Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Idle Mode
Reselection Priority
Macro
IBS
S<-70dBm
N>S+4dB
6
L1800 (10M)
5
L2100 (5M)
L2100 (5M)
3
U2100 F2
U2100 F2
3
U2100 F1
U2100 F1
2
U900
U900
1
GSM900
GSM900
Priority
Trigger
Coverage
Trigger
Intra-freq Reselection
Inter-freq/Inter-Rat Reselection
(Bidirectional)
Inter-freq/Inter-Rat Reselection
(Unidirectional)
Idle Mode
Idle Mode reselection strategy:
•
•
•
•
•
L<->L: Intra-Freq, Inter-Freq reselection
L->U: coverage based reselection
LTE is preferred higher reselection priority than GSM and UMTS
With the same BW, U900 has lower priority than U2100 because it has wider coverage
GU->L: reselection based on priority (LTE has highest reselection priority, GSM has the lowest reselection priority)
UE prefer to stay in LTE when LTE coverage exists
•
•
Once UE detect LTE signal higher than reselection threshold, then reselect from GU to LTE
L1800 has highest priority with largest bandwidth (10MHz)
UE will reselect to UMTS/GSM if moves out of LTE coverage area
•
•
UE will start to detect (UMTS U2100 F1)/(GSM 900) signal when LTE serving RSRP drop to below none-intra-freq search
threshold, and trigger reselect to UMTS/GSM when LTE signal further drop to below reselection threshold and UMTS/GSM
signal higher than required threshold
UE will reselect to UMTS in areas that exist Huawei 3G coverage, and reselect to GSM if there is not 4G and 3G at the
same time
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Idle Mode (Intra-Freq Reselection)
•Intra-Frequency reselection will be triggered when UE moves toward out of the serving cell coverage area
•UE will reselect to the best cell that the RSRP is better than the serving cell
RSRP
TReselEUTRAN
Ms
Mn
- 70dBm
●
Ms+Qhyst
QRxLevMin
-128dBm
SIntraSearch
Measurement trigger
Idle, RSRP(S)<-70dBm
Trigger cell reselection
Reselection condition
RSRP(S)<RSRP(N)-4dBm,
lasts 1s
Time
Reselection to neighbor
cell
Idle Mode (Intra-Freq Reselection)
Category
Parameter
Recommended
Value
QRxLevMin
-64
Minimum required RX quality level (Unit:2dB)
QQualMin
-18
Minimum required RX level (Unit:2dBm)
QRxLevMin
-64
Threshold for intra freq measurements configure
indicator
SIntraSearchCfgInd
CFG
Parameter Name
MO
MML Command
Minimum required RX level (Unit:2dBm)
CellSel
Intra-freq Reselection
(L2L)
Threshold for intra frequency measurements
(Unit:0.2dBm)
MOD CELLSEL
Remark
Minimum required RSRP of cell for UE to
camp on
Minimum required RSRQ of cell for UE to
camp on
Minimum required RSRP for the cell to
become a candidate during cell reselection.
Enable Intra-Freq measurement
Measurement triggering threshold for IntraFrequency:
SIntraSearch
29
CellResel MOD CELLRESEL
Hysteresis value for ranking criteria (Unit:dB)
Qhyst
DB4_Q_HYST
Cell reselection timer value for EUTRAN (Unit:s)
TReselEutran
Cell reselection priority
CellReselPriority
Minimum required quality level configure indicator
QQualMinCfgInd
1
6 (L1800)
5 (L2100)
CFG
RSRP<CellResel.QRxLevMin*2+2*CellResel.
SIntraSearch=-70*2+2*29=-70dBm
Hysteresis (4dB) for serving cell when
ranking
Time threshold for EUTRAN cell reselection
As plan
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
•Inter-Frequency reselection will be triggered when UE moves
out of the Higher Priority frequency serving area
•UE will reselect to the Higher Priority frequency once the higher
priority frequency fulfill the requirement
RSRP
Idle Mode (Inter-Freq Reselection)
EutranReselTime
Ms_L1800
Mn_L2100
- 106dBm
- 110dBm
- 114dBm
●
L2L reselection (High to Low)
Measurement
trigger
Reselection condition
RSRP(S)<-114dBm,
RSRP(N)>-106dBm,
lasts 1s.
Reselect to L2100
neighbor cell
QRxLevMin
-128dBm
SNonIntraSearch
RSRP
Idle, RSRP(S)<110dBm
ThreshXLow
ThreshServLow
EutranReselTime
Ms_L2100
Mn_L1800
L2L reselection (Low to High)
- 106dBm
Measurement
trigger
Idle, always
Reselection condition
RSRP(N)>-106dBm, lasts
1s.
Trigger cell reselection
●
Reselect to L1800
neighbor cell
Time
ThreshXHigh
Trigger cell reselection
Time
Idle Mode (Inter-Freq Reselection)
Category
Parameter Name
MO
MML Command
Minimum required RX level
(Unit:2dBm)
Threshold for non-intra freq
measurements configure indicator
Threshold for non-intra frequency
measurements (Unit:2dBm)
Inter-Freq Reselection (L2L)
Parameter
Recommended
Value
QRxLevMin
-64
Minimum required RX level (Unit:2dBm) for the cell to
become a candidate during cell reselection.
SNonIntraSearchCfgInd
CFG
Enable Inter-Freq/Inter-RAT measurement
SNonIntraSearch
9
ThrshServLow
7
CellResel MOD CELLRESEL
Serving frequency lower priority
threshold (Unit:2dBm)
Remark
Measurement triggering threshold for scan InterFrequency/Inter-RAT cells:
RSRP<CellResel.QRxLevMin*2+2*CellResel.SNonIntraSe
arch=-64*2+2*9=-110dBm
Lower priority serving cell starts reselection to InterFrequency/Inter-RAT:
RSRP(S)<CellResel.QRxLevMin*2+2*CellResel.ThrshServ
Low=-64*2+2*7=-114dBm
The higher this value for high priority layer, the more
difficult for UE to reselect out from the frequency layer.
Cell reselection priority
CellReselPriority
6 (L1800)
5 (L2100)
Speed-dependent reselection
parameter configure indicator
SpeedDepReselCfgInd
NOT_CFG
As plan
Idle Mode (Inter-Freq Reselection)
Category
Parameter
Recommended
Value
Inter frequency cell resel priority
configure indicator
CellReselPriorityCfgInd
CFG
Inter frequency cell resel priority
CellReselPriority
6 (L1800)
5 (L2100)
Parameter Name
MO
MML Command
Inter frequency high priority
threshold (Unit:2dBm)
Inter-freq
Reselection (L2L)
ThreshXhigh
Minimum required RX level
(Unit:2dBm)
EUTRAN reselection time
(Unit:s)
ThreshXlow
If this parameter is not specified or set to NOT_CFG,
then UE won’t reselect to neighboring cells on the
frequency
As plan
11
RSRP required for a high priority inter-freq neighboring
cell becomes a candidate for reselection:
RSRP(N)>EUTRANINTERNFREQ
.QRxLevMin*2+EUTRANINTERNFREQ.ThreshXhigh*2=128+22=-106dBm
11
Note: Ensure this is > Snonintrasearch and > A2 event
(A2ThdRsrp - Hyst) to allow UE has time to look for other
LTE frequency and avoid pingpong reselection.
RSRP required for a low priority inter-freq neighboring
cell becomes a candidate for reselection:
RSRP(N)>EUTRANINTERNFREQ
.QRxLevMin*2+EUTRANINTERNFREQ. ThreshXlow*2=128+22=-106dBm
EutranInterNFreq MOD EUTRANINTERNFREQ
Inter frequency lower priority
threshold (Unit:2dBm)
Remark
QRxLevMin
-64
EutranReselTime
1
Note: Ensure this is > Snonintrasearch and > A2 event
(A2ThdRsrp - Hyst) to allow UE has time to look for other
LTE frequency and avoid pingpong reselection.
Minimum required RSRP for the cell to become a
candidate during cell reselection
Time threshold for inter-frequency cell reselection
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Idle Mode (Inter-RAT Reselection, L2U & U2L)
L2U: Only when LTE RSRP < -114dBm and UMTS RSCP > -103dBm lasts for 1
second, then reselect to UMTS
U2L: Once LTE RSRP > -108dBm lasts for 1 second, then reselect to LTE
If different reselection priority are set for different LTE frequency, then UE will search the prioritize
frequency first, if no suitable cell then search second priority frequency.
Mn_3G
(RSCP)
Ms_LTE
RSRP
RSRP
TReselUTRAN
●
- 103dBm
TResel
Ms_2G/3G
Mn_LTE
- 110dBm
- 114dBm
- 108dBm
ThreshXLow
QRxLevMin
-128dBm
SNonIntraSearch
ThreshServLow
Trigger cell reselection
Time
Eqrxlevmin
-128dBm
Time
ThdToHigh
Measurement
trigger
Idle, RSRP≤110dBm
Trigger cell reselection
Reselection condition:
RSRP<-114dBm,
RSCP>-103dBm, lasts
1s.
Reselection
to UMTS
Measurement trigger
automatically
Reselection condition
RSRP>-108dBm,
lasts 1s
Reselection to
LTE

From 3GPP 25304, UE shall measure all inter-RAT layers with higher priority than serving cell, and reselect to the higher Srxlev cell on the highest priority layer.

Based on this, if more than one LTE higher priority layers are set in 3G for U to L reselection, UE shall measure all LTE layers regardless they are same or different priority, and reselect to
the highest layer with higher RSRP.

If UE doesn’t support L2100, then it will measure L1800 only then reselect to L18.

If UE support both L1800 and L2100, UE shall measure both layer.
Idle Mode (Inter-RAT Reselection, L2U & U2L)
Category
Parameter Name
Minimum required RX level
(Unit:2dBm)
Threshold for non-intra freq
measurements configure indicator
Threshold for non-intra frequency
measurements (Unit:2dBm)
Serving frequency lower priority
threshold (Unit:2dBm)
Cell System Information Switch
Inter-RAT
Reselection (L2U)
Cell reselection timer value for
UTRAN (Unit:s)
Speed state scale factor configure
indicator
MO
CellResel
CellSiMap
CellReselUtran
MML Command
Parameter
Recommended Value
QRxLevMin
-64
Please refer pg.6
SNonIntraSearchCfgInd
CFG
Please refer pg.6
SNonIntraSearch
9
Please refer pg.6
ThrshServLow
7
Please refer pg.6
Sib6Switch@SiSwitch
1
If this option is deselected, reselection
to UTRAN cells fail.
TReselUtran
1
Time threshold for L2U cell reselection
SpeedStateSfCfgInd
NOT_CFG
MOD CELLRESEL
MOD CELLSIMAP
ADD CELLRESELUTRAN
Reselection priority configure
indicator
CellReselPriorityCfgInd
CFG
Cell reselection priority
CellReselPriority
3 (U2100)
QRxLevMin
-58
ThreshXLow
6
UeInactiveTimer
20
Minimum required RX level
(Unit:2dBm)
UtranNFreq
MOD UTRANNFREQ
UTRAN lower priority threshold
(Unit:2dBm)
Ue inactive timer (Unit:s)
Remark
RrcConnStateTimer MOD RRCCONNSTATETIMER
Enable cell reselection priority
configuration . If reselection priority is
not configured , UE won’t reselect to
the 3G frequency.
As plan
Minimum required RSCP for the 3G
cell to become a candidate during cell
reselection.
RSCP required for a low priority 3G
neighboring cell becomes a candidate
for reselection:
RSCP(N)>UTRANNFREQ.QRxLevMin*2
+UTRANNFREQ.ThreshXlow*2=128+22=-106dBm
Idle Mode (Inter-RAT Reselection, L2U & U2L)
Category
Parameter Name
MO
MML Command
SIB Switch
Absolute priority level of the serving
cell
Reselection delay time (Unit:s)
NodeBProtclVer
UCELLSIBSWITCH
MOD UCELLSIBSWITCH
UCELLSELRESEL
MOD UCELLSELRESEL
UNODEB
MOD UNODEB
RSRP Threshold for High-prio-freq
Reselection (Unit:2dBm)
Recommended
Remark
Value
SibCfgBitMap
1
SIB19-1
3 (U2100)
Spriority
As plan
2 (U900)
Treselections
1
1 second
UNODEB
R9
NodeB Protocol Version
Reselect to LTE neighbor:
Parameter
ThdToHigh
10
Minimum Required RSRP Threshold
EQrxlevmin
of the E-UTRA Cell (Unit:2dBm) UCELLNFREQPRIOINFO ADD UCELLNFREQPRIOINFO
-64
Inter-RAT Reselection (U2L)
RNC:CELL
E-UTRA Absolute Radio Frequency
Channel Number
Absolute Priority Level of the EUTRA Frequency
Measurement Bandwidth
EARFCN
NPriority
EMeasBW
as plan
RSRP(N)>UCELLNFREQPRIOINFO
.EQrxlevmin*2+UCELLNFREQPRIOINFO.Thd
ToHigh*2=-128+20=-108dBm
Minimum required RSRP for the cell to
become a candidate during cell reselection.
as plan
6 (L1800)
as plan
5 (L2100)
D50 (L1800)
as plan
D25 (L2100)
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Idle Mode (Inter-RAT Reselection, L2G & G2L)
L2G: Only when LTE RSRP < -114dBm and GSM
RxLev > -101dBm during 1 second, then reselect to GSM
Mn_2G
(RxLev)
Ms_LTE
TResel
RSRP
RSRP
TReselGeran
●
- 101dBm
G2L: Once LTE RSRP > -110dBm during 1 second, then reselect to LTE
If different reselection priority are set for different LTE frequencies, then UE will
search the prioritize frequency first, if no suitable cell then select second priority
frequency.
Ms_2G
- 110dBm
Mn_LTE
- 114dBm
- 110dBm
ThreshXLow
QRxLevMin
-128dBm
SNonIntraSearch
ThreshServLow
Trigger cell reselection Time
to GSM
EUTRANQR
XLEVMIN
-128dBm
Time
ThrEUTRANHigh
Measurement
trigger
Idle, RSRP≤-110dBm
Reselection condition
RSRP<-114dBm,
Rxlevel>-101dBm,
lasts 1s.
Reselection to
GSM
Measurement trigger
automatically
Trigger cell reselection
to LTE
Reselection condition
RSRP>-108dBm,
lasts 5s
Reselection to LTE
Idle Mode (Inter-RAT Reselection, L2G & G2L)
Category
Inter-RAT
Reselection
(L2G)
Parameter Name
MO
Minimum required RX level (Unit:2dBm)
Threshold for non-intra freq
measurements configure indicator
Threshold for non-intra frequency
measurements (Unit:2dBm)
Serving frequency lower priority
threshold (Unit:2dBm)
CellResel
Cell System Information Switch
CellSiMap
Cell reselection timer value for GERAN
(Unit:s)
Speed state scale factor configure
indicator
CellReselGeran
MML Command
MOD CELLRESEL
MOD CELLSIMAP
Parameter
Recommended Value
QRxLevMin
-64
Please refer pg.6
SNonIntraSearchCfgInd
CFG
Please refer pg.6
SNonIntraSearch
9
Please refer pg.6
ThrshServLow
7
Please refer pg.6
Sib7Switch@SiSwitch
1
If this option is deselected, reselection to
GERAN cells fail.
TReselGeran
1
Time threshold for L2G cell reselection
SpeedStateSfCfgInd
NOT_CFG
ADD CELLRESELGERAN
Cell reselection priority configure
indicator
CellReselPriorityCfgInd
CFG
Cell reselection priority
CellReselPriority
1
QRxLevMin
0
ThreshXLow
7
Minimum required RX level
(Unit:-115+2*QRxLevMin)
Lower priority threshold (Unit:2dBm)
Remark
GeranNfreqGroup MOD GERANNFREQGROUP
Enable cell reselection priority
configuration . If reselection priority is not
configured , UE won’t reselect to the 2G
frequency.
As plan
Minimum required RX level for the 2G cell
to become a candidate during cell
reselection.
Rx level required for a low priority 2G
neighboring cell becomes a candidate for
reselection:
RSCP(N)>115+2*GUIGERANNFREQGROUP
.QRxLevMin+GERANNFREQGROUP
.ThreshXlow*2=-115+14=-101dBm
Idle Mode (Inter-RAT Reselection, L2G & G2L)
Category
Parameter Name
MO
MML Command
Parameter
LTE Cell Reselection Allowed
GERAN Priority
GCELLHOBASIC
SET GCELLHOBASIC
LTECellReselEN
GERANPRI
Recommended
Value
Yes
1
UTRAN Priority
UTRANPRI
4
EUTRAN Priority
EUTRANPRI
6
ThrPriSearch
15
MS always searches for neighboring cells in
UTRAN or EUTRAN
TRESEL
0
5s
Inter-RAT Search THD Based on Priority
(Unit:-98dBm+ThrPriSearch*3)
Cell Resel Time Hyst Based on PRI
(Unit:5s+TRESEL*5)
Inter-RAT
Reselection
GCELLPRIEUTRANSYS SET GCELLPRIEUTRANSYS
(G2L)
BSC:CELL EUTRAN Cell Resel High THD Based on PRI
(Unit:2dB)
THREUTRANHIGH
10
Min RX Level of EUTRAN Cell Based on PRI
(Unit:-140dBm+EUTRANQRXLEVMIN*2)
EUTRANQRXLEVMIN
6
EUTRAN Cell Search Thres. in Packet Mode
QPEUTRAN
7
SPTRESEL
SUPPORT
Support Cell Reselection
GLTENCELL
ADD GLTENCELL
Remark
Reselect to LTE neighbor:
RSRP(N)>140dBm+GCELLPRIEUTRANSYS.EUTRANQRXL
EVMIN*2+GCELLPRIEUTRANSYS.THREUTRAN
HIGH*2=-128+20=-108dBm
Minimum required RSRP for the cell to
become a candidate during cell reselection.
(always), that is, the MS always searches for
neighboring cells in EUTRAN.
Enable cell reselection from GSM to LTE.
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Connected Mode (Handover & MLB & CSFB & Fast
Return)
Macro
IBS
L2U CSFB with blind redirection,
(Co-sector only,
BlindHoPriority=3)
L1800 (10M)
L2100 (5M)
L2100 (5M)
U2100 F2
U2100 F2
U2100 F1
U2100 F1
U900
U900
GSM900
GSM900
Intra-freq Reselection
(Bidirectional)
Coverage based Inter-freq
handover (Bidirectional)
Coverage based L2U PS
handover & redirection
(Unidirectional)
REMARK:
U2100 F1 is set as the fallback
layer because of its continuity of
coverage.
L2G CSFB with blind redirection
(co-sector)
U2L fast return
MLB based Inter-freq handover
(Co-sector only,
OverlapInd=YES)
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Connected Mode (Coverage Based Intra-RAT
Handover)
Intra-Freq HO will triggered by A3 event if UE moves within LTE
Inter-Frequency HO will be triggered when UE moves out of the serving frequency coverage area,
UE will HO to the best cell that fulfill the Inter-Freq HO requirement (A4 event).
same frequency coverage area.
Each UE typically has only one receiver, and consequently one UE can receive the signals on only
one frequency at a time. Therefore, A3 event measurement results cannot reflect signal conditions
in real time. So A4 event is preferred for Inter-Frequency HO.
RSRP
A1A2TimeToTrig
A4+Hys
A1+Hys
Measurement
trigger
automatically
for every 240ms,
(IntraRatHoCom
m.IntraFreqHoR
prtInterval)
Ms_F1
- 104dBm
RSRP(S)<RSRP(N)-2dB,
lasts 320ms
●
●
(A4+Hys) >
(A2-Hys) is
required
to avoid
pingpong
handover
●
●
- 110dBm
A2-Hys
Handover condition
A4TimeToTrig
Mn_F2
Handover to
intra-frequency
neighbor cell
Time
A2 event
Measurement trigger
automatically,
RSRP(S)<-110dBm,
lasts 640ms
A1 event
A2 event
HO condition
RSRP(N)>-104dBm,
lasts 640ms
A4 event
Handover to
intra-frequency
neighbor cell
Connected Mode (Coverage Based Intra-RAT
Handover)
Category
Intra-freq
Handover
Inter-freq
Handover
IntraFreqHoA3TrigQuan
Recommended
Value
1
RSRP
IntraFreqHoA3Hyst
2
IntraFreqHoA3Offset
2
Parameter Name
MO
MML Command
Parameter
Handover Algo switch
A3 measurement trigger quantity
Intrafreq handover hysteresis
(Unit:0.5dB)
Intrafreq handover offset
(Unit:0.5dB)
Intrafreq handover time to trigger
Downlink EARFCN
Measurement bandwidth
Inter-Freq HO trigger Event Type
Handover Algo switch
Handover Algo Switch
Interfreq A1A2 hysteresis
(Unit:0.5dB)
Interfreq A1A2 time to trigger
A4A5 Based Interfreq A1 RSRP
Threshold
A4A5 Based Interfreq A2 RSRP
Threshold
Interfreq handover hysteresis
(Unit:0.5dB)
CoverageBased Interfreq RSRP
threshold
Interfreq HandOver Time to
Trigger
InterFreq A1A2 Measurement
trigger quantity
ENodeBAlgoSwitch
IntraRatHoComm
MOD ENODEBALGOSWITCH
MOD INTRARATHOCOMM
IntraFreqCoverHoSwitch@HoAlgoSwitch
IntraFreqHoGroup
EutranInterNFreq
ENodeBAlgoSwitch
CellHoParaCfg
InterFreqHoGroup
IntraRatHoComm
ADD INTRAFREQHOGROUP
IntraFreqHoA3TimeToTrig
DlEarfcn
ADD EUTRANINTERNFREQ
MeasBandWidth
InterFreqHoEventType
MOD ENODEBALGOSWITCH InterFreqCoverHoSwitch@HoAlgoSwitch
MOD CELLHOPARACFG InterFreqCoverHoSwitch@CellHoAlgoSwitch
ADD INTERFREQHOGROUP
MOD INTRARATHOCOMM
320ms
As plan
As plan
EventA4
1
1
InterFreqHoA1A2Hyst
2
InterFreqHoA1A2TimeToTrig
640ms
InterFreqHoA1ThdRsrp
-105
InterFreqHoA2ThdRsrp
-109
InterFreqHoA4Hyst
2
InterFreqHoA4ThdRsrp
-105
InterFreqHoA4TimeToTrig
640ms
InterFreqHoA1A2TrigQuan
RSRP
Remark
A3 triggering:
RSRP(N)-IntraFreqHoA3Hyst
>RSRP(S)+IntraFreqHoA3Offset
As plan
As plan
Stop measurement threshold:
RSRP(S)>-105dBm+1=-104dBm
Start measurement:
RSRP(S)<-109dBm+1=-110dBm
Handover to neighbour:
RSRP(N)>-105dBm+1=-104dBm
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Connected Mode (Coverage Based Inter-RAT L2U
Handover)
• The trigger mechanism of L->U (F1) handover triggering is similar to that of Inter-Freq HO, while the threshold are for Inter-RAT
IRAT B1+Hys > (IRAT 2D event trigger) HO from UMTS to GSM to avoid immediate following HO from UMTS to GSM
IRAT A1A2TimeToTrig
RSRP
•
IRAT B1 + Hys
B1TimeToTrig
Ms_LTE
- 110dBm (-9dB)
IRAT A1 + Hys
Sub
procedure
Triggerin
g Events
Stopping
Events
Inter-Rat
measurement
Event A2
Event A1
Inter-RAT
handover
Event B1
Procedure
- 102dBm
Measurement
- 116dBm (-13dBm)
- 122dBm (-15dBm)
IRAT A2 - Hys
Mn_3G
Blind
redirection
IRAT A2 – Hys BlindHoA2ThdOffs
et
Time
IRAT A2 event
IRAT A1 event
Event A2 trigger
RSRP<-116dBm or
RSRQ<-13dB
IRAT Blind A2 event
If there is best cell
Blind Ho
Event A2
PS Handover triggered
B1 event
Blind redirection trigger:
Event B1 trigger
ECN0>-8dB
If there is no best cell
RSRP<-122dBm or RSRQ<-15dB
Connected Mode (Coverage Based Inter-RAT L2U
Handover)
Category
Parameter Name
MO
MML Command
Handover Mode switch ENodeBAlgoSwitch
MOD ENODEBALGOSWITCH
Handover Mode switch
BlindHO A1A2 RSRP
trigger threshold
(Unit:dBm)
CellHoParaCfg
MOD CELLHOPARACFG
BlindHO A1A2 RSRQ
trigger threshold
(Unit:0.5dB)
InterRAT A1A2
hysteresis
(Unit:0.5dB)
Inter-RAT
InterRAT A1A2 time to
Handover
trigger
(L2U)
InterRAT A1 RSRP trigger
threshold
(Unit:dBm)
InterRAT A2 RSRP trigger InterRatHoCommGroup MOD INTERRATHOCOMMGROUP
threshold
(Unit:dBm)
InterRAT A1 RSRQ
trigger threshold
(Unit:dB)
InterRAT A2 RSRQ
trigger threshold
(Unit:dB)
Recommended
Value
UtranPsHoSwitch@HoModeSwitch
1
UtranPsHoSwitch@HoModeSwitch
1
Parameter
Remark
BlindHoA1A2ThdRsrp
-121
BlindHoA1A2ThdRsrq
-28
InterRatHoA1A2Hyst
2
InterRatHoA1A2TimeToTrig
640ms
InterRatHoA1ThdRsrp
-111
Stop Measurement:
RSRP(S)>-111+2*0.5=-110dBm
InterRatHoA2ThdRsrp
-115
Start Measurement:
RSRP(S)<-115-2*0.5=-116dBm
InterRatHoA1ThdRsrq
-20
Stop Measurement:
RSRQ(S)>-20*0.5+2*0.5=-9dB
InterRatHoA2ThdRsrq
-24
Start Measurement:
RSRQ(S)<-24*0.5-2*0.5=-13dB
Connected Mode (Coverage Based Inter-RAT L2U
Handover)
Category
Parameter
Recommended
Value
InterRatHoUtranB1ThdEcn0
-18
InterRatHoUtranB1Hyst
2
UTRAN time to trigger
InterRatHoUtranB1TimeToTrig
640ms
Utran measurement trigger
quantity
InterRatHoUtranB1MeasQuan
ECN0
Parameter Name
CoverageBased UTRAN ECN0
trigger threshold
(Unit:0.5dB)
UTRAN handover hysteresis
(Unit:0.5dB)
Inter-RAT
Handover
(L2U)
InterRat A1A2 measurement
trigger quantity
Inter RAT HO Trigger Event Type
MO
MML Command
InterRatHoUtranGroupMOD INTERRATHOUTRANGROUP
InterRatHoComm
MOD INTERRATHOCOMM
Remark
Event B1 Triggering:
ECN0(N)>InterRatHoUtranB1ThdEcn0*0.
5+InterRatHoUtranB1Hyst*0.5=18*0.5+2*0.5=-8dB
BOTH is to trigger measurement event
A1/A2 with either RSRP or RSRQ .
InterRatHoA1A2TrigQuan
BOTH
According to 3GPP TS 36.331, A1A2
trigger quantity could be RSRP or RSRQ.
InterRatHoEventType
EventB1
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Connected Mode (L2U & L2G CSFB with Blind
Redirection)
Category
Parameter Name
CSFB
(L2U & L2G Blind
Redirection)
Recommended
Value
MML Command
Parameter
MOD GLOBALPROCSWITCH
IdleCsfbRedirectOptS
witch@ProtocolMsgO
ptSwitch
1
Highest priority InterRat
InterRatHighestPri
UTRAN
Second priority InterRat
CSFallBackBlindHoCfg MOD CSFALLBACKBLINDHOCFG
CSFB Highest priority
InterRat for Idle UE
Second priority InterRat
Highest Priority InterRAT
Second Priority InterRAT
CSFB Highest Priority
CellOpHoCfg
ADD CELLOPHOCFG
InterRAT for Idle UE
CSFB Second Priority
InterRAT for Idle UE
Frequency Priority for
UtranNFreq
MOD UTRANNFREQ
Connected Mode
Blind handover priority
UtranNCell
MOD UTRANNCELL
Frequency Priority for
GeranNfreqGroup
MOD GERANNFREQGROUP
Connected Mode
Blind handover priority
GeranNcell
MOD GERANNCELL
InterRatSecondPri
GERAN
IdleCsfbHighestPri
UTRAN
IdleCsfbSecondPri
InterRatHighestPri
InterRatSecondPri
GERAN
UTRAN
GERAN
IdleCsfbHighestPri
UTRAN
IdleCsfbSecondPri
GERAN
ConnFreqPriority
3
BlindHoPriority
3
ConnFreqPriority
3
BlindHoPriority
3
Protocol Message
Optimization Switch
MO
GlobalProcSwitch
Remark
To shorten the CSFB delay by skipping
an RRC connection reconfiguration
procedure during blind redirection for
CSFB
UTRAN is highest priority for CSFB. For
GL UE, it will be CSFB to GERAN
Co-sector only
Co-sector only
Connected Mode (L2U & L2G CSFB with Blind
Redirection)
Category
Parameter
Recommended Value
Remark
UtranCsfbSwitch@HoAlgoSwitch
1
Handover Algo switch
GeranCsfbSwitch@HoAlgoSwitch
1
ENodeBAlgoSwitch
MOD ENODEBALGOSWITCH UtranRedirectSwitch@HoModeSwitch
1
Handover Mode
GeranRedirectSwitch@HoModeSwitch
1
switch
CSFB
BlindHoSwitch@HoModeSwitch
1
(L2U & L2G Handover Allowed
UtranCsfbSwitch@HoAllowedSwitch
1
Enable blind
CellAlgoSwitch
MOD CELLALGOSWITCH
Blind
Switch
GeranCsfbSwitch@HoAllowedSwitch
1
redirection for CSFB
Redirection)
UtranRedirectSwitch@HoModeSwitch
1
Handover Mode
CellHoParaCfg
MOD CELLHOPARACFG GeranRedirectSwitch@HoModeSwitch
1
switch
BlindHoSwitch@HoModeSwitch
1
CSFB handover policy
CsfbHoPolicyCfg
REDIRECTION, CCO_HO, PS_HO
REDIRECTION-1&CCO_HO-0&PS_HO-0
MOD CSFALLBACKPOLICYCFG
Configuration
IdleModeCsfbHoPolicyCfg
REDIRECTION, CCO_HO, PS_HO
REDIRECTION-1&CCO_HO-0&PS_HO-0
Category
L2G CSFB
BSC:CELL
Parameter Name
Parameter Name
MO
MO
MML Command
MML Command Parameter Recommended Value
CSFB Support GCELLSOFT SET GCELLSOFT SUPPORTCSFB
SUPPORT
Remark
Enable L2G CSFB
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Connected Mode (U2L & G2L Fast Return)
Category
Parameter
Name
MO
MML Command
HandOver UCORRMALGOSWIT
SET UCORRMALGOSWITCH
Switch
CH
U2L Fast
Return
RNC:RNC Performance
Enhancement
Switch 3
UCORRMPARA
U2L Fast
Fast Return To
Return
UCELLHOCOMM
LTE Switch
RNC:CELL
SET UCORRMPARA
Parameter
Recommended
Value
HoSwitch
HO_UMTS_TO_
UE can fast return to the LTE network after its RRC connection is
LTE_FAST_RETU
released in the UMTS network
RN_SWITCH-1
Remark
PERFENH_PS_F
Enable RNC releases the RRC connection when a CS fallback UE keeps a
PerfEnhanceSwitch3 AST_RETURN_L
PS connection after terminating a call.
TE_SWITCH-1
HO_UMTS_TO_
UE can fast return to the LTE network after its RRC connection is
LTE_FAST_RETU
released in the UMTS network
RN_SWITCH-1
ADD UCELLHOCOMM
FastReturnToLTESwitch
PERFENH_PS_F
Enable RNC releases the RRC connection when a CS fallback UE keeps a
AST_RETURN_L
PS connection after terminating a call.
TE_SWITCH-1
Connected Mode (U2L & G2L Fast Return)
Category
Parameter Name
MO
MML Command
Parameter
Recommended
Value
L2U CSFB
BSC:CELL
CSFB Support
GCELLSOFT
SET GCELLSOFT
SUPPORTCSFB
SUPPORT
HandOver Switch
U2L Fast Return
RNC:RNC
U2L Fast Return
RNC:CELL
Performance
Enhancement Switch 3
UCORRMPARA
Fast Return To LTE
Switch
UCELLHOCOMM
Fast Return To LTE
Switch
HO_UMTS_TO_
UE can fast return to the LTE network after its RRC
HoSwitch
LTE_FAST_RET
connection is released in the UMTS network
URN_SWITCH-1
PERFENH_PS_F
Enable RNC releases the RRC connection when a CS fallback
SET UCORRMPARA
PerfEnhanceSwitch3 AST_RETURN_L
UE keeps a PS connection after terminating a call.
TE_SWITCH-1
HO_UMTS_TO_
UE can fast return to the LTE network after its RRC
FastReturnToLTESwitch LTE_FAST_RET
connection is released in the UMTS network
URN_SWITCH-1
ADD UCELLHOCOMM
PERFENH_PS_F
Enable RNC releases the RRC connection when a CS fallback
FastReturnToLTESwitch AST_RETURN_L
UE keeps a PS connection after terminating a call.
TE_SWITCH-1
Cell CI
Track area code
EARFCN
Physical Cell ID
Support Rapid
Reselection
Enable L2G CSFB
SET
UCORRMALGOSWITCH
UCORRMALGOSWITCH
Support
Measurement-based GCELLPRIEUTRANSYS SET GCELLPRIEUTRANSYS FASTRETURNMEASSPT
Fast LTE Reselect
G2L Blind Fast Return
BSC:CELL
Remark
GEXTLTECELL
GLTENCELL
ADD GEXTLTECELL
ADD GLTENCELL
OFF
Blind fast return (save 10s compare with measurement),
co-sector only
CI
As plan
Eutran CellId consists of a 20-bit eNodeBID and an 8-bit
CellID (EutranCellId = eNodeBID x 256 + CellID)
TAC
FREQ
PCI
As plan
As plan
SPTRAPIDSEL
SUPPORT
Enable quick G2L reselection.
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
Connected Mode (Inter-Freq MLB)
Category
Parameter Name
MO
MML Command
Intra-eNodeB HO Static Switch GlobalProcSwitch MOD GLOBALPROCSWITCH
MLB Algorithm Switch
Inter Frequency Idle MLB Mode
Mobility Load Balancing Trigger
Mode
Inter-frequency Mobility Load
Balancing UE Number Threshold
Inter-Freq Idle MLB UE Number
Threshold
Inter-Freq MLB Mobility Load Balancing UE
Number Offset
(Co-sector only)
Ue Number Difference
Threshold
InterFreq MLB Transfer Type
Inter-frequency Load Evaluate
Period
Idle MLB UE Number Difference
Threshold
Mlb Ho Cell select Strategy
Parameter
IntraEnodebHoStaticSw
ENodeBAlgoSwitch MOD ENODEBALGOSWITCH INTER_FREQ_IDLE_MLB_SWITCH@MlbAlgoSwitch
eNodeBMlb
MOD ENODEBMLB
1
MlbTriggerMode
UE_NUMBER_ONLY
InterFreqIdleMlbUeNumThd
MOD CELLMLB
1
ADAPTIVE_PROPORTION@InterFreqIdleMlbMode
InterFreqMlbUeNumThd
CellMLB
Recommended Value
ON
100 (L1800)
50 (L2100)
100 (L1800)
50 (L2100)
MlbUeNumOffset
15
UeNumDiffThd
15
SynchronizedUE@InterFreqUeTrsfType
1
IdleUE@InterFreqUeTrsfType
1
InterFreqLoadEvalPrd
15
IdleMlbUeNumDiffThd
15
MlbHoCellSelectStrategy
ONLY_STRONGEST_CELL
Remark
Connected Mode (Inter-Freq MLB)
Category
Parameter
Name
Load balancing
algorithm
switch
MO
CellAlgoSwitch
MML Command
MOD CELLALGOSWITCH
InterFreqMlbSwitch@MlbAlgoSwitch
Recommended
Value
1
InterFreqBlindMlbSwitch@MlbAlgoSwitch
0
InterFreqIdleMlbSwitch@MlbAlgoSwitch
1
Parameter
Enhanced MLB
SpectralEffBasedLoadEvalSw@EnhancedMlbAlgoSwitch
Algorithm
DediPrioManageOnLowLoadSw@EnhancedMlbAlgoSwitch
Switch
Inter-Freq MLB
(Co-sector only) Mobility Load
Balancing
EutranInterNFreq
MOD EUTRANINTERNFREQ
MlbTargetInd
Target
Indicator
Overlap
EutranInterFreqNCell MOD EUTRANINTERFREQNCELL
OverlapInd
Indicator
Timer320 for
RrcConnStateTimer MOD RRCCONNSTATETIMER
T320ForLoadBalance
load balance
Remark
1
1
ALLOWED
YES
min10
Co-sector only
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
4T4R
4
Appendix
4T4R
DL 4x4 MIMO:
This feature configures four antenna ports for both eNodeBs and UEs for downlink transmission and adaptively selects transmit
diversity or spatial multiplexing for each UE to increase downlink throughput and improve coverage performance.
Compared with 2x2 MIMO and 4x2 MIMO, this feature doubles the downlink peak rate, raises downlink throughput, improves
coverage performance, and provides better user experience.
DL 4x2 MIMO:
This feature configures four antenna ports for downlink transmission and adaptively selects transmit diversity or spatial
multiplexing for each UE to increase downlink throughput and improve coverage performance.
4x2 MIMO differs from 2x2 MIMO in the following aspects:
• Transmits additional reference signals over antenna ports 2 and 3.
• Performs frequency switched transmit diversity (FSTD) in addition to space frequency block coding (SFBC).
• Uses a separate codebook that contains 16 precoding matrixes for closed-loop MIMO.
4T4R
Category
4T4R
Parameter Name
MIMO Adaptive
Switch
Initial Mimo Type
DL schedule switch
DL schedule switch
maximum number
of MIMO layers
Reference signal
power
PB
Reduce RBLER
switch
Compatibility
Control Switch
CQI Period Adaptive
Switch
Handover Aperiodic
CQI Config Switch
SimulAckNackAndC
QI Config Switch
MO
MML Command
Parameter
Recommended Value
CellMimoParaCfg
MOD CELLMIMOPARACFG
MimoAdaptiveSwitch
CL_ADAPTIVE
CellMimoParaCfg
CellAlgoSwitch
CellAlgoSwitch
MOD CELLMIMOPARACFG
MOD CELLALGOSWITCH
MOD CELLALGOSWITCH
InitialMimoType
FreqSelSwitch@DlSchSwitch
AperiodicCqiTrigOptSwitch@DlSchSwitch
ADAPTIVE
OFF
ON
CellDlschAlgo
MOD CELLDLSCHALGO
MaxMimoRankPara
SW_MAX_SM_RANK_4
PDSCHCfg
MOD PDSCHCFG
ReferenceSignalPwr
182
PDSCHCfg
MOD PDSCHCFG
Pb
0
eNBCellRsvdPara
MOD ENBCELLRSVDPARA
RsvdSwPara3_bit6@RsvdSwPara3
ON
ENodeBAlgoSwitch MOD ENODEBALGOSWITCH
Tm3Tm4Max4LayerCtrlSwitch@Compatibility
CtrlSwitch
ON
CellCqiAdaptiveCfg MOD CELLCQIADAPTIVECFG
CqiPeriodAdaptive
ON
CellCqiAdaptiveCfg MOD CELLCQIADAPTIVECFG
HoAperiodicCqiCfgSwitch
ON
CellCqiAdaptiveCfg MOD CELLCQIADAPTIVECFG
SimulAckNackAndCqiSwitch
ON
Top UE avoidance ENodeBAlgoSwitch MOD ENODEBALGOSWITCH
ApCqiAndAckAbnCtrlSwitch
ON
Remark
For the UE which only support
aperiodic CQI reports in 3-1 reporting
mode and ACKs/NACKs are
transmitted simultaneously.
Contents
1
Idle Mode
Intra-Freq Reselection
Inter-Freq Reselection
Inter-RAT Reselection, L2U & U2L
Inter-RAT Reselection, L2G & G2L
2
Connected Mode
Coverage Based Intra-RAT Handover
Coverage Based Inter-RAT L2U Handover
L2U & L2G CSFB with Blind Redirection
U2L & G2L Fast Return
Inter-Freq MLB
3
Appendix
Appendix
Major Network Elements and version
NE name
NE version
LTE eNodeB
eRAN11.1
UMTS RNC
RAN17
GSM BSC
RAN17
Parameter List & Planning EP
Appendix
Scope
Parameter
Range
PCI
0 ~ 503
RSI
0 ~ 837
TAC
0 ~ 65535
eNodeB Name
1 ~ 64 characters
eNodeB ID
0 ~ 1048575
Cell Name
1 ~ 99 characters
Cell ID
ID NO. of 0 ~ 255
Remark
Appendix
PCI & RSI Planning (0 ~ 503)
Total PCIs
PCI Groups
Total PCIs
PCI Range
Current Usage
Macro
IBS
Reserved
5%
Macro
450
0 to 449
0 to 404
IBS
30
450 to 479
450 to 479
Reserved
24
480 to 503
-
6%
89%
Appendix
RSI Planning (0 ~ 837)
Radius
Macro：8000m
IBS: 2000m
Total RSIs
Macro
RSI Group
RSI Range
Current range
Macro
0 to 727
0 to 685
IBS
728 to 777
728-776
Reserved
778 to 837
-
6%
IBS
Reserved
7%
87%
Appendix
TAC Planning (0 ~ 65535)
Digit 5
Digit 4
Digit 3
Digit 2
Digit 1
1. 5th Digit represent technology like 2 for GSM, 3 for UTRAN, 4 for LTE
2. 4th & 3rd Digit represent Place
3. 2nd & 1st Digit represent TAC NO.
Example
4
0
LTE
0
0
Yangon
1
TAC NO.
Region
Code
Yangon
00~02
Ayeyarwady
03
Bago East
04
Naypyitaw
05
Shan South
06
Mon
07
Thanintharyi
08
Rakhine
09
Bago West
10
Kayin
11
Shan East
12
Kayah
13
Appendix
TAC-LAC Mapping
Principle
In LTE, the core network paging is based on the TAL，2G/3G is based on
LAC. TAL and LAC paging features roughly, So the use of TAL and LAC
mapping. Currently, the core network product specifications are as follows:
•
A core network can plan any number of TAL, 1 TAL can accommodate
16 TAC.
•
1 TAC can accommodate 30~100 eNodeB.
•
Taking into account the amount of signaling, paging performance and
the need for future expansion, this limit is not in accordance with product
specifications configuration.
TAL consistent with LAC mapping using boundary
XXXX
LAC
XXXXX
TAC
Appendix – TAC & LAC Mapping
TAL
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
LAC
351
352
353
354
355
356
357
358
359
360
451
452
551
552
651
751
781
782
783
3051
3052
3251
3351
3451
3551
3552
Site No.
142
84
76
95
51
95
128
94
62
88
79
80
151
110
325
200
128
122
92
131
95
239
50
64
153
20
40001
40006
40009
40012
40015
40017
40020
40024
40027
40029
40002
40007
40010
40013
40016
40018
40021
40025
40028
40030
40701
40705
40709
40501
40506
40702
40706
40710
40502
40507
TAC
40003
40008
40011
40014
40019
40022
40026
40004
40005
40023
40031
40703
40707
40704
40708
40503
40504
40505
Appendix
eNodeB Name Macro
eNodeB Name (1~64 characters)
Digit 10
Digit 9
Digit 8
Digit 7
Digit 6
Digit 5
Digit 4
Digit 3
Digit 2
1. 10th Digit–Technology like G for GSM, U for UTRAN, L for LTE
2. 2nd Character for T-2100, E-1800, S-700, F-450 MHZ
3. 3rd ,4th & 5th Character – region Name Short Code like for Yangon it can be “YGN”
4. 6th ,7th , 8th, 9th & 10th character for internal id
Digit 1
Note:
proposed to
add one more
digit to
identify
Macro, micro,
IBS, Pico. Pls
suggest if
need.
Example
L
T
LTE
Y
2100
MHZ
G
N
Yangon
0
0
0
0
1
Internal ID, which follows it of QROI ID
Appendix
Cell name & ID
eNodeB Name IBS
eNB name & ID
LBYGN01011A
012012
LBYGN01011AA
01201211
LBYGN01011AB
01201212
…
LBYGN01011
LBYGN01011BA
01201311
YGN01011B
012013
LBYGN01011BB
01201312
…
Appendix
eNodeB ID (Marco & IBS)
eNodeB ID (0~1048575)
Digit 6
Digit 5
Region Code
Digit 4
Digit 3
Digit 2
Digit 1
1. 5 and 6th Digit –Present
2. 4,3,2,1 represent exiting NodeB ID
Example
0
1
Region code
0
0
1
Existing NodeB ID
1
YGN
AWD
BGE
BGW
MON
KYN
TNY
NPT
SHS
SHE
KYH
RKE
01
02
03
04
05
06
07
08
09
10
11
12
Appendix
Cell Name & ID
EUTRAN Cell Name (1~99 characters)
eNodeB
Name
Digit 2
EUTRAN Cell ID ( ID NO. of 0 ~ 255）
Digit 1
eNodeB ID
Digit 2
Digit 1
1. First part is eNodeB name
1. First part is eNodeB ID
2. Digit 2 will be filled by character A,B,C,D…,which
is represent sector ID
2. Digit 2 & 1 represent cell ID NO. 1800Mhz is
planned to be 01,02,03…, 2100 Mhz is
11,12,13…
3. Digit 1 will be filled by number which is
represent to carrier. 1800Mhz is planned to be 1,
2100Mhz is 2
Example
Example
LXYAG00001
eNodeB
Name
010011
1
A
Sector A
Carrier
1
eNodeB ID
01
Cell 1
Appendix – RS Power Configuration
RS power distribution
One RB include 12 Subcarriers and 7 symbol, Time slot is 0.5ms.
a). For the symbol with RS , there are 2*RS element, 2*Null element, 8
normal resource element.
b). For the symbol without RS, there are 12 normal resource element
What’s meaning of PAPB?
PA,PB indicates power distribution between RS
element and normal RE
Power of RE=(PA)*(PB)*RS power
Notice: Configuration of M2000 for PA, PB is GUL value,
here I use (PA)&(PB) to represent physical value.
Appendix – RS Power Configuration
Symbols will be sent out for moment by moment, and we suppose network bandwidth is 20Mhz with 100 RBs.
So, if we configure PA,PB as (-3,1) and set RS power is 18.2dBm(0.066W)
a). For the symbol with RS, total power for one RB is
Tot=2*RS+8*RE=2RS+8*(PA)*(PB)*RS
As per relevant definition in 3GPP protocol, (PA)=1/2, (PB)=1, so
Tot=2RS+8*1/2*1*RS=6*RS
Now we have 100 RBs, so total power for whole bandwidth is
100*6*RS=100*6*0.066W≈40W
b). For the symbol without RS, total power for whole bandwidth is
Tot=100*12*RE=100*12*(PA)*(PB)*RS=100*6*RS≈40W
PB physical value
One Anteena port Two or Four Anteena port
0
1
5/4
1
4/5
1
2
3/5
3/4
3
2/5
1/2
PB
PA physical value=10^(PA GUL value)
PA,PB
Bandwidth
Rs power
Symbol with
RS power
Symbol without
RS power
(-3,1)
10Mhz
18.2dBm
20W
20W
(0,0)
10Mhz
18.2dBm
40W
40W
(-3,1)
10Mhz
15.2dBm
10W
10W
(0,0)
10Mhz
15.2dBm
20W
20W