Tanner TAFS 是FAST SPICE軟體嗎？

一般 SPICE TOOL
都很慢所以後來有出現FAST SPICE
如aditspice ,hsim ,starsim ,finesim Pro .
那Tanner TAFS 是FAST SPICE軟體嗎?
T-AFS only Linux 64bit - RHEL4 and RHEL5. And it is a Network only license.
=>rhel 5
太老了吧
現在 都到 6

說一下FAST SPICE
不外就是把MOS簡化降低 SPICE ENGINE 解 MATRIX .
早期ADITSPICE 是把MOS DEVICE 去做 I-V CURVE TABLE , 用查表方式
但是MOSIV 表要靠HSPICE 先去跑逼次且, IV CURVE TABLE 夠不夠細?
萬一太粗會跟本失真
後來, HSIM分兩段, 第一段是先分電路第二段把不動作電路全簡化成 RC ..
hsim run memory 真的很快, 但對CIRCUIT 不多但帶電感POWER IC DESIGN 會是一大問題
不夠準
以前RUN HSIMPLL 跑出來和HSPICE 差很多..
starsim 是早期AVANT如何做不知道但比HSIM 準.
NANOSIMor ULTRASIMor POWERMILL都在中間,
ultrasim 使用很囉嗦還得 analog-digital 間定義很多
後來就放棄全用ADIT跑, 偏偏ADIT 沒法吃level 28 model .
Tanner T-spice 一直不知道準度如何?
業界用SPICE
不外silvaco smartspice 沒法直接用HSPICE MODEL 都很麻煩
SYNOPSYS HSPICE
CADENCE SPECTRE
Tanner Tspice

Trying to acquire 1 AFS Nano license(s) for invocation
Acquired AFS Nano license
**********************************************************************************
* Version: AFS 64-bit (2014_Q2)*
* Build date: Wed May 28 16:36:33 PDT 2014*
* User: linux, Host: solaris.localdomain, Proc id: 1980*
* Working Directory: /home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna *
* OS: Linux, Machine Type: x86_64*
**
* Copyright 2004-2014 Mentor Graphics Corporation*
* All Rights Reserved.*
**
* THIS WORK CONTAINS TRADE SECRET AND PROPRIETARY INFORMATION*
* WHICH ARE THE PROPERTY OF MENTOR GRAPHICS CORPORATION OR ITS*
* LICENSORS AND IS SUBJECT TO LICENSE TERMS.*
**********************************************************************************
Job Start Time: Mon Sep 15 23:20:17 2014
***** Command-Line Options
afs lna_dna_advisor.scs -f psfbin -o lna_dna_advisor.psfbin -l lna_dna_advisor.log
***** Memory Information
Physical Memory : 1.70 GB
Available Memory: 1015.96 MB
***** CPU Information
Model Name: Intel(R) Core(TM) i7-2600 CPU @ 3.40GHz
ProcessorPhysicalIDCoreIDFrequency(MHz)
0003390.886
1103390.886
2203390.886
3303390.886
4403390.886
5503390.886
6603390.886
7703390.886

Machine Load: 0 out of 8 processor cores busy.
SIM_WARNING[HIN274]: /home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/quantity.spectre:6: The line with quantity is ignored..
SIM_WARNING[HIN274]: /home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/quantity.spectre:12: The line with quantity is ignored..
SIM_WARNING[HIN274]: /home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/quantity.spectre:18: The line with quantity is ignored..
SIM_WARNING[HIN274]: /home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/quantity.spectre:24: The line with quantity is ignored..
SIM_WARNING[HIN274]: /home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/quantity.spectre:30: The line with quantity is ignored..
Further occurrences of this warning will be suppressed.
Circuit has only 28 unmerged elements; the AFS Nano license needed has already been acquired at invocation
SIM_WARNING[ANA307]: Multi-threading (MT) disabled; it is enabled by default only for transient analysis alone or if accompanied by dc/monte/alter/sweep/data analyses. To enforce multi-threading please specify --mt/-N command-line options.
Number of processor cores (limited by system) available: 8
Number of processor cores to be used for multi-threading a single simulation run (mt): 1
SIM_WARNING[GEN93]: No DC path to ground from node lna_inP on bsim3v31 'I2.M1', adding gmin= 1.000000e-12
SIM_WARNING[GEN93]: No DC path to ground from node lna_inN on bsim3v31 'I2.M0', adding gmin= 1.000000e-12
SIM_WARNING[GEN93]: No DC path to ground from node net22 on simple capacitor 'C8', adding gmin= 1.000000e-12
Summary of possible problems in circuit:
Open-circuit current source0
Dangling MOS gate0
Dangling MOS bulk0
Dangling BJT substrate0
Dangling controlling node0
Dangling controlled isource0
Non-rail bulk terminal0
Running a single threaded (--mt 1) simulation
Circuit equation has 16 nodes 24 unknowns 28 elements
Circuit has no internal nodes in MOS elements.
Circuit inventory:
bsim3v316
capacitor7
inductor2
isource1
port2
resistor4
transformer2
vsource4
bin parameters#resistors#merged#trimmed#dangling
1.0e+01 -> 1.0e+022000
1.0e+03 -> 1.0e+042000

bin parameters#capacitors#merged#trimmed#dangling
1.0e-13 -> 1.0e-123000
1.0e-11 -> 1.0e-104000

bin parameters#inductors#merged#trimmed#dangling
1.0e-08 -> 1.0e-072000


***** Options Used
reltol=0.0001 vabstol=1e-06 iabstol=1e-12 temp=27 tnom=27 scale=1.0 gmin=1e-12 rforce=1 maxwarns=5
save=all
post
temp=27
***** Options Ignored
scalem maxnotes digits cols pivrel sensfile "../psf/sens.output" checklimitdest psf
***** Analyses Used
dcOp dc maxiter = 150 maxsteps = 10000 annotate = status
SIM_WARNING[ANA199]: /home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/lna_dna_advisor.scs:92: Keyword annotate ignored.
dcOpInfo info what = oppoint where = rawfile largesignalname = dcOp
Trying to upgrade licensing by exchanging 1 AFS Nano license(s) with 1 AFS license(s) to enable 'pss' analysis
Released AFS Nano license
All AFS Nano licenses released for upgrading to AFS license(s).
Trying to acquire the initial AFS license
Acquired AFS license
Upgrade from AFS Nano license mode to AFS license mode successful
pss pss tperiod = 4.1666666666666668e-10 nharm = 7 errpreset = conservative tstab = 1e-08 annotate = status
SIM_WARNING[ANA199]: /home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/lna_dna_advisor.scs:119: Keyword annotate ignored.
designParamVals info what = parameters where = rawfile largesignalname = dcOp
***** Info analyses Ignored
modelParameter info what = models where = rawfile largesignalname = dcOp
element info what = inst where = rawfile largesignalname = dcOp
outputParameter info what = output where = rawfile largesignalname = dcOp
primitives info what = primitives where = rawfile largesignalname = dcOp
subckts info what = subckts where = rawfile largesignalname = dcOp

***** Parsing and Setup Complete; Total Parsing Time:
Wallclock Time: 00 00:00:00
CPU Time: 00 00:00:00
**** Probe Information
7 Simple probes.
Total number of probes 7
Starting Operating Point Analysis..
reltol = 0.0001
abstol(I) = 1 pA
abstol(V) = 1 uV
temp = 27 C
tnom = 27 C
gmin = 1 pS
useabsorbedrds = no
fixtopologyresistor = 1e+12
merge = yes
postprocessmeasure = no
uselumpedmodel = 0
mt = 1
msolver = 0
msolverdc = new auto selection
maxiterationsfordc = 150
ctrim = 0
rtrim = 0
seriesmerge = OFF
remove dangling element = ON
fixdanglingnodes = 2
Starting traditional Newton Raphson..
SIM_WARNING[ANA4]: For dc analysis, traditional Newton Raphson did not converge.
Starting allgmin stepping..
For dc analysis, allgmin stepping successful at 1.000000e-03
For dc analysis, allgmin stepping successful at 1.000000e-04
For dc analysis, allgmin stepping successful at 1.000000e-05
For dc analysis, allgmin stepping successful at 1.000000e-06
For dc analysis, allgmin stepping successful at 1.000000e-07
For dc analysis, allgmin stepping successful at 1.000000e-08
For dc analysis, allgmin stepping successful at 1.000000e-09
For dc analysis, allgmin stepping successful at 1.000000e-10
For dc analysis, allgmin stepping successful at 1.000000e-11
For dc analysis, allgmin stepping successful at 1.000000e-12
allgmin stepping finished successfully.
For DC analysis, allgmin stepping finished successfully.
***** Simulation Statistics For This Analysis:
Elapsed WallClock Time (HH:MM:SS) in Analysis: 00 00:00:00.
Elapsed WallClock Time (HH:MM:SS) in Analysis (excluding setup) : 00 00:00:00.
DC: Time in Analysis: 00 00:00:00.
Number of TimeSteps:0.
Current ProcessResident Memory (KB): 38472
Operating Point Analysis finished successfully.
Starting Info Analysis..
Info Analysis finished successfully.
Starting Periodic Steady State Analysis..
fund = 2.40 GHz
npoints = 200
tstart = 0 s
tstab = 10 ns
skipdc = no
reltol = 1e-05
abstol(I) = 1 pA
abstol(V) = 1 uV
temp = 27 C
tnom = 27 C
errpreset = conservative
***** For DC analysis, traditional Newton Raphson finished successfully.
Trying step 1 during PSS analysis..
---------------------
Autoselected Solver 0
---------------------
Running transient from 0.000000e+00 to 1.000000e-08.
....10....20....30....40....50....60....70....80....90....100
Tstab transient has 2.400e+01 cycles of fund = 2.400e+09 Hz, took elapsed time = 1.139e-01 and cpu time = 3.200e-02
---------------------
Autoselected Solver 0
---------------------
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
---------------------
Autoselected Solver 0
---------------------
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(V6#branch)= +1.95835e-07converge norm= 2.1e+03
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000364319converge norm= 77
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +5.41632e-05converge norm= 11
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000364482converge norm= 77
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000143431converge norm= 30
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000146207converge norm= 31
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000231284converge norm= 49
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000361367converge norm= 76
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.000168221converge norm= 36
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +8.20194e-05converge norm= 17
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.00052237converge norm= 1.1e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000934523converge norm= 2e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000134688converge norm= 29
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.00070648converge norm= 1.5e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.00018001converge norm= 38
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000355518converge norm= 75
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000534548converge norm= 1.1e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000742961converge norm= 1.6e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= +0.00028541converge norm= 60
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net22)= +0.000594933converge norm= 1.3e+02
Running transient from 1.000000e-08 to 1.041667e-08.
....10....20....30....40....50....60....70....80....90....100
delta(net24)= -0.000661804converge norm= 1.4e+02
residue(V4#branch)= -1.73264e-14converge norm= 0.0015
***** Simulation Statistics For This Analysis:
Elapsed WallClock Time (HH:MM:SS) in Analysis: 00 00:00:00.
Elapsed WallClock Time (HH:MM:SS) in Analysis (excluding setup) : 00 00:00:00.
DC: Time in Analysis: 00 00:00:00.
Number of TimeSteps:202.
Current ProcessResident Memory (KB): 41108
Periodic Steady State Analysis finished successfully.
Info Analysis finished successfully.
List of SuppressedMessages ([message id]: count (last suppressed message):
[HIN274]: 4 (/home/linux/eda/mentor/bda_root/examples/afs/RF/Spectre/lna/SPECTREINCLUDE/quantity.spectre:54: The line with quantity is ignored..)
Machine Load: 0 out of 8 processor cores busy.
******** SIMULATION finished with 0 error(s) and 16 warning(s) ********
***** Acquiring a License Time:0 00:00:00
Job Start Time: Mon Sep 15 23:20:17 2014
Job End Time:Mon Sep 15 23:20:19 2014
Elapsed time:0 00:00:02
Released AFS license

谁有新版的finesim哪?！

我看到好像是2014.12

大神，您好，是否用过BDA-ACE 工具? 谢！
Thanks
Best wishes

NO ...

用过 怎么了

国内使用这个工具的大神不多呀。能否上传一下User Guider方便了解?
感谢大神无私分享！ 谢谢！ （久闻BDA大名，纯属个人兴趣使然，无任何其他用途）