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  1. irun(64): 15.20-s016: (c) Copyright 1995-2016 Cadence Design Systems, Inc.
  2. TOOL: irun(64) 15.20-s016: Started on Apr 01, 2018 at 12:51:47 EDT
  3. irun
  4. -f irunArgs
  5. -clean
  6. -UNBUFFERED
  7. -cdslib ./cds.lib
  8. -noupdate
  9. -errormax 50
  10. -status
  11. -nowarn DLNOHV
  12. -nowarn DLCLAP
  13. -v93
  14. -incdir /home/ses9134/cmpe630/
  15. -timescale 1ns/1ns
  16. -vtimescale 1ns/1ns
  17. -discipline logic
  18. -delay_mode None
  19. -novitalaccl
  20. -access r
  21. -noparamerr
  22. -amspartinfo ../psf/partition.info
  23. -rnm_partinfo
  24. -modelincdir /home/ses9134/cmpe630/
  25. ./spiceModels.scs
  26. ./amsControlSpectre.scs
  27. -input ./probe.tcl
  28. -run
  29. -exit
  30. -ncsimargs "+amsrawdir ../psf"
  31. -simcompatible_ams spectre
  32. -name ses9134_ses_lib.SES_BSR50_TEST:config
  33. -amsconnrules ConnRules_inhconn_full_fast
  34. +define+CDS_SELECT_CRS
  35. +define+CONNRULES_INHCONN_FULL_FAST
  36. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/ConnRules_inhconn_full/connect/verilog.vams
  37. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/L2E_2_inhconn/module/verilog.vams
  38. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/E2L_2_inhconn/module/verilog.vams
  39. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/Bidir_2_inhconn/module/verilog.vams
  40. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/E2R/module/verilog.vams
  41. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/R2E_2/module/verilog.vams
  42. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/ER_bidir/module/verilog.vams
  43. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/L2R_inhconn/module/verilog.vams
  44. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/R2L_inhconn/module/verilog.vams
  45. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/RL_bidir_inhconn/module/verilog.vams
  46. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/L2R_electrical_inh/module/verilog.vams
  47. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/R2L_electrical_inh/module/verilog.vams
  48. /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/RL_bidir_electrical_inh/module/verilog.vams
  49. -allowredefinition
  50. -amsbind
  51. -top SES_BSR50_TEST
  52. -top cds_globals
  53. ./netlist.vams
  54. -f ./textInputs
  55. -amscompilefile "file:/home/ses9134/cmpe630/ses9134_ses_lib/SES_BSR50_TESTBENCH/functional/verilog.v lib:ses9134_ses_lib cell:SES_BSR50_TESTBENCH view:functional"
  56. ./cds_globals.vams
  57. /tools/rhel6/cadence/ic/IC6.1.6.500.132/tools.lnx86/dfII/etc/cdslib/basic/cds_alias/functional/verilog.v
  58. -l ../psf/irun.log
  59. irun: *N,CLEAN: Removing existing directory ./INCA_libs.
  60. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/ConnRules_inhconn_full/connect/verilog.vams
  61. connect worklib.ConnRules_inhconn_full_fast:vams
  62. errors: 0, warnings: 0
  63. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/L2E_2_inhconn/module/verilog.vams
  64. module worklib.L2E_2_inhconn:vams
  65. errors: 0, warnings: 0
  66. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/E2L_2_inhconn/module/verilog.vams
  67. module worklib.E2L_2_inhconn:vams
  68. errors: 0, warnings: 0
  69. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/Bidir_2_inhconn/module/verilog.vams
  70. module worklib.Bidir_2_inhconn:vams
  71. errors: 0, warnings: 0
  72. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/E2R/module/verilog.vams
  73. module worklib.E2R:vams
  74. errors: 0, warnings: 0
  75. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/R2E_2/module/verilog.vams
  76. module worklib.R2E_2:vams
  77. errors: 0, warnings: 0
  78. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/ER_bidir/module/verilog.vams
  79. module worklib.ER_bidir:vams
  80. errors: 0, warnings: 0
  81. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/L2R_inhconn/module/verilog.vams
  82. module worklib.L2R_inhconn:vams
  83. errors: 0, warnings: 0
  84. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/R2L_inhconn/module/verilog.vams
  85. module worklib.R2L_inhconn:vams
  86. errors: 0, warnings: 0
  87. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/RL_bidir_inhconn/module/verilog.vams
  88. module worklib.RL_bidir_inhconn:vams
  89. errors: 0, warnings: 0
  90. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/L2R_electrical_inh/module/verilog.vams
  91. module worklib.L2R_electrical_inh:vams
  92. errors: 0, warnings: 0
  93. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/R2L_electrical_inh/module/verilog.vams
  94. module worklib.R2L_electrical_inh:vams
  95. errors: 0, warnings: 0
  96. file: /class/tools/rhel6/cadence/INCISIVE15.20.016/affirma_ams/etc/connect_lib/connectLib/RL_bidir_electrical_inh/module/verilog.vams
  97. module worklib.RL_bidir_electrical_inh:vams
  98. errors: 0, warnings: 0
  99. file: ./netlist.vams
  100. module ses9134_ses_lib.SES_MUX2X1:schematic
  101. errors: 0, warnings: 0
  102. module ses9134_ses_lib.SES_DFFX1:schematic
  103. errors: 0, warnings: 0
  104. module ses9134_ses_lib.SES_BSC:schematic
  105. errors: 0, warnings: 0
  106. module ses9134_ses_lib.SES_BSR50:schematic
  107. errors: 0, warnings: 0
  108. module ses9134_ses_lib.SES_BSR50_TEST:schematic
  109. errors: 0, warnings: 0
  110. file: ./cds_globals.vams
  111. module worklib.cds_globals:vams
  112. errors: 0, warnings: 0
  113. file: /tools/rhel6/cadence/ic/IC6.1.6.500.132/tools.lnx86/dfII/etc/cdslib/basic/cds_alias/functional/verilog.v
  114. module worklib.cds_alias:v
  115. errors: 0, warnings: 0
  116. file: /home/ses9134/cmpe630/ses9134_ses_lib/SES_BSR50_TESTBENCH/functional/verilog.v
  117. module ses9134_ses_lib.SES_BSR50_TESTBENCH:functional
  118. errors: 0, warnings: 0
  119. ncvlog: *W,SPDUSD: Include directory /home/ses9134/cmpe630/ given but not used.
  120. Total errors/warnings found outside modules and primitives:
  121. errors: 0, warnings: 1
  122. ncvlog: Memory Usage - 21.3M program + 29.9M data = 51.2M total
  123. ncvlog: CPU Usage - 0.0s system + 0.1s user = 0.1s total (0.3s, 37.9% cpu)
  124. Caching library 'ses9134_ses_lib' ....... Done
  125. Caching library 'worklib' ....... Done
  126. Elaborating the design hierarchy:
  127. Top level design units:
  128. SES_BSR50_TEST
  129. cds_globals
  130. Discipline resolution Pass...
  131. Doing auto-insertion of connection elements...
  132. Connect Rules applied are:
  133. ConnRules_inhconn_full_fast
  134. Building instance overlay tables: .................... Done
  135. Generating native compiled code:
  136. ses9134_ses_lib.SES_BSR50_TESTBENCH:functional <0x61548a8a>
  137. streams: 8, words: 16802
  138. worklib.E2L_2_inhconn:vams <0x0ac8ac2c>
  139. streams: 6, words: 5939
  140. worklib.L2E_2_inhconn:vams <0x452f3a9f>
  141. streams: 4, words: 5766
  142. Building instance specific data structures.
  143. Loading native compiled code: .................... Done
  144. Design hierarchy summary:
  145. Instances Unique
  146. Modules: 366 32
  147. Registers: 991 197
  148. Scalar wires: 223 -
  149. Expanded wires: 50 1
  150. Vectored wires: 108 -
  151. Always blocks: 370 75
  152. Initial blocks: 109 35
  153. Cont. assignments: 57 28
  154. Interconnect: 3177 -
  155. Simulation timescale: 1ps
  156. Writing initial simulation snapshot: ses9134_ses_lib.SES_BSR50_TEST:config
  157. ncelab: Memory Usage - 49.8M program + 61.8M data = 111.5M total (Peak 247.5M)
  158. ncelab: CPU Usage - 0.1s system + 0.3s user = 0.5s total (1.1s, 40.3% cpu)
  159. Loading snapshot ses9134_ses_lib.SES_BSR50_TEST:config .................... Done
  160. Simulating in AMS-SIE mode...
  161. Starting analog simulation engine...
  162. AMSD: Using spectre solver with arguments: -ahdllibdir INCA_libs/AMSD/ahdlSimDB.
  163.  
  164. Cadence (R) Virtuoso (R) Spectre (R) Circuit Simulator
  165. Version 15.1.0.644.isr13 64bit -- 3 Nov 2016
  166. Copyright (C) 1989-2016 Cadence Design Systems, Inc. All rights reserved
  167. worldwide. Cadence, Virtuoso and Spectre are registered trademarks of
  168. Cadence Design Systems, Inc. All others are the property of their
  169. respective holders.
  170.  
  171. Includes RSA BSAFE(R) Cryptographic or Security Protocol Software from RSA
  172. Security, Inc.
  173.  
  174. User: ses9134 Host: eng-2500-17 HostID: 15814B9A PID: 17780
  175. Memory available: 6.8427 GB physical: 15.6060 GB
  176. Linux : Red Hat Enterprise Linux Server release 6.9 (Santiago)
  177. CPU Type: AMD A10-7850K APU with Radeon(TM) R7 Graphics
  178. All processors running at 1700.0 MHz
  179. Socket: Processors (Hyperthreaded Processor)
  180. 0: 0 (), 1 (), 2 (), 3 ()
  181.  
  182. System load averages (1min, 5min, 15min) : 14.8 %, 6.8 %, 3.2 %
  183. Hyperthreading is enabled
  184.  
  185.  
  186. Analog Kernel using -ANALOGCONTROL ./spiceModels.scs.
  187. Reading file:
  188. /home/ses9134/cmpe630/simulation/SES_BSR50_TEST/ams/config/netlist/spiceModels.scs
  189. Compiling ahdlcmi module library.
  190. Finished compilation in 2.3 s (elapsed).
  191. Installed compiled interface for
  192. worklib__L2E_2_inhconn__vams__0x10000001_behavioral.
  193. Opening directory INCA_libs/AMSD/ahdlSimDB (775)
  194. Compiling ahdlcmi module library.
  195. Finished compilation in 2.3 s (elapsed).
  196. Installed compiled interface for
  197. worklib__E2L_2_inhconn__vams__0x10000001_behavioral.
  198. Reading file:
  199. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045.scs
  200. Reading file:
  201. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045_mos.scs
  202. Reading file:
  203. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045_diode.scs
  204. Reading file:
  205. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045_bipolar.scs
  206. Reading file:
  207. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045_mimcap.scs
  208. Reading file:
  209. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045_moscap.scs
  210. Reading file:
  211. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045_resistor.scs
  212. Reading file:
  213. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045_inductor.scs
  214. Reading file:
  215. /class/ee620/tech/cds/gpdk045/GPDK045_v5/TECH/GPDK045/gpdk045_v_5_0/models/spectre/gpdk045_soa.scs
  216. Reading file:
  217. /home/ses9134/cmpe630/simulation/SES_BSR50_TEST/ams/config/netlist/amsControlSpectre.scs
  218. Reading file:
  219. /home/ses9134/cmpe630/simulation/SES_BSR50_TEST/ams/config/netlist/.amsbind.scs
  220. Reading link: /tools/rhel6/cadence/incisive/current
  221. Reading file:
  222. /tools/rhel6/cadence/incisive/INCISIVE15.20.016/tools.lnx86/spectre/etc/configs/spectre.cfg
  223. Time for NDB Parsing: CPU = 1.90971 s, elapsed = 9.75509 s.
  224. Time accumulated: CPU = 2.20266 s, elapsed = 9.75509 s.
  225. Peak resident memory used = 103 Mbytes.
  226.  
  227. ncsim> source /tools/rhel6/cadence/incisive/current/tools/inca/files/ncsimrc
  228. ncsim>
  229. ncsim> # This is the NC-SIM(R) probe command file
  230. ncsim> # used in the AMS-ADE integration.
  231. ncsim>
  232. ncsim>
  233. ncsim> #
  234. ncsim> # Database settings
  235. ncsim> #
  236. ncsim> if { [info exists ::env(AMS_RESULTS_DIR) ] } { set AMS_RESULTS_DIR $env(AMS_RESULTS_DIR)} else {set AMS_RESULTS_DIR "../psf"}
  237. ../psf
  238. ncsim> database -open ams_database -into ${AMS_RESULTS_DIR} -default
  239. Created default SHM database ams_database
  240. ncsim>
  241. ncsim> #
  242. ncsim> # Probe settings
  243. ncsim> #
  244. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[49]}
  245. Created probe 1
  246. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[48]}
  247. Created probe 2
  248. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[47]}
  249. Created probe 3
  250. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[46]}
  251. Created probe 4
  252. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[45]}
  253. Created probe 5
  254. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[44]}
  255. Created probe 6
  256. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[43]}
  257. Created probe 7
  258. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[42]}
  259. Created probe 8
  260. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[41]}
  261. Created probe 9
  262. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[40]}
  263. Created probe 10
  264. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[39]}
  265. Created probe 11
  266. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[38]}
  267. Created probe 12
  268. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[37]}
  269. Created probe 13
  270. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[36]}
  271. Created probe 14
  272. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[35]}
  273. Created probe 15
  274. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[34]}
  275. Created probe 16
  276. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[33]}
  277. Created probe 17
  278. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[32]}
  279. Created probe 18
  280. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[31]}
  281. Created probe 19
  282. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[30]}
  283. Created probe 20
  284. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[29]}
  285. Created probe 21
  286. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[28]}
  287. Created probe 22
  288. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[27]}
  289. Created probe 23
  290. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[26]}
  291. Created probe 24
  292. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[25]}
  293. Created probe 25
  294. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[24]}
  295. Created probe 26
  296. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[23]}
  297. Created probe 27
  298. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[22]}
  299. Created probe 28
  300. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[21]}
  301. Created probe 29
  302. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[20]}
  303. Created probe 30
  304. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[19]}
  305. Created probe 31
  306. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[18]}
  307. Created probe 32
  308. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[17]}
  309. Created probe 33
  310. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[16]}
  311. Created probe 34
  312. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[15]}
  313. Created probe 35
  314. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[14]}
  315. Created probe 36
  316. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[13]}
  317. Created probe 37
  318. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[12]}
  319. Created probe 38
  320. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[11]}
  321. Created probe 39
  322. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[10]}
  323. Created probe 40
  324. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[9]}
  325. Created probe 41
  326. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[8]}
  327. Created probe 42
  328. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[7]}
  329. Created probe 43
  330. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[6]}
  331. Created probe 44
  332. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[5]}
  333. Created probe 45
  334. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[4]}
  335. Created probe 46
  336. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[3]}
  337. Created probe 47
  338. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[2]}
  339. Created probe 48
  340. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[1]}
  341. Created probe 49
  342. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.IN[0]}
  343. Created probe 50
  344. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.Mode}
  345. Created probe 51
  346. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.SIN}
  347. Created probe 52
  348. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.ShiftDR}
  349. Created probe 53
  350. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.CDR1}
  351. Created probe 54
  352. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.CDR2}
  353. Created probe 55
  354. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.UDR1}
  355. Created probe 56
  356. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.UDR2}
  357. Created probe 57
  358. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.SOUT}
  359. Created probe 58
  360. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[49]}
  361. Created probe 59
  362. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[48]}
  363. Created probe 60
  364. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[47]}
  365. Created probe 61
  366. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[46]}
  367. Created probe 62
  368. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[45]}
  369. Created probe 63
  370. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[44]}
  371. Created probe 64
  372. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[43]}
  373. Created probe 65
  374. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[42]}
  375. Created probe 66
  376. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[41]}
  377. Created probe 67
  378. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[40]}
  379. Created probe 68
  380. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[39]}
  381. Created probe 69
  382. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[38]}
  383. Created probe 70
  384. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[37]}
  385. Created probe 71
  386. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[36]}
  387. Created probe 72
  388. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[35]}
  389. Created probe 73
  390. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[34]}
  391. Created probe 74
  392. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[33]}
  393. Created probe 75
  394. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[32]}
  395. Created probe 76
  396. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[31]}
  397. Created probe 77
  398. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[30]}
  399. Created probe 78
  400. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[29]}
  401. Created probe 79
  402. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[28]}
  403. Created probe 80
  404. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[27]}
  405. Created probe 81
  406. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[26]}
  407. Created probe 82
  408. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[25]}
  409. Created probe 83
  410. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[24]}
  411. Created probe 84
  412. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[23]}
  413. Created probe 85
  414. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[22]}
  415. Created probe 86
  416. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[21]}
  417. Created probe 87
  418. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[20]}
  419. Created probe 88
  420. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[19]}
  421. Created probe 89
  422. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[18]}
  423. Created probe 90
  424. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[17]}
  425. Created probe 91
  426. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[16]}
  427. Created probe 92
  428. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[15]}
  429. Created probe 93
  430. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[14]}
  431. Created probe 94
  432. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[13]}
  433. Created probe 95
  434. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[12]}
  435. Created probe 96
  436. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[11]}
  437. Created probe 97
  438. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[10]}
  439. Created probe 98
  440. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[9]}
  441. Created probe 99
  442. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[8]}
  443. Created probe 100
  444. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[7]}
  445. Created probe 101
  446. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[6]}
  447. Created probe 102
  448. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[5]}
  449. Created probe 103
  450. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[4]}
  451. Created probe 104
  452. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[3]}
  453. Created probe 105
  454. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[2]}
  455. Created probe 106
  456. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[1]}
  457. Created probe 107
  458. ncsim> probe -create -emptyok -database ams_database {SES_BSR50_TEST.OUT[0]}
  459. Created probe 108
  460. ncsim>
  461. ncsim> run
  462.  
  463. The CPU load for active processors is :
  464. Spectre 0 (46.1 %) 1 (30.0 %) 2 (24.5 %) 3 (20.3 %)
  465. Other
  466. Reading link:
  467. /tools/rhel6/cadence/incisive/current/tools.lnx86/spectre/etc/ahdl/discipline.h
  468. Reading file:
  469. /tools/rhel6/cadence/incisive/INCISIVE15.20.016/tools.lnx86/spectre/etc/ahdl/disciplines.vams
  470. Reading link:
  471. /tools/rhel6/cadence/incisive/current/tools.lnx86/spectre/etc/ahdl/constants.h
  472. Reading file:
  473. /tools/rhel6/cadence/incisive/INCISIVE15.20.016/tools.lnx86/spectre/etc/ahdl/constants.vams
  474. Opening directory INCA_libs/AMSD/ahdlSimDB (775)
  475. Compiling ahdlcmi module library.
  476. Finished compilation in 2.41 s (elapsed).
  477. Installed compiled interface for bsource_08102a.
  478. Time for Elaboration: CPU = 2.08468 s, elapsed = 5.29794 s.
  479. Time accumulated: CPU = 4.28735 s, elapsed = 15.0534 s.
  480. Peak resident memory used = 154 Mbytes.
  481.  
  482. Time for EDB Visiting: CPU = 414.937 ms, elapsed = 419.354 ms.
  483. Time accumulated: CPU = 4.70228 s, elapsed = 15.473 s.
  484. Peak resident memory used = 178 Mbytes.
  485.  
  486.  
  487. Global user options:
  488. addflowsuffix = yes
  489. dotprobefmt = hier
  490. temp = 27
  491. reltol = 0.001
  492. vabstol = 1e-06
  493. iabstol = 1e-12
  494. gmin = 1e-12
  495. rforce = 1
  496. maxnotes = 5
  497. maxwarns = 5
  498. digits = 5
  499. pivrel = 0.001
  500. checklimitdest = psf
  501. rawfmt = sst2
  502. save = selected
  503. tnom = 27
  504. scale = 1
  505. scalem = 1
  506.  
  507. Scoped user options:
  508.  
  509. Circuit inventory:
  510. nodes 8182
  511. bsim4 5000
  512. bsource_08102a 5000
  513. vsource 1
  514. worklib__E2L_2_inhconn__vams__0x10000001_behavioral 51
  515. worklib__L2E_2_inhconn__vams__0x10000001_behavioral 57
  516.  
  517. Analysis and control statement inventory:
  518. info 4
  519. tran 1
  520.  
  521. Output statements:
  522. .probe 0
  523. .measure 0
  524. save 108
  525.  
  526. Time for parsing: CPU = 551.917 ms, elapsed = 557.228 ms.
  527. Time accumulated: CPU = 5.2552 s, elapsed = 16.0305 s.
  528. Peak resident memory used = 191 Mbytes.
  529.  
  530. ~~~~~~~~~~~~~~~~~~~~~~
  531. Pre-Simulation Summary
  532. ~~~~~~~~~~~~~~~~~~~~~~
  533. ~~~~~~~~~~~~~~~~~~~~~~
  534.  
  535. ***********************************************
  536. Transient Analysis `tran': time = (0 s -> 5 us)
  537. ***********************************************
  538. Trying `homotopy = gmin' for initial conditions.
  539.  
  540. Trying `homotopy = source' for initial conditions.
  541.  
  542. Trying `homotopy = gmin' for initial conditions.
  543.  
  544. Trying `homotopy = source' for initial conditions.
  545.  
  546.  
  547. Notice from spectre during IC analysis, during transient analysis `tran'.
  548. GminDC = 1 pS is large enough to noticeably affect the DC solution.
  549. dV(SES_BSR50_TEST.I1.I43.I2.NM6:int_s) = 24.1349 mV
  550. Use the `gmin_check' option to eliminate or expand this report.
  551. Bad pivoting is found during DC analysis. Option dc_pivot_check=yes is
  552. recommended for possible improvement of convergence.
  553.  
  554. DC simulation time: CPU = 51.1852 s, elapsed = 51.2418 s.
  555. Important parameter values:
  556. start = 0 s
  557. outputstart = 0 s
  558. stop = 5 us
  559. step = 5 ns
  560. maxstep = 100 ns
  561. ic = all
  562. useprevic = no
  563. skipdc = no
  564. reltol = 1e-03
  565. abstol(V) = 1 uV
  566. abstol(I) = 1 pA
  567. temp = 27 C
  568. tnom = 27 C
  569. tempeffects = all
  570. errpreset = moderate
  571. method = traponly
  572. lteratio = 3.5
  573. relref = sigglobal
  574. cmin = 0 F
  575. gmin = 1 pS
  576.  
  577.  
  578. Output and IC/nodeset summary:
  579. save 108 (voltage)
  580.  
  581. Normal Mode
  582. Passing in on input the following bits: 11111000001111100000111110000011111000001111100000,
  583. Received from output the following bits: 11111000001111100000111110000011111000001111100000,
  584. Scan Mode
  585. tran: time = 33.35 ns (667 m%), step = 2.121 ps (42.4 u%)
  586.  
  587. Notice from spectre at time = 34.5226 ns during transient analysis `tran'.
  588. Found trapezoidal ringing on node SES_BSR50_TEST.I1.I0.I2.NM6:int_s.
  589. Notice from spectre at time = 35.5985 ns during transient analysis `tran'.
  590. Found trapezoidal ringing on node SES_BSR50_TEST.I1.I0.I2.NM6:int_s.
  591.  
  592. tran: time = 53.33 ns (1.07 %), step = 2.694 ps (53.9 u%)
  593. tran: time = 63.36 ns (1.27 %), step = 10.36 ps (207 u%)
  594. tran: time = 83.21 ns (1.66 %), step = 13.42 ps (268 u%)
  595. tran: time = 93.4 ns (1.87 %), step = 2.121 ps (42.4 u%)
  596. tran: time = 106 ns (2.12 %), step = 693.9 ps (13.9 m%)
  597. tran: time = 123.3 ns (2.47 %), step = 2.525 ps (50.5 u%)
  598. tran: time = 125.3 ns (2.51 %), step = 518.9 ps (10.4 m%)
  599. tran: time = 133.5 ns (2.67 %), step = 1.92 ps (38.4 u%)
  600. tran: time = 153.3 ns (3.07 %), step = 3.13 ps (62.6 u%)
  601. tran: time = 173.1 ns (3.46 %), step = 38.01 ps (760 u%)
  602. tran: time = 174.7 ns (3.49 %), step = 328.3 ps (6.57 m%)
  603. tran: time = 193.4 ns (3.87 %), step = 2.517 ps (50.3 u%)
  604. tran: time = 213.3 ns (4.27 %), step = 10.38 ps (208 u%)
  605. tran: time = 223.2 ns (4.46 %), step = 22.14 ps (443 u%)
  606. tran: time = 233.4 ns (4.67 %), step = 5.825 ps (116 u%)
  607. tran: time = 253.3 ns (5.07 %), step = 1.955 ps (39.1 u%)
  608. tran: time = 263.3 ns (5.27 %), step = 5.891 ps (118 u%)
  609. tran: time = 273.5 ns (5.47 %), step = 37.21 ps (744 u%)
  610. tran: time = 293.4 ns (5.87 %), step = 1.184 ps (23.7 u%)
  611. tran: time = 303.3 ns (6.07 %), step = 2.698 ps (54 u%)
  612. tran: time = 323 ns (6.46 %), step = 1.773 ns (35.5 m%)
  613. tran: time = 333.4 ns (6.67 %), step = 1.536 ps (30.7 u%)
  614. tran: time = 343.3 ns (6.87 %), step = 6.123 ps (122 u%)
  615. tran: time = 363.1 ns (7.26 %), step = 44.92 ps (898 u%)
  616. tran: time = 373.4 ns (7.47 %), step = 1.136 ps (22.7 u%)
  617. tran: time = 375 ns (7.5 %), step = 415.5 ps (8.31 m%)
  618. tran: time = 393.4 ns (7.87 %), step = 2.326 ps (46.5 u%)
  619. tran: time = 413.3 ns (8.27 %), step = 3.567 ps (71.3 u%)
  620. tran: time = 423.3 ns (8.47 %), step = 5.905 ps (118 u%)
  621. tran: time = 433.6 ns (8.67 %), step = 40.94 ps (819 u%)
  622. tran: time = 453.4 ns (9.07 %), step = 1.665 ps (33.3 u%)
  623. tran: time = 463.3 ns (9.27 %), step = 1.573 ps (31.5 u%)
  624. tran: time = 475.2 ns (9.5 %), step = 473.9 ps (9.48 m%)
  625. tran: time = 493.4 ns (9.87 %), step = 2.218 ps (44.4 u%)
  626. tran: time = 503.3 ns (10.1 %), step = 8.123 ps (162 u%)
  627. tran: time = 523.1 ns (10.5 %), step = 38.41 ps (768 u%)
  628. tran: time = 533.4 ns (10.7 %), step = 1.006 ps (20.1 u%)
  629. tran: time = 543.4 ns (10.9 %), step = 12.16 ps (243 u%)
  630. tran: time = 563.3 ns (11.3 %), step = 19.4 ps (388 u%)
  631. tran: time = 573.4 ns (11.5 %), step = 1.116 ps (22.3 u%)
  632. tran: time = 588.1 ns (11.8 %), step = 1.282 ns (25.6 m%)
  633. tran: time = 603.3 ns (12.1 %), step = 3.102 ps (62 u%)
  634. tran: time = 613.4 ns (12.3 %), step = 2.148 ps (43 u%)
  635. tran: time = 625.3 ns (12.5 %), step = 505.5 ps (10.1 m%)
  636. tran: time = 643.3 ns (12.9 %), step = 1.732 ps (34.6 u%)
  637. tran: time = 653.4 ns (13.1 %), step = 2.662 ps (53.2 u%)
  638. tran: time = 673 ns (13.5 %), step = 33.3 ps (666 u%)
  639. tran: time = 683.3 ns (13.7 %), step = 2.126 ps (42.5 u%)
  640. tran: time = 693.4 ns (13.9 %), step = 2.117 ps (42.3 u%)
  641. tran: time = 713.3 ns (14.3 %), step = 10.46 ps (209 u%)
  642. tran: time = 723.6 ns (14.5 %), step = 41.22 ps (824 u%)
  643. tran: time = 733.4 ns (14.7 %), step = 2.354 ps (47.1 u%)
  644. tran: time = 753.3 ns (15.1 %), step = 6.083 ps (122 u%)
  645. tran: time = 768.4 ns (15.4 %), step = 1.377 ns (27.5 m%)
  646. tran: time = 773.5 ns (15.5 %), step = 8.375 ps (168 u%)
  647. tran: time = 793.3 ns (15.9 %), step = 2.113 ps (42.3 u%)
  648. tran: time = 813.1 ns (16.3 %), step = 29.72 ps (594 u%)
  649. tran: time = 817.5 ns (16.3 %), step = 1.088 ns (21.8 m%)
  650. tran: time = 833.4 ns (16.7 %), step = 2.06 ps (41.2 u%)
  651. tran: time = 853.3 ns (17.1 %), step = 2.492 ps (49.8 u%)
  652. tran: time = 863.1 ns (17.3 %), step = 34.89 ps (698 u%)
  653. tran: time = 873.4 ns (17.5 %), step = 5.376 ps (108 u%)
  654. tran: time = 875 ns (17.5 %), step = 441.7 ps (8.83 m%)
  655. tran: time = 893.4 ns (17.9 %), step = 1.622 ps (32.4 u%)
  656. tran: time = 903.3 ns (18.1 %), step = 8.259 ps (165 u%)
  657. tran: time = 923.3 ns (18.5 %), step = 20.49 ps (410 u%)
  658. tran: time = 933.4 ns (18.7 %), step = 1.345 ps (26.9 u%)
  659. tran: time = 943.5 ns (18.9 %), step = 19.49 ps (390 u%)
  660. tran: time = 963.3 ns (19.3 %), step = 4.294 ps (85.9 u%)
  661. tran: time = 973.4 ns (19.5 %), step = 2.443 ps (48.9 u%)
  662. tran: time = 993.1 ns (19.9 %), step = 45.86 ps (917 u%)
  663. tran: time = 1.003 us (20.1 %), step = 8.444 ps (169 u%)
  664. tran: time = 1.013 us (20.3 %), step = 1.776 ps (35.5 u%)
  665. tran: time = 1.033 us (20.7 %), step = 5.067 ps (101 u%)
  666. tran: time = 1.046 us (20.9 %), step = 706.1 ps (14.1 m%)
  667. tran: time = 1.053 us (21.1 %), step = 3.202 ps (64 u%)
  668. tran: time = 1.073 us (21.5 %), step = 3.383 ps (67.7 u%)
  669. tran: time = 1.093 us (21.9 %), step = 40.31 ps (806 u%)
  670. tran: time = 1.095 us (21.9 %), step = 417.7 ps (8.35 m%)
  671. tran: time = 1.113 us (22.3 %), step = 2.259 ps (45.2 u%)
  672. tran: time = 1.125 us (22.5 %), step = 511.5 ps (10.2 m%)
  673. tran: time = 1.133 us (22.7 %), step = 2.587 ps (51.7 u%)
  674. tran: time = 1.153 us (23.1 %), step = 3.631 ps (72.6 u%)
  675. tran: time = 1.173 us (23.5 %), step = 20.42 ps (408 u%)
  676. tran: time = 1.183 us (23.7 %), step = 1.872 ns (37.4 m%)
  677. tran: time = 1.193 us (23.9 %), step = 2.881 ps (57.6 u%)
  678. tran: time = 1.213 us (24.3 %), step = 2.117 ps (42.3 u%)
  679. tran: time = 1.223 us (24.5 %), step = 2.061 ps (41.2 u%)
  680. tran: time = 1.243 us (24.9 %), step = 39.22 ps (784 u%)
  681. tran: time = 1.253 us (25.1 %), step = 1.797 ps (35.9 u%)
  682. tran: time = 1.264 us (25.3 %), step = 271.8 ps (5.44 m%)
  683. tran: time = 1.283 us (25.7 %), step = 3.919 ps (78.4 u%)
  684. tran: time = 1.293 us (25.9 %), step = 2.082 ps (41.6 u%)
  685. tran: time = 1.313 us (26.3 %), step = 5.628 ps (113 u%)
  686. tran: time = 1.333 us (26.7 %), step = 281.1 ps (5.62 m%)
  687. tran: time = 1.334 us (26.7 %), step = 26.76 ps (535 u%)
  688. tran: time = 1.353 us (27.1 %), step = 2.436 ps (48.7 u%)
  689. tran: time = 1.373 us (27.5 %), step = 5.363 ps (107 u%)
  690. tran: time = 1.375 us (27.5 %), step = 414.9 ps (8.3 m%)
  691. tran: time = 1.393 us (27.9 %), step = 2.069 ps (41.4 u%)
  692. tran: time = 1.413 us (28.3 %), step = 3.451 ps (69 u%)
  693. tran: time = 1.423 us (28.5 %), step = 1.564 ps (31.3 u%)
  694. tran: time = 1.439 us (28.8 %), step = 1.463 ns (29.3 m%)
  695. tran: time = 1.453 us (29.1 %), step = 1.552 ps (31 u%)
  696. tran: time = 1.463 us (29.3 %), step = 12.6 ps (252 u%)
  697. tran: time = 1.483 us (29.7 %), step = 3.456 ps (69.1 u%)
  698. tran: time = 1.493 us (29.9 %), step = 2.264 ps (45.3 u%)
  699. tran: time = 1.513 us (30.3 %), step = 19.18 ps (384 u%)
  700. tran: time = 1.524 us (30.5 %), step = 41 ps (820 u%)
  701. tran: time = 1.533 us (30.7 %), step = 2.057 ps (41.1 u%)
  702. tran: time = 1.553 us (31.1 %), step = 4.024 ps (80.5 u%)
  703. tran: time = 1.573 us (31.5 %), step = 17.93 ps (359 u%)
  704. tran: time = 1.583 us (31.7 %), step = 25 ps (500 u%)
  705. tran: time = 1.593 us (31.9 %), step = 5.766 ps (115 u%)
  706. tran: time = 1.613 us (32.3 %), step = 1.447 ps (28.9 u%)
  707. tran: time = 1.623 us (32.5 %), step = 16.28 ps (326 u%)
  708. tran: time = 1.625 us (32.5 %), step = 489.6 ps (9.79 m%)
  709. tran: time = 1.643 us (32.9 %), step = 2.583 ps (51.7 u%)
  710. tran: time = 1.653 us (33.1 %), step = 1.695 ps (33.9 u%)
  711. tran: time = 1.673 us (33.5 %), step = 17.59 ps (352 u%)
  712. tran: time = 1.684 us (33.7 %), step = 107.5 ps (2.15 m%)
  713. tran: time = 1.693 us (33.9 %), step = 8.36 ps (167 u%)
  714. tran: time = 1.713 us (34.3 %), step = 2.474 ps (49.5 u%)
  715. tran: time = 1.733 us (34.7 %), step = 12.58 ps (252 u%)
  716. tran: time = 1.743 us (34.9 %), step = 25 ps (500 u%)
  717. tran: time = 1.753 us (35.1 %), step = 4.777 ps (95.5 u%)
  718. tran: time = 1.773 us (35.5 %), step = 1.556 ps (31.1 u%)
  719. tran: time = 1.783 us (35.7 %), step = 2.038 ps (40.8 u%)
  720. tran: time = 1.803 us (36.1 %), step = 21.71 ps (434 u%)
  721. tran: time = 1.813 us (36.3 %), step = 1.1 ps (22 u%)
  722. tran: time = 1.833 us (36.7 %), step = 48.83 ps (977 u%)
  723. tran: time = 1.843 us (36.9 %), step = 9.54 ps (191 u%)
  724. tran: time = 1.853 us (37.1 %), step = 1.771 ps (35.4 u%)
  725. tran: time = 1.873 us (37.5 %), step = 3.535 ps (70.7 u%)
  726. tran: time = 1.875 us (37.5 %), step = 526.4 ps (10.5 m%)
  727. tran: time = 1.893 us (37.9 %), step = 1.275 ps (25.5 u%)
  728. tran: time = 1.903 us (38.1 %), step = 15.25 ps (305 u%)
  729. tran: time = 1.923 us (38.5 %), step = 3.481 ps (69.6 u%)
  730. tran: time = 1.933 us (38.7 %), step = 2.39 ps (47.8 u%)
  731. tran: time = 1.953 us (39.1 %), step = 31.54 ps (631 u%)
  732. tran: time = 1.963 us (39.3 %), step = 8.398 ps (168 u%)
  733. tran: time = 1.973 us (39.5 %), step = 2.039 ps (40.8 u%)
  734. tran: time = 1.993 us (39.9 %), step = 5.609 ps (112 u%)
  735. tran: time = 2.013 us (40.3 %), step = 40.29 ps (806 u%)
  736. tran: time = 2.014 us (40.3 %), step = 64.66 ps (1.29 m%)
  737. Scanned in on scan-in the following bits: 10101101011010110101101011010110101101011010110101,
  738. Update Mode
  739. tran: time = 2.033 us (40.7 %), step = 3.876 ps (77.5 u%)
  740.  
  741. Notice from spectre at time = 2.03527 us during transient analysis `tran'.
  742. Found trapezoidal ringing on node SES_BSR50_TEST.I1.I43.I3.NM6:int_s.
  743.  
  744. tran: time = 2.053 us (41.1 %), step = 6.278 ps (126 u%)
  745.  
  746. Notice from spectre at time = 2.05461 us during transient analysis `tran'.
  747. Found trapezoidal ringing on node SES_BSR50_TEST.I1.I49.I1.NM5.n1.
  748. Notice from spectre at time = 2.05573 us during transient analysis `tran'.
  749. Found trapezoidal ringing on node SES_BSR50_TEST.I1.I6.I1.PM5.n1.
  750. Further occurrences of this notice will be suppressed.
  751.  
  752. tran: time = 2.064 us (41.3 %), step = 215.8 ps (4.32 m%)
  753. Updated the values on the registers. Now outputting the scan-in: 10101101011010110101101011010110101101011010110101
  754. Capture Mode
  755. tran: time = 2.083 us (41.7 %), step = 1.889 ns (37.8 m%)
  756. tran: time = 2.093 us (41.9 %), step = 1.666 ps (33.3 u%)
  757. Capturing the input again: 11111000001111100000111110000011111000001111100000
  758. Scan Mode
  759. tran: time = 2.113 us (42.3 %), step = 7.998 ps (160 u%)
  760. tran: time = 2.123 us (42.5 %), step = 3.679 ps (73.6 u%)
  761. tran: time = 2.125 us (42.5 %), step = 506.4 ps (10.1 m%)
  762. tran: time = 2.135 us (42.7 %), step = 303.2 ps (6.06 m%)
  763. tran: time = 2.153 us (43.1 %), step = 1.859 ps (37.2 u%)
  764. tran: time = 2.173 us (43.5 %), step = 5.091 ps (102 u%)
  765. tran: time = 2.183 us (43.7 %), step = 3.675 ps (73.5 u%)
  766. tran: time = 2.194 us (43.9 %), step = 225 ps (4.5 m%)
  767. tran: time = 2.213 us (44.3 %), step = 1.542 ps (30.8 u%)
  768. tran: time = 2.223 us (44.5 %), step = 13.92 ps (278 u%)
  769. tran: time = 2.243 us (44.9 %), step = 4.552 ps (91 u%)
  770. tran: time = 2.253 us (45.1 %), step = 2.048 ps (41 u%)
  771. tran: time = 2.273 us (45.5 %), step = 9.446 ps (189 u%)
  772. tran: time = 2.284 us (45.7 %), step = 144 ps (2.88 m%)
  773. tran: time = 2.294 us (45.9 %), step = 106.3 ps (2.13 m%)
  774. tran: time = 2.313 us (46.3 %), step = 2.522 ps (50.4 u%)
  775. tran: time = 2.333 us (46.7 %), step = 5.366 ps (107 u%)
  776. tran: time = 2.343 us (46.9 %), step = 4.052 ps (81 u%)
  777. tran: time = 2.359 us (47.2 %), step = 1.631 ns (32.6 m%)
  778. tran: time = 2.373 us (47.5 %), step = 1.356 ps (27.1 u%)
  779. tran: time = 2.375 us (47.5 %), step = 504.8 ps (10.1 m%)
  780. tran: time = 2.393 us (47.9 %), step = 2.265 ps (45.3 u%)
  781. tran: time = 2.413 us (48.3 %), step = 3.945 ps (78.9 u%)
  782. tran: time = 2.423 us (48.5 %), step = 2.324 ps (46.5 u%)
  783. tran: time = 2.443 us (48.9 %), step = 25 ps (500 u%)
  784. tran: time = 2.453 us (49.1 %), step = 2.333 ps (46.7 u%)
  785. tran: time = 2.473 us (49.5 %), step = 495.3 ps (9.91 m%)
  786. tran: time = 2.483 us (49.7 %), step = 19.05 ps (381 u%)
  787. tran: time = 2.493 us (49.9 %), step = 2.647 ps (52.9 u%)
  788. tran: time = 2.513 us (50.3 %), step = 3.79 ps (75.8 u%)
  789. tran: time = 2.533 us (50.7 %), step = 17.39 ps (348 u%)
  790. tran: time = 2.543 us (50.9 %), step = 10.83 ps (217 u%)
  791. tran: time = 2.554 us (51.1 %), step = 39.47 ps (789 u%)
  792. tran: time = 2.573 us (51.5 %), step = 1.221 ps (24.4 u%)
  793. tran: time = 2.583 us (51.7 %), step = 12.92 ps (258 u%)
  794. tran: time = 2.603 us (52.1 %), step = 3.673 ps (73.5 u%)
  795. tran: time = 2.613 us (52.3 %), step = 1.741 ps (34.8 u%)
  796. tran: time = 2.625 us (52.5 %), step = 508.7 ps (10.2 m%)
  797. tran: time = 2.643 us (52.9 %), step = 2.198 ps (44 u%)
  798. tran: time = 2.653 us (53.1 %), step = 2.496 ps (49.9 u%)
  799. tran: time = 2.673 us (53.5 %), step = 3.48 ps (69.6 u%)
  800. tran: time = 2.693 us (53.9 %), step = 65.61 ps (1.31 m%)
  801. tran: time = 2.703 us (54.1 %), step = 312.7 ps (6.25 m%)
  802. tran: time = 2.713 us (54.3 %), step = 1.551 ps (31 u%)
  803. tran: time = 2.733 us (54.7 %), step = 1.579 ps (31.6 u%)
  804. tran: time = 2.743 us (54.9 %), step = 8.212 ps (164 u%)
  805. tran: time = 2.763 us (55.3 %), step = 9.683 ps (194 u%)
  806. tran: time = 2.773 us (55.5 %), step = 1.932 ps (38.6 u%)
  807. tran: time = 2.793 us (55.9 %), step = 10.66 ps (213 u%)
  808. tran: time = 2.804 us (56.1 %), step = 272 ps (5.44 m%)
  809. tran: time = 2.814 us (56.3 %), step = 225.8 ps (4.52 m%)
  810. tran: time = 2.833 us (56.7 %), step = 2.222 ps (44.4 u%)
  811. tran: time = 2.853 us (57.1 %), step = 5.514 ps (110 u%)
  812. tran: time = 2.863 us (57.3 %), step = 4.029 ps (80.6 u%)
  813. tran: time = 2.875 us (57.5 %), step = 542.2 ps (10.8 m%)
  814. tran: time = 2.893 us (57.9 %), step = 1.25 ps (25 u%)
  815. tran: time = 2.904 us (58.1 %), step = 59.15 ps (1.18 m%)
  816. tran: time = 2.923 us (58.5 %), step = 2.313 ps (46.3 u%)
  817. tran: time = 2.933 us (58.7 %), step = 2.924 ps (58.5 u%)
  818. tran: time = 2.953 us (59.1 %), step = 11.15 ps (223 u%)
  819. tran: time = 2.97 us (59.4 %), step = 1.74 ns (34.8 m%)
  820. tran: time = 2.974 us (59.5 %), step = 171.7 ps (3.43 m%)
  821. tran: time = 2.993 us (59.9 %), step = 2.277 ps (45.5 u%)
  822. tran: time = 3.013 us (60.3 %), step = 3.302 ps (66 u%)
  823. tran: time = 3.023 us (60.5 %), step = 1.761 ps (35.2 u%)
  824. tran: time = 3.043 us (60.9 %), step = 45 ps (900 u%)
  825. tran: time = 3.053 us (61.1 %), step = 2.134 ps (42.7 u%)
  826. tran: time = 3.073 us (61.5 %), step = 30.29 ps (606 u%)
  827. tran: time = 3.083 us (61.7 %), step = 8.323 ps (166 u%)
  828. tran: time = 3.093 us (61.9 %), step = 11.55 ps (231 u%)
  829. tran: time = 3.113 us (62.3 %), step = 2.178 ps (43.6 u%)
  830. tran: time = 3.125 us (62.5 %), step = 479.5 ps (9.59 m%)
  831. tran: time = 3.134 us (62.7 %), step = 166.7 ps (3.33 m%)
  832. tran: time = 3.153 us (63.1 %), step = 2.581 ps (51.6 u%)
  833. tran: time = 3.173 us (63.5 %), step = 5.515 ps (110 u%)
  834. tran: time = 3.183 us (63.7 %), step = 17.5 ps (350 u%)
  835. tran: time = 3.194 us (63.9 %), step = 243.1 ps (4.86 m%)
  836. tran: time = 3.213 us (64.3 %), step = 1.682 ps (33.6 u%)
  837. tran: time = 3.224 us (64.5 %), step = 104.2 ps (2.08 m%)
  838. tran: time = 3.243 us (64.9 %), step = 2.322 ps (46.4 u%)
  839. tran: time = 3.253 us (65.1 %), step = 2.186 ps (43.7 u%)
  840. tran: time = 3.273 us (65.5 %), step = 5.059 ps (101 u%)
  841. tran: time = 3.293 us (65.9 %), step = 61.37 ps (1.23 m%)
  842. tran: time = 3.297 us (65.9 %), step = 1.019 ns (20.4 m%)
  843. tran: time = 3.313 us (66.3 %), step = 2.382 ps (47.6 u%)
  844. tran: time = 3.333 us (66.7 %), step = 4.468 ps (89.4 u%)
  845. tran: time = 3.343 us (66.9 %), step = 2.146 ps (42.9 u%)
  846. tran: time = 3.363 us (67.3 %), step = 38.08 ps (762 u%)
  847. tran: time = 3.373 us (67.5 %), step = 897.9 fs (18 u%)
  848. tran: time = 3.375 us (67.5 %), step = 438.1 ps (8.76 m%)
  849. tran: time = 3.393 us (67.9 %), step = 2.312 ps (46.2 u%)
  850. tran: time = 3.413 us (68.3 %), step = 3.657 ps (73.1 u%)
  851. tran: time = 3.423 us (68.5 %), step = 1.777 ps (35.5 u%)
  852. tran: time = 3.443 us (68.9 %), step = 44.99 ps (900 u%)
  853. tran: time = 3.453 us (69.1 %), step = 2.295 ps (45.9 u%)
  854. tran: time = 3.473 us (69.5 %), step = 35.07 ps (701 u%)
  855. tran: time = 3.483 us (69.7 %), step = 10.5 ps (210 u%)
  856. tran: time = 3.493 us (69.9 %), step = 3.143 ps (62.9 u%)
  857. tran: time = 3.513 us (70.3 %), step = 3.589 ps (71.8 u%)
  858. tran: time = 3.533 us (70.7 %), step = 26.34 ps (527 u%)
  859. tran: time = 3.543 us (70.9 %), step = 23.4 ps (468 u%)
  860. tran: time = 3.553 us (71.1 %), step = 4.913 ps (98.3 u%)
  861. tran: time = 3.573 us (71.5 %), step = 1.522 ps (30.4 u%)
  862. tran: time = 3.583 us (71.7 %), step = 3.385 ps (67.7 u%)
  863. tran: time = 3.603 us (72.1 %), step = 44.19 ps (884 u%)
  864. tran: time = 3.613 us (72.3 %), step = 2.714 ps (54.3 u%)
  865. tran: time = 3.625 us (72.5 %), step = 484.5 ps (9.69 m%)
  866. tran: time = 3.643 us (72.9 %), step = 3.058 ps (61.2 u%)
  867. tran: time = 3.653 us (73.1 %), step = 1.95 ps (39 u%)
  868. tran: time = 3.673 us (73.5 %), step = 3.6 ps (72 u%)
  869. tran: time = 3.693 us (73.9 %), step = 27.84 ps (557 u%)
  870. tran: time = 3.703 us (74.1 %), step = 1.494 ns (29.9 m%)
  871. tran: time = 3.713 us (74.3 %), step = 2.103 ps (42.1 u%)
  872. tran: time = 3.733 us (74.7 %), step = 1.67 ps (33.4 u%)
  873. tran: time = 3.743 us (74.9 %), step = 1.936 ps (38.7 u%)
  874. tran: time = 3.763 us (75.3 %), step = 44.34 ps (887 u%)
  875. tran: time = 3.773 us (75.5 %), step = 963.8 fs (19.3 u%)
  876. tran: time = 3.793 us (75.9 %), step = 23.25 ps (465 u%)
  877. tran: time = 3.803 us (76.1 %), step = 23.75 ps (475 u%)
  878. tran: time = 3.813 us (76.3 %), step = 9.047 ps (181 u%)
  879. tran: time = 3.833 us (76.7 %), step = 2.585 ps (51.7 u%)
  880. tran: time = 3.853 us (77.1 %), step = 10.11 ps (202 u%)
  881. tran: time = 3.863 us (77.3 %), step = 18.9 ps (378 u%)
  882. tran: time = 3.874 us (77.5 %), step = 184.7 ps (3.69 m%)
  883. tran: time = 3.875 us (77.5 %), step = 478.4 ps (9.57 m%)
  884. tran: time = 3.893 us (77.9 %), step = 1.5 ps (30 u%)
  885. tran: time = 3.904 us (78.1 %), step = 39.79 ps (796 u%)
  886. tran: time = 3.924 us (78.5 %), step = 35.24 ps (705 u%)
  887. tran: time = 3.943 us (78.9 %), step = 1.542 ns (30.8 m%)
  888. tran: time = 3.953 us (79.1 %), step = 8.109 ps (162 u%)
  889. tran: time = 3.973 us (79.5 %), step = 2.223 ps (44.5 u%)
  890. tran: time = 3.993 us (79.9 %), step = 17.52 ps (350 u%)
  891. tran: time = 4.013 us (80.3 %), step = 6.292 ps (126 u%)
  892. tran: time = 4.023 us (80.5 %), step = 2.122 ps (42.4 u%)
  893. tran: time = 4.043 us (80.9 %), step = 4.307 ps (86.1 u%)
  894. tran: time = 4.054 us (81.1 %), step = 28.6 ps (572 u%)
  895. tran: time = 4.073 us (81.5 %), step = 2.401 ps (48 u%)
  896. tran: time = 4.093 us (81.9 %), step = 1.435 ps (28.7 u%)
  897. Received from scan-out the following bits: 11111000001111100000111110000011111000001111100000,
  898.  
  899. Flag is 0
  900.  
  901. Normal Mode
  902. Passing in on input the following bits: 11111000001111100000111110000011111000001111100000,
  903. Received from output the following bits: 10101101011010110101101011010110101101011010110101,
  904. tran: time = 4.119 us (82.4 %), step = 7.751 ns (155 m%)
  905. tran: time = 4.134 us (82.7 %), step = 15.5 ns (310 m%)
  906. Scan Mode
  907. tran: time = 4.166 us (83.3 %), step = 3.309 ps (66.2 u%)
  908. tran: time = 4.196 us (83.9 %), step = 19.41 ps (388 u%)
  909. tran: time = 4.226 us (84.5 %), step = 2.369 ns (47.4 m%)
  910. tran: time = 4.246 us (84.9 %), step = 4.306 ps (86.1 u%)
  911. tran: time = 4.276 us (85.5 %), step = 19.41 ps (388 u%)
  912. tran: time = 4.306 us (86.1 %), step = 63.26 ps (1.27 m%)
  913. tran: time = 4.326 us (86.5 %), step = 13.25 ps (265 u%)
  914. tran: time = 4.356 us (87.1 %), step = 7.166 ps (143 u%)
  915. tran: time = 4.376 us (87.5 %), step = 1.751 ns (35 m%)
  916. tran: time = 4.396 us (87.9 %), step = 10.44 ps (209 u%)
  917. tran: time = 4.426 us (88.5 %), step = 3.612 ps (72.2 u%)
  918. tran: time = 4.456 us (89.1 %), step = 25 ps (500 u%)
  919. tran: time = 4.476 us (89.5 %), step = 10.56 ps (211 u%)
  920. tran: time = 4.506 us (90.1 %), step = 3.057 ps (61.1 u%)
  921. tran: time = 4.536 us (90.7 %), step = 22.53 ps (451 u%)
  922. tran: time = 4.556 us (91.1 %), step = 23.36 ps (467 u%)
  923. tran: time = 4.586 us (91.7 %), step = 3.619 ps (72.4 u%)
  924. tran: time = 4.616 us (92.3 %), step = 45.07 ps (901 u%)
  925. tran: time = 4.626 us (92.5 %), step = 2.369 ns (47.4 m%)
  926. tran: time = 4.646 us (92.9 %), step = 4.306 ps (86.1 u%)
  927. tran: time = 4.676 us (93.5 %), step = 19.41 ps (388 u%)
  928. tran: time = 4.706 us (94.1 %), step = 63.26 ps (1.27 m%)
  929. tran: time = 4.726 us (94.5 %), step = 13.25 ps (265 u%)
  930. tran: time = 4.756 us (95.1 %), step = 7.166 ps (143 u%)
  931. tran: time = 4.786 us (95.7 %), step = 63.26 ps (1.27 m%)
  932. tran: time = 4.806 us (96.1 %), step = 4.306 ps (86.1 u%)
  933. tran: time = 4.836 us (96.7 %), step = 19.41 ps (388 u%)
  934. tran: time = 4.866 us (97.3 %), step = 63.26 ps (1.27 m%)
  935. tran: time = 4.876 us (97.5 %), step = 4.531 ns (90.6 m%)
  936. tran: time = 4.896 us (97.9 %), step = 16.06 ps (321 u%)
  937. tran: time = 4.926 us (98.5 %), step = 60.99 ps (1.22 m%)
  938. tran: time = 4.956 us (99.1 %), step = 494.9 ps (9.9 m%)
  939. tran: time = 4.976 us (99.5 %), step = 13.63 ps (273 u%)
  940.  
  941. The analog simulator has reached stop time, please use `analog -stop <new stop time>' to extend the analog stop time.
  942. Simulation stopped via transient analysis stoptime at time 5 US
  943. Memory Usage - 36.4M program + 591.8M data = 628.2M total
  944. CPU Usage - 1.2s system + 3221.9s user = 3223.1s total (99.3% cpu)
  945. ncsim> exit
  946. Number of accepted tran steps = 33084
  947.  
  948. Notice from spectre during transient analysis `tran'.
  949. Trapezoidal ringing is detected during tran analysis.
  950. Please use method=trap for better results and performance.
  951.  
  952.  
  953. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  954. Post-Transient Simulation Summary
  955. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  956. - To further speed up simulation, consider
  957. add ++aps on command line
  958. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  959.  
  960.  
  961. During simulation, the CPU load for active processors is :
  962. Spectre 0 (12.7 %) 1 (8.4 %) 2 (22.3 %) 3 (74.9 %)
  963. Other
  964. Initial condition solution time: CPU = 51.1852 s, elapsed = 51.2419 s.
  965.  
  966. **** AMSD: Mixed-Signal Activity Statistics ****
  967. Number of A-to-D events: 286
  968. Number of A-to-D events in IEs: 286
  969. Number of D-to-A events: 739
  970. Number of D-to-A events in IEs: 739
  971. Number of VHDL-AMS Breaks: 0
  972.  
  973. Intrinsic tran analysis time: CPU = 3.16631 ks, elapsed = 3.17217 ks.
  974. Total time required for tran analysis `tran': CPU = 3.21796 ks (53m 38.0s),
  975. elapsed = 3.22387 ks (53m 43.9s).
  976. Time accumulated: CPU = 3.22323 ks (53m 43.2s), elapsed = 3.23995 ks (53m
  977. 60.0s).
  978. Peak resident memory used = 231 Mbytes.
  979.  
  980.  
  981. Notice from spectre.
  982. 183 notices suppressed.
  983.  
  984. finalTimeOP: writing operating point information to rawfile.
  985.  
  986. Opening the PSF file ../psf/finalTimeOP.info ...
  987. modelParameter: writing model parameter values to rawfile.
  988.  
  989. Opening the PSF file ../psf/modelParameter.info ...
  990. element: writing instance parameter values to rawfile.
  991.  
  992. Opening the PSF file ../psf/element.info ...
  993. outputParameter: writing output parameter values to rawfile.
  994.  
  995. Opening the PSF file ../psf/outputParameter.info ...
  996. Simulation complete via transient analysis stoptime at time 5 US
  997. ncsim: Memory Usage - 36.4M program + 654.8M data = 691.2M total (757.2M Peak)
  998. ncsim: CPU Usage - 9.4s system + 3227.6s user = 3237.0s total (3246.4s, 99.7% cpu)
  999. TOOL: irun(64) 15.20-s016: Exiting on Apr 01, 2018 at 13:46:06 EDT (total: 00:54:19)
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