No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The purchased products, services and features are stipulated by the commercial contract made between Huawei and the customer. All or partial products, services and features described in this document may not be within the purchased scope or the usage scope. Unless otherwise agreed by the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.
No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The purchased products, services and features are stipulated by the commercial contract made between Huawei and the customer. All or partial products, services and features described in this document may not be within the purchased scope or the usage scope. Unless otherwise agreed by the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.
No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The purchased products, services and features are stipulated by the commercial contract made between Huawei and the customer. All or partial products, services and features described in this document may not be within the purchased scope or the usage scope. Unless otherwise agreed by the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.
No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The purchased products, services and features are stipulated by the commercial contract made between Huawei and the customer. All or partial products, services and features described in this document may not be within the purchased scope or the usage scope. Unless otherwise agreed by the contract, all statements, information, and recommendations in this document are provided “AS IS” without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.
Ver B LBFD-002031 Support of aperiodic CQI reports
Ver B LBFD-002034 Interference Randomization
Ver B LOFD-001088 CS Fallback Flexible Steering to UTRAN
Ver B LOFD-001093 PUCCH Flexible Configuration
Ver B LOFD-001096 Advanced Receiver (PSIC)
Ver B LOFD-001066 Intra-eNodeB UL CoMP
Ver B LOFD-003026 DL Flow Control Based on Uu Load
Ver B LOFD-002001 Automatic Neighbour Relation (ANR)
Ver B LOFD-002002 Inter-RAT ANR
Ver B LOFD-002015 RACH Optimization
Ver B LOFD-003027 IPsec Bypass
Ver B LOFD-003010 Public Key Infrastructure (PKI)
Ver C LOFD-001110 Super RangeVer C LOFD-002016 Micro eNodeB Self-planning
Ver CLOFD-001057 Load Balancing based on Transport QoS
Ver C LOFD-003022 PPPoE
Ver CLOFD-002005 Mobility Robust Optimization (MRO)
Ver C LOFD-001121 Multi-RRU Cell Combination
Ver C
Ver CNA NA
Ver C LOFD-001018 S1-flexVer C LOFD-001045 Inter-RAT Load Sharing to GERAN
Ver C LBFD-00201802Ver C LOFD-001052 Flash CS Fallback to UTRANVer C LOFD-001053 Flash CS Fallback to GERANVer C LOFD-001015 Enhanced SchedulingVer C LOFD-00102901 Radio/transport resource pre-emptionVer C LOFD-001010 Security MechanismVer C LOFD-001018 S1-flexVer C LOFD-003004 Ethernet OAMVer C LOFD-001093 PUCCH Flexible ConfigurationVer C LBFD-002004 Integrity Protection
LOFD-001038 / LBFD-002034
RRU Channel Cross Connection Under MIMO
Coverage Based Inter-frequency Handover
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Ver C
Ver C
Ver CLOFD-001060 DL 4X4 MIMO
Ver C LOFD-00101501 CQI Adjustment01
LOFD-001105 / LOFD-001106
Dynamic DRX / High-Mobility-Triggered Idle Mode
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Revision Owner
Zhengwuji
Enhancement delete Zhengwuji
Zhengwuji
Feature delete Zhengwuji
Name of feature modify Zhengwuji
Description modify: Zhengwuji
Feature add Zhengwuji
Zhengwuji
Zhengwuji
Description modify Zhengwuji
Description modify Zhengwuji
Enhancement delete Zhengwuji
Feature delete Zhengwuji
Enhancement delete Zhengwuji
Feature delete Xuhaiping
Feature delete: micro/pico feature Xuhaiping
Feature delete: micro/pico feature Xuhaiping
Feature delete: micro/pico feature Xuhaiping
Change eRAN6.0 status to 'E' Sunxiaoran
Feature Added Sunxiaoran
Change the feature from optional to basic Sunxiaoran
Sunxiaoran
Change eRAN6.0 status to 'E' Sunxiaoranchange "Applicable to Micro" to 'N" yuhui
change eRAN6.0 Micro status to 'E' yuhui
change eRAN6.0 Micro status to 'E' yuhuichange eRAN6.0 Micro status to 'E' yuhuichange eRAN6.0 Micro status to 'M' yuhuichange eRAN6.0 Micro status to 'E' yuhuichange eRAN6.0 Micro status to 'E' yuhuichange eRAN6.0 Micro status to 'E' yuhuichange eRAN6.0 Micro status to 'E' yuhuiAdded eNodeB dependency to LBBPd Sunxiaoranchange eRAN6.0 status to 'E' Sunxiaoran
Enhancement add:In eRAN 2.2 and before, support up to 40ms Long DRX cycle in sync.In eRAN 3.0, support up to 320ms Long DRX cycle in sync
Description modify:delete new function
Enhancement add;Dependency modify
Feature delete:Sold in EPC side
Re-categorized LTE features into Field and Package, to have unified grouping rule as GSM and UMTS
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Updated M-M Feature List Sunxiaoran
Sunxiaoran
Sunxiaoran
Change eRAN6.0 status to 'E' Sunxiaoran
Updated to 01 version Sunxiaoran
Change High-Mobility-Triggered Idle Mode as one of the sub-feature of Dynamic DRX
Please be noted some columns and rows are hidden for better display
LTE eRAN6.0 Basic Feature ListMacro Change
Description eRAN6.0 eRAN3.0
3GPP R8 Specifications M M3GPP R9 Specifications M M3GPP R10 Specifications M NFDD mode M MScalable Bandwidth M MCP length M MNormal CP M M
Modulation: DL/UL QPSK, DL/UL 16QAM, DL 64QAM M MAMC M MLogical Channel Management M MTransport Channel Management M MPhysical Channel Management M MIntegrity Protection E MDL Asynchronous HARQ M MUL Synchronous HARQ M MRRC Connection Management M MRadio Bearer Management M MBroadcast of system information M MRandom Access Procedure M MPaging M MCell Access Radius up to 15km M MAdmission Control M MCongestion Control M MBasic Scheduling M MUplink Power Control M MDynamic Downlink Power Allocation M MDRX M EMobility Management M MCoverage Based Intra-frequency Handover M MCoverage Based Inter-frequency Handover E ECell Selection and Re-selection M MDistance Based Inter-frequency Handover M NService Based Inter-frequency Handover M NAntenna Configuration M MUL 2-Antenna Receive Diversity M MReliability M MMain Processing and Transport Unit Cold Backup M ECell Re-build Between Baseband Processing Units M MSCTP Multi-homing M M
Intra-baseband Card Resource Pool (user level/cell level) M MStatic Inter-Cell Interference Coordination M M
Downlink Static Inter-Cell Interference Coordination M MUplink Static Inter-Cell Interference Coordination M MSupport of UE Category 1 M MEmergency Call M MEarthquake and Tsunami Warning System (ETWS) M MSupport of aperiodic CQI reports M NExtended-QCI M NSCTP Congestion Control NRRU Channel Cross Connection Under MIMO M MTransmission Networking M MStar Topology M MChain Topology M MTree Topology M MBasic Qos Management M MDiffServ QoS Support M MVLAN Support (IEEE 802.1p/q) M MCompression & Multiplexing over E1/T1 M MIP Header Compression M MPPP MUX M MML-PPP/MC-PPP M MSynchronization M MClock Source Switching Manually or Automatically M MFree-running Mode M MSynchronization with GPS M MSynchronization with BITS M MSynchronization with 1PPS M MSynchronization with E1/T1 M MIPv4/IPv6 Dual Stack M MLocal Maintenance of the LMT M MCentralized M2000 Management M MSecurity Socket Layer M ESoftware Version Upgrade Management M MHot Patch Management M MFault Management M MConfiguration Management M MPerformance Management M MReal-time Monitoring of System Running Information M MSecurity Management M MOptimized eNodeB Commissioning Solution M MEnvironment Monitoring M MInventory Management M MLicense Management M MLicense Control for Urgency M N
Y N The UMPT card, which provides E1/T1 interfaces, is required.M Y YM Y YM Y Y
Y NY N The UMPT card, which provides E1/T1 interfaces, is required.Y N The UMPT card, which provides E1/T1 interfaces, is required.Y N The UMPT card, which provides E1/T1 interfaces, is required.
M Y YM Y YM Y YM Y Y
Y N USCU card is required for Macro.Y N USCU card is required for Macro.Y N UMPT card is required for Macro.Y N
M Y YM Y YM Y YM Y YM Y YM Y YM Y YM Y YM Y YM Y YM Y YM Y YM Y YM Y YM Y Y
The UE should support IMS based voice service on LTE or voEmergency Call should be supported in the Core NetworkUE should support ETWS Core Network should support ETWS
The UMPT card, which provides E1/T1 interfaces, is required.
The UMPT card, which provides E1/T1 interfaces, is required. The CN equipments supports the feature.The UMPT card, which provides E1/T1 interfaces, is required. The CN equipments supports the feature.The UMPT card, which provides E1/T1 interfaces, is required. The CN equipments supports the feature.
IP over E1/T1 is required. the transport equipments supports the feature.IP over E1/T1 is required.the transport equipments supports the feature.IP over E1/T1 is required.the transport equipments supports the feature.
Emergency Call should be supported in the Core Network The optional feature LOFD-0010Core Network should support ETWS
The CN equipments supports the feature.The CN equipments supports the feature.The CN equipments supports the feature.
Web browser is required if the feature is achieved through the web.M2000 is requiredM2000 is requiredM2000 is requiredM2000 is requiredM2000 is requiredM2000 is requiredM2000 is required
M2000 is requiredM2000or an USB for USB commissioning is requiredM2000 is requiredM2000 is required
If IMS is not supported in LTE, LOFD-001033 CS Fallback to UTRAN, LOFD-001034 CS Fallback to GERAN or LOFD-001035 CS Fallback to CDMA2000 1xRTT must be supported for voice continuity service
It relates with SAE.
This feature is more suitable for RRUs installed on top of the tower.
Web browser is required if the feature is achieved through the web.
If IMS is not supported in LTE, LOFD-001033 CS Fallback to UTRAN, LOFD-001034 CS Fallback to GERAN or LOFD-001035 CS Fallback to CDMA2000 1xRTT must be supported for voice continuity service
Please be noted some columns and rows are hidden for better display
LTE eRAN6.0 Optional Feature ListField Package Model
01 Voice & Other Services01.01 VoLTE Capacity & CoverageLT1S00VOIP0001 Voice & Other Services01.01 VoLTE Capacity & CoverageLT1S00ROHC0001 Voice & Other Services01.01 VoLTE Capacity & CoverageLT1S00TTIB0001 Voice & Other Services01.02 SRVCC to UTRAN LT1SSRVCCU0001 Voice & Other Services01.02 SRVCC to UTRAN LT1S00SFSU0001 Voice & Other Services01.03 SRVCC to GERAN LT1SSRVCCG0001 Voice & Other Services01.04 CSFB to UTRAN LT1S00CFBU0001 Voice & Other Services01.04 CSFB to UTRAN LT1S0FCFBU0001 Voice & Other Services01.04 CSFB to UTRAN LT1S0CSFLU0001 Voice & Other Services01.04 CSFB to UTRAN LT1S0CFBSU0001 Voice & Other Services01.05 CSFB to GERAN LT1S00CFBG0001 Voice & Other Services01.05 CSFB to GERAN LT1S0FCFBG0001 Voice & Other Services01.05 CSFB to GERAN LT1S0CSFLG0001 Voice & Other Services01.05 CSFB to GERAN LT1S0CFBSG0001 Voice & Other Services01.06 CSFB to 1xRTT LT1S00CFBR00
01 Voice & Other Services01.06 CSFB to 1xRTT LT1S0ECFBR00
01 Voice & Other Services01.06 CSFB to 1xRTT LT1SCFBRFF0001 Voice & Other Services01.07 LCS & Broadcasting LT1S000LCS0001 Voice & Other Services01.07 LCS & Broadcasting LT1S0CMASS0002 Radio & Performance 02.01 LTE 2 Antenna 150M/50MbpLT1S0D2I2O0002 Radio & Performance 02.01 LTE 2 Antenna 150M/50MbpLT1S000SUE0002 Radio & Performance 02.02 LTE 2 Antenna 150M/100MbLT1S0U2I2O0002 Radio & Performance 02.02 LTE 2 Antenna 150M/100MbLT1SU64QAM0002 Radio & Performance 02.03 LTE 4 Antenna 150M/100MbLT1S0D4I2O0002 Radio & Performance 02.03 LTE 4 Antenna 150M/100MbLT1S0U4ARD0002 Radio & Performance 02.03 LTE 4 Antenna 150M/100MbLT1S0UMIMO0002 Radio & Performance 02.04 LTE 4 Antenna 300M/100MbLT1S0DMIMO0002 Radio & Performance 02.05 Interference Handling LT1S00UIRC00
02 Radio & Performance 02.05 Interference Handling LT1S0DICIC00
02 Radio & Performance 02.05 Interference Handling
02 Radio & Performance 02.05 Interference Handling02 Radio & Performance 02.05 Interference Handling LT1S800MSC0002 Radio & Performance 02.05 Interference Handling LT1S000PFC0002 Radio & Performance 02.05 Interference Handling LT1S0CCIRC0002 Radio & Performance 02.05 Interference Handling LT1SARPSIC0002 Radio & Performance 02.06 UL CoMP LT1S0IULCP0002 Radio & Performance 02.07 QoS LT1S00ESCH0002 Radio & Performance 02.07 QoS02 Radio & Performance 02.07 QoS
Please be noted some columns and rows are hidden for better display
LTE eRAN6.0 Optional Feature ListMacro Change
Feature ID Description eRAN6.0
LOFD-001016 VoIP Semi-persistent Scheduling MLOFD-001017 RObust Header Compression (ROHC) MLOFD-001048 TTI Bundling MLOFD-001022 SRVCC to UTRAN MLOFD-001087 SRVCC Flexible Steering to UTRAN NLOFD-001023 SRVCC to GERAN MLOFD-001033 CS Fallback to UTRAN ELOFD-001052 Flash CS Fallback to UTRAN ELOFD-001068 CS Fallback with LAI to UTRAN MLOFD-001088 CS Fallback Steering to UTRAN NLOFD-001034 CS Fallback to GERAN MLOFD-001053 Flash CS Fallback to GERAN ELOFD-001069 CS Fallback with LAI to GERAN MLOFD-001089 CS Fallback Steering to GERAN NLOFD-001035 CS Fallback to CDMA2000 1xRTT M
LOFD-001090 Enhanced CS Fallback to CDMA2000 1xRTT N
LOFD-001091 NLOFD-001047 LoCation Services (LCS) MLOFD-001092 CMAS Support NLOFD-001001 DL 2x2 MIMO MLOFD-001030 Support of UE Category 2/3/4 MLOFD-001002 UL 2x2 MU-MIMO MLOFD-001006 UL 64QAM MLOFD-001003 DL 4x2 MIMO MLOFD-001005 UL 4-Antenna Receive Diversity MLOFD-001058 UL 2x4 MU-MIMO MLOFD-001060 DL 4X4 MIMO MLOFD-001012 UL Interference Rejection Combining M
LOFD-001014 Dynamic Inter-Cell Interference Coordination M
LOFD-001026 TCP Proxy Enhancer (TPE) ELOFD-001027 Active Queue Management (AQM) MLOFD-001029 Enhanced Admission Control MLOFD-00102901 Radio/transport resource pre-emption ELOFD-001054 Flexible User Steering MLOFD-00105401 Camp & Handover Based on SPID MLOFD-001059 UL Pre-allocation Based on SPID MLOFD-001109 DL Non-GBR Packet Bundling NLOFD-001105 Dynamic DRX NLOFD-00110501 Dynamic DRX NLOFD-00110502 High-Mobility-Triggered Idle Mode N
LOFD-001019 M
LOFD-001043 Service based inter-RAT handover to UTRAN M
LOFD-001072 Distance based inter-RAT handover to UTRAN MLOFD-001078 E-UTRAN to UTRAN CS/PS Steering M
LOFD-001020 M
LOFD-001046 Service based inter-RAT handover to GERAN M
LOFD-001073 Distance based inter-RAT handover to GERAN M
LOFD-001021 M
LOFD-001111 NLOFD-001051 Compact Bandwidth MLOFD-001007 High Speed Mobility MLOFD-001008 Ultra High Speed Mobility MLOFD-001009 Extended Cell Access Radius MLOFD-001031 Extended CP MLOFD-001121 Multi-RRU Cell Combination NLOFD-003002 2G/3G and LTE Co-transmission M
LOFD-003011 Enhanced Transmission QoS Management MLOFD-00301101 Transport Overbooking MLOFD-00301102 Transport Differentiated Flow Control MLOFD-00301103 Transport Resource Overload Control MLOFD-003012 IP Performance Monitoring MLOFD-00301201 IP Performance Monitoring MLOFD-00301202 Transport Dynamic Flow Control MLOFD-003013 Enhanced Synchronization M
LOFD-00301301 Synchronization with Ethernet (ITU-T G.8261) MLOFD-00301302 IEEE1588 V2 Clock Synchronization MLOFD-00301303 Clock over IP (Huawei proprietary) M
LOFD-003016 Different Transport Paths based on QoS Grade M
PS Inter-RAT Mobility between E-UTRAN and UTRAN
PS Inter-RAT Mobility between E-UTRAN and GERAN
PS Inter-RAT Mobility between E-UTRAN and CDMA2000
PS Mobility from E-UTRAN to CDMA2000 HRPD Based on Frequency-specific Factors
LOFD-003017 S1 and X2 over IPv6 MLOFD-003023 IEEE 1588v2 over IPv6 MLOFD-003024 IPsec for IPv6 MLOFD-001010 Security Mechanism ELOFD-00101001 Encryption: AES MLOFD-00101002 Encryption: SNOW 3G MLOFD-00101003 Encryption: ZUC NLOFD-003009 IPsec MLOFD-003010 Public Key Infrastructure (PKI) MLOFD-003014 Integrated Firewall MLOFD-00301401 Access Control List (ACL) MLOFD-003015 Access Control based on 802.1x MLOFD-001018 S1-flex ELOFD-003004 Ethernet OAM ELOFD-00300401 Ethernet OAM (IEEE 802.3ah) MLOFD-00300402 Ethernet OAM (IEEE 802.1ag) MLOFD-00300403 Ethernet OAM (Y.1731) NLOFD-003005 OM Channel Backup MLOFD-003006 IP Route Backup MLOFD-003007 Bidirectional Forwarding Detection M
LOFD-003008 Ethernet Link Aggregation (IEEE 802.3ad) MLOFD-003019 IPsec Tunnel Backup MLOFD-001036 RAN Sharing with Common Carrier ELOFD-001037 RAN Sharing with Dedicated Carrier ELOFD-001086 RAN Sharing by More Operators NLOFD-001112 MOCN Flexible Priority Based Camping NLOFD-002016 Micro eNodeB Self-planningLOFD-001057 Load Balancing based on Transport QoSLOFD-003022 PPPoELOFD-002001 Automatic Neighbour Relation (ANR) ELOFD-002002 Inter-RAT ANR ELOFD-002004 Self-configuration M
LOFD-002012 Cell Outage Detection and Compensation ELOFD-001025 Adaptive Power Consumption MLOFD-001039 RF Channel Intelligent Shutdown MLOFD-001040 Low Power Consumption Mode ELOFD-001041 Power Consumption Monitoring M
LOFD-001042 MLOFD-001056 PSU Intelligent Sleep Mode M
Intelligent Power-Off of Carriers in the Same Coverage
N Y YM M Y Y The eNodeB must have 2 Tx channels and 2 antennas per sectorM M Y YM Y N The eNodeB must have 2 Rx channels and 2 antennas per sectorM Y NM Y N The eNodeB must have 4 Tx channels and 4 antennas per sector.M Y N The eNodeB must have at least 4 Rx antenna.M Y N The eNodeB must have at least 4 Rx antenna.M Y N The eNodeB must have 4 Tx chaM M Y Y The eNodeB must be equipped with multiple receive antennas (equal to or more than two).
M Y N
M Y N
M Y NN Y N This feature is only applicable to 800MHz(Band 20) cell.
Y N This feature is only applicable to LBBPd cardY NY N This feature is only applicable to LBBPd card
N Y NM M Y YM M Y YM E Y Y
Micro Change
Applicable to Macro
Applicable to Micro
This feature is only applicable to LBBPd card; The eNodeB must be equipped with multiple receive antennas (equal to or more than two)
This feature is only supported for 2Rx cell, and the total number of activated cells in one LBBP should not exceed 3This feature is only supported on the following scenarios : 1 LBBP card for S(Sector)1/1 or S(Sector)1/1/1; 2 LBBP cards for S(Sector)2/2 or S(Sector)2/2/2; 3 LBBP cards for S(Sector)3/3, S(Sector)3/3/3
Y NM M Y YM M Y YE M Y YE M Y YM M Y YM E Y YM E Y YM M Y YM M Y Y
N Y YM Y NM Y NM M Y Y
M Y NM M Y YE E Y YM Y N
N Y YN Y YM N YM N YM N Y
M E Y YM E Y YE M Y Y
M M Y YM M Y YE Y NM Y NM M Y Y For intra-LTE MRO scenario,X2 interface is needed.M M Y YM M Y YM M Y Y
M E Y YM Y NM Y N The eNodeB must have more than one RF channel.M Y N This feature is only applicable to Macro eNodeB configured with PMU and Battery.M M Y Y
M Y NM Y N The eNodeB with AC input must be configured with HUAWEI PSUs and HUAWEI PMU
The UE should support semi-persistent scheduling.The UE should support ROHCThe UE should support TTI Bundling
IMS telephony
IMS telephonyUE needs to support CSFBRequire R9 UE to support RIM procedure R9 compliable CN to support RIM procedureUE supports R8 or R9 CSFB MME needs to support the LAI IE
UE needs to support CSFBRequire R9 UE to support RIM procedure R9 compliable CN to support RIM procedureUE supports R8 or R9 CSFB MME needs to support the LAI IE
UE needs to support CSFB
UE needs to support Enhanced CSFB EPC(MME) needs to support Enhanced CSFB
UE should support LCS for A-GPS and OTDOAUE needs to support CMAS EPC needs to support CMAS
The eNodeB must have 2 Tx channels and 2 antennas per sectorThe UE should be category 2/3/4
The eNodeB must have 2 Rx channels and 2 antennas per sectorThe UE should support this feature
The eNodeB must have 4 Tx channels and 4 antennas per sector.The eNodeB must have at least 4 Rx antenna.The eNodeB must have at least 4 Rx antenna.
The UE must have at least 4 Rx antenna((This feature needs UE category 5 to support.)The eNodeB must be equipped with multiple receive antennas (equal to or more than two).
X2 interface is required
This feature is only applicable to 800MHz(Band 20) cell.This feature is only applicable to LBBPd card
This feature is only applicable to LBBPd card
MME should support LPPa protocol;E-SMLC is required.
This feature is only applicable to LBBPd card; The eNodeB must be equipped with multiple receive antennas (equal to or more than two)
This feature is only supported for 2Rx cell, and the total number of activated cells in one LBBP should not exceed 3This feature is only supported on the following scenarios : 1 LBBP card for S(Sector)1/1 or S(Sector)1/1/1; 2 LBBP cards for S(Sector)2/2 or S(Sector)2/2/2; 3 LBBP cards for S(Sector)3/3, S(Sector)3/3/3
The peer equipments should suThe core network should support this featureThe peer equipments should support IPv6The peer equipments should su
The UE should support this featureThe UE should support this featureUE needs to support ZUC Encryption
Security gateway is neededThe peer equipments should supThe core network equipments should support this function
The peer device needs to supporThe core network equipments needs to support the 802.1x funcMME must support this feature
The peer equipments should supThe core network equipments should support this functionthe peer equipments should supthe core network equipments should support this functionthe peer equipments should supthe core network equipments should support this functionThe peer equipments should supThe core network equipments should support this function
The tranport network's ingress equipment from eNodeB must support this function. It must support EthenetSe-GW in core network needs to support this function.
UE needs to support RAN Sharing by more operators
The UE must support this featureThe UE must support this feature
X2 interface is required
For intra-LTE MRO scenario,X2 interface is needed.
The eNodeB must have more than one RF channel.This feature is only applicable to Macro eNodeB configured with PMU and Battery.
The eNodeB with AC input must be configured with HUAWEI PSUs and HUAWEI PMU
This feature rely on the IPsec tunnel peer Network Equipment
LOFD-001022 SRVCC to UTRAN and LOFD-001078 E-UTRAN
LOFD-001019 PS Inter-RAT Mobility between E-UTRAN andR9 compliable CN to support RIM procedure LOFD-001033 CS Fallback to UTRANMME needs to support the LAI IE LOFD-001033 CS Fallback to UTRAN
LOFD-001033 CS Fallback to UTRAN and LOFD-001078 E-ULOFD-001020 PS Inter-RAT Mobility between E-UTRAN an
R9 compliable CN to support RIM procedure LOFD-001034 CS Fallback to GERANMME needs to support the LAI IE LOFD-001034 CS Fallback to GERAN
LOFD-001034 CS Fallback to GERAN
EPC(MME) needs to support Enhanced CSFB LOFD-001035 CS Fallback to
LOFD-001001 DL 2x2 MIMO
Cannot work together with LBFD
LOFD-001002 UL 2X2 MU-MIMOLOFD-001012 UL Interference Rejection Combining.
CDMA 1xRTT(IWS，CBSC，CBTS) network needs to support Enhanced CSFB
LOFD-001035 CS Fallback to CDMA2000 1xRTT orLOFD-001090 Enhanced CS Fallback to CDMA2000 1xRTTMME should support LPPa protocol;
E-SMLC is required.E-CID requires intelligent antennaOTDOA and AGPS is not applicable to multi-mode scenario.
LOFD-001005 UL 4-Antenna Receive Diversity &LOFD-001002 UL 2x2 MU-MIMO
LBFD-00202001 UL 2-Antenna Receive Diversity or LOFD-001005 UL 4-Antenna Receive Diversity
This feature is only supported for 2Rx cell, and the total number of activated cells in one LBBP should not exceed 3This feature is only supported on the following scenarios : 1 LBBP card for S(Sector)1/1 or S(Sector)1/1/1; 2 LBBP cards for S(Sector)2/2 or S(Sector)2/2/2; 3 LBBP cards for S(Sector)3/3, S(Sector)3/3/3
The core network should support this featureLOFD-003013 Enhanced SynchrThis feature needs time serverLOFD-003009 Ipsec;
LOFD-003010 Public Key Infrastructure(PKI)The core network equipments should support this function
The core network equipments needs to support the 802.1x funcLOFD-003010 Public Key Infrastructure(PKI)MME must support this feature
The core network equipments should support this functionthe core network equipments should support this functionthe core network equipments should support this functionThe core network equipments should support this function
Peer equipment should support
The tranport network's ingress equipment from eNodeB must support this function. It must support Ethenet This feature is not applicable Se-GW in core network needs to support this function.
The X2 interface automatic setup function in this feature d
WOFD-170200 Automatic PCI Optimization -LTE
LOFD-001019 PS Inter-RAT Mobility between E-UTRAN andLOFD-001020 PS Inter-RAT Mobility between E-UTRAN an
WOFD-171000 Cell Outage DetLOFD-001019 PS Inter-RAT Mobility between E-UTRAN andWOFD-200200 Base Station Power-Saving Management -LT sub-feature "Adaptive Power AWOFD-200200 Base Station PLOFD-001001 DL 2x2 MIMO oThis feature is not supported WOFD-200200 Base Station Power-Saving Management -LTEWOFD-200200 Base Station Power-Saving Management -LTE
WOFD-200200 Base Station Power-Saving Management -LT This feature should not work t
This feature rely on the IPsec tunnel peer Network Equipment
For dual mode scenario,if RF modules(MRFU/MRRU) working in GSM mode is more than 6, UBRI is needed
1,GL co-transmissionGSM and LTE base station should share the BBU to support this featureIn SRAN7.0, UMPT or LMPT board is required.2,UL co-transmissionUMTS mode and LTE FDD mode boards or UMTS mode and LTE TDD mode boards must be co-located within the same BBU. The UMPT must be configured in SRAN7.0 solution and the LMPT must be configured in SRAN8.0 solution.3) GUL co-transmission UMPT or UTRPc
1,GL common reference clockCommon BBU or BBUs inter-connected is required. Common GPS/BITS reference clock BBU have to be configurated with USCU（Universal satellite Card and Clock Unit） board Common IP network 1588V2 reference clock from S1 interfaceIP Clock Server have to be configurated.
2,UL Common Reference ClockCommon BBU or BBUs inter-connected is required. Common GPS/BITS reference clock BBU have to be configurated with USCU（Universal satellite Card and Clock Unit） board Common IP network 1588V2 reference clock from S1 interfaceIP Clock Server have to be configurated.3. GUL common reference clock BBUs of GSM, UMTS and LTE base station shall be inter-connected. . Common GPS/BITS reference clock A BBU have to be configurated with USCU（Universal satellite Card and Clock Unit）board . Common IP network 1588V2 reference clock from S1 interface IP Clock Server has to be configurated.
UMPT or UTRPc
All GL dual-mode RF units with two transmission
SRAN8.0 LTE Mulit-mode Feature ListDependancy
MS/UE CN Other Features
Basic feature
NA NA NA NA
Optional feature
NA NA NA
NA NA NA
NA NA NA
NA NA NA
NA NA NA NA
NA NA NA
Other Network Units
Other mode dependancy
MRFD-210002 Multi-mode BS RRU/RFU star-connection with separate CPRI interface(GBTS)
1,GL co-transmissionGBFD-118601 Abis over IP2,UL co-transmissionWRFD-050402 IP Transmission Introduction on Iub Interface3,GUL co-transmissionGBFD-118601 Abis over IPWRFD-050402 Iub over IP
1) GL co-transmission, MRFD-211501 IP-Based Multi-mode Co-Transmission on BS
WRFD-050402 IP Transmission Introduction on Iub InterfaceMRFD-221501 IP-Based Multi-mode Co-Transmission on BS side（NodeB）
UL co-transmissionMRFD-221505 Bandwidth sharing of MBTS Multi-mode Co-Transmission(NodeB)
1,GL common reference clockCommon GPS reference clock MRFD-210501 BTS/NodeB Clock
1. GL common reference clock MRFD-211601 Multi-mode BS Common Reference Clock（GBTS）
MRFD-231501 IP-Based Multi-mode Co-Transmission on BS side(eNodeB)
This feature must be used together with one of features MRFD-211602Multi-mode BS This feature has to be activated with MRFD-211806 GSM and LTE Dynamic Power
LOFD-001093 PUCCH Flexible Configuration
This feature has to be activated with MRFD-211808 GSM and LTE Buffer Zone
