modelsim10.6c se安装填坑

本文分享了在安装Modelsim10.6过程中遇到的mgls.dll缺失问题及解决方案,通过调整dll文件名顺利生成license并完成安装。

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最近在安装modelsim 10.6时,follow了网上的教程,生成license后并配置好环境变量,点击modelsim图标时显示不能找到mgls.dll,排查后发现原因,最后成功解决。在安装时,两个关键点:
1)点击crack.bat生成license文件时,要将mgls64.dll提前修改成mgls.dll
2)在最终使用时,要将mgls.dll重新修改回mgls64.dll即可。
使用的资源是csdn上下载的10.6c ,就不贴地址了。

资源下载链接为: https://pan.quark.cn/s/1bfadf00ae14 Modelsim10.6c是由美国Mentor Graphics公司开发的一款在FPGA设计领域具有极高地位的仿真软件,属于电子设计自动化(EDA)范畴,对FPGA设计流程有着极为关键的作用。借助它,工程师们能在硬件实现前完成功能验证和性能评估,有效提升设计的精准度与效率。 Modelsim的特性与优势如下:一是支持多种硬件描述语言,像VHDL、Verilog以及SystemVerilog等主流语言都能兼容,可应对复杂数字电路设计;二是拥有高性能仿真引擎,能快速进行大规模电路仿真,缩减设计周期;三是调试工具强大,波形查看器、代码断点、数据观察点等一应俱全,便于故障定位和问题解决;四是运用并行仿真技术,借助多核处理器并行处理能力,加速仿真进程,提高仿真速度;五是提供集成环境,将编译、仿真、调试等功能集于一体,简化工作流程。 Modelsim10.6c版本特点包括:一是稳定性增强,相比早期版本,优化了稳定性,降低仿真过程中的错误和崩溃几率;二是兼容性提升,支持Xilinx、Intel(原Altera)等更多FPGA厂商,且兼容Windows和Linux等多种操作系统;三是性能改进,在仿真速度和内存管理上优化,使处理大型设计更流畅;四是添加新功能,可能涵盖对新硬件描述语言特性的支持和用户界面改进,以提升用户体验。 使用Modelsim10.6c进行FPGA设计一般要经历以下步骤:一是编写和编译代码,用VHDL或Verilog等语言编写FPGA设计代码,再利用Modelsim编译工具将其变为可执行仿真模型;二是设置仿真环境,配置时间步长、初始值等仿真参数,以适应特定测试需求;三是运行仿真,启动Modelsim进行仿真,观察分析时序图、波形图等仿真结果;四是调试与优化,依据仿真结果调整设计,借助
Mentor, a Siemens business, has unveiled ModelSim 10.7, is unified debug and simulation environment gives today's FPGA designers advanced capabilities in a productive work environment. About Mentor Graphics ModelSim. Modelsim HDL simulator provides FPGA customers with and easy cost-effective way to speed up FPGA development, lab bring up and test. Many FPGA designers go to the lab before adequately vetting their design. This means weeks or even months of inefficient debugging time in the lab. Testing in the lab has limited visibility of the signals in design. It can take 8 hours to do a place and route just instrument additional signals or make a small bug fix. With simulation the debug loop is much faster and there is complete visibility into the signals in the design. Simulation enables a much higher quality FPGA design before entering the lab allowing time spent during lab debug much more productive and focused. In addition to supporting standard HDLs, ModelSim increases design quality and debug productivity. ModelSim’s award-winning Single Kernel Simulator (SKS) technology enables transparent mixing of VHDL and Verilog in one design. Its architecture allows platform-independent compile with the outstanding performance of native compiled code. The graphical user interface is powerful, consistent, and intuitive. All windows update automatically following activity in any other window. For example, selecting a design region in the Structure window automatically updates the Source, Signals, Process, and Variables windows. You can edit, recompile, and re-simulate without leaving the ModelSim environment. All user interface operations can be scripted and simulations can run in batch or interactive modes. ModelSim simulates behavioral, RTL, and gate-level code, including VHDL VITAL and Verilog gate libraries, with timing provided by the Standard Delay Format (SDF).
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