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8/13/2019 UMTS Parameter Mapping for TMO_V7.0
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Date Document name Version History
8/16/2010 UMTS parameters mapping V1 20100816 V1 Creation
8/25/2011 UMTS parameters mapping V1 20100825 V2 Creation
8/27/2011 UMTS parameters mapping V1 20100825 V3 Creation
8/29/2011 UMTS parameters mapping V1 20100829 V4 Creation
9/1/2011 UMTS parameters mapping V1 20100901 V5 Creation
9/2/2011 UMTS parameters mapping V1 20100902 V6 Creation
8/13/2019 UMTS Parameter Mapping for TMO_V7.0
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Comments
Current Value should be filled by cutomer.
Parameter mapping result should be audited by HQ.
Some abnormal value should be double check by customer.
Provide to Customer
8/13/2019 UMTS Parameter Mapping for TMO_V7.0
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Ericsson Parameter
Name MO Class Name Description Range
Idle
t3212 LocationArea
Periodic update timer for LA update.
Special values:
0 means infinite time (not active).
Unit: 0.1 h (6 min)
0..255
att LocationArea
Indicates to the UE whether IMSI
attach/detach is allowed. (Some IMSIs
are not allowed in some LAs.) This helps
to facilitate the avoidance of unnecessary
paging attempts. The value is sent on the
BCCH.
Value mapping:
FALSE: IMSI attach not allowedTRUE: IMSI attach allowed
FALSE = 0
TRUE = 1
nmo RoutingAreaNetwork operation mode that indicates
whether the Gs interface between the
SGSN and MSC/VLR is installed.
MODE_I = 0
MODE_II = 1
qQualMin UtranCell
Used in UE functions for cell
selection/reselection in idle mode and
connected mode. Minimum required
(acceptable) quality level in the cell.
Unit: dB
-24..0
qQualMin ExternalUtranCell
level in the cell (dB). Used to set cell
border between two cells.-24..0
qRxLevMin UtranCell
selection/reselection in idle mode and
connected mode. Minimum required-119..-25
qRxLevMin ExternalUtranCell
selection/reselection in idle mode and
connected mode. Minimum required -119..-25
Ericsson
Paging 3..9utranDrxCycleLength
The DRX cycle length coefficient (k) for
UEs in URA_PCH.The DRX cycle length is the frequency
with which the UE listens on the paging
channel. The parameter is applicable for
both UTRAN and CN initiated paging in
URA_PCH.
Value mapping:
The cycle length is calculated as the k'th
power of 2, where k = 3..9. For example,
6 corresponds to cycle length 640 ms, 7
corresponds to cycle length 1280 ms, etc.
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qRxLevMin ExternalGsmCell
the cell.
Used in UE functions for cell-115..-25
qualMeasQuantity UtranCell
selection/reselection in idle and connected
mode.
CPICH_RSCP = 1
CPICH_EC_NO = 2
sIntraSearch UtranCell
intra-frequencies shall be performed.0..27
Sintersearch UtranCell
inter-frequencies shall be performed.0..27
sRatSearch UtranCell
GSM frequencies shall be performed is
made using this parameter in relation with-32..20
qHyst1 UtranCell
functions in idle and connected mode.
Value launched by System information0..40
qHyst2 UtranCell
.
Used to perform cell ranking for the
serving cell.0..40
treSelection UtranCell
. -to-trigger for cell reselection.
Value launched by System information0..31
qOffset1sn UtranRelation
target cells. used when the IE
"cell_selection_and_reselection_quality_m
" "
-50..50
qOffset1sn UtranRelation
target cells. used when the IE
"cell_selection_and_reselection_quality_m
" "
-50..50
qOffset1sn GsmRelation
target cells.-50..50
qOffset2sn UtranRelation
target cells. used when the IE
"cell_selection_and_reselection_quality_m" "
-50..50
qOffset2sn UtranRelation
target cells. used when the IE
"cell_selection_and_reselection_quality_m
" "
-50..50
Handover
w1b UeMeasControl Weight factor to include active set cells
other than the best in evaluation criteria
measQuantity1 UeMeasControlUsed by UE functions for intra-frequency
measurements (in CELL_DCH). Quantity
CPICH_RSCP = 1
CPICH_EC_NO = 2
maxActiveSet UeMeasControlMaximum number of cells in active set.
The reporting deactivation threshold, used2..4
0..20
hysteresis1a UeMeasControl Hysteresis used in addition-window in
evaluation criteria for event 1a to avoid0..15
hysteresis1c UeMeasControl Used by UE functions for intra-frequency
measurement re ortin in CELL DCH .0..15
hysteresis1b UeMeasControl Hysteresis used in addition-window inevaluation criteria for event 1a to avoid
0..15
hysteresis1d UeMeasControl Hysteresis used in drop window in
evaluation criteria for event t e 1d.0..15
reportingRange1a UeMeasControl
Used by UE functions for intra-frequency
measurement reporting (in CELL_DCH).
Threshold used for addition-window in
evaluation criteria for event type 1a.
0..29
reportingRange1b UeMeasControl
Used by UE functions for intra-frequency
measurement reporting (in CELL_DCH).
Threshold used for drop window in
evaluation criteria for event 1b.
0..29
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serviceOffset2dEcno UeRc
Service-specific offset for event 2d when
the measurement quantity is Ec/No.
For each cell in the Active Set, the cell-20..20
serviceOffset2dRscp UeRc
Service-specific offset for event 2d when
the measurement quantity is RSCP.For each cell in the Active Set, the cell
parameter
-50..50
serviceOffset2dEcno UeRc
Service-specific offset for event 2d when
the measurement quantity is Ec/No.
For each cell in the Active Set, the cell
-20..20
serviceOffset2dRscp UeRcService-specific offset for event 2d when
the measurement quantity is RSCP. -50..50
serviceOffset2dEcno UeRc Service-specific offset for event 2d when -20..20
serviceOffset2dRscp UeRc Service-specific offset for event 2d when -50..50
serviceOffset2dEcno UeRc Service-specific offset for event 2d when -20..20
serviceOffset2dRscp UeRc Service-specific offset for event 2d when -50..50
serviceOffset2dEcno UeRc Service-specific offset for event 2d when -20..20
serviceOffset2dRscp UeRc Service-specific offset for event 2d when -50..50
serviceOffset2dEcno UeRc Service-specific offset for event 2d when -20..20
serviceOffset2dRscp UeRc Service-specific offset for event 2d when -50..50
timeToTrigger2dRscp UeMeasControl Time between detection of event 2d and.. .. ..
40..40 60..60 80..80
timeToTrigger2fRSCP UeMeasControl Time between detection of event 2f and.. .. ..
40..40 60..60 80..80
timeToTrigger2dRscp UeMeasControl Time between detection of event 2d and.. .. ..
40..40 60..60 80..80
timeToTrigger2fRSCP UeMeasControl Time between detection of event 2f and.. .. ..
serviceOffset2dEcno UeRc Service-specific offset for event 2d when -20..20
timeToTrigger1a UeMeasControlTime between detection of event 1a and
sending of the measurement report.
0..15
timeToTrigger1b UeMeasControl Time between detection of event 1b and
sendin of the measurement re ort.0..15
timeToTrigger1c UeMeasControl Time between detection of event 1c and
sendin of the measurement re ort.0..15
timeToTrigger1d UeMeasControl Time between detection of event 1d and
sendin of the measurement re ort.
0..15
reportingInterval1a UeMeasControl Interval of event-triggered periodical
re ortin in case of 'cell addition failure' or0..7
reportingInterval1c UeMeasControl Interval of event-triggered periodical
' '0..7
hysteresis2f UeMeasControl
Hysteresis for event 2f.
Value mapping:
0..29
hysteresis2d UeMeasControl
Hysteresis for event 2d.
Value mapping:
0..29
use req e res cn
oUeMeasControl
Relative threshold for event 2f versus
event 2d for the used frequency when the0..20
usedFreqRelThresh2fRsc
pUeMeasControl
Relative threshold for event 2f versus
event 2d for the used frequency when the0..20
use req e res cn
oUeMeasControl
e a ve res o or even versus
event 2d for the used fre uenc when the0..20
use req e res scUeMeasControl Relative threshold for event 2f versus 0..20
use req e res cn
oUeMeasControl
e a ve res o or even versus
event 2d for the used fre uenc when the0..20
use req e res scUeMeasControl Relative threshold for event 2f versus 0..20
use req e res cn
oUeMeasControl
e a ve res o or even versus
event 2d for the used frequency when the0..20
use req e res scUeMeasControl Relative threshold for event 2f versus 0..20
e a ve res o or even versusevent 2d for the used frequency when the 0..20use req e res sc
UeMeasControl Relative threshold for event 2f versus 0..20
use req e res cno UeMeasControl
use req e res cn
oUeMeasControl
e a ve res o or even versus
event 2d for the used fre uenc when the0..20
use req e res scUeMeasControl Relative threshold for event 2f versus 0..20
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serviceOffset2dEcno UeRc Service-specific offset for event 2d when -20..20
serviceOffset2dEcno UeRc Service-specific offset for event 2d when -20..20
serviceOffset2dRscp UeRc Service-specific offset for event 2d when -50..50
serviceOffset2dRscp UeRc Service-specific offset for event 2d when -50..50
serviceOffset2dRscp UeRc
Service-specific offset for event 2d when
-50..50
Power&HSPA
primaryCpichPower UtranCell
Power to be used for transmitting the
PCPICH.
Disturbances:
-99..500
maximumTransmissio
nPowerUtranCell
Maximum transmission power. This is the
maximum power for all downlink channels
that are allowed to be used
simultaneousl in a cell added to ether.
0..500
maxFach1Power Fach
Maximum power, to be used for
transmitting the first FACH channel,
relative the primaryCpichPower value. The
first FACH is used for lo ical channels
-350..150
constantValueCprach Rach
Constant value used by the UE to
calculate the initial power on PRACH
according to the Open loop power control
rocedure.
-35..-10
preambleRetransMax Rach
Maximum number of preambles in one
preamble ramping cycle.1~64
numHsScchCodes Hsdsch
Number of codes of SF=128 used for the
HS-SCCH. 1..4
gsmThresh3a UeMeasControl Threshold for event 3a for GSM. Range is -115..0
gsmThresh3a UeMeasControlThreshold for event 3a for GSM. Range is
valid for GSM carrier RSSI.-115..0
gsmThresh3a UeMeasControl Threshold for event 3a for GSM. Range is -115..0
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Current Value Huawei Parameter
NameParameter Level
GUI Value
Range
Actual Value
Range
Huawei Default
Value
10 T3212 RNC 0~255 0~1530 step:6 10 (60min)
TRUE ATT RNC
NOT_ALLO
WED,
ALLOWED
NOT_ALLOWED,
ALLOWEDALLOWED
MODE_II = 1 NMO RNC MODE1,
MODE2 MODE1, MODE2 MODE2
DRXCYCLELENCO
EFRNC 6~9 6~9 6
DRXCYCLELENCO
EFRNC 3~9 3~9 6
-18 Qqualmin UCell -18
-18 Qqualmin External UCell -18
-115 Qrxlevmin UCell -58 (-115dBm)
-115 Qrxlevmin External UCell -58 (-115dBm)
-24~0 -24~0
-58~-13 -115~-25, step:2
5
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-107 Qrxlevmin U2G Relation -58~-13-115~25
Step2-50(-99dBm)
CPICH_EC_NO QUALMEAS UCell
_
O(CPICH
Ec/N0),
CPICH_ECNO,
CPICH_RSCPCPICH_ECNO
22 IdleSintrasearch UCell -16~10, 127 {-32~20}, {127},
step:25 (10dB)
0 IdleSintersearch UCell -16~10, 127 {-32~20}, {127},
step:24 (8dB)
2 SsearchRat UCell -16~10, 127 {-32~20}, {127},
step:22 (4dB)
2(4dB) IdleQhyst1s UCell 0~20 0~40, step:2 2 (4dB)
2(4dB) IdleQhyst2s UCell 0~20,255 {0~40}, {255}, step:2 1 (2dB)
1 Treselections UCell 0~31 0~31 1 (1s)
0 IdleQoffset1sn U2U Relation 0 (0dB)
0 IdleQoffset1sn U2U Relation 0 (0dB)
10 Qoffset1sn U2G Relation -50~50 -50~50 0 (0dB)
0 IdleQoffset2sn U2U Relation 0 (0dB)
0 IdleQoffset2sn U2U Relation 0 (0dB)
UCell
0 UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
-50~50 -50~50
1~6
Hystfor1C 0~15 0~7.5, Step:0.5
Hystfor1B 0~7.5, Step:0.5
IntraFreqMeasQuan
tity
_
NO(CPICHCPICH_EC/NO,
CPICH_RSCP
-50~50 -50~50
CPICH_EC_NO = CPICH_EC/NO
Weight 0~20 0~2, Step:0.1 0
3
0 Hystfor1A 0~15 0~7.5, Step:0.5 0
MaxCellInActiveSet 1~6 3
00~15
2
0
8 (4dB)
8 (4dB)
15 Hystfor1D 0~15 0~7.5, Step:0.5
0~14.5, Step:0.5 6 (3dB)0~29
0~29 0~14.5, Step:0.56
IntraRelThdFor1AC
SNVPIntraRelThdFor1AC
SVP6 (3dB)
IntraRelThdFor1AP
S0~29 0~14.5, Step:0.5 6 (3dB)
12 (6dB)
10
IntraRelThdFor1BC
SNVP0~29 0~14.5, Step:0.5 12 (6dB)
IntraRelThdFor1BP
S
0~29 0~14.5, Step:0.5
IntraRelThdFor1BC
SVP0~29 0~14.5, Step:0.5 12 (6dB)
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UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
1 UCell
1 UCell
UCell
UCell
0 UCell
-2 UCell
UCell
UCell
UCell
UCell
UCell
UCell
1 UCell
1 UCell
UCell
UCell
0 UCell
-2 UCell
UCell
UCell
UCell
UCell
UCell
UCell
320 UCell
1280 UCell
UCell
UCell
UCell
2
3
2
3
9200ms TrigTime1A
, ,
D20, D40,
, , , , , ,
0,120,160,200,240,3 320ms
13(1280ms) TrigTime1B
TrigTime1CD0, D10,
D20, D40,
0, 10, 20, 40, 60, 80,
100, 120, 160, 200,640ms10
640ms
D0, D10,
D20, D40,
0, 10, 20, 40, 60, 80,
100, 120, 160, 200,640ms
14 TrigTime1dD0, D10,
D20, D40,
0, 10, 20, 40, 60, 80,
100, 120, 160, 200,3(1s) ReportIntervalfor1A
NON_PERIO
DIC_REPOR
NON_PERIODIC_R
EPORT, 250, 500,4000ms
3(1s) ReportIntervalfor1C_
DIC_REPOR
_ _
EPORT, 250, 500,4000ms
0
0 HystFor2D 0~29 0~14.5dB, Step:0.5 4 (2dB)
0~29 0~14.5dB, Step:0.5 4 (2dB)
InterFreqCSThd2DE
cN0 -24~0 dB -24~0 -14
HystFor2F
-24~0 -12
InterFreqCSThd2DRSCP -115~-25dBm -115~-25 -95
2 n er req
cN0 -24~0 dBm
InterFreqR99PSThd
2DEcN0
3 InterFreqCSThd2FR
SCP
-115~-25
dBm -115~-25 -92
-24~0 dB -24~0 -14
InterFreqR99PSThd
2DRSCP
-115~-25
dBm -115~-25 -95
2 n er req
2FEcN0 -24~0 dB -24~0 -12
3
n er req c
N0 -24~0 dB -24~0 -14n er req
CP
- ~-
dBm -115~-25 -95
n er req
2FRSCP
- ~-
dBm -115~-25 -92
2 n er req c
N0 -24~0 dB -24~0
-115~-25 -92
-12
3 n er req
CP
- ~-
dBmn er
cN0 -24~0 dB -24~0 -14
n er
SCP
- ~-
dBm -115~-25 -100
n er
cN0 -24~0 dB -24~0 -122
n er
SCP3
- ~-
dBm -115~-25 -97
-24~0
n er c
N0 -24~0 dB -24~0 -15
n er cN0 -24~0 dB
n er
CP
- ~-
dBm -115~-25 -110
-13n er
CP
- ~-
dBm -115~-25 -107
n er s
DEcN0 -24~0 dB
n er s
DRSCP
- ~-
dBm -115~-25 -110
-24~0 dB -24~0
-24~0 -15
-13n er s
FEcN0
-115~-25 -107n er s
FRSCP
- ~-
dBm
TimeToTrig2F, ,
D20, D40,
, , , , , ,
100, 120, 160, 200,1280ms
TimeToTrig2D, ,
D20, D40,
, , , , , ,
100, 120, 160, 200,320ms
arge req s cN0
-24~0
TrigTime2D, ,
D20 D40
, , , , , ,
100 120 160 200320ms
TrigTime2F, ,
D20 D40
, , , , , ,
100 120 160 2001280ms
-24~-0dB -12dB
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UCell
UCell
UCell
UCell
UCell
UCell
UCell
UCell
330 PCPICHPower UCell -100~500 -10~50 N/A
up to cell MaxTxPower UCell 0~500 0~50 Step:0.1 N/A
18 MaxFachPower UCell -350~150 -35~15dB 1dB
-19 Constantvalue UCell -35~-10 -35~-10dB -20dB
32 PreambleRetransM
axUCell 1~64 1~64 20
2 HsScchCodeNum UCell 1 to 15 1 to 15 4
dEcN0-24~0 -24~-0dB -12dB
arge req c
N0-24~0 -24~-0dB -12dB
arge req sc
-115~-25 -115~-25dBm -92dBm
arge req s
dRsc-115~-25 -115~-25dBm -92dBm
arge req s s
c-115~-25 -115~-25dBm -92dBm
TargetRatCsThd 0~63 -110~-48dBm 16(-95dBm)-90
TargetRatR99PsThd 0~63 -110~-48dBm 16(-95dBm)
TargetRatHThd 0~63 -110~-48dBm 16(-95dBm)
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Mapping Rule Mapping Value Huawei Command
Direct Mapping 10 ADD UCNDOMAIN
Direct Mapping ALLOWED ADD UCNDOMAIN
Direct Mapping MODE2 ADD UCNDOMAIN
Use Huawei Baseline 6 ADD UCNDOMAIN
Direct Mapping 5 SET UFRC
Direct Mapping -18 ADD UCELLSELRESEL
Direct Mapping -18 ADD UEXT3GCELL
Direct Mapping -58 ADD CELLSELRESEL
Direct Mapping -58 ADD UEX3GCELL
Huawei
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Direct Mapping -54 ADD U2GNCELL
Direct Mapping CPICH_ECNO ADD UCELLSELRESEL
Direct Mapping 5 ADD UCELLSELRESEL
Direct
Mapping_Optimization127 ADD UCELLSELRESEL
Direct Mapping 2 ADD UCELLSELRESEL
Use Huawei Baseline 2 ADD UCELLSELRESEL
Use Huawei Baseline 1 ADD UCELLSELRESEL
Direct Mapping 1 ADD UCELLSELRESEL
Direct Mapping 0ADD
UINTRAFREQNCELL
Direct Mapping 0ADD
UINTERFREQNCELL
Direct Mapping 10 ADD U2GNCELL
Use Huawei Baseline 0ADD
UINTRAFREQNCELL
Use Huawei Baseline 0ADD
UINTERFREQNCELL
ADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHO
ADDUCELLINTRAFREQHO
ADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHOADD
UCELLINTRAFREQHO
Direct Mapping CPICH_EC/NO
Direct Mapping 0
Direct Mapping 3
Direct Mapping 0
Direct Mapping 0
Use Huawei Baseline 8 (4dB)
Use Huawei Baseline 8 (4dB)
Direct Mapping 6 (3dB)
Direct Mapping 6 (3dB)
Direct Mapping 6 (3dB)
10(5dB)
Direct Mapping
Direct Mapping
10(5dB)
Direct Mapping 10(5dB)
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Direct Mapping D200 ADD
UCELLINTRAFREQHO
Direct Mapping D1280
UCELLINTRAFREQHO
UCELLINTRAFREQHO
UCELLINTRAFREQHO
UCELLINTRAFREQHO
UCELLINTRAFREQHO
Direct Mapping 0
UCELLINTERRATHOC
Direct Mapping 0
Direct Mapping 0
UCELLINTERRATHOC
Direct Mapping 0
UCELLINTERFREQHO
ADD
UCELLINTERFREQHO
COV
ADD
UCELLINTERFREQHOCOV
UCELLINTERFREQHOADD
UCELLINTERFREQHO
ADD
UCELLINTERFREQHO
COV
UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERRATHOC
UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERRATHOC
UCELLINTERFREQHO
Use Huawei Baseline D640
Use Huawei Baseline D640
Use Huawei Baseline
Use Huawei Baseline D4000
D4000
usedFreqThresh2dEcno+ser
viceOffset2dEcno -13
usedFreqThresh2dEcno+ser
viceOffset2dEcno+usedFreq -11
-104usedFreqThresh2dRscp+serviceOffset2dRscp
usedFreqThresh2dEcno+ser
viceOffset2dEcno -14
-107
usedFreqThresh2dRscp+ser
viceOffset2dRscp+usedFreq -101
use req res cno+ser
viceOffset2dEcno+usedFre -12
usedFreqThresh2dRscp+ser
viceOffset2dRscp
use req res scp+ser
viceOffset2dRscp+usedFreq -104
use req res cno+ser
viceOffset2dEcno -14use req res scp+ser
viceOffset2dRsc -105
use req res scp+ser
viceOffset2dRsc +usedFre -102
use req res cno+ser
viceOffset2dEcno+usedFre -12
use req res cno+ser
viceOffset2dEcno -13
use req res scp+ser
viceOffset2dRscp -104
use req res scp+ser
viceOffset2dRsc +usedFre -101
use req res cno+ser
viceOffset2dEcno+usedFreq -11
use req res scp+ser
viceOffset2dRsc
use req res cno+ser
viceOffset2dEcno -14
-107
use req res cno+ser viceOffset2dEcno+usedFreq -12use req res scp+ser
viceOffset2dRscp+usedFreq -104
use req res scp+ser
viceOffset2dRsc
use req res cno+ser
viceOffset2dEcno -14
-105
use req res cno+ser
viceOffset2dEcno+usedFre -12
use req res scp+ser
viceOffset2dRsc +usedFre -102
Direct Mapping
D320
Direct Mapping D320
D1280
Direct Mapping
Direct Mapping D1280
Use Huawei Baseline -12
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UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERFREQHO
UCELLINTERRATHOCADD
UCELLINTERRATHOC
PCPICHPower=primaryCpic
hPower+primaryCpichPower
+dlAttenuation(ExternalTma)
+dlAttenuation(AntFeederCa
330
ADD UPCPICH
ADD
UCELLQUICKSETUP
MOD UCELLMaxTxPower=maximumTran
smissionPower+maximumTr
ansmissionPower+dlAttenua
tion(ExternalTma)+dlAttenua
460
ADD UCELLSETUP
ADD
UCELLQUICKSETUP
MOD UCELL
Direct Mapping 18 ADD UFACH
Direct Mapping -19 ADD UPRACHBASIC
Direct Mapping 32 ADD UPRACHBASIC
Direct Mapping 2 ADD UCELLHSDPA
Use Huawei Baseline
-12
-92
Use Huawei Baseline -92
Use Huawei Baseline
-12
Use Huawei Baseline
Use Huawei BaselineDirect Mapping
-9220(-91dBm)
Direct Mapping 20(-91dBm)
20(-91dBm)Direct Mapping
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Description
Periodical location update is implemented by MS through the
location update procedure. 0: The periodical update procedure is
not used. This parameter is valid only when [CN domain ID] is set
as CS_DOMAIN. GUI value range:0~255 Actual value
range:0~1530 step:6 Unit:min Default value:10
Indicating whether attach/detach is allowed. NOT_ALLOWED
indicates that MS cannot apply the IMSI attach/detach procedure.
ALLOWED indicates that MS can apply the IMSI attach/detach
procedure. It is valid only when [CN domain ID] is set as
CS_DOMAIN. GUI value range:NOT_ALLOWED, ALLOWED
Actual value range:NOT_ALLOWED,ALLOWED Unit:None
Default value:ALLOWED Recommended Value:ALLOWED
This parameter should be set according to the actual network
situation . If there is the Gs interface between SGSN and
MSC/VLR this parameter is set as MODE1; otherwise, MODE2. It
is valid only when [CN domain ID] is set as PS_DOMAIN. GUI
value range:MODE1, MODE2 Actual value
range:MODE1,MODE2 Unit:None Default value:MODE2
Recommended Value:MODE2
CN domain specific DRX cycle length coefficient broadcast on
SIB1 and used by UEs in Idle Mode. GUI value range:6~9 Actual
value range:6~9 Unit:None Default value:6 Recommended
Value:6
This parameter specifies the UTRAN-specific Discontinuous
Reception (DRX) cycle length coefficient. In connected mode, the
UE uses the shorter one between CN-specific DRX cycle length
coefficient and UTRAN-specific DRX cycle length coefficient. In
idle mode, the UE can use the DRX mode to receive paging
indications so as to reduce power consumption; in this case, the
UE needs to monitor only one paging indication in one paging
occasion during each DRX cycle. - If the value of this parameter is
too small, the UE checks the paging channel frequently, thus
having great power consumption. - If the value of this parameter is
too large, the response of the UE to the paging becomes slow,
and the core network may repeatedly page the UE and thus
increase the downlink interference. GUI value range:3~9 Actual
value range:3~9 Unit:None Default value:-
RSCP. The UE can camp on the cell only when the measured
CPICH RSCP is greater than the value of this parameter. The
setting of Qrxlevmin should be related to Qqualmin. The higher
the parameter is, the more difficult it is for the UE to reside in the
cell. The lower parameter is, the easier it is for the UE to reside in
e m n mum requ re qua y res o correspon ng o
Ec/No. The UE can camp on the cell only when the measured
CPICH Ec/No is greater than the value of this parameter. The
higher the parameter value is, the more difficult it is for the UE to
reside in the cell. The lower parameter value is, the easier it is for
the UE to reside in the cel l, but it is possible that the UE cannot
receive the system messages that are sent through the PCCPCH.
For detailed information, refer to the 3GPP TS 25.304. GUI value
range:-24~0 Actual value range:-24~0 Unit:dB Default value:-18
Recommended Value:-18
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.
Before the UE camps on the cell, take the measurement of the
signal quality in the cell. If the quality is better than this parameter,
.
set to CPICH Ec/N0 or CPICH RSCP. For detailed information of
this parameter, refer to 3GPP TS 25.304. GUI value
- .
the quality (CPICH Ec/No measured by the UE) of the serving cell
is lower than this threshold plus the [Qqualmin] of the cell , the
- - .
the quality (CPICH Ec/No measured by UE) of the serving cell is
lower than this threshold plus the [Qqualmin] of the cell, the inter-
- .
Ec/No measured by UE) of the serving cell is lower than this
threshold plus the [Qqualmin] of the cell, the inter-RAT cell
mode in case the quality measurement for cell selection and
reselection is set to CPICH RSCP. It is related to the slow fading
mode in case the quality measurement for cell selection and
reselection is set to CPICH Ec/No. It is related to the slow fading
UE) of a neighboring cell is better than that of the serving cell
during the specified time of this parameter, the UE reselects the
-
.
specifies the offset of the measurement value of the neighboring
GSM cell signal quality. This parameter is used for RSSI
This parameter is used to determine the relative threshold of the
soft handover based on the measurement of each cell in the
reselection when the UE is in idle mode. Offset of neighboring cell
CPICH measurement value This parameter is used for Ec/Nomeasurement. The offset is subtracted from the neighboring cell
measurement value before cell reselection. In cell reselection
algorithm, this parameter is used for moving the border of a cell.
This arameter can be confi ured b the network lanner
or reselection when the UE is in idle mode. Offset of neighboring
cell CPICH measurement value This parameter is used for RSSI
measurement. The offset is subtracted from the neighboring cell
measurement value before cell reselection. In cell reselection
algorithm, this parameter is used for moving the border of a cell.
This arameter can be confi ured b the network lanner
-
quantity. It defines the reference measurement quantity for the UE
This parameter specifies the hysteresis value for event 1A. The
value of this parameter correlates with slow fading. The larger the
This parameter specifies the maximum number of cells in the
active set. This parameter can achieve the balance between the
This parameter specifies the hysteresis value for event 1B. Thevalue of this parameter correlates with slow fading. The larger theThis parameter specifies the hysteresis value for event 1C. The
value of this parameter correlates with slow fading. The larger theMeaning: This parameter specifies the hysteretic value for event
1D. The value of this parameter is associated with the slowThis parameter specifies the CS non-VP service relative threshold
of event 1A. The higher the threshold is, the more easily the event
This parameter specifies the PS service relative threshold of
event 1A. The higher the threshold is, the more easily the event
This parameter specifies the VP service relative threshold of
event 1A. The higher the threshold is, the more easily the event
This parameter specifies the CS non-VP service relative threshold
of event 1B. The lower the threshold is, the more easily the eventThis parameter specifies the PS service relative threshold of
event 1B. The lower the threshold is, the more easily the event 1BThis parameter specifies the PS service relative threshold of
event 1B. The lower the threshold is, the more easily the event 1B
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This parameter specifies the time delay to trigger event 1B. The
value of this parameter correlates with slow fading. The larger the
.
value of this parameter correlates with slow fading. The larger the
This parameter specifies the time delay to trigger event 1C. The
value of this parameter correlates with slow fading. The larger theThis parameter specifies the interval time between detection of
event 1D and sending of the measurement report. The value ofThis parameter specifies the reporting period of event 1A. That is,
event 1A is reported at each reporting interval. Usually, event 1As parame er spec es e num er o repor ng mes o even
1C for periodical reporting. That is, event 1C is reported at eachThe value of this parameter correlates with slow fading. The larger
the value of this parameter, the smaller probability of ping-pong
effect or wrong decision, but event 2D might not be triggered in
The value of this parameter correlates with slow fading. The larger
the value of this parameter, the smaller probability of ping-pong
effect or wrong decision, but event 2F might not be triggered inres o o r gger n er- requency measuremen w
measurement quantity of Ec/No for CS domain services. This
parameter affects the proportion of the UEs in compressed mode
active status of a cell and the success rate of the hard handover.Threshold to trigger inter-frequency measurement with
measurement quantity of RSCP for CS domain services. Thisparameter affects the proportion of the UEs in compressed mode
active status of a cell and the success rate of the hard handover.Threshold to stop inter-frequency measurement with
measurement quantity of Ec/No for CS domain services. This
-
measurement quantity of RSCP for PS domain non-HSPA
services. This arameter affects the ro ortion of the UEs in
Threshold to stop inter-frequency measurement with
measurement quantity of RSCP for CS domain services. This
Threshold to trigger inter-frequency measurement with
measurement quantity of Ec/No for PS domain non-HSPA
services. This parameter affects the proportion of the UEs in
res o o s op n er- requency measuremen w
measurement uantit of Ec/No for PS domain non-HSPAres o o s op n er- requency measuremen w
measurement quantity of RSCP for PS domain non-HSPAres o o r gger n er- requency measuremen w
measurement quantity of Ec/No for PS domain HSPA services.res o o r gger n er- requency measuremen w
measurement uantit of RSCP for PS domain HSPA services.
res o o s op n er- requency measuremen w
measurement uantit of RSCP for PS domain HSPA services.
res o o s op n er- requency measuremen w
measurement uantit of Ec/No for PS domain HSPA services.
res o o r g ger n e r- measuremen w measuremen
quantity of RSCP for CS domain services. For CS domain
res o o r g ger n e r- measuremen w measuremen
quantity of Ec/No for CS domain services. This parameter affects
res o o s op n er- measuremen w measuremen
quantity of Ec/No for CS domain services. The inter-RATres o o s op n er- measuremen w measuremen
uantit of RSCP for CS domain services. For CS domain
res o o r g ger n e r- measuremen w measuremen
uantit of RSCP for HSDPA services. For non-HSDPA services
res o o r g ger n e r- measuremen w measuremen
uantit of Ec/No for HSDPA services. This arameter affects the
res o o s op n er- measuremen w measuremenquantity of Ec/No for HSDPA services. This parameter affects the
res o o r g ger n e r- measuremen w measuremen
uantit of Ec/No for PS domain non-HSDPA services. This
res o o s op n er- measuremen w measuremen
quantity of RSCP for HSDPA services. For HSDPA services,
res o o s op n er- measuremen w measuremen
uantit of Ec/No for PS domain non-HSDPA services. This
res o o r g ger n e r- measuremen w measuremen
uantit of RSCP for PS domain non-HSDPA services. For PS
res o o s op n er- measuremen w measuremen
uantit of RSCP for PS domain non-HSDPA services. For PSme e ay o r gger even . e va ue o s parame er
correlates with slow fading. The larger the value of this parameter,
me e ay o r gger even . e va ue o s parame er
correlates with slow fadin . The lar er the value of this arameterme e ay o r gger e even . e va ue o s parame er
correlates with slow fadin . The lar er the value of this arameter
me e ay o r gger e even . e va ue o s parame er
correlates with slow fading. The larger the value of this parameter,
ean ng: res o o e arge requency or r ggerng n er-fre uenc measurement based on measurement uantit of
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TX power of the P-CPICH in a cell. This parameter should be set
based on the actual system environment such as cell coverage
(radius) and geographical environment. For the cells to be
covered, the downlink coverage must be guaranteed. For the cellsSum of the maximum transmit power of all DL channels in a cell . It
is configured in the network planning. For detailed information of
this parameter, refer to 3GPP TS 25.433. GUI value range:0~500
Actual value range:0~50, step: 0.1 Unit:dBm Default value:430
The offset between the FACH transmit power and P-CPICH
transmit power in a cell.
This parameter specifies a constant used at calculation of the
initial transmit power of the first preamble, to be used in the
random access procedure. The formula is as follows:
Preamble_Initial_Power = Primary CPICH DL TX power-The maximum number of preambles transmitted in a preamble
ramping cycle. For detailed information of this parameter, refer to
3GPP TS 25.211.
the NodeB can schedule in a TTI period. In the scenarios like
outdoor macro cells with power restricted, it is less likely to
-
ean ng: res o o e arge requency or r ggerng n er-
frequency measurement based on measurement quantity of
ean ng: res o o e arge requency or r ggerng n er-
fre uenc measurement based on measurement uantit of
ean ng: res o o e arge requency or r ggerng n er-
fre uenc measurement based on measurement uantit of
ean ng: res o o e arge requency or r ggerng n er-
frequency measurement based on measurement quantity ofean ng: res o o e arge requency or r ggerng n er-
fre uenc measurement based on measurement uantit ofean ng: ua y requ remen or e ce o ano er ur ng
inter-RAT handover for CS domain services.ean ng: ua y requ remen or e ce o ano er ur ng
inter-RAT handover for PS domain non-HSPA services.Meaning: Quality requirement for the cell of another RAT during
inter-RAT handover for HSPA services.
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