据说hspice2012比hspice2016或者hspice2017稳定性好。 Command: hspice64 –i input –mt 2 –hpp 说明: 1> hspice64应该是比hspice快。 2> -i后紧跟输入文件,也就是要仿真的文件,-i可以省略。同理,-o后紧跟输出文件,或者用用重定向符号>. 3> -mt后紧跟thread count, mt是multithreading (multiple cores...
2. -hpp 3. Distributed processing (Synopsys CDPL)HSPICE官方手册都会提供教程
1*.仿真模式:(最常用*) hspice [-i] input_file [-o [output_file]] [-hpp] [-mt #num] [-mp [#num]] [-gz] [-n #num] [-d] [-html [html_file]] [-top] [-case] [-hdl filename] [-hdlpath pathname] [-vamodel name] 中括号表示可选,可以看见,hspice一定要输入的东西只有input...
在仿真文件里设置，即hspice后面跟参数。貌似最多8线程吧
Synopsys has introduced HSPICE precision parallel (HPP) multi-threading technology that delivers up to a seven times simulation speed-up for complex
HPPAUX10.20,UX11.00 IBMRS6000AIX5.1 LinuxRedHat7.2(32-bitonly). StartingHSPICERF Atthecommandline,typeinthefollowingtoinvokeHSPICERF: hspicerf UsingtheHSPICEGUI ForinformationonhowtoinvokeandusetheHSPICEGUIwith HSPICERF,seetheHSPICESimulationandysisUserGuide. GettingStartedtforms 2-2 3 HSPICERFTutorial ...
HSPICE Precision Parallel – run times reduced from days to hours –Up to 7X faster on 8 cores (use –hpp option) –PLL runs now reduced to 4 hours instead of days –PLL example with 7K MOS and RC, 12.5 hours (148 hours, competitor) ...
HSPICE Precision Parallel – run times reduced from days to hours –Up to 7X faster on 8 cores (use –hpp option) –PLL runs now reduced to 4 hours instead of days –PLL example with 7K MOS and RC, 12.5 hours (148 hours, competitor) ...
1. 加-hpp 16 并行仿真 2.百万什么器件？mos？还是电阻电容？后者可以做reduction。也可以换仿真工具，...