dbcr_fdd_265021-305040 20150814
DESCRIPTION
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NeType: Multi-Mode base stationTemplateType: PlanTemplateVersion: V3.2
DataType: fdd_radio
Instructions:1. You must fill in accordance with the instructions of the 3 and 4 lines.2. All enumerated type field, fill in the memory value; other fields fill in the displayed value.3. The 4 line is the attribute of field. I:Must be filled; W:Can be modified; R:Can be read; Primary Key:Must be filled, Can not be modified.
Result MODIND SubNetwork MEID
Result Modification Indication SubNetwork ID ManagedElement ID
A,D,M,P long:[0..999999] long:[0..999999999]
SubNetwork ID
Primary Key Primary KeyA 2601 265021
S:SuccessF:Fail
A:Add, D:Delete, M:Modify, P:Pass
Unique identification of the NE. It is used to distinguish different NEs.
srcENBId mcc mnc eNBId
eNodeB ID of Source Cell eNodeB ID of Neighbor Cell
long:[0..1048575] string[3..3] string[2..3] long:[0..268435455]
R Primary Key Primary Key Primary Key265021 510 28 305040
MCC of Neighbor Cell
MNC of Neighbor Cell
The value is "eNBId" of the ENBFunctionFDD sheet.User
do not fill.
Represent the MCC of E-UTRAN FDD Neighbor Cell.
Represent the MNC of UE-UTRAN FDD Neighbor Cell.
{cellType==0}[0..1048575] ,{cellType==1}[0..1048575],{cellType==2}[0..268435455]
cellLocalId plmnIdList userLabel freqBandInd
Cell ID PLMN List User Label Band Indicator for Frequency
long:[0..255] sequence<StructPlmnIdentity,6> string[0..128]
defined in 3GPP TS 36.104
Primary Key R-W-I R-W R-W33 510,28 5
long:[1..5],[7..14],[17..28],[31..31],[101..101]
Cell ID of Neighbor Cell
format: sequence<StructPlmnIdentity,6>, eg:460,10;470,20
User-defined information.
Cannot use invalid character &'"<>
earfcnUl earfcnDl
Uplink Center Carrier Frequency Downlink Center Carrier Frequency
double step:0.1,unit:MHz double step:0.1,unit:MHz
R-W R-W831.7 876.7
{freqBandInd==1}[1920..1980],{freqBandInd==2}[1850..1910],{freqBandInd==3}[1710..1785],{freqBandInd==4}[1710..1755],{freqBandInd==5}[824..849],{freqBandInd==7}[2500..2570],{freqBandInd==8}[880..915],{freqBandInd==9}[1749.9..1784.9],{freqBandInd==10}[1710..1770],{freqBandInd==11}[1427.9..1452.9],{freqBandInd==12}[698..716],{freqBandInd==13}[777..787],{freqBandInd==14}[788..798],{freqBandInd==17}[704..716],{freqBandInd==18}[815..830],{freqBandInd==19}[830..845],{freqBandInd==20}[832..862],{freqBandInd==21}[1447.9..1462.9],{freqBandInd==22}[3410..3490],{freqBandInd==23}[2000..2020],{freqBandInd==24}[1626.5-1660.5],{freqBandInd==25}[1850..1915],{freqBandInd==26}[814..849],{freqBandInd==27}[807..824] ,{freqBandInd==28}[703..748] ,{freqBandInd==31}[450..457.5],{freqBandInd==101}[962..977]
{freqBandInd==1}[2110..2170],{freqBandInd==2}[1930..1990],{freqBandInd==3}[1805..1880],{freqBandInd==4}[2110..2155],{freqBandInd==5}[869..894],{freqBandInd==7}[2620..2690],{freqBandInd==8}[925..960],{freqBandInd==9}[1844.9..1879.9],{freqBandInd==10}[2110..2170],{freqBandInd==11}[1475.9..1500.9],{freqBandInd==12}[728..746],{freqBandInd==13}[746..756],{freqBandInd==14}[758..768],{freqBandInd==17}[734..746],{freqBandInd==18}[860..875],{freqBandInd==19}[875..890],{freqBandInd==20}[791..821],{freqBandInd==21}[1495.9..1510.9],{freqBandInd==22}[3510..3590],{freqBandInd==23}[2180..2200],{freqBandInd==24}[1525..1559],{freqBandInd==25}[1930..1995],{freqBandInd==26}[859..894],{freqBandInd==27}[852..869] ,{freqBandInd==28}[758..803] ,{freqBandInd==31}[460..467.5] ,{freqBandInd==101}[1037..1057]
pci tac bandWidthDl bandWidthUl
PCI TAC Uplink System Bandwidth
long:[0..503] long:[0..65535] long:[0..5] long:[0..5]
From 3GPP TS 32.762
R-W R-W R-W R-W488 3009 2 2
Downlink System Bandwidth
From 3GPP TS 32.762
0:1.4(6RB),1:3(15RB),2:5(25RB),3:10(50RB),4:15(75RB),5:20(100RB)
0:1.4(6RB),1:3(15RB),2:5(25RB),3:10(50RB),4:15(75RB),5:20(100RB)
antPort1 cellType addiFreqBand
Cell Type List of Additional Frequency Band Indicators
R-W R-W R-W1 0 0;0;0;0;0;0;0;0
Whether all the inter-freq neighbouring cells use
Antenna Port 1
0:False,1:True
0:Macro Cell,1:Micro Cell,2:Pico Celldefault: 0
sequence<long:[0..5],[7..14],[17..28],[31..31],[101..101],8>
Whether All the Inter-Freq Neighbor Cells Use Antenna Port 1
The parameter indicates the type of the neighbor cell.
List of additional frequency band indicators that the serving cell belongs to.Default:0;0;0;0;0;0;0;0
Result MODIND SubNetwork MEID
ResultModification Indication SubNetwork ID ManagedElement ID
A,D,M,P long:[0..999999] long:[0..999999999]
SubNetwork ID
Primary Key Primary KeyA 2601 265021
S:SuccessF:Fail
A:Add, D:Delete, M:Modify, P:Pass
Unique identification of the NE. It is used to distinguish different NEs.
CellId srcENBId mcc
Cell ID eNodeB ID of Source Cell MCC of Neighbor Cell
long:[0..255] long:[0..1048575] string[3..3]
Primary Key R Primary Key31 265021 510
Unambiguously identify a cell within a PLMN.
The value is "eNBId" of the ENBFunctionFDD sheet.User
do not fill.
Represent the MCC of E-UTRAN neighbor Cell.
mnc eNBId NCellId
MNC of Neighbor Cell eNodeB ID of Neighbor Cell Cell ID of Neighbor Cell
string[2..3] long:[0..268435455] long:[0..255]
Cell ID of Neighbor Cell
Primary Key Primary Key Primary Key28 305040 33
Represent the MNC of UE-UTRAN Neighbor Cell.
The value is "eNBId" of the ExternalEUtranCellFDD or ExternalEUtranCellTDD sheet.
userLabel isRemoveAllowed isX2HOAllowed
User Label Switch for X2
string[0..128] 0:No,1:Yes 0:No,1:Yes
R-W R-W R-W1 1
Switch for Removing Neighbor Cell
User-defined information.Cannot use invalid character &'"<>
Indicate whether Neighbor Cell can be Deleted.
Indicate whether X2 Interface can be Switched.
isHOAllowed shareCover qofStCell
Switch for HO Sharing coverage Cell Q-offset
0:No,1:Yes long:[0..30]
R-W R-W R-W1 0 15
0:Neighboring,1:Same coverage,2:Containing,3:Contained
Indicate whether Handover is Supported.
Neighbor cell relation within serving cell and E-UTRAN.
0:-24{-24},1:-22{-22},2:-20{-20},3:-18{-18},4:-16{-16},5:-14{-14},6:-12{-12},7:-10{-10},8:-8{-8},9:-6{-6},10:-5{-5},11:-4{-4},12:-3{-3},13:-2{-2},14:-1{-1},15:0{0},16:1{1},17:2{2},18:3{3},19:4{4},20:5{5},21:6{6},22:8{8},23:10{10},24:12{12},25:14{14},26:16{16},27:18{18},28:20{20},29:22{22},30:24{24}
isAnrCreated nCelPriority s1DataFwdFlag
Configured By ANR Neighbor cell priority
0:No,1:Yes 0:Low,1:Middle,2:High 0:No,1:Yes
R R-W R-W0 2 0
S1 handover data direct forward supported
Indicate configuration mode of neighbor relation, including manual configuration and ANR configuration.
Indicate the priority of neighbor cell.
Indicate whether S1 handover data direct forward is supported.
cellIndivOffset stateInd coperType
Cell individual offset Status indication Cooperative Relationship Type
long:[0..30]
Indicate neighbor cell status.
R-W R-W R-W15 2 0
0:RRC_IDLE Only,1:RRC_CONNECTED Only,
2:RRC_IDLE+ RRC_CONNECTED
0:Not Support,1:Only UL Comp Support,2:Only DL Comp Support,3:UL&DL Comp Support,
8:Only DL CA SupportDefault:00:-24{-24},1:-22{-22},2:-20{-
20},3:-18{-18},4:-16{-16},5:-14{-14},6:-12{-12},7:-10{-10},8:-8{-8},9:-6{-6},10:-5{-5},11:-4{-4},12:-3{-3},13:-2{-2},14:-1{-1},15:0{0},16:1{1},17:2{2},18:3{3},19:4{4},20:5{5},21:6{6},22:8{8},23:10{10},24:12{12},25:14{14},26:16{16},27:18{18},28:20{20},29:22{22},30:24{24}Cell individual offset.
If BPL1 board, the attribute is valid.This parameter is used to configure the CoMP and CA types, uses the bitmap way, from low to high followed by UL CoMP, DL CoMP, UL CA, DL CA.
radioMode
Neighbor cell Radio Standard
RLTE FDD
LTE FDD,TD-LTE
Users do not fill.For docking with netmax.