Page 1 of 63 © Syfer Pty. Ltd.
剩余62页未读，继续阅读
资源评论
csd_murphy
- 粉丝: 36
最新资源
- 西门子PLC与触摸屏在变频恒压供水系统中的设计与仿真研究
- 永磁同步电机PMSM位置三闭环控制仿真模型的设计与研究
- 马尔可夫转移场技术在一维时序信号至二维图像转换中的应用及其实现方法
- 基于MATLAB的高级蓝色车牌识别系统：集成计算机视觉与图像处理技术实现精准识别与语音播报 车牌识别
- 基于S7-200 PLC与组态王的工业锅炉温度闭环控制系统设计与实现
- 基于A与DWA融合的MATLAB路径规划算法：提高机器人避障能力 MATLAB 专业版
- 西门子S7-1200PLC与TP700触摸屏联机仿真程序：混凝土搅拌控制之博途V16及运行效果视频（带IO表）
- 独立变桨控制与统一变桨控制的OpenFast与Simlink联合仿真模型
- 永磁同步电机(PMSM)匝间短路故障的Simulink仿真分析及应用
- 密歇根大学燃料电池仿真：Simulink建模及关键组件控制策略
- 电力系统优化：基于改进粒子群算法的微电网多目标调度模型研究
- 自动驾驶路径规划与动态避障系统的实现及实验验证 · 自动驾驶 v2.5
- DEGWO-BP算法：基于差分改进灰狼优化的BP神经网络数据回归预测Matlab程序 - MATLAB
- 基于MATLAB与CarSimPreScan联合仿真的自动驾驶路径规划与动态避障模型研究 · 自动驾驶 终极版
- 恒压供水系统：西门子Smart200+海为B-7s触摸屏控制，一拖一与一拖多模式，手机远程控制程序 经典版
- 低照度图像增强技术：七大算法解析及其Python代码实现
资源上传下载、课程学习等过程中有任何疑问或建议，欢迎提出宝贵意见哦~我们会及时处理！
点击此处反馈
