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coriolis/crlcore/etc/symbolic/phenitec06/technology.conf

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Added support for 3 metal layers symbolic Phenitec 0.6um. * New: In CRL/etc/symbolic/phenitec06, configuration for symbolic layout targeted for Phenitec 0.6um (do not contains any NDA covered informations). Could be used for any 3 metal layers techno. * Bug: In Cumulus/plugins/chip/Configuaration.py, _setStackposition() disable stack error when there is no slave component on the stack (happens when the stack consists only of one contact).
2019-08-12 08:41:17 -05:00
# -*- Mode:Python; explicit-buffer-name: "technology.conf<phenitec06>" -*-
from Hurricane import DbU
from helpers import sysConfDir
from helpers import l, u, n
from helpers.Technology import initTechno
# The informations here are extracted from the Alliance ".rds" file,
# and must be consistent with it.
#
# Provides standard settings for:
# - <viewerConfig>
# - <realLayersTable>
# - <compositeLayersTable>
# - <symbolicLayersTable>
# MOSIS SCN6M_DEEP is a portable technology where lengths are expresseds
# in symbolic unit (lambda). We only know that the lambda is equal to half
# the value of the technology, that is 180nm gives 90nm. We have no information
# about the foundry grid.
#
# We set the foundry grid to .0025um and set the gridsPerLambda to 10.
initTechno( { 'name' : 'phenitec06'
, 'precision' : 2
, 'gridValue' : 0.002
, 'gridUnit' : DbU.UnitPowerMicro
, 'gridsPerLambda' : 150
, 'symbolicGridStep': 1.0
, 'polygonStep' : 10.0
} )
execfile( sysConfDir+'/common/technology.conf' )
# Format of <layersExtensionsTable>:
# Each entry is a pair of (string, value).
# * string: a synthetic way to designate the real or symbolic layer on
# which it applies, an optional sub layer (BasicLayer) in case
# where there is more than one, and the dimension name.
# * value : the rule (dimension) value.
# Values/dimensions must be given using one of the following conversion
# function:
# * l(value) : value expressed in lambda (symbolic).
# * u(value) : value is expressed in microns.
# * n(value) : value is expressed in nanometers.
def scaleUp ( extensionsTable ):
scaled = []
for entry in extensionsTable:
scaled.append( ( entry[0], 2*entry[1] ) )
return scaled
#layersExtensionsTable = \
# [ ('METAL1.minimalSpacing' , l( 6.0))
# , ('METAL2.minimalSpacing' , l( 6.0))
# , ('METAL3.minimalSpacing' , l( 6.0))
# , ('METAL4.minimalSpacing' , l( 6.0))
# , ('METAL5.minimalSpacing' , l( 6.0))
# , ('METAL6.minimalSpacing' , l( 6.0))
# ] + \
# scaleUp( symbolicLayersExtensionsTable )
layersExtensionsTable = \
( ('METAL1.minimalSpacing' , l( 6.0))
, ('METAL2.minimalSpacing' , l( 6.0))
, ('METAL3.minimalSpacing' , l( 6.0))
#, ('METAL4.minimalSpacing' , l( 6.0))
#, ('METAL5.minimalSpacing' , l( 6.0))
#, ('METAL6.minimalSpacing' , l( 6.0))
, ('NWELL.nWell.extention.cap' , l( 4.0))
, ('PWELL.pWell.extention.cap' , l( 4.0))
, ('NTIE.minimum.width' , l( 3.0))
, ('NTIE.nWell.extention.cap' , l( 3.0))
, ('NTIE.nWell.extention.width' , l( 2.0))
, ('NTIE.nImplant.extention.cap' , l( 2.5))
, ('NTIE.nImplant.extention.width' , l( 1.5))
, ('NTIE.active.extention.cap' , l( 0.5))
, ('NTIE.active.extention.width' , l(-0.5))
, ('PTIE.minimum.width' , l( 3.0))
, ('PTIE.pWell.extention.cap' , l( 3.0))
, ('PTIE.pWell.extention.width' , l( 2.0))
, ('PTIE.pImplant.extention.cap' , l( 2.5))
, ('PTIE.pImplant.extention.width' , l( 1.5))
, ('PTIE.active.extention.cap' , l( 0.5))
, ('PTIE.active.extention.width' , l(-0.5))
, ('NDIF.minimum.width' , l( 3.0))
, ('NDIF.nImplant.extention.cap' , l( 4.0))
, ('NDIF.nImplant.extention.width' , l( 2.0))
, ('NDIF.active.extention.cap' , l( 2.0))
, ('NDIF.active.extention.width' , l( 0.0))
, ('PDIF.minimum.width' , l( 3.0))
, ('PDIF.pImplant.extention.cap' , l( 4.0))
, ('PDIF.pImplant.extention.width' , l( 2.0))
, ('PDIF.active.extention.cap' , l( 2.0))
, ('PDIF.active.extention.width' , l( 0.0))
, ('GATE.minimum.width' , l( 2.0))
, ('GATE.poly.extention.cap' , l( 2.5))
, ('NTRANS.minimum.width' , l( 2.0))
, ('NTRANS.nImplant.extention.cap' , l( 2.0))
, ('NTRANS.nImplant.extention.width' , l( 7.0))
, ('NTRANS.active.extention.cap' , l( 0.0))
, ('NTRANS.active.extention.width' , l( 3.0))
, ('NTRANS.poly.extention.cap' , l( 3.0))
, ('NTRANS.poly.extention.width' , l( 0.0))
, ('PTRANS.minimum.width' , l( 2.0))
, ('PTRANS.nWell.extention.cap' , l( 2.5))
, ('PTRANS.nWell.extention.width' , l( 7.5))
, ('PTRANS.pImplant.extention.cap' , l( 2.0))
, ('PTRANS.pImplant.extention.width' , l( 7.0))
, ('PTRANS.active.extention.cap' , l( 0.0))
, ('PTRANS.active.extention.width' , l( 3.0))
, ('PTRANS.poly.extention.cap' , l( 3.0))
, ('PTRANS.poly.extention.width' , l( 0.0))
, ('POLY.minimum.width' , l( 2.0))
, ('POLY.poly.extention.cap' , l( 1.0))
#, ('POLY2.minimum.width' , l( 2.0))
#, ('POLY2.poly2.extention.cap' , l( 2.0))
# Routing Layers (symbolic).
, ('METAL1.minimum.width' , l( 2.0))
, ('METAL1.metal1.extention.cap' , l( 2.0))
, ('METAL1.metal1.extention.width' , l( 1.0))
, ('METAL2.minimum.width' , l( 4.0))
, ('METAL2.metal2.extention.cap' , l( 2.0))
, ('METAL3.minimum.width' , l( 4.0))
, ('METAL3.metal3.extention.cap' , l( 2.0))
#, ('METAL4.minimum.width' , l( 4.0))
#, ('METAL4.metal4.extention.cap' , l( 2.0))
#, ('METAL5.minimum.width' , l( 4.0))
#, ('METAL5.metal5.extention.cap' , l( 2.0))
#, ('METAL6.minimum.width' , l(10.0))
#, ('METAL6.metal6.extention.cap' , l( 5.0))
#, ('METAL7.minimum.width' , l( 2.0))
#, ('METAL7.metal7.extention.cap' , l( 2.5))
#, ('METAL8.minimum.width' , l( 2.0))
#, ('METAL8.metal8.extention.cap' , l( 2.5))
# Blockages (symbolic).
, ('BLOCKAGE1.minimum.width' , l( 4.0))
, ('BLOCKAGE1.blockage1.extention.cap' , l( 2.0))
, ('BLOCKAGE1.blockage1.extention.width', l( 0.5))
, ('BLOCKAGE2.minimum.width' , l( 4.0))
, ('BLOCKAGE2.blockage2.extention.cap' , l( 2.0))
, ('BLOCKAGE3.minimum.width' , l( 4.0))
, ('BLOCKAGE3.blockage3.extention.cap' , l( 2.0))
#, ('BLOCKAGE4.minimum.width' , l( 4.0))
#, ('BLOCKAGE4.blockage4.extention.cap' , l( 2.0))
#, ('BLOCKAGE5.minimum.width' , l( 4.0))
#, ('BLOCKAGE5.blockage5.extention.cap' , l( 2.0))
#, ('BLOCKAGE6.minimum.width' , l( 8.0))
#, ('BLOCKAGE6.blockage6.extention.cap' , l( 2.5))
#, ('BLOCKAGE7.minimum.width' , l( 2.0))
#, ('BLOCKAGE7.blockage6.extention.cap' , l( 4.0))
#, ('BLOCKAGE8.minimum.width' , l( 2.0))
#, ('BLOCKAGE8.blockage6.extention.cap' , l( 4.0))
# Contacts (i.e. Active <--> Metal) (symbolic).
, ('CONT_BODY_N.minimum.side' , l( 2.0))
, ('CONT_BODY_N.nWell.enclosure' , l( 4.0))
, ('CONT_BODY_N.nImplant.enclosure' , l( 3.5))
, ('CONT_BODY_N.active.enclosure' , l( 1.5))
, ('CONT_BODY_N.metal1.enclosure' , l( 1.0))
, ('CONT_BODY_P.minimum.side' , l( 2.0))
, ('CONT_BODY_P.pWell.enclosure' , l( 4.0))
, ('CONT_BODY_P.pImplant.enclosure' , l( 3.5))
, ('CONT_BODY_P.active.enclosure' , l( 1.5))
, ('CONT_BODY_P.metal1.enclosure' , l( 1.0))
, ('CONT_DIF_N.minimum.side' , l( 2.0))
, ('CONT_DIF_N.nImplant.enclosure' , l( 4.0))
, ('CONT_DIF_N.active.enclosure' , l( 2.0))
, ('CONT_DIF_N.metal1.enclosure' , l( 1.0))
, ('CONT_DIF_P.minimum.side' , l( 2.0))
, ('CONT_DIF_P.pImplant.enclosure' , l( 4.0))
, ('CONT_DIF_P.active.enclosure' , l( 2.0))
, ('CONT_DIF_P.metal1.enclosure' , l( 1.0))
, ('CONT_POLY.minimum.width' , l( 2.0))
, ('CONT_POLY.poly.enclosure' , l( 2.0))
, ('CONT_POLY.metal1.enclosure' , l( 1.0))
# VIAs (i.e. Metal <--> Metal) (symbolic).
, ('VIA12.minimum.side' , l( 2.0))
, ('VIA12.metal1.enclosure' , l( 1.0))
, ('VIA12.metal2.enclosure' , l( 1.0))
, ('VIA23.minimum.side' , l( 2.0))
, ('VIA23.metal2.enclosure' , l( 1.0))
, ('VIA23.metal3.enclosure' , l( 1.0))
#, ('VIA34.minimum.side' , l( 2.0))
#, ('VIA34.metal3.enclosure' , l( 1.0))
#, ('VIA34.metal4.enclosure' , l( 1.0))
#, ('VIA45.minimum.side' , l( 2.0))
#, ('VIA45.metal4.enclosure' , l( 1.0))
#, ('VIA45.metal5.enclosure' , l( 1.0))
#, ('VIA56.minimum.side' , l( 5.0))
#, ('VIA56.metal5.enclosure' , l( 1.0))
#, ('VIA56.metal6.enclosure' , l( 1.5))
#, ('VIA67.minimum.side' , l( 2.0))
#, ('VIA67.metal6.enclosure' , l( 3.0))
#, ('VIA67.metal7.enclosure' , l( 3.0))
#, ('VIA78.minimum.side' , l( 2.0))
#, ('VIA78.metal7.enclosure' , l( 3.0))
#, ('VIA78.metal8.enclosure' , l( 3.0))
)
# Format of an entry in the table:
# (Symbolic_Name, CIF_Name, GDSII_Number)
gdsLayersTable = \
( ("pWell" , "CWN" , 41, 0)
, ("nWell" , "CWP" , 42, 0)
, ("active" , "CAA" , 43, 0)
, ("pImplant", "CSP" , 44, 0)
, ("nImplant", "CSN" , 45, 0)
, ("poly" , "CPG" , 46, 0)
#, ("poly2" , "CM1" , 49, 0) # poly2 is in fact metal1.
, ("cut0" , "CCC" , 25, 0)
, ("metal1" , "CM1" , 49, 0)
, ("cut1" , "CV1" , 50, 0)
, ("metal2" , "CM2" , 51, 0)
, ("cut2" , "CV2" , 61, 0)
, ("metal3" , "CM3" , 62, 0)
, ("cut3" , "CV3" , 30, 0)
#, ("metal4" , "CM4" , 31, 0)
#, ("cut4" , "CV4" , 32, 0)
#, ("metal5" , "CM5" , 33, 0)
#, ("cut5" , "CV5" , 36, 0)
#, ("metal6" , "CM6" , 37, 0)
)