vivado 订阅
Vivado设计套件,是FPGA厂商赛灵思公司2012年发布的集成设计环境。包括高度集成的设计环境和新一代从系统到IC级的工具,这些均建立在共享的可扩展数据模型和通用调试环境基础上。这也是一个基于AMBA AXI4 互联规范、IP-XACT IP封装元数据、工具命令语言(TCL)、Synopsys 系统约束(SDC) 以及其它有助于根据客户需求量身定制设计流程并符合业界标准的开放式环境。赛灵思构建的的Vivado 工具把各类可编程技术结合在一起,能够扩展多达1 亿个等效ASIC 门的设计。 展开全文
Vivado设计套件,是FPGA厂商赛灵思公司2012年发布的集成设计环境。包括高度集成的设计环境和新一代从系统到IC级的工具,这些均建立在共享的可扩展数据模型和通用调试环境基础上。这也是一个基于AMBA AXI4 互联规范、IP-XACT IP封装元数据、工具命令语言(TCL)、Synopsys 系统约束(SDC) 以及其它有助于根据客户需求量身定制设计流程并符合业界标准的开放式环境。赛灵思构建的的Vivado 工具把各类可编程技术结合在一起,能够扩展多达1 亿个等效ASIC 门的设计。
信息
开发商
赛灵思公司
软件名称
Vivado
软件类型
集成设计环境
软件功能
设计套件
主要特点
高度集成
发布时间
2012年
Vivado简介
专注于集成的组件——为了解决集成的瓶颈问题,Vivado 设计套件采用了用于快速综合和验证C 语言算法IP 的ESL 设计,实现重用的标准算法和RTL IP 封装技术,标准IP 封装和各类系统构建模块的系统集成,模块和系统验证的仿真速度提高了3 倍,与此同时,硬件协仿真性能提升了100倍。专注于实现的组件——为了解决实现的瓶颈,Vivado工具采用层次化器件编辑器和布局规划器、速度提升了3 至15 倍,且为SystemVerilog 提供了业界最好支持的逻辑综合工具、速度提升4 倍且确定性更高的布局布线引擎,以及通过分析技术可最小化时序、线长、路由拥堵等多个变量的“成本”函数。此外,增量式流程能让工程变更通知单(ECO) 的任何修改只需对设计的一小部分进行重新实现就能快速处理,同时确保性能不受影响。最后,Vivado 工具通过利用最新共享的可扩展数据模型,能够估算设计流程各个阶段的功耗、时序和占用面积,从而达到预先分析,进而优化自动化时钟门等集成功能。
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  • Vivado

    千次阅读 2018-12-03 21:40:55
    Vivado Design Suite HLx Editions - Accelerating High Level Design 加速高层次设计 Vivado® Design Suite HLx Editions include Partial Reconfiguration at no additional cost with the Vivado HL Design ...

    Vivado Design Suite HLx Editions - Accelerating High Level Design 加速高层次设计
    Vivado® Design Suite HLx Editions include Partial Reconfiguration at no additional cost with the Vivado HL Design Edition and HL System Edition. In-warranty users can regenerate their licenses to gain access to this feature. Partial Reconfiguration is available for Vivado WebPACK™ edition at a reduced price.

    The new HLx editions supply design teams with the tools and methodology needed to leverage C-based design and optimized reuse, IP sub-system reuse, integration automation and accelerated design closure. When coupled with the UltraFast™ High-Level Productivity Design Methodology Guide, this unique combination is proven to accelerate productivity by enabling designers to work at a high level of abstraction while facilitating design reuse.

    Accelerating High Level Design
    Software-defined IP Generation with Vivado High-Level Synthesis 使用vivado高级综合生成软件定义IP
    Block-based IP Integration with Vivado IP Integrator 使用vivado IP集成器完成基于模块的IP集成
    Model-based Design Integration with Model Composer and System Generator for DSP
    Accelerating Verification 加速验证
    Vivado Logic Simulation vivado逻辑仿真
    Integrated Mixed Language Simulator 集成混合语言仿真器
    Integrated & Standalone Programming and Debug Environments
    Accelerate Verification by >100X with C, C++ or SystemC with Vivado HLS
    Verification IP 验证IP
    Accelerating Implementation 加速执行
    4X Faster Implementation
    20% Better Design Density
    Up to 3-Speedgrade Performance Advantage for the low-end & mid-range and 35% Power Advantage in the high-end

    1. 如何向vivado中添加约束constraints?
      关于constraints文件的格式: XDC(Xilinx Desin Constraints)约束文件
      详情参看文档:ug945-vivado-using-constraints-tutorial 以及 ug903-Vivado Design Suite User Guide:Using Constraints
      organize constraints: Timing Constraints, Physical Constraints
      constraints sets and files
      placement constraints
      Set as Target Constraint File
      Vivado Timing Constraints Wizard
      Edit Timing Constraints
      design check point(DCP) modes
      不支持legacy user constraints file(UCF) format
      synopsys design constraints(SDC)
      tcl semantic
      window > timing constraints > edit timing constraints

      create_clock
      create_generated_clock
      set_input_delay
      set_output_delay
      set_clock_groups
      set_false_path
      set_max_delay
      set_multicycle_path

      How to write XDC files?

    2. How to write and use testbench?
      testbench syntax

    3. vivado的软件开发流程:


    (1) UG973-Release Notes, Installation, and Licensing 
         宿舍电脑新安装的2018.2版本license存在问题,而且不支持全部器件(问题待解决)
    (2) UG949-UltraFast Design Methodology Guide for the Vivado Design Suite
         超高速设计方法学?
    (3) UG1231-UltraFast Design Methodology Quick Reference Guide
         介绍了FPGA从PCB到设计分析的完整流程。
    (4) UG1197-UltraFast High-Level Productivity Design Methodology Guide
         从系统以及基于C语言的角度来介绍设计方法。
    (5) UG1270-Vivado HLS optimization Methodology Guide
         HLS的方法,未深入学习,先做标注。
    (6) UG1046-UltraFast Embedded Design Methodology Guide
         FPGA的嵌入式应用
    (7) UG1026-UltraScale Architecture Migration
         器件的移植,可能在应用中会接触到。此外提问7系列与UltraScale器件的区别
    (8) UG998-Introduction to FPGA Design with Vivado High-Level Synthesis
         HLS设计的介绍
    (9) UG911-ISE to Vivado Design Suite Migration Guide
         ISE至vivado的转移:没有用过ISE
    (10) UG1192-Xilinx Design Flow for Intel FPGA and SoC Users
         Intel与Xilinx的应用转换,还附有几个设计代码。
    

    (11) UG910-Vivado Design Suite User Guide:Getting Started
         上手设计的介绍性文档,内容简略。
    (12) UG892-Vivado Design Suite User Guide:Design Flows Overview
         设计流程概述
    (13) UG893-Vivado Design Suite User Guide:Using the Vivado IDE
         vivado集成开发环境的设置和操作
    (14) UG894-Vivado Design Suite User Guide:Using Tcl Scripting
         tcl命令
    (15) UG895-Vivado Design Suite User Guide:System-Level Design Entry
         系统级设计方法
    (16) UG896-Vivado Design Suite User Guide:Designing with IP
         基于IP的设计方法
    (17) UG1118-Vivado Design Suite User Guide:Creating and Packaging Custom IP
         创建以及封装用户定制IP
    (18) UG994- Vivado Design Suite User Guide:Designing IP Subsystems Using IP Integrator
         利用 IP集成器?来设计IP子系统
    (19) UG898-Vivado Design Suite User Guide:Embedded Processor Hardware Design
         FPGA作为嵌入式处理器的硬件设计(没有看到PCB信息,应该是系统级,稍后学习)
    (20) UG897-Vivado Design Suite User Guide: Model-Based DSP Design Using System Generator
         Matlab System Generator工具进行FPGA数字信号处理设计
    (21) UG1262-Model Composer User Guide
         暂时还未接触过Model Composer
    (22) UG902-Vivado Design Suite User Guide: High-Level Synthesis
         HLS详细的指南
    (23) UG899-Vivado Design Suite User Guide:I/O and Clock Planning
         I/O以及时钟规划
    (24) UG900-Vivado Design Suite User Guide:Logic Simulation
         逻辑仿真方法:对于验证来说比较重要
    (25) UG440-Xilinx Power Estimator User Guide
         功耗估计器?
    (26) UG903-Vivado Design Suite User Guide: Using Constraints
         使用约束
    (27) UG901-Vivado Design Suite User Guide:Synthesis
         综合
    (28) UG904-Vivado Design Suite User Guide:Implementation
         执行?
    (29) UG905-Vivado Design Suite User Guide:Hierarchical Design
         层次设计
    (30) UG909-Vivado Design Suite User Guide: Partial Reconfiguration
         部分重配置?
    (31) UG907-Vivado Design Suite User Guide: Power Analysis and Optimization
         功率分析以及最优化
    (32) UG906-Vivado Design Suite User Guide:Design Analysis and Closure Techniques
         设计分析以及环路?技术
    (33) UG908-Vivado Design Suite User Guide:Programming and Debugging
         向FPGA中编程以及调试
    

    (34) UG975-Vivado Design Suite Quick Reference
         vivado设计的快速指南
    (35) UG835-Vivado Design Suite Tcl Command Reference Guide
         tcl命令
    (36) UG912-Vivado Design Suite Properties Reference Guide 
         各类参数
    (37) UG953-Vivado Design Suite 7 Series FPGA and Zynq-7000 All Programmable SoC Libraries Guide
         7系列FPGA以及Zynq的库
    (38) UG974-UltraScale Architecture Libraries Guide
         ultrascale架构库
    (39) UG958-Vivado Design Suite Reference Guide:Model-Based DSP Design Using System Generator
         使用System Generator工具
    (40) UG984-MicroBlaze Processor Reference Guide
          MicroBlaze软核
    (41) Quick Start Guide: MicroBlaze Soft Processor Presets
          MicroBlaze软核的快速入门
    (42) UG1138-Generating Basic Software Platforms Reference Guide
          软件环境?
    (43) UG1037-Vivado Design Suite AXI Reference Guide
         AXI总线
    

    (44) UG888-Vivado Design Suite Tutorial Design Flows Overview
         设计流程指南
    (45) UG939-Vivado Design Suite Designing with IP Tutorial
          IP指南
    (46) UG1119-Vivado Design Suite Creating, Packaging Custom IP Tutorial
         创建,封装定制IP指南
    (47) UG995-Vivado Design Suite Tutorial Designing IP Subsystems Using IP Integrator
         通过IP集成器?进行IP子系统设计指南
    (48) UG940-Vivado Design Suite Tutorial Embedded Processor Hardware Design
         嵌入式处理器硬件设计指南
    (49) UG1209-Zynq UltraScale+ MPSoC: Embedded Design Tutorial A Hands-On Guide to Effective Embedded System design   Zynq UltraScale+高效嵌入式系统设计指南
    (50) UG1165-Zynq-7000 All Programmable SoC: Embedded Design Tutorial A Hands-On Guide to Effective Embedded System Design   Zynq 7000高效嵌入式系统设计指南
    (51) UG871-Vivado Design Suite Tutorial High-Level Synthesis
         HLS指南
    (52) UG948-Vivado Design Suite Tutorial Model-Based DSP Design Using System Generator
         System Generator指南
    (53) UG1259-Tutorial: Model-Based Design Using Model Composer
         Model Composer指南
    (54) UG937-Vivado Design Suite Tutorial Logic Simulation
         逻辑仿真指南
    (55) UG945-Vivado Design Suite Tutorial Using Constraints
         约束指南
    (56) UG986-Vivado Design Suite Tutorial Implementation
         执行指南
    (57) UG947-Vivado Design Suite Tutorial Partial Reconfiguration
         部分重配置指南
    (58) UG938-Vivado Design Suite Tutorial Design Analysis and Closure Techniques
         设计分析与环路?技术指南
    (59) UG997-Vivado Design Suite Tutorial Power Analysis and Optimization
         功率分析以及最优化指南
    (60) UG936-Vivado Design Suite Tutorial Programming and Debugging
         对FPGA编程以及调试指南
    (61) UG1198-Vivado Design Suite Tutorial Revision Control Systems
         修订控制系统指南?
    
    1. Tutorial:design flow 设计流程简单指南,目的是掌握FPGA vivado操作基本要点
      project file(.xpr)
      tcl command: read_verilog, read_vhdl, read_edif, read_ip, read_xdc, create_project, add_files, import_files, add_directories, synth_design, opt_design, place_design, route_design, write_bitstream, launch_runs 针对命令模式下的工程设计
      some examples: <Vivado_install_area>/Vivado//examples/Vivado_Tutorial 有许多示例,在此标注
      Synthesizing the Design>>Defining Timing Constraints and I/O Planning>>Exporting the Modified Constraints>>Implementing the Design>>Opening a Design Checkpoint?
      window>timing constraints
      window>package; layout selector>I/O planning
      reports>timing>report timing summary
      running behavioral simulation: 详细参看logic simulation
      注意设置: Settings
      synthesizing and implementing the design: generate bitstream
      analyze synthesized design(how? what’s the point?), analyze implemented design
      IOSTANDARD

    2. Tutorial:logic simulation
      parsers?
      behavioral, functional, timing simulation
      snapshot?
      debouncer?
      DDS compiler for sine wave
      FSM: finite state machine
      UG937-design files directory
      Kintex-7 KC705 Evaluation Platform for 7-Series or Kintex-UltraScale KCU105 Evaluation Platform
      Functional and timing simulations are available post-synthesis and post-implementation
      added IP from the Xilinx IP catalog and generated IP outputs needed for simulation
      configure the wave window
      breakpoints

    3. 仿真时出现的问题:
      (1) vivado仿真出错:[USF-XSim 62] ‘compile’ step failed with error(s) while executingvivado仿真出错:[USF-XSim 62] ‘compile’ step failed with error(s) while executing 解决方案:改正逻辑文件中的错误–变量名称写错

    4. Tutorial: Using Constraints
      Timing constraints,physical constraints
      Create a constraint set and set a target constraint file
      add timing constraints to a design using the Timing Constraints Wizard
      add timing exceptions using the Timing Constraints Editor
      saving constraints to disk versus in-memory constraints ?
      generate the clock interaction report and properly interpret the resulting matrix
      generate the timing summary report and properly interpret the results
      primary clock, multicycle path
      synthesized design > report clock interaction
      reports > timing > report timing summary
      worst negative stack > F4 >schematic
      netlist, device
      layout > I/O planning
      pin select > set prohibit > unusable
      placement constraints
      添加时序,禁用IO等约束,具体细节再理清

    5. Tutorial: Implementation
      define multiple implementation runs to employ different strategies to resolve timing
      flow > create runs
      strategy: performance_explore, flow_RunPhysOpt, Flow_RuntimeOptimized
      using incremental compile
      BFT design
      impl_1 > open Run Directory
      get_property DIRECTORY [current_run]
      set incremental compile
      get_property INCREMENTAL_CHECKPOINT [current_run]
      此处出现了一个错误,没有解决:
      [Common 17-165] Too many positional options when parsing ‘’, please type ‘iphys_opt_design -help’ for usage info.
      run the Incremental Compile flow
      using a checkpoint from a previously implemented design
      examining the Incremental Reuse Report
      Analyzed the clock skew on the output data bus using the Report Datasheet command.
      Used manual placement techniques to improve the timing of selected nets.
      Used the Assign Manual Routing Mode in the Vivado IDE to precisely control the routing of a net.
      Used the FIXED_ROUTE property to copy the relative fixed routing among similar nets to control the routing of the critical portion of the nets.
      内容比较多,继续看。

    6. Tutorial: Design with IP
      DCP: design checkpoint
      Select and customize an IP from the IP catalog.
      Instantiate the customized IP into an HDL design
      Use some details of the output products required to support the IP in the design flow.
      memories&storage element>FIFOs>FIFO generator
      IP Documentation
      show disable ports
      OOC (out-of-context) module
      instantiation template: VEO file
      create_ip,set_property,generate_target,create_ip_run,launch_runs
      stub files
      IP source
      XCI file

    7. Tutorial: Custom IP
      constraints defined in XDC file
      standalone design
      constraints: create_clock, set_max_delay
      parent design provides clock
      sources: constriants, design sources, simulation sources
      out-of-context files
      XDC files: USE_IN, PROCESSING_ORDER…
      set_property USE_IN {synthesis implementation out_of_comtext} \ [get_files uart_top_ooc.xdc]

    8. Tutorial: Design IP Subsystems using IP integrator

    9. Tutorial: HLS
      C, C++, systemC–>(high-level synthesis)–>RTL implementation
      RAM, FIFO, AXI4-Stream
      arbitrary precision types
      DCT function

    10. Tutorial: Model-based DSP design using system generator

    11. Tutorial: Model-based design using model composer
      model composer

    12. Tutorial: partial reconfiguration(PR)

    13. Tutorial: design analysis and closure techniques
      design rules checker
      waiver mechanisim
      clock domain crossing (CDC)
      design rule check (DRC)
      CDC report, CDC violation

    14. Tutorial: power analysis and optimization
      reports > report power
      switching activity values file (SAIF)

    15. Tutorial: programming and debugging
      integrated logic analyzer (ILA)

    前言节选自: https://www.xilinx.com/ 感谢FPGA大鳄!
    参考资料:
    [1] Vivado开发工具熟悉之XDC约束文件: https://blog.csdn.net/celery1124/article/details/42773355
    [2] Vivado使用误区与进阶: XDC约束技巧—CDC篇: http://blog.chinaunix.net/uid-29778327-id-4561035.html
    [3] Xilinx资深FAE现身说教:在FPGA设计环境中加时序约束的技巧: http://blog.chinaunix.net/uid-29778327-id-4550759.html
    [4] Verilog testbench总结(一): https://blog.csdn.net/wordwarwordwar/article/details/53885209

    展开全文
  • vivado

    2020-05-02 15:09:45
    1.vivado可以不点综合,直接simulation. 2.生成ip核需导入.coe文件时,更改.coe文件内容,可以不用重新配置ip核。

    1.vivado可以不点综合,直接simulation.
    2.生成ip核需导入.coe文件时,更改.coe文件内容,可以不用重新配置ip核。
    3.rom核,地址和输出可能不一样。原因:有延迟,输出较地址落后1~3个clock.改进办法:地址早几个clk.

    展开全文
  • VIVADO

    2019-08-15 18:07:13
    Verilog HDL模块化设计 https://blog.csdn.net/shaoyu0831/article/details/73695409 程序固化 https://blog.csdn.net/sinat_15674025/article/details/84535754

    Verilog HDL模块化设计

    https://blog.csdn.net/shaoyu0831/article/details/73695409

    程序固化

    https://blog.csdn.net/sinat_15674025/article/details/84535754
    生成固化烧录:
    https://blog.csdn.net/baidu_25816669/article/details/89403331

    展开全文
  • vivado教程

    2018-04-11 08:32:09
    vivado教程vivado教程vivado教程vivado教程vivado教程vivado教程vivado教程vivado教程
  • vivado简介

    2018-08-30 11:45:40
    vivado入门介绍 ug897-vivado-sysgen-user
  • vivado 教程

    2019-03-30 13:19:51
    xilinx最新的开发工具vivado的简明教程,适合从ise转vivado的开发者,代理商提供的,简单明了,中文的,是快速上手vivado的非常好的资料。
  • Vivado License

    2019-01-26 08:29:40
    確定可用於Vivado2018.2及Vivado2018.3,於Windows10及Ubuntu18.04,均有測試過。
  • Vivado licience

    2018-12-13 15:51:02
    Vivado Licence 永久使用版 适用版本:适用于Vivado的任何版本,包括2018.1与2018.2,并且在更新版本中也有效 过期日期:永久有效 使用方法: 1.打开Vivado License Manager(注册文件管理器) 2.点击Load License 3...
  • vivado license

    2018-04-14 21:25:35
    vivado安装 license,2016.4版本,兼容window10.1.将安装包复制到安装的文件夹中,点击xsetup.exe文件开始安装 2.安装过程可以参考vivado-release-notes-install-licience文件 注意:1.在选择安装版本时勾选第一项 ...
  • VIVADO2014

    2016-09-03 19:45:08
    VIVADO2014 SETUP
  • xilinx vivado

    2016-08-05 22:56:03
    基于Xilinx FPGA权威设计指南--vivado集成开发环境
  • vitis 2019.2 ...提取码:ryf1 复制这段内容后打开百度网盘手机App,操作更方便哦 ...vivado2019.1 sdx套件 链接:https://pan.baidu.com/s/1ymRpUa2UYTFuafEChA0-ZQ 提取码:cd4p 复制这段内容后打开百度网盘手机A...

    说明一下:

     1)有些安装包有很多压缩包,这些压缩包是一个压缩文件,因为太大所以分卷压缩才能上传网盘,下载所有的压缩包后解压   “.part1.rar”  结尾的压缩包,自动解压所有文件。

    2).rar  的压缩包用WinRAR软件解压,其他解压软件容易出错。

    • vitis 2020.1

    链接:https://pan.baidu.com/s/1gsp-IruuqsothElEx_KnFw 
    提取码:sere

    下载所有的包,只解压红框中的压缩包

    • vitis 2019.2 

    链接:https://pan.baidu.com/s/1Nxm7sJDnWg-w6DtFFqjauQ 
    提取码:l9pt

    • vivado hls 2019.1 

    链接:https://pan.baidu.com/s/1ZpTm84zxgAWbPSALE6t3HQ 
    提取码:ny3p

    • vivado2018.3 sdx套件

    链接:https://pan.baidu.com/s/1DLbyyFdxKgUzdNkP8KpWCQ 
    提取码:sw5a

    • vivado2018.2 sdk套件

    链接:https://pan.baidu.com/s/1uxn4yfDd-sjlbsHlg1R_2g 
    提取码:shvw 
    复制这段内容后打开百度网盘手机App,操作更方便哦

    • vivado2017.4 sdx套件

    链接:https://pan.baidu.com/s/1Jh7j5wrfEo-2GNJvJAcFfg 
    提取码:uj1e 
    复制这段内容后打开百度网盘手机App,操作更方便哦

    • vivado license

    适用版本:适用于Vivado 2037年版 之前的任何版本

    链接:https://pan.baidu.com/s/1WbIsnTZ0lNwK46km_U4Wfg 
    提取码:w53y 
    复制这段内容后打开百度网盘手机App,操作更方便哦

     

    有些没有及时更新,需要其他的版本的可以留言;

    如有连接失效,需要到公众号里面获取!!

     

    欢迎关注我的公众号:芯王国,有更多的FPGA&数字IC的技术分享,还可以获取开源FPGA项目!

    在这里插入图片描述

    展开全文
  • Vivado设计流程

    2019-04-12 01:19:22
    Vivado设计流程:介绍了如何基于Vivado工具,利用Verilog HDL创建Vivado工程以及综合、仿真、实现和FPGA下板。
  • VIVADO练习工程

    2020-07-30 09:36:12
    一个练习VIVADO的工程文件,练习使用FIFO,里面有几处错误,还没有找到原因。刚刚开始学习VIVADO和FPGA还有ZYNQ。写得比较乱
  • vivado下载

    万次阅读 热门讨论 2018-08-30 11:33:01
    vivado2018.2百度网盘 链接: https://pan.baidu.com/s/1nSrHvpa31ZhUKcZtSdLv1A 密码: wdpi vivado2017.4百度网盘 链接: https://pan.baidu.com/s/1LjqNs15qc8u-KSTUB4WdtQ 密码: yrux 通用license适合所有...
  • vivado使用

    2016-01-13 23:56:56
    适合初学者学习vivado,入门方便,但是对应于要求较高
  • vivado 2014 liense

    2018-05-28 13:58:44
    vivado 2014 liense 真实可用 到2055年 liense vivado
  • vivado实用教材

    2018-09-07 15:22:16
    VIVADO从此开始_高亚军编著 2017讲述Xilinx Vivado的书。
  • vivado从此开始

    2018-11-18 23:34:35
    vivado从此开始,本书分为7个章节,内容详细,适用于vivado初学者
  • VIVADO调试流程

    2019-08-08 23:31:21
    介绍了vivado的调试流程,设计调试原理与方法,用Vivado提供的IP核,生成用户自己的IP
  • Vivado license 2037

    2019-07-03 21:19:10
    Vivado Licence 永久使用版 适用版本:适用于Vivado的任何版本,过期日期:到2037年,永久有效
  • vivado pid

    2015-06-11 09:45:25
    Floating-Point PID Controller Design with Vivado HLS and System Generator for DSP
  • Vivado从此开始

    2018-03-09 22:26:33
    Xilinx 高亚军带你玩转Vivado ——《Vivado从此开始》 本书带有标签,目录,方便使用。 Vivado 视频课程点击率近10万的作者,(SAE)高亚军再次为Vivado用户做出贡献, 本书《Vivado从此开始》结合案例详细解读了...
  • vivado hls

    2015-06-11 09:48:38
    Zynq-7000 All Programmable SoC Accelerator for Floating-Point Matrix Multiplication using Vivado HLS
  • Vivado 破解 license

    2018-10-23 17:01:34
    该资源是Vivado破解的license,希望对使用X公司Vivado工具的同学有帮助
  • 关于vivado

    2020-02-27 17:58:32
    Vivado智能用来进行7系列FPGA以及以上FPGA的开发;如果开发中低档FPGA,需要使用ISE软件。此外,2019年10月后,Xilinx有开发了Vitis软件,内容包含了vivadoVivado HLS与Vitis。 ...
  • Vivado Board Files for Digilent FPGA Boards This repository contains the files used by Vivado IP Integrator to support Digilent system boards. They include board interfaces, preset configurations for ...
  • xilinx vivado license file

    2020-11-18 16:14:12
    xilinx vivado license file for VC707,xilinx vivado license file for VC707
  • Vivado FPGA 设计基础操作流程当然在介绍的过程当中会给大家推荐一些对于工具深入使用的Xilinx官网资料。这里以流水灯的控制为例。Vivado的基本使用(一) 打开Vivado新建工程:1. 安装好Vivado之后,在Windows系统...

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