S No
KPI
MOC_Name
E-RAB Accessibilty Acc essibilty improvement 1 E-RAB Accessibilty Acc essibilty improvement 2
AdmissionControl
3
AdmissionControl
4
AdmissionControl
5
AdmissionControl
6
E-RAB Accessibilty Acc essibilty improvement 7 E-RAB Accessibilty Acc essibilty improvement 8
AdmissionControl
AdmissionControl AdmissionControl AdmissionControl AdmissionControl
9
AirIfLoadProfile
10 11
AirIfLoadProfile
AirIfLoadProfile
12
AirIfLoadProfile
13
AirIfLoadProfile
14
AirIfLoadProfile
15
AnrFunction
16
AnrFunction
17
AnrFunction
18
AnrFunction
19
AnrFunction
20
AnrFunction
21
AnrFunctionEUtran
22
Cdma2000FreqBand
23
Cdma2000FreqBand
24
RRC -Accessibilty -Acc essibilty improvement 25 26
Cdma2000FreqBand
27
DataRadioBearer
28
DataRadioBearer
29
DataRadioBearer
30
DataRadioBearer DataRadioBearer
RRC -Accessibilty -Acc essibilty improvement 31 32
DataRadioBearer
33
ENodeBFunction
34
ENodeBFunction
35
ENodeBFunction
36
ENodeBFunction
37
ENodeBFunction
38
ENodeBFunction
39
ENodeBFunction
40
ENodeBFunction
41
ENodeBFunction
DataRadioBearer DataRadioBearer
42
ENodeBFunction
43
ENodeBFunction
44
ENodeBFunction
45
ENodeBFunction
46
ENodeBFunction
47
ENodeBFunction
48
ENodeBFunction
49
EUtranCellFDD
50
EUtranCellFDD
51
EUtranCellFDD
52
EUtranCellFDD
53
EUtranCellFDD
54
EUtranCellFDD
55
EUtranCellFDD
56
EUtranCellFDD
57
EUtranCellFDD
58
EUtranCellFDD
59
EUtranCellFDD
60
EUtranCellFDD
61
EUtranCellFDD
62
EUtranCellFDD
63
EUtranCellFDD
64
EUtranCellFDD
65
EUtranCellFDD
66
EUtranCellFDD
67
EUtranCellFDD
68
EUtranCellFDD
69
EUtranCellFDD
70
EUtranCellFDD
71 72
EUtranCellFDD
EUtranCellFDD
73
EUtranCellFDD
74
EUtranCellFDD
75
EUtranCellFDD
76
EUtranCellFDD
77
EUtranCellFDD
78
EUtranCellFDD
79
EUtranCellFDD
80
EUtranCellFDD
81
EUtranCellFDD
82
EUtranCellFDD
83
EUtranCellFDD
84
EUtranCellFDD
85
EUtranCellFDD
86
EUtranCellFDD
87
EUtranCellFDD
88
EUtranCellFDD
89
EUtranCellFDD
42
ENodeBFunction
43
ENodeBFunction
44
ENodeBFunction
45
ENodeBFunction
46
ENodeBFunction
47
ENodeBFunction
48
ENodeBFunction
49
EUtranCellFDD
50
EUtranCellFDD
51
EUtranCellFDD
52
EUtranCellFDD
53
EUtranCellFDD
54
EUtranCellFDD
55
EUtranCellFDD
56
EUtranCellFDD
57
EUtranCellFDD
58
EUtranCellFDD
59
EUtranCellFDD
60
EUtranCellFDD
61
EUtranCellFDD
62
EUtranCellFDD
63
EUtranCellFDD
64
EUtranCellFDD
65
EUtranCellFDD
66
EUtranCellFDD
67
EUtranCellFDD
68
EUtranCellFDD
69
EUtranCellFDD
70
EUtranCellFDD
71 72
EUtranCellFDD
EUtranCellFDD
73
EUtranCellFDD
74
EUtranCellFDD
75
EUtranCellFDD
76
EUtranCellFDD
77
EUtranCellFDD
78
EUtranCellFDD
79
EUtranCellFDD
80
EUtranCellFDD
81
EUtranCellFDD
82
EUtranCellFDD
83
EUtranCellFDD
84
EUtranCellFDD
85
EUtranCellFDD
86
EUtranCellFDD
87
EUtranCellFDD
88
EUtranCellFDD
89
EUtranCellFDD
90
EUtranCellFDD
91
EUtranCellFDD
92
EUtranCellFDD
93
RRC -Accessibilty -Acc essibilty improvement 94 RRC -Accessibilty -Acc essibilty improvement 95
EUtranCellFDD
96
EUtranCellFDD
97
EUtranCellFDD
98
EUtranCellFDD
99
EUtranCellFDD
100
EUtranCellFDD
101
EUtranCellFDD
102
EUtranCellFDD
103
EUtranCellFDD
104
EUtranCellFDD
105
EUtranCellFDD EUtranCellFDD
RRC -Accessibilty -Acc essibilty improvement 106 RRC -Accessibilty -Acc essibilty improvement 107 RRC -Accessibilty -Acc essibilty improvement 108 109
EUtranCellFDD
110
EUtranCellFDD
111
EUtranCellFDD
112
EUtranCellFDD
113
EUtranCellFDD
114
EUtranCellFDD
115
EUtranCellFDD
116
EUtranCellFDD
117
EUtranCellFDD
118
EUtranCellFDD
119 120
EUtranCellFDD
EUtranCellFDD
121
EUtranCellFDD
122
EUtranCellFDD
123
EUtranCellFDD
124
EUtranCellFDD
125
EUtranCellFDD
126
EUtranCellFDD
127
EUtranCellFDD
128
EUtranCellFDD
129
EUtranCellFDD
130
EUtranCellFDD
131
EUtranCellFDD
132
EUtranCellFDD
133
EUtranCellFDD
134
EUtranCellFDD
135
EUtranCellFDD
136
EUtranCellFDD
137
EUtranCellFDD
EUtranCellFDD EUtranCellFDD EUtranCellFDD GeranFreqGroupRela
138
EUtranCellFDD
139
EUtranCellFDD
140
EUtranCellFDD
141
EUtranCellFDD
142
EUtranCellFDD
143
EUtranCellFDD
144
EUtranCellFDD
145
EUtranCellFDD
146
EUtranCellFDD
147
EUtranCellRelation
148
EUtranCellRelation
149
EUtranCellRelation
150
EUtranCellRelation
151
EUtranCellRelation
152
EUtranCellRelation
153
EUtranFreqRelation
154
EUtranFreqRelation
155
EUtranFreqRelation
156
EUtranFreqRelation
157
EUtranFreqRelation
158
EUtranFreqRelation
159
EUtranFreqRelation
160
EUtranFreqRelation
161
EUtranFreqRelation
162
EUtranFreqRelation
163
EUtranFreqRelation
164
EUtranFreqRelation
165
EUtranFreqRelation
166
RRC -Accessibilty improvement 167 168
LoicalC!annelGroup
169
"ACConfiuration
"ACConfiuration "ACConfiuration
RRC -Accessibilty improvement 170 171
Pain
172
Pain
173
Pain
174
Pain
175
PmE#ent$er#ice
176
PmE#ent$er#ice
177
PmE#ent$er#ice
178
PmE#ent$er#ice
179
PmE#ent$er#ice
180
PmE#ent$er#ice
181
PmE#ent$er#ice
182
PmE#ent$er#ice
183
PmE#ent$er#ice
184
%ciProfilePredefined
185
%ciProfilePredefined
"ACConfiuration
186
%ciProfilePredefined
187
%ciProfilePredefined
188
%ciProfilePredefined
189
%ciProfilePredefined
190
%ciProfilePredefined
191
%ciProfilePredefined
192
%ciProfilePredefined
193
%ciProfilePredefined
194
%ciProfilePredefined
195
%ciProfilePredefined
196
R&sConfiuration
197
198 RRCE-RAB Accessibilty improvement
R&sConfiuration
199
ReportConfiA'Prim
200
ReportConfiA'Prim
201
ReportConfiA'Prim
202
ReportConfiA'Prim
203
ReportConfiA'$ec
204
ReportConfiA'$ec
205
ReportConfiA'$ec
206
ReportConfiA'$ec
207
ReportConfiA(
208
ReportConfiA(
209
ReportConfiA(
210
ReportConfiA(
211
ReportConfiA(
212
ReportConfiA(
213
ReportConfiA(
214
ReportConfiA(Anr
215 216
ReportConfiA(Anr
ReportConfiA(Anr
217
ReportConfiA(Anr
218
ReportConfiA(Anr
219
ReportConfiA(Anr
220
ReportConfiB2Cdma
221
ReportConfiB2Cdma
222
ReportConfiB2Cdma
223
ReportConfiB2Cdma
224
ReportConfiB2Cdma
225
ReportConfiB2Cdma
226
ReportConfiB2Gera
227
ReportConfiB2Gera
228
ReportConfiB2Gera
229
ReportConfiB2Gera
230
ReportConfiB2Gera
231
ReportConfiB2Gera
232
ReportConfiB2Utra
233
ReportConfiB2Utra
Rcs
234
ReportConfiB2Utra
235
ReportConfiB2Utra
236
ReportConfiB2Utra
237
ReportConfiB2Utra
238
ReportConfiB2Utra
239
ReportConfiB2Utra
240
ReportConfiEUtraBa
241
ReportConfiEUtraBa
242
ReportConfiEUtraBa
243
ReportConfiEUtraBa
244
ReportConfiEUtraBa
245
ReportConfiEUtraBa
246
ReportConfiEUtraBa
247
ReportConfiEUtraBa
248
ReportConfiEUtraBa
249
ReportConfiEUtraBa
250
ReportConfiEUtraBa
251
ReportConfiEUtraBa
252
ReportConfiEUtraBa
253
ReportConfiEUtraBa
254
ReportConfiEUtraBa
255
ReportConfiEUtraBa
256
ReportConfiEUtraBe
257
ReportConfiEUtraBe
258
ReportConfiEUtraBe
259
ReportConfiEUtraBe
260
ReportConfiEUtraBe
261
ReportConfiEUtraBe
262
ReportConfiEUtraBe
263 264
ReportConfiEUtraBe
ReportConfiEUtraBe
265
ReportConfiEUtraBe
266
ReportConfiEUtraInt
267
ReportConfiEUtraInt
268
ReportConfiEUtraInt
269
ReportConfiEUtraInt
270
ReportConfiEUtraInt
271
ReportConfiEUtraInt
272
ReportConfiEUtraInt
273
ReportConfiEUtraInt
274
ReportConfiEUtraInt
275
ReportConfiEUtraInt
276
ReportConfiEUtraInt
277
ReportConfiEUtraInt
278
ReportConfiEUtraInt
279
ReportConfiEUtraInt
280
ReportConfiEUtraInt
281
ReportConfiEUtraInt
282
ReportConfiEUtraInt
283
ReportConfiEUtraInt
284
Rrc
285
Rrc
286 RRC connec!on est"blis#ment proce$%re&
Rrc
287 RRC connec!on re-est"blis#ment proce$%re& Rrc 288 e'B sen$s t#is p"r"meter to t#e (E in t#e m Rrc 289
Rrc
290 p#ysic"l l"yer problems&
Rrc
291 RRC connec!on re-est"blis#ment&
Rrc
292
Rrc
293
$ectorEquipmentFun
294
$ecurit)*andlin
295
$ecurit)*andlin
296
$ecurit)*andlin
297
$inalinRadioBearer
298
$inalinRadioBearer
299
$)stemConstants
300
Ue"easControl
301
Ue"easControl
302
Ue"easControl
303
Ue"easControl
304
Ue"easControl
305
Ue"easControl
306
Ue"easControl
307
Ue"easControl
308
Ue"easControl
309
Ue"easControl
310
Ue"easControl
311 312
Ue"easControl
Ue"easControl
313
Ue"easControl
314
UtranFreqRelation
315
UtranFreqRelation
316
UtranFreqRelation
317 318 319
EUtranCellFDD
RRC -Accessibilty improvement
EUtranCellFDD $)stem Constant,Inte
320
$)stem Constant,Inte
321
$)stem Constant,Inte
322
$)stem Constant,Inte
323
$)stem Constant,Inte
324
$)stem Constant,Inte
325
$)stem Constant,Inte
326
$)stem Constant,Inte
Ericsson Parameter Details-12B
Parameters Name
Baseline_Value
dlNonG&rRatio
(00
dl-ransN.Band.idt!
'000
emerenc)ArpLimit/deprecated since L''B
1
nrfBearersReser#ed/deprecated since L''B
0
nrfRrcConnectedReser#ed
0
paArp#erride
1
ulNonG&rRatio
(00
ul-ransN.Band.idt!
'000
ail*i!Prio
2 /N3*IG*3PRI3LAD
ailLo.Prio"od-)pe
0 /%P$43"D3$C*
dlPr&LoadLe#el
0
nofcnPr&$eries
'
traffic"odelPr&3&itRatePer%ci
000000000
traffic"odelPr&3qciDist$inr"edium
'00 0 0 0 0 0 0 0 0
anrUesEUtraIntraF"a5
2
anrUesEUtraIntraF"in
0
cellAddRsrp-!res!oldEutran
67(0/67(dB
remo#eNcell-ime
(
remo#eNen&-ime
'
remo#eNrel-ime
(
anrIntraFreq$tate
' /AC-I8A-ED
cellReselectionPriorit)
0
t!res!9*i!*rpd
20
t!res!9Lo.*rpd
20
dl"a5Ret5-!res!old
:
dlPollPDU
';
tPollRetransmitDl
(0
tPollRetransmitUl
(0
t$tatusPro!i&itDl
2(
t$tatusPro!i&itUl
2(
ul"a5Ret5-!res!old
:
ulPollPDU
';
dl-ransN.Band.idt!
'000
dnsLoo
' /N
dnsLoo
0
dscpLa&el
2=
enode&plmnid3mnclent!
2
nnsf"ode
' /RPL"N3IF3$A"E3A$3$PL"N
oa"Lin<$uper8isionActi#e
'
s'Retr)-imer
>0
sc!edulin$trate)6Depricated since L'2A
' /RUND3RBIN
t*DataF.dReorderin6Depricated since L'>A
'00
timeAndP!ase$)nc!Critical
0
ul$c!edulerD)namicB?AllocationEna&led
'
ul-ransN.Band.idt!
'000
52IpAddr8ia$'Acti#e
'
52retr)-imer"a5Auto
'==0
52retr)-imer$tart
>0
acBarrinInfo3acBarrinFactorFor"oData
7(
acBarrinInfo3acBarrinFactorFor"o$inallin
7(
acBarrinInfo3acBarrinForEmerenc)
0
acBarrinInfo3acBarrinInfoPresent
0
acBarrinInfo3acBarrin"oDataPresent
0
acBarrinInfo3acBarrin"o$inallinPresent
0
acBarrinInfo3acBarrin$pecialAcFor"oData
false false false false false
acBarrinInfo3acBarrin$pecialAcFor"o$inallin
false false false false false
acBarrinInfo3acBarrin-imeFor"oData
;=
acBarrinInfo3acBarrin-imeFor"o$inallin
;=
additionalPlmnReser#edList
false false false false false
aps$uplActi#e
0
altitude
0
cellRane
'(
c!aneNotification3c!aneNotification$IB'
0
c!aneNotification3c!aneNotification$IB2
0
c!aneNotification3c!aneNotification$IB>
0
c!aneNotification3c!aneNotification$IB=
0
c!aneNotification3c!aneNotification$IB(
0
c!aneNotification3c!aneNotification$IB;
0
c!aneNotification3c!aneNotification$IB1
0
c!aneNotification3c!aneNotification$IB:
0
confidence
'00
confiura&leFrequenc)$tart6deprecated/dlconfiura&le 0 co#-rierdBlind*oAllo.ed
'
dlC!annelBand.idt!
'0000
dlConfiura&leFrequenc)$tart
0
dlFrequenc)AllocationProportion
'00
dlInterference"anaementActi#e
'
dr5Acti#e
'
eutranCellCo#erae3posCellBearin
0
eutranCellCo#erae3posCellpeninAnle
'200
eutranCellCo#erae3posCellRadius
'(000
frame$tartffset3su&Frameffset/Deprecated since L 0 frame$tartffset3s)m&olffset/Deprecated since L'0 0 frame$tartffset3timeffset/Deprecated since L'0B6 0 idle"ode"o&ilit)ControlInfoActi#e6Deprecated since L 0 mappinInfo3mappinInfo$IB>
' /"APPED3$I3'
mappinInfo3mappinInfo$IB=
2 /"APPED3$I32
mappinInfo3mappinInfo$IB(
0 /N-3"APPED
mappinInfo3mappinInfo$IB;
0 /N-3"APPED
mappinInfo3mappinInfo$IB1
0 /N-3"APPED
mappinInfo3mappinInfo$IB:
> /"APPED3$I3>
minBestCell*oAttempts/Deprecated $ince L'>A6!as n ' modificationPeriodCoeff
2
nofPucc!CqiUsers
'20
nofPucc!$rUsers
'20
nrf$)m&olsPdcc!
'
orient"a@orA5is
0
otdoa$uplActi#e
0
partfRadioPo.er/Deprecated $ince L''B
'00
partf$ectorPo.er
'00
p"a5$er#inCell
'000
primar)PlmnReser#ed
0
prsConfiInde5
6'
prsPeriod
> /PP'2:0
pucc!#erdimensionin
0
peroNominalPucc!
6'0>
peroNominalPusc!
67;
qR5Le#"in
6'20
qR5Le#"in
6''(
qR5Le#"inffset
'000 /0dB
siPeriodicit)3siPeriodicit)$I'
:
siPeriodicit)3siPeriodicit)$I2
';
siPeriodicit)3siPeriodicit)$I>
>2
siPeriodicit)3siPeriodicit)$I=
;=
siPeriodicit)3siPeriodicit)$I(
;=
siPeriodicit)3siPeriodicit)$I;
;=
siPeriodicit)3siPeriodicit)$I1
;=
si?indo.Lent!
'0
s)stemInformationBloc<>3nCellC!ane*i!
'0
s)stemInformationBloc<>3nCellC!ane"edium
(
s)stemInformationBloc<>3q*)st
=
s)stemInformationBloc<>3q*)st$f*i!
6=
s)stemInformationBloc<>3q*)st$f"edium
6=
s)stemInformationBloc<>3sIntra$earc!
;2
s)stemInformationBloc<>3sNonIntra$earc!
';
s)stemInformationBloc<>3tE#aluation
>0
s)stemInformationBloc<>3t!res!$er#inLo.
0
s)stemInformationBloc<>3t*)stNormal
>0
s)stemInformationBloc<;3tReselectionUtra
2
s)stemInformationBloc<;3tReselectionUtra$f*i!
'00 /'
s)stemInformationBloc<;3tReselectionUtra$f"edium '00 /' s)stemInformationBloc<13tReselectionGeran
2
s)stemInformationBloc<13tReselectionGeran$f*i!
'00 /'
s)stemInformationBloc<13tReselectionGeran$f"ediu '00 /' s)stemInformationBloc<:3searc!?indo.$ieCdma
'0
s)stemInformationBloc<:3tReselectionCdma*rpd
2
s)stemInformationBloc<:3tReselectionCdma*rpd$f*i '00 /'
s)stemInformationBloc<:3tReselectionCdma*rpd$f"e'00/' t!res!$er#inLo.
0
ulC!annelBand.idt!
'0000
ulConfiura&leFrequenc)$tart
0
ulFrequenc)AllocationProportion
'00
ulInterference"anaementActi#e
'
uncertAltitude
0
uncert$emi"a@or
0
uncert$emi"inor
0
cellIndi#idualffsetEUtran
0
co#eraeIndicator
0 /NNE
includeIn$)stemInformation
'
is*oAllo.ed
'
qffsetCellEUtran
0
supported"o&ilit)Relation-)pe
' /*AND8ER3AND3CELL3RE$E
allo.ed"easBand.idt!
;
cellReselectionPriorit)
;
connected"ode"o&ilit)Prio
1
includeIn$)stemInformation
'
mo&ilit)Action
' /*AND8ER
p"a5
'000
presenceAntennaPort'
'
qffsetFreq
0
qR5Le#"in
6'20
t!res!9Lo.
0
tReselectionEutra
'
tReselectionEutra$f*i!
(0 /0(
tReselectionEutra$f"edium
(0 /0(
ul"inBitRate/Deprecated since L'2A
0
dl"a5*AR%-5
=
tPeriodicB$R-imer
(
t-imeAlinment-imer
0
ul"a5*AR%-5
=
defaultPainC)cle
2(;
ma5NofPainRecords
>
nB
2 /-
painDiscard-imer
>
cell-raceDataLe#el
'
cell-raceFile$ie
'000
cell-race*i!PrioReser#e
0
r&sUe-raceE#ent$treaminPort
('(=>
streamPortPmUe-race
('(=>
totalCell-race$torae$ie
:0000
totalE#ent$torae$ie
'00000
totalUe-race$torae$ie
';000
ue-raceFile$ie
'000
a&sPrio#erride
' /*I3PRI38ERRIDE
a&sPrio#erride
' /*I3PRI38ERRIDE
a&sPrio#erride
' /*I3PRI38ERRIDE
rlc"ode
0 /A"
dataF.dPer%ciEna&led
'
dataF.dPer%ciEna&led
'
dataF.dPer%ciEna&led
'
dataF.dPer%ciEna&led
'
dataF.dPer%ciEna&led
'
aqm"ode
' /"DE'
dataF.dPer%ciEna&led
'
dl"inBitRate
0
ConfiFaultReason3faultReason
'0
r&sConfiLe#el
0 /UNDEFINED
tInacti#it)-imer
'0
a'-!res!oldRsrpPrim
6'>;
a'-!res!oldRsrqPrim
6'72
!)steresisA'Prim
'0/'dB
time-o-rierA'Prim
;=0
a'-!res!oldRsrp$ec
6'>;
a'-!res!oldRsrq$ec
6'72
!)steresisA'$ec
'0/'dB
time-o-rierA'$ec
;=0
a(-!res!old'Rsrp
6'=0
a(-!res!old'Rsrq
6'7(
a(-!res!old2Rsrp
6'>;
a(-!res!old2Rsrq
6'72
!)steresisA(
'0/'dB
time-o-rierA(
;=0
trier%uantit)A(
0 /R$RP
a(-!res!old'RsrpAnrDelta
'
a(-!res!old'RsrqAnrDelta
'0
a(-!res!old2RsrpAnrDelta
'
a(-!res!old2RsrqAnrDelta
'0
!)steresisA(
'0/'dB
time-o-rierA(
;=0
&2-!res!old'Rsrp
6'=0
&2-!res!old'Rsrq
6'7(
&2-!res!old2Cdma2000
6'(
!)steresisB2
'0/'dB
time-o-rierB2
;=0
trier%uantit)B2
0 /R$RP
&2-!res!old'Rsrp
6'=0
&2-!res!old'Rsrq
6'7(
&2-!res!old2Geran
6''0
!)steresisB2
'0/'dB
time-o-rierB2
;=0
trier%uantit)B2
0 /R$RP
&2-!res!old'Rsrp
6'=0
&2-!res!old'Rsrq
6'7(
&2-!res!old2EcNoUtra
62=0 /62=dB
&2-!res!old2RscpUtra
6''(
!)steresisB2
'0/'dB
time-o-rierB2
;=0
trier%uantit)B2
0 /R$RP
trier%uantit)UtraB2
0 /R$CP
a2-!res!oldRsrpPrim
6'':
a2-!res!oldRsrqPrim
6'7(
!)steresisA2Prim
20/2dB
reportAmountA2Prim
0
reportInter#alA2Prim
2 /"$3=:0
report%uantit)A2Prim
' /B-*
time-o-rierA2Prim
;=0
trier%uantit)A2Prim
0 /R$RP
a2-!res!oldRsrp$ec
6'':
a2-!res!oldRsrq$ec
6'7(
!)steresisA2$ec
20/2dB
reportAmountA2$ec
0
reportInter#alA2$ec
2 /"$3=:0
report%uantit)A2$ec
' /B-*
time-o-rierA2$ec
;=0
trier%uantit)A2$ec
0 /R$RP
a>offset
>0 />dB
!)steresisA>
0
reportAmountA>
0
reportInter#alA>
2 /"$3=:0
report%uantit)A>
' /B-*
time-o-rierA>
>20
trier%uantit)A>
0 /R$RP
a>offsetAnrDelta
0
!)steresisA>
0
time-o-rierA>
;=0
a'-!res!oldRsrpPm
6'=0
a'-!res!oldRsrqPm
6'7(
a>ffsetPm
( /0(dB
a>ReportnLea#ePm
0
a=-!res!oldRsrpPm
6'=0
a=-!res!oldRsrqPm
6'7(
a(-!res!oldRsrpPm'
6'=0
a(-!res!oldRsrpPm2
6'=0
a(-!res!oldRsrqPm'
6'7(
a(-!res!oldRsrqPm2
6'7(
!)steresisPm
'0/'dB
ma5ReportCellsPm
=
meas$electionEUtraPm
0 /PERIDICAL
reportAmountPm
0
reportInter#alPm
2 /"$3=:0
report%uantit)Pm
' /B-*
time-o-rierPm
;=0
trier%uantit)Pm
0 /R$RP
n>'0
20
n>''
'
t>00
'000
t>0'
=00
t>02
(
t>0=
'000
t>'0
2000
t>''
>000
t>20
>0
mi5ed"odeRadio
0
cip!erinAlorit!ms
; /EEA'3EEA2
interit)ProtectionAlorit!ms
( /EIA'3EIA2
r&Id$uper#isionActi#e
0
dl"a5Ret5-!res!old
:
ul"a5Ret5-!res!old
:
s)stConstants
''06'0:
a(B2"o&ilit)-imer
0
&adCo#erae"eas$election
2 /B-*
&estCellReleaseActi#e/deprecated since L''B
0
filterCoefficientEUtraRsrp
=
filterCoefficientEUtraRsrq
''
ma5"easCdma2000e*rpd
(
ma5"easEUtrat!er
(
ma5"easGeran
(
ma5"easInterFreqEUtra
1
ma5"easUtraFdd
(
meas%uantit)UtraFDD
0 /R$CP
measurementPriorit)
0 /ANR3PRI
s"easure
0 /disa&led
ue"easurementsActi#e
0
t!res!9*i!
=
t!res!9Lo.
0
qR5Le#"in
6''7
nof-5Antennas
0 or 2
nofR5Antennas
0 or 2
ma5*arq"s>-5
=
ma5NrfRaPream&les
;=
raResponse?indo.$ie
=
pream&le-rans"a5
'0/*ard Constant
macContentionResolution-imer
;/mapped to =:6$C'''
po.erRampin$tep
=/*ard Constant
pream&leInitialRecei#ed-aretPo.er
6''0/$)stem Constant
deltaPream&le"s>
;
NOKIA Parameter Details -RL !
No"ia Parameter Name
No"ia De$ault%Recommen&e& ' (MC )
Not a#aila&le
N,A
Not a#aila&le
N,A
N,A
N,A
N,A
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
!rpdCResPrio
N,A
!rpdFrq-!r*
N,A
!rpdFrq-!rL
N,A
dr&Am"5Rt5-!
N,A
pollPdu
;=
tPollRetr
7(
tPollRetr
7(
tPro!i&
2(
tPro!i&
2(
dr&Am"5Rt5-!
N,A
pollPdu
;=
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
mncLent! Not a#aila&le
N,A
lin<A"Ena&led Not a#aila&le
N,A
N,A
N,A
Meanin#
N,A
N,A
&ts$)nc"ode
0
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
ocAcPro&Fac
N,A
siAcPro&Fac
N,A
eCallAcBarred Not a#aila&le
N,A
acBarc acBar$i ocAcBarAC
N,A
siAcBarAC
N,A
ocAcBar-ime
N,A
siAcBar-ime
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
N,A
N,A
Not a#aila&le
N,A
dlC!B.
'00
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
actDr5 antBearin antBeam.idt!
N,A
Not a#aila&le
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
N,A
modPeriodCoeff
0
Not a#aila&le
N,A
Not a#aila&le
N,A
ma5Nr$)mPdcc!
>
Not a#aila&le
N,A
acttdoa N,A
N,A
Not a#aila&le
N,A
p"a5.nCell primPlmnCellres
0
prsConfiurationInde5
'('
Not a#aila&le
N,A
Not a#aila&le
N,A
p0NomPucc!
6''; dBm
p0NomPusc!
6:0 dBm
qr5le#min
6'>0 dBm
qr5le#min
6'>0 dBm
qR5Le#"inffset Not a#aila&le
N,A
si"essaePeriodicit)
N,A
si"essaePeriodicit)
N,A
si"essaePeriodicit)
N,A
si"essaePeriodicit)
N,A
si"essaePeriodicit)
N,A
si"essaePeriodicit)
N,A
si?indo.Len nCellC!*i!
N,A
nCellC!"ed
N,A
q*)st
2
q*)st$f*i!
N,A
q*)st$f"ed
N,A
sIntrasearc!
;2 dB
sNonIntrsearc!
'; dB
tE#aluation
N,A
t!res!$r#Lo.
= dB
t*)stNormal
N,A
tResUtra
's
utrRes-iF*"
N,A
utrRes-iF""
N,A
tResGer
's
erRes-iF*"
N,A
erRes-iF""
N,A
searc!?in$ie tRes*rpd !rpRes-iF*"
N,A
!rpRes-iF""
N,A
t!res!$r#Lo.
= dB
ulC!B.
'00
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
cellIndffNei!
'(
Not a#aila&le
N,A
Not a#aila&le
N,A
!ando#erAllo.ed
0
qffsetCell
'(
Not a#aila&le
N,A
measBd. !rpdCResPrio
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
p"a5.nCell intraPresAntP qffFrq
'(
qr5le#min
6'>0 dBm
interFrq-!rL
; dB
tReselEutr
's
celRes-iF*"
N,A
celRes-iF""
N,A
N,A
N,A
!arq"a5-rDl
(
tPeriodicBsr
'
ta-imer
;
!arq"a5-rUl
N,A
defPaC)c
2
Not a#aila&le
N,A
painN&
=
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
rlc"ode
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
minBitrateDl
>0 <&,s
Not a#aila&le
N,A
Not a#aila&le
N,A
inacti#it)-imer
>0 s
t!res!old2a
67; dBm
Not a#aila&le
N,A
!)s-!res!old2a
2 dB
a'-ime-o-rierDeactInter"eas
7
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
t!res!old>
6''; dBm
Not a#aila&le
N,A
t!res!old>a
6''= dBm
Not a#aila&le
N,A
!)s-!res!old>
0 dB
a(-ime-o-rier
:
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
!)s-!res!old>
0 dB
a(-ime-o-rier
:
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
&2-!res!old2RssiGERAN
67( dBm
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
&2-!res!old2UtraEcn0
6'=( dB
&2-!res!old2UtraRscp
6'0( dBm
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
meas%uantit)Utra > t!res!old2InterFreq
0 N,A
Not a#aila&le > !)s-!res!old2InterFreq
N,A N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A N,A
Not a#aila&le
N,A
t!res!old=
6'22 dBm
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
a2-ime-o-rierRedirect
1
Not a#aila&le
N,A
a>ffset
> dB
!)sA>ffset
0 dB
Not a#aila&le
N,A
a>ReportInter#al
>
Not a#aila&le
N,A
a>-ime-o-rier
:
Not a#aila&le
N,A
Not a#aila&le
N,A
!)sA>ffset
0 dB
a>-ime-o-rier
:
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
n>'0
;
n>''
0
t>00
>
t>0'
>
t>02
:000 ms
t>0=
N,A
t>'0
;
t>''
'
t>20
':0
rf$!arinEna&led eea0 eea' eea2
N,A
eIa0 eIa' eIa2
N,A
Not a#aila&le
N,A
dr&Am"5Rt5-!
N,A
dr&Am"5Rt5-!
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
N,A
N,A
filterCoefficientR$RP
=
filterCoefficientR$R%
=
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
Not a#aila&le
N,A
meas%uantit)Utra
0
Not a#aila&le
N,A
t!res!old'
6(0 dBm
Not a#aila&le
N,A
interFrq-!r*
'0 dB
interFrq-!rL
; dB
qr5le#min
6'>0 dBm
numf-5Ports
N,A
Not a#aila&le
N,A
!arq"a5"s>
(
raNondedPream&
7
raResp?in$ie
1
pream&-5"a5
;
raContReso-
1
prac!P.rRamp
'
ulpcIniPreP.r
'2
deltaPre"s>
'
*ua+ei Details- eRAN ,!
*ua+ei *ua+ei Parameter Name -De$ault%Recommen&e&
*ua+ei O./ect - Parm Location
)"*'on+brBe"rer'%m
3000
CellR"c,#$
,B.
'A
R/C+R
Emce$ic"te$Be"rerAR
1
Emc
)"*'on+brBe"rer'%m
3000
CellR"c,#$
RB.
'A
R/C+R
"stAnrntr"R"t)e"s(e'%m
5
A'R
"stAnrntr"R"t(e'%m,#$
20
A'R
A$$Cell,#$
-102
A'R
/t"!s!cerio$or'R,el
10080
A'R
Anr/itc#
Enineerin Recommen$"!on
Anr/itc#
Cell reselec!on priority
1
C$m"2000B"n$Cl"ss
,#res#i#
22
C$m"2000B"n$Cl"ss
,#res#o
22
C$m"2000B"n$Cl"ss
E'o$eB)"*Ret*,#res#ol$
)"*ret*,#res#ol$t88:
Rlc$cp"r"+ro%p
E'o$eBoll
%$oll$%p3232 (s:
Rlc$cp"r"+ro%p
E'o$eBollRetr"nsmit,imer
,pollretr"nsm5050ms:
Rlc$cp"r"+ro%p
(eollRetr"nsmit,imer
,pollretr"nsm4040ms:
Rlc$cp"r"+ro%p
E'o$eB/t"t%sro#ibit,imer
,st"tpro#ibitm4040ms:
Rlc$cp"r"+ro%p
(e/t"t%sro#ibit,imer
,st"tpro#ibitm5050ms:
Rlc$cp"r"+ro%p
)"*ret*,#res#ol$t88:
Rlc$cp"r"+ro%p
oll$% ;or (E
oll$%p3232 (s:
Rlc$cp"r"+ro%p
RB.
'A
R/C+R
'A
ACR(E
'A 'A 'A
'A 'A 'A 'A 'A 'A
'A 'A
'A 'A /C 'A 'A 'A /1Reest,imer
/1Reest)in,imer/1Reest)"*,ime /1Reest,imer
lsc#/tr"tey
/CR,<EEE:
Celllsc#Alo
'A 'A (lsc#/tr"tey
(/C/,RA,E+<EE:
Cell(lsc#Alo
,B.
'A
R/C+R
AcB"rrin"ctororC"ll
9595=:
CellAcB"r
AcB"rrin"ctoror/i
9595=:
CellAcB"r
AcB"rrinorEmerency
B>>EA'A/E"lse:
CellAcB"r
AcB"rrinn;oC;n$
'>,C+'ot con?%re:
CellAcB"r
AcB"rrinor)o"t"C;n$
'>,C+'ot con?%re:
CellAcB"r
AcB"rrinor)o/iC;n$
'>,C+'ot con?%re:
CellAcB"r
'A 'A 'A
AC11B"r;orC"llAC12B"r;orC"ll@AC B>>EA'A/E"lse:
CellAcB"r
AC11B"ror/iAC12B"ror/i&&AC1B>>EA'A/E"lse:
CellAcB"r
AcB"r,imeorC"ll
ACCE//BARR'+,)E/44s:
CellAcB"r
AcB"r,imeor/i
ACCE//BARR'+,)E/44s:
CellAcB"r
A,,(E
As per r"$io pl"nnin
/ector
CellR"$i%s
10000
Cell
lB"n$.i$t#
As per /pectr%m
Cell
ree(serlRb(se$R"!o
0
Celllsc#Alo
lcic/itc#
lcic/itc#>E'()
E'o$eBAlo/itc#
r*/t"t%s
0
/pi$C;
BEAR'+
R"$io l"nnin
Retevice"t"
A+
'A
+/
CellR"$i%s
R"$io l"nnin
Cell
/i)"p/itc#
B>>EA',R(E,r%e:
Cell/i)"p
/i)"p/itc#
B>>EA',R(E,r%e:
Cell/i)"p
/i)"p/itc#
B>>EA',R(E,r%e:
Cell/i)"p
/i)"p/itc#
B>>EA',R(E,r%e:
Cell/i)"p
'A 'A
'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A
'A
'A 'A 'A 'A
/i)"p/itc#
B>>EA',R(E,r%e:
Cell/i)"p
/i)"p/itc#
B>>EA',R(E,r%e:
Cell/i)"p
)o$i;yerio$Coe
)>ER>C>E'44:
Bcc#C;
CiRb'%m
'A
(CCC;
(l/r/c#"teen
'A
Cell(lsc#Alo
nit$cc#/ym'%m
1
Cell$cc#Alo
>RE',>)A>RA/
0
/ector
cs/itc#
>,>A sitc#D>
E'o$eBAlo/itc#
23
CellResel
0'omin"l(CC
-105
Cell(lpcComm
0'omin"l(/C
-67
Cell(lpcComm
R*ev)in
-128
Cell/el
'A
'A 'A )"* 'A 'A 'A 'A
R*ev)in R*ev)in>set
+er"n';re+ro%p 0
Cell/el
/ib2erio$
R1616 r"$io ;r"mes:
Cell/i)"p
/B3 perio$
R1616 r"$io ;r"mes:
Cell/i)"p
/ib4erio$
R3232 r"$io ;r"mes:
Cell/i)"p
/ib5erio$
R3232 r"$io ;r"mes:
Cell/i)"p
/ib6erio$
R6464 r"$io ;r"mes:
Cell/i)"p
/B7 perio$
R6464 r"$io ;r"mes:
Cell/i)"p
'cri#Conn)o$e
8
o)e"sComm
'cr)e$i%mConn)o$e
4
o)e"sComm
#yst
B4,4$B:
CellResel
yst/;i#
B0,/+0$B:
CellResel
yst/;)e$i%m
B0,/)E()0$B:
CellResel
/ntr"/e"rc#
58
CellResel
/'onntr"/e"rc#
10
CellResel
,Ev"l%"!on
/60,EFA(A,>'60s:
CellResel
,#res#lo
0
E%tr"nnter're
,yst'orm"l
/30,,'>R)A30s:
CellResel
,Resel(tr"n
1s:
CellResel(tr"n
,Resel(tr"n/;i#
,RE/E/0>,750&75:
CellResel(tr"n
,Resel(tr"n/;)e$i%m
,RE/E/1>,01&0:
CellResel(tr"n
,Resel+er"n
1
CellResel+er"n
,Resel+er"n/;i#
,RE/E/0>,750&75:
CellResel+er"n
,Resel+er"n/;)e$i%m
,RE/E/1>,01&0:
CellResel+er"n
/e"rc#.in$o/iGe
'A
C$m"2000';re
,reselec!onrp$
1
CellReselC$m"2000
,ReselC$m"rp$/;i#
,RE/E/0>,750&75:
CellReselC$m"2000
'A
'A
,ReselC$m"rp$/;)e$i%m
,RE/E/1>,01&0:
CellReselC$m"2000
,#res#o
0
C$m"2000B"n$Cl"ss
(lB"n$.i$t#
'A
Cell
ree(ser(lRb(se$R"!o
0
Cell(lsc#Alo
(lcicre/itc#
>>:
E'o$eBAlo/itc#
('CER,A,,(E
3
/ector
('CER,/E))A>R
3
/ector
('CER,/E))'>R
3
/ector
Celln$ivi$%"l>set
0
E%tr"nntr"re'Cell
Celloset
$B00$B:
E%tr"nntr"re'Cell
)e"sB"n$.i$t#
)B.61&4):
CellResel
CellReselriority
1
E%tr"nnter're(tr"n're+er"n';re
)"*
23
CellResel
resenceAntenn"ort1
0
CellResel
osetre
$B00$B:
Cell
R*ev)in
-64
CellResel
,#rs#/ervo
0
CellResel
,Resel(tr"n
1
CellResel(tr"n
,Resel(tr"n/;i#
,RE/E/0>,750&75:
CellResel(tr"n
,Resel(tr"n/;)e$i%m
,RE/E/1>,01&0:
CellResel(tr"n
'A
'A 'A 'A
'A 'A
'A A$"pt"r/itc# ,ero$icB/R,imer
,erio$B/R,imers;1010 s%b;r"me,yprbBsr
,imeAlinment,imer
/1920
,imeAlinment,imer
r;128128 r"$io ;r"mes:
CCC;
>'E,
CCC;
A$"pt"r/itc# e;"%lt"inCycle 'A 'b 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A
'A Rlc)o$e
Rlc)o$eA)AcHnole$e )o$e: Rlc$cp"r"+ro%p
'A 'A 'A 'A 'A AmAlo/itc#
AmAlo/itc#D>
CellAlo/itc#
(en"c!ve,imer
20s:
RrcConn/t"te,imer
nterreoA1,#$Rsrp
-105
nterreo+ro%p
nterreoA1,#$Rsr
-20
nterreo+ro%p
nterreoA1A2yst
4
nterreo+ro%p
nterreoA1A2,ime,o,ri
640ms
nterreo+ro%p
nterreoA1,#$Rsrp
-105
nterreo+ro%p
nterreoA1,#$Rsr
-20
nterreo+ro%p
nterreoA1A2yst
4
nterreo+ro%p
nterreoA1A2,ime,o,ri
640ms
nterreo+ro%p
nterR"toA2,#$Rsrp
-115
nterR"toComm+ro%p
nterR"toA2,#$Rsr
-24
nterR"toComm+ro%p
nterR"toC$m"B1,#$s
-14
nterR"toC$m"rp$+ro%p
nterR"toC$m"B1yst
2
nterR"toC$m"1*RI+ro%p
nterR"toC$m"B1,ime,o,ri
640 ms
nterR"toC$m"rp$+ro%p
nterR"toC$m"1*RIB1)e"s%"n
R/R
nterR"toA2,#$Rsrp
-115
nterR"toComm+ro%p
nterR"toA2,#$Rsr
-24
nterR"toComm+ro%p
nterR"to+er"nB1,#$
-100
nterR"to+er"n+ro%p
nterR"to+er"nB1yst
2
nterR"to+er"n+ro%p
nterR"to+er"nB1,ime,o,ri
640 ms
nterR"to+er"n+ro%p
'A 'A 'A 'A
'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A 'A
'A nterR"toA2,#$Rsrp
-115
nterR"toA2,#$Rsr
-24
nterR"to(tr"nB1,#$Ecn0
-20
nterR"to(tr"n+ro%p
nterR"to(tr"nB1,#$Rscp
-103
nterR"to(tr"n+ro%p
nterR"to(tr"nB1yst
2
nterR"to(tr"n+ro%p
nterR"to(tr"nB1,ime,o,ri
640 ms
nterR"to(tr"n+ro%p
nterR"toA1A2,ri%"n
R/R
nterR"toComm
nterreoA2,#$Rsrp
-109
nterreo+ro%p
nterR"toA2,#$Rsr
-20
nterR"toComm+ro%p
nterR"toA1A2yst
2
nterR"toComm+ro%p
240ms
ntr"R"toComm
nterreoA1A2,ime,o,ri
640ms
nterreo+ro%p
nterR"toA1A2,ri%"n
R/R
nterR"toComm
ntr"reoA3>set
2
ntr"reo+ro%p
ntr"reoA3yst
2
ntr"reo+ro%p
ntr"R"toRprtAmo%nt
n?nity
ntr"R"toComm
ntr"reoRprtnterv"l
240ms
ntr"R"toComm
ntr"reoA3Rprt%"n
B>,1:
ntr"R"toComm
ntr"reoA3,ime,o,ri
320ms
ntr"reo+ro%p
ntr"reoA3,ri%"n
R/R
ntr"R"toComm
ntr"reoA3yst
2
ntr"reo+ro%p
ntr"reoA3,ime,o,ri
320ms
ntr"reo+ro%p
nterR"toA1,#$Rsrp
'A
nterR"toComm+ro%p
nterR"toA1,#$Rsr
'A
nterR"toComm+ro%p
nterreoA4,#$Rsrp
-105
nterreo+ro%p
nterreoA4,#$Rsr
-20
nterreo+ro%p
ntr"R"to)"*RprtCell
4
ntr"R"toComm
ntr"R"toRprtAmo%nt
n?nityn?nity:
ntr"R"toComm
ntr"reoRprtnterv"l
240ms
ntr"R"toComm
nterreoA4Rprt%"n
B>,
ntr"R"toComm
'A ntr"reoRprtnterv"l 'A
'A 'A 'A 'A 'A 'A 'A
'A
ntr"reoA3>set 'A
'A 'A 'A 'A
ntr"reoA3,ime,o,ri
320ms
ntr"reo+ro%p
'310
n1010:
(e,imerConst
'311
n11:
(e,imerConst
,300
)/200,300200ms:
(e,imerConst
,301
)/200,301200ms:
(e,imerConst
,302
4
RrcConn/t"te,imer
,304orE%tr"n
ms500500:
RrcConn/t"te,imer
,310
)/1000,3101000ms:
(e,imerConst
,311
)/10000,31110000ms:
(e,imerConst
,320oro"$B"l"nce
min1010:
RrcConn/t"te,imer
'A rim"ryCip#erAlo/econ$"ryCip#er AE/AE/ Alorit#m:
E'o$eBCip#erC"p
rim"rynterityAlo/econ$interity AE/AE/ Alorit#m:
E'o$eBnterityC"p
'A E'o$eB)"*Ret*,#res#ol$
)"*ret*,#res#ol$t88:
Rlc$cp"r"+ro%p
(e)"*Ret*,#res#ol$
)"*ret*,#res#ol$t88:
Rlc$cp"r"+ro%p
E%tr"nilterCoeRsrp
C6
o)e"sComm
E%tr"nilterCoeRsr
C6
o)e"sComm
nterR"toRprtAmo%nt
n?nityn?nity:
nterR"toComm
nterR"toRprtAmo%nt
n?nityn?nity:
nterR"toComm
nterR"toRprtAmo%nt
n?nityn?nity:
nterR"toComm
nterR"toRprtAmo%nt
n?nityn?nity:
nterR"toComm
nterR"toRprtAmo%nt
n?nityn?nity:
nterR"toComm
nterR"to(tr"nB1)e"s%"n
(,RA'R/C
nterR"toComm
/)e"s%re
-44
o)e"sComm
/)e"s%ren$
'>,C+
o)e"sComm
,#res#i#
0
(tr"n're
,#res#o
0
(tr"n're
R*ev)in
-116
(tr"n're
A',)
As per r"$io pl"nnin
/ector
A',)
As per r"$io pl"nnin
/ector
rR"mpin/tep
B2.RRA)'+/,E2$B:
RACC;
re"mbnitRcv,"retr
B)104-104$Bm:
RACC;
elt"re"mble)s3
4
Cell(lpcComm
'A 'A 'A 'A
'A
RAC Alo sitc# RAC Alo sitc# RAC Alo sitc# RAC Alo sitc# 'A
Indicates t!e ma5imum num&er of non6GBR ser#ices /e5cludin IP "ultimedia $u&s)stem I"$H ser#ices t!at can &e pro#i Indicates t!e -9 &and.idt! of a transmission resource roup Indicates t!e Allocation and Retention Priorit) /ARP #alue of t!e dedicated emerenc) call &earer
Indicates t!e ma5imum num&er of non6GBR ser#ices /e5cludin IP "ultimedia $u&s)stem I"$H ser#ices t!at can &e pro#i Indicates t!e R9 &and.idt! of a transmission resource roup
Indicates t!e ma5imum allo.ed num&er of UEs t!at perform intra6RA- measurements for fast ANR After t!e num&er of UE Indicates t!e minimum required num&er of UEs t!at !a#e performed measurements for fast ANR &efore intra6RA- fast AN Indicates t!e reference sinal recei#ed po.er /R$RP t!res!old for intra6RA- fast ANR If t!e sinal qualit) in a nei!&orin Indicates t!e period durin .!ic! t!e num&er of !ando#ers are measured for nei!&orin relation remo#al from a nei!&or
Controls "c!v"!one"c!v"!on o; A'R ;e"t%re
Indicates t!e a&solute priorit) of t!e CD"A2000 &and class to &e used durin cell reselection -!e #alue 0 indicates t!e lo Indicates t!e minimum R9 le#el required for a nei!&orin cell on a frequenc) in t!e CD"A2000 &and class to &ecome a c After measurements are started for nei!&orin cells on a frequenc) in t!e &and class t!e UE reselects to atonei!&orin Indicates t!e minimum R9 le#el required for a nei!&orin cell on a frequenc) in t!e CD"A2000 &and class &ecome a cc After measurements are started for nei!&orin cells on a frequenc) in t!e &and class t!e UE reselects to a nei!&orin c Indicates t!e eNodeB6specific ma5imum num&er of RLC AR% retransmissions namel) t!e ma5imum num&er of A" PDU r Indicates t!e eNodeB6specific num&er of PDUs to trier pollin ?!en t!e transmitted num&er of PDUs reac!es t!e #alue Indicates t!e lent! of t!e Pollin PDU retransmission timer for t!e eNodeB Indicates t!e lent! of t!e Pollin PDU retransmission timer for t!e UE Indicates t!e lent! of t!e eNodeB6specific timer for pro!i&itin status reportin from t!e recei#er in A" Indicates t!e lent! of t!e UE6specific timer for pro!i&itin status reportin from t!e recei#er in A" Indicates t!e UE6specific ma5imum num&er of RLC AR% retransmissions namel) t!e ma5imum num&er of A" PDU retran Indicates t!e UE6specific num&er of PDUs to trier pollin ?!en t!e transmitted num&er of PDUs reac!es t!e #alue of t! Indicates t!e ma5imum uplin< &and.idt! of a transmission resource roup at t!e "AC la)er .!en t!e transmission resour
n$ic"tes t#e ieren!"te$ /ervices Co$e oint
Indicates t!e minimum,ma5imum lent! of t!e $' re6esta&lis!ment timer n$ic"tes /c#e$%lin str"tey&
n$ic"tes ( /c#e$%lin str"teyB"sic "n$ En#" nce$ e"t%re:
Indicates t!e ma5imum uplin< &and.idt! of a transmission resource roup at t!e "AC la)er .!en t!e transmission resour
Access pro&a&ilit) factor for oriinatin call Access prob"bility ;"ctor ;orcall /in"llin Indicates t!e emerenc) &arrin status of access class '0 indicatin .!et!er UEs of access class '0 can initiate emer
If t!is parameter is set to BLEAN3-RUE UEs of access classes 0 to 7 or t!ose .it!out I"$Is cannot initiate emerenc A UE in access '' tot#e '("ccess cannot initiatein;orm"!on& emerenc) calls onl) .!en its access class and access class '0 are &ot! & n$ic"tes #et#erclasses to con?%re b"rrin n$ic"tes #et#er to con?%re t#e "ccess b"rrin in;orm"!on n$ic"tes #et#er to con?%re t#e "ccess b"rrin in;orm"!on ;or t#e ini!"l mobile sin"lin& n$ic"tes t#e oriin"!n c"ll b"rrin st"t%s o; "ccess cl"ss 11-15 n$ic"tes t#e oriin"!n c"ll b"rrin st"t%s o; "ccess cl"ss 11-15 n$ic"tes t#e "ver"e "ccess b"rrin $%r"!on o; oriin"!n c"lls& n$ic"tes t#e "ver"e "ccess b"rrin $%r"!on o; sin"lin&
Indicates t!e altitude of t!e sector in t!e ?G$6:= coordinate s)stem If t!e #alue is reater t!an 0 t!e sector is a&o#e t!e n$ic"tes t#e r"$i%s o; t#e cell&
Indicates t!e percentae of free s!ared RBs on t!e PD$C* in sc!edulin &ased on pa)6free users and pa) users -!e ot! DlIcic$.itc!3FF3ENU"Indicates t!at DL ICIC is disa&led DlIcicD)namic$.itc!3N3ENU"Indicates t!at d)namic DL ICIC is ena&led DlIcic$tatic$.itc!3N3ENU"Indicates t!at static DL is ICIC Indicates .!et!er DR9 is supported If t!is parameter set is to ena&led -RUE ordinar) DR9 parameters are applied to UEs .it! t! n$ic"tes "ntenn" "Gim%t#
Indicates t!e antenna anle .!ic! is t!e anle .it! t!e !oriontal line Indicates radius of t!e cell
n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$&
n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& n$ic"tes #et#er t#e m"ppin ;rom /Bs to / mess"es is en"ble$& )o$i;yerio$Coe me"ns t#e mo$i?c"!on perio$ coeJcient ;or t#e BCC&%nitDr"$io ;r"mes:&
Indicates t!e num&er of RBs allocated to t!e C%Is at t!e RRC la)er of FDD cell Indicates t!e data lent! t!at t!e UL sc!eduler assins to UEs t!at !a#e sent sc!edulin requests ?it!in t!e data lent! If t!e s.itc! for d)namic ad@ustment to t!e num&er of FD" s)m&ols occupied &) t!e PDCC* is turned off t!is parameter Indicates t!e ma@or a5is orientation of an uncertaint) area &) .!ic! t!e eorap!ical location of t!e antennas in t!e sector Indicates t!e location ser#ices /LC$ s.itc! tdoa$.itc! If t!e s.itc! is turned on o&ser#ed time difference of arri#al6&ased /-DA6&ased positionin is ena&led If
Indicates t!e ma5imum -9 po.er of t!e UE in t!e cell If t!is parameter is not included in t!e $IB> t!e UE uses t!e ma5im
Indicates t!e taret UE transmit po.er for t!e PUCC* e5pected &) t!e eNodeB on condition t!at normal demodulation can Indicates t!e nominal P0 #alue of t!e PU$C* It is used in UL po.er control n$ic"tes t#e minim%m re%ire$ R level ;or t#e cell to become " c"n$i$"te $%rin cell selec!on& ,#is %"n!ty is incl%$e$ in criteri" /
Indicates t!e R9 le#el required for a nei!&orin cell on a frequenc) in t!e GERAN carrier frequenc) roup to &ecome a ca Indicates t!e offset to t!e minimum required R9 le#el -!is #alue is included in criteria $ and used in t!e e#aluation of cell Indicates t!e transmission period for s)stem information &loc< t)pe 2 /$IB2 Indicates t!e transmission period for s)stem information &loc< t)pe > /$IB> Indicates t!e transmission period for s)stem information &loc< t)pe = /$IB= Indicates t!e transmission period for s)stem information &loc< t)pe ( /$IB( Indicates t!e transmission period for s)stem information &loc< t)pe ; /$IB; Indicates t!e transmission period for s)stem information &loc< t)pe 1 /$IB1 n$ic"tes t#e #"n$over n%mber t#res#ol$ %se$ in t#e (E #i# mobility st"te ev"l%"!on& ; t#e n%mber o; #"n$overs per;orme$ $%rin n$ic"tes t#e #"n$over n%mber t#res#ol$ %se$ in t#e (E me$i%m mobi lity st"te ev"l%"!on& ; t#e n%mber o; #"n$overs per;orme$
%$Indicates t!e !)steresis for cell reselection .!en R$RP #alues are used in t!e e#aluation -!is parameter must &e set &as Indicates t!e additional !)steresis applied to %!)st for !i!6mo&ilit) UEs For e5ample t!e #alue DB3;3%3*K$-3$F3*IG* 6; dB additional Indicates t!e additional !)steresis applied to %!)st indicates for medium6mo&ilit) UEs !)steresis applied to %!)st for !i!6mo&ilit) For e5ample t!e #alue DB3;3%3*K$-3$F3"EDIU" indicates dB additional !)steresis applied %!)st for medium6m Indicates t!e measurement trierin t!res!old for reselection to6; intra6frequenc) cells -!e step is 2 to dB -!e UEs start intra6frequenc) measurements onl) if t!e #alue of Cell selection R9 le#el #alue /dB is lo.er t!an or equal to If t!e cell reselection priorit) of a frequenc) or RA- is !i!er t!an t!at of t!e ser#in frequenc) t!e UEs al.a)s start inter6fr Indicates t!e duration in .!ic! t!e mo&ilit) status of t!e UE is e#aluated -!is parameter is one of t!e
Indicates t!e scalin factor applied to -ReselCdma*rpd for medium6mo&ilit) UEs -!e actual duration of cell reselection of -!e #aluet!e -3RE$EL3$F30D-2( meansfora a scalin factor of means&and 0( and sotoon Indicates minimum R9 le#el required nei!&orin cell02( on a-3RE$EL3$F30D-( frequenc) in t!e CD"A2000 class &ecome a c After measurements are started for nei!&orin cells on a frequenc) in t!e &and class t!e UE reselects to a cell on t!e fre Indicates t!e UL &and.idt! of t!e cell .!ic! is &ased on t!e num&er of resource &loc
Indicates t!e offset for t!e intra6frequenc) nei!&orin cell .!ic! is used in e#aluation for cell reselections A larer #alue Indicates t!e measurement &and.idt! on t!e ser#in frequenc) on .!ic! t!e UE camps It is used in intra6frequenc) meas Indicates t!e cell reselection priorit) of t!e ser#in frequenc) 0 indicates t!e lo.est priorit) -!e #alue of t!is parameter mu
Indicates t!e ma5imum -9 po.er of t!e UE in t!e cell If t!is parameter is not included in t!e $IB> t!e UE uses t!e ma5im n$ic"tes #et#er t#e intr"-;re%ency nei#borin cells "re con?%re$ it# t#e 2, "ntenn"&
Indicates t!e specific frequenc) offset of t!e ser#in cell -!is parameter is contained in t!e intra6frequenc) measurement )inim%m re%ire$ R* evel
$er#in frequenc) lo.er priorit) R$R% t!res!old Indicates t!e cell reselection duration of U-RAN cell reselection ?!en t!e sinal qualit) of t!e ser#in cell is lo.er t!an t! Indicates t!e scalin factor applied to -ReselUtran for !i!6mo&ilit) UEs -!e actual duration of cell reselection of !i!6mo -!e #aluet!e -3RE$EL3$F30D-2( a scalinfor factor of 02( -3RE$EL3$F30D-( meansof 0( so on of medi Indicates scalin factor applied means to -ReselUtran medium6mo&ilit) UEs -!e actual duration celland reselection -!e #alue -3RE$EL3$F30D-2( means a scalin factor of 02( -3RE$EL3$F30D-( means 0( and so on Indicates s.itc! t!at is used control &) .!et!er to ena&le or disa&le UL adapti#e *AR% If t!is s.itc! is set to ADAP-I8 B$Rs aret!e sent periodicall) or as to triered e#ents Periodic transmission of B$Rs uses t!e timer specified &) t!is parameter ?!en t!et!e timer e5pires a B$R sentalinment timer for UEs in t!e cell A UE is considered not time6alined in t!e uplin< i Indicates lent! of t!e uplin
Indicates t!e RLC transmission mode nl) t!e A" and U" modes are a#aila&le
Indicates t!e s.itc! t!at is used to ena&le and disa&le t!e Acti#e %ueue "anaement /A%" alorit!m If t!is s.itc! is set to N t!e A%" function is ena&led to pre#ent or control conestion -!e lent! of t!e PDCP pac
Indicates t!e lent! of t!e UE inacti#it) timer -!e eNodeB monitors .!et!er UEs are recei#in or sendin data ?!en a U Indicates t!e R$RP t!res!old for inter6frequenc) measurement e#ent A' ?!en t!et!e measured R$RP #alue e5ceeds t!is t!res!old a measurement Indicates R$R% t!res!old for inter6frequenc) measurement e#ent A' report .ill &e sent ?!en t!e measured R$R% #alue e5ceeds t!is t!res!old a measurement report .ill &e sent Indicates t!e !)steresis for inter6frequenc) measurement e#ents A' and A2 -!is parameter is used to pre#ent frequent tri n ca es e me6 o6 r er or n er6 requenc) measuremen e#en or Indicates t!e R$RP t!res!old for inter6frequenc) measurement e#ent A' ?!en t!et!e measured R$RP #alue e5ceeds t!is t!res!old a measurement Indicates R$R% t!res!old for inter6frequenc) measurement e#ent A' report .ill &e sent ?!en t!e measured R$R% #alue e5ceeds t!is t!res!old a measurement report .ill &e sent Indicates t!e !)steresis for inter6frequenc) measurement e#ents A' and A2 -!is parameter is used to pre#ent frequent tri n ca es e me6 o6 r er or n er6 requenc) measuremen e#en or
Indicates t!e pilot strent! t!res!old for e#ent B' related to load6 or ser#ice6&ased inter6RA- !ando#er to CD"A2000 *RP ?!en t!e measurement #alue e5ceeds t!is t!res!old a measurement report .ill &e sent Indicates for e#ent B' for CD"A2000 '5R-- -!is parameter is used to pre#ent frequ Indicates t!e t!e !)steresis time6to6trier for e#ent B' inter6RArelated to !ando#er inter6RA- to !ando#er to CD"A2000 *RPD ?!en detectin t!at t!e sinal qualit) in at least one nei!&orin cell meets t!e enterin condition t!e UE does not send a -!is parameter !elps decrease t!e num&er occasionall) triered e#ent reports t!e a#erae Indicates t!e measurement quantit) requiredoffor t!e inter6RA!ando#er to CD"A2000 '5R-- num&er of !ando#ers and
Indicates t!e R$$I t!res!old for e#ent B' related to co#erae6&ased inter6RA- !ando#er to GERAN A UE sends a measurement report related to e#ent B' to t!e eNodeB .!en t!e R$$I in at least one GERAN cell e5ceeds Indicates t!e !)steresis for e#ent B' related to inter6RA- !ando#er to GERAN -!is parameter is used to pre#ent frequent n ca es e me6 o6 r er or e#en re a e o n er6 an o#er o en e ec n a e s na qua ) n
-!is parameter specifies t!e requirement Ec,Notoofco#erae6&ased t!e taret U-RAN cell For a cell .it! sinal fadin #ariance s Indicates t!e R$CP t!res!old for e#ent B'for related inter6RA!ando#er to lare U-RAN -!is parameter specifies t!e requirement for R$CP of t!e taret U-RAN cell ?!en t!et!e measurement #alue e5ceeds t!is t!res!old a measurement report .ill &eparameter sent Indicates !)steresis for e#ent B' related to inter6RA!ando#er to U-RAN -!is is used to pre#ent frequent t n ca es e me6 o6 r er or e#en re a e o n er6 an o#er o en e ec n a e s na qua ) n
Indicates t!e R$RP t!res!old for inter6frequenc) measurement e#ent A2 ?!en t!et!e measured R$RP #alue is &elo. t!e t!res!old ae#ent measurement report .ill &e sent Indicates R$R% t!res!old for inter6RAmeasurement A2 ?!en t!e measured R$R% #alue of t!e ser#in cell is &elo. t!is t!res!old an e#ent A2 report .ill &e sent Indicates t!e !)steresis for inter6RA- measurement e#ents A' and A2 -!is parameter is used to pre#ent frequent trierin Indicates t!e inter#al &et.een periodic measurement reports t!at are sent after an intra6frequenc) !ando#er is triered n ca es
e me6 o6 r er or n er6 requenc) measuremen e#en
or
-!e measured R$RP #alues are sta&le #ar)in little .it! t!e load and t!erefore t!ere is little sinal fluctuation -!e meas
Indicates t!e offset for e#ent A> If t!e parameter is set to a lare #alue an intra6frequenc) !ando#er is performed onl) .! Indicates t!e !)steresis for e#ent A> associated .it! intra6frequenc) !ando#er -!is parameter pre#ents frequent trierin Indicates t!e num&er of periodical measurement reports to &e sent after an e#ent for t!e intra6 or inter6frequenc) !ando#er It is used t!e to pre#ent impactperiodic of measurement reportreports loss and processin failure on t!e !ando#er Indicates inter#alt!e &et.een measurement t!atinternal are sent after an intra6frequenc) !ando#er is triered -!e measured R$RP #alues are sta&le #ar)in little .it! t!e load and t!erefore t!ere is little sinal fluctuation -!e meas ?!en t!e UE detects t!at t!e sinal qualit) in t!e ser#in cell and t!at in at least one nei!&orin cell meet t!e enterin co Indicates t!e quantit) used to e#aluate t!e trierin condition for t!e intra6frequenc) !ando#er e#ent -!e quantit) can &e -!e measured R$RP #alues are sta&le #ar)in little .it! t!e load and t!erefore t!ere is little sinal fluctuation -!e meas Indicates t!e !)steresis for e#ent A> associated .it! intra6frequenc) !ando#er -!is parameter pre#ents frequent trierin ?!en t!e UE detects t!at t!e sinal qualit) in t!e ser#in cell and t!at in at least one nei!&orin cell meet t!e enterin co
Indicates t!e R$RP t!res!old for e#ent A= related to co#erae6&ased inter6frequenc) !ando#er ?!en t!e measured R$R Indicates t!e R$R% t!res!old for e#ent A= related to co#erae6&ased inter6frequenc) !ando#er ?!en t!e measured R$R
Indicates t!e ma5imum num&er of cells to &e included in t!e measurement report after an intra6RA- inter6frequenc) or intra Indicates t!e num&er of periodical measurement reports to &e sent after an e#ent for t!e intra6 or inter6frequenc) !ando#er It is used t!e to pre#ent impactperiodic of measurement reportreports loss and processin failure on t!e !ando#er Indicates inter#alt!e &et.een measurement t!atinternal are sent after an intra6frequenc) !ando#er is triered Indicates t!e quantit) to &e included in t!e measurement report for t!e inter6frequenc) !ando#er e#ent -!e quantit) can &
?!en t!e UE detects t!at t!e sinal qualit) in t!e ser#in cell and t!at in at least one nei!&orin cell meet t!e enterin co Indicates t!e ma5imum num&er of successi#e out of s)nc indications recei#ed from L' Indicates t!e ma5imum num&er of successi#e in s)nc indications recei#ed from L' -!is timer is started .!en t!e UE sends RRCConnectionRequest Before t!eis timer e5pires is stopped if t!e recei#es RRCConnection$etup or RRCConnectionRe@ect -!is timer started .!enit t!e UE sends an UE RRC Connection Reesta&lis!ment Request messae -!e is stopped if time &efore e5pires t!e UE an RRC Connection Reesta&lis!ment or RRCrequest Connection ->02timer specifies t!e .ait forit retransmittin anrecei#es RRCConnectionRequest messae after t!e pre#ious .it! aReesta caus -!is timer is started after t!e UE recei#es t!e RRCConnectionRe@ect messae Indicates t!e lent! of timer ->0= for intra6RA- !ando#er If t!e UE does not complete t!e !ando#er &efore t!is timer e5pir -!is timer is started .!en t!e UE detects an) fault at t!e p!)sical la)er -!e if t!e t!e UE UE detects one t!e follo.in &efore t!e timer e5pires /' -!e p!)sical6la)er fault is rectifiedJ / -!is timer timer is is stopped started .!en starts t!eofRRC connection reesta&lis!ment procedure Indicates lent! ofiftimer ->20 for load &alancin ->20 specifies t!e time period durincell .!ic! t!e dedicated priorities /u -!e timer t!e is stopped &efore t!e timer e5pires t!e UE selects an E6U-RAN or inter6RAto camp on -!is timer is started .!en t!e UE recei#es an RRCConnectionRelease messae containin t!e t>20 IE -!is timer is stopped .!en t!e UE enters t!e RRC3CNNEC-ED mode Indicates t!e !i!est6priorit) cip!erin alorit!m supported &) t!e eNodeB -!e #alue NULL indicates t!at cip!erin is not Indicates t!e !i!est6priorit) interit) protection alorit!m supported &) t!e eNodeB -!e #alue NULL indicates t!at interit Indicates t!e eNodeB6specific ma5imum num&er of RLC AR% retransmissions namel) t!e ma5imum num&er of A" PDU r Indicates t!e UE6specific ma5imum num&er of RLC AR% retransmissions namel) t!e ma5imum num&er of A" PDU retran
Indicates t!e upper6la)er filterin coefficient for R$RP measurements on E6U-RAN A lare #alue of t!is parameter indicates a stron smoot!in effect andon !i! resistance to fast fadin &ut it .ea
Indicates t!e R$R%6&ased minimum R9 le#el required for a nei!&orin cell on t!e frequenc) to &ecome a candidate for r After measurements are started for nei!&orin cells on t!e frequenc) t!e UE reselects to a cell on t!e frequenc) onl) if t! Indicates t!e R9 le#el required for a nei!&orin cell on t!e U-RAN frequenc) to &ecome a candidate for selection It is in Indicates t!e antenna mode of t!e sector Indicates t!e antenna mode of t!e sector
Indicates t!e step &) .!ic! t!e -9 po.er for random access pream&les is increased eac! time after a RAC* access failur Indicates t!e taret UE transmit po.er for t!e PRAC* e5pected &) t!e eNodeB .!en PRAC* pream&le format 0 is applie Indicates t!e po.er offset /delta #alue of messae > relati#e to t!e pream&le -!is po.er offset !as a step sie of 2
*ua+ei- Ran#e 0M7000 >2M'000000 'M'(
0M7000 >2M'000000
'M200 'M'0000 6'>0M610 'M(0=00/min
IntraRatE#entAnr$.itc!ff IntraRatFastAnr$.itc!ff IntraRatAnrAutoDel$ 0-7 0-63 0-63
"a5ret53-!res!old3t' "a5ret53-!res!old3t2 "a5ret53-!res!old3t> "a5ret PollPdu3p= PollPdu3p: PollPdu3p'; PollPdu3p>2 PollPdu3p;= PollPdu3p -pollretrans3m( -pollretrans3m'0 -pollretrans3m'( -pollretrans3m20 -pol -pollretrans3m( -pollretrans3m'0 -pollretrans3m'( -pollretrans3m20 -pol -statpro!i&it3m0 -statpro!i&it3m( -statpro!i&it3m'0 -statpro!i&it3m'( -sta -statpro!i&it3m0 -statpro!i&it3m( -statpro!i&it3m'0 -statpro!i&it3m'( -sta "a5ret53-!res!old3t' "a5ret53-!res!old3t2 "a5ret53-!res!old3t> "a5ret PollPdu3p= PollPdu3p: PollPdu3p'; PollPdu3p>2 PollPdu3p;= PollPdu3p 32M360000
0M63
'M>00 /CR,<EEK /CR,<EK /CR,<E)ACK /CR
(/C/,RA,E+<EK (/C/,RA,E+<)ACK (/C/,RA,E+<K (/C/,
>2M'000000
P00 P0( P'0 P'( P20 P2( P>0 P=0 P(0 P;0 P10 P1( P:0 P:( P70 P00 P0( P'0 P'( P20 P2( P>0 P=0 P(0 P;0 P10 P1( P:0 P:( P70 BLEAN3FAL$E BLEAN3-RUE '>,C+K C+ '>,C+M0K C+M1 '>,C+M0K C+M1
ACCE//BARR'+,)E/4K ACCE//BARR'+,)E/8K ACCE//BARR'+,)E/ ACCE//BARR'+,)E/4K ACCE//BARR'+,)E/8K ACCE//BARR'+,)E/
6>21;1M>21;1 1M100000m
CEB.'6K CEB.'15K CEB.'25K CEB.'50K CEB.'75K CEB
0M'00/ lcic/itc#>E'()K lcicyn"mic/itc#>'E'()K lcic/t"!c/itc#>'E
FAL$E -RUE 0M>(7 0M:7 'M'00000
B>>EA'A/EK B>>EA',R(E B>>EA'A/EK B>>EA',R(E B>>EA'A/EK B>>EA',R(E B>>EA'A/EK B>>EA',R(E
B>>EA'A/EK B>>EA',R(E B>>EA'A/EK B>>EA',R(E )>ER>C>E'2K )>ER>C>E'4K )>ER>C>E'8K )>
0M20/unit0' ';M'(000 'M= 0M'17
6>0M>>
6'21M67; 6'2;M2= -140M-44
6''(M62( step2 0M'; step2 RF: RF'; RF>2 RF;= RF'2: RF2(; RF('2 RF: RF'; RF>2 RF;= RF'2: RF2(; RF('2 RF: RF'; RF>2 RF;= RF'2: RF2(; RF('2 RF: RF'; RF>2 RF;= RF'2: RF2(; RF('2 RF: RF'; RF>2 RF;= RF'2: RF2(; RF('2 RF: RF'; RF>2 RF;= RF'2: RF2(; RF('2 'M'; 'M'; DB03%3*K$- DB'3%3*K$- DB23%3*K$- DB>3%3*K$- DB=3%3*K$- DB3;3%3*K$-3$F3*IG* DB3=3%3*K$-3$F3*IG* DB323%3*K$-3$F3 0M;2 step2 0M;2 step2 $>03-3E8ALULA-IN $;03-3E8ALULA-IN $'203-3E8ALULA-IN $' 0M;2 step2 $>03-3*K$-3NR"AL $;03-3*K$-3NR"AL $'203-3*K$-3NR"A 061 -3RE$EL3$F30D-2(M0 -3RE$EL3$F30D-(M' -3RE$EL3$F30D-1( -3RE$EL3$F30D-2( -3RE$EL3$F30D-( -3RE$EL3$F30D-1( -3 0M1 -3RE$EL3$F30D-2(M0 -3RE$EL3$F30D-(M' -3RE$EL3$F30D-1( -3RE$EL3$F30D-2( -3RE$EL3$F30D-( -3RE$EL3$F30D-1( -3 0M'( 0M1 -3RE$EL3$F30D-2( -3RE$EL3$F30D-( -3RE$EL3$F30D-1( -3
-3RE$EL3$F30D-2( -3RE$EL3$F30D-( -3RE$EL3$F30D-1( -3 06;2/step2dB CELL3B?3N;M0 CELL3B?3N'(M' CELL3B?3N2(M2 CELL3B?3N(0M> 0M'00/ FFM0 $-A-ICM' DKNA"ICM2 0M770 0M':00000 0M':00000 dB62= dB622 dB620 dB6': dB6'; dB6'= dB6'2 dB6'0 dB6: dB6; dB6( d
dB62= dB622 dB620 dB6': dB6'; dB6'= dB6'2 dB6'0 dB6: dB6; dB6( d "B?; "B?'( "B?2( "B?(0 "B?1( "B?'00 061
6>0M>> Boole"ntr%eK;"lse:
dB62= dB622 dB620 dB6': dB6'; dB6'= dB6'2 dB6'0 dB6: dB6; dB6( d 6'=0M6== step2 0-62KstepD2$B 0-7
-3RE$EL3$F30D-2( -3RE$EL3$F30D-( -3RE$EL3$F30D-1( -3 -3RE$EL3$F30D-2( -3RE$EL3$F30D-( -3RE$EL3$F30D-1( -3 t!is s.itc! is set to ADAP-I8E3*AR%3$?3$E"IN adapti#e *AR% is tri -PeriodB$R-imer3sf( -PeriodB$R-imer3sf'0 -PeriodB$R-imer3sf'; -Pe $F(00 $F1(0 $F'2:0 $F'720 $F2(;0 $F('20 $F'02=0 INFINI-K t!is s.itc! is set to ADAP-I8E3*AR%3$?3$E"IN adapti#e *AR% is tri rf>2 rf;= rf'2: rf2(; FUR- -?- NE- *ALF- %UAR-ER- NE3EIG*-- NE3$I9-EEN-
Rlc"ode3A" Rlc"ode3U"
0M>;00 6'='M6=> 620M6> step0( 0M'( step0( 0ms =0ms ;=ms :0ms '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2 6'='M6=> 620M6> step0( 0M'( step0( 0ms =0ms ;=ms :0ms '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2
6>'(M0 step0( 0M'( step0( 0ms =0ms ;=ms :0ms '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2 PIL-3$-RENG-*M0 PIL-3PN3P*A$E3AND3$-RENG-*M'
6''0M6=: 0M'( step0( 0ms =0ms ;=ms :0ms '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2
62=M0 step0( 6'20M62( 0M'( step0( 0ms =0ms ;=ms :0ms '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2
6'='M6=> 620M6> step0( 0M'( step0( '20ms 2=0ms =:0ms ;=0ms '02=ms 20=:ms ('20ms '02=0ms 'min ; '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2ms ;=0ms '02=ms '2 R$RPM0 R$R%M' B-*M2
6'(M'( step0( 0M'( step0( r' r2 r= r: r'; r>2 r;= Infinit) '20ms 2=0ms =:0ms ;=0ms '02=ms 20=:ms ('20ms '02=0ms 'min ; $A"E3A$3-RIG3%UAN B-* 0ms =0ms ;=ms :0ms '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2 R$RP R$R% 0M'( step0( 0ms =0ms ;=ms :0ms '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2
'M: r' r2 r= r: r'; r>2 r;= Infinit) '20ms 2=0ms =:0ms ;=0ms '02=ms 20=:ms ('20ms '02=0ms 'min ; R/RK R/RK B>,
0ms =0ms ;=ms :0ms '00ms '2:ms ';0ms 2(;ms >20ms =:0ms ('2 n' n2 n> n= n; n: n'0 n20 n' n2 n> n= n( n; n: n'0 "$'003->00 "$2003->00 "$>003->00 "$=003->00 "$;003->00 "$ "$'003->0' "$2003->0' "$>003->0' "$=003->0' "$;003->0' "$ 'M'; ms(0 ms'00 ms'(0 ms200 ms(00 ms'000 ms2000 "$03->'0 "$(03->'0 "$'003->'0 "$2003->'0 "$(003->'0 "$'00 "$'0003->'' "$>0003->'' "$(0003->'' "$'00003->'' "$'(0003min( min'0 min20 min>0 min;0 min'20 min':0 NULL $no.>G AE$ NULL $no.>G AE$ "a5ret53-!res!old3t' "a5ret53-!res!old3t2 "a5ret53-!res!old3t> "a5ret "a5ret53-!res!old3t' "a5ret53-!res!old3t2 "a5ret53-!res!old3t> "a5ret
FC0M0 FC'M' FC2M2 FC>M> FC=M= FC(M( FC;M; FC1M1 FC:M: FC7 FC0 FC' FC2 FC> FC= FC( FC; FC1 FC: FC7 FC'' FC'> FC'( F r' r2 r= r: r'; r>2 r;= Infinit) r' r2 r= r: r'; r>2 r;= Infinit) r' r2 r= r: r'; r>2 r;= Infinit) r' r2 r= r: r'; r>2 r;= Infinit) r' r2 r= r: r'; r>2 r;= Infinit) U-RAN3R$CP U-RAN3ECN0 U-RAN3B-* 6'='M6=> '>,C+K C+ 0-31
6''7M62( step2
DB03P?R3RA"PING3$-EPM0 DB23P?R3RA"PING3$-EPM' DB=3P? B)120K B)118K B)116K B)114K B)112K B)110K B)108K B)1
6' to ;
Comment
itc!n UtranE#entAnr$.itc!ff GeranE#entAnr$.itc!ff UtranFastAnr$.itc!ff GeranFastA
53-!res!old3t= "a5ret53-!res!old3t; "a5ret53-!res!old3t: "a5ret53-!res!old3t'; "a5ret53'2: PollPdu3p2(; PollPdu3Infinit) llretrans3m2( -pollretrans3m>0 -pollretrans3m>( -pollretrans3m=0 -pollretrans3m=( -pollretran llretrans3m2( -pollretrans3m>0 -pollretrans3m>( -pollretrans3m=0 -pollretrans3m=( -pollretran pro!i&it3m20 -statpro!i&it3m2( -statpro!i&it3m>0 -statpro!i&it3m>( -statpro!i&it3m=0 -statpro!i pro!i&it3m20 -statpro!i&it3m2( -statpro!i&it3m>0 -statpro!i&it3m>( -statpro!i&it3m=0 -statpro!i 53-!res!old3t= "a5ret53-!res!old3t; "a5ret53-!res!old3t: "a5ret53-!res!old3t'; "a5ret53'2: PollPdu3p2(; PollPdu3Infinit)
<ERR
A,E+<RR
P7( P7(
6K ACCE//BARR'+,)E/32K ACCE//BARR'+,)E/64K ACCE//BARR'+,)E/128K ACCE//BARR 6K ACCE//BARR'+,)E/32K ACCE//BARR'+,)E/64K ACCE//BARR'+,)E/128K ACCE//BARR
'100
()K lcicRe%se3/itc#>'E'()
ER>C>E'16
DB(3%3*K$- DB;3%3*K$- DB:3%3*K$- DB'03%3*K$- DB'23%3*K$- DB'=3%3*K$- D *IG* DB03%3*K$-3$F3*IG*
03-3E8ALULA-IN $2=03-3E8ALULA-IN $':03-3*K$-3NR"AL $2=03-3*K$-3NR"AL M2 -3RE$EL3$F3'D-0M>
E$EL3$F3'D-0 M2 -3RE$EL3$F3'D-0M>
E$EL3$F3'D-0
E$EL3$F3'D-0
E$EL3$F3'D-0 CELL3B?3N1(M= CELL3B?3N'00M(
6= dB6> dB62 dB6' dB0 dB' dB2 dB> dB= dB( dB; dB: dB'0 dB'2 dB'= dB'; dB': dB
6= dB6> dB62 dB6' dB0 dB' dB2 dB> dB= dB( dB; dB: dB'0 dB'2 dB'= dB'; dB': dB "! 'one
6= dB6> dB62 dB6' dB0 dB' dB2 dB> dB= dB( dB; dB: dB'0 dB'2 dB'= dB'; dB': dB (nitD2$bm (nitDsec
None None 'o $irect comp"ibility-AR "lo sitc# t"Hes it
iodB$R-imer3sf20 -PeriodB$R-imer3sf>2 -PeriodB$R-imer3sf=0 -PeriodB$R-imer3sf;= -Peri 'o $irect comp"ibility-AR "lo sitc# t"Hes it
- NE3-*IR-K3$ECND-
ms ;=0ms '02=ms '2:0ms 2(;0ms ('20ms
ms ;=0ms '02=ms '2:0ms 2(;0ms ('20ms
ms ;=0ms '02=ms '2:0ms 2(;0ms ('20ms
ms ;=0ms '02=ms '2:0ms 2(;0ms ('20ms
ms ;=0ms '02=ms '2:0ms 2(;0ms ('20ms
min '2min >0min ;0min 0ms 2(;0ms ('20ms
min '2min >0min ;0min ms ;=0ms '02=ms '2:0ms 2(;0ms ('20ms
ms ;=0ms '02=ms '2:0ms 2(;0ms ('20ms
min '2min >0min ;0min
ms ;=0ms '02=ms '2:0ms 2(;0ms ('20ms
'0003->00 "$'(003->00 "$20003->00 '0003->0' "$'(003->0' "$20003->0'
3->'0 "$20003->'0 '' "$200003->'' "$>00003->''
53-!res!old3t= "a5ret53-!res!old3t; "a5ret53-!res!old3t: "a5ret53-!res!old3t'; "a5ret5353-!res!old3t= "a5ret53-!res!old3t; "a5ret53-!res!old3t: "a5ret53-!res!old3t'; "a5ret53-
7 FC''M'0 FC'>M'' FC'(M'2 FC'1M'> FC'7M'= '1 FC'7
3RA"PING3$-EPM2 DB;3P?R3RA"PING3$-EPM> 06K B)104K B)102K B)100K B)98K B)96K B)94K B)92K B)90
r$.itc!ff CdmaFastAnr$.itc!ff CdmaFastAnr$.itc!ff UtranAutoNrtDelete$.itc!n UtranAutoNrtDelete$.itc!n GeranAutoNrtDelete$.itc!n GeranAutoNrtDelete$.itc!n
res!old3t>2 s3m(0 -pollretrans3m(( -pollretrans3 m(( -pollretrans3m;0 -pollretrans 3m;0 -pollretrans3m;( -pollretrans3 m;( -pollretrans3m10 -pollretrans 3m10 -pollretrans3m1( -pollretrans 3m1( s3m(0 -pollretrans3m(( -pollretrans3m;0 -pollretrans3m;( -pollretrans3m10 -pollretrans3m1( &it3m=( -statpro!i&i -statpro!i&it3m(0 t3m(0 -statpro!i& -statpro!i&it3m(( it3m(( -statpro!i&i -statpro!i&it3m;0 t3m;0 -statpro!i -statpro!i&it3m;( &it3m;( -statpro!i& -statpro!i&it3m1 it3m1 &it3m=( -statpro!i&i -statpro!i&it3m(0 t3m(0 -statpro!i& -statpro!i&it3m(( it3m(( -statpro!i&i -statpro!i&it3m;0 t3m;0 -statpro!i -statpro!i&it3m;( &it3m;( -statpro!i& -statpro!i&it3m1 it3m1 res!old3t>2
'+,)E/256K ACCE//BARR'+,)E/512 '+,)E/256K ACCE//BARR'+,)E/512
';3%3*K$- DB':3%3*K$- DB203%3*K$- DB223%3*K$- DB2=3%3*K$-
0 dB22 dB2=
0 dB22 dB2=
0 dB22 dB2=
odB$R-imer3sf:0 -PeriodB$R-imer3sf'2: -PeriodB$R-imer3sf';0 -PeriodB$R-imer3sf>20 -Pe
res!old3t>2 res!old3t>2
dmaAutoNrtDelete$.itc!n E5tendIntraRatAnr$.itc!ff
pollretrans3m:0 -pollretrans3m:( -pollretrans3m70 -pollretrans3m7( -pollretrans3m'00 -pollre pollretrans3m:0 -pollretrans3m:( -pollretrans3m70 -pollretrans3m7( -pollretrans3m'00 -pollre -statpro!i&it3m1( -statpro!i&it3m:0 -statpro!i&it3m:( -statpro!i&it3m70 -statpro!i&it3m7( -stat -statpro!i&it3m1( -statpro!i&it3m:0 -statpro!i&it3m:( -statpro!i&it3m70 -statpro!i&it3m7( -stat
riodB$R-imer3sf;=0 -PeriodB$R-imer3sf'2:0 -PeriodB$R-imer3sf2(;0 -PeriodB$R-imer3infinit
trans3m'0( -pollretrans3m''0 -pollretrans3m''( -pollretrans3m'20 -pollretrans3m'2( -pollretr trans3m'0( -pollretrans3m''0 -pollretrans3m''( -pollretrans3m'20 -pollretrans3m'2( -pollretr pro!i&it3m'00 -statpro!i&it3m'0( -statpro!i&it3m''0 -statpro!i&it3m''( -statpro!i&it3m'20 -stat pro!i&it3m'00 -statpro!i&it3m'0( -statpro!i&it3m''0 -statpro!i&it3m''( -statpro!i&it3m'20 -stat
ns3m'>0 -pollretrans3m'>( -pollretrans3m'=0 -pollretrans3m'=( -pollretrans3m'(0 -pollretran ns3m'>0 -pollretrans3m'>( -pollretrans3m'=0 -pollretrans3m'=( -pollretrans3m'(0 -pollretran ro!i&it3m'2( -statpro!i&it3m'>0 -statpro!i&it3m'>( -statpro!i&it3m'=0 -statpro!i&it3m'=( -statp ro!i&it3m'2( -statpro!i&it3m'>0 -statpro!i&it3m'>( -statpro!i&it3m'=0 -statpro!i&it3m'=( -statp
s3m'(( -pollretrans3m';0 -pollretrans3m';( -pollretrans3m'10 -pollretrans3m'1( -pollretrans s3m'(( -pollretrans3m';0 -pollretrans3m';( -pollretrans3m'10 -pollretrans3m'1( -pollretrans ro!i&it3m'(0 -statpro!i&it3m'(( -statpro!i&it3m';0 -statpro!i&it3m';( -statpro!i&it3m'10 -statp ro!i&it3m'(0 -statpro!i&it3m'(( -statpro!i&it3m';0 -statpro!i&it3m';( -statpro!i&it3m'10 -statp
m':0 -pollretrans3m':( -pollretrans3m'70 -pollretrans3m'7( -pollretrans3m200 -pollretrans3 m':0 -pollretrans3m':( -pollretrans3m'70 -pollretrans3m'7( -pollretrans3m200 -pollretrans3 o!i&it3m'1( -statpro!i&it3m':0 -statpro!i&it3m':( -statpro!i&it3m'70 -statpro!i&it3m'7( -statpr o!i&it3m'1( -statpro!i&it3m':0 -statpro!i&it3m':( -statpro!i&it3m'70 -statpro!i&it3m'7( -statpr
20( -pollretrans3m2'0 -pollretrans3m2'( -pollretrans3m220 -pollretrans3m22( -pollretrans3m 20( -pollretrans3m2'0 -pollretrans3m2'( -pollretrans3m220 -pollretrans3m22( -pollretrans3m o!i&it3m200 -statpro!i&it3m20( -statpro!i&it3m2'0 -statpro!i&it3m2'( -statpro!i&it3m220 -statpr o!i&it3m200 -statpro!i&it3m20( -statpro!i&it3m2'0 -statpro!i&it3m2'( -statpro!i&it3m220 -statpr
>0 -pollretrans3m2>( -pollretrans3m2=0 -pollretrans3m2=( -pollretrans3m2(0 -pollretrans3m>0 >0 -pollretrans3m2>( -pollretrans3m2=0 -pollretrans3m2=( -pollretrans3m2(0 -pollretrans3m>0 !i&it3m22( -statpro!i&it3m2>0 -statpro!i&it3m2>( -statpro!i&it3m2=0 -statpro!i&it3m2=( -statpro !i&it3m22( -statpro!i&it3m2>0 -statpro!i&it3m2>( -statpro!i&it3m2=0 -statpro!i&it3m2=( -statpro
0 -pollretrans3m>(0 -pollretrans3m=00 -pollretrans3m=(0 -pollretrans3m(00 0 -pollretrans3m>(0 -pollretrans3m=00 -pollretrans3m=(0 -pollretrans3m(00 !i&it3m2(0 -statpro!i&it3m>00 -statpro!i&it3m>(0 -statpro!i&it3m=00 -statpro!i&it3m=(0 -statpro !i&it3m2(0 -statpro!i&it3m>00 -statpro!i&it3m>(0 -statpro!i&it3m=00 -statpro!i&it3m=(0 -statpro