3900&5900 Series Base Station
V100R013C10
NodeBFunction Parameter
Reference
Issue
02
Date
2018/05/25
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2018. All rights reserved.
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 contract made between Huawei and the customer.
All or part of the products, services and features described in this document may not be within the purchase scope or
the usage scope. Unless otherwise specified in 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 a warranty of any kind, express or implied.
Huawei Technologies Co., Ltd.
Address:
Huawei Industrial Base
Bantian, Longgang
Shenzhen 518129
People's Republic of China
Website:
http://www.huawei.com
Email:
support@huawei.com
Purpose
This document describes all the MO parameters of the NodeBFunction. For the details about the parameters related to
northbound interface interconnection, see the Parameter List.
Intended Audience
This document is intended for:
• Network planners
• System engineers
• Field engineers
• Shift operators
• Site maintainers
• Network operators
Parameter Attribute Description
The following table describes the attributes of each parameter.
Parameter Attribute
Description
MO
Managed object of NE.
Parameter ID
A simple character string used for identifying a parameter.
NE
Type
ofparameter.
a product displayed on the OSS. For a 3900 series base station (which is a
Name
of a
DBS3900, DBS3900 LampSite, BTS3900, BTS3900A, BTS3900L, BTS3900AL, or
BTS3900C), the value can be BTS3900, BTS3900 WCDMA, and BTS3900 LTE. For a
5900 series base station (which is a DBS5900, DBS5900 LampSite, BTS5900,
BTS5900A, BTS5900L or BTS5900AL), the value can be BTS5900, BTS5900 WCDMA,
BTS5900 LTE, and BTS5900 5G. Among these values, BTS3900 or BTS5900 indicates a
co-MPT base station; BTS3900 WCDMA or BTS5900 WCDMA indicates a UMTS base
station; BTS3900 LTE or BTS5900 LTE indicates an LTE base station; BTS5900 5G
indicates a 5G base station.
Parameter Name
NE
MML Command
Meaning
Man Machine Language (MML) command related to the parameter.
Function of a parameter, protocol that defines the parameter, whether the parameter is
out of use in later versions, and whether the parameter is an advanced parameter.
Advanced parameters are not configured through northbound interfaces. To modify these
parameters, contact Huawei Customer Service Center for technical support.
If parameters meet one of the following conditions, they are treated as advanced
parameters:
1. Parameters are temporarily introduced in a new feature or a customized feature to
achieve optimal network performance.
These parameters will have fixed values and will be deleted after the beta test or test at
the customized site.
2. Modifications to these parameters have a great impact on network KPIs or
performance.
Normally, modifications of these parameters are not required for features. To achieve
optimal network performance, multiple parameters must be modified because
modification of a single parameter has little effect on the network and even may cause
accidents, for example, service interruption.
IsKey
Whether the parameter is used to identify an MO instance.
Mandatory
Whether the parameter is mandatory for creating an MO instance.
Dynamic Attribute
Whether the parameter is dynamic for an MO. If the parameter is not dynamic, it can be
added, modified, or removed; if the parameter is dynamic, it cannot.
Feature ID
ID of the feature that uses the parameter.
Feature Name
Name of the feature that uses the parameter.
Value Type
Type of a parameter value. For example, IP Address Type, Compound Type, Enumeration
Type, Interval Type, Bit Field Type, Character String Type, Wildcard Mask Type, Subnet
Mask Type, Password Type, Any Type, BCD Number Type, Struct Type.
GUI Value Range
Range of the parameter values displayed on the GUI.
The value of a string parameter cannot contain the following characters:
<>!?\/:;,=+%*"'|
Two or more percent signs (%) or spaces, +++ (start character of an MML message), or
--- END (end character of an MML message)
NULL or <NULL>, which indicates that an attribute of an MML message is null
ASCII control characters 0 to 31 (0x00 to 0x1F) and 127 (0x7F)
Spaces at both ends
Note: The value of the Directory, File Name, and URL parameters can contain a
backslash (\) or slash (/).
The value of a password parameter cannot contain the following characters:
Symbols ; , = " '
Key characters: two or more % symbols or spaces, +++ (start character of an MML
message), or --- END (end character of an MML message)
Enumeration Number/Bit
Enumeration number corresponding to the GUI value of a parameter of the enumeration
type, or bit position corresponding to the GUI value of a parameter of the bit field type.
N/A is filled if the parameter value is not enumeration type or bit field type.
Note: For a parameter of the bit field type, bit position lists only the bits in use. Nonconsecutive numbering indicates that some bits are not in use and therefore those bits
are not described in the documentation.
Unit
Unit of a parameter value displayed on the GUI.
Actual Value Range
Range of the actual values corresponding to the parameter values displayed on the GUI.
Default Value
Initial value assigned by the system for a parameter. None indicates that no default value
is available.
For a mandatory parameter, no default value is available.
Generally, it is displayed on the configuration window of an ADD command but not
displayed on the configuration window of a MOD/RMV/DSP/LST/SET command.
Note:
If the MO of the parameter is added by the system by default, refer to the Recommended
Value column to see the parameter value.
For bit field type parameters, sub-parameter:On (the corresponding bit is set to 1)
indicates that the sub-parameter is selected in the check box on the configuration
window. In this case, the corresponding switch will be turned on, the corresponding object
will be selected, or the corresponding operation will be performed; sub-parameter:Off
(the corresponding bit is set to 0) indicates that the sub-parameter is deselected in the
check box on the configuration window. In this case, the corresponding switch will be
turned off, the corresponding object will be deselected, or the corresponding operation
will
not be performed.
Parameter
values recommended for different scenarios. None indicates that no default
Recommended Value
value is available.
Note:
For bit field type parameters, sub-parameter:On (the corresponding bit is set to 1)
indicates that the sub-parameter is selected in the check box on the configuration
window. In this case, the corresponding switch will be turned on, the corresponding object
will be selected, or the corresponding operation will be performed; sub-parameter:Off (the
corresponding bit is set to 0) indicates that the sub-parameter is deselected in the check
box on the configuration window. In this case, the corresponding switch will be turned off,
the corresponding object will be deselected, or the corresponding operation will not be
performed.
Initial Value Source
Source for the initial configuration of a parameter. The initial value source can be:
Radio planning (Internal planning): The parameter value comes from the radio network
plan, facilitating resource management on the NE.
Radio planning (Negotiation with the peer): The parameter value comes from the radio
network plan. The NE negotiates this value with the peer device to ensure successful
interworking.
Transport planning (Internal planning): The parameter value comes from the transport
network plan, facilitating resource management on the NE.
Transport planning (Negotiation with the peer): The parameter value comes from the
transport network plan. The NE negotiates this value with the peer device to ensure
successful interworking.
Equipment planning: The parameter value comes from the equipment plan.
Engineering design: The parameter value comes from the algorithm or function design.
Default/recommended value: The parameter value uses the default or recommended
value, where the recommended value is preferential. The default/recommended value
can be used in most scenarios and adjusted for a specific scenario.
N/A: The parameter value is not required.
Impact
Parameter impact scope.
Parameter Relationship
Relationship with other parameters. For example, to use this parameter, you need to set
related switches and parameters. Parameter relationships can be Configuration
constraints, Parameter relationship with conditions, or Others.
Configuration constraints: describe the configuration constraints between parameters.
Checking the configuration validity fails if the configuration constraints are not met.
Parameter relationship with conditions: describes the branch relationship between
parameters. Parameter B can be set only when parameter A is set to a certain value.
Others: describe other types of parameter relationships, for example, parameter
constraints between functions. When parameter settings do not meet the parameter
constraints between functions, checking the configuration validity succeeds, but the
configuration does not take effect.
Note: Parameter relationship with conditions is displayed on the LMT, and therefore it is
not described in MML Command Reference. Parameter relationship with conditions is
provided only in MO and Parameter Reference.
Access
Whether a parameter has one of the following properties:
Read/Write: The parameter can be added, deleted, or modified.
Read-only: The parameter can be added or deleted only.
Whether the parameter modification interrupts the ongoing services. One of the following
comments is provided:
Yes: The modification interrupts the ongoing services.
Service Interrupted After Modificatio No (And no impact on the UE in idle mode): The modification does not interrupt the
ongoing services, and has no impact on the network access of UEs in idle mode.
No (Impact on the UE in idle mode): The modification does not interrupt the ongoing
services, but affects the network access of UEs in idle mode.
N/A: This comment is used when a parameter cannot be modified.
Interruption Scope
Possible interruption scope.
Interruption Duration (min)
Possible interruption duration (unit: minute).
Caution
Cautions to be taken during the modification.
Validation of Modification
How this parameter takes effect and whether the equipment needs to be restarted after
the modification. The parameter modification does not impact the equipment means
that the parameter takes effect immediately after the modification.
Impact on Radio Network
Performance
Introduced in Version…
Attribute
Applicable Mode
Impact of the parameter on radio network performance.
Product version in which the parameter is introduced.
Whether the parameter is a radio parameter, a transport parameter, or an equipment
parameter.
Indicates the mode or modes to which a parameter applies. The applicable mode can be
one of, or a combination of, the following values:
G: This parameter applies to GSM.
U: This parameter applies to UMTS.
L: This parameter applies to LTE.
N: This parameter applies to NR.
R: This parameter applies to the radio frequency access (RFA) application. The RFA
application is used only in the LampSite solution, and supports only co-MPT base
stations. It performs remote transmission and amplification of RF signals, and complies
with the 3GPP repeater radio transmission and reception protocol (GSM: 3GPP TS
51.026, UMTS: 3GPP TS 25.106, and LTE: 3GPP TS 36.106).
If a parameter applies to more than one mode, the values are separated by commas. For
example, the value "G,U" indicates that a parameter applies to GSM and UMTS.
When configuring parameter settings for a given mode, only those parameters that apply
to that mode will affect the system. Configuring a parameter that does not apply to that
mode has no effect, even if configuration is successful.
MO
Parameter ID
Parameter Name
NE
MML Command
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
ULOCELLMACEP
ARA
SET
ULOCELLMACEP
ARA
ULOCELLMACEP
MAC-e Schedule
SCHEDULEPARA
ARA
Para
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
ULOCELLMACEP HSUPAOLSCHS
ARA
W
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
Max Target RoT
ULOCELLMACEP MAXDELTAOFTA
WCDMA,
Difference Before
ARA
RGETROT
BTS5900,
and After IC
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
ULOCELLMACEP
ULOCELLID
ARA
Local Cell ID
OverLoad
Schedule Switch
ULOCELLMACEP
EAGCHPCPARA
ARA
ULOCELLMACEP
EAGCHPCMOD
ARA
E-AGCH HPC
Parameters
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
E-AGCH HPC
Mode
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
ULOCELLMACEP EAGCHPWROFF E-AGCH Power
ARA
SET
Offset
ULOCELLMACEP
EAGCHPOWER
ARA
E-AGCH Power
ULOCELLMACEP MAXAGCHPOWE E-AGCH Max
ARA
R
Power
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
ULOCELLMACEP MINAGCHPOWE E-AGCH Min
ARA
R
Power
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
E-RGCH HPC
ULOCELLMACEP SERGCHPCPAR Parameters for
ARA
A
Service Radio
Links Set
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
E-RGCH Power
ULOCELLMACEP SERGCHPWROF
WCDMA,
Offset for Service
ARA
FSET
BTS5900,
Radio Links Set
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
E-RGCH HPC
ULOCELLMACEP
SERGCHPCMOD Mode for Service
ARA
Radio Links Set
BTS3900,
BTS3900
E-RGCH Power
ULOCELLMACEP
WCDMA,
SERGCHPOWER for Service Radio
ARA
BTS5900,
Links Set
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
E-RGCH HPC
ULOCELLMACEP NSERGCHPCPA Parameters for
ARA
RA
Non-service
Radio Links
E-RGCH HPC
ULOCELLMACEP NSERGCHPCMO Mode for NonARA
D
service Radio
Links
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
E-RGCH Power
ULOCELLMACEP NSERGCHPWRO Offset for NonARA
FFSET
service Radio
Links
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
E-HICH Power
ULOCELLMACEP SEHICHPWROFF
WCDMA,
Offset for Service
ARA
SET
BTS5900,
Radio Links Set
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
E-RGCH Power
ULOCELLMACEP NSERGCHPOWE
for Non-service
ARA
R
Radio Links
ULOCELLMACEP
SEHICHPOWER
ARA
BTS3900,
BTS3900
E-HICH Power for
WCDMA,
Service Radio
BTS5900,
Links Set
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
E-HICH Power
ULOCELLMACEP SRLEHICHPWRO
Offset for Single
ARA
FFSET
Radio Link
BTS3900,
BTS3900
ULOCELLMACEP SINGLERLEHICH E-HICH Power for WCDMA,
ARA
POWER
Single Radio Link BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
E-HICH Power
ULOCELLMACEP NSEHICHPWRO Offset for NonARA
FFSET
service Radio
Links Set
ULOCELLMACEP NSEHICHPOWE
ARA
R
BTS3900,
BTS3900
E-HICH Power for
WCDMA,
Non-service
BTS5900,
Radio Links Set
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
Own Cell UL Load WCDMA,
Ratio
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
Anti-Interference
ULOCELLMACEP OUTERSYSINTE
Scheduling
ARA
RSCHSW
Switch
ULOCELLMACEP OWNCELLULLO
ARA
ADRATIO
RTWP
Measurement
Optimization
Algorithm Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
ULOCELLMACEP LOADTHRESH4
ARA
MINULCOV
Min UL Cover
Load Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
ULOCELLMACEP HSUPATDSCHS
ARA
W
Hsupa Time
Division
Scheduling
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
ULOCELLMACEP RTWPMEAOPTI
ARA
MSW
ULOCELLMACEP HSUPATDALIGN Chip Offset 2ms
ARA
UENUM
UE Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
ULOCELLMACEP HSUPATDSCHEN TDM Schedule
ARA
SW
Enhance Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
Secondary DCHSUPA Cell
ULOCELLMACEP ULSECCELLACT Activation and
ARA
OPTSW
Deactivation
Switch Based on
RTWP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
HSUPATOTALTH HSUPA Total
ULOCELLMACEP
WCDMA,
RGUARANTEES Throughput
ARA
BTS5900,
W
Guarantee Switch
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACEP
ARA
LST
ULOCELLMACEP
ARA
Secondary DCULOCELLMACEP ULSECCELLDEA HSUPA Cell
ARA
CTCOVTHR
Deactivation Rate
Threshold
HSUPA Total
ULOCELLMACEP HSUPATOTALTH
Throughput
ARA
RTHD
Threshold
ULOCELLMACHS
ULOCELLID
PARA
Local Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
ULOCELLMACHS
PARA
SET
ULOCELLMACHS
PARA
ULOCELLMACHS
RSCALLOCM
PARA
BTS3900,
BTS3900
Resource Allocate WCDMA,
Method
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
SM
PARA
Scheduling
Method
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
HS-SCCH Power
ULOCELLMACHS HSSCCHPWRCM
WCDMA,
Control Method in
PARA
INDCH
BTS5900,
CELL DCH state
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
PWRMGN
PARA
Power Margin
ULOCELLMACHS
SCCHPWR
PARA
ULOCELLMACHS HSSCCHFERTR
PARA
GTINDCH
BTS3900,
BTS3900
WCDMA,
HS-SCCH Power
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
HS-SCCH FER
Target in CELL
DCH State
ULOCELLMACHS
RSCLMSW
PARA
ULOCELLMACHS
DYNCODESW
PARA
BTS3900,
BTS3900
Resource Limiting WCDMA,
Switch
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Dynamic Code
Switch
ULOCELLMACHS
CME16QAMSW
PARA
ULOCELLMACHS
MXPWRPHUSR
PARA
ULOCELLMACHS
CQIFA
PARA
16QAM Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Max Power Per
Hs-user
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
CQI Filter Alpha
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
MAX EFACH
ULOCELLMACHS MAXEFACHHAR HARQ
PARA
QRT
Retransmission
Times
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
MAX HARQ
Retransmission
ULOCELLMACHS MAXNONCONVE Times of NonPARA
RHARQRT
Conversational
service in CELL
DCH state
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
HS-SCCH Power
ULOCELLMACHS HSSCCHPWRCM
WCDMA,
Control Method in
PARA
INEFACH
BTS5900,
CELL FACH state
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
CQI Adjust
ULOCELLMACHS CQIADJALGOFC Algorithm Switch
PARA
ON
of Conversational
Service
CQI Adjust
Algorithm Switch
ULOCELLMACHS CQIADJALGOFN
of nonPARA
ONCON
Conversational
Service
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
RBLERTARGET
PARA
Residual Bler
Target
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
IBler Target
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
IBLERTARGET
PARA
Secondary DCULOCELLMACHS SECCELLACTDE HSDPA,DBPARA
ASW
HSDPA Cell
Activation Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
IICSW
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
IIC Switch
ULOCELLMACHS
DTXALGOSW
PARA
ULOCELLMACHS
MIMOPRIMESW
PARA
ULOCELLMACHS
LOCWEIGHT
PARA
ULOCELLMACHS
EXTRAPOWER
PARA
SE Hsscch DTX
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
MIMO Prime
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Location Weight
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Extra Power
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Maximum HARQ
Retransmission
ULOCELLMACHS MAXEFACHHSH
Number for
PARA
ARQRT
EFACH over HSDPCCH
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Optimization
ULOCELLMACHS BURSTBLEROPT Switch for BLER
PARA
SW
of HSDPA Burst
service
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
DL BE Schedule
ULOCELLMACHS DLBESCHWHEN
WCDMA,
When UL
PARA
ULURLBSW
BTS5900,
Unreliable Switch
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS EXTRAPOWERF Extra Power For
PARA
ORSRB
SRB
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
Preallocation BW
ULOCELLMACHS PREALLOCBWO
WCDMA,
Optimization
PARA
PTISW
BTS5900,
Switch
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
CODEOPTSW
PARA
Code Utilization
Optimization
Switch
ULOCELLMACHS SFDCMACEHSD SFDC MAC-ehs
PARA
SCTMR
Discard Timer
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS DF3CMACEHSD DF3C MAC-ehs
PARA
SCTMR
Discard Timer
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
HSDPA L2
HSDPAL2OPTSW
PARA
Optition Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Power Margin
ULOCELLMACHS PWRMGNDELTA
Delta For
PARA
FORPT
Platinum User
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
ULOCELLMACHS HSDPAFULLBUF HSDPA Fullbuffer WCDMA,
PARA
DATATHD
Data Threshold
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
HSDPA Fullbuffer
ULOCELLMACHS HSDPAFULLBUF
WCDMA,
Throughput
PARA
THROUTHD
BTS5900,
Threshold
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
VIDEOCQITHD
PARA
Video CQI
Threshold
Optimization
Switch for HSULOCELLMACHS HSSCCHCQIPW SCCH CQI-based
PARA
RINDCHOPTSW Adaptive Power
Control in
CELL_DCH State
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
MAXEXTRAPWR MAX Extra Power
ULOCELLMACHS
WCDMA,
FORHSSCCHIND for HS-SCCH in
PARA
BTS5900,
CH
CELL_DCH State
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS SERVICECQITH
PARA
D
ULOCELLMACHS EFACHDTCHRS
PARA
CALLOCMODE
Service CQI
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
E-FACH DTCH
Resource Alloc
Mode
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Adjustment
ULOCELLMACHS CQIADJBYIBLER Switch for CQI
PARA
ADJSW
Adjusted By
IBLER
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Adjustment
ULOCELLMACHS CQIADJBYDYNB Switch for CQI
PARA
LERADJSW
Adjusted By
Dynamic BLER
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Throughput
ULOCELLMACHS ACTSECCELLTH Threshold for
PARA
PTHD
Activating
Secondary Cell
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Throughput
ULOCELLMACHS DEASECCELLTH Threshold for
PARA
PTHD
Deactivating
Secondary Cell
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Data Buffer
ULOCELLMACHS ACTSECCELLDA Threshold for
PARA
TABUFTHD
Activating
Secondary Cell
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Data Buffer
ULOCELLMACHS DEASECCELLDA Threshold for
PARA
TABUFTHD
Deactivating
Secondary Cell
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Independent
ULOCELLMACHS INDEPTCARSCH Carrier
PARA
SW
Scheduling
Switch
ULOCELLMACHS
BUFFERSMSW
PARA
Buffer-based
Scheduling
Algorithm Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
Dynamic Code
ULOCELLMACHS DYNCODEOPTS
Optimization
PARA
W
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
HARQ
Retransmission
ULOCELLMACHS HARQRTSCHOP
Schedule
PARA
TSW
Optimization
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
ULOCELLMACHS MCDELTACQITH Delta CQI
WCDMA,
PARA
D
Threshold for MC BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
ULOCELLMACHS
COMBITFRCSW
PARA
Combined TFRC
Switch
BTS3900,
BTS3900
Smart Scheduling
ULOCELLMACHS SMARTSCHEUE
WCDMA,
UE Number
PARA
NUMTHLD
BTS5900,
Threshold
BTS5900
WCDMA
SET
ULOCELLMACHS
PARA
LST
ULOCELLMACHS
PARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
ULOCELLRSCLM
TPARA
SET
ULOCELLRSCLM
TPARA
ULOCELLRSCLM
ULOCELLID
TPARA
Local Cell ID
BTS3900,
BTS3900
Resource limiting WCDMA,
for 8Kbit/s GBR
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
ULOCELLRSCLM
Resource limiting WCDMA,
CME16KRSCLMT
TPARA
for 16Kbit/s GBR BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
ULOCELLRSCLM
CME8KRSCLMT
TPARA
BTS3900,
BTS3900
ULOCELLRSCLM
Resource limiting WCDMA,
CME32KRSCLMT
TPARA
for 32Kbit/s GBR BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
ULOCELLRSCLM
Resource limiting WCDMA,
CME64KRSCLMT
TPARA
for 64Kbit/s GBR BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
ULOCELLRSCLM CME128KRSCLM Resource limiting WCDMA,
TPARA
T
for 128Kbit/s GBR BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
ULOCELLRSCLM CME256KRSCLM Resource limiting WCDMA,
TPARA
T
for 256Kbit/s GBR BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
ULOCELLRSCLM CME384KRSCLM Resource limiting WCDMA,
TPARA
T
for 384Kbit/s GBR BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
ULOCELLRSCLM CME512KRSCLM Resource limiting WCDMA,
TPARA
T
for 512Kbit/s GBR BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
ULOCELLRSCLM CME768KRSCLM Resource limiting WCDMA,
TPARA
T
for 768Kbit/s GBR BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
Resource limiting
ULOCELLRSCLM CME1024KRSCL
WCDMA,
for 1024Kbit/s
TPARA
MT
BTS5900,
GBR
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
Resource limiting
ULOCELLRSCLM CME1536KRSCL
WCDMA,
for 1536Kbit/s
TPARA
MT
BTS5900,
GBR
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
BTS3900,
BTS3900
Resource limiting
ULOCELLRSCLM CME1800KRSCL
WCDMA,
for 1800Kbit/s
TPARA
MT
BTS5900,
GBR
BTS5900
WCDMA
SET
ULOCELLRSCLM
TPARA
LST
ULOCELLRSCLM
TPARA
NODEBREMOTE REMOTECELLG
CELLGRP
RPINDEX
Remote Cell
Group No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBREMOTE
CELLGRP
LST
NODEBREMOTE
CELLGRP
MOD
NODEBREMOTE
CELLGRP
RMV
NODEBREMOTE
CELLGRP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBREMOTE
CELLGRP
MOD
NODEBREMOTE
CELLGRP
LST
NODEBREMOTE
CELLGRP
NODEBREMOTE REMOTECELLG
CELLGRP
RPNAME
Remote Cell
Group Name
NODEBRESALLO
RULE
CRULE
BTS3900,
BTS3900
Resource Allocate WCDMA,
Rule
BTS5900,
BTS5900
WCDMA
SET
NODEBRESALLO
CRULE
LST
NODEBRESALLO
CRULE
NODEBRESALLO
SW
CRULE
BTS3900,
BTS3900
Auto Rebuild Cell WCDMA,
Switch
BTS5900,
BTS5900
WCDMA
SET
NODEBRESALLO
CRULE
LST
NODEBRESALLO
CRULE
Cs User Number
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRESALLO
CRULE
LST
NODEBRESALLO
CRULE
Ps User Number
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRESALLO
CRULE
LST
NODEBRESALLO
CRULE
NODEBRESALLO
RESREAVESW
CRULE
Resource Reave
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRESREA
VE
LST
NODEBRESREA
VE
NODEBRESALLO MULTICELLREB
CRULE
UILDSW
Immediate
Rebuilding Switch
for Degraded
Multi-Cell
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRESALLO
CRULE
LST
NODEBRESALLO
CRULE
BTS3900,
BTS3900
Smooth Power
NODEBSMTHPW SMTHPWRSWIT
WCDMA,
Change Function
R
CH
BTS5900,
Switch
BTS5900
WCDMA
SET
NODEBSMTHPW
RSW
LST
NODEBSMTHPW
RSW
NODEBRESALLO
CSUSERNUM
CRULE
NODEBRESALLO
PSUSERNUM
CRULE
NODEBSMTHPW
STEP
R
NODEBSMTHPW
PERIOD
R
NODEBCLSPATI
MER
NODEBCLSPATI
MER
LOWERLIMIT
UPPERLIMIT
NODEBOPTDYN
DYNADJSW
ADJPARA
Smart Default
Step
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBSMTHPW
RPARA
LST
NODEBSMTHPW
RPARA
Smart Default
Time Ratio
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBSMTHPW
RPARA
LST
NODEBSMTHPW
RPARA
Minimum Timer
Value
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBCLSPATI
MER
LST
NODEBCLSPATI
MER
Maximum Timer
Value
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBCLSPATI
MER
LST
NODEBCLSPATI
MER
Dynamic Voltage
Adjustment
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBOPTDYN
ADJPARA
LST
NODEBOPTDYN
ADJPARA
NODEBOPTDYN DYNADJSTARTTI
Start Time
ADJPARA
ME
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBOPTDYN
ADJPARA
LST
NODEBOPTDYN
ADJPARA
NODEBOPTDYN DYNADJENDTIM
End Time
ADJPARA
E
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBOPTDYN
ADJPARA
LST
NODEBOPTDYN
ADJPARA
ULOCELLNOACC
ULOCELLID
ESSPARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
ULOCELLNOACC
ESSPARA
SET
ULOCELLNOACC
ESSPARA
Local Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLNOACC
ESSPARA
LST
ULOCELLNOACC
ESSPARA
BTS3900,
BTS3900
Timer Length Of
ULOCELLNOACC
WCDMA,
NOFSTRLTIMER Cell Without RL
ESSPARA
BTS5900,
Setup (First RLS)
BTS5900
WCDMA
SET
ULOCELLNOACC
ESSPARA
LST
ULOCELLNOACC
ESSPARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLNOACC
ESSPARA
LST
ULOCELLNOACC
ESSPARA
ULOCELLNOACC
NOUETIMER
ESSPARA
Timer Length Of
the Cell Without
RL Setup
ULOCELLNOACC AUTORCVRMTH Auto Recovery
ESSPARA
D
Method
DLSIM
DLSIM
DLSIM
DLSIM
DLSIM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP DLSIM
BTS3900,
BTS3900
Common Channel WCDMA,
Load Ratio
BTS5900,
BTS5900
WCDMA
DSP DLSIM
Service Load
Ratio
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP DLSIM
Configured Load
Ratio
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP DLSIM
Cause
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP DLSIM
SIMULATINGLOA Simulating Load
D
Ratio
COMMONCHAN
NELLOAD
SERVICELOAD
TARGETLOAD
ERRORCODE
NODEBCHRLEV COMMCHREVEN Common CHR
EL
TSW
Event Switch
NODEBCHRLEV USERCHREVEN User CHR Event
EL
TSW
Switch
Common CHR
NODEBCHRLEV COMMCHRPRDE
Period Event
EL
VENTSW
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBCHRLEV
EL
DSP
NODEBCHRLEV
EL
LST
NODEBCHRLEV
EL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBCHRLEV
EL
DSP
NODEBCHRLEV
EL
LST
NODEBCHRLEV
EL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBCHRLEV
EL
DSP
NODEBCHRLEV
EL
LST
NODEBCHRLEV
EL
BTS3900,
BTS3900
NODEBCHRLEV USERCHRPRDE User CHR Period WCDMA,
EL
VENTSW
Event Switch
BTS5900,
BTS5900
WCDMA
SET
NODEBCHRLEV
EL
DSP
NODEBCHRLEV
EL
LST
NODEBCHRLEV
EL
HSDPA KQI
NODEBCHRLEV HSDPAKQIDIAGT Diagnosis
EL
HPTHD
Throughput
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBCHRLEV
EL
LST
NODEBCHRLEV
EL
HSUPA KQI
NODEBCHRLEV HSUPAKQIDIAGT Diagnosis
EL
HPTHD
Throughput
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBCHRLEV
EL
LST
NODEBCHRLEV
EL
BTS3900,
BTS3900
UL Gold UE Burst WCDMA,
Packet Size
BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
NODEBUEQOSE
ULGOLDUEBPS
NHANCE
BTS3900,
BTS3900
NODEBUEQOSE
UL Silver UE
WCDMA,
ULSILVERUEBPS
NHANCE
Burst Packet Size BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
NODEBUEQOSE ULCOPPERUEB
NHANCE
PS
BTS3900,
BTS3900
UL Copper UE
WCDMA,
Burst Packet Size BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
NODEBUEQOSE
DLGOLDUEBPS
NHANCE
BTS3900,
BTS3900
DL Gold UE Burst WCDMA,
Packet Size
BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
BTS3900,
BTS3900
NODEBUEQOSE
DL Silver UE
WCDMA,
DLSILVERUEBPS
NHANCE
Burst Packet Size BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
NODEBUEQOSE DLCOPPERUEB
NHANCE
PS
BTS3900,
BTS3900
DL Copper UE
WCDMA,
Burst Packet Size BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
UPA User Number
NODEBUEQOSE LOWTRAFFENH Threshold for
NHANCE
USERNUMTHD
Enhanced Low
Traffic
TBSIZEFOR10M
NODEBUEQOSE
SLOWTRAFFEN
NHANCE
H
Max UPA 10ms
TTI TB Size for
Enhanced Low
Traffic
Max UPA 2ms TTI
NODEBUEQOSE TBSIZEFOR2MS TB Size for
NHANCE
LOWTRAFFENH Enhanced Low
Traffic
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBUEQOSE
NHANCE
LST
NODEBUEQOSE
NHANCE
NODEBLICENSE
OTHD
ALMTHD
NODEBLICENSE
OPRD
ALMTHD
NODEBLICENSE
RTHD
ALMTHD
NODEBLICENSE
RPRD
ALMTHD
ULOCELLR99AL
ULOCELLID
GPARA
Alarm Occur
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBLICENSE
ALMTHD
LST
NODEBLICENSE
ALMTHD
Alarm Detect
Period
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBLICENSE
ALMTHD
LST
NODEBLICENSE
ALMTHD
Alarm Recover
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBLICENSE
ALMTHD
LST
NODEBLICENSE
ALMTHD
Alarm Recover
Period
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBLICENSE
ALMTHD
LST
NODEBLICENSE
ALMTHD
Local Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
ULOCELLR99AL
GPARA
SET
ULOCELLR99AL
GPARA
ULOCELLR99AL PWRCNGCACS
GPARA
W
ULOCELLR99AL
SHORTTH
GPARA
Power
Congestion Call
Admission Control
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLR99AL
GPARA
LST
ULOCELLR99AL
GPARA
Short Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLR99AL
GPARA
LST
ULOCELLR99AL
GPARA
Long Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLR99AL
GPARA
LST
ULOCELLR99AL
GPARA
ULOCELLR99AL SHORTTHFORR Short Threshold
GPARA
TRRC
for RT RRC
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLR99AL
GPARA
LST
ULOCELLR99AL
GPARA
ULOCELLR99AL
LONGTH
GPARA
NODEBRSVDPA NODEBRSVDPA
RA
RA1
Reserved
Parameter 1
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
NODEBRSVDPA NODEBRSVDPA
RA
RA2
NODEBRSVDPA NODEBRSVDPA
RA
RA3
NODEBRSVDPA NODEBRSVDPA
RA
RA4
Reserved
Parameter 2
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 3
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 4
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
NODEBRSVDPA NODEBRSVDPA
RA
RA5
NODEBRSVDPA NODEBRSVDPA
RA
RA6
NODEBRSVDPA NODEBRSVDPA
RA
RA7
NODEBRSVDPA NODEBRSVDPA
RA
RA8
NODEBRSVDPA NODEBRSVDPA
RA
RA9
NODEBRSVDPA NODEBRSVDPA
RA
RA10
Reserved
Parameter 5
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 6
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 7
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 8
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 9
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 10
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
NODEBRSVDPA NODEBRSVDPA
RA
RA11
NODEBRSVDPA NODEBRSVDPA
RA
RA12
NODEBRSVDPA NODEBRSVDPA
RA
RA13
Reserved
Parameter 11
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 12
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 13
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
NODEBRSVDPA NODEBRSVDPA
RA
RA14
NODEBRSVDPA NODEBRSVDPA
RA
RA15
NODEBRSVDPA NODEBRSVDPA
RA
RA16
Reserved
Parameter 14
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 15
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 16
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
NODEBRSVDPA NODEBRSVDPA
RA
RA17
NODEBRSVDPA NODEBRSVDPA
RA
RA18
NODEBRSVDPA NODEBRSVDPA
RA
RA19
NODEBRSVDPA NODEBRSVDPA
RA
RA20
NODEBRSVDPA NODEBRSVDPA
RA
RA21
NODEBRSVDPA NODEBRSVDPA
RA
RA22
Reserved
Parameter 17
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 18
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 19
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 20
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 21
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 22
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
NODEBRSVDPA NODEBRSVDPA
RA
RA23
NODEBRSVDPA NODEBRSVDPA
RA
RA24
NODEBRSVDPA NODEBRSVDPA
RA
RA25
NODEBRSVDPA NODEBRSVDPA
RA
RA26
NODEBRSVDPA NODEBRSVDPA
RA
RA27
NODEBRSVDPA NODEBRSVDPA
RA
RA28
Reserved
Parameter 23
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 24
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 25
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 26
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 27
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 28
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
NODEBRSVDPA NODEBRSVDPA
RA
RA29
NODEBRSVDPA NODEBRSVDPA
RA
RA30
NODEBRSVDPA NODEBRSVDPA
RA
RA31
NODEBRSVDPA NODEBRSVDPA
RA
RA32
ULOCELLRSVDP
ULOCELLID
ARA
Reserved
Parameter 29
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 30
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 31
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Reserved
Parameter 32
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRSVDPA
RA
LST
NODEBRSVDPA
RA
Local Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
ULOCELLRSVDP
ARA
SET
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA1
Parameter 1
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA2
Parameter 2
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA3
Parameter 3
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA4
Parameter 4
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA5
Parameter 5
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA6
Parameter 6
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA7
Parameter 7
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA8
Parameter 8
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA9
Parameter 9
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA10
Parameter 10
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA11
Parameter 11
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA12
Parameter 12
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA13
Parameter 13
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA14
Parameter 14
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA15
Parameter 15
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA16
Parameter 16
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA17
Parameter 17
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA18
Parameter 18
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA19
Parameter 19
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA20
Parameter 20
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA21
Parameter 21
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA22
Parameter 22
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA23
Parameter 23
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA24
Parameter 24
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA25
Parameter 25
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA26
Parameter 26
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA27
Parameter 27
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA28
Parameter 28
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA29
Parameter 29
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA30
Parameter 30
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA31
Parameter 31
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
ULOCELLRSVDP ULOCELLRSVDP Reserved
ARA
ARA32
Parameter 32
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLRSVDP
ARA
LST
ULOCELLRSVDP
ARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
ULOCELLALGPA
RA
LST
ULOCELLR99FL
OWCTRL
SET
ULOCELLALGPA
RA
SET
ULOCELLR99FL
OWCTRL
ULOCELLALGPA
ULOCELLID
RA
Local Cell ID
RTWP Abnormal
ULOCELLALGPA RTWPSIRTGTAD SIR Target
RA
JSW
Adjustment
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Switch for RTWP
ULOCELLALGPA SIB7RTWPOPTS broadcasting
RA
W
optimization in
SIB7
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
ULOCELLALGPA R99FLOWCTRLS R99 Flow Control WCDMA,
RA
W
Function Switch
BTS5900,
BTS5900
WCDMA
SET
ULOCELLR99FL
OWCTRL
LST
ULOCELLR99FL
OWCTRL
Anti-Antenna
ULOCELLALGPA ANTIANTENNAIM
Imbalance
RA
BALANCESW
Algorithm Switch
ULOCELLALGPA CQISAMPLEPERI CQI Sample
RA
OD
Period
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
ULOCELLALGPA
CQIUSERNUM
RA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
DPCH Maximum
ULOCELLALGPA DPCHMAXTXPW
WCDMA,
Power Restriction
RA
RRESTRSW
BTS5900,
Algorithm Switch
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
CQI Collection
User Number
High-Speed
ULOCELLALGPA HIGHSPEEDRAK Search Algorithm
RA
ESW
Optimization
Switch
The Load State to
Control DPCH
ULOCELLALGPA DPCHMAXPWRR
Maximum Power
RA
TRLOADSTAT
Restriction
Algorithm
ULOCELLALGPA
SIB7MAXRTWP
RA
Maximum RTWP
Value in SIB7
Broadcast to the
UE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Uplink Control
ULOCELLALGPA
ULCCHOLPCSW Channel OLPC
RA
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Uplink Control
ULOCELLALGPA ULCCHOLPCLOA Channel OLPC
RA
DHIGHTHD
Load High
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Uplink Control
ULOCELLALGPA ULCCHOLPCLOA Channel OLPC
RA
DLOWTHD
Load Low
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Switch for DPCH
ULOCELLALGPA RADIOQUALITYD Power Control
RA
PCHPCSW
Algorithm Based
on Radio Quality
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Load State for
RADIOQUALITYD DPCH Power
ULOCELLALGPA
PCHPCLOADSTA Control Algorithm
RA
T
Based on Radio
Quality
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
HSDPA Inter-Cell
WCDMA,
Power Sharing
BTS5900,
Switch
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Power Offset for
DPCH Power
ULOCELLALGPA RADIOQUALITYD
Control Algorithm
RA
PCHPCPO
Based on Radio
Quality
ULOCELLALGPA
HTOHPWSHSW
RA
ULOCELLALGPA SHARINGMARGI Sharing Power
RA
N
Margin
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
ULOCELLALGPA MAXSHARINGRA Max Sharing
RA
TIO
Power Ratio
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Optimization
ULOCELLALGPA SRBOVERHSDP
Switch for SRB
RA
AOPTSW
over HSDPA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Maximum
Downlink Power
ULOCELLALGPA DLPWRLOADTH
Restriction
RA
D
Enhancement
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
Trigger Threshold
ULOCELLALGPA SINGLEHARQAC
WCDMA,
for Single HARQ
RA
TTHRD
BTS5900,
Based on Load
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
ULOCELLALGPA R99TOHPWSHS
RA
W
R99 Cell to
HSDPA Cell
Power Sharing
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
HSDPA Inter-Cell
ULOCELLALGPA HTOHRTPWSHS
WCDMA,
Realtime Power
RA
W
BTS5900,
Sharing Switch
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
BTS3900,
BTS3900
DPCH TPC
ULOCELLALGPA DPCHTPCPOADJ
WCDMA,
Power Adjustment
RA
SW
BTS5900,
Switch
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
HSDPA Cell
ULOCELLALGPA HSDPACELLTHP
Throughput
RA
THD
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
HSDPA Power
ULOCELLALGPA HSDPAPWRMGN Margin
RA
CANCELSW
Cancellation
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Switch of Invalid
Radio-QualityULOCELLALGPA RADIOQUALITYD based DPCH
RA
PCHPCSHOSW Power Control
Algorithm for SHO
Users
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
UL Carrier Level
ULOCELLALGPA ULCARLEVELSC
Scheduling
RA
HSW
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Enhanced CQIULOCELLALGPA RADIOQUALITYD based DPCH
RA
PCHPCENHSW Power Control
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Power Offset of FULOCELLALGPA RADIOQUALITYF DPCH Power
RA
DPCHPCPO
Control Based on
Radio Quality
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Voice Coverage
Improvement by
ULOCELLALGPA COVERIMPBASE
Advanced
RA
DONADVDEM
Demodulation
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
SRB over HSDPA
ULOCELLALGPA SRBOVERHSDP Measurement
RA
AMMTOPTSW
Optimization
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
ULOCELLALGPA TURBOICENHAN Enhanced Turbo
RA
CEDSW
IC Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
AMR Voice
Quality
ULOCELLALGPA AMRIMPBASEDO
Improvement
RA
NPLVASW
Based on PLVA
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Enhanced InterULOCELLALGPA INTERNODEBUL
NodeB Uplink
RA
COMPENSW
CoMP Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
ULOCELLALGPA
Smart TFRC
SMARTTFRCSW
RA
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Cell Algorithm
ULOCELLALGPA
CELLALGOPTSW Optimization
RA
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Co-Polarization
ULOCELLALGPA COPOLARPORT
Port Mapping
RA
MAPCFG
Configuration
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
Machine Learning
based PCPICH
ULOCELLALGPA SMARTPCPICHO
Power
RA
PTSWITCH
Optimization
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
ULOCELLALGPA
RA
LST
ULOCELLALGPA
RA
NODEBFUNCTIO NODEBFUNCTIO NodeB Function
N
NNAME
Name
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBFUNCTIO
N
MOD
NODEBFUNCTIO
N
RMV
NODEBFUNCTIO
N
LST
NODEBFUNCTIO
N
NODEBFUNCTIO APPLICATIONRE Application
N
F
Reference
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBFUNCTIO
N
LST
NODEBFUNCTIO
N
NODEBFUNCTIO
NERMVERSION
N
NODEBFUNCTIO
USERLABEL
N
NODEBFUNCTIO
NODEBID
N
NeRM Version
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
User Label
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
NodeB Identifier
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
NODEBFUNCTIO
N
ADD
NODEBFUNCTIO
N
MOD
NODEBFUNCTIO
N
LST
NODEBFUNCTIO
N
ADD
NODEBFUNCTIO
N
MOD
NODEBFUNCTIO
N
LST
NODEBFUNCTIO
N
NODEBFUNCTIO PRODUCTVERSI
Product Version
N
ON
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
NODEBFUNCTIO
N
BTS3900,
BTS3900
Traffic Over Load
NODEBTRFOVE TRAFFICOVERL
WCDMA,
Alarm Occur
RLOADTHD
OADOTHD
BTS5900,
Threshold
BTS5900
WCDMA
SET
NODEBTRFOVE
RLOADTHD
LST
NODEBTRFOVE
RLOADTHD
BTS3900,
BTS3900
Traffic Over Load
NODEBTRFOVE TRAFFICOVERL
WCDMA,
Alarm Detect
RLOADTHD
OADOPRD
BTS5900,
Period
BTS5900
WCDMA
SET
NODEBTRFOVE
RLOADTHD
LST
NODEBTRFOVE
RLOADTHD
BTS3900,
BTS3900
Traffic Over Load
NODEBTRFOVE TRAFFICOVERL
WCDMA,
Alarm Recover
RLOADTHD
OADRTHD
BTS5900,
Threshold
BTS5900
WCDMA
SET
NODEBTRFOVE
RLOADTHD
LST
NODEBTRFOVE
RLOADTHD
BTS3900,
BTS3900
Traffic Over Load
NODEBTRFOVE TRAFFICOVERL
WCDMA,
Alarm Recover
RLOADTHD
OADRPRD
BTS5900,
Period
BTS5900
WCDMA
SET
NODEBTRFOVE
RLOADTHD
LST
NODEBTRFOVE
RLOADTHD
ULOCELL
ULOCELL
ULOCELLID
VIRTUALCPC
Local Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ULOCELLBBUNI
T
BLK ULOCELL
DSP ULOCELL
DSP
ULOCELLDESEN
S
DSP
ULOCELLRES
LST ULOCELL
LST
ULOCELLBBUNI
T
LST
ULOCELLPRI
LST ULOCELLTL
MOD ULOCELL
RMV ULOCELL
RMV
ULOCELLBBUNI
T
SET
ULOCELLDESEN
S
SET
ULOCELLPRI
Virtual CPC
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
UL16QAMSTATE
ULL2PLUSSTATE
UL 16QAM
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
UL L2 Enhanced
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
DL
DL64QAMMIMOS
64QAM+MIMO
TATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
FDESTATE
FDE Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ICSTATE
IC Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
DCSTATE
DC Capability
LOGICALCELLID Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
Local Cell
LOCELLOPSTAT
Administration
E
Status
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
FDCSTATE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
FDC Capability
ULOCELL
ULOCELL
ULOCELL
ULOCELL
LOGICALCELLO Cell Operation
PSTATE
Status
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
LOGICALCELLTX Cell Transmit
STATE
Diversity Status
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
LOGICALCELLS
ETUPTIME
Cell Setup Time
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
HSUPA TDM
Scheduling
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
HSUPATDMSHC
STATE
ULOCELL
ULOCELL
RADIUS
BTS3900,
BTS3900
WCDMA,
Local Cell Radius
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
BOOST
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
BOOST
ULOCELL
ULOCELL
BOOSTSTATE
BTS3900,
BTS3900
WCDMA,
BOOST Capability
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
HORAD
BTS3900,
BTS3900
Local Cell Inner
WCDMA,
Handover Radius BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
CCPICSTATE
TIMELIMIT
CCPIC Phase2
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
Time Limit
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET ULOCELLTL
LST ULOCELLTL
ULOCELL
ULOCELL
MIMOSTATE
MCSTATE
MIMO Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
MC Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
BTS3900,
BTS3900
Coverage
ULCOVEXPANSI
WCDMA,
Expansion Under
ON
BTS5900,
Interference
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
Coverage
ULCOVEXPANSI Expansion
ONSTAT
Capability Under
Interference
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULBASEBANDEQ UL Baseband
MID
Equipment ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
LST ULOCELL
MOD ULOCELL
ULOCELL
ULOCELL
VIRTUALCPCSTA Virtual CPC
TE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ULOCELL
Uplink CE
UPCEIMPROVEF
Improvement for
ORAMRWBSTAT
AMR-WB
E
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
DSP ULOCELL
ULOCELL
BTS3900,
BTS3900
Precise Channel
PRECISECHEST
WCDMA,
Estimation for
2MS
BTS5900,
HSUPA 2 ms UEs
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
Precise Channel
PRECISECHEST Estimation for
2MSSTATE
HSUPA 2 ms UEs
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
DLBASEBANDEQ DL Baseband
MID
Equipment ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
LST ULOCELL
MOD ULOCELL
ULOCELL
ULOCELL
BTS3900,
BTS3900
DPCH TPC
DPCHTPCPOADJ
WCDMA,
Power Adjustment
STATE
BTS5900,
Capability
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
INTERNODEBUL Inter-NodeB
COMP
Uplink CoMP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
Inter-NodeB
INTERNODEBUL
Uplink CoMP
COMPSTATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
ULFREQIND
UL Frequency
Indicator
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ULOCELL
HSDPA Power
HSDPAPWRMGN Margin
CANCELSTATE Cancellation
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST ULOCELL
DSP ULOCELL
ULOCELL
Moving SpeedSPEEDBASEDDE based Adaptive
MODSW
Demodulation
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
Moving SpeedSPEEDBASEDDE based Adaptive
MODSTATE
Demodulation
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
NBIS
Narrowband
Interference
Suppression
FREQUENCYBA Frequency
NDWIDTH
Bandwidth
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
4C-HSDPA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
DL64QAM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLBBUNI
T
LST
ULOCELLBBUNI
T
RMV
ULOCELLBBUNI
T
ULOCELL
BTS3900,
BTS3900
BBUNITIDLISTTY
WCDMA,
Baseband Unit ID
PE.BBUNITID
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLBBUNI
T
RMV
ULOCELLBBUNI
T
LST
ULOCELLBBUNI
T
ULOCELL
Macro-Micro
Multi-RRUs-Cell
MULTIRRUSTATI
Static
CDESSW
Desensitization
Switch
ULOCELL
ULOCELL
ULOCELL
HSDPA4C
DL64QAM
BBUNITREF
BaseBand Unit
Ref
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
Macro-Micro
Multi-RRUs-Cell
MULTIRRUSTATI
Static
CDESSTATE
Desensitization
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
CPCFDPCHDTX
STATE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
CPC F-DPCH
DTX Capability
ULOCELL
ULOCELL
CCPICPHASE4S CCPIC Phase4
TATE
Capability
AIR
Adaptive
Interference
Rejection
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
AIRSTATE
Adaptive
Interference
Rejection
Capability
INTERNODEBHS Inter-NodeB HSDPCCHCOMP
DPCCH CoMP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
INTERNODEBHS Inter-NodeB HSDPCCHCOMPST DPCCH CoMP
ATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ULOCELL
Voice Coverage
COVERIMPBASE Improvement by
DONADVDEMST Advanced
ATE
Demodulation
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
DSP ULOCELL
ULOCELL
AMR
Transmission
AMRTRANSBWC
Bandwidth
OMPSTATE
Compression
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
BTS3900,
BTS3900
ULSUPERNARR UL Super Narrow WCDMA,
OWBANDFILTER Band Filter
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
BTS3900,
BTS3900
ULSUPERNARR UL Super Narrow
WCDMA,
OWBANDFILTER Band Filter
BTS5900,
STATE
Capability
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
DLADAPTIVEBPF DL Adaptive
ILTER
Band-Pass Filter
ULOCELL
ULOCELL
DL Adaptive
DLADAPTIVEBPF
Band-Pass Filter
ILTERSTATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
GSM Quality
GSMQLBASEDR
Based ROT
OTDYNACTRL
Dynamic Control
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
GSM Quality
GSMQLBASEDR
Based ROT
OTDYNACTRLST
Dynamic Control
ATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
TURBOICENHAN Enhanced Turbo
CEDSTATE
IC Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
INTEL2TVAM
BTS3900,
BTS3900
WCDMA,
Intelligent 2T VAM
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
BTS3900,
BTS3900
INTEL2TVAMSTA Intelligent 2T VAM WCDMA,
TE
Capability
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
AMR Voice
Quality
AMRIMPBASEDO
Improvement
NPLVASTATE
Based on PLVA
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
ASSISTANCE4R
XCAPABILITY
4-Way Receive
Diversity by InterBand Assistance
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ASSISTANCESE
CTOREQMCAP
Local Cell
Assistance Sector
Equipment
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
Enhanced InterINTERNODEBUL
NodeB Uplink
COMPENSTATE
CoMP Capability
DLASYMFILTER
DL Asymmetric
Bandpass Filter
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
TTW
Two Tx Way
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
DLASYMFILTER
NFCELLID
BTS3900,
BTS3900
DL AsymFilter
WCDMA,
Neighbor
BTS5900,
Frequency Cell ID
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
DL Asymmetric
DLASYMFILTERS
Bandpass Filter
TATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
BTS3900,
BTS3900
DLASYMLEFTBA DL AsymFilter Left WCDMA,
NDWIDTH
Bandwidth
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
DLASYMRIGHTB DL AsymFilter
ANDWIDTH
Right Bandwidth
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
GU@5MHz
GU5MHZPERFO
Performance
PT
Optimize
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
UL Adaptive
ULADBPFILTERS
Band-Pass Filter
TATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
DL Adaptive
DLADBPFILTERP Band-Pass Filter
ERFEOPTSTATE Optimization
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
GUBUFZONECE GU Bufferzone
LLSTATE
Cell Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
GUBUFZONECE GU Bufferzone
LLTYPE
Cell Type
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
NBISADAPTIVEF NBIS Adaptive
ORBIDSW
Forbid Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
BFMODE
Beam Forming
Mode
4T Beam
UMTS4TBEAMO
Optimization
PTSTATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
SMARTEPFSTAT Smart EPF
E
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
LOCELLSTATE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
DSP
ULOCELLRES
Local Cell Status
ULOCELL
ULOCELL
ULOCELL
ULOCELL
ULOCELL
ULOCELL
DLBBCN
DLBBSRN
DLBBSN
DLDSPNO
ULBBCN
ULBBSRN
Dl BB Resource
Cabinet No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
Dl BB Resource
Subrack No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
Dl BB Resource
Slot No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
Dl BB Resource
DSP No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
Ul BB Resource
Cabinet No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
STR
NODEBALGSIML
TTST
Ul BB Resource
Subrack No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
STR
NODEBALGSIML
TTST
ULOCELL
ULOCELL
ULOCELL
ULOCELL
Ul BB Resource
Slot No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
STR
NODEBALGSIML
TTST
ULDSPNO
Ul BB Resource
DSP No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
PRECDWSRSW
BTS3900,
BTS3900
Precoding Weight
WCDMA,
Set Restriction
BTS5900,
Switch
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LOCELLPRI
BTS3900,
BTS3900
WCDMA,
Local Cell Priority
BTS5900,
BTS5900
WCDMA
SET
ULOCELLPRI
LST
ULOCELLPRI
ULBBSN
ULOCELL
UMTS and LTE
ULPOWERSHAR
Dynamic Power
E
Sharing Flag
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
BTS3900,
BTS3900
UMTS and LTE
ULPOWERSHAR
WCDMA,
Dynamic Power
ESTATE
BTS5900,
Sharing Capability
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
NORMALBEAMS Normal Beam
TATE
Capability
ULOCELL
MASSIVEBEAM8 Massive Beam
T8RSTATE
8T8R Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
BTS3900,
BTS3900
LOCELLMAXULC Local Cell Max Ul WCDMA,
ENUM
Ce Num
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
LOCELLNULPNU Local Cell Nulp
M
Num
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
ULOCELLRES
LOCELLULGROU Local Cell Ul
PNO
Group No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
Downlink Left
DLLEFTSHARED
Shared
BANDWIDTH
Bandwidth
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
Downlink Right
DLRIGHTSHARE
Shared
DBANDWIDTH
Bandwidth
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
Uplink Left
ULLEFTSHARED
Shared
BANDWIDTH
Bandwidth
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
Uplink Right
ULRIGHTSHARE
Shared
DBANDWIDTH
Bandwidth
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
BTS3900,
BTS3900
UMTS and LTE
ULSPECTRUMS
WCDMA,
Spectrum Sharing
HARINGSWITCH
BTS5900,
Switch
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
BTS3900,
BTS3900
UMTS and LTE
WCDMA,
Spectrum Sharing
BTS5900,
Capability
BTS5900
WCDMA
DSP ULOCELL
ULSPECTRUMS
HARINGSTATE
ULOCELL
ULOCELL
ULOCELL
MASSIVEBEAM4 Massive Beam
T4RSTATE
4T4R Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
LOCELLTYPE
Local Cell Type
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
4CHSDPA+MIMO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
HSDPA4CMIMO
ULOCELL
ULOCELL
4CHSDPA4CMIMOS
HSDPA+MIMO
TATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
DBHSDPA+MIMO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
HSDPADBMIMO
ULOCELL
ULOCELL
DBHSDPADBMIMOS
HSDPA+MIMO
TATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
TURBOIC
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
Turbo IC
ULOCELL
TURBOICSTATE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
BTS3900,
BTS3900
ERACHHSDPCC ERACH
WCDMA,
H
HSDPCCH Switch BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
Turbo IC
Capability
ULOCELL
ULOCELL
ULOCELL
ERACH
ERACHHSDPCC
HSDPCCH
HSTATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
USERLABEL
User Label
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
Cover Type
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
COVERTYPE
ULOCELL
ULOCELL
DBSTATE
CELLNAME
DB Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
Cell Name
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST ULOCELL
ULOCELL
ULFREQ
UL Frequency
Channel Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
DSP ULOCELL
LST ULOCELL
ULOCELL
DLFREQ
DL Frequency
Channel Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
LST
ULOCELLPRI
LST ULOCELLTL
MOD ULOCELL
SET
ULOCELLPRI
SET ULOCELLTL
DSP ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
MAXPWR
DEFPWRLVL
Max Output
Power
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
Default Power
Level
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
ULOCELL
DLRESMODE
Dl BB Resource
Allocation Mode
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
DI
HISPM
Desensitization
Intensity
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
SET
ULOCELLDESEN
S
DSP
ULOCELLDESEN
S
LST ULOCELL
High Speed
Movement Mode
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
NBISSTATE
SPR
NBIS Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
Speed Rate
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
ULOCELL
RMTCM
Remote Cell
Mode
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
ULOCELL
DL64QAMSTATE
RMTCGRPID
UL16QAM
DL 64QAM
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
Remote Cell
Group
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
UL 16QAM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
Anti-Interference
OUTERSYSINTE
Scheduling
RSCHSTATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
Secondary DCHSDPA,DBSECCELLACTDE
HSDPA Cell
ASTATE
Activation
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
DL
64QAM+MIMO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
DL64QAMMIMO
ULOCELL
ULOCELL
FDEMODE
ULL2PLUS
FDE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
UL L2 Enhanced
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
ULOCELL
ULOCELL
EAISTATE
ICMODE
ERACH
HSDPADCMIMO
EAI Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
IC
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ERACH
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
DCHSDPA+MIMO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ERACHSTATE
BTS3900,
BTS3900
WCDMA,
ERACH Capability
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
HSDPADCMIMO
STATE
DCHSDPA+MIMO
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
RSV
Reserved Cell
GUPOWERSHAR GU Power Share
E
Flag
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
ULOCELL
CEIMPROVEME
NT2MSSTATE
HSUPA 2ms CE
Efficiency
Improvement
Capability
CCPICPHASESW CCPIC Phase3
CTRLSTATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
ULOCELL
ULOCELL
HSPAUSERNUM HSPA User
EXT
Number Extend
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
HSPA User
HSPAUSERNUM
Number Extend
EXTSTATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
BTS3900,
BTS3900
Interference
WCDMA,
Rejection
BTS5900,
Combining Switch
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
IRCSW
ULOCELL
ULOCELL
ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
TURBOICPHASE
Turbo IC Phase2
2
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
TURBOICPHASE Turbo IC Phase2
2STATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
IRCSWSTATE
Interference
Rejection
Combining
Capability
ULOCELL
ULOCELL
ULOCELL
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
MF-HSDPA
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
MF-HSDPA
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
Uplink Control
ULCCHOLPCSTA
Channel OLPC
TE
Capability
MFHSDPASW
MFHSDPASTATE
ULOCELL
ULOCELL
IICSTATE
IIC Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULCOMPSW
BTS3900,
BTS3900
UlCoMP
WCDMA,
Algorithms Switch BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
MACROMICROD Macro-Micro DC
CSTATE
Capability
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP ULOCELL
ULOCELL
VAM
Support VAM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
ULOCELL
IUBCP
IUBCP
CELLSCALEIND
CPPT
CPPN
Cell Scale
Indication
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD ULOCELL
MOD ULOCELL
LST ULOCELL
Port Type
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD IUBCP
DSP IUBCP
RMV IUBCP
LST IUBCP
CP Port No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD IUBCP
DSP IUBCP
RMV IUBCP
LST IUBCP
IUBCP
IUBCP
IUBCP
CPBEARID
BELONG
CPPS
ULOCELLSECTO
ULOCELLID
REQM
ULOCELLSECTO
SECTOREQMID
REQM
CPBear ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD IUBCP
LST IUBCP
Belong Flag
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD IUBCP
DSP IUBCP
RMV IUBCP
LST IUBCP
Port Status
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP IUBCP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLSECTO
REQM
LST
ULOCELLSECTO
REQM
MOD
ULOCELLSECTO
REQM
RMV
ULOCELLSECTO
REQM
BTS3900,
BTS3900
Sector Equipment WCDMA,
ID
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLSECTO
REQM
MOD
ULOCELLSECTO
REQM
RMV
ULOCELLSECTO
REQM
DSP ULOCELL
LST ULOCELL
LST
ULOCELLSECTO
REQM
Local Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLSECTO
REQM
MOD
ULOCELLSECTO
REQM
LST ULOCELL
LST
ULOCELLSECTO
REQM
BTS3900,
BTS3900
ULOCELLSECTO SECTOREQMPR Sector Equipment WCDMA,
REQM
OPERTY
Property
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLSECTO
REQM
LST ULOCELL
LST
ULOCELLSECTO
REQM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBMULTICE
LLGRP
ADD
NODEBMULTICE
LLGRPITEM
LST
NODEBMULTICE
LLGRP
LST
NODEBMULTICE
LLGRPITEM
RMV
NODEBMULTICE
LLGRP
RMV
NODEBMULTICE
LLGRPITEM
ULOCELLSECTO
MAXPWR
REQM
Max Output
Power
NODEBMULTICE MULTICELLGRPI Multiple Carrier
LLGRP
D
Cell Group ID
NODEBMULTICE MULTICELLGRP
LLGRP
TYPE
NODEBMULTICE
ULOCELLREF
LLGRP
Multiple Carrier
Cell Group Type
Local Cell Ref
NODEBMULTICE LOCELLIDLISTT
Local Cell ID
LLGRP
YPE.ULOCELLID
NODEBALGPAR
A
2ms User
CERSVFOR2MS
Minimum
USER
Admission CE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBMULTICE
LLGRP
LST
NODEBMULTICE
LLGRP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBMULTICE
LLGRPITEM
LST
NODEBMULTICE
LLGRPITEM
RMV
NODEBMULTICE
LLGRPITEM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBMULTICE
LLGRPITEM
RMV
NODEBMULTICE
LLGRPITEM
LST
NODEBMULTICE
LLGRPITEM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
CCPICPHASESW CCPIC Phase
CTRL
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
HSDPASCHPOO Hsdpa Scheduler WCDMA,
LSW
Pool Switch
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
PWRCHKSW
Power
Configuration
Check Switch
NODEBALGPAR
A
BTS3900,
BTS3900
CCPIC Phase SIR
CCPICPH2SIRTA
WCDMA,
Target Correction
RMODSW
BTS5900,
SW
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
HSUPA
WCDMA,
AdaRetransSwitc
BTS5900,
h
BTS5900
WCDMA
SET
NODEBADPRET
RANSSW
LST
NODEBADPRET
RANSSW
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBCONGCT
RLPARA
LST
NODEBCONGCT
RLPARA
NODEBALGPAR
A
ADPRETRANSS
W
FRTRJT
First Reject
Threshold
NODEBALGPAR
A
INTERBOARDIC
SW
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBICMODE
LST
NODEBICMODE
NODEBALGPAR
A
BTS3900,
BTS3900
CNBAP Capacity
UTRPCEXTCNBA
WCDMA,
Extension Using
PCAP
BTS5900,
UTRPc
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
Inter-board
cancellation gain
switch between
the WBBPa and
WBBPb boards
RTWP
Quantitative
Accuracy
Optimization
NODEBALGPAR
A
RTWPSCALEPR
ECISIONOPT
NODEBALGPAR
A
2ms TTI HSUPA
CEDETECTPERI Users CE
ODLEVEL
Callback Detect
Period Level
NODEBALGPAR
A
ULRESWORKMO UL Resource
DE
Work Mode
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
HSUPA 2ms CE
Efficiency
Improvement
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
CEIMPROVEME
NT2MSSW
NODEBALGPAR
A
Initial Single
INITSINGLEHAR HARQ Switch for
QSW
2ms HSUPA
Users
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
HSUPA High
ULHITHPMACES
throughput
W
Scheduling SW
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
NODEBALGPAR
A
NODEBALGPAR
A
KPIFAULTDETEC KPI Fault
TSW
Detection Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
KPIFAULTAUTOR KPI Fault auto
CVRMTHD
Recover Para
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
Fixed CE
FIXEDCERSVFO
Reserved for
R2MS
HSUPA 2ms TTI
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
DL Carrier
DLTXPWRMEAS
WCDMA,
Transmit Pwr
PERIOD
BTS5900,
Measurement Prd
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
PWRPREDICTS
WFORCAC
Pwr Predict
Switch for CAC
NODEBALGPAR
A
Downlink FP
Window
DLFPWINADJSW
Adjustment
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
BTS3900,
BTS3900
R99 User Fault
WCDMA,
Detect Threshold BTS5900,
BTS5900
WCDMA
SET
NODEBKPIFAUL
TDETECTPARA
LST
NODEBKPIFAUL
TDETECTPARA
MC Inter-Board
HSPAMCINTERB
Joint Scheduling
RDSCHSW
Switch
R99FAULTTHD
NODEBALGPAR
A
UPAFAULTTHD
BTS3900,
BTS3900
UPA User Fault
WCDMA,
Detect Threshold BTS5900,
BTS5900
WCDMA
SET
NODEBKPIFAUL
TDETECTPARA
LST
NODEBKPIFAUL
TDETECTPARA
NODEBALGPAR
A
BTS3900,
BTS3900
PROCUNITFAUL Process Unit Fault WCDMA,
TTHD
Detect Threshold BTS5900,
BTS5900
WCDMA
SET
NODEBKPIFAUL
TDETECTPARA
LST
NODEBKPIFAUL
TDETECTPARA
NODEBALGPAR
A
BTS3900,
BTS3900
Traffic Fault
PROTECTIONTH
WCDMA,
Detect Threshold
D
BTS5900,
protection
BTS5900
WCDMA
SET
NODEBKPIFAUL
TDETECTPARA
LST
NODEBKPIFAUL
TDETECTPARA
NODEBALGPAR
A
BTS3900,
BTS3900
PROCUNITFAUL Process Unit Fault WCDMA,
TCLEARTHD
Clear Threshold BTS5900,
BTS5900
WCDMA
SET
NODEBKPIFAUL
TDETECTPARA
LST
NODEBKPIFAUL
TDETECTPARA
NODEBALGPAR
A
BTS3900,
BTS3900
Board Invisible
WCDMA,
ALMOCCURPRD Fault Alarm Occur
BTS5900,
Period
BTS5900
WCDMA
SET
NODEBKPIFAUL
TDETECTPARA
LST
NODEBKPIFAUL
TDETECTPARA
NODEBALGPAR
A
ALMCLEARPRD
BTS3900,
BTS3900
Board Invisible
WCDMA,
Fault Alarm Clear
BTS5900,
Period
BTS5900
WCDMA
SET
NODEBKPIFAUL
TDETECTPARA
LST
NODEBKPIFAUL
TDETECTPARA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
PDMEASMSW
Propagation
Delay Measure
Matrix Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
NODEBALGPAR
A
Uplink Control
ULCCHOLPCMIN Channel OLPC
SIRTARGET
Minimum SIR
Target
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
HSUPASCHPOO Hsupa Scheduler WCDMA,
LSW
Pool Switch
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
ULCOVEXPCFG
MOD
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
Power
PWRCFGPROTE
WCDMA,
Configuration
CT
BTS5900,
Protection Switch
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
Coverage
Expansion
Neighbour Cell
Configure Mode
Uplink CE
UPCEIMPROVEF
Improvement for
ORAMRWBSW
AMR-WB Switch
NODEBALGPAR
A
NODEBALGPAR
A
NODEBALGPAR
A
NBISADAPTIVES NBIS Adaptive
W
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
UX2SONSETUPS uX2 SON Setup
W
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
SLEEPINGCELL
ALARMSW
Sleeping Cell
Alarm Report
Switch
NODEBALGPAR
A
SLEEPINGCELL Sleeping Cell
DETECTOPTION Detection Option
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
NODEBALGPAR
A
RFFAULTCTRSW
CPCFDPCHDTX
SW
RF Fault Control
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
CPC F-DPCH
DTX Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
Iub Congestion
IUBCONGESTKP
WCDMA,
KPI Improvement
IIMPROVESW
BTS5900,
Switch
BTS5900
WCDMA
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
VAMPWRSAVSW
VAM Power
Saving Switch
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
SET
NODEBVAMPWR
SAVPARA
LST
NODEBVAMPWR
SAVPARA
NODEBALGPAR
A
BTS3900,
BTS3900
VAMPWRSAVST VAM Power
WCDMA,
ARTTIME
Saving Start Time BTS5900,
BTS5900
WCDMA
SET
NODEBVAMPWR
SAVPARA
LST
NODEBVAMPWR
SAVPARA
NODEBALGPAR
A
BTS3900,
BTS3900
VAMPWRSAVST VAM Power
WCDMA,
OPTIME
Saving Stop Time BTS5900,
BTS5900
WCDMA
SET
NODEBVAMPWR
SAVPARA
LST
NODEBVAMPWR
SAVPARA
NODEBALGPAR
A
BTS3900,
BTS3900
VAM Power
VAMPWRSAVTX
WCDMA,
Saving TX Power
PWRLOWTHD
BTS5900,
Low Threshold
BTS5900
WCDMA
SET
NODEBVAMPWR
SAVPARA
LST
NODEBVAMPWR
SAVPARA
NODEBALGPAR
A
BTS3900,
BTS3900
VAM Power
VAMPWRSAVTX
WCDMA,
Saving TX Power
PWRHIGHTHD
BTS5900,
High Threshold
BTS5900
WCDMA
SET
NODEBVAMPWR
SAVPARA
LST
NODEBVAMPWR
SAVPARA
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBVAMPWR
SAV
VAMPWRSAVSTA VAM Power
TE
Saving State
NODEBALGPAR
A
VAMPWRSAVTIM VAM Power
E
Saving Time
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
NODEBALGPAR
A
HSDPA Serving
HSDPASERCELL Cell Change
CHOPTSW
Optimization
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
DLAUTORESHUF DL Cell Auto
FLESW
Reshuffle Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
DSP
NODEBVAMPWR
SAV
NODEBALGPAR
A
ADPETADJFLAG
Adjusting E-Tilt
Flag
NODEBALGPAR
A
AMR
AMRTRANSBWC Transmission
OMP
Bandwidth
Compression
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
SFSSWITCH
Soft Fault Selfhealing Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
NODEBALGPAR
A
KPIFAULTDETEC KPI Fault
T
Detection
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
RRU Intelligent
RRUINTELDORF
Dormancy
EQBAND
Frequency Band
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
NODEBALGPAR
A
Mode of the CE
Sharing for the
Operator
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
OPERATORINDE Selection of the
XSELECTION
Operator Index
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
OPERATORSHA
RECEMODE
NODEBALGPAR
A
BTS3900,
BTS3900
NBISRESELPERI NBIS Reselection WCDMA,
OD
Period
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
RTWPIMBALANC RTWP Imbalance WCDMA,
EALMTHD
Alarm Threshold BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
NODEBALGPAR
A
Cell RTWP
CELLRTWPEXCE
Excessive Alarm
SSALMSW
Report Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
Cell RTWP
CELLRTWPEXCE
Excessive Alarm
SSALMTHD
Threshold
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
NBIS Initial
WCDMA,
NBISINIACTTHD
Startup Threshold BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
Smart TFRC
SMARTTFRCCO
Learning
NVERGENCERA
Convergence
TE
Speed
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
ACK Field Detect
ACKFLDDECTHL
WCDMA,
Threshold Opt
DOPTSW
BTS5900,
Switch
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
BTS3900,
BTS3900
SMARTSCHELEA Smart Scheduling WCDMA,
RNMODE
Learning Mode
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
UMTS and LTE
ULPWRSHARET Dynamic Power
M
Sharing Time
Period
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
NODEBALGPAR
A
NODEBPATH
Private Operator
PRIOPERATORLI
License Alarm
CALMPOLICY
Policy
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBALGPAR
A
LST
NODEBALGPAR
A
PATHID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBPATH
LST NODEBPATH
RMV
NODEBPATH
PATH ID
NODEBPOWERO
ISDSW
UTAGE
BTS3900,
BTS3900
Intelligent
WCDMA,
Shutdown Switch BTS5900,
BTS5900
WCDMA
SET
NODEBPOWERO
UTAGE
LST
NODEBPOWERO
UTAGE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBPOWERO
UTAGE
LST
NODEBPOWERO
UTAGE
NODEBPOWERO BAKPWRSAVPO Standby Power
UTAGE
LICY
Saving Policy
BTS3900,
BTS3900
NODEBPOWERO
Level 1 Shutdown WCDMA,
PHASE1PERIOD
UTAGE
Delay
BTS5900,
BTS5900
WCDMA
SET
NODEBPOWERO
UTAGE
LST
NODEBPOWERO
UTAGE
BTS3900,
BTS3900
NODEBPOWERO
Level 2 Shutdown WCDMA,
PHASE2PERIOD
UTAGE
Delay
BTS5900,
BTS5900
WCDMA
SET
NODEBPOWERO
UTAGE
LST
NODEBPOWERO
UTAGE
IUB
IUB
IUBID
UPEPGROUPID
Iub ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD IUB
LST IUB
MOD IUB
RMV IUB
EndPoint Group
ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD IUB
MOD IUB
LST IUB
IUB
IUB
USERLABEL
STATICCHKSW
User Label
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD IUB
MOD IUB
LST IUB
Static Check
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD IUB
MOD IUB
LST IUB
BTS3900,
BTS3900
NODEBULCOMP
WCDMA,
HOSTLOCELLID Host Local Cell ID
GRP
BTS5900,
BTS5900
WCDMA
ADD
NODEBULCOMP
GRP
DSP
NODEBULCOMP
GRP
LST
NODEBULCOMP
GRP
RMV
NODEBULCOMP
GRP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBULCOMP
GRP
DSP
NODEBULCOMP
GRP
LST
NODEBULCOMP
GRP
RMV
NODEBULCOMP
GRP
NODEBULCOMP NEIGHBOURLOC Neighbour Local
GRP
ELLID
Cell ID
NODEBULCOMP
NODEBID
GRP
NODEBULCOMP
ULCOMPSTATE
GRP
BTS3900,
BTS3900
Neighbour NodeB WCDMA,
ID
BTS5900,
BTS5900
WCDMA
ADD
NODEBULCOMP
GRP
DSP
NODEBULCOMP
GRP
LST
NODEBULCOMP
GRP
RMV
NODEBULCOMP
GRP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBULCOMP
GRP
ULCoMP Status
NODEBULCOMP
ULCOMP
GRP
ULCoMP
Neighbour Cell
Configure
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBULCOMP
GRP
LST
NODEBULCOMP
GRP
NODEBULCOMP
ULCOVEXP
GRP
Coverage
Expansion
Neighbour Cell
Configure
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBULCOMP
GRP
LST
NODEBULCOMP
GRP
BTS3900,
BTS3900
NODEBULCOMP ULCOVEXPSTAT Coverage
WCDMA,
GRP
E
Expansion Status BTS5900,
BTS5900
WCDMA
DSP
NODEBULCOMP
GRP
BTS3900,
BTS3900
WCDMA,
Baseband Unit ID
BTS5900,
BTS5900
WCDMA
ADD
NODEBBBUNIT
LST
NODEBBBUNIT
RMV
NODEBBBUNIT
Cabinet No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBBBUNIT
LST
NODEBBBUNIT
Subrack No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBBBUNIT
LST
NODEBBBUNIT
NODEBBBUNIT
SN
Slot No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBBBUNIT
LST
NODEBBBUNIT
NODEBBBRES
BTS3900,
BTS3900
NodeB Baseband
WCDMA,
NODEBBBRESID Resource
BTS5900,
Identifier
BTS5900
WCDMA
BLK
NODEBBBRES
DSP
NODEBBBRES
LST
NODEBBBRES
UBL
NODEBBBRES
NODEBBBUNIT
NODEBBBUNIT
NODEBBBUNIT
BBUNITID
CN
SRN
NODEBBBRES
NODEBBBRES
NODEBBBRES
NODEBBBRES
CN
SRN
SN
CAPACITY
Cabinet Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
LST
NODEBBBRES
Subrack Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
LST
NODEBBBRES
Slot Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
LST
NODEBBBRES
Capacity
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
LST
NODEBBBRES
NODEBBBRES
NODEBBBRES
ADMSTATE
Administrative
State
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
LST
NODEBBBRES
OPSTATE
BTS3900,
BTS3900
WCDMA,
Operational State
BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
NODEBBBRES
HCE
BTS3900,
BTS3900
Hardware
WCDMA,
Capacity Enhance BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
LST
NODEBBBRES
NODEBBBRES
NODEBBBRES
NODEBBBRES
USEDHCE
ULCE
DLCE
BTS3900,
BTS3900
Used Hardware
WCDMA,
Capacity Enhance BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
UL CE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
DL CE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
NODEBBBRES
BTS3900,
BTS3900
SCHEDULEDULC
WCDMA,
Scheduled UL CE
E
BTS5900,
BTS5900
WCDMA
DSP
NODEBBBRES
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLSECTO
REQMGRP
ADD
ULOCELLSECTO
REQMGRPITEM
LST
ULOCELLSECTO
REQMGRP
LST
ULOCELLSECTO
REQMGRPITEM
RMV
ULOCELLSECTO
REQMGRP
RMV
ULOCELLSECTO
REQMGRPITEM
BTS3900,
BTS3900
ULOCELLSECEQ SECTOREQMGR Sector Equipment WCDMA,
MGRP
PID
Group ID
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLSECTO
REQMGRP
ADD
ULOCELLSECTO
REQMGRPITEM
LST
ULOCELLSECTO
REQMGRPITEM
RMV
ULOCELLSECTO
REQMGRP
RMV
ULOCELLSECTO
REQMGRPITEM
LST
ULOCELLSECTO
REQMGRP
ULOCELLSECEQ
ULOCELLID
MGRP
Local Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
ULOCELLSECTO
REQMGRP
ADD
ULOCELLSECTO
REQMGRPITEM
LST
ULOCELLSECTO
REQMGRPITEM
RMV
ULOCELLSECTO
REQMGRPITEM
BTS3900,
BTS3900
SECTOREQMIDL
ULOCELLSECEQ
Sector Equipment WCDMA,
ISTTYPE.SECTO
MGRP
ID
BTS5900,
REQMID
BTS5900
WCDMA
ADD
ULOCELLSECTO
REQMGRP
ADD
ULOCELLSECTO
REQMGRPITEM
RMV
ULOCELLSECTO
REQMGRPITEM
LST
ULOCELLSECTO
REQMGRPITEM
ULOCELLSECEQ SECTOREQMRE
SectorEqm Ref
MGRP
F
NODEBRULEAC
RULEID
TIONPARA
Rule ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRULEAC
TIONPARA
LST
NODEBRULEAC
TIONPARA
SET
NODEBRULEAC
TIONPARA
NODEBRULEAC
MOCNAME
TIONPARA
MO Name
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRULEAC
TIONPARA
DSP
NODEBRULEAC
TIONPARA
LST
NODEBRULEAC
TIONPARA
NODEBRULEAC
PARANAME
TIONPARA
NODEBRULEAC
ADMINSTATE
TIONPARA
BTS3900,
BTS3900
WCDMA,
Parameter Name
BTS5900,
BTS5900
WCDMA
SET
NODEBRULEAC
TIONPARA
DSP
NODEBRULEAC
TIONPARA
LST
NODEBRULEAC
TIONPARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRULEAC
TIONPARA
LST
NODEBRULEAC
TIONPARA
Administrative
State
NODEBRULEAC PARAINTERVALV Interval Type
TIONPARA
ALUE
Value
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRULEAC
TIONPARA
LST
NODEBRULEAC
TIONPARA
NODEBRULEAC PARAENUMVALU Enumerate Type
TIONPARA
E
Value
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRULEAC
TIONPARA
LST
NODEBRULEAC
TIONPARA
NODEBRULEAC
USERLABEL
TIONPARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
SET
NODEBRULEAC
TIONPARA
LST
NODEBRULEAC
TIONPARA
User Label
NODEBRULEAC
LOCELLSTATE
TIONPARA
Local Cell Status
Local Cell
NODEBRULEAC LOCELLOPSTAT
Administration
TIONPARA
E
Status
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRULEAC
TIONPARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRULEAC
TIONPARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRULEAC
TIONPARA
BTS3900,
BTS3900
NODEBRULEAC RULEACTSTATU
WCDMA,
Rule Active Status
TIONPARA
S
BTS5900,
BTS5900
WCDMA
DSP
NODEBRULEAC
TIONPARA
NODEBRULEAC ACTINTERVALVA Active Interval
TIONPARA
LUE
Value
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRULEAC
TIONPARA
UX2
uX2 Object ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD UX2
DSP UX2
LST UX2
MOD UX2
RMV UX2
Control Plane
End-Point Group
ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD UX2
MOD UX2
LST UX2
User Plane EndPoint Group ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD UX2
MOD UX2
LST UX2
NODEBRULEAC
LOGICALCELLID Cell ID
TIONPARA
UX2
UX2
UX2ID
CPEPGROUPID
UPEPGROUPID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD UX2
MOD UX2
LST UX2
UX2INTERFACEI
uX2 Interface ID
D
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP UX2
UX2
UX2INTERFACE
STATE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP UX2
UX2
BTS3900,
BTS3900
UX2CPBEARERI uX2 Interface CP WCDMA,
D
Bearer ID
BTS5900,
BTS5900
WCDMA
DSP UX2
UX2
BTS3900,
BTS3900
UX2CPBEARERS uX2 Interface CP WCDMA,
TATE
Bearer State
BTS5900,
BTS5900
WCDMA
DSP UX2
UX2
UX2
USERLABEL
uX2 Object
Description
uX2 Interface
State
Static Check
Switch
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD UX2
MOD UX2
LST UX2
UX2
STATICCHKSW
UX2INTERFACE
BTS3900,
BTS3900
UX2CPBEARERI uX2 Interface CP WCDMA,
D
Bearer ID
BTS5900,
BTS5900
WCDMA
DSP
UX2INTERFACE
UX2INTERFACE
Peer RNC ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
UX2INTERFACE
Peer NodeB ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
UX2INTERFACE
uX2 Interface
State
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
UX2INTERFACE
UX2INTERFACE
UX2INTERFACE
PEERRNCID
PEERNODEBID
UX2INTERFACE
STATE
UX2INTERFACE
UX2INTERFACE
UX2INTERFACE
UX2INTERFACE
UX2INTERFACE
ABNORMALCAU
Abnormal Cause
SE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
UX2INTERFACE
uX2 User Plane
Host IP Address
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP UX2UPINFO
uX2 User Plane
Peer IP Address
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP UX2UPINFO
UX2UPLINKSTAT uX2 User Plane
E
Link State
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP UX2UPINFO
UX2UPLINKDELA uX2 UP Link
Y
Delay
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP UX2UPINFO
UX2UPHOSTIP
UX2UPPEERIP
UX2INTERFACE
BTS3900,
BTS3900
uX2 UP Link One- WCDMA,
UX2UPLINKOWD
way Delay
BTS5900,
BTS5900
WCDMA
DSP UX2UPINFO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBEXSECC
ELLGRP
LST
NODEBEXSECC
ELLGRP
RMV
NODEBEXSECC
ELLGRP
Extend
NODEBEXSECC EXSECULOCELL
Secondary Local
ELLGRP
ID
Cell ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBEXSECC
ELLGRP
RMV
NODEBEXSECC
ELLGRP
LST
NODEBEXSECC
ELLGRP
AVAILABLECNBA NodeB Available
P
CNBAP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
CNBAPMEANUS NodeB Average
ERATE
CNBAP Usage
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
CNBAPMAXUSE NodeB Maximum WCDMA,
NODEBRESINFO
RATE
CNBAP Usage
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
NODEBEXSECC
ULOCELLID
ELLGRP
NODEBRESINFO
NODEBRESINFO
Local Cell ID
NODEBRESINFO
NODEBRESINFO
NODEBRESINFO
NODEBRESINFO
NODEBRESINFO
ULHARDWAREC NodeB UL CE
ENUM
Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
DLHARDWAREC NodeB DL CE
ENUM
Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
ULBASEBANDEQ UL Baseband
MID
Equipment ID
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
ULRESGROUPC Resource Group
E
UL CE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
ULRESGROUPM Resource Group
EANCE
Average UL CE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
NODEBRESINFO
NODEBRESINFO
ULRESGROUPM Resource Group
AXCE
Maximum UL CE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
Maximum
ULGRPMAXCAP
Resource Group
GAIN
Gain
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
NODEBRESINFO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
Cabinet No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
Subrack No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
Slot No.
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
Minimum
ULGRPMINCAPG
Resource Group
AIN
Gain
NODEBRESINFO CN
NODEBRESINFO SRN
NODEBRESINFO SN
NODEBRESINFO
NODEBRESINFO
NODEBRESINFO
BRDMAXCAPGAI Maximum Board
N
Gain
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
BRDMINCAPGAI Minimum Board
N
Gain
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
USEDHSDPAME Average Ratio of
ANRATIO
HSDPA Users
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
USEDHSDPAMA Maximum Ratio of WCDMA,
NODEBRESINFO
XRATIO
HSDPA Users
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
USEDHSUPAMA Maximum Ratio of WCDMA,
NODEBRESINFO
XRATIO
HSUPA Users
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
Maximum number
WCDMA,
of processed
BTS5900,
radio links
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
NODEBRESINFO
NODEBRESINFO
NODEBRESINFO
USEDHSUPAME Average Ratio of
ANRATIO
HSUPA Users
MAXRADIOLINK
NUM
Average number
MEANUSEDPDS
of used HSCHCODE
PDSCH codes
BTS3900,
BTS3900
Maximum number
MAXUSEDPDSC
WCDMA,
NODEBRESINFO
of used HSHCODE
BTS5900,
PDSCH codes
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
Minimum number
MINUSEDPDSCH
WCDMA,
NODEBRESINFO
of used HSCODE
BTS5900,
PDSCH codes
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
Maximum number
MAXAVAILPDSC
WCDMA,
NODEBRESINFO
of available HSHCODE
BTS5900,
PDSCH codes
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
Maximum number
MAXBOARDDLC
WCDMA,
NODEBRESINFO
of available
ENUM
BTS5900,
hardware CEs
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
NODEBRESINFO
Average number
MEANBOARDDL
of used downlink
CENUM
CEs
NODEBRESINFO ULOCELLID
Local Cell ID
CNBAPMEANRE NodeB CNBAP
JECTRATE
Reject Rate
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
Average
MEANDEDIMEAR Dedicated
NODEBRESINFO
PTNUM
Measurement
Report Number
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
NODEBRESINFO
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBBASEBA
NDEQMPARA
LST
NODEBBASEBA
NDEQMPARA
MOD
NODEBBASEBA
NDEQMPARA
RMV
NODEBBASEBA
NDEQMPARA
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
NODEBBASEBA
NDEQMPARA
MOD
NODEBBASEBA
NDEQMPARA
LST
NODEBBASEBA
NDEQMPARA
NODEBRESINFO
NODEBBASEBA
NDEQMPARA
NODEBBASEBA
NDEQMPARA
BASEBANDEQMI Baseband
D
Equipment ID
Uplink Baseband
ULBASEBANDEQ
Equipment Work
MWORKMODE
Mode
BTS3900,
BTS3900
BEAMCELLGRO BEAMCELLGRO Beam Cell Group WCDMA,
UP
UPID
ID
BTS5900,
BTS5900
WCDMA
BTS3900,
BTS3900
BEAMCELLGRO BEAMCELLGRO Beam Cell Group WCDMA,
UP
UPTYPE
Type
BTS5900,
BTS5900
WCDMA
ADD
BEAMCELLGRO
UPQUICK
LST
BEAMCELLGRO
UP
MOD
BEAMCELLGRO
UP
RMV
BEAMCELLGRO
UP
ADD
BEAMCELLGRO
UPQUICK
MOD
BEAMCELLGRO
UP
LST
BEAMCELLGRO
UP
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
BEAMCELLGRO
UPQUICK
MOD
BEAMCELLGRO
UP
LST
BEAMCELLGRO
UP
BTS3900,
BTS3900
BEAMCELLGRO BEAMCELLGRO Beam Cell Group WCDMA,
UPITEM
UPID
ID
BTS5900,
BTS5900
WCDMA
ADD
BEAMCELLGRO
UPITEM
LST
BEAMCELLGRO
UPITEM
MOD
BEAMCELLGRO
UPITEM
RMV
BEAMCELLGRO
UPITEM
BEAMCELLGRO BEAMOPTIONPE Beam Option
UP
RIOD
Period
BEAMCELLGRO
ULOCELLID
UPITEM
BEAMCELLGRO
BEAMAZIMUTH
UPITEM
Local Cell ID
Beam Azimuth
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
BEAMCELLGRO
UPITEM
LST
BEAMCELLGRO
UPITEM
MOD
BEAMCELLGRO
UPITEM
RMV
BEAMCELLGRO
UPITEM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
BEAMCELLGRO
UPITEM
MOD
BEAMCELLGRO
UPITEM
LST
BEAMCELLGRO
UPITEM
BEAMCELLGRO BEAMOPTIONM
UPITEM
ODE
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
ADD
BEAMCELLGRO
UPITEM
MOD
BEAMCELLGRO
UPITEM
LST
BEAMCELLGRO
UPITEM
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
STR
NODEBALGSIML
TTST
BTS3900,
BTS3900
Number of
WCDMA,
Preambles
BTS5900,
Detected in a Test
BTS5900
WCDMA
STR
NODEBALGSIML
TTST
Beam Option
Mode
Baseband
NODEBALGSIML
BBTESTRESULT Loopback Test
TTST
Result
NODEBALGSIML
PREAMBLE
TTST
Co-Polarization
NODEBALGSIML COPOLARPORT Port Detection
TTST
DETCMPLTSTAT Completion
Status
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
UCOPOLARPOR
TDET
Cell CoNODEBALGSIML COPOLARPORT
Polarization Port
TTST
DETRESULT
Detection Result
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
UCOPOLARPOR
TDET
Cell CoNODEBALGSIML COPOLARPORT
Polarization Port
TTST
MAP
Mapping
BTS3900,
BTS3900
WCDMA,
BTS5900,
BTS5900
WCDMA
DSP
UCOPOLARPOR
TDET
Meaning
Indicates the
Local Cell ID.
IsKey
YES
Mandatory
Dynamic Attribute
Feature ID
YES
NO
None
Indicates whether
setting Mac-e
NO
scheduling
parameters.
NO
NO
WRFD-01061209
Indicates the
HSUPA overload
scheduling switch.
The function will
be enabled if this
parameter is set
to OPEN. When
this switch is
turned on and the
guaranteed bit
NO
rates (GBRs) of
users are not met,
the cell load will
exceed the
planned target
and reach the
congestion
threshold, thereby
guaranteeing
users' GBRs.
NO
NO
WRFD-01061209
Indicates the max
target RoT
NO
difference before
and after IC.
NO
NO
WRFD-020137
Indicates whether
setting E-AGCH
NO
power control
parameters.
NO
NO
WRFD-01061401
Indicates the EAGCH power
control policy.
Fixed Tx power:
The E-AGCH
uses fixed
transmit power. Tx
Pwr Ctr based on
Pilot or Tx Pwr Ctr
based on TPC:
The transmit
power of the EAGCH is reduced,
NO
and the downlink
capacity is
improved. Tx Pwr
Ctr based on CQI
or Tx Pwr Ctr
based on HSSCCH: The
transmit power of
the E-AGCH is
further lowered,
and the downlink
capacity is further
improved.
NO
NO
WRFD-01061401
Indicates the
Power offset
between the EAGCH and the
TPC. The GUI
value range and
actual value
range of this
NO
parameter are set
according to
3GPP TS 25.433.
For details, see
the description of
E-AGCH Power
Offset in 3GPP
TS 25.433.
NO
NO
WRFD-01061401
Indicates the
power offset of
the E-AGCH from
NO
the power of the
Common Pilot
Channel.
NO
NO
WRFD-01061401
Indicates the EAGCH Max
Power.
NO
NO
WRFD-01061401
NO
Indicates the ENO
AGCH Min Power.
NO
NO
WRFD-01061401
Indicates whether
to set E-RGCH
power control
parameters for
Serving E-DCH
RLS and E-HICH NO
power control
parameters for
RLS containing
the Serving EDCH cell.
NO
NO
WRFD-01061203
Indicates the ERGCH power
control policy for
Serving E-DCH
RLS and E-HICH
power control
policy for RLS
containing the
Serving E-DCH
cell. Fixed TX
power: The ERGCH for Serving
E-DCH RLS and
the E-HICH for
NO
RLS containing
the Serving EDCH cell use
fixed transmit
power. TX Pwr Ctr
based on Pilot or
TX Pwr Ctr based
on TPC: The ERGCH and EHICH occupy less
transmit power,
and the downlink
capacity is
improved.
Indicates the ERGCH power
offset for service
radio link set from
the associated
DPCCH TPC
field. The GUI
value range and
actual value
NO
range of this
parameter are set
according to
3GPP TS 25.433.
For details, see
the description of
E-RGCH Power
Offset in 3GPP
TS 25.433.
NO
NO
WRFD-01061203
NO
NO
WRFD-01061203
Indicates the
power offset of
the E-RGCH
serving RLS from NO
the power of the
Common Pilot
Channel.
NO
NO
WRFD-01061203
Indicates whether
to set E-RGCH
power control
parameters for
Non-serving EDCH RL and EHICH power
NO
control
parameters for
RLS not
containing the
Serving E-DCH
cell.
NO
NO
WRFD-01061203
Indicates the ERGCH power
control policy for
Non-serving EDCH RL and EHICH power
control policy for
RLS not
containing the
Serving E-DCH
cell. Fixed TX
power: The ERGCH for Nonserving E-DCH RL
and the E-HICH
NO
for RLS not
containing the
Serving E-DCH
cell use fixed
transmit power.
TX Pwr Ctr based
on Pilot or TX Pwr
Ctr based on
TPC: The ERGCH and EHICH occupy less
transmit power,
and the downlink
capacity is
improved.
Indicates the ERGCH power
offset from
associated
DPCCH TPC field
for non-service
radio links. The
GUI value range
and actual value
NO
range of this
parameter are set
according to
3GPP TS 25.433.
For details, see
the description of
E-RGCH Power
Offset in 3GPP
TS 25.433.
NO
NO
WRFD-01061203
NO
NO
WRFD-01061203
Indicates the
power offset of
the E-RGCH nonserving RL from
NO
the power of the
Common Pilot
Channel.
NO
NO
WRFD-01061203
Indicates the EHICH power offset
for service radio
link set from the
associated
DPCH_TPC field.
The GUI value
range and actual
value range of
NO
this parameter are
set according to
3GPP TS 25.433.
For details, see
the description of
E-HICH Power
Offset in 3GPP
TS 25.433.
NO
NO
WRFD-01061203
Indicates the
power offset of
the E-HICH
serving RLS from NO
the power of the
Common Pilot
Channel.
NO
NO
WRFD-01061203
Indicates the EHICH Power
Offset for Single
Radio Link Set.
The GUI value
range and actual
value range of
this parameter are NO
set according to
3GPP TS 25.433.
For details, see
the description of
E-HICH Power
Offset in 3GPP
TS 25.433.
NO
NO
WRFD-01061203
Indicates the EHICH Power for
NO
Single Radio Link
Set.
NO
NO
WRFD-01061203
Indicates the EHICH power offset
for non-service
radio link set from
associated
DPCCH TPC
field. The GUI
value range and
actual value
NO
range of this
parameter are set
according to
3GPP TS 25.433.
For details, see
the description of
E-HICH Power
Offset in 3GPP
TS 25.433.
NO
NO
WRFD-01061203
Indicates the
power offset of
the E-HICH nonserving RLS from NO
the power of the
Common Pilot
Channel.
Indicates the ratio
of the cell load
resources that
needs to be
guaranteed.
When this switch
is turned on, in
scenarios where
strong external
interference
NO
exists, a large
value for this
parameter
improves the
throughput of the
cell. At the same
time, however, the
cell coverage
severely shrinks.
Indicates the
uplink load of the
local cell required
when the antiinterference
scheduling
algorithm is
enabled.
NO
Increasing the
parameter value
helps increase
cell throughput
rate in strong
interference
scenarios.
NO
NO
WRFD-01061203
NO
NO
WRFD-020136
NO
NO
WRFD-020136
Indicates the
Rtwp Measure
Optimize Switch.
The function will
be enabled if this
parameter is set
to OPEN. When
this switch is
turned on, this
NO
improves the
number of users
that can be
simultaneously
admitted into the
system and raises
the access
success rate.
NO
NO
WRFD-01061202
Indicates the
uplink load
threshold for
ensuring minimum
cell coverage.
That is, if a site
has strong
NO
interference, the
uplink load cannot
exceed the
threshold to
ensure minimum
cell coverage.
NO
NO
WRFD-020136
Indicates the
HSUPA Time
Division
Scheduling
Switch.
NO
NO
WRFD-150222
NO
Indicates the chip
offset 2 ms UE
number in HSUPA NO
Time Division
Scheduling.
NO
NO
WRFD-150222
Indicates the
switch for TDM
scheduling
enhance for
HSUPA cells.
NO
NO
NO
WRFD-150222
Indicates to
enable RTWPbased secondary
NO
DC-HSUPA cell
activation and
deactivation.
NO
NO
WRFD-140204
Indicates the
minimum rate
threshold
supported by the
uplink transmit
power for
ensuring the
minimum
coverage of
activated DCHSUPA UEs on
the secondary
carrier. To be
specific, to meet
the minimum
coverage
requirements of
NO
activated DCHSUPA cell edge
UEs (CEUs) on
the secondary
carrier, the
maximum rate
threshold
supported by the
uplink transmit
power cannot be
lower than this
threshold.
Otherwise, the
CEUs on the
secondary carrier
need to be
deactivated.
NO
NO
WRFD-140204
Indicates the total
HSUPA
throughput
guarantee switch.
When this switch
is turned on, the NO
algorithm for
increasing total
HSUPA
throughput is
enabled.
NO
NO
WRFD-010612
Indicates the total
throughput to be
guaranteed when
HSUPA Total
NO
Throughput
Guarantee Switch
is set to ON.
NO
NO
WRFD-010612
Indicates the
Local Cell ID.
YES
power resources
and code
resources. Code
Priority: The code
resource priority
allocation scheme
mainly applies to
scenarios where
power resources
are limited. In
scenarios where
power resources
are not limited,
this scheme
lowers the system
throughput.
Power Priority:
The power
resource priority NO
allocation scheme
mainly applies to
scenarios where
code resources
are limited. In
scenarios where
code resources
are not limited,
this scheme
lowers the system
throughput.
Balance between
Code and Power:
The power-code
balanced scheme
avoids exhaustion
of either type of
resources,
YES
NO
None
NO
NO
WRFD-01061009
high resource
efficiency and
gain a high
system capacity.
Round Robin:
Scheduling
opportunities are
allocated among
users simply and
effectively on a
polling basis. The
system
throughput is low.
Max C/I: This
algorithm brings
about the
maximum
possible system
throughput, but it NO
cannot ensures
equity between
users or meet
users' QoS
requirements.
Location based
EPF: Based on
the Enhanced PF
algorithm, the
Location based
EPF algorithm
considers the
impact of user
location. Smart
EPF: In heavy
load scenarios,
the smart EPF
algorithm
NO
NO
WRFD-01061009
WRFD-140221
WRFD-01061103
WRFD-010696
WRFD-150209
WRFD-150208
WRFD-150250
WRFD-201202
Indicates the
power margin
reserved for R99
channels. It
specifies the
NO
power percentage
relative to the
maximum cell
transmit power.
NO
NO
WRFD-01061004
Indicates the HSSCCH Power
Control Method in
CELL DCH state.
Fixed Powerbased Power
Control: The HSSCCH transmit
power is
determined
depending on
CEUs. This helps
to save power
resources. CQIbased Adaptive
NO
Power Control:
The HS-SCCH
transmit power is
adjusted based
on the CQIs and
ACK/NACK
feedback from
users. This lowers
the average HSSCCH transmit
power and
improves the
average
throughput of the
cell.
NO
NO
WRFD-01061004
Indicates the
power of the HSSCCH is an offset
in dB to the
transmit power of
the PCPICH.
NO
Relationship
between the GUI
value and actual
value:Actual value
= (GUI value - 40)
x 0.25.
NO
NO
WRFD-01061004
Indicates the HSSCCH FER Target
NO
in CELL DCH
State.
NO
NO
WRFD-01061004
Indicates the
Resource Limiting
Switch. The
function will be
enabled if this
parameter is set
to OPEN. When
the resource
NO
usage is above
the threshold, the
throughput may
be improved (for
example, large
GBRs configured
for users at the
cell edge).
NO
NO
WRFD-01061103
Indicates the
Dynamic Code
Switch. The
function will be
enabled if this
parameter is set
to OPEN. When NO
this switch is
turned on, the cell
codes are used
efficiently, and the
system capacity is
improved.
NO
NO
WRFD-010631
Indicates the
16QAM Switch.
The function will
be enabled if this
parameter is set
NO
to OPEN. When
this switch is
turned on, the cell
throughput
improves.
NO
NO
WRFD-010629
Indicates the ratio
of the maximum
instantaneous
transmit power of
NO
a single HSDPA
UE to the actual
maximum transmit
power of the cell.
NO
NO
WRFD-01061009
Indicates the
Channel Quality
Indicator(CQI)
Filter Alpha.
NO
NO
WRFD-01061004
NO
Indicates the
maximum number
of blind HARQ
NO
retransmissions
for E-FACH users.
NO
NO
WRFD-010688
Indicates the MAX
HARQ
Retransmission
Times of NonNO
Conversational
service in CELL
DCH state.
NO
NO
WRFD-01061009
SCCH Power
Control Method in
CELL FACH state.
Fixed Powerbased Power
Control: The HSSCCH transmit
power is
determined
considering the
CEUs of the cell.
Reliable HSSCCH
transmission can
be ensured but
the downlink
power cannot
efficiently used.
NO
CQI-based
Adaptive Power
Control: The HSSCCH transmit
power is adjusted
based on the
CQIs and
ACK/NACK
feedback from
users. The
probability of
unreliable HSSCCH
transmission and
power waste
increases, and
the cell
throughput
Indicates the
Channel Quality
Indicator(CQI)
Adjust Algorithm
Switch of
Conversational
Service. Not CQI
Adjust Algorithm:
CQI correction is
not performed.
CQI Adjusted by
NO
RBLER: CQI
correction is
performed for
conversational
services based on
the target value of
the residual
BLER. The
residual BLER will
converge to the
target value.
NO
NO
WRFD-01061004
WRFD-010688
NO
NO
WRFD-01061004
Channel Quality
Indicator(CQI)
Adjust Algorithm
Switch of nonConversational
Service. Not CQI
Adjust Algorithm:
CQI correction is
not performed.
CQI Adjusted by
IBLER: CQI
correction is
performed for
nonconversational
services based on NO
the fixed IBLER.
The IBLER will
converge to this
target value. CQI
Adjusted by
Dynamic BLER:
CQI correction is
performed for
nonconversational
services based on
the dynamic
BLER. The
dynamic BLER
will converge to
NO
NO
WRFD-01061004
Indicates the
Residual
Bler(Block Error
Rate) Target.
NO
NO
NO
WRFD-01061009
Indicates the
Initial Block Error
Rate(IBLER)
Target.
NO
NO
NO
WRFD-01061009
This parameter
specifies whether
to enable TrafficBased Activation
and Deactivation
of the
Supplementary
Carrier in Multicarrier HSDPA.
Multi-carrier
HSDPA cells fall
into DC-HSDPA
cells, DCHSDPA+MIMO
cells, DB-HSDPA
cells, DBHSDPA+MIMO
cells, 3C-HSDPA NO
cells, and 4CHSDPA cells. If
this parameter is
set to ON, this
function takes
effect. If this
parameter is set
to OFF, this
function does not
take effect. When
the switch is
turned on, this
function helps
lower the uplink
load and extend
the battery life of
UEs.
Indicates the
Intelligent
Interference
Control Switch.
The function will
be enabled if this
parameter is set
to OPEN. For
MIMO+HSDPA
co-carrier cells,
when this switch
is turned on,
performance for
HSDPA users is
NO
boosted but
performance for
MIMO users
slightly decrease.
When this switch
is close,
performance for
MIMO users
remains
unchanged and
performance for
HSDPA users
decreases.
NO
NO
WRFD-010713
NO
NO
WRFD-010700
Indicates the SE
Hsscch DTX
Switch. When this
switch is turned
on, Sony Ericsson
terminals no
NO
longer experience
PS call drops.
However, it is
possible to
decrease the cell
capacity.
NO
NO
None
Indicates the
MIMO Prime
Switch. The
function will be
enabled if this
parameter is set
to OPEN.
NO
NO
NO
WRFD-030011
Indicates the
weight of the
EPF_LOC (user
location–based
EPF) algorithm. A
larger parameter
value indicates
more location
NO
factors should be
considered in the
user location–
based HSDPA
scheduling
scheme that uses
the EPF_LOC
algorithm.
NO
NO
WRFD-140221
Indicates the
maximum power
used for
scheduled users
after the
scheduling.
NO
NO
None
NO
Indicates the
maximum number
of HARQ
retransmissions
when the UE in
NO
CELL_FACH
supports the
feedbacks over
the HS-DPCCH.
NO
NO
WRFD-010701
When this switch
is turned on,
estimated channel
environment
errors are
corrected for burst
NO
services and full
buffer services at
the startup of data
transmission to
optimize the
BLER.
NO
NO
None
Indicates the
switch used to
control whether
scheduling and
Transport Format
Resource
Combination
(TFRC) are
allowed for best
effort (BE)
services when the
uplink signal
quality of HSDPA
users is not
reliable. If this
switch is turned
off, scheduling
and TFRC are not
allowed for BE
NO
services when the
uplink signal
quality of HSDPA
users is not
reliable. If this
switch is turned
on, scheduling
and TFRC are
allowed for BE
services even
when the uplink
signal quality of
HSDPA users is
not reliable. For
multi-carrier
HSDPA UEs, this
function takes
effect only on the
primary carrier.
NO
NO
None
Indicates the
extra power for
the SRB queue. If
SRBs are carried
over HSDPA, the
transmit power
increases when
there is remaining
cell power or the
data volume to be
transmitted
decreases when NO
there is no
remaining cell
power. This
reduces the BLER
of the SRB
queue, decreases
the HSDPA
service drop rate,
and increases the
HSDPA handover
success rate.
NO
NO
WRFD-010652
Indicates the
switch for code
utilization
optimization. If
this switch is
turned on, the
HSDPA code
utilization rate
NO
increases but the
power usage
decreases. If this
switch is turned
off, code
utilization
optimization does
not take effect.
NO
NO
WRFD-010610
switch used to
optimize the preallocation
bandwidth
algorithm. If the
switch is turned
on, the NodeB
optimizes the preallocation
NO
bandwidth
algorithm,
improving HSDPA
throughput. If this
switch is turned
off, the preallocation
bandwidth
algorithm does
NO
NO
WRFD-01061010
Indicates the
length of the
SFDC MAC-ehs
discard timer,
which defines the
maximum
duration within
which an MAC-d
PDU of the interNodeB SFDCHSDPA service is
transmitted after it
is added to an
MAC-ehs queue.
If the timer
NO
expires, the MACd PDU will be
discarded.
Otherwise, the
MAC-d PDU will
be blocked in a
NodeB, which
causing a UE to
receive an
incorrect PDU at
the RLC layer. For
details about this
parameter, see
3GPP TS 25.321.
Indicates the
length of the
DF3C MAC-ehs
discard timer,
which defines the
maximum
duration within
which an MAC-d
PDU of the interNodeB DF3CHSDPA service is
transmitted after it
is added to an
MAC-ehs queue.
If the timer
NO
expires, the MACd PDU will be
discarded.
Otherwise, the
MAC-d PDU will
be blocked in a
NodeB, which
causing a UE to
receive an
incorrect PDU at
the RLC layer. For
details about this
parameter, see
3GPP TS 25.321.
NO
NO
None
NO
NO
None
Indicates whether
to enable Layer 2
optimization for
HSDPA services.
If this switch is
turned on, Layer 2
optimization for
NO
HSDPA services
is enabled. If this
switch is turned
off, Layer 2
optimization for
HSDPA services
is disabled.
NO
NO
None
Indicates an
adjustment to the
reserved power
margin for R99
channels when
the Platinum User
Prioritizing feature
has been
enabled. The
reserved power
margin for R99
channels of a cell
serving platinum
NO
users in the CS
domain equals
the smaller value
between 100 and
the sum of
PWRMGN and
PWRMGNDELTA
FORPT. The
parameter value
is a percentage
relative to the
maximum cell
transmit power.
NO
NO
WRFD-01061004
WRFD-150204
Indicates the CQI
threshold for
scheduling video
users. If SM is set
to EPF and the
CQI after filtering
for an HSDPA
video user is
NO
below the
specified
threshold,
absolute
guarantee does
not apply to the
video user.
NO
NO
WRFD-171210
Indicates the full
buffer service
traffic threshold
for HSDPA UEs.
NO
NO
NO
WRFD-010610
Indicates the full
buffer service
throughput
threshold for
HSDPA UEs.
NO
NO
NO
WRFD-010610
Indicates whether
to optimize HSSCCH CQI-based
adaptive power
control for UEs in
CELL_DCH state.
If this switch is
NO
turned on, the
NodeB optimizes
HS-SCCH CQIbased adaptive
power control for
UEs in
CELL_DCH state.
NO
NO
None
Indicates the
maximum extra
power for HSNO
SCCH in
CELL_DCH state.
NO
NO
None
Indicates the
service CQI
threshold for
preferential
service
scheduling. If the
CQI value of an
NO
HSDPA service is
less than the
threshold,
preferential
scheduling does
not apply to the
service.
NO
NO
WRFD-181203
Indicates the
power resource
allocation mode
for E-FACH DTCH
data. If this
parameter is set
to JOINTALLOC,
power resources
are jointly
allocated to ENO
FACH DTCH data
within multiple
TTIs. If this
parameter is set
to INDALLOC,
power resources
are independently
allocated to EFACH DTCH data
within each TTI.
NO
NO
WRFD-010688
Indicates
performance
adjustment for the
algorithm
specified by
CQI_ADJ_BY_IB
LER under
CQIADJALGOFN
ONCON. When
this parameter is
set to OFF, the
algorithm
specified by
CQI_ADJ_BY_IB
LER under
CQIADJALGOFN
ONCON has
optimized
NO
performance of
the mainstream
terminals on the
live network.
However,
performance of
some terminals
deteriorates,
leading to
negative gains. In
this case, if this
parameter is set
to ON, the system
automatically
adjusts the
algorithm
parameters to
eliminate the
negative gains.
Indicates
performance
adjustment for the
algorithm
specified by
CQI_ADJ_BY_DY
N_BLER under
CQIADJALGOFN
ONCON. In the
single-user
NO
scenario, if this
parameter is set
to ON, the system
optimizes the
algorithm
specified by
CQI_ADJ_BY_DY
N_BLER to
improve downlink
throughput.
NO
NO
None
NO
NO
WRFD-030010
Indicates the
throughput
threshold for
activating the
secondary cell. If
NO
the UE throughput
is greater than the
threshold, the
secondary cell is
activated.
NO
NO
WRFD-010713
Indicates the
throughput
threshold for
deactivating the
secondary cell. If
the UE throughput
is lower than the
threshold, and the
NO
size of buffered
user data is
greater than the
value of
DEASECCELLDA
TABUFTHD, the
secondary cell is
deactivated.
NO
NO
WRFD-010713
Indicates the data
buffer threshold
for activating the
secondary cell.
When the size of
NO
buffered user data
is lower than the
threshold, the
secondary cell is
activated.
NO
NO
WRFD-010713
Indicates the data
buffer threshold
for deactivating
the secondary
cell. When the
size of buffered
user data is
greater than the
NO
threshold and the
user throughput is
lower than the
value of
DEASECCELLTH
PTHD, the
secondary cell is
deactivated.
NO
NO
WRFD-010713
Indicates the
switch for
independent
carrier scheduling
of multi-carrier
HSDPA users. If
this switch is
turned on, only
the rate of a
carrier for a multicarrier HSDPA
user is used as
NO
the input of the
carrier scheduling
weight. If this
switch is turned
off, the total rate
of several carriers
for a multi-carrier
user is used as
the input of the
carrier scheduling
weight.
NO
NO
WRFD-01061009
Indicates the
switch of bufferbased HSDPA
user scheduling
algorithm. If this
switch is turned
on, the bufferbased scheduling
algorithm is
enabled and
users with few
NO
queue buffers are
preferentially
scheduled. If this
switch is turned
off, the scheduling
algorithm is not
enabled. Buffer
means the data in
a NodeB user
queue.
NO
NO
WRFD-01061103
Indicates the
switch for HSDPA
dynamic code
optimization.
When this
parameter is set
to ON, the HSDPA
dynamic code
optimization
NO
algorithm takes
effect. When this
parameter is set
to OFF, the
HSDPA dynamic
code optimization
algorithm does
not take effect.
NO
NO
WRFD-010631
Indicates the
switch for HARQ
retransmission
schedule
optimization.
When this
parameter is set
to ON, the HARQ
retransmission
schedule
NO
optimization
algorithm takes
effect. When this
parameter is set
to OFF, the HARQ
retransmission
schedule
optimization
algorithm does
not take effect.
NO
NO
WRFD-010610
Indicates the CQI
difference
threshold for
multi-carrier
HSDPA UEs. For
a multi-carrier
HSDPA UE that
uses the local call
as the primary
well, if the result
of subtracting
carrier 2 CQI from
carrier 1 CQI is
greater than this
NO
threshold, the UE
is scheduled with
the lowest
scheduling priority
in carrier 2.
(Carrier 1 is the
carrier with the
highest CQI, and
carrier 2 is the
one with the
lowest CQI).
Value 0 indicates
that this function
is disabled.
NO
NO
WRFD-010696
WRFD-150209
WRFD-150208
WRFD-150250
Indicates whether
the combined
TFRC function
takes effect. If this
switch is turned
on, the combined
TFRC function
takes effect.
When the cell
power resources
are exhausted but
the code
resources are still
available after the
scheduling of a
NO
UE is completed,
some power
resources used
by the UE will be
released if
another UE waits
to be scheduled
so that the new
UE can send
data. If this switch
is turned off, the
combined TFRC
function does not
take effect.
NO
NO
WRFD-01061009
Indicates the
threshold of the
number of UEs for
which the
Machine Learning
based Scheduling
feature is
effective. When
the number of
HSDPA users in
the cell is greater
than the threshold
value, activating
the Machine
Learning based
NO
Scheduling
algorithm helps
improve the cell
throughput. If this
parameter is set
to 0, this
parameter is
invalid, and the
NodeB adjusts
the threshold
based on the
Machine Learning
based Scheduling
algorithm in real
time.
NO
NO
WRFD-201202
Indicates the
Local Cell ID.
YES
NO
None
YES
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 8
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 16
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 32
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 64
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 128
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 256
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 384
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 512
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is 768
Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is
1024 Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is
1536 Kbit/s.
NO
NO
WRFD-01061103
Indicates the
maximum
percentage of the
resources whose NO
guaranteed bit
rate (GBR) is
1800 Kbit/s.
NO
NO
WRFD-01061103
Indicates the
number of the
resource group of YES
remote coverage
cells.
YES
NO
None
Indicates the
name of the
resource group of NO
remote coverage
cells.
YES
NO
WRFD-021308
Indicates the BB
Resource Allocate
Rule. Handover
Performance First
Rule: The local
cells of the same
frequency are
allocated to the
same processing
chip. Capacity
NO
First Rule: The
local cells are
allocated to
different
processing chips
in order that
processing chips
are used
averagely.
NO
NO
None
Indicates the
automatic cell
reestablishment
switch.
NO
NO
None
NO
Indicates the
threshold for the
number of CS
users. If the
number of CS
users in the
downlink resource NO
group is smaller
than or equal to
the threshold,
cells are
reestablished
automatically.
Indicates the
threshold for the
number of PS
users. If the
number of
CELL_DCH PS
users in the
NO
downlink resource
group is smaller
than or equal to
the threshold,
cells are
reestablished
automatically.
NO
NO
None
NO
NO
None
NO
NO
NO
None
Indicates whether
a cell needs to be
reestablished
NO
immediately after
the DC/MC
degrades.
NO
NO
None
Indicates the
smooth power
change function
switch. The
function will be
enabled if this
NO
parameter is set
to OPEN. The
function will be
not enabled if this
parameter is set
to CLOSE.
NO
NO
WRFD-031000
Indicates the BB
Resource Reave
Switch.
Indicates the
smart default
step.
NO
NO
NO
WRFD-031000
Indicates the
smart default time NO
ratio.
NO
NO
WRFD-031000
Indicates the
minimum value of
the timer for
NO
shutting down a
transmitter in a
cell.
NO
NO
None
Indicates the
maximum value of
the timer for
NO
shutting down a
transmitter in a
cell.
NO
NO
None
Indicates the
dynamic voltage
adjustment
switch. When this
switch is turned
on, the dynamic
voltage
NO
adjustment
function is
enabled and
energy
conservation is
achieved.
NO
NO
WRFD-020118
Indicates the time
when the
optimization
algorithm for
dynamic voltage
adjustment starts
working. This
parameter is set
on the hour.
NO
When the current
time is later than
this parameter,
the dynamic
voltage
adjustment
function takes
Indicates
the time
effect.
when the
optimization
algorithm for
dynamic voltage
adjustment stops
working. This
parameter is set
on the hour.
NO
When the current
time is later than
this parameter,
the dynamic
voltage
adjustment
function stops
taking effect.
Indicates the local
YES
cell ID.
NO
NO
WRFD-020118
NO
NO
WRFD-020118
YES
NO
None
Indicates the
period of no
services in a cell.
Value 0 means
that the timer is
disabled. If there
are no services in
the cell for a
period longer than
the duration
specified by this NO
parameter value,
the NodeB reports
the alarm ALM28209 Cell No
Traffic. For details
about how to
clear the alarm
ALM-28209 Cell
No Traffic, see the
alarm reference.
Indicates the
period of no initial
access requests
in a cell. 0 means
that the timer is
disabled. If there
are no initial
access requests
in the cell for a
period longer than
the duration
NO
specified by this
parameter value,
the NodeB reports
the alarm ALM28209 Cell No
Traffic. For details
about how to
clear the alarm
ALM-28209 Cell
No Traffic, see the
alarm reference.
Indicates the auto
recovery method
when no services
are carried in the
NO
cell or no user
originates initial
access for a
period.
NO
NO
WRFD-150104
NO
NO
WRFD-150104
NO
NO
WRFD-150104
Indicates the load
rate of analog
channels after
NO
analog load is
enabled.
NO
YES
WRFD-031200
Indicates the load
rate of common
NO
channels.
NO
YES
WRFD-031200
Indicates the load
rate of actual
traffic channels
(dedicated
NO
channels) except
common channels
and analog
channels.
NO
YES
WRFD-031200
Indicates the
configured load
rate after analog
load is enabled.
NO
NO
YES
WRFD-031200
Indicates the
cause of failure.
NO
NO
YES
WRFD-031200
Indicates the type
of common CHR
events. If an
option is selected,
NO
corresponding
contents will be
automatically
logged.
NO
NO
None
Indicates the type
of user-level CHR
events. If an
option is selected,
NO
corresponding
contents will be
automatically
logged.
NO
NO
None
Indicates the type
of common
periodic CHR
events. If an
option is selected, NO
corresponding
contents will be
automatically
logged.
NO
NO
None
Indicates the type
of user-level
periodic CHR
events. If an
option is selected, NO
corresponding
contents will be
automatically
logged.
NO
NO
None
Specifies whether
the HSDPA
throughput of a
NO
user is lower than
the specified
threshold.
NO
NO
None
Specifies whether
the HSUPA
throughput of a
NO
user is lower than
the specified
threshold.
NO
NO
None
Indicates the
burst packet size
of UL gold UE.
NO
NO
WRFD-01061020
NO
Indicates the
burst packet size
of UL silver UE.
NO
NO
NO
WRFD-01061020
Indicates the
burst packet size NO
of UL copper UE.
NO
NO
WRFD-01061020
Indicates the
burst packet size
of DL gold UE.
NO
NO
NO
WRFD-01061020
Indicates the
burst packet size
of DL silver UE.
NO
NO
NO
WRFD-01061020
Indicates the
burst packet size NO
of DL copper UE.
NO
NO
WRFD-01061020
Indicates the UPA
UE quantity
threshold for the
low-traffic
experience
enhancement
function to take
effect. When the
number of UPA
UEs in a cell is
less than or equal
to the threshold,
the low-traffic
experience
NO
enhancement
function takes
effect. When the
number of UPA
UEs in a cell is
greater than the
threshold or the
threshold is set to
0, the low-traffic
experience
enhancement
function does not
take effect.
NO
NO
WRFD-01061020
Indicates the
maximum TB size
for scheduling
grant of UPA 10
ms TTI UEs when
NO
the low-traffic
experience
enhancement
function takes
effect.
NO
NO
WRFD-01061020
Indicates the
maximum TB size
for scheduling
grant of UPA 2 ms
TTI UEs when the
NO
low-traffic
experience
enhancement
function takes
effect.
NO
NO
WRFD-01061020
Indicates the
threshold of
triggering ALM26812 System
Dynamic Traffic
Exceeding
Licensed Limit.
NO
NO
NO
MRFD-210403
Indicates the
interval for
detecting ALM26812 System
Dynamic Traffic
Exceeding
Licensed Limit.
NO
NO
NO
MRFD-210403
Indicates the
threshold of
clearing ALM26812 System
Dynamic Traffic
Exceeding
Licensed Limit.
NO
NO
NO
MRFD-210403
Indicates the
interval for
clearing ALM26812 System
Dynamic Traffic
Exceeding
Licensed Limit.
NO
NO
NO
MRFD-210403
Indicates the
Local Cell ID.
YES
YES
NO
None
Indicates the
power congestion
admission switch.
It controls
whether the
power
congestion-based
E2E flow control
algorithm takes
effect. When this
switch is turned
on, this can
prevent downlink
power congestion
caused by
frequent RRC
setup. In this way, NO
the downlink
performance does
not quickly
deteriorate, and
RRC connections
in progress do not
experience low
procedure
success rates.
During non-peak
hours, the RRC
setup success
rate may
decrease, but the
probability of this
is low.
NO
NO
WRFD-020101
Indicates the
short-term
decision threshold
for the power
congestion-based
E2E flow control
algorithm. When
this algorithm
takes effect, this
parameter is used
to check whether NO
the downlink
transmitted carrier
power (TCP) on
the NodeB is
congested
corresponding to
the RRC
connections of
non-real-time
services.
NO
NO
WRFD-020101
Indicates the
long-term decision
threshold for the
power
congestion-based
E2E flow control
algorithm. When
this algorithm
NO
takes effect, this
parameter is used
to check whether
the downlink nonHSPA TCP on the
NodeB is
congested.
NO
NO
WRFD-020101
Indicates the
short-term
decision threshold
for RRC
connections of
real-time services
of the power
congestion-based
E2E flow control
algorithm. When
NO
this algorithm
takes effect, this
parameter is used
to check whether
the downlink TCP
on the NodeB is
congested
corresponding to
the RRC
connections of
real-time services.
NO
NO
WRFD-020101
Indicates the
NodeB reserved
parameter 1.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 2.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 3.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 4.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 5.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 6.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 7.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 8.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 9.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 10.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 11.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 12.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 13.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 14.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 15.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 16.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 17.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 18.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 19.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 20.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 21.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 22.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 23.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 24.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 25.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 26.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 27.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 28.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 29.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 30.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 31.
NO
NO
NO
None
Indicates the
NodeB reserved
parameter 32.
NO
NO
NO
None
Indicates the
Local Cell ID.
YES
YES
NO
None
Indicates the
reserved
parameter 1.
NO
NO
NO
None
Indicates the
reserved
parameter 2.
NO
NO
NO
None
Indicates the
reserved
parameter 3.
NO
NO
NO
None
Indicates the
reserved
parameter 4.
NO
NO
NO
None
Indicates the
reserved
parameter 5.
NO
NO
NO
None
Indicates the
reserved
parameter 6.
NO
NO
NO
None
Indicates the
reserved
parameter 7.
NO
NO
NO
None
Indicates the
reserved
parameter 8.
NO
NO
NO
None
Indicates the
reserved
parameter 9.
NO
NO
NO
None
Indicates the
reserved
parameter 10.
NO
NO
NO
None
Indicates the
reserved
parameter 11.
NO
NO
NO
None
Indicates the
reserved
parameter 12.
NO
NO
NO
None
Indicates the
reserved
parameter 13.
NO
NO
NO
None
Indicates the
reserved
parameter 14.
NO
NO
NO
None
Indicates the
reserved
parameter 15.
NO
NO
NO
None
Indicates the
reserved
parameter 16.
NO
NO
NO
None
Indicates the
reserved
parameter 17.
NO
NO
NO
None
Indicates the
reserved
parameter 18.
NO
NO
NO
None
Indicates the
reserved
parameter 19.
NO
NO
NO
None
Indicates the
reserved
parameter 20.
NO
NO
NO
None
Indicates the
reserved
parameter 21.
NO
NO
NO
None
Indicates the
reserved
parameter 22.
NO
NO
NO
None
Indicates the
reserved
parameter 23.
NO
NO
NO
None
Indicates the
reserved
parameter 24.
NO
NO
NO
None
Indicates the
reserved
parameter 25.
NO
NO
NO
None
Indicates the
reserved
parameter 26.
NO
NO
NO
None
Indicates the
reserved
parameter 27.
NO
NO
NO
None
Indicates the
reserved
parameter 28.
NO
NO
NO
None
Indicates the
reserved
parameter 29.
NO
NO
NO
None
Indicates the
reserved
parameter 30.
NO
NO
NO
None
Indicates the
reserved
parameter 31.
NO
NO
NO
None
Indicates the
reserved
parameter 32.
NO
NO
NO
None
Indicates the
Local Cell ID.
YES
YES
NO
MRFD-210301
Indicates the
RTWP Abnormal
SIR target
Adjustment
Switch.
NO
NO
NO
MRFD-210301
Specifies the
algorithm for
preventing RTWP NO
peak on the
RACH channel.
NO
NO
MRFD-210301
Indicates whether
to enable antiantenna
imbalance. If this
switch is turned
on, the RTWP
value and uplink
NO
load factor are
corrected
according to the
RTWP values of
each antenna and
the multipath
search energy.
NO
NO
None
Indicates the R99
Flow Control
Function Switch.
The function will
be enabled if this
parameter is set NO
to OPEN. The
function will be
disabled if this
parameter is set
to CLOSE.
NO
NO
WRFD-020124
Indicates the CQI
information
collection period.
The CQI
information
collected is only
used for
NO
geographical
display. When
CQISAMPLEPERI
OD is set to 0, the
NodeB does not
collect CQI
information.
NO
NO
None
Indicates the
number of users
whose CQI
information needs
NO
to be collected for
geographical
display of the CQI
information.
NO
NO
None
Indicates whether
to enable highspeed search
NO
algorithm
optimization.
NO
NO
WRFD-010206
Whether to
enable the DPCH
maximum transmit
power restriction
algorithm. When
this switch is
turned on, the
NodeB configures
the maximum
transmit power of
the associated
DPCH based on
whether data is
NO
transmitted on the
associated DPCH
for HSDPA
services. When
this switch is
turned off, the
maximum transmit
power of the
associated DPCH
for HSDPA
services is set to
the default value.
NO
NO
WRFD-150235
severe congestion
state threshold
70%.
DlOverloadState:
indicates the
downlink resource
extreme
congestion state
threshold 95%.
The following
provides the
method for
determining the
downlink nonHSPA power load
state:
If the non-HSPA
power load for a
cell exceeds the
NO
threshold
corresponding to
the load state
when the DPCH
maximum power
restriction
algorithm takes
effect plus 10%,
the NodeB
determines that
the downlink nonHSPA power load
for the cell is in
the load state set
when this
algorithm takes
effect or a heavier
load
state.the
In this
Indicates
case,
the
DPCH
maximum RTWP
value in the
system
information block
7 (SIB7)
broadcast to the
UE, in the unit of
dBm. The
broadcast RTWP
NO
value does not
exceed -113 plus
the value of
Sib7MaxRtwp.
When this
parameter is set
to 0, the RTWP
value is not
calculated using
the formula.
NO
NO
WRFD-150235
NO
NO
None
Indicates whether
to enable uplink
control channelNO
based outer loop
power control
(OLPC).
NO
NO
WRFD-171203
Indicates the air
interface-based
high-load
threshold for
uplink control
channel-based
OLPC.
NO
NO
NO
WRFD-171203
Indicates the air
interface-based
low-load threshold
NO
for uplink control
channel-based
OLPC.
NO
NO
WRFD-171203
Indicates whether
to enable the
DPCH power
control algorithm
based on radio
quality. If this
switch is turned
on, the DPCH
power control
NO
algorithm based
on radio quality is
enabled. If this
switch is turned
off, the DPCH
power control
algorithm based
on radio quality is
disabled.
NO
NO
WRFD-171204
state threshold
70%.
DlOverloadState:
indicates the
downlink resource
extreme
congestion state
threshold 95%.
The following
provides the
method for
determining the
downlink nonHSPA power load
state:
If the non-HSPA
power load for a
cell exceeds the
threshold
NO
corresponding to
the load state
when the
DPCH/F-DPCH
power control
algorithm based
on radio quality
takes effect plus
10%, the NodeB
determines that
the downlink nonHSPA power load
for the cell is in
the load state set
when this
algorithm takes
effect or a heavier
load state. In this
case, the
NO
NO
WRFD-171204
Specifies the
offset added to
the maximum
transmit power of
the associated
DPCH after the
power is adjusted
by using the
DPCH power
NO
control algorithm
based on radio
quality.
Relationship
between the GUI
value and actual
value: Actual
value = (GUI
value - 50) x 0.1.
NO
NO
WRFD-171204
Indicates the
HSDPA inter-cell
power sharing
switch. If this
parameter is set
to ON, power
sharing groups
are automatically
established
between the cells NO
that have this
switch turned on
and meet HSDPA
inter-cell power
sharing
requirements. The
groups allow for
bidirectional
power sharing.
NO
NO
WRFD-160251
Indicates the
power sharing
margin. The
margin is used to
compensate for
the required
power for R99
users due to
delayed power
sharing and
compensate for
the power for the
burst services in NO
the HSDPA cell
that provides
power for sharing.
This parameter is
used in
configuring the
Dynamic Power
Sharing in MultiCarriers and
HSDPA Inter-Cell
Power Sharing
features.
NO
NO
WRFD-020116
WRFD-160251
Indicates the
maximum
proportion of the
available power
that can be
shared between
two cells. The
proportion is the
ratio of the
available power
that a local cell
can provide or
request for
NO
sharing to the
maximum transmit
power of the local
cell. This
parameter is used
in configuring the
Dynamic Power
Sharing in MultiCarriers and
HSDPA Inter-Cell
Power Sharing
features.
NO
NO
WRFD-020116
WRFD-160251
Indicates the SRB
over HSDPA KPI
performance
NO
optimization
switch.
NO
NO
WRFD-010652
Indicates the cell
load threshold for
the maximum
downlink DPCH
power restriction
enhancement
algorithm. Value
255 means to
disable the
maximum
NO
downlink DPCH
power restriction
enhancement
algorithm; a value
other than 255
indicates the cell
load threshold for
enabling this
algorithm.
NO
NO
None
Indicates the
threshold for
triggering a single NO
HARQ process
based on load.
NO
NO
WRFD-160213
Indicates the R99to-HSDPA cell
power sharing
switch. If this
parameter is set
to ON, power
sharing groups
are automatically
established
between the cells
that have this
switch turned on
and meet R99-toHSDPA cell power
sharing
requirements. The
groups allow for
NO
unidirectional
power sharing
from R99 cells to
HSDPA cells. If
multiple R99 cells
and HSDPA cells
meet the power
sharing
requirements,
unidirectional
power sharing is
preferentially
achieved between
R99 cells and
HSDPA cells
having smaller
cell IDs.
NO
NO
WRFD-020116
Indicates the
HSDPA inter-cell
real-time power
sharing switch. If
this parameter is
set to ON, power
sharing groups
are automatically
established
between the cells
that have this
switch turned on
and meet HSDPA
inter-cell real-time
power sharing
NO
requirements. The
groups allow for
bidirectional
power sharing. In
a real-time power
sharing group, a
cell can use the
available power
resources of
multiple cells and
multiple cells can
use the available
power resources
of a cell.
Indicates whether
to enable DPCH
TPC power
adjustment. If this
parameter is set
to ON, the NodeB
optimizes
downlink DPCH
TPC transmit
power for HSDPA
UEs whose SRBs
are carried over
NO
the DCH based
on downlink nonHSPA power load
of the cell. If this
parameter is set
to OFF, the
downlink DPCH
TPC transmit
power configured
on the RNC
applies for these
UEs.
NO
NO
WRFD-160251
NO
NO
WRFD-181207
parameter is
specified for
measuring
counters when
the HSDPA cell
throughput is less
than a specified
threshold. A larger
parameter value
leads to more
samples used for
the measurement.
A smaller
parameter value
leads to fewer
samples used for
the measurement.
You are advised
to configure this
NO
parameter based
on site
requirements and
the average
HSDPA cell
throughput of the
live network. The
average HSDPA
cell throughput is
calculated using
the following
formula:
VS.HSDPA.DataO
utput.Traffic /
[(VS.DataTtiRatio.
Mean VS.HSDPA.Inactiv
eDataTtiRatio.Me
an) x SP x 60]. SP
Indicates the
HSDPA power
margin
cancellation
switch. If this
parameter is set NO
to ON, the HSDPA
power margin
cancellation
function is
enabled.
NO
NO
WRFD-010610
NO
NO
WRFD-181209
Indicates whether
the radio-qualitybased DPCH
power control
algorithm does
not take effect for
soft handover
users or softer
handover users.
When the
parameter is set
to ON, the radioquality-based
DPCH power
control algorithm NO
does not take
effect for soft
handover users or
softer handover
users. When the
parameter is set
to OFF, the radioquality-based
DPCH power
control algorithm
takes effect for
soft handover
users or softer
handover users.
NO
NO
WRFD-171204
Indicates the
switch for uplink
carrier-level
scheduling. When
this switch is
turned off, the
scheduling priority
of a carrier for an
uplink multi-carrier
user is calculated
based on the sum NO
of the rates of the
two carriers.
When this switch
is turned on, the
scheduling priority
of a carrier for an
uplink multi-carrier
user is calculated
based on the rate
of this carrier.
NO
NO
WRFD-01061209
Indicates the
switch for
enhanced DPCH
power control
based on radio
quality. When the
switch is set to
ON, the CQIbased F-DPCH
power control
algorithm is
enabled, and the
scenarios in which
CQI-based DPCH
power control
NO
takes effect are
expanded. When
the switch is set
to OFF, the CQIbased F-DPCH
power control
algorithm is
disabled, and the
scenarios in which
CQI-based DPCH
power control
takes effect
remain
unchanged.
NO
NO
WRFD-171204
Indicates the
offset added to
the maximum
transmit power of
the F-DPCH after
the power
adjustment by
using the F-DPCH
power control
NO
algorithm based
on radio quality.
Relationship
between the GUI
value and actual
value: Actual
value = (GUI
value - 50) x 0.1.
NO
NO
WRFD-171204
Indicates the
switch for the
Voice Coverage
Improvement by
Advanced
Demodulation
feature.
NO
NO
NO
WRFD-190103
Indicates the
switch for SRB
over HSDPA
measurement
optimization.
When this
parameter is set
to ON, MAChs/ehs PDUs with
TRBs and mixed
NO
SRBs and TRBs
are measured.
When this
parameter is set
to OFF, MAChs/ehs PDUs with
SRBs, TRBs, and
mixed SRBs and
TRBs are
measured.
NO
NO
WRFD-010652
Indicates the
switch for the
enhanced Turbo
IC feature.
NO
Indicates the
switch for AMR
Voice Quality
Improvement
Based on PLVA in
a cell. When this
switch is turned
on, the cell
supports the AMR
Voice Quality
NO
Improvement
Based on PLVA
function. When
this switch is
turned off, the cell
does not support
the AMR Voice
Quality
Improvement
Based on PLVA
function.
Indicates the
switch for the
Enhanced InterNodeB Uplink
CoMP (Joint
Reception). When
this switch is
turned on, the
Enhanced InterNodeB Uplink
CoMP (Joint
Reception)
feature takes
NO
effect, improving
the demodulation
and decoding
performance.
When this switch
is turned off, the
Enhanced InterNodeB Uplink
CoMP (Joint
Reception)
feature does not
take effect.
NO
NO
WRFD-150206
NO
NO
WRFD-140201
NO
NO
WRFD-181204
Indicates whether
the smart TFRC
function takes
effect. When this
switch is turned
on, the smart
TFRC function
NO
takes effect.
When this switch
is turned off, the
smart TFRC
function does not
take effect.
NO
NO
WRFD-010610
Indicates the
switch for cell
algorithm
optimization.
UNSTABLEUSER
SCHOPTSW: This
option is used to
control the
HSDPA
scheduling
optimization
function for UEs
in the unstable
state. When this
option is selected,
NO
the HSDPA
scheduling
mechanism is
optimized in
unstable
scenarios such as
H2F state
transition and call
reestablishment.
When this option
is deselected, the
optimized HSDPA
scheduling
mechanism does
not take effect.
NO
NO
None
Indicates the copolarization
mapping
configuration of
antenna ports
onto the RF
channels in a cell.
Value 4T4P_abcd
indicates that a
cell has four TX
channels and four
antenna ports (a,
b, c, and d) with
signals of a and c
and those of b
NO
and d separately
belonging to a copolarization
group. For
example value
4T4P_0132
indicates that
signals of antenna
ports 0 and 3 and
those of antenna
ports 1 and 2
separately belong
to a copolarization
group.
Indicates whether
the Machine
Learning based
PCPICH Power
Optimization
feature takes
effect. When this
switch is turned
on, the Machine
Learning based
PCPICH Power
Optimization
feature takes
effect, and the
RNC adaptively
NO
adjusts the pilot
power based on
the cell load and
coverage. When
this switch is
turned off, the
Machine Learning
based PCPICH
Power
Optimization
feature does not
take effect, and
the RNC does not
adjust the pilot
power.
NO
NO
WRFD-201203
NO
NO
WRFD-201207
Indicates the
NodeB function
name.
YES
indicates the ID of
the Application
MO that is
referenced by the
NodeBFunction
MO. The
NO
Application MO
provides
operating
environments for
the
NodeBFunction
YES
NO
None
NO
NO
None
version. In the
same model
version, all MO
types, attributes,
and configuration
rules in the model
are defined in the
same way.
If the model
definition (MOC
definition,
attribute
definition, and
configuration
rules) for different
NE software is the
same, these NE
software uses the
NO
same model
version.
Generally, a
software version
uniquely
corresponds to a
model version. A
software version
may correspond
to multiple model
versions in few
cases, for
example, the
software version
is upgraded but
the model version
is not upgraded,
or a software
version
is the user
Indicates
label.
If a user requires
multiple
information, the
NO
format is
"%Name1::Value1
%Name2::Value2
%other
description".
Indicates the
NodeB ID.
NO
NO
NO
None
NO
NO
None
NO
NO
WRFD-151207
Indicates the
product software
version of the
NodeBFunction.
NO
NO
NO
None
Indicates the ratio
of the number of
times the system
does not provide
services to the
number of
attempts. The
NO
Base Station
Traffic Overload
alarm is reported
when the ratio is
higher than the
preset threshold.
NO
NO
WRFD-040100
Indicates the
period of
detecting traffic
overload alarms.
NO
NO
NO
WRFD-040100
Indicates the ratio
of the number of
times the system
does not provide
services to the
number of
attempts. The
NO
Base Station
Traffic Overload
alarm is cleared
when the ratio is
smaller than the
preset threshold.
NO
NO
WRFD-040100
Indicates the
period of clearing
NO
traffic overload
alarms.
NO
NO
WRFD-040100
Indicates the local
cell ID. The local
YES
cell ID is unique
for one NodeB.
YES
NO
None
Indicates whether
the virtual CPC
feature is
NO
supported by the
cell.
NO
NO
WRFD-171207
Indicates the UL
16QAM capability.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
NO
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the uplink
peak rates for
individual users
significantly
improve.
Indicates the UL
Layer 2
Improvement
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the uplink
coverage and
application-layer
rate will be
improved.
NO
YES
WRFD-010694
NO
YES
WRFD-010695
Indicates the DL
64QAM+MIMO
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
NO
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, this will
significantly
improve the
downlink peak
rates for individual
users.
NO
YES
WRFD-010693
Indicates
Frequency
Domain
Equalization(FDE)
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the NO
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, in multipath
environments,
FDE improves the
uplink peak rates
for individual
users and the
uplink throughput
of the cell if the
number of users
is small.
NO
YES
WRFD-010692
Indicates
Interference
Cancellation(IC)
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
NO
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the cell
supports HSUPA
EDPDCH IC,
which greatly
improves the
uplink throughput
of the cell.
NO
YES
WRFD-010691
Cell(DC)
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
NO
but does not
support the
capability. The
value Not
Configured
indicates that the
cell configurations
do not meet
feature
requirements.
When this
parameter is
Enable, the user
experience is
improved
especially for the
users at the cell
NO
YES
WRFD-010696
WRFD-140204
Indicates the Cell
NO
ID.
NO
YES
None
Indicates the local
cell administration
status. Blocked:
The previous
services in the cell
are released and
the cell is
unavailable.
Shutting down:
Non-high-priority
cells are selected
but the cells do
NO
meet the blocking
condition.
Unblocked: The
local cell is not
blocked. The local
cell administration
status can be
modified by
running the BLK
ULOCELL and
UBL ULOCELL
commands.
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. The
NO
value Not
Configured
indicates that the
cell configurations
do not meet
feature
requirements.
When this
parameter is
Enable, the
feature
dynamically uses
the instantaneous
idle cell resources
for high-speed
transmission,
increasing the
user rate and
improving system
NO
YES
None
NO
YES
WRFD-150208
Indicates the Cell
Operation Status.
This parameter
NO
can be set to
Enabled or
Disable.
NO
YES
None
Indicates the
transmit diversity
status of a logical
NO
cell. It can be Not
Diversity or
Diversity.
NO
YES
None
Indicates the Cell
NO
Setup Time.
NO
YES
None
Indicates the
HSUPA TDM
Scheduling
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
feature increases
uplink throughput
of the cell.
NO
YES
WRFD-150222
Indicates the
radius of a local
cell, affecting cell
coverage. It is set
according to the
network plan. A
small cell radius
causes user
NO
access failure to
some or all
coverage under
certain
configuration.
Generally, use the
default value of
the cell radius.
NO
NO
None
Indicates whether
the BOOST
feature is
NO
supported by the
cell.
NO
NO
WRFD-010697
Indicates the
BOOST
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
NO
with the capability
but does not
support the
capability. When
this parameter is
Enable, the cell
supports
boosting, which
makes channel
estimation be
accurate in highspeed scenarios
and thereby
improves the
receive quality of
uplink high-speed
services.
NO
YES
WRFD-010697
Indicates the
inner handover
radius. The
NO
parameter value
cannot be greater
than cell radius.
NO
NO
None
Indicates the
CCPIC Phase2
MODE. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
NO
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
feature decreases
uplink
interference and
improves system
performance.
NO
YES
WRFD-140202
Indicates the local
cell is permanent NO
or trial.
NO
NO
MRFD-210403
Indicates the
MIMO Capability.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
NO
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
feature increases
the average
throughput and
peak rate of the
cell.
Indicates the MC
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability NO
but does not
support the
capability. The
value Not
Configured
indicates that the
cell configurations
do not meet
feature
requirements.
When this
parameter is
Enable, improving
user experience,
especially at the
cell edge.
NO
NO
YES
WRFD-010684
YES
WRFD-010696
WRFD-140204
WRFD-150209
WRFD-150207
WRFD-150250
WRFD-150208
WRFD-150223
WRFD-150227
WRFD-010699
Indicates whether
a cell supports the
Coverage
NO
Expansion Under
Interference.
Indicates the
capability to
improve coverage
in the event of
interference. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
Indicates the
number of the
uplink baseband
equipment
carrying
baseband
resources for the NO
local cell. Uplink
resources are
shared by the
cells in an uplink
baseband
equipment.
NO
NO
WRFD-171212
NO
YES
WRFD-171212
NO
NO
None
Indicates the
virtual CPC
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
Indicates the
uplink CE
efficiency
improvement
capability for
AMR-WB. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
set to Enable,
AMR-WB services
having a rate of
23.85 kbit/s or
lower consume
one CE.
NO
YES
WRFD-171207
NO
YES
WRFD-010613
Indicates whether
the cell supports
precise channel
NO
estimation for
HSUPA 2 ms
UEs.
Indicates the
precise channel
estimation
capability for
HSUPA 2 ms
UEs. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
Indicates the
number of the
downlink
baseband
equipment
carrying
baseband
NO
resources for the
local cell. A local
cell can be served
by only one board
in the downlink
baseband
equipment.
NO
NO
WRFD-180206
NO
YES
WRFD-180206
NO
NO
None
Indicates the
DPCH TPC power
adjustment
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-181207
Indicates whether
a cell supports
Inter-NodeB
NO
Uplink CoMP
(Joint Reception).
NO
NO
WRFD-181204
Indicates the
inter-NodeB
uplink CoMP
(Joint Reception)
capability of a
cell. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-181204
Indicates whether
to configure the
UL frequency
channel number
for a local cell. If
this parameter is
set to TRUE, the
UL frequency
channel number
needs to be
manually
configured. If this
parameter is set
to FALSE, the UL
frequency
NO
channel number
is automatically
configured by the
system based on
the relationship
between uplink
and downlink
frequencies and
therefore does not
need to be
manually
configured. For
details, see 3GPP
TS 25.433.
Indicates the
HSDPA power
margin
cancellation
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
NO
None
NO
YES
WRFD-181209
Indicates whether
the cell supports
the Moving
Speed-based
NO
Adaptive
Demodulation
feature.
NO
NO
WRFD-181205
Indicates the
moving speedbased adaptive
demodulation
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-181205
Indicates whether
the Narrowband
Interference
Suppression
NO
feature is
supported by the
cell.
NO
NO
WRFD-140225
Indicates the
bandwidth for a
cell over the air
interface.
1. This parameter
is optional. When
this parameter is
set to
UNSPECIFIED,
the actual cell
bandwidth is
configured by
running theSET
FREQBWHcomm
and.
2. This parameter
is invalid for the
WRFU, MRFU
NO
V1, MRFU V2,
MRFU V2a,
RRU3804,
RRU3805,
RRU3806,
RRU3808,
RRU3801C,
RRU3801E,
RRU3908, and
AAU3902.
However, on
these RF units,
the cell bandwidth
is still configured
by running
theSET
FREQBWHcomm
and.
NO
NO
None
Indicates whether
to enable the 4CNO
HSDPA function
of the local cell.
NO
NO
WRFD-150207
WRFD-150250
Indicates whether
to enable the
NO
downlink 64QAM
function.
NO
NO
WRFD-010683
Indicates the
information about NO
the BBU.
YES
NO
WRFD-151210
Indicates the
number of the
BBU.
YES
YES
NO
WRFD-151210
Indicates the
Macro-Micro
Multi-RRUs-Cell
Static
Desensitization
Switch.
NO
NO
NO
WRFD-151208
Indicates the
Macro-Micro
Multi-RRUs-Cell
Static
Desensitization
Capability.The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-151208
Indicates the CPC
F-DPCH DTX
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. Setting
this parameter to
Enable improves
downlink system
capacity.
NO
YES
WRFD-010686
Indicates the
capability for
CCPIC phase 4.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-181206
Indicates whether
the cell supports
the Adaptive
NO
Interference
Rejection feature.
NO
NO
WRFD-181219
Indicates the
adaptive
interference
rejection
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-181219
Indicates whether
the cell supports
the Inter-NodeB
HS-DPCCH
NO
CoMP (Joint
Reception)
feature.
NO
NO
WRFD-190204
Indicates the
inter-NodeB HSDPCCH CoMP
(Joint Reception)
capability of a
cell. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-190204
Indicates the
capability of the
Voice Coverage
Improvement by
Advanced
Demodulation
feature for a cell.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-190103
Indicates the AMR
transmission
bandwidth
compression
capability of a
cell. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
is set to
NOTSUPPORT,
Uplink Super
Narrow Band
Filter does not
take effect. The
cell bandwidth is
specified by the
FMBWH
parameter in
theSET
FREQBWHcomm
and or the
FREQUENCYBA
NDWIDTH
parameter in the
ADD ULOCELL
and MOD
ULOCELL
NO
commands. For
details, see the
FMBWH and
FREQUENCYBA
NDWIDTH
configuration
specifications.
Indicates the
UMTS bandwidth
without
overlapping GSM
frequencies when
uplink adaptive
band-pass filter is
enabled in GU@5
MHz scenarios. In
this situation, the
cell bandwidth is
specified by
NO
YES
WRFD-190206
NO
NO
WRFD-19120901
WRFD-200201
Indicates the
Uplink Super
Narrow Band
Filter capability.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-19120901
Indicates the
algorithm for
Downlink Adaptive
Band-Pass Filter.
When this
parameter is set
to
NOTSUPPORT,
the UMTS cell
downlink adaptive
band-pass filter is
disabled. When
this parameter is
set to
STATICBANDWID
TH, the UMTS cell
NO
downlink adaptive
band-pass filter
bandwidth
remains
unchanged. When
this parameter is
set to
DYNAMICBAND
WIDTH, the
UMTS cell
downlink adaptive
band-pass filter
bandwidth
dynamically
adapts to the
GSM services.
NO
NO
WRFD-19120902
Indicates the
Downlink Adaptive
Band-Pass Filter
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-19120902
Indicates the
algorithm for
UMTS Target RoT
Adjustment Based
on GSM Radio
Quality. When the
parameter is set
to TRUE, UMTS
Target RoT
Adjustment Based
NO
on GSM Radio
Quality is
enabled. When
the parameter is
set to FALSE,
UMTS Target RoT
Adjustment Based
on GSM Radio
Quality is
disabled.
NO
NO
WRFD-19120903
Indicates the
UMTS target RoT
adjustment based
on GSM radio
quality capability.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
feature increases
the single-user
throughput and
cell capacity.
NO
YES
WRFD-19120903
Indicates the
enhanced Turbo
IC capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The NO
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
feature increases
the single-user
throughput and
cell capacity.
NO
YES
WRFD-150206
Whether the
Intelligent 2T VAM
feature is
supported by the
cell. When this
parameter is set
to TRUE, the cell
supports
Intelligent 2T
VAM. When this
parameter is set
to FALSE, the cell
does not support
Intelligent 2T
VAM. Based on
the quick phase
adjustment
capability of the
NO
baseband VAM,
the Intelligent 2T
VAM feature
enables the
NodeB to match
the best phase
difference for
each user when
they are being
scheduled,
improving use
experience.
Baseband VAM
refers to virtual
antenna mapping
(VAM)
implemented on
the baseband.
NO
NO
WRFD-191202
Status of the
Intelligent 2T VAM
feature. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
set to Enable,
user experience
can be improved.
NO
YES
WRFD-191202
Indicates the
capability for AMR
Voice Quality
Improvement
Based on PLVA in
a cell. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-140201
Indicates the
capability of 4Way Receive
Diversity by InterBand Assistance.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability or the
cell supports only
part of the
capability.
NO
YES
WRFD-190210
Indicates the
status of the
assistance sector
equipment
configured for the
local cell enabled
with 4-Way
Receive Diversity
by Inter-Band
Assistance. The
value Enable
indicates that the
NO
assistance sector
equipment
configured for the
local cell is
available, and the
value Disable
indicates that the
assistance sector
equipment
configured for the
local cell is
unavailable.
NO
YES
WRFD-190210
Indicates the
enhanced InterNodeB Uplink
CoMP (Joint
Reception)
capability of a
cell. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-181204
Indicates the
function for
downlink
asymmetric bandpass filter. When
this parameter is
set to
TRUE(TRUE), the
NO
cell supports this
function. When
this parameter is
set to
FALSE(FALSE),
the cell does not
support this
function.
NO
NO
WRFD-191212
Indicates whether
the cell supports NO
2T mode.
NO
NO
WRFD-010684
WRFD-010203
WRFD-040203
ID of the
neighboring
frequency cell of a
cell working at the
downlink
asymmetric
narrowband
NO
carrier. The value
4294967295 is
invalid, this
parameter cannot
be set to the
value by users.
NO
NO
WRFD-191212
Indicates the
downlink
asymmetric bandpass filter
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
Indicates the
bandwidth on the
left, when the cell
is working on the
downlink
asymmetric
narrowband
carrier. The left
side indicates the
frequencies lower
than the center
frequency. When
DLASYMFILTER
is set to
TRUE(TRUE),
this parameter
takes effect.
When this
NO
parameter is set
to 2.5 MHz, more
bandwidth is
allotted to the
lower frequencies.
When this
parameter is set
to a value other
than 2.5 MHz,
more bandwidth is
allotted to the
higher
frequencies. The
bandwidth on the
left and that on
the right cannot
be both set to 2.5
MHz.
NO
YES
WRFD-191212
NO
NO
WRFD-191212
Indicates the
bandwidth on the
right, when the
cell is working on
the downlink
asymmetric
narrowband
carrier. The right
side indicates the
frequencies
higher than the
center frequency.
When
DLASYMFILTER
is set to
TRUE(TRUE),
this parameter
takes effect.
When this
NO
parameter is set
to 2.5 MHz, more
bandwidth is
allotted to the
higher
frequencies.
When this
parameter is set
to a value other
than 2.5 MHz,
more bandwidth is
allotted to the
lower frequencies.
The bandwidth on
the left and that
on the right
cannot be both
set to 2.5 MHz.
NO
NO
WRFD-191212
Indicates whether
to enable
GU@5MHz
Phase 2.
ULADAPTIVEBPF
ILTER: Indicates
whether the cell
supports uplink
adaptive bandpass filter. When
the option is
selected, the cell
supports uplink
adaptive bandpass filter.
NO
DLADAPTIVEBPF
ILTERPERFEOPT
: Indicates
whether the cell
supports downlink
adaptive bandpass filter
optimization.
When the option
is selected, the
cell supports
downlink adaptive
band-pass filter
optimization.
NO
NO
WRFD-200201
Indicates the
uplink adaptive
band-pass filter
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-200201
Indicates the
downlink adaptive
band-pass filter
optimization
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-200201
Indicates the GU
Bufferzone Cell
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-200201
Indicates the type
of cells in GU
Refarming or
GU@5 MHz
scenarios. Value
NOTBUFZONEC
ELL indicates that
the cell is not in
the buffer zone.
Value
BUFZONECELLW
ITHGSM indicates
that the cell is a
NO
UMTS cell codeployed with
GSM cells in the
buffer zone. Value
BUFZONECELLW
ITHOUTGSM
indicates that the
cell is a UMTS
cell not codeployed with
GSM cells in the
buffer zone.
NO
NO
WRFD-200201
Indicates whether
to disable the
adaptive NBIS
function for a cell.
If this parameter
NO
is set to ON, the
adaptive NBIS
function is
disabled for the
cell.
NO
NO
WRFD-140225
Value
MASSIVEBEAM
indicates that the
cell is enabled
with beamforming
on the baseband
processing unit
and supports the
UMTS Massive
Beam 4T4R or
UMTS Massive
Beam 8T8R
capability. Value
NORMALBEAM
indicates that the
cell supports the
normal
beamforming
capability on the NO
baseband
processing unit.
Value
FOURTXBEAMO
PT indicates that
the cell supports
the UMTS 4T
Beam
Optimization
capability. If this
parameter is set
to
NORMALBEAM
or
MASSIVEBEAM,
the ring topology
for RF modules is
not supported.
Indicates the
UMTS 4T Beam
Optimization
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
NO
WRFD-201203
WRFD-201204
WRFD-201208
NO
YES
WRFD-201203
Indicates the
smart EPF
capability. The
value AVAILABLE
indicates that the
cell is configured
with the capability
and supports the
capability. The
value DISABLE
indicates that the NO
cell is not
configured with
the capability. The
value DEGRADE
indicates that the
cell is configured
with the capability
but does not
support the
capability.
Fault and License
Limited, Local Cell
UnavailableAvailable Local
Cells Reached
Upper Limit, Local
Cell UnavailableBaseband
Resource Fault
and Available
Local Cells
Reached Upper
Limit, Local Cell
UnavailableAvailable Local
Cells Reached
Upper Limit and
RF Resource
Fault, Local Cell NO
Unavailable-NCP
Fault and
Available Local
Cells Reached
Upper Limit, Local
Cell UnavailableAvailable Local
Cells Reached
Upper Limit and
License Limited,
Local Cell
Unavailable-RF,
Baseband
Resource Fault
and Available
Local Cells
Reached Upper
Limit, Local Cell
NO
YES
WRFD-201202
NO
YES
None
Indicates the
cabinet number of NO
DL Process Unit.
NO
YES
None
Indicates the
subrack number
of DL Process
Unit.
NO
NO
YES
None
Indicates the slot
number of DL
Process Unit.
NO
NO
YES
None
Indicates the dsp
number of DL
Process Unit.
NO
NO
YES
None
Indicates the
cabinet number of NO
UL Process Unit.
NO
YES
None
Indicates the
subrack number
of UL Process
Unit.
NO
YES
None
NO
Indicates the slot
number of UL
Process Unit.
NO
NO
YES
None
Indicates the dsp
number of UL
Process Unit.
NO
NO
YES
None
This parameter is
the control switch
for precoding
NO
control indication
in the local cell.
NO
NO
WRFD-010684
Indicates the
priority of the local NO
cell.
NO
NO
None
Indicates whether
the local cell
supports the
UMTS and LTE
Dynamic Power
Sharing feature. NO
This parameter
applies to a
UMTS/LTE dualmode base
station.
NO
NO
MRFD-131212
Indicates the
capability of the
UMTS and LTE
Dynamic Power
Sharing feature.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
NO
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. The
value Activated
indicates that the
cell is activated
with the capability.
NO
YES
MRFD-131212
Indicates the
normal beam
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
None
Indicates the
massive beam
8T8R capability.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-201208
Indicates the
maximum number
of uplink CE
NO
resources
available for a
cell.
NO
YES
None
Indicates the
number of uplink
processing units
available for a
cell.
NO
NO
YES
None
Indicates the
uplink resource
group No. for a
cell.
NO
NO
YES
None
Indicates the
bandwidth that is
on the left of the
downlink
spectrum of a
UMTS cell and
can be shared or
overlapped with
another UMTS
cell or an interRAT cell.
NO
NO
NO
MRFD-130212
WRFD-200201
Indicates the
bandwidth that is
on the right of the
downlink
spectrum of a
UMTS cell and
NO
can be shared or
overlapped with
another UMTS
cell or an interRAT cell.
NO
NO
MRFD-130212
WRFD-200201
Indicates the
bandwidth that is
on the left of the
uplink spectrum of
a UMTS cell and
NO
can be shared or
overlapped with
another UMTS
cell or an interRAT cell.
NO
NO
MRFD-130212
WRFD-200201
Indicates the
bandwidth that is
on the right of the
uplink spectrum of
a UMTS cell and
NO
can be shared or
overlapped with
another UMTS
cell or an interRAT cell.
NO
NO
MRFD-130212
WRFD-200201
Indicates whether
the UMTS and
LTE spectrum
sharing function
takes effect. If this
parameter is set
to
FIXED_BANDWI
DTH_COMP_MO
NO
DE, the UMTS
and LTE spectrum
sharing function
takes effect to
allow sharing of
some spectrums
between UMTS
and LTE
networks.
NO
NO
MRFD-130212
Indicates the
UMTS and LTE
spectrum sharing
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
MRFD-130212
Indicates the
massive beam
4T4R capability.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-201204
Indicates the type
NO
of local cell.
NO
NO
WRFD-010205
WRFD-021350
Indicates whether
the 4CHSDPA+MIMO
NO
feature is
supported by the
cell.
NO
NO
WRFD-150223
Indicates the 4CHSDPA+MIMO
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The NO
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
feature increases
the single-user
throughput and
cell capacity.
NO
YES
WRFD-150223
Indicates whether
the DBHSDPA+MIMO
NO
feature is
supported by the
cell.
NO
NO
WRFD-150227
Indicates the DBHSDPA+MIMO
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
NO
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
feature increases
the single-user
peak throughput,
cell edge user
(CEU) throughput,
and cell capacity
on networks with
two frequency
bands.
NO
YES
WRFD-150227
Indicates whether
the cell supports NO
Turbo IC.
NO
NO
WRFD-150206
Indicates the
Turbo IC
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, this
feature increases
uplink capacity of
the system.
NO
YES
WRFD-150206
Indicates whether
to enable ENO
RACH over HSDPCCH.
NO
NO
WRFD-010701
Indicates the
ERACH
HSDPCCH
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, UEs in
the CELL_FACH
state can transmit
uplink data at
high-speed rates.
NO
YES
WRFD-010701
Indicates the user
NO
label of local cell.
NO
NO
None
cover type. If two
RF units of a cell
cover the same
zone, this
parameter is set
to
SAMEZONE(Sam
e Zone) and the
output power of
the cell is the sum
of the output
power of the two NO
RF units. If the
two RF units
cover different
zones, this
parameter is set
to
DIFFZONE(Differ
ent Zone) and the
output power of
the cell is equal to
the output power
NO
NO
WRFD-010205
WRFD-021350
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability NO
but does not
support the
capability. The
value Not
Configured
indicates that the
cell configurations
do not meet
feature
requirements.
When this
parameter is
Enable, the
feature increases
the single-user
Indicates the cell
name. The value
of this parameter
is consistent with
that of the
CellName
parameter in the
NO
UCELL MO on the
RNC. The value is
automatically
synchronized by
the RNC and
does not need to
be specified.
NO
YES
WRFD-150209
NO
NO
None
Frequency
Separation: 95
MHz
Band4: Common
Frequencies
Channel Number:
[1312-1513]
Offset: 1450
Special
Frequencies
Channel Number:
(1662, 1687,
1712, 1737, 1762,
1787, 1812, 1837,
1862) Offset:
1380.1 Fixed TxRx Frequency
Separation: 400
NO
MHz
Band5: Common
Frequencies
Channel Number:
[4132-4233]
Offset: 0 Special
Frequencies
Channel Number:
(782, 787, 807,
812, 837, 862)
Offset: 670.1
Fixed Tx-Rx
Frequency
Separation: 45
MHz
Band6: Common
Frequencies
Channel Number:
[4162-4188]
NO
NO
None
Fixed Tx-Rx
Frequency
Separation: 95
MHz
Band4: Common
Frequencies
Channel Number:
[1537-1738]
Offset: 1805
Special
Frequencies
Channel Number:
(1887, 1912,
1937, 1962, 1987,
2012, 2037, 2062,
2087) Offset:
1735.1 Fixed TxRx Frequency
NO
Separation: 400
MHz
Band5: Common
Frequencies
Channel Number:
[4357-4458]
Offset: 0 Special
Frequencies
Channel Number:
(1007, 1012,
1032, 1037, 1062,
1087) Offset:
670.1 Fixed Tx-Rx
Frequency
Separation: 45
MHz
Band6: Common
Frequencies
Channel Number:
YES
NO
None
Indicates the
maximum transmit
power of the local
cell is the
maximum output NO
power at the
antenna
connector on the
cabinet top.
NO
NO
None
Indicates the
percentage of the
default transmit
power of the local NO
cell to the RRU's
total transmit
power.
NO
NO
None
allocation mode
for the local cell. It
determines the
assignment scope
of the DL
baseband
resources. The
cell is assigned
with baseband
resources
according to the
selected DL
baseband
resource
assignment
mode. If the
WBBPa board is
not configured,
NO
any value is
applicable to this
parameter.
Downlink
resources are
allocated from the
WBBPb board
and its compatible
boards. The
parameter value
has no impact on
the system. The
default value is
recommended. If
64QAM is
required for the
local cell, this
parameter needs
to be set to
NO
NO
None
Indicates the
desensitization
intensity, that is,
the ratio of uplink
noise intensity to
background
NO
noise. If the
desensitization
intensity is set as
0, the
desensitization is
not applied.
NO
NO
WRFD-150201
Indicates whether
the High Speed
Access feature is NO
supported by the
cell.
NO
NO
WRFD-010206
Indicates the
NBIS Capability.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
NO
capability. When
this parameter is
Enable, the
feature effectively
reduces the uplink
received total
wideband power
(RTWP),
enhances uplink
coverage, and
improves cell
uplink throughput
in scenarios
where strong
narrowband
interference with
stable frequency
and amplitude
exists.
NO
YES
WRFD-140225
Indicates the rate
level used for
NO
high-speed
access.
YES
NO
WRFD-010206
Indicates whether
the Extended Cell
Coverage up to
NO
200km feature is
supported by the
cell.
NO
NO
WRFD-021308
Indicates the DL
64QAM
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
feature increases
the user rate and
cell capacity.
NO
YES
WRFD-010683
Indicates the
Index of Remote
Cell Group.
YES
NO
None
NO
NO
WRFD-010694
NO
Indicates whether
the UL 16QAM
feature is
NO
supported by the
cell.
Indicates the AntiInterference
Scheduling
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
NO
with the capability
but does not
support the
capability. If
strong external
interference exists
and this
parameter is
Enable, the
HSUPA
throughput of the
cell is improved.
At the same time,
however, the
RTWP of the cell
increases, and
the cell coverage
shrinks.
NO
YES
WRFD-020136
Traffic-Based
Activation and
Deactivation
Capability of the
Supplementary
Carrier In Multicarrier HSDPA.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
NO
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, this
algorithm can
deactivate the
secondary
carriers of multicarrier HSDPA
users that have a
low throughput,
lowering the
uplink load and
extending the
battery life for
NO
YES
WRFD-010713
Indicates whether
the DL
64QAM_MIMO
NO
feature is
supported by the
cell.
NO
NO
WRFD-010693
Indicates whether
the cell supports
the Frequency
Domain
NO
Equalization
(FDE) feature for
HSUPA services.
NO
NO
WRFD-010692
Indicates whether
UL L2 Enhanced
NO
is supported by
the cell.
NO
NO
WRFD-010695
Indicates
Enhanced AI
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
NO
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, the
access success
rate increases.
NO
YES
WRFD-010701
Indicates whether
the cell supports
the Interference
NO
Cancellation
feature for HSUPA
services.
NO
NO
WRFD-010691
Indicates whether
Uplink Enhanced
CELL_FACH is
NO
supported by the
cell.
NO
NO
WRFD-010701
Indicates whether
the DCHSDPA+MIMO
NO
feature is
supported by the
cell.
NO
NO
WRFD-010699
Indicates Uplink
Enhanced
CELL_FACH
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
NO
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, service
setup delay and
state transition
delay will be
reduced, and the
common uplink
coverage will be
improved.
NO
YES
WRFD-010701
Indicates DCHSDPA+MIMO
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
NO
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability. When
this parameter is
Enable, this will
significantly
improve the
downlink peak
rates for individual
users.
NO
YES
WRFD-010699
to continue with
cell services when
the cell voltage is
insufficient. If this
parameter is set
to FALSE, the cell
with insufficient
voltage will stop
providing
services. If this
parameter is set
to TRUE, the cell
with insufficient
voltage continues
providing some
services until the
voltage drops to a
level that can
NO
support no
services. In this
case, if the
smooth power
change function
has been enabled
by running the
SET
NODEBSMTHPW
RSW command,
the cell gradually
reduces its pilot
power before
services are
stopped. This
ensures that
services are
smoothly
transferred to
NO
NO
WRFD-020119
Indicates whether
the local cell
supports
GSM/UMTS
power sharing.
NO
This parameter
must be specified
for a GSM/UMTS
dual-mode base
station.
NO
NO
MRFD-221801
Indicates the
capability for CE
efficiency
improvement for 2
ms TTI HSUPA
users. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
NO
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-160205
Indicates the
capability for
CCPIC phase 3.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-160201
Indicates the
number of HSPA
users served in a
local cell. Value
ON indicates that
a local cell serves
more than 128
NO
HSPA users, and
value OFF
indicates that a
local cell serves a
maximum of 128
HSPA users.
NO
NO
WRFD-160208
WRFD-160209
Indicates HSPA
user number
extend capability.
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-160208
WRFD-160209
Indicates the
switch for
interference
rejection
combining (IRC).
NO
NO
WRFD-160250
NO
Indicates the
capability for
interference
rejection
combining (IRC).
The value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-160250
Indicates whether
the cell supports NO
Turbo IC Phase2.
NO
NO
WRFD-160213
Indicates the
Turbo IC Phase2
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-160213
Indicates the
capability of
uplink control
channel-based
OLPC. The value
Enable indicates
that the cell is
configured with
the capability and
supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
None
Indicates whether
the cell supports NO
SFDC and DF3C.
NO
NO
None
Indicates the
SFDC and DF3C
capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the NO
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
None
Indicates the
capability for
intelligent
interference
control (IIC). The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
NO
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
but does not
support the
capability.
NO
YES
WRFD-010700
Indicates whether
a cell supports
Uplink CoMP
(Joint Reception)
based on
Coordinated BBU. NO
A cell serves as a
neighboring cell
only after this
switch is turned
on.
NO
NO
WRFD-151205
WRFD-151207
Macro-Micro DC
Capability. The
value Enable
indicates that the
cell is configured
with the capability
and supports the
capability. The
value Disable
indicates that the
cell is not
configured with
the capability. The
value Degrade
indicates that the
cell is configured
with the capability
NO
but does not
support the
capability. The
value Not
Configured
indicates that the
cell configurations
do not meet
feature
requirements.
When this
parameter is
Enable, the user
experience is
improved
especially for the
users at the cell
NO
YES
None
Indicates the local
cell Support
NO
Virtual Antenna
Mapping(VAM).
NO
NO
WRFD-010700
WRFD-030011
WRFD-010684
Indicates whether
the cell is
configured as a
macro cell or
micro cell. It is
recommended
that the maximum
transmit power of
a cell be used as
a criterion for
CellScaleInd. For
example, cells
with their
NO
maximum transmit
power of less than
10 w are
configured as a
micro cell.
Otherwise, cells
are configured as
macro cells. In
actual scenarios,
the criterion for
CellScaleInd is
changed as
required.
NO
NO
WRFD-150201
WRFD-151209
Indicates the type
of Iub control port.
The control port
type is classified
into NodeB
Control Port
(NCP) and
Communication
Control Port
(CCP). The NCP
YES
carries a common
signaling channel,
while the CCP
carries a
dedicated
signaling channel
of a cell. There is
only one NCP and
multiple CCPs in
the system.
NO
NO
None
Indicates the
number of the Iub YES
control port.
NO
NO
None
Indicates the CP
bearer ID.
NO
YES
NO
None
Indicates the flag
of the transport
channel to which YES
an Iub control port
belongs.
NO
NO
None
Indicates the
status of Iub
control port. This
NO
parameter can be
set to Normal or
Fault.
NO
YES
None
Indicates the
Local Cell ID.
YES
YES
NO
None
Indicates the
number of sector
equipment used
for the local cell.
YES
YES
NO
None
Indicates the
maximum output
NO
power of the
sector equipment.
NO
NO
WRFD-010205
WRFD-021350
Indicates the
property of sector
NO
equipment of a
local cell.
NO
NO
WRFD-190210
Uniquely identifies
a multiple carrier YES
cell group.
YES
NO
None
Specifies the type
of a multiple
NO
carrier cell group.
NO
NO
WRFD-010696
WRFD-140204
WRFD-150209
WRFD-150207
WRFD-150250
WRFD-150208
WRFD-150223
WRFD-150227
WRFD-010699
Indicates the list
of local cells in
the multi-carrier
cell group.
NO
YES
NO
None
Indicates the
Local Cell ID.
YES
YES
NO
None
NO
NO
WRFD-140212
Indicates the
minimum number
of CEs for
admitting 2 ms
NO
users when CE
Overbooking is
enabled.
switch for
selecting the
CCPIC phase.
The value
DEFAULT
indicates that
CCPIC Phase 3
and CCPIC
Phase 4 are
disabled. The
value
CCPICPHASE3
NO
indicates that
CCPIC Phase 3 is
enabled and
CCPIC Phase 4 is
disabled. The
value
CCPICPHASE4
indicates that
CCPIC Phase 3
and CCPIC
Phase 4 is
NO
NO
WRFD-160201
WRFD-181206
Indicates whether
to enable HSDPA NO
scheduler pool.
NO
NO
WRFD-150242
Indicates whether
to enable the
power
NO
configuration
check.
NO
NO
None
Indicates whether
to correct the SIR
outer loop power
control target
value when
CCPIC is
enabled. If CCPIC
Phase 2 is
enabled, this
parameter
controls only the
value
NO
corresponding to
CCPIC phase 2. If
CCPIC Phase 3 is
enabled, this
parameter
controls both the
value
corresponding to
CCPIC phase 2
and the value
corresponding to
CCPIC
phase
Indicates
the 3.
HSUPA Adaptive
Retransmission
Control Switch.
The function will
be enabled if this
parameter is set
to OPEN. The
function will be
disabled if this
parameter is set
NO
to CLOSE. If this
parameter is set
to OPEN and
there are
adequate channel
elements (CEs),
this improves
uplink HSUPA
capacity and
uplink HSUPA
coverage.
Indicates the
control plane
congestion first
reject threshold.
NO
NO
NO
WRFD-140202
WRFD-160201
NO
NO
WRFD-010641
NO
NO
WRFD-020101
inter-board
cancellation gain
switch between
the
WBBPa/WBBPb
board and a
board supporting
IC. This
parameter is valid
when features
NO
related to interboard cancellation
take effect. The
features related to
inter-board
cancellation
include HSUPA
IC, Turbo IC,
CCPIC Phase2
and CCPIC
NO
NO
WRFD-010691
WRFD-150206
WRFD-140202
WRFD-160201
Indicates whether
to extend the
NO
CNBAP capacity
using the UTRPc.
NO
NO
None
RTWP
quantitative
accuracy
optimization
switch. It
improves RTWP
accuracy for
multicarrier
NO
RRU3804
modules or
WRFUs. This
parameter is
recommended to
set to OFF when
RTWP values are
similar among
NO
NO
None
Indicates the
callback detection
period of CEs for NO
2 ms TTI HSUPA
users.
NO
NO
None
allocation mode of
a NodeB. If
NORMAL is
selected, the
same uplink
resources are
allocated to one
set of uplink
baseband
equipment. If
AUTO_CHAIN is
selected, the
uplink resources
allocated to one
set of uplink
baseband
equipment are
connected in
chain mode to
NO
share the
resources. If
MANUAL_CHAIN
is selected, the
uplink resources
can be manually
specified for the
uplink baseband
equipment. If
Normal Extension
is selected, cell
specifications can
be expanded in
the uplink
baseband
equipment
configured with
both the UBBP
board in UMTS
NO
NO
WRFD-151210
Indicates the
switch for CE
efficiency
NO
improvement for 2
ms TTI HSUPA
users.
NO
NO
WRFD-160205
Indicates the
switch for initial
activation of
single HARQ for 2
ms TTI HSUPA
users. If this
NO
switch is turned
on, single HARQ
takes effect on
newly admitted
users.
NO
NO
WRFD-160205
Indicates the
switch for
scheduling
HSUPA services.
NO
NO
WRFD-010612
NO
Indicates the
switch for
potential KPI fault
detection and
user alarm report.
When this switch
is set to ON, the
NodeB performs
potential KPI fault
NO
detection and
reports related
alarms. When this
switch is set to
OFF, the NodeB
does not perform
potential KPI fault
detection or report
related
alarms.
Indicates
the selfhealing level of
potential KPI
faults. Selfhealing
operations vary
with the value of
this parameter.If
this parameter is
set to
NONE(NONE),
the NodeB does
not perform any
operations. If this
parameter is set
to
BBRESOURCER
ESET(BBRESOU
RCERESET), the
NO
NodeB supports
self-healing at the
BBRESOURCER
ESET(BBRESOU
RCERESET)
level. Currently,
self-healing
operations at the
CELLRESTART(B
BRESOURCERE
SET) and
CELLRFMODULE
RESET(BBRESO
URCERESET)
levels are
unavailable.
Therefore, do not
use these
function.
NO
NO
None
NO
NO
None
Indicates the fixed
number of CEs
reserved for each
2 ms TTI user if
CE Overbooking
is enabled. Value
0 indicates that
CE Overbooking
takes effect
separately and
CE reservation for
2 ms TTI users
does not take
NO
effect. A value
ranging from 1 to
8 indicates that
CE reservation for
2 ms TTI users
takes effect and
the corresponding
parameter values
specifies the fixed
number of CEs
reserved for each
2 ms TTI user.
NO
NO
WRFD-140212
Indicates the
period of
measuring the
average downlink
transmit carrier
power and
average downlink
NO
non-HSPA
transmit carrier
power in the
power
congestion-based
E2E flow control
algorithm.
NO
NO
WRFD-040100
Indicates the
switch used to
predict the power
of power
congestion-based
E2E flow control
users. This
parameter is valid
when the power
congestion-based
E2E flow control
algorithm takes
effect. If this
switch is turned
on, admission
decision is based
on a comparison NO
between the sum
of access user
initial power and
measured cell
power in the
measurement
period and the
threshold. If this
switch is turned
off, admission
decision is based
on a comparison
between the
measured cell
power and the
threshold.
Indicates the
switch used to
adjust the FP
window. The soft
handover success
rate between a
Huawei NodeB
and few
neighboring
vendor's NodeBs NO
is low because
the vendor's
NodeBs have
poor
performance.
Turning on this
switch increases
the soft handover
success rate.
NO
NO
WRFD-040100
NO
NO
None
the HSDPA
multicarrier cell
supports interboard joint
scheduling. If this
parameter is set
to ON, the HSDPA
multicarrier cell
supports interboard joint
scheduling,
thereby improving
the balance of
baseband
resources
between boards
and reducing the NO
number of
capability decline
alarms for the
following features:
DC-HSDPA, DCHSDPA+MIMO,
Flexible Dual
Carrier HSDPA,
MCHSDPA+MIMO,
DBHSDPA+MIMO,
DB-HSDPA, 3CHSDPA, 4CHSDPA, and
Macro-Micro DC-
NO
NO
WRFD-010696
WRFD-010699
WRFD-150208
WRFD-150223
WRFD-150227
WRFD-150209
WRFD-150250
WRFD-150207
WRFD-151209
Indicates the
threshold for
determining
whether an R99
user has a high
BLER.
NO
NO
None
NO
Indicates the
threshold for
determining
whether an
HSUPA user has
a high BLER.
NO
NO
NO
None
Indicates the
threshold for
determining
whether a
processing unit
has a high
proportion of
abnormal users.
NO
NO
NO
None
Indicates the
threshold of fault
detection
protection. The
configured R99
User Fault Detect
Threshold, UPA
User Fault Detect
Threshold, or
Process Unit Fault
Detect Threshold NO
cannot be less
than the
difference
between the
corresponding
default threshold
and the fault
detection
protection
threshold.
NO
NO
None
Indicates the
threshold of
determining
whether a
NO
processing unit is
restored after its
faults are
rectified.
NO
NO
None
Indicates the time
segment during
which invisible
fault alarms are
NO
detected on the
board through the
service function.
NO
NO
None
Indicates the
number of times
invisible fault
alarms are
cleared on the
NO
board through the
service function
within a
measurement
period.
NO
NO
None
Indicates whether
to collect the
propagation delay
NO
measurement
matrix for the
CCO feature.
NO
NO
SNFD-140218
SNFD-141201
Indicates the
minimum SIR
target for uplink
control channelbased
OLPC.Relationshi
NO
p between the
GUI value and
actual
value:Actual value
= (GUI value - 40)
x 0.1.
NO
NO
WRFD-171203
Indicates whether
to enable HSUPA NO
Scheduler Pool.
NO
NO
WRFD-170205
Indicates the
mode to establish
neighboring cells
(coordinating
cells) when the
Coverage
Expansion Under
Interference
feature is
enabled. If this
parameter is set
to AUTOMATIC,
the coordination NO
relationship is
automatically
identified by the
NodeB and does
not need to be
configured. If this
parameter is set
to MANUAL, the
coordination
relationship must
be manually
configured.
Indicates whether
to enable power
configuration
protection. If this
switch is turned
on, the RRU
checks the sum of
power on the
carrier served by
NO
the RRU. If the
check fails, the
power
configuration will
be limited to be
below the power
specifications,
and the carrier
fails to be set up.
Indicates whether
to enable uplink
CE efficiency
NO
improvement for
AMR-WB.
NO
NO
WRFD-171212
NO
NO
None
NO
NO
WRFD-010613
Indicates the
adaptive NBIS
switch.
NO
NO
NO
WRFD-140225
Indicates whether
to enable the uX2
automatic setup
function. If this
parameter is set
to ON, the NodeB
supports
NO
automatic uX2
setup by the OSS.
If this parameter
is set to OFF, uX2
links must be
manually set up.
NO
NO
None
Indicates whether
to enable the
sleeping cell
NO
alarm report
function.
NO
NO
WRFD-150104
Indicates the
scope of detecting NO
sleeping cells.
NO
NO
WRFD-150104
self-healing. If
RFSFSSWITCH
is set to ON, the
NodeB
determines
whether a soft
failure occurs
based on the RF
unit check result
and uplink and
downlink
throughput. If the
soft failure affects
services, the RF
unit is restarted to
recover services.
When
RFSFSSWITCH
NO
is set to ON, if
RFSFSDELAYSW
ITCH is set to ON,
the RF unit is
postponed to
restart at 03:00 in
the early morning
to recover
services upon
detecting soft
failures and
service
exceptions, if
RFSFSDELAYSW
ITCH is set to
OFF, the RF unit
restarts
immediately upon
detecting soft
NO
NO
None
Indicates whether
to enable the
NO
CPC F-DPCH
DTX function.
NO
NO
WRFD-010686
Indicates the
switch for
improving the
RRC connection
setup success
rate in
transmission
congestion
scenarios. When
this parameter is
set to ON, the
RRC connection
setup success
rate increases in
transmission
congestion
scenarios.
NO
NO
NO
None
Indicates whether
to enable the VAM
Power Saving
feature. If this
parameter is set NO
to ON, the VAM
Power Saving
feature is enabled
to save energy.
NO
NO
WRFD-190205
at which the VAM
Power Saving
feature takes
effect. When the
system time
reaches the time
specified by this
parameter, the
VAM Power
Saving feature
NO
takes effect.
The parameter
value is in the
format of
HH:MM:SS. For
example,
10:20:05,
indicating that the
VAM Power
Saving feature
takes effect
Indicates
theattime
at which the VAM
Power Saving
feature becomes
ineffective. When
the system time
reaches the time
specified by this
parameter, the
VAM Power
Saving feature
becomes
ineffective.
NO
The parameter
value is in the
format of
HH:MM:SS. For
example,
10:20:05,
indicating that the
VAM Power
Saving feature
becomes
ineffective at
10:20:05.
NO
NO
WRFD-190205
NO
NO
WRFD-190205
Indicates the
threshold of the
output power
percentage for
cells to use the
VAM Power
Saving feature. If
the average
output power
percentage of
NO
each VAM cell
served by an RF
module is lower
than this
threshold, one
power amplifier is
disabled and all
VAM cells emit
power over only
one power
amplifier.
Indicates the
threshold of the
output power
percentage for
cells to stop the
VAM Power
Saving feature. If
the average
output power
percentage of any
VAM cell served
NO
by an RF module
is greater than
this threshold, the
disabled power
amplifier is
enabled to equally
share the power
emitted by VAM
cells between two
working power
amplifiers.
Indicates whether
the VAM Power
Saving feature is
enabled. Enable
indicates that the
NO
feature is
enabled. Disable
indicates that the
feature is
disabled.
NO
NO
WRFD-190205
NO
NO
WRFD-190205
NO
YES
WRFD-190205
Indicates the
effective duration
of the VAM Power
Saving feature
from the time
specified by the
latest setting of
the VAM Power
Saving Start Time
parameter to the
current time.
The parameter
NO
value is in the
format of
HH:MM:SS. For
example,
10:20:05,
indicating that the
effective duration
of the VAM Power
Saving feature is
10 hours 20
minutes and 5
Indicates the
seconds.
switch for HSDPA
serving cell
change
optimization.
When this switch
is turned on, the
data transmission
policy during the
HSDPA serving
NO
cell change is
improved,
increasing the
user throughput
and user
experience. When
this switch is
turned off, the
original algorithm
applies.
Indicates the
switch for
automatic
downlink hitless
cell reshuffling.
NO
NO
YES
WRFD-190205
NO
NO
WRFD-01061006
NO
NO
None
Indicates whether
the electrical tilt of
the antenna can NO
be adjusted
automatically.
NO
NO
None
Indicates AMR
transmission
bandwidth
compression
switch. When this
switch is turned
on, the AMR
transmission
bandwidth
compression
function is
enabled for all
cells served by a
NodeB. When this
NO
switch is turned
off, the AMR
transmission
bandwidth
compression
function is
disabled for all
cells served by a
NodeB. It is good
practice to turn on
this switch in
satellite
transmission over
Iub scenarios.
NO
NO
WRFD-190206
BBPRESETDELA
YSWITCH is set
to ON, the
baseband
processing unit is
postponed to
restart at 03:00 in
the early morning
to recover
services upon
detecting soft
failures and
service
exceptions; if
BBPRESETDELA
YSWITCH is set
to OFF, the
baseband
processing unit
NO
restarts
immediately upon
detecting soft
failures and
service
exceptions. If
RFRESETSWITC
H is set to ON,
the NodeB
determines
whether a soft
failure occurs
based on the RF
unit check result
and the number of
random access
messages. If the
soft failure affects
services, the RF
NO
NO
None
Indicates the
switch for
potential KPI fault
detection and
reporting of
related alarms.
The items to be
detected include
the baseband
resource R99
user BLER,
baseband
resource HSUPA
user BLER, cell
R99 user BLER,
cell HSUPA user
BLER, cell
HSDPA user
BLER, and Iub
NO
interface failure
rate. If an option
under this
parameter is set
to ON, the NodeB
performs fault
detection on the
related detection
item and reports
related alarms. If
an option under
this parameter is
set to OFF, the
NodeB does not
perform fault
detection on the
related detection
item or report
related alarms.
NO
NO
None
Frequency band
that supports
RRU Intelligent
Dormancy. If this
option is selected
for all the
frequency bands NO
supported by the
RRU or RFU, the
RRU or RFU
supports RRU
Intelligent
Dormancy.
NO
NO
WRFD-191205
Indicates the CE
sharing mode of
the common
group when
MOCN is enabled.
When this
parameter is set
to FULLSHARE,
private operators
can use the CE
resources in the
common group.
When this
NO
parameter is set
to
OPTIONALSHAR
E, whether private
operators can use
the CE resources
in the common
group depends on
the settings of the
OPERATORINDE
XSELECTION
parameter.
NO
NO
None
Indicates the
index of operators
not allowed to use
the license CE
resources in the
common group.
When MOCN is
enabled and
OPERATORSHA
RECEMODE is
NO
set to
OPTIONALSHAR
E, the operator
specified by this
parameter cannot
use the license
CE resources in
the common
group.
NO
NO
None
Indicates the
reselection period
of Narrowband
Interference
Supersession
(NBIS). When this
parameter is set
to a proper value,
the NodeB
disables the NBIS
function on the
current carrier and
checks whether
NO
the narrowband
interference is
cleared on the
current carrier or
choose another
carrier to perform
the NBIS function.
When this
parameter is set
to 0, the NodeB
does not perform
the reselection of
NBIS.
NO
NO
WRFD-140225
Indicates the
RTWP imbalance
alarm threshold.
When the
difference
between the
RTWP of the
uplink channel of
RRU and the
NO
RTWP of the
uplink channel of
the RFU exceeds
the threshold,
ALM-26522 RF
Unit RX Channel
RTWP/RSSI
Unbalanced is
reported.
NO
NO
None
Indicates whether
to enable the Cell
RTWP Excessive NO
alarm report
function.
NO
NO
None
the RTWP of each
uplink channel in
a cell every
second. In the
alarm reporting
period (2 hours), if
more than 80% of
the measured
value on the
uplink channel is
higher than or
equal to the
threshold, the Cell
RTWP Excessive
alarm is reported.
After the alarm is
reported, in the
alarm clearing
NO
period (3
minutes), if more
than 80% of
measured value
on the cell uplink
channel is lower
than the
threshold, the
alarm is cleared. If
the
desensitization
parameter is
configured, the
measured value
on the uplink
channel is
modified based
on the cell-level
desensitization
NO
NO
None
Indicates the
NBIS initial
startup threshold
when NBIS
Adaptive Switch is
set to ON. If the
average noservice RTWP of
NO
all cells working
on a frequency
within half an hour
is greater than the
threshold, NBIS is
started.
Otherwise, NBIS
is not started.
NO
NO
WRFD-140225
Indicates the
convergence
speed of the
smart TFRC
learning
algorithm. When
this parameter is
set to Slow, the
convergence
speed of the
algorithm is slow.
When this
NO
parameter is set
to Medium, the
convergence
speed of the
algorithm is
moderate. When
this parameter is
set to Rapid, the
convergence
speed of the
algorithm
is fast.
Indicates whether
NO
NO
WRFD-010610
NO
NO
None
to enable ACK
field detection
threshold
optimization.
When this switch
is turned on, the
NodeB optimizes
the detection
threshold of the
ACK field. When
this switch is
turned off, the
NodeB does not
optimize the
detection
threshold of the
ACK field.
NO
Indicates the
machine leaning
mode for smart
scheduling. If this
parameter is set
to LEARNING,
the NodeB
performs real-time
machine learning
and activates the
Machine Learning
based Scheduling
NO
feature. If this
parameter is set
to HOLD, the
NodeB suspends
the learning and
uses the current
optimal learning
result to activate
the Machine
Learning based
Scheduling
feature.
NO
NO
WRFD-201202
Indicates the time
period in which
the UMTS and
LTE Dynamic
NO
Power Sharing
feature is effective
on a multimode
base station.
NO
NO
MRFD-131212
to optimize
reporting of ALM26812 System
Dynamic Traffic
Exceeding
Licensed Limit for
a private operator.
With the
optimization,
ALM-26812
System Dynamic
Traffic Exceeding
Licensed Limit is
reported when the
number of
licenses used by
the private
operator exceeds
the total licensed
NO
threshold for the
private operator
and the common
operator. This
threshold is
specified using
the SET
NODEBLICENSE
ALMTH
command.
Without the
optimization, this
alarm is reported
when the number
of licenses used
by the private
operator exceeds
the licensed
threshold for the
NO
NO
None
Indicates the IP
path used for the
NodeB.
YES
NO
None
YES
Indicates whether
to enable
intelligent poweroff. If this switch is
turned on, some
cells or all cells
can be disabled
when a Mains
Input Out of
Range alarm or a
customized alarm
NO
is generated. If
this switch is
turned off, some
cells or all cells
cannot be
disabled when a
Mains Input Out
of Range alarm or
a customized
alarm is
generated.
when there is no
mains power and
storage batteries
provide standby
power. When
different policies
are used, level 1
shutdown delay
and level 2
shutdown delay
are automatically
configured as
follows: When this
parameter is set
to POLICY3, level
1 shutdown delay
is 1800 seconds
and level 2
shutdown is
NO
36000 seconds.
When this
parameter is set
to POLICY2, level
1 shutdown delay
is 1800 seconds
and level 2
shutdown is 7200
seconds. When
this parameter is
set to POLICY1,
level 1 shutdown
delay and level 2
shutdown delay
are 60 seconds.
When this
parameter is set
to CUSTOMIZED,
level 1 shutdown
NO
NO
WRFD-020119
NO
NO
WRFD-020119
Indicates the level
1 power-off delay.
When the level 1
power-off delay is
terminated, all
non-reserved cells
NO
of the NodeB are
disabled. Whether
a cell is reserved
or non-reserved
can be set in the
cell configuration.
NO
NO
WRFD-020119
Indicates the level
2 power-off delay.
When the level 2
power-off delay is
terminated, all
reserved cells of
NO
the NodeB are
disabled. Whether
a cell is reserved
or non-reserved
can be set in the
cell configuration.
NO
NO
WRFD-020119
Indicates the IUB
YES
ID.
NO
NO
None
Indicates the
EndPoint Group
ID used by Iub
interface.
NO
NO
None
NO
Indicates the user
NO
label of IUB.
NO
NO
None
Indicates whether
to enable static
Ping detection
over the Iub
interface. If this
parameter is set
to ICMP(ICMP),
static ICMP Ping
detection is
NO
enabled over the
Iub interface. If
this parameter is
set to OFF(OFF),
static Ping
detection is
disabled over the
Iub interface.
NO
NO
None
Indicates the ID of
the host cell
where Uplink
CoMP (Joint
YES
Reception) based
on Coordinated
BBU is enabled.
YES
NO
WRFD-151205
WRFD-151207
WRFD-171212
Indicates the ID of
the neighboring
cell where Uplink
CoMP (Joint
YES
Reception) based
on Coordinated
BBU is enabled.
YES
NO
WRFD-151205
WRFD-151207
WRFD-171212
Indicates the ID of
the NodeB
serving the
neighboring cell
where Uplink
YES
CoMP (Joint
Reception) based
on Coordinated
BBU is enabled.
YES
NO
WRFD-151205
WRFD-151207
WRFD-171212
Indicates the
status of Uplink
CoMP (Joint
Reception) based
on Coordinated
BBU.Value
range:ULCoMP
Available,
ULCoMP
Unavailable-Local
Cell Disabled,
ULCoMP
Unavailable-UL
Baseband
NO
Resource Limited,
ULCoMP
Unavailable-DL
Baseband
Resource Limited,
ULCoMP
UnavailableLicense Limited,
ULCoMP
UnavailableNeighboring Cell
Not Supported,
ULCoMP Not
Configured.
NO
YES
WRFD-151205
WRFD-151207
Indicates whether
to configure the
coordination
relationship for
the Uplink CoMP
(Joint Reception)
based on
Coordinated BBU
feature. If this
parameter is set
to TRUE, the
coordination
NO
relationship
configured using
the ADD
NODEBULCOMP
GRP command is
used for the
Uplink CoMP
(Joint Reception)
based on
Coordinated BBU
feature.
Indicates whether
to configure the
coordination
relationship for
the Coverage
Expansion Under
Interference
feature. If this
parameter is set
to TRUE, the
coordination
NO
relationship
configured using
the ADD
NODEBULCOMP
GRP command is
used for the
Coverage
Expansion Under
Interference
feature.
Indicates the
status of
Coverage
Expansion Under
Interference.
Value
NO
range:ULCOVEX
P Available,
ULCOVEXP
Unavailable,
ULCOVEXP Not
Configured.
NO
NO
WRFD-151205
NO
NO
WRFD-171212
NO
YES
WRFD-171212
Indicates the
number of the
BBU.
YES
YES
NO
WRFD-151210
Indicates the
number of the
NO
cabinet where the
BBU is located.
YES
NO
WRFD-151210
Indicates the
number of the
subrack where
the BBU is
located.
NO
YES
NO
WRFD-151210
Indicates the
number of the slot
NO
where the BBU is
located.
YES
NO
WRFD-151210
Indicates the ID of
a NodeB
baseband
resource. If the
BBWS parameter
in the BBP/MDU
MO is set to
UMTS, the NodeB YES
automatically
creates a
NODEBBBRES
MO on the board
and allocates a
unique identifier
to the MO.
YES
NO
None
Indicates the
number of the
cabinet that
houses the
referenced
multimode
baseband board.
The NodeB
assigns a value to
a NODEBBBRES
MO created
automatically
based on the
cabinet number in
the BBP/MDU
Indicates
the
MO.
number of the
subrack that
houses the
referenced
multimode
baseband board.
The NodeB
assigns a value to
a NODEBBBRES
MO created
automatically
based on the
subrack number
in the BBP/MDU
MO.
Indicates the
number of the slot
that houses the
referenced
multimode
baseband board.
The NodeB
assigns a value to
a NODEBBBRES
MO created
automatically
based on the slot
number in the
BBP/MDU MO.
Indicates the
required
baseband
resource
capability if the
NodeB needs to
use a multimode
baseband board.
The NodeB
assigns a value to
a NODEBBBRES
MO created
automatically
based on the
BBWS in the
BBP/MDU MO.
NO
NO
NO
None
NO
NO
NO
None
NO
YES
NO
None
NO
NO
NO
None
Indicates the
management
status of a NodeB
baseband
resource. Its
value can be
BLOCKED(Blocke
d) or
UNBLOCKED(Un
blocked).
BLOCKED means
NO
that the baseband
resource cannot
be used to
provide UMTS
services.
UNBLOCKED
means that the
baseband
resource can be
used to provide
UMTS services.
Indicates the
operating status
of a NodeB
baseband
resource. Its
value can be
ENABLED
(Enabled) or
NO
DISABLED
(Disabled). If the
BBWS parameter
value on a board
does not match
the board
capability, the
operating status
will be Disabled.
NO
NO
None
NO
YES
None
Indicates the
hardware
capability
provided by the
baseband board
to the system. If
this parameter is
set to NORMAL,
the baseband
board provides
the basic
capability. If this
parameter is set
to PARTIAL, the
baseband board
provides the
partial hardware
capability. If this
parameter is set
to FULL, the
baseband board
provides the
complete
hardware
capability. The
NodeB assigns a
value to a
NODEBBBRES
MO created
automatically
based on the
HCE in the BBP
MO. The
BLADEBBU and
BBU3910C
support only
FULL.
NO
NO
NO
None
baseband board
actually provides
to the system.
The value Normal
indicates that the
baseband board
actually provides
basic hardware
capability to the
system. The value
Partial indicates
that the baseband
board actually
provides partial
hardware
capability to the
system. The value
Full indicates that
the baseband
NO
board actually
provides complete
hardware
capability to the
system. The value
Enhanced
indicates that the
baseband board
actually provides
enhanced
hardware
capability to the
system. When
Operational State
is Disabled or
Administrative
State is Blocked,
this parameter
becomes invalid
NO
YES
None
Indicates the
number of uplink
CEs provided by
a baseband
processing unit.
NO
NO
YES
None
Indicates the
number of
downlink CEs
provided by a
baseband
processing unit.
NO
NO
YES
None
Indicates the
number of uplink
CEs scheduled by NO
a baseband
processing unit.
NO
YES
None
Indicates the
Local Cell ID.
YES
YES
NO
None
Indicates the
number of sector
equipment group YES
used for the local
cell.
YES
NO
None
Indicates the
sector equipment
NO
used by a sector
equipment group.
YES
NO
None
Indicates the
number of sector
equipment used
for the local cell.
YES
NO
None
YES
that the
SIB7RTWPOPTS
W and
SIB7MAXRTWP
parameters must
be configured.
Rule IDs 2 and 3
indicate that the
RTWPSIRTGTAD
JSW parameter
must be
configured. Rule
ID 4 indicates
ICMODE
parameter must
be configured.
Rule IDs 5 and 6
indicate that the
EXTRAPOWER YES
parameter must
be configured.
Rule ID 7
indicates that
TURBOIC
parameter must
be configured.
Rule ID 8
indicates that
DPCHMAXTXPW
RRESTRSW
parameter must
be configured.
Rule ID 9
indicates that
RADIOQUALITYD
PCHPCSW
parameter must
YES
NO
None
Indicates the
name of an MO
whose
YES
parameters are
associated with a
rule.
YES
NO
None
Indicates the
name of a
parameter
YES
associated with a
rule.
YES
NO
None
Indicates the
status of
association
between a
parameter and a
specified rule.
DISABLE
indicates that the
NO
parameter is
disassociated
from the specified
rule. ENABLE
indicates that the
parameter is
associated with
the specified rule.
YES
NO
None
Indicates the
value of an
interval-type
parameter. The
value
NO
2147483647 is
invalid, this
parameter cannot
be set to the
value by users.
NO
NO
None
Indicates the
value of an
NO
enumeration-type
parameter.
NO
NO
None
Indicates userdefined
NO
information about
a rule.
NO
NO
None
Fault and License
Limited, Local Cell
UnavailableAvailable Local
Cells Reached
Upper Limit, Local
Cell UnavailableBaseband
Resource Fault
and Available
Local Cells
Reached Upper
Limit, Local Cell
UnavailableAvailable Local
Cells Reached
Upper Limit and
RF Resource
Fault, Local Cell NO
Unavailable-NCP
Fault and
Available Local
Cells Reached
Upper Limit, Local
Cell UnavailableAvailable Local
Cells Reached
Upper Limit and
License Limited,
Local Cell
Unavailable-RF,
Baseband
Resource Fault
and Available
Local Cells
Reached Upper
Limit,
Local
Indicates
theCell
local
cell administration
status. Blocked:
The previous
services in the cell
are released and
the cell is
unavailable.
Shutting down:
Non-high-priority
cells are selected
but the cells do
meet the blocking NO
condition.
UNBLOCKED:
The local cell is
not blocked. The
local cell
administration
status can be
modified by
running the BLK
ULOCELL and
UBL ULOCELL
commands.
NO
YES
None
NO
YES
None
Indicates the
logical cell ID.
NO
NO
YES
None
Indicates the
active status of a
rule.
NO
NO
YES
None
Indicates the
active value of an
interval-type
NO
parameter
associated with a
rule.
NO
YES
None
Indicates the uX2
YES
object ID.
YES
NO
None
Indicates the ID of
the control-plane
endpoint group
NO
used by the uX2
object.
YES
NO
None
Indicates the ID of
the user-plane
endpoint group
NO
used by the uX2
object.
YES
NO
None
Indicates the uX2
NO
object description.
NO
NO
None
Indicates the uX2
NO
interface ID.
NO
YES
None
Indicates the
status of the uX2
interface.
NO
NO
YES
None
Indicates the
control-plane
bearer ID of the
uX2 interface.
NO
NO
YES
None
Indicates the
status of the
control-plane
NO
bearer for the uX2
interface.
NO
YES
None
Indicates whether
to enable static
UDP Ping
detection over the
uX2 interface. If
this parameter is
set to ON, static
UDP Ping
detection is
NO
enabled over the
uX2 interface. If
this parameter is
set to OFF, static
UDP Ping
detection is
disabled over the
uX2 interface.
NO
NO
None
Indicates the
control-plane
bearer ID of the
uX2 interface.
NO
NO
YES
None
Indicates the ID of
the peer RNC for NO
the uX2 interface.
NO
YES
None
Indicates the ID of
the peer NodeB
NO
for the uX2
interface.
NO
YES
None
Indicates the
status of the uX2
interface.
NO
YES
None
NO
Indicates the
reason why the
uX2 interface
becomes
abnormal.
NO
NO
YES
None
Indicates the IP
Address of the
NO
user-plane host of
the uX2 interface.
NO
YES
None
Indicates the IP
Address of the
NO
user-plane peer of
the uX2 interface.
NO
YES
None
Indicates the
user-plane link
status of the uX2
interface. The
value Abnormal
means that the
user-plane link is
disconnected. The
value Normal
NO
means that the
user-plane link is
connected. The
value Unknown
means that the
user-plane link
status information
cannot be
obtained.
NO
YES
None
Indicates the
user-plane
Round-Trip Time
(RTT) of the uX2
interface.
NO
YES
None
NO
Indicates the oneway delay on the
NO
uX2 user-plane
link.
NO
YES
None
Indicates the
primary cell in the
YES
extend secondary
cell group.
YES
NO
WRFD-150208
Indicates the
secondary cell in
the extend
secondary cell
group.
YES
NO
WRFD-150208
Indicates the
CNBAP capability
NO
for hardware in a
NodeB.
NO
YES
None
Indicates the
average CNBAP
usage of a NodeB
in a measurement
period. The
NO
maximum
average usage
calculated in a
measurement
period is adopted.
NO
YES
None
Indicates the
maximum CNBAP
usage of a NodeB
in a measurement
period. The
NO
maximum usage
calculated in a
measurement
period is adopted.
NO
YES
None
YES
Indicates the
number of
available uplink
NO
CEs for hardware
in a NodeB.
NO
YES
None
Indicates the
number of
available downlink NO
CEs for hardware
in a NodeB.
NO
YES
None
Indicates the ID of
the uplink
NO
baseband
equipment.
NO
YES
None
Indicates the
number of
available CEs for
hardware in an
uplink resource
group.
NO
NO
YES
None
Indicates the
average number
of CEs used for
an uplink
resource group in
a measurement
NO
period. The
maximum
average number
of CEs calculated
in a measurement
period is adopted.
NO
YES
None
Indicates the
maximum number
of CEs used for
an uplink
resource group in
a measurement
NO
period. The
maximum number
of CEs calculated
in a measurement
period is adopted.
NO
YES
None
Indicates the
maximum
capacity gain
achieved after all
WBBPb or
WBBPd boards
are replaced by
UBBPd boards in
the uplink
resource group in
a measurement
period. The
maximum
NO
capacity gain
calculated in a
measurement
period is adopted.
The capacity gain
is evaluated in
scenarios where
HSUPA 2 ms TTI
is used. The
replacement may
lead to no gains in
other scenarios.
NO
YES
None
Indicates the
minimum capacity
gain achieved
after all WBBPb
or WBBPd boards
are replaced by
UBBPd boards in
the uplink
resource group in
a measurement
period. The
minimum capacity NO
gain calculated in
a measurement
period is adopted.
The capacity gain
is evaluated in
scenarios where
HSUPA 2 ms TTI
is used. The
replacement may
lead to no gains in
other scenarios.
NO
YES
None
Indicates the
number of the
NO
cabinet where the
board is located.
NO
YES
None
Indicates the
number of the
subrack where
the board is
located.
NO
NO
YES
None
Indicates the
number of the slot
NO
where the board
is located.
NO
YES
None
Indicates the
maximum
capacity gain
achieved after a
WBBPb or
WBBPd board is
replaced by a
UBBPd board in a
measurement
period. The
maximum
capacity gain
NO
calculated in a
measurement
period is adopted.
The capacity gain
is evaluated in
scenarios where
HSUPA 2 ms TTI
is used. The
replacement may
lead to no gains in
other scenarios.
NO
YES
None
Indicates the
minimum capacity
gain achieved
after a WBBPb or
WBBPd board is
replaced by a
UBBPd board in a
measurement
period. The
minimum capacity
gain calculated in NO
a measurement
period is adopted.
The capacity gain
is evaluated in
scenarios where
HSUPA 2 ms TTI
is used. The
replacement may
lead to no gains in
other scenarios.
NO
YES
None
Indicates the
average ratio of
HSDPA users on
a board in a
measurement
period. The
NO
maximum
average ratio
calculated in a
measurement
period is adopted.
NO
YES
None
Indicates the
maximum ratio of
HSDPA users on
a board in a
measurement
NO
period. The
maximum ratio
calculated in a
measurement
period is adopted.
NO
YES
None
Indicates the
average ratio of
HSUPA users on
a board in a
measurement
period. The
NO
maximum
average ratio
calculated in a
measurement
period is adopted.
NO
YES
None
Indicates the
maximum ratio of
HSUPA users on
a board in a
measurement
NO
period. The
maximum ratio
calculated in a
measurement
period is adopted.
NO
YES
None
Indicates the
maximum number
of radio links
processed by the
NO
NodeB per
second within a
measurement
period.
NO
YES
None
Indicates the
average number
of HS-PDSCH
codes used in a
cell within a
measurement
period.
NO
YES
None
NO
Indicates the
maximum number
of HS-PDSCH
codes used in a
NO
cell within a
measurement
period.
NO
YES
None
Indicates the
minimum number
of HS-PDSCH
codes used in a
NO
cell within a
measurement
period.
NO
YES
None
Indicates the
maximum number
of available HSPDSCH codes
NO
used in a cell
within a
measurement
period.
NO
YES
None
Indicates the
number of
available downlink NO
hardware CEs by
a board.
NO
YES
None
Indicates the
average number
of downlink CEs
used by a board
within a
measurement
period.
NO
NO
YES
None
Indicates the local
cell ID. The local
NO
cell ID is unique
for one NodeB.
NO
YES
None
Indicates the
CNBAP rejection
rate of a NodeB in
a measurement
period. The
NO
maximum CNBAP
rejection rate in a
measurement
period is adopted.
NO
YES
None
Indicates the
average number
of dedicated
measurement
reports of a
NodeB in a
measurement
period. The
NO
maximum
average number
of dedicated
measurement
reports in a
measurement
period is adopted.
NO
YES
None
Indicates the ID of
the baseband
YES
equipment.
YES
NO
WRFD-181219
Indicates the
working mode of
the uplink
baseband
equipment.
NO
NO
WRFD-181219
NO
Indicates the ID of
YES
beam cell group.
YES
NO
WRFD-201204
WRFD-201208
Indicates the type
of beam cell
NO
group.
YES
NO
WRFD-201204
WRFD-201208
Indicates the
beam selection
period.
NO
NO
WRFD-201208
YES
NO
WRFD-201204
WRFD-201208
NO
Indicates the ID of
YES
beam cell group.
Indicates the ID of
local cell in a
YES
beam cell group.
YES
NO
WRFD-201204
WRFD-201208
direction is
relatively left to
the beam azimuth
of the antennas,
and the cell can
only select the
four predefined
left beams in
Massive Beam
8T8R scenarios
and use the left
beam of two
predefined beams
in Massive Beam
4T4R scenarios.
When this
parameter is set
to RIGHT(Right),
the cell coverage NO
direction is
relatively right to
the beam azimuth
of the antennas,
and the cell can
only select the
four predefined
right beams in
Massive Beam
8T8R scenarios
and use the right
beam of two
predefined beams
in Massive Beam
4T4R scenarios.
When this
parameter is set
to NONE(None),
YES
NO
WRFD-201204
WRFD-201208
Indicates the
beam selection
mode of a local
NO
cell in a beam cell
group.
NO
NO
WRFD-201208
Indicates the
result of a
baseband
loopback test.
NO
NO
YES
None
Indicates the
number of
preambles that
NO
are detected in an
RF loopback test.
NO
YES
None
Indicates the
completion status
of co-polarization
detection for the
entire NodeB.
Value NULL
indicates that the
NodeB has not
started copolarization
detection. Value
Incompleted
NO
indicates that the
NodeB has not
completed copolarization
detection. Value
Completed
indicates that the
NodeB has
completed copolarization
detection.
detection has not
been executed for
the cell. Value
Completed
indicates that the
co-polarization
detection result is
valid for the cell.
Value Detecting
indicates that copolarization
detection is in
progress for the
cell. Value Not
Supported
indicates that copolarization
detection cannot
be performed for NO
the cell due to
inappropriate
configuration.
Value Task
Interrupt indicates
that copolarization
detection is
interrupted due to
other tasks with
higher priorities.
Value Time Out
indicates that copolarization
detection times
out. That is, copolarization
detection is still in
NO
YES
WRFD-201203
NO
YES
WRFD-201203
Indicates the copolarization
grouping of
antenna ports on
the RF
channels.Value
4T4P_abcd
indicates that a
cell has four TX
channels and four
antenna ports (a,
b, c, and d) with
signals of a and c
and those of b
and d separately
belonging to a co- NO
polarization
group. For
example, value
4T4P_0132
indicates that
signals of antenna
ports 0 and 3 and
those of antenna
ports 1 and 2
separately belong
to a copolarization
group. Value
NULL indicates
invalid detection.
NO
YES
WRFD-201203
Feature Name
Value Type
GUI Value Range
Enumeration
Number/Bit
Unit
None
Interval Type
0~268435455
N/A
None
HSUPA HARQ
and Fast UL
Scheduling in
Node B
Enumeration Type
NO(NO),
YES(YES)
NO~0, YES~1
None
HSUPA HARQ
and Fast UL
Scheduling in
Node B
Enumeration Type
OPEN(open),
CLOSE(close)
OPEN~0,
CLOSE~1
None
Dual-Threshold
Scheduling with
HSUPA
Interval Type
0~6
N/A
0.5dB
HSUPA E-AGCH
Power Control
NO(NO),
Enumeration Type
(Based on CQI or
YES(YES)
HS-SCCH)
NO~0, YES~1
FIXED(Fixed TX
Power),
RNC_BASED(TX
Pwr Ctr Based on
Pilot),
FOLLOW_TPC(T
HSUPA E-AGCH
X Pwr Ctr Based
Power Control
Enumeration Type on TPC),
(Based on CQI or
CQI_BASED(TX
HS-SCCH)
Pwr Ctr Based on
CQI),
HSSCCH_BASED
(TX Pwr Ctr
Based on HSSCCH)
FIXED~0,
RNC_BASED~1,
FOLLOW_TPC~2
None
, CQI_BASED~3,
HSSCCH_BASED
~4
HSUPA E-AGCH
Power Control
Interval Type
(Based on CQI or
HS-SCCH)
N/A
0~255
None
0.25dB
HSUPA E-AGCH
Power Control
Interval Type
(Based on CQI or
HS-SCCH)
-350~150
N/A
0.1dB
HSUPA E-AGCH
Power Control
Interval Type
(Based on CQI or
HS-SCCH)
-350~150
N/A
0.1dB
HSUPA E-AGCH
Power Control
Interval Type
(Based on CQI or
HS-SCCH)
-350~150
N/A
0.1dB
HSUPA Power
Control
NO(NO),
YES(YES)
NO~0, YES~1
None
Enumeration Type
HSUPA Power
Control
FIXED(Fixed TX
Power),
RNC_BASED(TX
FIXED~0,
Pwr Ctr Based on
Enumeration Type
RNC_BASED~1, None
Pilot),
FOLLOW_TPC~2
FOLLOW_TPC(T
X Pwr Ctr Based
on TPC)
HSUPA Power
Control
Interval Type
0~255
N/A
0.25dB
HSUPA Power
Control
Interval Type
-350~150
N/A
0.1dB
HSUPA Power
Control
Enumeration Type
NO(NO),
YES(YES)
NO~0, YES~1
None
HSUPA Power
Control
FIXED(Fixed TX
Power),
RNC_BASED(TX
FIXED~0,
Pwr Ctr Based on
Enumeration Type
RNC_BASED~1, None
Pilot),
FOLLOW_TPC~2
FOLLOW_TPC(T
X Pwr Ctr Based
on TPC)
HSUPA Power
Control
Interval Type
0~255
N/A
0.25dB
HSUPA Power
Control
Interval Type
-350~150
N/A
0.1dB
HSUPA Power
Control
Interval Type
0~255
N/A
0.25dB
HSUPA Power
Control
Interval Type
-350~150
N/A
0.1dB
HSUPA Power
Control
Interval Type
0~255
N/A
0.25dB
HSUPA Power
Control
Interval Type
-350~150
N/A
0.1dB
HSUPA Power
Control
Interval Type
0~255
N/A
0.25dB
HSUPA Power
Control
Interval Type
-350~150
N/A
0.1dB
Anti-Interference
Scheduling for
HSUPA
Enumeration Type
ON(ON),
OFF(OFF)
ON~0, OFF~1
None
Anti-Interference
Scheduling for
HSUPA
Interval Type
0~100
N/A
%
HSUPA Admission
OPEN(open),
Enumeration Type
Control
CLOSE(close)
OPEN~0,
CLOSE~1
None
Anti-Interference
Scheduling for
HSUPA
N/A
dB
ON~0, OFF~1
None
Interval Type
0~40
HSUPA Time
ON(ON),
Enumeration Type
Division Schedule
OFF(OFF)
HSUPA Time
Division
Scheduling
N/A
None
HSUPA Time
OFF(OFF),
Enumeration Type
Division Schedule
ON(ON)
OFF~0, ON~1
None
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
DC-HSUPA
Interval Type
Enumeration Type
1~64
DC-HSUPA
Interval Type
0~1000
N/A
10kbps
HSUPA
Introduction
Package
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
HSUPA
Introduction
Package
160, 320, 640,
Enumeration Type
1024
160~160,
320~320,
640~640,
1024~1024
kbps
None
Interval Type
0~268435455
CODE_PRI(Code
Priority),
POWER_PRI(Po
HSDPA H-ARQ &
wer Priority),
Scheduling (MAX Enumeration Type
POWERCODE_B
C/I, RR and PF)
AL(Balance
between Code
and Power)
N/A
None
CODE_PRI~0,
POWER_PRI~1,
None
POWERCODE_B
AL~2
HSDPA H-ARQ &
Scheduling (MAX
C/I, RR and PF)
HSDPA
Scheduling Based
on UE Location
EPF and GBRbased scheduling Enumeration Type
DC-HSDPA
DB-HSDPA
Flexible Dual
Carrier HSDPA
3C-HSDPA
Machine Learning
based Scheduling
EPF(Enhanced
PF), PF(PF),
RR(Round
Robin),
MAXCI(Max C/I),
EPF_LOC(Locatio
n based EPF),
EPF_SMART(Sm
art EPF)
EPF~0, PF~1,
RR~2, MAXCI~3,
None
EPF_LOC~4,
EPF_SMART~5
HSDPA Power
Control
Interval Type
HSDPA Power
Control
CQI(CQI-based
Adaptive Power
Control),
Enumeration Type
FIXED(Fixed
Power-based
Power Control)
0~100
N/A
%
CQI~0, FIXED~1
None
HSDPA Power
Control
Interval Type
0~80
N/A
0.25dB
HSDPA Power
Control
Interval Type
1~999
N/A
per mill
Scheduling based
OPEN(open),
Enumeration Type
on EPF and GBR
CLOSE(close)
OPEN~0,
CLOSE~1
None
Dynamic Code
Allocation Based
on Node B
OPEN~0,
CLOSE~1
None
Enumeration Type
OPEN(open),
CLOSE(close)
DL 16QAM
Modulation
OPEN(open),
CLOSE(close)
OPEN~0,
CLOSE~1
None
HSDPA H-ARQ &
Scheduling (MAX Interval Type
C/I, RR and PF)
1~100
N/A
%
HSDPA Power
Control
0~99
N/A
None
Enumeration Type
Interval Type
Downlink
Enhanced
CELL_FACH
Interval Type
0~10
N/A
None
HSDPA H-ARQ &
Scheduling (MAX Interval Type
C/I, RR and PF)
0~10
N/A
None
HSDPA Power
Control
Downlink
Enhanced
CELL_FACH
CQI(CQI-based
Adaptive Power
Control),
Enumeration Type
FIXED(Fixed
Power-based
Power Control)
HSDPA Power
Control
NO_CQI_ADJ(Not
CQI Adjust
NO_CQI_ADJ~0,
Algorithm),
Enumeration Type
CQI_ADJ_BY_RB None
CQI_ADJ_BY_RB
LER~1
LER(CQI Adjusted
by RBLER)
CQI~0, FIXED~1
None
HSDPA Power
Control
NO_CQI_ADJ(Not
CQI Adjust
Algorithm),
CQI_ADJ_BY_IB
LER(CQI Adjusted
Enumeration Type
by IBLER),
CQI_ADJ_BY_DY
N_BLER(CQI
Adjusted by
Dynamic BLER)
NO_CQI_ADJ~0,
CQI_ADJ_BY_IB
LER~1,
None
CQI_ADJ_BY_DY
N_BLER~2
HSDPA H-ARQ &
Scheduling (MAX Interval Type
C/I, RR and PF)
1~50
N/A
per mill
HSDPA H-ARQ &
Scheduling (MAX Interval Type
C/I, RR and PF)
1~50
N/A
%
Traffic-Based
Activation and
Deactivation of
the
Supplementary
Carrier In Multicarrier
Enumeration Type
ON(ON),
OFF(OFF)
Performance
Improvement of
OPEN(open),
Enumeration Type
MIMO and
CLOSE(close)
HSDPA Co-carrier
ON~0, OFF~1
None
OPEN~0,
CLOSE~1
None
None
Enumeration Type
ON(ON),
OFF(OFF)
ON~0, OFF~1
None
MIMO Prime
Enumeration Type
OPEN(open),
CLOSE(close)
OPEN~0,
CLOSE~1
None
HSDPA
Scheduling Based Enumeration Type 0, 1, 2, 3
on UE Location
0~0, 1~1, 2~2,
3~3
None
None
N/A
0.25dB
Interval Type
0~40
Uplink Enhanced
CELL_FACH
Interval Type
0~10
N/A
None
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Enumeration Type
ON(ON),
OFF(OFF)
ON~0, OFF~1
None
SRB over HSDPA Interval Type
0~10
N/A
dB
HSDPA
Introduction
Package
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
HSDPA Flow
Control
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
D20(20), D40(40),
D60(60), D80(80),
D100(100),
D120(120),
D140(140),
D160(160),
D180(180),
D200(200),
D250(250),
D300(300),
D400(400),
D500(500),
Enumeration Type D750(750),
D1000(1000),
D1250(1250),
D1500(1500),
D1750(1750),
D2000(2000),
D2500(2500),
D3000(3000),
D3500(3500),
D4000(4000),
D4500(4500),
D5000(5000),
D7500(7500)
D20~0, D40~1,
D60~2, D80~3,
D100~4, D120~5,
D140~6, D160~7,
D180~8, D200~9,
D250~10,
D300~11,
D400~12,
D500~13,
D750~14,
D1000~15,
ms
D1250~16,
D1500~17,
D1750~18,
D2000~19,
D2500~20,
D3000~21,
D3500~22,
D4000~23,
D4500~24,
D5000~25,
D7500~26
None
D20(20), D40(40),
D60(60), D80(80),
D100(100),
D120(120),
D140(140),
D160(160),
D180(180),
D200(200),
D250(250),
D300(300),
D400(400),
D500(500),
Enumeration Type D750(750),
D1000(1000),
D1250(1250),
D1500(1500),
D1750(1750),
D2000(2000),
D2500(2500),
D3000(3000),
D3500(3500),
D4000(4000),
D4500(4500),
D5000(5000),
D7500(7500)
D20~0, D40~1,
D60~2, D80~3,
D100~4, D120~5,
D140~6, D160~7,
D180~8, D200~9,
D250~10,
D300~11,
D400~12,
D500~13,
D750~14,
D1000~15,
ms
D1250~16,
D1500~17,
D1750~18,
D2000~19,
D2500~20,
D3000~21,
D3500~22,
D4000~23,
D4500~24,
D5000~25,
D7500~26
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
HSDPA Power
Control
Platinum User
Prioritizing
Interval Type
0~100
N/A
%
Radio-Aware
Interval Type
Video Precedence
0~30
N/A
None
HSDPA
Introduction
Package
Interval Type
0~84000000
N/A
bit
HSDPA
Introduction
Package
Interval Type
0~65535
N/A
kbps
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Interval Type
0~5
N/A
dB
User Experience
Improvement on
APPs
Interval Type
Downlink
Enhanced
CELL_FACH
JOINTALLOC(Joi
nt Allocation),
JOINTALLOC~0,
Enumeration Type
INDALLOC(Indep INDALLOC~1
endent Allocation)
0~30
N/A
None
None
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
CQI Adjustment
Based on
Dynamic BLER
Target
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Traffic-Based
Activation and
Deactivation of
the
Supplementary
Carrier In Multicarrier
Interval Type
0~1024
N/A
kbps
Traffic-Based
Activation and
Deactivation of
the
Supplementary
Carrier In Multicarrier
Interval Type
0~1024
N/A
kbps
Traffic-Based
Activation and
Deactivation of
the
Supplementary
Carrier In Multicarrier
Interval Type
0~100
N/A
%
Traffic-Based
Activation and
Deactivation of
the
Supplementary
Carrier In Multicarrier
Interval Type
0~100
N/A
%
HSDPA H-ARQ &
OFF(OFF),
Scheduling (MAX Enumeration Type
ON(ON)
C/I, RR and PF)
OFF~0, ON~1
None
EPF and GBROFF(OFF),
Enumeration Type
based scheduling
ON(ON)
OFF~0, ON~1
None
Dynamic Code
Allocation Based
on NodeB
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
HSDPA
Introduction
Package
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
DC-HSDPA
DB-HSDPA
Flexible Dual
Carrier HSDPA
3C-HSDPA
Interval Type
0~15
HSDPA H-ARQ &
OFF(OFF),
Scheduling (MAX Enumeration Type
ON(ON)
C/I, RR and PF)
N/A
dB
OFF~0, ON~1
None
Machine Learning
Interval Type
based Scheduling
0~50
N/A
None
None
0~268435455
N/A
None
Interval Type
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
Scheduling based
Interval Type
on EPF and GBR
1~100
N/A
%
None
Interval Type
0~4294967295
N/A
None
Extended Cell
Coverage up to
200km
String Type
1~31 characters
N/A
None
None
PERFFIRST(Han
dover
Performance First PERFFIRST~1,
Enumeration Type
Rule),
CAPAFIRST~2
CAPAFIRST(Cap
acity First Rule)
None
Enumeration Type
ON(ON),
OFF(OFF)
ON~0, OFF~1
None
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Enumeration Type
ON(ON),
OFF(OFF)
ON~0, OFF~1
None
None
Enumeration Type
ON(ON),
OFF(OFF)
ON~0, OFF~1
None
OPEN~0,
CLOSE~1
None
Intelligently Out of
OPEN(Open),
Enumeration Type
Service
CLOSE(Close)
Intelligently Out of
Interval Type
Service
1~20
N/A
0.5dB
Intelligently Out of
Interval Type
Service
1~5
N/A
100ms
None
Interval Type
0~255
N/A
min
None
Interval Type
0~255
N/A
min
OFF~0, ON~1
None
Energy Efficiency
OFF(OFF),
Enumeration Type
Improved
ON(ON)
Energy Efficiency
Interval Type
Improved
0~23
N/A
None
Energy Efficiency
Interval Type
Improved
0~23
N/A
None
None
0~268435455
N/A
None
Interval Type
Sleeping Cell
Detection and
Recovery
Interval Type
0~72
N/A
h
Sleeping Cell
Detection and
Recovery
Interval Type
0~72
N/A
h
Sleeping Cell
Detection and
Recovery
NONE(No
Operation),
CELLRESTART(C
ell
Reestablishment),
CELLRFMODULE
RESET(Cellrelated RF
Enumeration Type Module Restart),
BBRESOURCER
ESET(IntraBaseband Board
Resource
Restart),
BBOARDRESET(
Baseband Board
Restart)
NONE~0,
CELLRESTART~
1,
CELLRFMODULE
RESET~2,
None
BBRESOURCER
ESET~5,
BBOARDRESET~
6
OCNS
Interval Type
0~100
N/A
None
OCNS
Interval Type
0~100
N/A
None
OCNS
Interval Type
0~100
N/A
None
OCNS
Interval Type
1~99
N/A
None
OCNS
Interval Type
0~4294967295
N/A
None
None
None
None
Bit Field Type
Bit Field Type
Bit Field Type
NodeB Resource
Block),
CELLRESBLK(Ce
ll Resource
Block),
BRDRESBLK(Boa
rd Resource
Block),
BBINFOBLK1(BB
Information Block
1),
BBINFOBLK2(BB
Information Block
2),
TRANINFOBLK(T
ransmission
Information
Block),
CQIBLK(Cell
CQI
LK1(HSDPA User
Quality
Information Block
1),
DPAUSERINFOB
LK2(HSDPA User
Information Block
2),
UPAUSERINFOB
LK1(HSUPA User
Information Block
1),
UPAUSERINFOB
LK2(HSUPA User
Information Block
2),
R99USERINFOB
LK1(R99 User
Information Block
1),
R99USERINFOB
LK2(R99 User
1),
Information Block
DPACELLPRDBL
K2(DPA Cell
Period
Information Block
2),
UPACELLPRDBL
K1(UPA Cell
Period
Information Block
1),
UPACELLPRDBL
K2(UPA Cell
Period
Information Block
2),
R99CELLPRDBL
K1(R99 Cell
Period
Information Block
1),
R99CELLPRDBL
NODEBRESBLK~
0,
CELLRESBLK~1,
BRDRESBLK~2,
None
BBINFOBLK1~3,
BBINFOBLK2~4,
TRANINFOBLK~5
, CQIBLK~6
DPAUSERINFOB
LK1~0,
DPAUSERINFOB
LK2~1,
UPAUSERINFOB
LK1~2,
None
UPAUSERINFOB
LK2~3,
R99USERINFOB
LK1~4,
R99USERINFOB
LK2~5
DPACELLPRDBL
K1~0,
DPACELLPRDBL
K2~1,
UPACELLPRDBL
K1~2,
None
UPACELLPRDBL
K2~3,
R99CELLPRDBL
K1~4,
R99CELLPRDBL
K2~5
HSDPA L2 Period
Information Block
1),
DPAL2PRDBLK2(
HSDPA L2 Period
Information Block
2),
UPAL2PRDBLK1(
HSUPA L2 Period
Information Block
1),
UPAL2PRDBLK2(
HSUPA L2 Period
Information Block
2),
R99ULUSERPRD
BLK1(R99 Uplink
Period
Information Block
1),
DPAL2PRDBLK3(
HSDPA L2 Period
Information Block
3),
UPAL2PRDBLK3(
HSUPA L2 Period
Information Block
DPAL2PRDBLK1
~0,
DPAL2PRDBLK2
~1,
UPAL2PRDBLK1
~2,
UPAL2PRDBLK2
None
~3,
R99ULUSERPRD
BLK1~4,
DPAL2PRDBLK3
~5,
UPAL2PRDBLK3
~6
None
Bit Field Type
None
500~500,
1000~1000,
1500~1500,
500, 1000, 1500, 2000~2000,
2000, 2500, 3000, 2500~2500,
Enumeration Type
3500, 4000, 4500, 3000~3000,
5000
3500~3500,
4000~4000,
4500~4500,
5000~5000
kbps
None
200~200,
300~300,
400~400,
500~500,
100, 200, 300,
600~600,
400, 500, 600,
700~700,
Enumeration Type 700, 800, 900,
800~800,
1000, 1100, 1200, 900~900,
1300, 1400, 1500 1000~1000,
1100~1100,
1200~1200,
1300~1300,
1400~1400,
kbps
Improvement of
User Experience
in Low Traffic
Service
Interval Type
100byte
0~30
N/A
Improvement of
User Experience
in Low Traffic
Service
Interval Type
0~30
N/A
100byte
Improvement of
User Experience
in Low Traffic
Service
Interval Type
0~30
N/A
100byte
Improvement of
User Experience
in Low Traffic
Service
Interval Type
0~30
N/A
100byte
Improvement of
User Experience
in Low Traffic
Service
Interval Type
0~30
N/A
100byte
Improvement of
User Experience
in Low Traffic
Service
Interval Type
0~30
N/A
100byte
Improvement of
User Experience
in Low Traffic
Service
Interval Type
0~15
N/A
None
Improvement of
User Experience
in Low Traffic
Service
Interval Type
0~19950
N/A
bit
Improvement of
User Experience
in Low Traffic
Service
Interval Type
0~22996
N/A
bit
License
Management
Interval Type
50~100
N/A
%
License
Management
Interval Type
1~65535
N/A
min
License
Management
Interval Type
49~99
N/A
%
License
Management
Interval Type
1~65535
N/A
min
None
Interval Type
0~268435455
N/A
None
Admission Control Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Admission Control Interval Type
0~120
N/A
%
Admission Control Interval Type
0~100
N/A
%
Admission Control Interval Type
0~200
N/A
%
None
Bit Field Type
ved Switch 7),
RSVDBIT8(Reser
ved Switch 8),
RSVDBIT9(Reser
ved Switch 9),
RSVDBIT10(Rese
rved Switch 10),
RSVDBIT11(Rese
rved Switch 11),
RSVDBIT12(Rese
rved Switch 12),
RSVDBIT13(Rese
rved Switch 13),
RSVDBIT14(Rese
rved Switch 14),
RSVDBIT15(Rese
rved Switch 15),
RSVDBIT16(Rese
rved Switch 16),
RSVDBIT17(Rese
rved Switch 17),
RSVDBIT18(Rese
rved Switch 18),
RSVDBIT19(Rese
rved Switch 19),
RSVDBIT20(Rese
rved Switch 20),
RSVDBIT21(Rese
rved Switch 21),
RSVDBIT22(Rese
rved Switch 22),
RSVDBIT23(Rese
rved Switch 23),
RSVDBIT24(Rese
rved Switch 24),
RSVDBIT25(Rese
rved Switch 25),
RSVDBIT26(Rese
RSVDBIT1~0,
RSVDBIT2~1,
RSVDBIT3~2,
RSVDBIT4~3,
RSVDBIT5~4,
RSVDBIT6~5,
RSVDBIT7~6,
RSVDBIT8~7,
RSVDBIT9~8,
RSVDBIT10~9,
RSVDBIT11~10,
RSVDBIT12~11,
RSVDBIT13~12,
RSVDBIT14~13,
RSVDBIT15~14,
RSVDBIT16~15,
RSVDBIT17~16,
RSVDBIT18~17,
RSVDBIT19~18,
RSVDBIT20~19,
RSVDBIT21~20,
RSVDBIT22~21,
RSVDBIT23~22,
RSVDBIT24~23,
RSVDBIT25~24,
RSVDBIT26~25,
RSVDBIT27~26,
RSVDBIT28~27,
RSVDBIT29~28,
RSVDBIT30~29,
RSVDBIT31~30,
RSVDBIT32~31
None
None
Bit Field Type
ved Switch 7),
RSVDBIT8(Reser
ved Switch 8),
RSVDBIT9(Reser
ved Switch 9),
RSVDBIT10(Rese
rved Switch 10),
RSVDBIT11(Rese
rved Switch 11),
RSVDBIT12(Rese
rved Switch 12),
RSVDBIT13(Rese
rved Switch 13),
RSVDBIT14(Rese
rved Switch 14),
RSVDBIT15(Rese
rved Switch 15),
RSVDBIT16(Rese
rved Switch 16),
RSVDBIT17(Rese
rved Switch 17),
RSVDBIT18(Rese
rved Switch 18),
RSVDBIT19(Rese
rved Switch 19),
RSVDBIT20(Rese
rved Switch 20),
RSVDBIT21(Rese
rved Switch 21),
RSVDBIT22(Rese
rved Switch 22),
RSVDBIT23(Rese
rved Switch 23),
RSVDBIT24(Rese
rved Switch 24),
RSVDBIT25(Rese
rved Switch 25),
RSVDBIT26(Rese
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
RSVDBIT1~0,
RSVDBIT2~1,
RSVDBIT3~2,
RSVDBIT4~3,
RSVDBIT5~4,
RSVDBIT6~5,
RSVDBIT7~6,
RSVDBIT8~7,
RSVDBIT9~8,
RSVDBIT10~9,
RSVDBIT11~10,
RSVDBIT12~11,
RSVDBIT13~12,
RSVDBIT14~13,
RSVDBIT15~14,
RSVDBIT16~15,
RSVDBIT17~16,
RSVDBIT18~17,
RSVDBIT19~18,
RSVDBIT20~19,
RSVDBIT21~20,
RSVDBIT22~21,
RSVDBIT23~22,
RSVDBIT24~23,
RSVDBIT25~24,
RSVDBIT26~25,
RSVDBIT27~26,
RSVDBIT28~27,
RSVDBIT29~28,
RSVDBIT30~29,
RSVDBIT31~30,
RSVDBIT32~31
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
Bit Field Type
ved Switch 7),
RSVDBIT8(Reser
ved Switch 8),
RSVDBIT9(Reser
ved Switch 9),
RSVDBIT10(Rese
rved Switch 10),
RSVDBIT11(Rese
rved Switch 11),
RSVDBIT12(Rese
rved Switch 12),
RSVDBIT13(Rese
rved Switch 13),
RSVDBIT14(Rese
rved Switch 14),
RSVDBIT15(Rese
rved Switch 15),
RSVDBIT16(Rese
rved Switch 16),
RSVDBIT17(Rese
rved Switch 17),
RSVDBIT18(Rese
rved Switch 18),
RSVDBIT19(Rese
rved Switch 19),
RSVDBIT20(Rese
rved Switch 20),
RSVDBIT21(Rese
rved Switch 21),
RSVDBIT22(Rese
rved Switch 22),
RSVDBIT23(Rese
rved Switch 23),
RSVDBIT24(Rese
rved Switch 24),
RSVDBIT25(Rese
rved Switch 25),
RSVDBIT26(Rese
RSVDBIT1~0,
RSVDBIT2~1,
RSVDBIT3~2,
RSVDBIT4~3,
RSVDBIT5~4,
RSVDBIT6~5,
RSVDBIT7~6,
RSVDBIT8~7,
RSVDBIT9~8,
RSVDBIT10~9,
RSVDBIT11~10,
RSVDBIT12~11,
RSVDBIT13~12,
RSVDBIT14~13,
RSVDBIT15~14,
RSVDBIT16~15,
RSVDBIT17~16,
RSVDBIT18~17,
RSVDBIT19~18,
RSVDBIT20~19,
RSVDBIT21~20,
RSVDBIT22~21,
RSVDBIT23~22,
RSVDBIT24~23,
RSVDBIT25~24,
RSVDBIT26~25,
RSVDBIT27~26,
RSVDBIT28~27,
RSVDBIT29~28,
RSVDBIT30~29,
RSVDBIT31~30,
RSVDBIT32~31
None
None
None
Bit Field Type
ved Switch 7),
RSVDBIT8(Reser
ved Switch 8),
RSVDBIT9(Reser
ved Switch 9),
RSVDBIT10(Rese
rved Switch 10),
RSVDBIT11(Rese
rved Switch 11),
RSVDBIT12(Rese
rved Switch 12),
RSVDBIT13(Rese
rved Switch 13),
RSVDBIT14(Rese
rved Switch 14),
RSVDBIT15(Rese
rved Switch 15),
RSVDBIT16(Rese
rved Switch 16),
RSVDBIT17(Rese
rved Switch 17),
RSVDBIT18(Rese
rved Switch 18),
RSVDBIT19(Rese
rved Switch 19),
RSVDBIT20(Rese
rved Switch 20),
RSVDBIT21(Rese
rved Switch 21),
RSVDBIT22(Rese
rved Switch 22),
RSVDBIT23(Rese
rved Switch 23),
RSVDBIT24(Rese
rved Switch 24),
RSVDBIT25(Rese
rved Switch 25),
RSVDBIT26(Rese
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
RSVDBIT1~0,
RSVDBIT2~1,
RSVDBIT3~2,
RSVDBIT4~3,
RSVDBIT5~4,
RSVDBIT6~5,
RSVDBIT7~6,
RSVDBIT8~7,
RSVDBIT9~8,
RSVDBIT10~9,
RSVDBIT11~10,
RSVDBIT12~11,
RSVDBIT13~12,
RSVDBIT14~13,
RSVDBIT15~14,
RSVDBIT16~15,
RSVDBIT17~16,
RSVDBIT18~17,
RSVDBIT19~18,
RSVDBIT20~19,
RSVDBIT21~20,
RSVDBIT22~21,
RSVDBIT23~22,
RSVDBIT24~23,
RSVDBIT25~24,
RSVDBIT26~25,
RSVDBIT27~26,
RSVDBIT28~27,
RSVDBIT29~28,
RSVDBIT30~29,
RSVDBIT31~30,
RSVDBIT32~31
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~268435455
N/A
None
None
Bit Field Type
ved Switch 7),
RSVDBIT8(Reser
ved Switch 8),
RSVDBIT9(Reser
ved Switch 9),
RSVDBIT10(Rese
rved Switch 10),
RSVDBIT11(Rese
rved Switch 11),
RSVDBIT12(Rese
rved Switch 12),
RSVDBIT13(Rese
rved Switch 13),
RSVDBIT14(Rese
rved Switch 14),
RSVDBIT15(Rese
rved Switch 15),
RSVDBIT16(Rese
rved Switch 16),
RSVDBIT17(Rese
rved Switch 17),
RSVDBIT18(Rese
rved Switch 18),
RSVDBIT19(Rese
rved Switch 19),
RSVDBIT20(Rese
rved Switch 20),
RSVDBIT21(Rese
rved Switch 21),
RSVDBIT22(Rese
rved Switch 22),
RSVDBIT23(Rese
rved Switch 23),
RSVDBIT24(Rese
rved Switch 24),
RSVDBIT25(Rese
rved Switch 25),
RSVDBIT26(Rese
RSVDBIT1~0,
RSVDBIT2~1,
RSVDBIT3~2,
RSVDBIT4~3,
RSVDBIT5~4,
RSVDBIT6~5,
RSVDBIT7~6,
RSVDBIT8~7,
RSVDBIT9~8,
RSVDBIT10~9,
RSVDBIT11~10,
RSVDBIT12~11,
RSVDBIT13~12,
RSVDBIT14~13,
RSVDBIT15~14,
RSVDBIT16~15,
RSVDBIT17~16,
RSVDBIT18~17,
RSVDBIT19~18,
RSVDBIT20~19,
RSVDBIT21~20,
RSVDBIT22~21,
RSVDBIT23~22,
RSVDBIT24~23,
RSVDBIT25~24,
RSVDBIT26~25,
RSVDBIT27~26,
RSVDBIT28~27,
RSVDBIT29~28,
RSVDBIT30~29,
RSVDBIT31~30,
RSVDBIT32~31
None
None
Bit Field Type
ved Switch 7),
RSVDBIT8(Reser
ved Switch 8),
RSVDBIT9(Reser
ved Switch 9),
RSVDBIT10(Rese
rved Switch 10),
RSVDBIT11(Rese
rved Switch 11),
RSVDBIT12(Rese
rved Switch 12),
RSVDBIT13(Rese
rved Switch 13),
RSVDBIT14(Rese
rved Switch 14),
RSVDBIT15(Rese
rved Switch 15),
RSVDBIT16(Rese
rved Switch 16),
RSVDBIT17(Rese
rved Switch 17),
RSVDBIT18(Rese
rved Switch 18),
RSVDBIT19(Rese
rved Switch 19),
RSVDBIT20(Rese
rved Switch 20),
RSVDBIT21(Rese
rved Switch 21),
RSVDBIT22(Rese
rved Switch 22),
RSVDBIT23(Rese
rved Switch 23),
RSVDBIT24(Rese
rved Switch 24),
RSVDBIT25(Rese
rved Switch 25),
RSVDBIT26(Rese
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
RSVDBIT1~0,
RSVDBIT2~1,
RSVDBIT3~2,
RSVDBIT4~3,
RSVDBIT5~4,
RSVDBIT6~5,
RSVDBIT7~6,
RSVDBIT8~7,
RSVDBIT9~8,
RSVDBIT10~9,
RSVDBIT11~10,
RSVDBIT12~11,
RSVDBIT13~12,
RSVDBIT14~13,
RSVDBIT15~14,
RSVDBIT16~15,
RSVDBIT17~16,
RSVDBIT18~17,
RSVDBIT19~18,
RSVDBIT20~19,
RSVDBIT21~20,
RSVDBIT22~21,
RSVDBIT23~22,
RSVDBIT24~23,
RSVDBIT25~24,
RSVDBIT26~25,
RSVDBIT27~26,
RSVDBIT28~27,
RSVDBIT29~28,
RSVDBIT30~29,
RSVDBIT31~30,
RSVDBIT32~31
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
Bit Field Type
ved Switch 7),
RSVDBIT8(Reser
ved Switch 8),
RSVDBIT9(Reser
ved Switch 9),
RSVDBIT10(Rese
rved Switch 10),
RSVDBIT11(Rese
rved Switch 11),
RSVDBIT12(Rese
rved Switch 12),
RSVDBIT13(Rese
rved Switch 13),
RSVDBIT14(Rese
rved Switch 14),
RSVDBIT15(Rese
rved Switch 15),
RSVDBIT16(Rese
rved Switch 16),
RSVDBIT17(Rese
rved Switch 17),
RSVDBIT18(Rese
rved Switch 18),
RSVDBIT19(Rese
rved Switch 19),
RSVDBIT20(Rese
rved Switch 20),
RSVDBIT21(Rese
rved Switch 21),
RSVDBIT22(Rese
rved Switch 22),
RSVDBIT23(Rese
rved Switch 23),
RSVDBIT24(Rese
rved Switch 24),
RSVDBIT25(Rese
rved Switch 25),
RSVDBIT26(Rese
RSVDBIT1~0,
RSVDBIT2~1,
RSVDBIT3~2,
RSVDBIT4~3,
RSVDBIT5~4,
RSVDBIT6~5,
RSVDBIT7~6,
RSVDBIT8~7,
RSVDBIT9~8,
RSVDBIT10~9,
RSVDBIT11~10,
RSVDBIT12~11,
RSVDBIT13~12,
RSVDBIT14~13,
RSVDBIT15~14,
RSVDBIT16~15,
RSVDBIT17~16,
RSVDBIT18~17,
RSVDBIT19~18,
RSVDBIT20~19,
RSVDBIT21~20,
RSVDBIT22~21,
RSVDBIT23~22,
RSVDBIT24~23,
RSVDBIT25~24,
RSVDBIT26~25,
RSVDBIT27~26,
RSVDBIT28~27,
RSVDBIT29~28,
RSVDBIT30~29,
RSVDBIT31~30,
RSVDBIT32~31
None
None
None
Bit Field Type
ved Switch 7),
RSVDBIT8(Reser
ved Switch 8),
RSVDBIT9(Reser
ved Switch 9),
RSVDBIT10(Rese
rved Switch 10),
RSVDBIT11(Rese
rved Switch 11),
RSVDBIT12(Rese
rved Switch 12),
RSVDBIT13(Rese
rved Switch 13),
RSVDBIT14(Rese
rved Switch 14),
RSVDBIT15(Rese
rved Switch 15),
RSVDBIT16(Rese
rved Switch 16),
RSVDBIT17(Rese
rved Switch 17),
RSVDBIT18(Rese
rved Switch 18),
RSVDBIT19(Rese
rved Switch 19),
RSVDBIT20(Rese
rved Switch 20),
RSVDBIT21(Rese
rved Switch 21),
RSVDBIT22(Rese
rved Switch 22),
RSVDBIT23(Rese
rved Switch 23),
RSVDBIT24(Rese
rved Switch 24),
RSVDBIT25(Rese
rved Switch 25),
RSVDBIT26(Rese
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
RSVDBIT1~0,
RSVDBIT2~1,
RSVDBIT3~2,
RSVDBIT4~3,
RSVDBIT5~4,
RSVDBIT6~5,
RSVDBIT7~6,
RSVDBIT8~7,
RSVDBIT9~8,
RSVDBIT10~9,
RSVDBIT11~10,
RSVDBIT12~11,
RSVDBIT13~12,
RSVDBIT14~13,
RSVDBIT15~14,
RSVDBIT16~15,
RSVDBIT17~16,
RSVDBIT18~17,
RSVDBIT19~18,
RSVDBIT20~19,
RSVDBIT21~20,
RSVDBIT22~21,
RSVDBIT23~22,
RSVDBIT24~23,
RSVDBIT25~24,
RSVDBIT26~25,
RSVDBIT27~26,
RSVDBIT28~27,
RSVDBIT29~28,
RSVDBIT30~29,
RSVDBIT31~30,
RSVDBIT32~31
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
Configuration
Management
Interval Type
0~268435455
N/A
None
Configuration
Management
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Configuration
Management
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Uplink Flow
Control of User
Plane
Enumeration Type
OPEN(Open),
CLOSE(Close)
OPEN~0,
CLOSE~1
None
None
Enumeration Type
0, 12, 24, 36, 48,
60
0~0, 12~12,
24~24, 36~36,
48~48, 60~60
s
None
Interval Type
1~128
N/A
None
High Speed
Access
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
DPCH Maximum
OFF(OFF),
Enumeration Type
Power Restriction
ON(ON)
OFF~0, ON~1
None
DLLIGHTSTATE(
DLLIGHTSTATE),
DLNORMALSTAT
E(DLNORMALST
ATE),
DLLOADEDSTAT
DPCH Maximum
E(DLLOADEDSTA
Enumeration Type
Power Restriction
TE),
DLHEAVYSTATE(
DLHEAVYSTATE)
,
DLOVERLOADST
ATE(DLOVERLO
ADSTATE)
DLLIGHTSTATE~
0,
DLNORMALSTAT
E~1,
DLLOADEDSTAT
None
E~2,
DLHEAVYSTATE
~3,
DLOVERLOADST
ATE~4
None
N/A
Interval Type
0~60
dB
Uplink Control
Channel OLPC
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Uplink Control
Channel OLPC
Interval Type
0~100
N/A
%
Uplink Control
Channel OLPC
Interval Type
0~100
N/A
%
DPCH Power
OFF(OFF),
Control Based on Enumeration Type
ON(ON)
Radio Quality
OFF~0, ON~1
None
DLLIGHTSTATE(
DLLIGHTSTATE),
DLNORMALSTAT
E(DLNORMALST
ATE),
DLLOADEDSTAT
DPCH Power
E(DLLOADEDSTA
Control Based on Enumeration Type
TE),
Radio Quality
DLHEAVYSTATE(
DLHEAVYSTATE)
,
DLOVERLOADST
ATE(DLOVERLO
ADSTATE)
DLLIGHTSTATE~
0,
DLNORMALSTAT
E~1,
DLLOADEDSTAT
None
E~2,
DLHEAVYSTATE
~3,
DLOVERLOADST
ATE~4
DPCH Power
Control Based on Interval Type
Radio Quality
0~150
HSDPA Inter-Cell
OFF(OFF),
Enumeration Type
Power Sharing
ON(ON)
N/A
0.1dB
OFF~0, ON~1
None
Dynamic Power
Sharing in MultiCarriers
Interval Type
HSDPA Inter-Cell
Power Sharing
10~50
N/A
%
Dynamic Power
Sharing in MultiCarriers
Interval Type
HSDPA Inter-Cell
Power Sharing
1~50
N/A
%
SRB over HSDPA Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
0~100,255
N/A
%
Interval Type
Turbo IC Phase2
Interval Type
0~20
N/A
dB
Dynamic Power
Sharing in MultiCarriers
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
HSDPA Inter-Cell
OFF(OFF),
Enumeration Type
Power Sharing
ON(ON)
OFF~0, ON~1
None
DPCH TPC
OFF(OFF),
Enumeration Type
Power Adjustment
ON(ON)
OFF~0, ON~1
None
HSDPA
Introduction
Package
Interval Type
0~42000
N/A
kbps
HSDPA Power
Margin
Cancellation
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
DPCH Power
OFF(OFF),
Control Based on Enumeration Type
ON(ON)
Radio Quality
OFF~0, ON~1
None
HSUPA HARQ
and Fast UL
Scheduling in
NodeB
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
DPCH Power
OFF(OFF),
Control Based on Enumeration Type
ON(ON)
Radio Quality
OFF~0, ON~1
None
DPCH Power
Control Based on Interval Type
Radio Quality
0~150
N/A
0.1dB
Voice Coverage
Improvement by
Advanced
Demodulation
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
SRB over HSDPA Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Turbo IC
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
AMR Voice
Quality
Improvement
Based on PLVA
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Inter-NodeB
Uplink CoMP
(Joint Reception)
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
HSDPA
Introduction
Package
None
Enumeration Type
OFF(OFF),
ON(ON)
Bit Field Type
UNSTABLEUSER
SCHOPTSW(Unst
UNSTABLEUSER
able UE HSDPA
None
SCHOPTSW~0
Schedule Opt
Switch)
OFF~0, ON~1
None
UMTS 4T Beam
Optimization
4T4P_0132(4T4P
_0132),
4T4P_0132~0,
4T4P_0123(4T4P
Enumeration Type
4T4P_0123~1,
_0123),
4T4P_0213~2
4T4P_0213(4T4P
_0213)
Machine Learning
based PCPICH
OFF(OFF),
Enumeration Type
Power
ON(ON)
Optimization
OFF~0, ON~1
None
None
None
String Type
1~64 characters
N/A
None
None
Interval Type
1~255
N/A
None
None
String Type
0~64 characters
N/A
None
None
String Type
0~256 characters N/A
None
0~65535
None
Uplink CoMP
(Joint Reception)
Interval Type
based on
Coordinated BBU
N/A
None
String Type
0~128 characters N/A
None
Flow Control
Interval Type
10~100
N/A
%
Flow Control
Interval Type
1~13107
N/A
5s
Flow Control
Interval Type
0~100
N/A
%
Flow Control
Interval Type
1~13107
N/A
5s
None
Interval Type
0~268435455
N/A
None
Virtual CPC
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
UL 16QAM
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
UL Layer 2
Improvement
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DL
64QAM+MIMO
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
HSUPA FDE
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
HSUPA UL
Interference
Cancellation
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DC-HSDPA
DC-HSUPA
DISABLE(Disable
),
ENABLE(Enable),
Enumeration Type DEGRADE(Degra
de),
NOTCONFIGURE
D(Not Configured)
DISABLE~0,
ENABLE~1,
DEGRADE~2,
None
NOTCONFIGURE
D~3
None
Interval Type
N/A
0~4294967295
None
None
UNBLOCKED(Un
blocked),
SHUTTINGDOW
N(Shutting Down),
Enumeration Type
BLOCKED(Blocke
d),
UNKNOWN(Unkn
own Status)
UNBLOCKED~0,
SHUTTINGDOW
N~1,
None
BLOCKED~2,
UNKNOWN~3
Flexible Dual
Carrier HSDPA
DISABLE(Disable
),
ENABLE(Enable),
Enumeration Type DEGRADE(Degra
de),
NOTCONFIGURE
D(Not Configured)
DISABLE~0,
ENABLE~1,
DEGRADE~2,
None
NOTCONFIGURE
D~3
None
ENABLE(Enabled
),
ENABLE~0,
Enumeration Type
DISABLE(Disable DISABLE~1
)
None
NOTDIVERSITY(
Not Diversity),
NOTDIVERSITY~
Enumeration Type
None
DIVERSITY(Diver 0, DIVERSITY~1
sity)
None
Compound Type
None
N/A
DISABLE(Disable
),
DISABLE~0,
HSUPA Time
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
Division Schedule
e),
DEGRADE~2
DEGRADE(Degra
de)
None
None
None
None
Interval Type
150~200000
N/A
m
E-DPCCH
Boosting
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
E-DPCCH
Boosting
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
None
Interval Type
m
0~200000
N/A
Control Channel
Parallel
Interference
Cancellation
(Phase 2)
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
License
Management
NORMAL_CELL(
Normal Cell),
NORMAL_CELL~
Enumeration Type
None
TRIAL_CELL(Trial 0, TRIAL_CELL~1
Cell)
None
2×2 MIMO
DISABLE(Disable
),
DISABLE~0,
Enumeration Type
AVAILABLE(Enabl AVAILABLE~1
e)
DC-HSDPA
DC-HSUPA
DB-HSDPA
4C-HSDPA
3C-HSDPA
Flexible Dual
Carrier HSDPA
MCHSDPA+MIMO
DBHSDPA+MIMO
DCHSDPA+MIMO
DISABLE(Disable
),
ENABLE(Enable),
Enumeration Type DEGRADE(Degra
de),
NOTCONFIGURE
D(Not Configured)
None
DISABLE~0,
ENABLE~1,
DEGRADE~2,
None
NOTCONFIGURE
D~3
Coverage
FALSE(FALSE),
Expansion Under Enumeration Type
TRUE(TRUE)
Interference
FALSE~0,
TRUE~1
None
DISABLE(Disable
),
Coverage
DISABLE~0,
AVAILABLE(Enabl
Expansion Under Enumeration Type
AVAILABLE~1,
e),
Interference
DEGRADE~2
DEGRADE(Degra
de)
None
None
None
Interval Type
0~23
N/A
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DISABLE(Disable
),
AMR-WB
DISABLE~0,
AVAILABLE(Enabl
(Adaptive Multi
Enumeration Type
AVAILABLE~1,
e),
Rate Wide Band)
DEGRADE~2
DEGRADE(Degra
de)
None
Virtual CPC
Precise Channel
FALSE(FALSE),
Estimation for
Enumeration Type
TRUE(TRUE)
HSUPA 2 ms UEs
FALSE~0,
TRUE~1
None
DISABLE(Disable
),
Precise Channel
DISABLE~0,
AVAILABLE(Enabl
Estimation for
Enumeration Type
AVAILABLE~1,
e),
HSUPA 2 ms UEs
DEGRADE~2
DEGRADE(Degra
de)
None
None
None
Interval Type
0~23
N/A
DISABLE(Disable
),
DISABLE~0,
DPCH TPC
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
Power Adjustment
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Inter-NodeB
Uplink CoMP
(Joint Reception)
Enumeration Type
None
Inter-NodeB
Uplink CoMP
(Joint Reception)
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
Enumeration Type
HSDPA Power
Margin
Cancellation
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
None
Moving Speedbased Adaptive
Demodulation
Enumeration Type
Moving Speedbased Adaptive
Demodulation
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
None
Narrowband
Interference
Suppression
Enumeration Type
None
UNSPECIFIED(U
NSPECIFIED),
5000(5000),
4800(4800),
Enumeration Type 4600(4600),
4400(4400),
4200(4200),
4000(4000),
3800(3800)
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
UNSPECIFIED~0,
5000~1, 4800~2,
4600~3, 4400~4, kHz
4200~5, 4000~6,
3800~7
4C-HSDPA
3C-HSDPA
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
DL64QAM
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
Inter-Dependence
BBUNITIDLISTTY
of BBU Uplink
0~5
PE[]
Resource
N/A
None
Inter-Dependence
of BBU Uplink
Interval Type
Resource
N/A
None
FALSE~0,
TRUE~1
None
0~255
Static
Desensitization
FALSE(FALSE),
Enumeration Type
Based Multi RRUs
TRUE(TRUE)
in One Cell
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Static
Desensitization
Enumeration Type
Based Multi RRUs
in One Cell
CPC-DTX/DRX
Control Channel
Parallel
Interference
Cancellation
(Phase 4)
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Adaptive
Interference
Rejection
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
None
FALSE~0,
TRUE~1
Adaptive
Interference
Rejection
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Inter-NodeB HSDPCCH CoMP
(Joint Reception)
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
None
FALSE~0,
TRUE~1
Inter-NodeB HSDPCCH
CoMP(Joint
Reception)
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Voice Coverage
Improvement by
Advanced
Demodulation
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
AMR
Transmission
Bandwidth
Compress
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
Uplink Super
Narrow Band
Filter
GU@5MHz
Phase 2
NOTSUPPORT(N
ot Support),
NOTSUPPORT~0
2200(2200),
Enumeration Type
, 2200~1, 2600~2, kHz
2600(2600),
3000~3, 3400~4
3000(3000),
3400(3400)
None
Uplink Super
Narrow Band
Filter
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
NOTSUPPORT(N
ot Support),
STATICBANDWID
Downlink Adaptive
TH(Static
Enumeration Type
Band-Pass Filter
Bandwidth),
DYNAMICBAND
WIDTH(Dynamic
Bandwidth)
None
NOTSUPPORT~0
,
STATICBANDWID
None
TH~1,
DYNAMICBAND
WIDTH~2
DISABLE(Disable
),
DISABLE~0,
Downlink Adaptive
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
Band-Pass Filter
e),
DEGRADE~2
DEGRADE(Degra
de)
None
UMTS Target RoT
Adjustment Based
FALSE(FALSE),
Enumeration Type
on GSM Radio
TRUE(TRUE)
Quality
None
FALSE~0,
TRUE~1
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
UMTS Target RoT
Adjustment Based
Enumeration Type
on GSM Radio
Quality
Turbo IC
Intelligent 2T VAM Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Intelligent 2T VAM Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
AMR Voice
Quality
Improvement
Based on PLVA
DISABLE(Disable
),
4-Way Receive
DISABLE~0,
AVAILABLE(Enabl
Diversity by Inter- Enumeration Type
AVAILABLE~1,
e),
Band Assistance
DEGRADE~2
DEGRADE(Degra
de)
None
DISABLE(Disable
4-Way Receive
),
DISABLE~0,
Diversity by Inter- Enumeration Type
AVAILABLE(Enabl AVAILABLE~1
Band Assistance
e)
None
Inter-NodeB
Uplink CoMP
(Joint Reception)
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
Dual Carriers over
FALSE(FALSE),
Enumeration Type
Narrowband
TRUE(TRUE)
FALSE~0,
TRUE~1
None
None
2×2 MIMO
FALSE(FALSE),
Transmit Diversity Enumeration Type
TRUE(TRUE)
RRU Redundancy
FALSE~0,
TRUE~1
None
Dual Carriers over
Interval Type
Narrowband
N/A
None
0~268435455
DISABLE(Disable
),
DISABLE~0,
Dual Carriers over
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
Narrowband
e),
DEGRADE~2
DEGRADE(Degra
de)
None
300(300),
500(500),
700(700),
900(900),
Dual Carriers over
Enumeration Type 1100(1100),
Narrowband
1300(1300),
1500(1500),
2500(2500),
NULL(NULL)
kHz
300~3, 500~5,
700~7, 900~9,
1100~11,
1300~13,
1500~15,
2500~25,
NULL~255
300(300),
500(500),
700(700),
900(900),
Dual Carriers over
Enumeration Type 1100(1100),
Narrowband
1300(1300),
1500(1500),
2500(2500),
NULL(NULL)
300~3, 500~5,
700~7, 900~9,
1100~11,
1300~13,
1500~15,
2500~25,
NULL~255
kHz
ULADAPTIVEBPF
ILTER(UL
Adaptive BandPass Filter),
DLADAPTIVEBPF
ILTERPERFEOPT
(DL Adaptive
Band-Pass Filter
Optimization)
ULADAPTIVEBPF
ILTER~0,
DLADAPTIVEBPF None
ILTERPERFEOPT
~1
GU@5MHz
Phase 2
Bit Field Type
GU@5MHz
Phase 2
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
GU@5MHz
Phase 2
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
GU@5MHz
Phase 2
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
GU@5MHz
Phase 2
NOTBUFZONEC
ELL(Non-BufferZone Cell),
BUFZONECELLW
ITHGSM(BufferEnumeration Type Zone Cell with
GSM),
BUFZONECELLW
ITHOUTGSM(Buff
er-Zone Cell
Without GSM)
NOTBUFZONEC
ELL~0,
BUFZONECELLW
None
ITHGSM~1,
BUFZONECELLW
ITHOUTGSM~2
Narrowband
Interference
Suppression
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
UMTS 4T Beam
Optimization
UMTS Massive
Beam 4T4R
UMTS Massive
Beam 8T8R
NOTSUPPORT(N
ot Support),
MASSIVEBEAM(
Massive Beam),
Enumeration Type NORMALBEAM(N
ormal Beam),
FOURTXBEAMO
PT(4T Beam
Optimization)
UMTS 4T Beam
Optimization
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
NOTSUPPORT~0
,
MASSIVEBEAM~
1,
None
NORMALBEAM~
2,
FOURTXBEAMO
PT~3
None
DISABLE(Disable
),
DISABLE~0,
Machine Learning
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
based Scheduling
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Supported),
NOLICENSEFAU
LT(Local Cell
UnavailableLicense Limited),
BBRESLICENSE
FAULT(Local Cell
UnavailableBaseband
Resource Fault
and License
Limited),
LICENSECELLLI
MIT1(Local Cell
UnavailableAvailable Local
Cells Reached
Upper Limit and
Enumeration Type License Limited),
BBLICENSECELL
LIMIT1(Local Cell
UnavailableBaseband
Resource Fault,
License Limited
and Available
Local Cells
Reached Upper
Limit),
RFRESANDLICE
NSEFAULT1(Loca
l Cell UnavailableRF Resource
Fault and License
Limited),
RFANDBBRESAN
DLICENSEFAULT
None
NCPCELLLIMIT~
10,
BBCELLLIMIT2~1
1,
RFRESFAULT1~1
2,
RFANDBBRESFA
ULT1~13,
RFCELLLIMIT2~1
4,
BBRFCELLLIMIT
2~15,
MAINBRDNOTSU
RPPOT~16,
NOLICENSEFAU
LT~32,
BBRESLICENSE
FAULT~33,
LICENSECELLLI
None
MIT1~34,
BBLICENSECELL
LIMIT1~35,
RFRESANDLICE
NSEFAULT1~36,
RFANDBBRESAN
DLICENSEFAULT
~37,
RFLICENSECELL
LIMIT1~38,
BBRFLICENSEC
ELLLIMIT1~39,
NCPANDLICENS
EFAULT~40,
BBRESLICENSE
FAULT2~41,
LICENSECELLLI
MIT2~42,
BBLICENSECELL
None
Interval Type
0~7
N/A
None
None
Interval Type
0~1
N/A
None
None
Interval Type
0~6
N/A
None
None
Interval Type
0~11
N/A
None
None
Interval Type
0~7
N/A
None
None
Interval Type
0~1
N/A
None
None
Interval Type
0~6
N/A
None
None
Interval Type
0~15
N/A
None
2×2 MIMO
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
None
Interval Type
0~23
N/A
None
UMTS and LTE
Dynamic Power
Sharing (UMTS)
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
UMTS and LTE
Dynamic Power
Sharing (UMTS)
DISABLE(Disable
),
AVAILABLE(Enabl
e),
Enumeration Type
GEGRADE(Degra
de),
ACTIVE(Activated
)
DISABLE~0,
AVAILABLE~1,
GEGRADE~2,
ACTIVE~3
None
None
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
UMTS Massive
Beam 8T8R
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~8
N/A
None
None
Interval Type
0~23
N/A
None
UMTS and LTE
Spectrum Sharing
(UMTS)
Interval Type
GU@5MHz
Phase 2
0~499
N/A
10kHz
UMTS and LTE
Spectrum Sharing
(UMTS)
Interval Type
GU@5MHz
Phase 2
0~499
N/A
10kHz
UMTS and LTE
Spectrum Sharing
(UMTS)
Interval Type
GU@5MHz
Phase 2
0~499
N/A
10kHz
UMTS and LTE
Spectrum Sharing
(UMTS)
Interval Type
GU@5MHz
Phase 2
0~499
N/A
10kHz
NOTSUPPORT(N
ot Support),
FIXED_BANDWI
UMTS and LTE
DTH_COMP_MO
Spectrum Sharing Enumeration Type
DE(Fixed
(UMTS)
Bandwidth
Compressed
Mode)
NOTSUPPORT~0
,
FIXED_BANDWI None
DTH_COMP_MO
DE~1
DISABLE(Disable
),
UMTS and LTE
DISABLE~0,
AVAILABLE(Enabl
Spectrum Sharing Enumeration Type
AVAILABLE~1,
e),
(UMTS)
DEGRADE~2
DEGRADE(Degra
de)
None
UMTS Massive
Beam 4T4R
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
Cell Digital
Combination and
Split
Independent
Demodulation of
Signals from
Multiple RRUs in
One Cell
NORMAL_CELL(
NORMAL_CELL),
HALFFREQ_CEL
L(HALFFREQ_CE
LL),
DIST_CELL(DIST
_CELL),
MULTIRRU_CELL
Enumeration Type
(MULTIRRU_CEL
L),
IMB_CELL(IMB_
CELL),
MIXED_MULTIRR
U_CELL(MIXED_
MULTIRRU_CELL
)
MCHSDPA+MIMO
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
None
NORMAL_CELL~
0,
HALFFREQ_CEL
L~1,
DIST_CELL~2,
None
MULTIRRU_CELL
~3, IMB_CELL~4,
MIXED_MULTIRR
U_CELL~5
FALSE~0,
TRUE~1
None
MCHSDPA+MIMO
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DBHSDPA+MIMO
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
None
FALSE~0,
TRUE~1
DBHSDPA+MIMO
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Turbo IC
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
None
FALSE~0,
TRUE~1
Turbo IC
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Uplink Enhanced
CELL_FACH
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
None
FALSE~0,
TRUE~1
Uplink Enhanced
CELL_FACH
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
None
String Type
None
Cell Digital
Combination and
Split
Independent
Demodulation of
Signals from
Multiple RRUs in
One Cell
SAMEZONE(Sam
e Zone),
SAMEZONE~0,
Enumeration Type
DIFFZONE(Differ DIFFZONE~1
ent Zone)
0~256 characters N/A
None
DB-HSDPA
DISABLE(Disable
),
ENABLE(Enable),
Enumeration Type DEGRADE(Degra
de),
NOTCONFIGURE
D(Not Configured)
DISABLE~0,
ENABLE~1,
DEGRADE~2,
None
NOTCONFIGURE
D~3
None
String Type
N/A
0~64 characters
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~500
N/A
0.1dBm
None
Interval Type
10~100
N/A
%
None
UNLIMITED(Rang
e Unlimited),
INHBOARD(From
the WBBPa and
UNLIMITED~0,
Other New
Enumeration Type
INHBOARD~1,
Boards),
INEBOARD~2
INEBOARD(From
the WBBPb and
Other New
Boards)
None
Macro & Micro
Co-carrier Uplink
Interference
Control
Interval Type
0~30
N/A
dB
High Speed
Access
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
Narrowband
Interference
Suppression
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
High Speed
Access
Enumeration Type 250, 400, 500
250~0, 400~1,
500~2
km/h
Extended Cell
Coverage up to
200km
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Downlink 64QAM Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
None
Interval Type
0~4294967295
N/A
None
UL 16QAM
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
Anti-Interference
Scheduling for
HSUPA
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Traffic-Based
Activation and
Deactivation of
the
Supplementary
Carrier In Multicarrier
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DL
64QAM+MIMO
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
None
FALSE~0,
TRUE~1
HSUPA FDE
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
UL Layer 2
Improvement
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
Uplink Enhanced
CELL_FACH
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
HSUPA UL
Interference
Cancellation
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
Uplink Enhanced
CELL_FACH
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
DCHSDPA+MIMO
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
Uplink Enhanced
CELL_FACH
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
DCHSDPA+MIMO
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Multi-Carrier
FALSE(FALSE),
Switch off Based Enumeration Type
TRUE(TRUE)
on Power Backup
FALSE~0,
TRUE~1
None
Multi-mode
Dynamic Power
Sharing(UMTS)
FALSE~0,
TRUE~1
None
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
CE Efficiency
Improvement for
HSUPA TTI 2ms
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Control Channel
Parallel
Interference
Cancellation
(Phase 3)
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
160 HSPA Users
per Cell
192 HSPA Users
per Cell
Enumeration Type
160 HSPA Users
per Cell
192 HSPA Users
per Cell
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
Interference
Rejection
Combining (IRC)
Enumeration Type
OFF(OFF),
ON(ON)
OFF(OFF),
ON(ON)
OFF~0, ON~1
OFF~0, ON~1
None
None
None
Interference
Rejection
Combining (IRC)
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Turbo IC Phase2
Enumeration Type
FALSE(FALSE),
TRUE(TRUE)
None
Turbo IC Phase2
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
FALSE~0,
TRUE~1
None
None
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
None
Enumeration Type
None
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
Enumeration Type
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
None
Performance
Improvement of
Enumeration Type
MIMO and
HSDPA Co-carrier
DISABLE(Disable
),
DISABLE~0,
AVAILABLE(Enabl
AVAILABLE~1,
e),
DEGRADE~2
DEGRADE(Degra
de)
Uplink CoMP
(Joint Reception)
Uplink CoMP
FALSE(FALSE),
Enumeration Type
(Joint Reception)
TRUE(TRUE)
Based on
Coordinated BBU
FALSE~0,
TRUE~1
None
None
None
DISABLE(Disable
),
ENABLE(Enable),
Enumeration Type DEGRADE(Degra
de),
NOTCONFIGURE
D(Not Configured)
DISABLE~0,
ENABLE~1,
DEGRADE~2,
None
NOTCONFIGURE
D~3
Performance
Improvement of
MIMO and
FALSE(FALSE),
Enumeration Type
HSDPA Co-carrier
TRUE(TRUE)
MIMO Prime
2×2 MIMO
FALSE~0,
TRUE~1
None
Macro & Micro
Co-carrier Uplink
Interference
Enumeration Type
Control
Macro-Micro DCHSDPA
MACRO(Macro
Cell),
MICRO(Micro
Cell)
MACRO~0,
MICRO~1
None
None
Enumeration Type
NCP(NCP Port),
CCP(CCP Port)
NCP~0, CCP~1
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
MASTER(MASTE
MASTER~0,
Enumeration Type R),
SLAVE~1
SLAVE(SLAVE)
None
None
Enumeration Type
NORMAL(Normal) NORMAL~0,
, FAULT(Fault)
FAULT~1
None
None
Interval Type
0~268435455
N/A
None
None
Interval Type
0~65535
N/A
None
Cell Digital
Combination and
Split
Independent
Demodulation of
Signals from
Multiple RRUs in
One Cell
Interval Type
0~500,65535
N/A
0.1dBm
NORMAL(Normal)
4-Way Receive
,
NORMAL~0,
Diversity by Inter- Enumeration Type
ASSISTANCE(As ASSISTANCE~1
Band Assistance
sistance)
None
None
None
Interval Type
0~95
N/A
DC-HSDPA
DC-HSUPA
DB-HSDPA
4C-HSDPA
3C-HSDPA
Flexible Dual
Carrier HSDPA
MCHSDPA+MIMO
DBHSDPA+MIMO
DCHSDPA+MIMO
Enumeration Type
HSDPA(HSDPA), HSDPA~0,
HSUPA(HSUPA) HSUPA~1
None
None
LOCELLIDLISTT
YPE[]
0~6
N/A
None
None
Interval Type
0~268435455
N/A
None
CE Overbooking
Interval Type
1~8
N/A
None
Control Channel
Parallel
Interference
Cancellation
(Phase 3)
Control Channel
Parallel
Interference
Cancellation
(Phase 4)
DEFAULT(CCPIC
Phase 3 and
Phase 4 OFF),
Enumeration Type CCPICPHASE3(C
CPIC Phase 3),
CCPICPHASE4(C
CPIC Phase 4)
DEFAULT~0,
CCPICPHASE3~
3,
None
CCPICPHASE4~
4
HSDPA Scheduler
OFF(OFF),
Enumeration Type
Pool
ON(ON)
OFF~0, ON~1
None
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Enumeration Type
Control Channel
Parallel
Interference
Cancellation
(Phase 2)
Control Channel
Parallel
Interference
Cancellation
(Phase 3)
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
HSUPA Adaptive
Transmission
Enumeration Type
OPEN(Open),
CLOSE(Close)
OPEN~0,
CLOSE~1
None
80~90
N/A
%
Admission Control Interval Type
HSUPA UL
Interference
Cancellation
Turbo IC
Control Channel
Parallel
Interference
Cancellation
(Phase 2)
Control Channel
Parallel
Interference
Cancellation
(Phase 3)
FULL_IC(All
board can share
IC gain),
Enumeration Type
PART_IC(Old
board can not
share IC gain)
None
Enumeration Type
None
Enumeration Type
None
LONG(48ms),
Enumeration Type MIDDLE(32ms),
SHORT(20ms)
FULL_IC~0,
PART_IC~1
None
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
LONG~0,
MIDDLE~1,
SHORT~2
None
NORMAL(Normal)
,
MANUAL_CHAIN(
Inter-Dependence
Manual Chain),
of BBU Uplink
Enumeration Type AUTO_CHAIN(Au
Resource
to Chain),
NORMAL_EXTEN
SION(Normal
Extension)
NORMAL~0,
MANUAL_CHAIN
~1,
None
AUTO_CHAIN~2,
NORMAL_EXTEN
SION~3
CE Efficiency
Improvement for
HSUPA TTI 2ms
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
CE Efficiency
Improvement for
HSUPA TTI 2ms
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
HSUPA
Introduction
Package
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
OFF(OFF),
ON(ON)
None
Enumeration Type
None
NONE(No
Operation),
CELLRESTART(C
ell
Reestablishment),
CELLRFMODULE
RESET(Cellrelated RF
Enumeration Type Module Restart),
BBRESOURCER
ESET(IntraBaseband Board
Resource
Restart),
BBOARDRESET(
Baseband Board
Restart)
OFF~0, ON~1
None
NONE~0,
CELLRESTART~
1,
CELLRFMODULE
RESET~2,
None
BBRESOURCER
ESET~5,
BBOARDRESET~
6
CE Overbooking
Interval Type
0~8
Flow Control
Enumeration Type 10(10), 100(100)
N/A
None
10~10, 100~100
ms
Flow Control
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
DC-HSDPA
DCHSDPA+MIMO
Flexible Dual
Carrier HSDPA
MCHSDPA+MIMO
OFF(OFF),
Enumeration Type
DBON(ON)
HSDPA+MIMO
DB-HSDPA
3C-HSDPA
4C-HSDPA
Macro-Micro DCHSDPA
OFF~0, ON~1
None
None
N/A
%
Interval Type
50~100
None
Interval Type
50~100
N/A
%
None
Interval Type
50~100
N/A
%
None
Interval Type
0~50
N/A
%
None
Interval Type
0~50
N/A
%
None
Interval Type
1~100
N/A
15min
None
Interval Type
1~100
N/A
15min
UMTS DL
Coverage
Optimization RF
Based
UMTS DL
Capacity
Optimization RF
Based
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Uplink Control
Channel OLPC
Interval Type
0~80
N/A
0.1dB
OFF~0, ON~1
None
HSUPA Scheduler
OFF(OFF),
Enumeration Type
Pool
ON(ON)
AUTOMATIC(AUT
Coverage
OMATIC),
AUTOMATIC~0,
Expansion Under Enumeration Type
MANUAL(MANUA MANUAL~1
Interference
L)
None
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
AMR-WB
OFF(OFF),
(Adaptive Multi
Enumeration Type
ON(ON)
Rate Wide Band)
OFF~0, ON~1
None
None
Enumeration Type
Narrowband
Interference
Suppression
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Sleeping Cell
Detection and
Recovery
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
Sleeping Cell
Detection and
Recovery
Bit Field Type
ULCOMPHYCHA
NNELDETECT(U
plink Common
Channel
Detection),
ULDEDPHYCHA
NNELDETECT(U
plink Dedicated
Channel
Detection),
DLCOMPHYCHA
NNELDETECT(D
ownlink Common
Channel
Detection),
DLDEDPHYCHA
NNELDETECT(D
ownlink Dedicated
Channel
Detection),
IUBDATADETECT
(Iub User Plane
Detection),
IUBSIGNALDETE
CT(Iub Control
Plane Detection)
ULCOMPHYCHA
NNELDETECT~0,
ULDEDPHYCHA
NNELDETECT~1,
DLCOMPHYCHA
NNELDETECT~2,
None
DLDEDPHYCHA
NNELDETECT~3,
IUBDATADETECT
~4,
IUBSIGNALDETE
CT~5
None
Bit Field Type
RFSFSSWITCH(
RF Soft Fault
Self-healing
Switch),
RFSFSDELAYSW
ITCH(RF Soft
Fault Self-healing
Delay Switch)
CPC-DTX/DRX
Enumeration Type
OFF(OFF),
ON(ON)
RFSFSSWITCH~
0,
None
RFSFSDELAYSW
ITCH~1
OFF~0, ON~1
None
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
VAM Power
Saving
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
VAM Power
Saving
Compound Type
00:00:00~23:59:5
N/A
9
None
VAM Power
Saving
Compound Type
00:00:00~23:59:5
N/A
9
None
VAM Power
Saving
Interval Type
20~45
N/A
%
VAM Power
Saving
Interval Type
20~45
N/A
%
VAM Power
Saving
DISABLE(Disable
),
DISABLE~0,
Enumeration Type
AVAILABLE(Enabl AVAILABLE~1
e)
None
VAM Power
Saving
Compound Type
00:00:00~23:59:5
N/A
9
None
HSDPA Mobility
Management
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
AUTOADJ(Adjusti
ng E-Tilt Allowed),
AUTOADJ~0,
Enumeration Type NOTAUTOADJ(A
None
NOTAUTOADJ~1
djusting E-Tilt Not
Allowed)
AMR
Transmission
Bandwidth
Compress
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Bit Field Type
BBPRESETSWIT
CH(BBP Reset
Switch),
RFRESETSWITC
H(RF Reset
Switch),
BBPRESETDELA
YSWITCH(BBP
Reset Delay
Switch),
RFRESETDELAY
SWITCH(RF
Reset Delay
Switch)
BBPRESETSWIT
CH~0,
RFRESETSWITC
H~1,
None
BBPRESETDELA
YSWITCH~2,
RFRESETDELAY
SWITCH~3
None
RRU Intelligent
Dormancy
Bit Field Type
BBRESOURCER
99USERBLERDE
T(Baseband RES
R99 User BLER
Detect),
CELLR99USERB
LERDET(Cell R99
User BLER
Detect),
BBRESOURCEU
PAUSERBLERDE
T(Baseband RES
HSUPA User
BLER Detect),
CELLUPAUSERB
LERDET(Cell
HSUPA User
BLER Detect),
CELLDPAUSERB
LERDET(Cell
HSDPA User
BLER Detect),
IUBFAILRATIODE
T(Iub Failure Rate
Detect)
BBRESOURCER
99USERBLERDE
T~0,
CELLR99USERB
LERDET~1,
BBRESOURCEU
PAUSERBLERDE
None
T~2,
CELLUPAUSERB
LERDET~3,
CELLDPAUSERB
LERDET~4,
IUBFAILRATIODE
T~5
Bit Field Type
BAND1(Frequenc
y band 1),
BAND2(Frequenc
y band 2),
BAND3(Frequenc
y band 3),
BAND4(Frequenc
y band 4),
BAND5(Frequenc
y band 5),
BAND6(Frequenc
y band 6),
BAND7(Frequenc
y band 7),
BAND8(Frequenc
y band 8),
BAND9(Frequenc
y band 9)
BAND1~0,
BAND2~1,
BAND3~2,
BAND4~3,
BAND5~4,
BAND6~5,
BAND7~6,
BAND8~7,
BAND9~8
None
None
None
FULLSHARE(FUL
LSHARE),
FULLSHARE~0,
Enumeration Type OPTIONALSHAR OPTIONALSHAR None
E(OPTIONALSHA E~1
RE)
Bit Field Type
PRIOPERATERIN
DEX0(PRIOPERA
TERINDEX0),
PRIOPERATERIN
DEX1(PRIOPERA
TERINDEX1),
PRIOPERATERIN
DEX2(PRIOPERA
TERINDEX2),
PRIOPERATERIN
DEX3(PRIOPERA
TERINDEX3)
PRIOPERATERIN
DEX0~0,
PRIOPERATERIN
DEX1~1,
None
PRIOPERATERIN
DEX2~2,
PRIOPERATERIN
DEX3~3
Narrowband
Interference
Suppression
Interval Type
0~31
N/A
day
None
Interval Type
100~320
N/A
0.1dB
None
Enumeration Type
OFF(OFF),
ON(ON)
OFF~0, ON~1
None
None
Interval Type
-90~-50
N/A
dBm
Narrowband
Interference
Suppression
Interval Type
HSDPA
Introduction
Package
SLOW(Slow),
SLOW~0,
Enumeration Type MEDIUM(Medium MEDIUM~1,
), RAPID(Rapid) RAPID~2
None
None
Enumeration Type
OFF(OFF),
ON(ON)
None
-106~-50
N/A
OFF~0, ON~1
dBm
LEARNING(Learn
ing for Smart
Machine Learning
LEARNING~0,
Enumeration Type Scheduling),
based Scheduling
HOLD~1
HOLD(Hold Smart
Scheduling)
None
UMTS and LTE
Dynamic Power
Sharing (UMTS)
Bit Field Type
05:59)),
TIME6(Time
Period 6(06:00 to
06:59)),
TIME7(Time
Period 7(07:00 to
07:59)),
TIME8(Time
Period 8(08:00 to
08:59)),
TIME9(Time
Period 9(09:00 to
09:59)),
TIME10(Time
Period 10(10:00
to 10:59)),
TIME11(Time
Period 11(11:00 to
11:59)),
TIME12(Time
Period 12(12:00
to 12:59)),
TIME13(Time
Period 13(13:00
to 13:59)),
TIME14(Time
Period 14(14:00
to 14:59)),
TIME15(Time
Period 15(15:00
to 15:59)),
TIME16(Time
Period 16(16:00
to 16:59)),
TIME17(Time
Period 17(17:00
to 17:59)),
TIME18(Time
TIME0~0,
TIME1~1,
TIME2~2,
TIME3~3,
TIME4~4,
TIME5~5,
TIME6~6,
TIME7~7,
TIME8~8,
TIME9~9,
TIME10~10,
TIME11~11,
TIME12~12,
TIME13~13,
TIME14~14,
TIME15~15,
TIME16~16,
TIME17~17,
TIME18~18,
TIME19~19,
TIME20~20,
TIME21~21,
TIME22~22,
TIME23~23
None
None
Bit Field Type
PRIOPERATOR0
LICALMOPT(Ope
rator 0 License
Alarm
Optimization),
PRIOPERATOR1
LICALMOPT(Ope
rator 1 License
Alarm
Optimization),
PRIOPERATOR2
LICALMOPT(Ope
rator 2 License
Alarm
Optimization),
PRIOPERATOR3
LICALMOPT(Ope
rator 3 License
Alarm
Optimization)
None
Interval Type
0~65535
PRIOPERATOR0
LICALMOPT~0,
PRIOPERATOR1
LICALMOPT~1,
None
PRIOPERATOR2
LICALMOPT~2,
PRIOPERATOR3
LICALMOPT~3
N/A
None
Multi-Carrier
OFF(OFF),
Switch off Based Enumeration Type
ON(ON)
on Power Backup
OFF~0, ON~1
CUSTOMIZED(C
USTOMIZED),
POLICY1(POLIC
Multi-Carrier
Y1),
Switch off Based Enumeration Type
POLICY2(POLIC
on Power Backup
Y2),
POLICY3(POLIC
Y3)
CUSTOMIZED~0,
POLICY1~1,
None
POLICY2~2,
POLICY3~3
None
Multi-Carrier
Switch off Based Interval Type
on Power Backup
60~36000
N/A
s
Multi-Carrier
Switch off Based Interval Type
on Power Backup
120~36000
N/A
s
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
String Type
0~256 characters N/A
None
None
Enumeration Type
OFF(OFF),
ICMP(ICMP)
OFF~0, ICMP~1
None
Uplink CoMP
(Joint Reception)
Uplink CoMP
(Joint Reception)
Based on
Interval Type
Coordinated BBU
Coverage
Expansion Under
Interference
0~268435455
N/A
None
Uplink CoMP
(Joint Reception)
Uplink CoMP
(Joint Reception)
Based on
Interval Type
Coordinated BBU
Coverage
Expansion Under
Interference
0~268435455
N/A
None
Uplink CoMP
(Joint Reception)
Uplink CoMP
(Joint Reception)
Based on
Interval Type
Coordinated BBU
Coverage
Expansion Under
Interference
0~65535
AVAILABLE(ULCo
MP Available),
LOCELLDISABLE
D(ULCoMP
Unavailable-Local
Cell Disabled),
ULBBRESLIMITE
D(ULCoMP
Unavailable-UL
Baseband
Resource
Limited),
DLBBRESLIMITE
Uplink CoMP
D(ULCoMP
(Joint Reception)
Unavailable-DL
Uplink CoMP
Enumeration Type Baseband
(Joint Reception)
Resource
Based on
Limited),
Coordinated BBU
LICENSELIMITE
D(ULCoMP
UnavailableLicense Limited),
NEIGHBOURCEL
LNOTSUPPORT(
ULCoMP
UnavailableNeighboring Cell
Not Supported),
NOTCONFIGURE
D(ULCoMP Not
Configured)
N/A
None
AVAILABLE~0,
LOCELLDISABLE
D~1,
ULBBRESLIMITE
D~2,
DLBBRESLIMITE
D~3,
None
LICENSELIMITE
D~4,
NEIGHBOURCEL
LNOTSUPPORT~
5,
NOTCONFIGURE
D~6
Uplink CoMP
(Joint Reception)
FALSE(FALSE),
TRUE(TRUE)
FALSE~0,
TRUE~1
None
Coverage
FALSE(FALSE),
Expansion Under Enumeration Type
TRUE(TRUE)
Interference
FALSE~0,
TRUE~1
None
AVAILABLE(ULC
OVEXP
Available),
Coverage
DISABLE(ULCOV
Expansion Under Enumeration Type
EXP Unavailable),
Interference
NOTCONFIGURE
D(ULCOVEXP
Not Configured)
AVAILABLE~0,
DISABLE~1,
None
NOTCONFIGURE
D~2
Enumeration Type
Inter-Dependence
of BBU Uplink
Interval Type
Resource
0~255
N/A
None
Inter-Dependence
of BBU Uplink
Interval Type
Resource
0~7
N/A
None
Inter-Dependence
of BBU Uplink
Interval Type
Resource
0~1
N/A
None
Inter-Dependence
of BBU Uplink
Interval Type
Resource
0~5
N/A
None
None
0~4294967295
N/A
None
Interval Type
None
Interval Type
0~7
N/A
None
None
Interval Type
0~1
N/A
None
None
Interval Type
0~6
N/A
None
None
UMTS_ONLY(UM
TS Only),
TWOMODE_NOR
MAL(Two mode
Enumeration Type
Normal),
THREEMODE_N
ORMAL(Three
mode Normal)
UMTS_ONLY~0,
TWOMODE_NOR
MAL~1,
None
THREEMODE_N
ORMAL~2
None
BLOCKED(Blocke
d),
BLOCKED~0,
Enumeration Type
UNBLOCKED(Un UNBLOCKED~1
blocked)
None
None
ENABLED(Enable
d),
ENABLED~0,
Enumeration Type
DISABLED(Disabl DISABLED~1
ed)
None
None
NORMAL(Normal)
NORMAL~0,
,
Enumeration Type
PARTIAL~16,
PARTIAL(Partial),
FULL~255
FULL(Full)
None
None
NORMAL(Normal)
,
PARTIAL(Partial),
Enumeration Type
ENHANCED(Enh
anced),
FULL(Full)
NORMAL~0,
PARTIAL~16,
ENHANCED~32,
FULL~255
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~268435455
N/A
None
None
Interval Type
0~254
N/A
None
None
SECTOREQMIDL
1~32
ISTTYPE[]
N/A
None
None
Interval Type
N/A
None
0~65535
None
Interval Type
0~10
N/A
None
None
ULOCELLALGPA
RA(Local Cell
Algorithm Para),
ULOCELLMACHS
Enumeration Type
PARA(Local Cell
Mac-hs Para),
ULOCELL(Local
Cell)
ULOCELLALGPA
RA~0,
ULOCELLMACHS None
PARA~1,
ULOCELL~2
None
RTWPSIRTGTAD
JSW(RTWP
Abnormal SIR
Target Adjust
SW),
SIB7RTWPOPTS
W(SW for RTWP
OPT in SIB7),
SIB7MAXRTWP(
Maximum RTWP
Value in SIB7),
ICMODE(IC),
EXTRAPOWER(E
xtra Power),
Enumeration Type TURBOIC(Turbo
IC),
DPCHMAXTXPW
RRESTRSW(DPC
H Max Power
Restriction SW),
RADIOQUALITYD
PCHPCSW(DPC
H Power Control
Based on CQI
SW),
DPCHTPCPOADJ
SW(DPCH TPC
Power Adjustment
SW)
None
DISABLE(Disable
DISABLE~0,
Enumeration Type ),
ENABLE~1
ENABLE(Enable)
RTWPSIRTGTAD
JSW~0,
SIB7RTWPOPTS
W~1,
SIB7MAXRTWP~
2, ICMODE~3,
EXTRAPOWER~
None
4, TURBOIC~5,
DPCHMAXTXPW
RRESTRSW~6,
RADIOQUALITYD
PCHPCSW~7,
DPCHTPCPOADJ
SW~8
None
None
Interval Type
0~60,2147483647 N/A
None
None
OFF(Off),
ON(On),
Enumeration Type FALSE(False),
TRUE(True),
NULL(NULL)
None
String Type
OFF~0, ON~1,
FALSE~2,
TRUE~3,
NULL~255
0~256 characters N/A
None
None
None
Supported),
NOLICENSEFAU
LT(Local Cell
UnavailableLicense Limited),
BBRESLICENSE
FAULT(Local Cell
UnavailableBaseband
Resource Fault
and License
Limited),
LICENSECELLLI
MIT1(Local Cell
UnavailableAvailable Local
Cells Reached
Upper Limit and
Enumeration Type License Limited),
BBLICENSECELL
LIMIT1(Local Cell
UnavailableBaseband
Resource Fault,
License Limited
and Available
Local Cells
Reached Upper
Limit),
RFRESANDLICE
NSEFAULT1(Loca
l Cell UnavailableRF Resource
Fault and License
Limited),
RFANDBBRESAN
DLICENSEFAULT
NCPCELLLIMIT~
10,
BBCELLLIMIT2~1
1,
RFRESFAULT1~1
2,
RFANDBBRESFA
ULT1~13,
RFCELLLIMIT2~1
4,
BBRFCELLLIMIT
2~15,
MAINBRDNOTSU
RPPOT~16,
NOLICENSEFAU
LT~32,
BBRESLICENSE
FAULT~33,
LICENSECELLLI
None
MIT1~34,
BBLICENSECELL
LIMIT1~35,
RFRESANDLICE
NSEFAULT1~36,
RFANDBBRESAN
DLICENSEFAULT
~37,
RFLICENSECELL
LIMIT1~38,
BBRFLICENSEC
ELLLIMIT1~39,
NCPANDLICENS
EFAULT~40,
BBRESLICENSE
FAULT2~41,
LICENSECELLLI
MIT2~42,
BBLICENSECELL
None
UNBLOCKED(Un
blocked),
SHUTTINGDOW
N(Shutting Down),
Enumeration Type
BLOCKED(Blocke
d),
UNKNOWN(Unkn
own Status)
UNBLOCKED~0,
SHUTTINGDOW
N~1,
None
BLOCKED~2,
UNKNOWN~3
None
Interval Type
0~4294967295
N/A
None
None
INACTIVE(Inactiv
INACTIVE~0,
Enumeration Type e),
ACTIVE~1
ACTIVE(Active)
None
Interval Type
2147483648~214 N/A
7483647
None
None
Interval Type
0
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
None
String Type
0~256 characters N/A
None
None
Interval Type
0~65535
None
None
NORMAL(Normal)
,
NORMAL~0,
Enumeration Type
ABNORMAL(Abn ABNORMAL~1
ormal)
None
Interval Type
None
NORMAL(Normal)
,
NORMAL~0,
ABNORMAL(Abn
Enumeration Type
ABNORMAL~1,
ormal),
BLOCKED~2
BLOCKED(Blocke
d)
N/A
0~65535,70000~7
N/A
9999
None
None
None
None
Enumeration Type
OFF(OFF),
ON(ON)
None
Interval Type
0~65535,70000~7
N/A
9999
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
NORMAL(Normal)
,
NORMAL~0,
Enumeration Type
ABNORMAL(Abn ABNORMAL~1
ormal)
OFF~0, ON~1
None
None
None
SCTP_LINK_FAU
LT(Sctp Link
Fault),
SETUP_FAILURE
Enumeration Type
_OCCUR(Setup
Failure Occur),
STATE_NORMAL
(Null)
SCTP_LINK_FAU
LT~0,
SETUP_FAILURE
None
_OCCUR~1,
STATE_NORMAL
~2
None
IP Address Type
Valid IP address
N/A
None
None
IP Address Type
Valid IP address
N/A
None
None
ABNORMAL(Abn
ormal),
ABNORMAL~0,
NORMAL(Normal)
Enumeration Type
NORMAL~1,
,
UNKNOWN~2
UNKNOWN(Unkn
own)
None
None
Interval Type
0.1microsecond
0~4294967295
N/A
None
Interval Type
0~4294967295
N/A
0.1microsecond
Flexible Dual
Carrier HSDPA
Interval Type
0~268435455
N/A
None
Flexible Dual
Carrier HSDPA
Interval Type
0~268435455
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
%
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
None
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
%
None
Interval Type
None
N/A
None
None
Interval Type
None
N/A
None
None
Interval Type
None
N/A
None
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
%
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
0.01%
None
Interval Type
0~4294967295
N/A
None
Adaptive
Interference
Rejection
Interval Type
0~23
N/A
None
Adaptive
Interference
Rejection
NORMAL(Normal)
, AIR(Adaptive
NORMAL~0,
Enumeration Type
Interference
AIR~1
Rejection)
None
UMTS Massive
Beam 4T4R
UMTS Massive
Beam 8T8R
Interval Type
UMTS Massive
Beam 4T4R
UMTS Massive
Beam 8T8R
NORMALBEAM(N
ormal Beam),
MASSIVEBEAM8
T8R(Massive
Enumeration Type
Beam 8T8R),
MASSIVEBEAM4
T4R(Massive
Beam 4T4R)
NORMALBEAM~
0,
MASSIVEBEAM8
None
T8R~1,
MASSIVEBEAM4
T4R~2
UMTS Massive
Beam 8T8R
1MIN(1min),
2MIN(2min),
5MIN(5min),
10MIN(10min),
Enumeration Type
15MIN(15min),
20MIN(20min),
30MIN(30min),
1H(1hour)
1MIN~0, 2MIN~1,
5MIN~2,
10MIN~3,
None
15MIN~4,
20MIN~5,
30MIN~6, 1H~7
UMTS Massive
Beam 4T4R
UMTS Massive
Beam 8T8R
Interval Type
N/A
0~23
0~23
N/A
None
None
UMTS Massive
Beam 4T4R
UMTS Massive
Beam 8T8R
Interval Type
UMTS Massive
Beam 4T4R
UMTS Massive
Beam 8T8R
LEFT(Left),
Enumeration Type RIGHT(Right),
NONE(None)
0~268435455
N/A
None
LEFT~0,
RIGHT~1,
NONE~2
None
UMTS Massive
Beam 8T8R
AUTO(Auto),
FIXEDBEAM1(Fix
ed Beam 1),
FIXEDBEAM2(Fix
Enumeration Type ed Beam 2),
FIXEDBEAM3(Fix
ed Beam 3),
FIXEDBEAM4(Fix
ed Beam 4)
None
SUCCESS(Succe
ss),
SUCCESS~0,
Enumeration Type FAILURE(Failure), FAILURE~1,
TIMEOUT(Test
TIMEOUT~2
Timeout)
None
None
Interval Type
None
0~4294967295
AUTO~0,
FIXEDBEAM1~1,
FIXEDBEAM2~2, None
FIXEDBEAM3~3,
FIXEDBEAM4~4
N/A
UMTS 4T Beam
Optimization
NULL(NULL),
INCOMPLETE(Inc NULL~0,
Enumeration Type ompleted),
INCOMPLETE~1, None
COMPLETE(Com COMPLETE~2
pleted)
UMTS 4T Beam
Optimization
NULL(NULL),
COMPLETE(Com
pleted),
RUNNING(Detecti
ng),
Enumeration Type NOTSUPPORTE
D(Not Supported),
TASKINTERRUP
T(Task Interrupt),
TIMEOUT(Time
Out)
NULL~0,
COMPLETE~1,
RUNNING~2,
NOTSUPPORTE None
D~3,
TASKINTERRUP
T~4, TIMEOUT~5
UMTS 4T Beam
Optimization
4T4P_0132(4T4P
_0132),
4T4P_0123(4T4P
Enumeration Type _0123),
4T4P_0213(4T4P
_0213),
NULL(NULL)
4T4P_0132~0,
4T4P_0123~1,
4T4P_0213~2,
NULL~3
None
Actual Value
Range
Default Value
Recommended
Value
Initial Value
Setting Source
Impact
0~268435455
None
None
Radio Planning
ULOCELLMACEP
(Internal planning) ARA
NO, YES
NO(NO)
None
Engineering
Design
ULOCELLMACEP
ARA
OPEN, CLOSE
OPEN(open)
None
Engineering
Design
ULOCELLMACEP
ARA
0~3, step: 0.5
0
None
Engineering
Design
ULOCELLMACEP
ARA
None
Engineering
Design
ULOCELLMACEP
ARA
FIXED,
RNC_BASED,
FIXED(Fixed TX
FOLLOW_TPC,
Power)
CQI_BASED,
HSSCCH_BASED
None
Engineering
Design
ULOCELLMACEP
ARA
-32~31.75, step:
0.25
None
Engineering
Design
ULOCELLMACEP
ARA
NO, YES
NO(NO)
142
-35~15, step: 0.1
-132
None
Engineering
Design
ULOCELLMACEP
ARA
-35~15, step: 0.1
-60
None
Engineering
Design
ULOCELLMACEP
ARA
-35~15, step: 0.1
-300
None
Engineering
Design
ULOCELLMACEP
ARA
NO, YES
NO(NO)
None
Engineering
Design
ULOCELLMACEP
ARA
FIXED,
RNC_BASED,
FOLLOW_TPC
FIXED(Fixed TX
Power)
None
Engineering
Design
ULOCELLMACEP
ARA
-32~31.75, step:
0.25
100
None
Engineering
Design
ULOCELLMACEP
ARA
-35~15, step: 0.1
-210
None
Engineering
Design
ULOCELLMACEP
ARA
NO, YES
NO(NO)
None
Engineering
Design
ULOCELLMACEP
ARA
FIXED,
RNC_BASED,
FOLLOW_TPC
FIXED(Fixed TX
Power)
None
Engineering
Design
ULOCELLMACEP
ARA
-32~31.75, step:
0.25
105
None
Engineering
Design
ULOCELLMACEP
ARA
-35~15, step: 0.1
-173
None
Engineering
Design
ULOCELLMACEP
ARA
-32~31.75, step:
0.25
96
None
Engineering
Design
ULOCELLMACEP
ARA
-35~15, step: 0.1
-197
None
Engineering
Design
ULOCELLMACEP
ARA
-32~31.75, step:
0.25
88
None
Engineering
Design
ULOCELLMACEP
ARA
-35~15, step: 0.1
-243
None
Engineering
Design
ULOCELLMACEP
ARA
-32~31.75, step:
0.25
116
None
Engineering
Design
ULOCELLMACEP
ARA
-35~15, step: 0.1
-136
None
Engineering
Design
ULOCELLMACEP
ARA
ON, OFF
OFF(OFF)
None
Engineering
Design
ULOCELLMACEP
ARA
0~100
60
60
Engineering
Design
ULOCELLMACEP
ARA
OPEN, CLOSE
CLOSE(close)
None
Engineering
Design
ULOCELLMACEP
ARA
0~40
13
None
Engineering
Design
ULOCELLMACEP
ARA
ON, OFF
OFF(OFF)
OFF(OFF)
N/A
ULOCELLMACEP
ARA
1~64
8
8
N/A
ULOCELLMACEP
ARA
OFF, ON
OFF(OFF)
None
N/A
ULOCELLMACEP
ARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLMACEP
ARA
0~10000, step: 10 0
It is
recommended
that this
parameter be set
to 50 if uplink
transmit powerEngineering
based
Design
deactivation of
UEs on the
secondary carrier
needs to be
enabled.
OFF, ON
OFF(OFF)
OFF(OFF)
Radio Planning
ULOCELLMACEP
(Internal planning) ARA
160, 320, 640,
1024
320
320
Radio Planning
ULOCELLMACEP
(Internal planning) ARA
ULOCELLMACEP
ARA
0~268435455
None
None
CODE_PRI,
POWER_PRI,
POWERCODE_B
AL
POWERCODE_B
AL(Balance
None
between Code
and Power)
Radio Planning
ULOCELLMACHS
(Internal planning) PARA
Engineering
Design
ULOCELLMACHS
PARA
EPF, PF, RR,
MAXCI,
EPF_LOC,
EPF_SMART
EPF(Enhanced
PF)
None
Engineering
Design
ULOCELLMACHS
PARA
0~100
5
None
Engineering
Design
ULOCELLMACHS
PARA
CQI, FIXED
CQI(CQI-based
Adaptive Power
Control)
None
Engineering
Design
ULOCELLMACHS
PARA
-10~10, step: 0.25 28
None
Engineering
Design
ULOCELLMACHS
PARA
1~999
None
Engineering
Design
ULOCELLMACHS
PARA
10
OPEN, CLOSE
OPEN(open)
None
Engineering
Design
ULOCELLMACHS
PARA
OPEN, CLOSE
OPEN(open)
None
Engineering
Design
ULOCELLMACHS
PARA
OPEN, CLOSE
OPEN(open)
None
Engineering
Design
ULOCELLMACHS
PARA
1~100
100
None
Engineering
Design
ULOCELLMACHS
PARA
0~99
0
None
Engineering
Design
ULOCELLMACHS
PARA
0~10
2
None
Engineering
Design
ULOCELLMACHS
PARA
0~10
4
None
Engineering
Design
ULOCELLMACHS
PARA
FIXED(Fixed
Power-based
Power Control)
None
Engineering
Design
ULOCELLMACHS
PARA
NO_CQI_ADJ,
NO_CQI_ADJ(Not
CQI_ADJ_BY_RB CQI Adjust
None
LER
Algorithm)
Engineering
Design
ULOCELLMACHS
PARA
CQI, FIXED
NO_CQI_ADJ,
CQI_ADJ_BY_IB NO_CQI_ADJ(Not
LER,
CQI Adjust
None
CQI_ADJ_BY_DY Algorithm)
N_BLER
Engineering
Design
ULOCELLMACHS
PARA
1~50
7
None
Engineering
Design
ULOCELLMACHS
PARA
1~50
10
None
Engineering
Design
ULOCELLMACHS
PARA
ON, OFF
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
OPEN, CLOSE
CLOSE(close)
None
Engineering
Design
ULOCELLMACHS
PARA
ON, OFF
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
OPEN, CLOSE
CLOSE(close)
None
Engineering
Design
ULOCELLMACHS
PARA
0, 1, 2, 3
1
None
Engineering
Design
ULOCELLMACHS
PARA
0
It is
recommended
that this
parameter be set
to 4 if remaining
cell power needs
to be used for
scheduled users
after scheduling.
Default/Recomme ULOCELLMACHS
nded Value
PARA
0~10, step: 0.25
0~10
4
4
Default/Recomme ULOCELLMACHS
nded Value
PARA
OFF, ON
OFF(OFF)
None
Default/Recomme ULOCELLMACHS
nded Value
PARA
ON, OFF
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
0~10
0
None
Default/Recomme ULOCELLMACHS
nded Value
PARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
D20, D40, D60,
D80, D100, D120,
D140, D160,
D180, D200,
D250, D300,
D400, D500,
D750, D1000,
D1000(1000)
D1250, D1500,
D1750, D2000,
D2500, D3000,
D3500, D4000,
D4500, D5000,
D7500
None
Engineering
Design
ULOCELLMACHS
PARA
D20, D40, D60,
D80, D100, D120,
D140, D160,
D180, D200,
D250, D300,
D400, D500,
D750, D1000,
D500(500)
D1250, D1500,
D1750, D2000,
D2500, D3000,
D3500, D4000,
D4500, D5000,
D7500
None
Engineering
Design
ULOCELLMACHS
PARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
0~100
10
None
Engineering
Design
ULOCELLMACHS
PARA
0~30
15
None
Engineering
Design
ULOCELLMACHS
PARA
0~84000000
0
0
Default/Recomme ULOCELLMACHS
nded Value
PARA
0~65535
1000
1000
Default/Recomme ULOCELLMACHS
nded Value
PARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
0~5
0
None
Engineering
Design
ULOCELLMACHS
PARA
0~30
15
15
JOINTALLOC,
INDALLOC
JOINTALLOC(Joi
None
nt Allocation)
N/A
ULOCELLMACHS
PARA
Radio Planning
ULOCELLMACHS
(Internal planning) PARA
OFF, ON
OFF(OFF)
None
Default/Recomme ULOCELLMACHS
nded Value
PARA
OFF, ON
OFF(OFF)
None
Default/Recomme ULOCELLMACHS
nded Value
PARA
0~1024
200
200
Radio Planning
ULOCELLMACHS
(Internal planning) PARA
0~1024
100
100
Radio Planning
ULOCELLMACHS
(Internal planning) PARA
0~100
20
20
Radio Planning
ULOCELLMACHS
(Internal planning) PARA
0~100
80
80
Radio Planning
ULOCELLMACHS
(Internal planning) PARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
OFF, ON
OFF(OFF)
None
Radio Planning
ULOCELLMACHS
(Internal planning) PARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLMACHS
PARA
0~15
0
It is
recommended
that this
parameter be set
to 10 if scheduling
Radio Planning
ULOCELLMACHS
optimization
(Internal planning) PARA
needs to be
performed on
multi-carrier UEs
with overly low
CQIs.
OFF, ON
OFF(OFF)
ON(ON)
Default/Recomme ULOCELLMACHS
nded Value
PARA
ULOCELLMACHS
PARA
0~50
0
None
N/A
0~268435455
None
None
Radio Planning
ULOCELLRSCLM
(Internal planning) TPARA
1~100
10
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
10
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
15
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
15
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
20
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
25
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
30
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
40
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
50
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
60
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
65
None
Engineering
Design
ULOCELLRSCLM
TPARA
1~100
70
None
Engineering
Design
ULOCELLRSCLM
TPARA
0~4294967295
None
None
Radio Planning
NODEBREMOTE
(Internal planning) CELLGRP
1~31 characters
None
None
Radio Planning
NODEBREMOTE
(Internal planning) CELLGRP
PERFFIRST,
CAPAFIRST
PERFFIRST(Han
dover
None
Performance First
Rule)
ON, OFF
OFF(OFF)
Radio Planning
NODEBRESALLO
(Internal planning) CRULE
It is
recommended
that this
parameter be set
to ON(ON) to
Radio Planning
NODEBRESALLO
enable automatic
(Internal planning) CRULE
cell
reestablishment.
By default, the
parameter is set
to OFF(OFF).
0~65535
0
0
Radio Planning
NODEBRESALLO
(Internal planning) CRULE
0~65535
0
0
Radio Planning
NODEBRESALLO
(Internal planning) CRULE
ON, OFF
OFF(OFF)
None
Engineering
Design
ON, OFF
OFF(OFF)
None
Radio Planning
NODEBRESALLO
(Internal planning) CRULE
OPEN, CLOSE
CLOSE(Close)
None
Radio Planning
NODEBSMTHPW
(Internal planning) R
NODEBRESALLO
CRULE
0.5~10, step: 0.5
3
None
Radio Planning
NODEBSMTHPW
(Internal planning) R
100~500, step:
100
5
None
Radio Planning
NODEBSMTHPW
(Internal planning) R
0~255
0
None
Engineering
Design
NODEBCLSPATI
MER
0~255
0
None
Engineering
Design
NODEBCLSPATI
MER
OFF, ON
OFF(OFF)
None
Radio Planning
NODEBOPTDYN
(Internal planning) ADJPARA
0~23
0
None
Radio Planning
NODEBOPTDYN
(Internal planning) ADJPARA
0~23
6
None
Radio Planning
NODEBOPTDYN
(Internal planning) ADJPARA
0~268435455
None
None
Radio Planning
ULOCELLNOACC
(Internal planning) ESSPARA
0~72
0
None
Engineering
Design
ULOCELLNOACC
ESSPARA
0~72
0
None
Engineering
Design
ULOCELLNOACC
ESSPARA
None
Engineering
Design
ULOCELLNOACC
ESSPARA
NONE,
CELLRESTART,
CELLRFMODULE
NONE(No
RESET,
Operation)
BBRESOURCER
ESET,
BBOARDRESET
0~100
None
None
N/A
DLSIM
0~100
None
None
N/A
DLSIM
0~100
None
None
N/A
DLSIM
1~99
None
None
N/A
DLSIM
0~4294967295
None
None
N/A
DLSIM
NODEBRESBLK:
ON,
NODEBRESBLK, CELLRESBLK:O
CELLRESBLK,
N,
BRDRESBLK,
BRDRESBLK:ON,
BBINFOBLK1,
BBINFOBLK1:ON None
BBINFOBLK2,
,
TRANINFOBLK, BBINFOBLK2:OF
CQIBLK
F,
TRANINFOBLK:O
N, CQIBLK:OFF
Engineering
Design
NODEBCHRLEV
EL
DPAUSERINFOB
LK1,
DPAUSERINFOB
LK2,
UPAUSERINFOB
LK1,
UPAUSERINFOB
LK2,
R99USERINFOB
LK1,
R99USERINFOB
LK2
DPAUSERINFOB
LK1:ON,
DPAUSERINFOB
LK2:OFF,
UPAUSERINFOB
LK1:ON,
None
UPAUSERINFOB
LK2:OFF,
R99USERINFOB
LK1:ON,
R99USERINFOB
LK2:OFF
Engineering
Design
NODEBCHRLEV
EL
DPACELLPRDBL
K1,
DPACELLPRDBL
K2,
UPACELLPRDBL
K1,
UPACELLPRDBL
K2,
R99CELLPRDBL
K1,
R99CELLPRDBL
K2
DPACELLPRDBL
K1:OFF,
DPACELLPRDBL
K2:OFF,
UPACELLPRDBL
K1:OFF,
None
UPACELLPRDBL
K2:OFF,
R99CELLPRDBL
K1:OFF,
R99CELLPRDBL
K2:OFF
Engineering
Design
NODEBCHRLEV
EL
DPAL2PRDBLK1,
DPAL2PRDBLK2,
UPAL2PRDBLK1,
UPAL2PRDBLK2,
R99ULUSERPRD
BLK1,
DPAL2PRDBLK3,
UPAL2PRDBLK3
DPAL2PRDBLK1:
OFF,
DPAL2PRDBLK2:
OFF,
UPAL2PRDBLK1:
OFF,
UPAL2PRDBLK2:
None
OFF,
R99ULUSERPRD
BLK1:OFF,
DPAL2PRDBLK3:
OFF,
UPAL2PRDBLK3:
OFF
Engineering
Design
NODEBCHRLEV
EL
500, 1000, 1500,
2000, 2500, 3000,
2000
3500, 4000, 4500,
5000
None
Radio Planning
NODEBCHRLEV
(Internal planning) EL
100, 200, 300,
400, 500, 600,
700, 800, 900,
500
1000, 1100, 1200,
1300, 1400, 1500
None
Radio Planning
NODEBCHRLEV
(Internal planning) EL
0~3000, step: 100 15
None
Engineering
Design
NODEBUEQOSE
NHANCE
0~3000, step: 100 15
None
Engineering
Design
NODEBUEQOSE
NHANCE
0~3000, step: 100 15
None
Engineering
Design
NODEBUEQOSE
NHANCE
0~3000, step: 100 15
None
Engineering
Design
NODEBUEQOSE
NHANCE
0~3000, step: 100 15
None
Engineering
Design
NODEBUEQOSE
NHANCE
0~3000, step: 100 15
None
Engineering
Design
0~15
0
Default/Recomme NODEBUEQOSE
nded Value
NHANCE
0
NODEBUEQOSE
NHANCE
0~19950
19860
19860
Default/Recomme NODEBUEQOSE
nded Value
NHANCE
0~22996
4404
4404
Default/Recomme NODEBUEQOSE
nded Value
NHANCE
50~100
100
100
Radio Planning
NODEBLICENSE
(Internal planning) ALMTHD
1~65535
5
5
Radio Planning
NODEBLICENSE
(Internal planning) ALMTHD
49~99
90
90
Radio Planning
NODEBLICENSE
(Internal planning) ALMTHD
1~65535
5
5
Radio Planning
NODEBLICENSE
(Internal planning) ALMTHD
0~268435455
None
None
Radio Planning
ULOCELLR99AL
(Internal planning) GPARA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLR99AL
GPARA
0~120
105
105
Engineering
Design
ULOCELLR99AL
GPARA
0~100
80
80
Engineering
Design
ULOCELLR99AL
GPARA
0~200
120
120
Engineering
Design
ULOCELLR99AL
GPARA
RSVDBIT1,
RSVDBIT2,
RSVDBIT3,
RSVDBIT4,
RSVDBIT5,
RSVDBIT6,
RSVDBIT7,
RSVDBIT8,
RSVDBIT9,
RSVDBIT10,
RSVDBIT11,
RSVDBIT12,
RSVDBIT13,
RSVDBIT14,
RSVDBIT15,
RSVDBIT16,
RSVDBIT17,
RSVDBIT18,
RSVDBIT19,
RSVDBIT20,
RSVDBIT21,
RSVDBIT22,
RSVDBIT23,
RSVDBIT24,
RSVDBIT25,
RSVDBIT26,
RSVDBIT27,
RSVDBIT28,
RSVDBIT29,
RSVDBIT30,
RSVDBIT31,
RSVDBIT32
RSVDBIT1:OFF,
RSVDBIT2:OFF,
RSVDBIT3:OFF,
RSVDBIT4:OFF,
RSVDBIT5:OFF,
RSVDBIT6:OFF,
RSVDBIT7:OFF,
RSVDBIT8:OFF,
RSVDBIT9:OFF,
RSVDBIT10:OFF,
RSVDBIT11:OFF,
RSVDBIT12:OFF,
RSVDBIT13:OFF,
RSVDBIT14:OFF,
RSVDBIT15:OFF,
RSVDBIT16:OFF,
None
RSVDBIT17:OFF,
RSVDBIT18:OFF,
RSVDBIT19:OFF,
RSVDBIT20:OFF,
RSVDBIT21:OFF,
RSVDBIT22:OFF,
RSVDBIT23:OFF,
RSVDBIT24:OFF,
RSVDBIT25:OFF,
RSVDBIT26:OFF,
RSVDBIT27:OFF,
RSVDBIT28:OFF,
RSVDBIT29:OFF,
RSVDBIT30:OFF,
RSVDBIT31:OFF,
RSVDBIT32:OFF
Engineering
Design
NODEBRSVDPA
RA
RSVDBIT1,
RSVDBIT2,
RSVDBIT3,
RSVDBIT4,
RSVDBIT5,
RSVDBIT6,
RSVDBIT7,
RSVDBIT8,
RSVDBIT9,
RSVDBIT10,
RSVDBIT11,
RSVDBIT12,
RSVDBIT13,
RSVDBIT14,
RSVDBIT15,
RSVDBIT16,
RSVDBIT17,
RSVDBIT18,
RSVDBIT19,
RSVDBIT20,
RSVDBIT21,
RSVDBIT22,
RSVDBIT23,
RSVDBIT24,
RSVDBIT25,
RSVDBIT26,
RSVDBIT27,
RSVDBIT28,
RSVDBIT29,
RSVDBIT30,
RSVDBIT31,
RSVDBIT32
RSVDBIT1:OFF,
RSVDBIT2:OFF,
RSVDBIT3:OFF,
RSVDBIT4:OFF,
RSVDBIT5:OFF,
RSVDBIT6:OFF,
RSVDBIT7:OFF,
RSVDBIT8:OFF,
RSVDBIT9:OFF,
RSVDBIT10:OFF,
RSVDBIT11:OFF,
RSVDBIT12:OFF,
RSVDBIT13:OFF,
RSVDBIT14:OFF,
RSVDBIT15:OFF,
RSVDBIT16:OFF,
None
RSVDBIT17:OFF,
RSVDBIT18:OFF,
RSVDBIT19:OFF,
RSVDBIT20:OFF,
RSVDBIT21:OFF,
RSVDBIT22:OFF,
RSVDBIT23:OFF,
RSVDBIT24:OFF,
RSVDBIT25:OFF,
RSVDBIT26:OFF,
RSVDBIT27:OFF,
RSVDBIT28:OFF,
RSVDBIT29:OFF,
RSVDBIT30:OFF,
RSVDBIT31:OFF,
RSVDBIT32:OFF
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
RSVDBIT1,
RSVDBIT2,
RSVDBIT3,
RSVDBIT4,
RSVDBIT5,
RSVDBIT6,
RSVDBIT7,
RSVDBIT8,
RSVDBIT9,
RSVDBIT10,
RSVDBIT11,
RSVDBIT12,
RSVDBIT13,
RSVDBIT14,
RSVDBIT15,
RSVDBIT16,
RSVDBIT17,
RSVDBIT18,
RSVDBIT19,
RSVDBIT20,
RSVDBIT21,
RSVDBIT22,
RSVDBIT23,
RSVDBIT24,
RSVDBIT25,
RSVDBIT26,
RSVDBIT27,
RSVDBIT28,
RSVDBIT29,
RSVDBIT30,
RSVDBIT31,
RSVDBIT32
RSVDBIT1:OFF,
RSVDBIT2:OFF,
RSVDBIT3:OFF,
RSVDBIT4:OFF,
RSVDBIT5:OFF,
RSVDBIT6:OFF,
RSVDBIT7:OFF,
RSVDBIT8:OFF,
RSVDBIT9:OFF,
RSVDBIT10:OFF,
RSVDBIT11:OFF,
RSVDBIT12:OFF,
RSVDBIT13:OFF,
RSVDBIT14:OFF,
RSVDBIT15:OFF,
RSVDBIT16:OFF,
None
RSVDBIT17:OFF,
RSVDBIT18:OFF,
RSVDBIT19:OFF,
RSVDBIT20:OFF,
RSVDBIT21:OFF,
RSVDBIT22:OFF,
RSVDBIT23:OFF,
RSVDBIT24:OFF,
RSVDBIT25:OFF,
RSVDBIT26:OFF,
RSVDBIT27:OFF,
RSVDBIT28:OFF,
RSVDBIT29:OFF,
RSVDBIT30:OFF,
RSVDBIT31:OFF,
RSVDBIT32:OFF
Engineering
Design
NODEBRSVDPA
RA
RSVDBIT1,
RSVDBIT2,
RSVDBIT3,
RSVDBIT4,
RSVDBIT5,
RSVDBIT6,
RSVDBIT7,
RSVDBIT8,
RSVDBIT9,
RSVDBIT10,
RSVDBIT11,
RSVDBIT12,
RSVDBIT13,
RSVDBIT14,
RSVDBIT15,
RSVDBIT16,
RSVDBIT17,
RSVDBIT18,
RSVDBIT19,
RSVDBIT20,
RSVDBIT21,
RSVDBIT22,
RSVDBIT23,
RSVDBIT24,
RSVDBIT25,
RSVDBIT26,
RSVDBIT27,
RSVDBIT28,
RSVDBIT29,
RSVDBIT30,
RSVDBIT31,
RSVDBIT32
RSVDBIT1:OFF,
RSVDBIT2:OFF,
RSVDBIT3:OFF,
RSVDBIT4:OFF,
RSVDBIT5:OFF,
RSVDBIT6:OFF,
RSVDBIT7:OFF,
RSVDBIT8:OFF,
RSVDBIT9:OFF,
RSVDBIT10:OFF,
RSVDBIT11:OFF,
RSVDBIT12:OFF,
RSVDBIT13:OFF,
RSVDBIT14:OFF,
RSVDBIT15:OFF,
RSVDBIT16:OFF,
None
RSVDBIT17:OFF,
RSVDBIT18:OFF,
RSVDBIT19:OFF,
RSVDBIT20:OFF,
RSVDBIT21:OFF,
RSVDBIT22:OFF,
RSVDBIT23:OFF,
RSVDBIT24:OFF,
RSVDBIT25:OFF,
RSVDBIT26:OFF,
RSVDBIT27:OFF,
RSVDBIT28:OFF,
RSVDBIT29:OFF,
RSVDBIT30:OFF,
RSVDBIT31:OFF,
RSVDBIT32:OFF
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~4294967295
0
None
Engineering
Design
NODEBRSVDPA
RA
0~268435455
None
None
Radio Planning
ULOCELLRSVDP
(Internal planning) ARA
RSVDBIT1,
RSVDBIT2,
RSVDBIT3,
RSVDBIT4,
RSVDBIT5,
RSVDBIT6,
RSVDBIT7,
RSVDBIT8,
RSVDBIT9,
RSVDBIT10,
RSVDBIT11,
RSVDBIT12,
RSVDBIT13,
RSVDBIT14,
RSVDBIT15,
RSVDBIT16,
RSVDBIT17,
RSVDBIT18,
RSVDBIT19,
RSVDBIT20,
RSVDBIT21,
RSVDBIT22,
RSVDBIT23,
RSVDBIT24,
RSVDBIT25,
RSVDBIT26,
RSVDBIT27,
RSVDBIT28,
RSVDBIT29,
RSVDBIT30,
RSVDBIT31,
RSVDBIT32
RSVDBIT1:OFF,
RSVDBIT2:OFF,
RSVDBIT3:OFF,
RSVDBIT4:OFF,
RSVDBIT5:OFF,
RSVDBIT6:OFF,
RSVDBIT7:OFF,
RSVDBIT8:OFF,
RSVDBIT9:OFF,
RSVDBIT10:OFF,
RSVDBIT11:OFF,
RSVDBIT12:OFF,
RSVDBIT13:OFF,
RSVDBIT14:OFF,
RSVDBIT15:OFF,
RSVDBIT16:OFF,
None
RSVDBIT17:OFF,
RSVDBIT18:OFF,
RSVDBIT19:OFF,
RSVDBIT20:OFF,
RSVDBIT21:OFF,
RSVDBIT22:OFF,
RSVDBIT23:OFF,
RSVDBIT24:OFF,
RSVDBIT25:OFF,
RSVDBIT26:OFF,
RSVDBIT27:OFF,
RSVDBIT28:OFF,
RSVDBIT29:OFF,
RSVDBIT30:OFF,
RSVDBIT31:OFF,
RSVDBIT32:OFF
Engineering
Design
ULOCELLRSVDP
ARA
RSVDBIT1,
RSVDBIT2,
RSVDBIT3,
RSVDBIT4,
RSVDBIT5,
RSVDBIT6,
RSVDBIT7,
RSVDBIT8,
RSVDBIT9,
RSVDBIT10,
RSVDBIT11,
RSVDBIT12,
RSVDBIT13,
RSVDBIT14,
RSVDBIT15,
RSVDBIT16,
RSVDBIT17,
RSVDBIT18,
RSVDBIT19,
RSVDBIT20,
RSVDBIT21,
RSVDBIT22,
RSVDBIT23,
RSVDBIT24,
RSVDBIT25,
RSVDBIT26,
RSVDBIT27,
RSVDBIT28,
RSVDBIT29,
RSVDBIT30,
RSVDBIT31,
RSVDBIT32
RSVDBIT1:OFF,
RSVDBIT2:OFF,
RSVDBIT3:OFF,
RSVDBIT4:OFF,
RSVDBIT5:OFF,
RSVDBIT6:OFF,
RSVDBIT7:OFF,
RSVDBIT8:OFF,
RSVDBIT9:OFF,
RSVDBIT10:OFF,
RSVDBIT11:OFF,
RSVDBIT12:OFF,
RSVDBIT13:OFF,
RSVDBIT14:OFF,
RSVDBIT15:OFF,
RSVDBIT16:OFF,
None
RSVDBIT17:OFF,
RSVDBIT18:OFF,
RSVDBIT19:OFF,
RSVDBIT20:OFF,
RSVDBIT21:OFF,
RSVDBIT22:OFF,
RSVDBIT23:OFF,
RSVDBIT24:OFF,
RSVDBIT25:OFF,
RSVDBIT26:OFF,
RSVDBIT27:OFF,
RSVDBIT28:OFF,
RSVDBIT29:OFF,
RSVDBIT30:OFF,
RSVDBIT31:OFF,
RSVDBIT32:OFF
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
RSVDBIT1,
RSVDBIT2,
RSVDBIT3,
RSVDBIT4,
RSVDBIT5,
RSVDBIT6,
RSVDBIT7,
RSVDBIT8,
RSVDBIT9,
RSVDBIT10,
RSVDBIT11,
RSVDBIT12,
RSVDBIT13,
RSVDBIT14,
RSVDBIT15,
RSVDBIT16,
RSVDBIT17,
RSVDBIT18,
RSVDBIT19,
RSVDBIT20,
RSVDBIT21,
RSVDBIT22,
RSVDBIT23,
RSVDBIT24,
RSVDBIT25,
RSVDBIT26,
RSVDBIT27,
RSVDBIT28,
RSVDBIT29,
RSVDBIT30,
RSVDBIT31,
RSVDBIT32
RSVDBIT1:OFF,
RSVDBIT2:OFF,
RSVDBIT3:OFF,
RSVDBIT4:OFF,
RSVDBIT5:OFF,
RSVDBIT6:OFF,
RSVDBIT7:OFF,
RSVDBIT8:OFF,
RSVDBIT9:OFF,
RSVDBIT10:OFF,
RSVDBIT11:OFF,
RSVDBIT12:OFF,
RSVDBIT13:OFF,
RSVDBIT14:OFF,
RSVDBIT15:OFF,
RSVDBIT16:OFF,
None
RSVDBIT17:OFF,
RSVDBIT18:OFF,
RSVDBIT19:OFF,
RSVDBIT20:OFF,
RSVDBIT21:OFF,
RSVDBIT22:OFF,
RSVDBIT23:OFF,
RSVDBIT24:OFF,
RSVDBIT25:OFF,
RSVDBIT26:OFF,
RSVDBIT27:OFF,
RSVDBIT28:OFF,
RSVDBIT29:OFF,
RSVDBIT30:OFF,
RSVDBIT31:OFF,
RSVDBIT32:OFF
Engineering
Design
ULOCELLRSVDP
ARA
RSVDBIT1,
RSVDBIT2,
RSVDBIT3,
RSVDBIT4,
RSVDBIT5,
RSVDBIT6,
RSVDBIT7,
RSVDBIT8,
RSVDBIT9,
RSVDBIT10,
RSVDBIT11,
RSVDBIT12,
RSVDBIT13,
RSVDBIT14,
RSVDBIT15,
RSVDBIT16,
RSVDBIT17,
RSVDBIT18,
RSVDBIT19,
RSVDBIT20,
RSVDBIT21,
RSVDBIT22,
RSVDBIT23,
RSVDBIT24,
RSVDBIT25,
RSVDBIT26,
RSVDBIT27,
RSVDBIT28,
RSVDBIT29,
RSVDBIT30,
RSVDBIT31,
RSVDBIT32
RSVDBIT1:OFF,
RSVDBIT2:OFF,
RSVDBIT3:OFF,
RSVDBIT4:OFF,
RSVDBIT5:OFF,
RSVDBIT6:OFF,
RSVDBIT7:OFF,
RSVDBIT8:OFF,
RSVDBIT9:OFF,
RSVDBIT10:OFF,
RSVDBIT11:OFF,
RSVDBIT12:OFF,
RSVDBIT13:OFF,
RSVDBIT14:OFF,
RSVDBIT15:OFF,
RSVDBIT16:OFF,
None
RSVDBIT17:OFF,
RSVDBIT18:OFF,
RSVDBIT19:OFF,
RSVDBIT20:OFF,
RSVDBIT21:OFF,
RSVDBIT22:OFF,
RSVDBIT23:OFF,
RSVDBIT24:OFF,
RSVDBIT25:OFF,
RSVDBIT26:OFF,
RSVDBIT27:OFF,
RSVDBIT28:OFF,
RSVDBIT29:OFF,
RSVDBIT30:OFF,
RSVDBIT31:OFF,
RSVDBIT32:OFF
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~4294967295
0
None
Engineering
Design
ULOCELLRSVDP
ARA
0~268435455
None
None
Radio Planning
ULOCELLALGPA
(Internal planning) RA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
OFF(OFF)
Default/Recomme ULOCELLALGPA
nded Value
RA
OPEN, CLOSE
CLOSE(Close)
None
Engineering
Design
ULOCELLALGPA
RA
0, 12, 24, 36, 48,
60
12
12
Default/Recomme ULOCELLALGPA
nded Value
RA
1~128
20
20
Default/Recomme ULOCELLALGPA
nded Value
RA
OFF, ON
OFF(OFF)
None
Engineering
Design
OFF, ON
OFF(OFF)
None
Default/Recomme ULOCELLALGPA
nded Value
RA
ULOCELLALGPA
RA
DLLIGHTSTATE,
DLNORMALSTAT
E,
DLLOADEDSTAT DLLOADEDSTAT
DLLOADEDSTAT
Default/Recomme ULOCELLALGPA
E(DLLOADEDSTA E(DLLOADEDSTA
E,
nded Value
RA
TE)
TE)
DLHEAVYSTATE,
DLOVERLOADST
ATE
0~60
0
0
Radio Planning
ULOCELLALGPA
(Internal planning) RA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
0~100
60
None
Engineering
Design
ULOCELLALGPA
RA
0~100
45
None
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
None
Default/Recomme ULOCELLALGPA
nded Value
RA
DLLIGHTSTATE,
DLNORMALSTAT
E,
DLLOADEDSTAT
DLLOADEDSTAT
E(DLLOADEDSTA None
E,
TE)
DLHEAVYSTATE,
DLOVERLOADST
ATE
Default/Recomme ULOCELLALGPA
nded Value
RA
-5.0~10.0, step:
0.1
50
None
Default/Recomme ULOCELLALGPA
nded Value
RA
OFF, ON
OFF(OFF)
OFF(OFF)
Engineering
Design
ULOCELLALGPA
RA
10~50
15
None
Engineering
Design
ULOCELLALGPA
RA
1~50
50
50
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
0~100,255
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
255
It is
recommended
that this
parameter be set
to 80 if the
maximum
downlink DPCH
power restriction
enhancement
algorithm needs
to be enabled.
Engineering
Design
ULOCELLALGPA
RA
0~20
9
9
Default/Recomme ULOCELLALGPA
nded Value
RA
OFF, ON
OFF(OFF)
OFF(OFF)
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
None
Radio Planning
ULOCELLALGPA
(Internal planning) RA
OFF, ON
OFF(OFF)
OFF(OFF)
Radio Planning
ULOCELLALGPA
(Internal planning) RA
0~42000
2500
2500
Radio Planning
ULOCELLALGPA
(Internal planning) RA
OFF, ON
OFF(OFF)
None
Radio Planning
ULOCELLALGPA
(Internal planning) RA
OFF, ON
OFF(OFF)
OFF(OFF)
Default/Recomme ULOCELLALGPA
nded Value
RA
OFF, ON
OFF(OFF)
None
Radio Planning
ULOCELLALGPA
(Internal planning) RA
OFF, ON
OFF(OFF)
None
Radio Planning
ULOCELLALGPA
(Internal planning) RA
-5.0~10.0, step:
0.1
90
90
Radio Planning
ULOCELLALGPA
(Internal planning) RA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELLALGPA
RA
OFF, ON
OFF(OFF)
None
UNSTABLEUSER UNSTABLEUSER
None
SCHOPTSW
SCHOPTSW:OFF
Radio Planning
ULOCELLALGPA
(Internal planning) RA
Engineering
Design
ULOCELLALGPA
RA
4T4P_0132,
4T4P_0123,
4T4P_0213
4T4P_0132(4T4P
None
_0132)
Default/Recomme ULOCELLALGPA
nded Value
RA
OFF, ON
OFF(OFF)
Radio Planning
ULOCELLALGPA
(Internal planning) RA
None
1~64 characters
None
None
N/A
NODEBFUNCTIO
N
1~255
1
None
N/A
NODEBFUNCTIO
N
None
None
Radio Planning
NODEBFUNCTIO
(Internal planning) N
0~256 characters None
None
Radio Planning
NODEBFUNCTIO
(Internal planning) N
0~65535
None
Default/Recomme NODEBFUNCTIO
nded Value
N
0~64 characters
0
0~128 characters None
None
Radio Planning
NODEBFUNCTIO
(Internal planning) N
10~100
10
None
Default/Recomme NODEBTRFOVE
nded Value
RLOADTHD
5~65535, step: 5
600
None
Default/Recomme NODEBTRFOVE
nded Value
RLOADTHD
0~100
5
None
Default/Recomme NODEBTRFOVE
nded Value
RLOADTHD
5~65535, step: 5
600
None
Default/Recomme NODEBTRFOVE
nded Value
RLOADTHD
0~268435455
None
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
ENABLE,
DEGRADE,
None
NOTCONFIGURE
D
None
N/A
ULOCELL
0~4294967295
None
N/A
ULOCELL
None
UNBLOCKED,
SHUTTINGDOW
N, BLOCKED,
UNKNOWN
None
None
N/A
ULOCELL
DISABLE,
ENABLE,
DEGRADE,
None
NOTCONFIGURE
D
None
N/A
ULOCELL
ENABLE,
DISABLE
None
None
N/A
ULOCELL
NOTDIVERSITY,
DIVERSITY
None
None
N/A
ULOCELL
None
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
150~200000
29000
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
0~200000
0
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
NORMAL_CELL, NORMAL_CELL(
None
TRIAL_CELL
Normal Cell)
N/A
ULOCELL
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE
None
None
N/A
ULOCELL
DISABLE,
ENABLE,
DEGRADE,
None
NOTCONFIGURE
D
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Default/Recomme
ULOCELL
nded Value
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
0~23
0
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Default/Recomme
ULOCELL
nded Value
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
0~23
0
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
None
Default/Recomme
ULOCELL
nded Value
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
ULOCELL
FALSE, TRUE
TRUE(TRUE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
UNSPECIFIED,
5000, 4800, 4600, UNSPECIFIED(U UNSPECIFIED(U Radio Planning
ULOCELL
4400, 4200, 4000, NSPECIFIED)
NSPECIFIED)
(Internal planning)
3800
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
N/A
0~5
None
None
Radio Planning
ULOCELL
(Internal planning)
0~255
None
None
Default/Recomme
ULOCELL
nded Value
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
None
Default/Recomme
ULOCELL
nded Value
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
NOTSUPPORT,
NOTSUPPORT(N
2200, 2600, 3000,
None
ot Support)
3400
N/A
ULOCELL
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
NOTSUPPORT,
STATICBANDWID
NOTSUPPORT(N
TH,
None
ot Support)
DYNAMICBAND
WIDTH
N/A
ULOCELL
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
FALSE(FALSE)
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
FALSE, TRUE
FALSE(FALSE)
0~268435455,429
4294967295
4967295
None
Radio Planning
ULOCELL
(Internal planning)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
300, 500, 700,
900, 1100, 1300, NULL(NULL)
1500, 2500, NULL
None
N/A
ULOCELL
None
Radio Planning
ULOCELL
(Internal planning)
300, 500, 700,
900, 1100, 1300, NULL(NULL)
1500, 2500, NULL
None
Radio Planning
ULOCELL
(Internal planning)
ULADAPTIVEBPF
ULADAPTIVEBPF
ILTER:OFF,
ILTER,
DLADAPTIVEBPF
DLADAPTIVEBPF
ILTERPERFEOPT
ILTERPERFEOPT
:OFF
ULADAPTIVEBPF
ILTER:OFF,
Radio Planning
DLADAPTIVEBPF
ULOCELL
(Internal planning)
ILTERPERFEOPT
:OFF
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
NOTBUFZONEC
ELL,
NOTBUFZONEC
BUFZONECELLW
ELL(Non-Buffer- None
ITHGSM,
Zone Cell)
BUFZONECELLW
ITHOUTGSM
Radio Planning
ULOCELL
(Internal planning)
OFF, ON
OFF(OFF)
OFF(OFF)
Default/Recomme
ULOCELL
nded Value
NOTSUPPORT,
MASSIVEBEAM,
NOTSUPPORT(N
NORMALBEAM,
None
ot Support)
FOURTXBEAMO
PT
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
N/A
None
None
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
NCPCELLLIMIT,
BBCELLLIMIT2,
RFRESFAULT1,
RFANDBBRESFA
ULT1,
RFCELLLIMIT2,
BBRFCELLLIMIT
2,
MAINBRDNOTSU
RPPOT,
NOLICENSEFAU
LT,
BBRESLICENSE
FAULT,
LICENSECELLLI
MIT1,
BBLICENSECELL
LIMIT1,
RFRESANDLICE
None
NSEFAULT1,
RFANDBBRESAN
DLICENSEFAULT
,
RFLICENSECELL
LIMIT1,
BBRFLICENSEC
ELLLIMIT1,
NCPANDLICENS
EFAULT,
BBRESLICENSE
FAULT2,
LICENSECELLLI
MIT2,
BBLICENSECELL
LIMIT2,
RFRESANDLICE
NSEFAULT2,
RFANDBBRESAN
None
N/A
ULOCELL
0~7
None
None
N/A
ULOCELL
0~1
None
None
N/A
ULOCELL
0~6
None
None
N/A
ULOCELL
0~11
None
None
N/A
ULOCELL
0~7
None
None
N/A
ULOCELL
0~1
None
None
N/A
ULOCELL
0~6
None
None
N/A
ULOCELL
0~15
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
0~23
0
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
GEGRADE,
ACTIVE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
0~65535
None
None
N/A
ULOCELL
0~8
None
None
N/A
ULOCELL
0~23
0
None
N/A
ULOCELL
0~4990, step: 10
0
None
Radio Planning
ULOCELL
(Internal planning)
0~4990, step: 10
0
None
Radio Planning
ULOCELL
(Internal planning)
0~4990, step: 10
0
None
Radio Planning
ULOCELL
(Internal planning)
0~4990, step: 10
0
None
Radio Planning
ULOCELL
(Internal planning)
If some spectrums
used by UMTS
and LTE networks
overlap, it is good
NOTSUPPORT,
practice to set this
FIXED_BANDWI NOTSUPPORT(N parameter to
Radio Planning
ULOCELL
DTH_COMP_MO ot Support)
FIXED_BANDWI (Internal planning)
DE
DTH_COMP_MO
DE. In other
cases, set this
parameter to
NOTSUPPORT.
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
NORMAL_CELL,
HALFFREQ_CEL
L, DIST_CELL,
NORMAL_CELL(
MULTIRRU_CELL
None
NORMAL_CELL)
, IMB_CELL,
MIXED_MULTIRR
U_CELL
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
Engineering
Design
FALSE(FALSE)
FALSE(FALSE)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
FALSE(FALSE)
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Engineering
Design
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
None
Default/Recomme
ULOCELL
nded Value
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
0~256 characters
NULL(empty
string)
None
N/A
ULOCELL
SAMEZONE,
DIFFZONE
SAMEZONE(Sam
None
e Zone)
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
ENABLE,
DEGRADE,
None
NOTCONFIGURE
D
None
N/A
0~64 characters
None
Radio Planning
ULOCELL
(Internal planning)
None
ULOCELL
0~65535
0
None
Radio Planning
ULOCELL
(Internal planning)
0~65535
None
None
Radio Planning
ULOCELL
(Internal planning)
0~50, step: 0.1
0
None
Radio Planning
ULOCELL
(Internal planning)
10~100
100
None
Radio Planning
ULOCELL
(Internal planning)
UNLIMITED,
INHBOARD,
INEBOARD
INHBOARD(From
the WBBPa and
None
Other New
Boards)
Radio Planning
ULOCELL
(Internal planning)
0~30
0
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
250, 400, 500
None
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
0~4294967295
None
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
FALSE, TRUE
TRUE(TRUE)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
OFF, ON
OFF(OFF)
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
OFF, ON
OFF(OFF)
None
Engineering
Design
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Engineering
Design
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
OFF, ON
OFF(OFF)
None
Radio Planning
ULOCELL
(Internal planning)
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
ULOCELL
ULOCELL
DISABLE,
AVAILABLE,
DEGRADE
None
None
N/A
FALSE, TRUE
FALSE(FALSE)
None
Default/Recomme
ULOCELL
nded Value
ULOCELL
DISABLE,
ENABLE,
DEGRADE,
None
NOTCONFIGURE
D
None
N/A
ULOCELL
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
ULOCELL
(Internal planning)
MACRO, MICRO
MACRO(Macro
Cell)
MACRO(Macro
Cell)
Radio Planning
ULOCELL
(Internal planning)
NCP, CCP
NCP(NCP Port)
None
Engineering
Design
IUBCP
0~65535
0
None
Engineering
Design
IUBCP
0~65535
None
None
MASTER, SLAVE
MASTER(MASTE
None
R)
Radio Planning
IUBCP
(Internal planning)
Engineering
Design
IUBCP
IUBCP
NORMAL, FAULT None
None
N/A
0~268435455
None
None
Radio Planning
ULOCELLSECTO
(Internal planning) REQM
0~65535
None
None
Radio Planning
ULOCELLSECTO
(Internal planning) REQM
0~500,65535
65535
None
Radio Planning
ULOCELLSECTO
(Internal planning) REQM
NORMAL,
ASSISTANCE
NORMAL(Normal) None
Default/Recomme ULOCELLSECTO
nded Value
REQM
0~95
None
N/A
None
NODEBMULTICE
LLGRP
NODEBMULTICE
LLGRP
HSDPA, HSUPA
HSDPA(HSDPA)
None
N/A
0~6
None
None
Radio Planning
NODEBMULTICE
(Internal planning) LLGRP
0~268435455
None
None
Default/Recomme NODEBMULTICE
nded Value
LLGRP
1~8
4
None
Engineering
Design
NODEBALGPAR
A
DEFAULT,
CCPICPHASE3,
CCPICPHASE4
DEFAULT(CCPIC
Phase 3 and
None
Phase 4 OFF)
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
ON(ON)
None
Radio Planning
NODEBALGPAR
(Internal planning) A
OPEN, CLOSE
CLOSE(Close)
None
Engineering
Design
NODEBALGPAR
A
80~90
90
None
Engineering
Design
NODEBALGPAR
A
FULL_IC,
PART_IC
PART_IC(Old
board can not
share IC gain)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
LONG, MIDDLE,
SHORT
LONG(48ms)
LONG(48ms)
Engineering
Design
NODEBALGPAR
A
NORMAL,
MANUAL_CHAIN,
AUTO_CHAIN,
NORMAL(Normal) NORMAL(Normal) N/A
NORMAL_EXTEN
SION
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
ON(ON)
NONE,
CELLRESTART,
CELLRFMODULE
NONE(No
RESET,
Operation)
BBRESOURCER
ESET,
BBOARDRESET
None
Engineering
Design
NODEBALGPAR
A
None
Engineering
Design
NODEBALGPAR
A
0~8
0
None
Engineering
Design
NODEBALGPAR
A
10, 100
100(100)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
50~100
70
None
Engineering
Design
NODEBALGPAR
A
50~100
98
None
Engineering
Design
NODEBALGPAR
A
50~100
90
None
Engineering
Design
NODEBALGPAR
A
0~50
10
None
Engineering
Design
NODEBALGPAR
A
0~50
15
None
Engineering
Design
NODEBALGPAR
A
15~1500, step: 15 12
None
Engineering
Design
NODEBALGPAR
A
15~1500, step: 15 2
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
None
Engineering
Design
NODEBALGPAR
A
-4.0~4.0, step: 0.1 20
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
None
Engineering
Design
NODEBALGPAR
A
OFF(OFF)
OFF(OFF)
AUTOMATIC,
MANUAL
AUTOMATIC(AUT
None
OMATIC)
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
OFF, ON
ON(ON)
None
Radio Planning
NODEBALGPAR
(Internal planning) A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
ULCOMPHYCHA
NNELDETECT,
ULDEDPHYCHA
NNELDETECT,
DLCOMPHYCHA
NNELDETECT,
DLDEDPHYCHA
NNELDETECT,
IUBDATADETECT
,
IUBSIGNALDETE
CT
ULCOMPHYCHA
NNELDETECT:O
FF,
ULDEDPHYCHA
NNELDETECT:O
FF,
DLCOMPHYCHA
NNELDETECT:O
None
FF,
DLDEDPHYCHA
NNELDETECT:O
FF,
IUBDATADETECT
:OFF,
IUBSIGNALDETE
CT:OFF
Engineering
Design
NODEBALGPAR
A
RFSFSSWITCH:
RFSFSSWITCH,
OFF,
RFSFSDELAYSW
None
RFSFSDELAYSW
ITCH
ITCH:OFF
Engineering
Design
OFF, ON
Radio Planning
NODEBALGPAR
(Internal planning) A
OFF(OFF)
None
NODEBALGPAR
A
OFF, ON
OFF(OFF)
transmission
bandwidth is
configured on
intermediate
transport network
nodes for realtime services.
2. The RRC
connection setup
success rate
decreases in
heavy traffic
scenarios.
3. The value of
the RNC counter
VS.RRC.Rej.Nod
eBResUnavail
increases
dramatically.
Default/Recomme NODEBALGPAR
4. T315 is set to 0 nded Value
A
(the value can be
queried by
running the LST
UCONNMODETI
MER command
on the RNC).
When this
parameter is set
to ON, it is
recommended
that this
parameter be set
to OFF if the
following
conditions are
met:
1. The RRC
connection setup
OFF, ON
OFF(OFF)
None
Radio Planning
NODEBALGPAR
(Internal planning) A
00:00:00~23:59:5
00:00:00
9
00:00:00
Radio Planning
NODEBALGPAR
(Internal planning) A
00:00:00~23:59:5
06:00:00
9
06:00:00
Radio Planning
NODEBALGPAR
(Internal planning) A
20~45
30
None
Radio Planning
NODEBALGPAR
(Internal planning) A
20~45
40
None
Radio Planning
NODEBALGPAR
(Internal planning) A
DISABLE,
AVAILABLE
None
None
Radio Planning
NODEBALGPAR
(Internal planning) A
00:00:00~23:59:5
None
9
None
Radio Planning
NODEBALGPAR
(Internal planning) A
OFF, ON
OFF(OFF)
None
Default/Recomme NODEBALGPAR
nded Value
A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
AUTOADJ,
NOTAUTOADJ
AUTOADJ(Adjusti AUTOADJ(Adjusti Engineering
ng E-Tilt Allowed) ng E-Tilt Allowed) Design
OFF, ON
OFF(OFF)
None
Transport
Planning(Internal
planning)
NODEBALGPAR
A
NODEBALGPAR
A
BBPRESETSWIT
CH,
RFRESETSWITC
H,
BBPRESETDELA
YSWITCH,
RFRESETDELAY
SWITCH
BBPRESETSWIT
CH:OFF,
RFRESETSWITC
H:OFF,
None
BBPRESETDELA
YSWITCH:OFF,
RFRESETDELAY
SWITCH:OFF
Engineering
Design
NODEBALGPAR
A
BBRESOURCER
99USERBLERDE
T,
CELLR99USERB
LERDET,
BBRESOURCEU
PAUSERBLERDE
T,
CELLUPAUSERB
LERDET,
CELLDPAUSERB
LERDET,
IUBFAILRATIODE
T
BBRESOURCER
99USERBLERDE
T:ON,
CELLR99USERB
LERDET:OFF,
BBRESOURCEU
PAUSERBLERDE
None
T:ON,
CELLUPAUSERB
LERDET:OFF,
CELLDPAUSERB
LERDET:OFF,
IUBFAILRATIODE
T:OFF
Engineering
Design
BAND1, BAND2,
BAND3, BAND4,
BAND5, BAND6,
BAND7, BAND8,
BAND9
BAND1:OFF,
BAND2:OFF,
BAND3:OFF,
BAND4:OFF,
BAND5:OFF,
BAND6:OFF,
BAND7:OFF,
BAND8:OFF,
BAND9:OFF
Radio Planning
NODEBALGPAR
(Internal planning) A
None
NODEBALGPAR
A
FULLSHARE,
FULLSHARE(FUL
OPTIONALSHAR
None
LSHARE)
E
Engineering
Design
NODEBALGPAR
A
PRIOPERATERIN
DEX0,
PRIOPERATERIN
DEX1,
PRIOPERATERIN
DEX2,
PRIOPERATERIN
DEX3
Engineering
Design
NODEBALGPAR
A
PRIOPERATERIN
DEX0:OFF,
PRIOPERATERIN
DEX1:OFF,
None
PRIOPERATERIN
DEX2:OFF,
PRIOPERATERIN
DEX3:OFF
0~31
0
It is
recommended
that this
Radio Planning
NODEBALGPAR
parameter be set
(Internal planning) A
to 7 if NBIS
reselection needs
to be enabled.
10~32, step: 0.1
100
100
Radio Planning
NODEBALGPAR
(Internal planning) A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
-90~-50
-70
None
Engineering
Design
NODEBALGPAR
A
-106~-50
-100
None
Radio Planning
NODEBALGPAR
(Internal planning) A
SLOW, MEDIUM, MEDIUM(Medium MEDIUM(Medium Radio Planning
NODEBALGPAR
RAPID
)
)
(Internal planning) A
OFF, ON
OFF(OFF)
None
Engineering
Design
NODEBALGPAR
A
LEARNING,
HOLD
LEARNING(Learn
ing for Smart
None
Scheduling)
N/A
NODEBALGPAR
A
TIME0, TIME1,
TIME2, TIME3,
TIME4, TIME5,
TIME6, TIME7,
TIME8, TIME9,
TIME10, TIME11,
TIME12, TIME13,
TIME14, TIME15,
TIME16, TIME17,
TIME18, TIME19,
TIME20, TIME21,
TIME22, TIME23
TIME0:OFF,
TIME1:OFF,
TIME2:OFF,
TIME3:OFF,
TIME4:OFF,
TIME5:OFF,
TIME6:OFF,
TIME7:OFF,
TIME8:OFF,
TIME9:OFF,
TIME10:OFF,
TIME11:OFF,
TIME12:OFF,
TIME13:OFF,
TIME14:OFF,
TIME15:OFF,
TIME16:OFF,
TIME17:OFF,
TIME18:OFF,
TIME19:OFF,
TIME20:OFF,
TIME21:OFF,
TIME22:OFF,
TIME23:OFF
None
Engineering
Design
NODEBALGPAR
A
PRIOPERATOR0
LICALMOPT,
PRIOPERATOR1
LICALMOPT,
PRIOPERATOR2
LICALMOPT,
PRIOPERATOR3
LICALMOPT
PRIOPERATOR0
LICALMOPT:OFF,
PRIOPERATOR1
LICALMOPT:OFF,
None
PRIOPERATOR2
LICALMOPT:OFF,
PRIOPERATOR3
LICALMOPT:OFF
Engineering
Design
NODEBALGPAR
A
0~65535
None
Engineering
Design
NODEBPATH
None
OFF, ON
OFF(OFF)
None
Equipment
Planning
NODEBPOWERO
UTAGE
CUSTOMIZED,
POLICY1,
POLICY2,
POLICY3
POLICY2(POLIC
Y2)
POLICY2(POLIC
Y2)
Radio Planning
NODEBPOWERO
(Internal planning) UTAGE
60~36000
1800
None
Radio Planning
NODEBPOWERO
(Internal planning) UTAGE
120~36000
7200
None
Radio Planning
NODEBPOWERO
(Internal planning) UTAGE
0~65535
0
None
Engineering
Design
IUB
0~65535
0
None
Engineering
Design
IUB
Engineering
Design
0~256 characters None
None
IUB
OFF, ICMP
OFF(OFF)
When EPGROUP
MO referenced by
UPEPGROUPID
in the IUB MO
contains multiple
user-plane hosts
and the route is
the source
address route not
configured in
Default/Recomme
IUB
active/standby
nded Value
mode, it is
recommended
that this
parameter be set
to ICMP(ICMP). In
other scenarios,
the recommended
value is
OFF(OFF).
0~268435455
None
None
Radio Planning
NODEBULCOMP
(Internal planning) GRP
0~268435455
None
None
Radio Planning
NODEBULCOMP
(Internal planning) GRP
None
None
Radio Planning
NODEBULCOMP
(Internal planning) GRP
AVAILABLE,
LOCELLDISABLE
D,
ULBBRESLIMITE
D,
DLBBRESLIMITE
D,
None
LICENSELIMITE
D,
NEIGHBOURCEL
LNOTSUPPORT,
NOTCONFIGURE
D
None
N/A
0~65535
NODEBULCOMP
GRP
FALSE, TRUE
TRUE(TRUE)
None
Radio Planning
NODEBULCOMP
(Internal planning) GRP
FALSE, TRUE
FALSE(FALSE)
None
Radio Planning
NODEBULCOMP
(Internal planning) GRP
None
N/A
AVAILABLE,
DISABLE,
None
NOTCONFIGURE
D
NODEBULCOMP
GRP
0~255
None
None
Radio Planning
NODEBBBUNIT
(Internal planning)
0~7
None
None
Radio Planning
NODEBBBUNIT
(Internal planning)
0~1
None
None
Radio Planning
NODEBBBUNIT
(Internal planning)
0~5
None
None
Radio Planning
NODEBBBUNIT
(Internal planning)
0~4294967295
None
None
Equipment
Planning
NODEBBBRES
0~7
0
None
Equipment
Planning
NODEBBBRES
0~1
0
None
Equipment
Planning
NODEBBBRES
0~6
None
None
Equipment
Planning
NODEBBBRES
UMTS_ONLY,
TWOMODE_NOR
UMTS_ONLY(UM
MAL,
None
TS Only)
THREEMODE_N
ORMAL
Equipment
Planning
NODEBBBRES
BLOCKED,
UNBLOCKED
UNBLOCKED(Un
None
blocked)
Equipment
Planning
NODEBBBRES
ENABLED,
DISABLED
None
N/A
NODEBBBRES
None
NORMAL,
PARTIAL, FULL
FULL(Full)
None
Equipment
Planning
NODEBBBRES
NORMAL,
PARTIAL,
ENHANCED,
FULL
None
None
N/A
NODEBBBRES
0~4294967295
None
None
N/A
NODEBBBRES
0~4294967295
None
None
N/A
NODEBBBRES
0~4294967295
None
None
N/A
NODEBBBRES
0~268435455
None
None
Radio Planning
ULOCELLSECEQ
(Internal planning) MGRP
0~254
None
None
Radio Planning
ULOCELLSECEQ
(Internal planning) MGRP
1~32
None
None
Radio Planning
ULOCELLSECEQ
(Internal planning) MGRP
0~65535
None
None
Radio Planning
ULOCELLSECEQ
(Internal planning) MGRP
0~10
None
None
Engineering
Design
NODEBRULEAC
TIONPARA
ULOCELLALGPA
RA,
None
ULOCELLMACHS
PARA, ULOCELL
None
Engineering
Design
NODEBRULEAC
TIONPARA
RTWPSIRTGTAD
JSW,
SIB7RTWPOPTS
W,
SIB7MAXRTWP,
ICMODE,
EXTRAPOWER,
None
TURBOIC,
DPCHMAXTXPW
RRESTRSW,
RADIOQUALITYD
PCHPCSW,
DPCHTPCPOADJ
SW
None
Engineering
Design
NODEBRULEAC
TIONPARA
DISABLE,
ENABLE
None
Engineering
Design
NODEBRULEAC
TIONPARA
None
0~60,2147483647 2147483647
None
Engineering
Design
NODEBRULEAC
TIONPARA
OFF, ON, FALSE,
NULL(NULL)
TRUE, NULL
None
Engineering
Design
NODEBRULEAC
TIONPARA
0~256 characters None
None
Engineering
Design
NODEBRULEAC
TIONPARA
NCPCELLLIMIT,
BBCELLLIMIT2,
RFRESFAULT1,
RFANDBBRESFA
ULT1,
RFCELLLIMIT2,
BBRFCELLLIMIT
2,
MAINBRDNOTSU
RPPOT,
NOLICENSEFAU
LT,
BBRESLICENSE
FAULT,
LICENSECELLLI
MIT1,
BBLICENSECELL
LIMIT1,
RFRESANDLICE
None
NSEFAULT1,
RFANDBBRESAN
DLICENSEFAULT
,
RFLICENSECELL
LIMIT1,
BBRFLICENSEC
ELLLIMIT1,
NCPANDLICENS
EFAULT,
BBRESLICENSE
FAULT2,
LICENSECELLLI
MIT2,
BBLICENSECELL
LIMIT2,
RFRESANDLICE
NSEFAULT2,
RFANDBBRESAN
None
N/A
NODEBRULEAC
TIONPARA
UNBLOCKED,
SHUTTINGDOW
N, BLOCKED,
UNKNOWN
None
N/A
NODEBRULEAC
TIONPARA
None
0~4294967295
None
None
N/A
NODEBRULEAC
TIONPARA
INACTIVE,
ACTIVE
None
None
N/A
NODEBRULEAC
TIONPARA
2147483648~214 None
7483647
None
N/A
NODEBRULEAC
TIONPARA
0
None
None
Radio Planning
UX2
(Internal planning)
0~65535
None
None
Radio Planning
UX2
(Internal planning)
0~65535
None
None
Radio Planning
UX2
(Internal planning)
0~256 characters None
None
Radio Planning
UX2
(Internal planning)
0~65535
None
None
N/A
UX2
NORMAL,
ABNORMAL
None
None
N/A
UX2
0~65535,70000~7
None
9999
None
N/A
UX2
NORMAL,
ABNORMAL,
BLOCKED
None
N/A
UX2
None
ON(ON)
Radio Planning
UX2
(Internal planning)
0~65535,70000~7
None
9999
None
N/A
UX2INTERFACE
0~4294967295
None
None
N/A
UX2INTERFACE
0~4294967295
None
None
N/A
UX2INTERFACE
NORMAL,
ABNORMAL
None
None
N/A
UX2INTERFACE
OFF, ON
OFF(OFF)
SCTP_LINK_FAU
LT,
SETUP_FAILURE None
_OCCUR,
STATE_NORMAL
None
N/A
UX2INTERFACE
Valid IP address
None
None
N/A
UX2INTERFACE
Valid IP address
None
None
N/A
UX2INTERFACE
ABNORMAL,
NORMAL,
UNKNOWN
None
None
N/A
UX2INTERFACE
0~4294967295
None
None
N/A
UX2INTERFACE
0~4294967295
None
None
N/A
UX2INTERFACE
0~268435455
None
None
N/A
NODEBEXSECC
ELLGRP
0~268435455
None
None
N/A
NODEBEXSECC
ELLGRP
0~4294967295
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~4294967295
None
None
N/A
NODEBRESINFO
0~4294967295
None
None
N/A
NODEBRESINFO
None
None
None
N/A
NODEBRESINFO
0~4294967295
None
None
N/A
NODEBRESINFO
0~4294967295
None
None
N/A
NODEBRESINFO
0~4294967295
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
None
None
None
N/A
NODEBRESINFO
None
None
None
N/A
NODEBRESINFO
None
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~100
None
None
N/A
NODEBRESINFO
0~4294967295
None
None
Engineering
Design
NODEBRESINFO
0~4294967295
None
None
Engineering
Design
NODEBRESINFO
0~4294967295
None
None
Engineering
Design
NODEBRESINFO
0~4294967295
None
None
Engineering
Design
NODEBRESINFO
0~4294967295
None
None
Engineering
Design
NODEBRESINFO
0~4294967295
None
None
Engineering
Design
NODEBRESINFO
0~4294967295
None
None
Engineering
Design
NODEBRESINFO
0~4294967295
None
None
N/A
NODEBRESINFO
0~4294967295
None
None
N/A
NODEBRESINFO
0~4294967295
None
None
N/A
NODEBRESINFO
0~23
None
None
Radio Planning
NODEBBASEBA
(Internal planning) NDEQMPARA
NORMAL, AIR
NORMAL(Normal) None
Radio Planning
NODEBBASEBA
(Internal planning) NDEQMPARA
None
None
Radio Planning
BEAMCELLGRO
(Internal planning) UP
NORMALBEAM,
MASSIVEBEAM8
T8R,
None
MASSIVEBEAM4
T4R
None
Radio Planning
BEAMCELLGRO
(Internal planning) UP
1MIN, 2MIN,
5MIN, 10MIN,
15MIN, 20MIN,
30MIN, 1H
10MIN(10min)
None
Radio Planning
BEAMCELLGRO
(Internal planning) UP
0~23
None
None
Radio Planning
BEAMCELLGRO
(Internal planning) UPITEM
0~23
0~268435455
None
None
Radio Planning
BEAMCELLGRO
(Internal planning) UPITEM
LEFT, RIGHT,
NONE
None
None
Radio Planning
BEAMCELLGRO
(Internal planning) UPITEM
AUTO,
FIXEDBEAM1,
FIXEDBEAM2,
FIXEDBEAM3,
FIXEDBEAM4
AUTO(Auto)
AUTO(Auto)
Radio Planning
BEAMCELLGRO
(Internal planning) UPITEM
SUCCESS,
FAILURE,
TIMEOUT
None
None
N/A
NODEBALGSIML
TTST
0~4294967295
None
None
N/A
NODEBALGSIML
TTST
NULL,
INCOMPLETE,
COMPLETE
None
None
N/A
NODEBALGSIML
TTST
NULL,
COMPLETE,
RUNNING,
NOTSUPPORTE None
D,
TASKINTERRUPT
, TIMEOUT
None
N/A
NODEBALGSIML
TTST
4T4P_0132,
4T4P_0123,
4T4P_0213,
NULL
None
None
N/A
NODEBALGSIML
TTST
Parameter
Relationship
Access
Service
Interrupted After
Modification
Interruption
Scope
Interruption
Duration (min)
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
SCHEDULEPARA
is set to YES,
HSUPAOLSCHS
W is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
SCHEDULEPARA Read & Write
is set to YES,
MAXDELTAOFTA
RGETROT is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
EAGCHPCPARA
is set to YES,
EAGCHPCMOD
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If EAGCHPCMOD
is set to
CQI_BASED,FOL Read & Write
LOW_TPC,HSSC
CH_BASED,RNC
_BASED,
EAGCHPWROFF
SET must be set.
N/A
N/A
None
N/A
-Parameter
relationship with
conditions:
If EAGCHPCMOD Read & Write
is set to FIXED,
EAGCHPOWER
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If EAGCHPCMOD
is set to
CQI_BASED,HSS
CCH_BASED,
MAXAGCHPOWE
R must be set.
Read & Write
-Others:
The value of
MAXAGCHPOWE
R must be larger
than or equal to
that of
MINAGCHPOWE
R.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If EAGCHPCMOD
is set to
CQI_BASED,HSS
CCH_BASED,
MINAGCHPOWE
R must be set.
Read & Write
-Others:
The value of
MAXAGCHPOWE
R must be larger
than or equal to
that of
MINAGCHPOWE
R.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
-Parameter
relationship with
conditions:
If
Read & Write
SERGCHPCPAR
A is set to YES,
SERGCHPCMOD
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
SERGCHPCMOD
is set to
Read & Write
FOLLOW_TPC,R
NC_BASED,
SERGCHPWROF
FSET must be
set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
SERGCHPCMOD
is set to FIXED,
SERGCHPOWER
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
-Parameter
relationship with
conditions:
If
Read & Write
NSERGCHPCPA
RA is set to YES,
NSERGCHPCMO
D must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
NSERGCHPCMO
D is set to
Read & Write
FOLLOW_TPC,R
NC_BASED,
NSERGCHPWRO
FFSET must be
set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
NSERGCHPCMO
D is set to FIXED,
NSERGCHPOWE
R must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
SERGCHPCMOD
Read & Write
is set to
FOLLOW_TPC,R
NC_BASED,
SEHICHPWROFF
SET must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
SERGCHPCMOD
is set to FIXED,
SEHICHPOWER
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
SERGCHPCMOD
is set to
Read & Write
FOLLOW_TPC,R
NC_BASED,
SRLEHICHPWRO
FFSET must be
set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
SERGCHPCMOD Read & Write
is set to FIXED,
SINGLERLEHICH
POWER must be
set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
NSERGCHPCMO
D is set to
Read & Write
FOLLOW_TPC,R
NC_BASED,
NSEHICHPWRO
FFSET must be
set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
NSERGCHPCMO
D is set to FIXED,
NSEHICHPOWE
R must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
SCHEDULEPARA
is set to YES,
OUTERSYSINTE
RSCHSW is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
OUTERSYSINTE
Read & Write
RSCHSW is set to
ON,
OWNCELLULLO
ADRATIO must
be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
SCHEDULEPARA
is set to YES,
RTWPMEAOPTI
MSW is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
OUTERSYSINTE
Read & Write
RSCHSW is set to
ON,
LOADTHRESH4
MINULCOV is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
-Parameter
relationship with
conditions:
If
HSUPATDSCHS Read & Write
W is set to ON,
HSUPATDALIGN
UENUM must be
set.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
HSUPATOTALTH Read & Write
RGUARANTEES
W is set to ON,
HSUPATOTALTH
RTHD is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
HSSCCHPWRCM Read & Write
INDCH is set to
FIXED,
SCCHPWR must
be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
HSSCCHPWRCM
Read & Write
INDCH is set to
CQI,
HSSCCHFERTR
GTINDCH must
be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
CQIADJALGOFC
Read & Write
ON is set to
CQI_ADJ_BY_RB
LER,
RBLERTARGET
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
CQIADJALGOFN
Read & Write
ONCON is set to
CQI_ADJ_BY_IB
LER,
IBLERTARGET
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If SM is set to
EPF_LOC,
LOCWEIGHT is
valid.
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If RSCALLOCM is
set to
Read & Write
POWERCODE_B
AL,
CODEOPTSW is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
CQIADJALGOFN
Read & Write
ONCON is set to
CQI_ADJ_BY_IB
LER,
CQIADJBYIBLER
ADJSW is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
CQIADJALGOFN
ONCON is set to Read & Write
CQI_ADJ_BY_DY
N_BLER,
CQIADJBYDYNB
LERADJSW is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
ULOCELLMACHS
PARA MO, the
value of
ACTSECCELLTH
PTHD must be
larger than that of
DEASECCELLTH Read & Write
PTHD.
-Parameter
relationship with
conditions:
If
SECCELLACTDE
ASW is set to ON,
ACTSECCELLTH
PTHD is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
ULOCELLMACHS
PARA MO, the
value of
ACTSECCELLTH
PTHD must be
larger than that of
DEASECCELLTH Read & Write
PTHD.
-Parameter
relationship with
conditions:
If
SECCELLACTDE
ASW is set to ON,
DEASECCELLTH
PTHD is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
ULOCELLMACHS
PARA MO, the
value of
DEASECCELLDA
TABUFTHD must
be larger than that
of
ACTSECCELLDA Read & Write
TABUFTHD.
-Parameter
relationship with
conditions:
If
SECCELLACTDE
ASW is set to ON,
ACTSECCELLDA
TABUFTHD is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
ULOCELLMACHS
PARA MO, the
value of
DEASECCELLDA
TABUFTHD must
be larger than that
of
ACTSECCELLDA Read & Write
TABUFTHD.
-Parameter
relationship with
conditions:
If
SECCELLACTDE
ASW is set to ON,
DEASECCELLDA
TABUFTHD is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If SM is set to
Read & Write
EPF,EPF_LOC,E
PF_SMART,PF,
INDEPTCARSCH
SW is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If SM is set to
Read & Write
EPF,EPF_LOC,E
PF_SMART,
BUFFERSMSW is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If DYNCODESW Read & Write
is set to OPEN,
DYNCODEOPTS
W is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
-Parameter
relationship with
conditions:
If SM is set to
Read & Write
EPF,EPF_LOC,
MCDELTACQITH
D is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
-Parameter
relationship with
conditions:
If SM is set to
Read & Write
EPF_SMART,
SMARTSCHEUE
NUMTHLD is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read Only
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
-Configuration
constraints:
In the
NODEBREMOTE
CELLGRP MO,
the value of
Read & Write
REMOTECELLG
RPNAME cannot
contain the
following invalid
characters: <>!?\.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
Yes
NodeB
Less than 30
minutes
None
Read & Write
Yes
NodeB
1 minute
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
NODEBCLSPATI
MER MO, the
value of
LOWERLIMIT
must be smaller
than or equal to
UPPERLIMIT.
-Configuration
constraints:
In the
NODEBCLSPATI
MER MO, the
value of
LOWERLIMIT
must be smaller
than or equal to
UPPERLIMIT.
None
-Parameter
relationship with
conditions:
If DYNADJSW is Read & Write
set to ON,
DYNADJSTARTTI
ME must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If DYNADJSW is Read & Write
set to ON,
DYNADJENDTIM
E must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read Only
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
N/A
N/A
-Others:
The BLADEBBU
and BBU3910C
Read & Write
do not support
BBOARDRESET.
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If
USERCHRPRDE
VENTSW is set to Read & Write
DPAL2PRDBLK3,
HSDPAKQIDIAGT
HPTHD is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If
USERCHRPRDE
VENTSW is set to Read & Write
UPAL2PRDBLK3,
HSUPAKQIDIAGT
HPTHD is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If
LOWTRAFFENH
USERNUMTHD is
Read & Write
set to 0,
TBSIZEFOR10M
SLOWTRAFFEN
H is invalid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If
LOWTRAFFENH
USERNUMTHD is
Read & Write
set to 0,
TBSIZEFOR2MS
LOWTRAFFENH
is invalid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
NODEBLICENSE
ALMTHD MO, the Read & Write
value of OTHD
must be larger
than or equal to
RTHD.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
NODEBLICENSE
ALMTHD MO, the Read & Write
value of OTHD
must be larger
than or equal to
RTHD.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
PWRCNGCACS
W is set to ON,
SHORTTH is
valid.
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
PWRCNGCACS
W is set to ON,
LONGTH is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
PWRCNGCACS
W is set to ON,
SHORTTHFORR
TRRC is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If
DPCHMAXTXPW
Read & Write
RRESTRSW is
set to ON,
DPCHMAXPWRR
TRLOADSTAT
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
Read & Write
SIB7RTWPOPTS
W is set to ON,
SIB7MAXRTWP
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
The value of
ULCCHOLPCLOA
DHIGHTHD must
be equal to or
greater than that
of
ULCCHOLPCLOA
DLOWTHD.
Read & Write
-Parameter
relationship with
conditions:
If
ULCCHOLPCSW
is set to ON,
ULCCHOLPCLOA
DHIGHTHD is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
The value of
ULCCHOLPCLOA
DHIGHTHD must
be equal to or
greater than that
of
ULCCHOLPCLOA
DLOWTHD.
Read & Write
-Parameter
relationship with
conditions:
If
ULCCHOLPCSW
is set to ON,
ULCCHOLPCLOA
DLOWTHD is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
RADIOQUALITYD
Read & Write
PCHPCSW is set
to ON,
RADIOQUALITYD
PCHPCLOADSTA
T is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
RADIOQUALITYD
Read & Write
PCHPCSW is set
to ON,
RADIOQUALITYD
PCHPCPO is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
-Others:
If
HTOHPWSHSW
or
Read & Write
R99TOHPWSHS
W is set to ON,
SHARINGMARGI
N is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If
HTOHPWSHSW
or
Read & Write
R99TOHPWSHS
W is set to ON,
MAXSHARINGRA
TIO is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If
HTOHPWSHSW
Read & Write
is set to ON,
HTOHRTPWSHS
W is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
RADIOQUALITYD
Read & Write
PCHPCSW is set
to ON,
RADIOQUALITYD
PCHPCSHOSW
is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
RADIOQUALITYD
Read & Write
PCHPCENHSW
is set to ON,
RADIOQUALITYF
DPCHPCPO is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
This parameter is
invalid if Subrack Read & Write
Type is set to
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If BFMODE is set
to
FOURTXBEAMO Read & Write
PT,
COPOLARPORT
MAPCFG is valid.
N/A
N/A
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
of characters. The
string cannot be
null characters or
contain any of the
following
characters:
question marks
(?), colons (:),
right angle
brackets (>), left
angle brackets
(<), stars (*),
slashes (/),
backslashes(\),
pipes (|), double
quotation marks
("), commas (,),
semicolons (;),
equal signs (=),
Read & Write
single quotation
marks ('), three or
more consecutive
plus signs (+), two
or more
consecutive
spaces, and two
or more
consecutive
percentage signs
(%).
-Others:
This parameter
must be
consistent with
the NODEBNAME
parameter under
the UNodeB MO
of the logical
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read Only
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
VIRTUALCPC is
valid.
N/A
N/A
N/A
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
km,
DLADAPTIVEBPF
ILTER must be
NOTSUPPORT.
In the ULOCELL,
if RMTCM is
TRUE or RADIUS
is greater than 30
km, the values of
GU5MHZPERFO
PT cannot contain
DLADAPTIVEBPF
ILTERPERFEOPT
.
In the ULOCELL
MO, if RMTCM is
set to TRUE or
the value of
Read & Write
RADIUS is
greater than 35
km,
ULSPECTRUMS
HARINGSWITCH
must be
NOTSUPPORT.
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, RADIUS is
valid.
Yes
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
Read & Write
DIST_CELL,HALF
FREQ_CELL,MUL
TIRRU_CELL,NO
RMAL_CELL,
BOOST is valid.
No (And no
impact on the UE N/A
in idle mode)
Cell
1 minute
N/A
None
Read Only
-Configuration
constraints:
In the ULOCELL
MO, the value of
RADIUS must be
larger than or
equal to that of
HORAD.
-Parameter
Read & Write
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,NO
RMAL_CELL,
HORAD is valid.
N/A
N/A
N/A
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Configuration
constraints:
In the ULOCELL
MO, if the
RMTCM is TRUE
or RADIUS is
greater than
35km, the
ULCOMPSW and
ULCOVEXPANSI
Read & Write
ON must be
FALSE.
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
NORMAL_CELL,
ULCOVEXPANSI
ON is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
N/A
Yes
Cell
1 minute
Read Only
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
ULBASEBANDEQ
MID is valid.
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
PRECISECHEST
2MS is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
N/A
Yes
Cell
1 minute
Read Only
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
DLBASEBANDEQ
MID is valid.
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
NORMAL_CELL,
INTERNODEBUL Read & Write
COMP is valid.
-Others:
This parameter is
invalid if Subrack
Type is set to
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
ULFREQIND is
valid.
Read & Write
-Others:
If ULFREQ is
configured, this
parameter will be
automatically set
to TRUE. If
ULFREQ is not
configured but
DLFREQ is
configured, this
parameter will be
automatically set
to FALSE.
Yes
Cell
1 minute
None
N/A
N/A
N/A
Read Only
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
SPEEDBASEDDE
MODSW is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read Only
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, NBIS is
valid.
Read & Write
-Others:
If
NBISADAPTIVES
W in
NODEBALGPARA
is set to ON and
NBISADAPTIVEF
ORBIDSW in
ULOCELL is set
to OFF, NBIS is
invalid.
Yes
Cell
1 minute
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX
Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
FREQUENCYBA
NDWIDTH is
valid.
Yes
Cell
1 minute
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
Read & Write
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, HSDPA4C
is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
Read & Write
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, DL64QAM
is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
N/A
N/A
N/A
None
Read Only
Yes
Users on a local
cell under the
BBU.
Less than 30
minutes
Yes
Cell
1 minute
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
Read & Write
MULTIRRU_CELL
,
MULTIRRUSTATI
CDESSW is valid.
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
-Configuration
constraints:
RMTCM and AIR
in the ULOCELL
MO cannot be
both set to TRUE.
In the ULOCELL
MO, if AIR is set
to TRUE, the
value of RADIUS
cannot be greater
than 35 km.
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
Read & Write
or
FOURTXBEAMO
PT, the value of
AIR must be
FALSE.
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
NORMAL_CELL,
AIR is valid.
-Others:
This parameter is
invalid if Subrack
Type is set to
BBU3910C.
N/A
N/A
N/A
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MUL
TIRRU_CELL,NO
RMAL_CELL,
Read & Write
INTERNODEBHS
DPCCHCOMP is
valid.
-Others:
This parameter is
invalid if Subrack
Type is set to
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
None
N/A
N/A
N/A
Read Only
None
Read Only
ULSUPERNARR
OWBANDFILTER
x 0.5)). Then the
sum of x and y
must be less than
or equal to 3200 if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE and
ULSUPERNARR
OWBANDFILTER
is set to a value
other than
NOTSUPPORT.
In the ULOCELL
MO, if
Read & Write
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE and
ULSUPERNARR
OWBANDFILTER
is set to
NOTSUPPORT,
the sum of
DLLEFTSHARED
BANDWIDTH and
DLRIGHTSHARE
DBANDWIDTH
must be less than
or equal to 320.
In the ULOCELL
N/A
N/A
N/A
Yes
Cell
1 minute
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
ILTER must be
NOTSUPPORT.
In the ULOCELL
MO, if FDEMODE
is set to TRUE,
DLADAPTIVEBPF
ILTER must be
NOTSUPPORT.
In the ULOCELL
MO, if TTW is set
to TRUE,
DLADAPTIVEBPF
ILTER must be
NOTSUPPORT.
In the ULOCELL
MO, if
INTEL2TVAM is
set to TRUE,
DLADAPTIVEBPF
Read & Write
ILTER must be
NOTSUPPORT.
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
DLADAPTIVEBPF
ILTER must be
NOTSUPPORT.
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
Yes
Cell
1 minute
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Configuration
constraints:
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
GSMQLBASEDR
OTDYNACTRL
must be FALSE.
-Parameter
relationship with Read & Write
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,NO
RMAL_CELL,
GSMQLBASEDR
OTDYNACTRL is
valid.
-Others:
This parameter is
invalid if Subrack
Type is set to
BBU3910C.
Yes
Cell
1 minute
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
None
N/A
N/A
N/A
Read Only
DLADAPTIVEBPF
ILTER must be
NOTSUPPORT.
In the ULOCELL,
INTEL2TVAM and
DLASYMFILTER
cannot be both
set to TRUE.
In the ULOCELL,
if INTEL2TVAM is
TRUE, the values
of
GU5MHZPERFO
PT cannot contain
DLADAPTIVEBPF
ILTERPERFEOPT
.
In the ULOCELL
MO, if the value of
Read & Write
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
INTEL2TVAM
must be FALSE.
In the ULOCELL
MO, if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE, INTEL2TVAM
must be FALSE.
-Parameter
relationship with
Yes
Cell
1 minute
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
DLASYMFILTER
cannot be both
set to TRUE.
In the ULOCELL,
FDEMODE and
DLASYMFILTER
cannot be both
set to TRUE.
In the ULOCELL,
if
DLASYMFILTER
is TRUE, the sum
of
DLASYMLEFTBA
NDWIDTH and
DLASYMRIGHTB
ANDWIDTH must
be greater than or
equal to 2.8 MHz
Read & Write
and less than or
equal to 4 MHz,
and either
DLASYMLEFTBA
NDWIDTH or
DLASYMRIGHTB
ANDWIDTH must
be 2.5 MHz.
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
DLASYMFILTER
must be FALSE.
-Parameter
Yes
Cell
1 minute
NOTSUPPORT.
In the ULOCELL,
TTW and
DLASYMFILTER
cannot be both
set to TRUE.
In the ULOCELL,
if TTW is TRUE,
the values of
GU5MHZPERFO
PT cannot contain
DLADAPTIVEBPF
ILTERPERFEOPT
.
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
Read & Write
or
FOURTXBEAMO
PT, the value of
TTW must be
FALSE.
If the value of
ULPOWERSHAR
E is set to TRUE,
the value of TTW
must be FALSE.
In the ULOCELL
MO, if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE, TTW must be
FALSE.
Yes
Cell
1 minute
-Parameter
relationship with
conditions:
If
DLASYMFILTER
is set to TRUE,
DLASYMFILTER
NFCELLID must
be set.
Yes
Cell
1 minute
Read & Write
None
Read Only
-Configuration
constraints:
In the ULOCELL,
if
DLASYMFILTER
is TRUE, the sum
of
DLASYMLEFTBA
NDWIDTH and
DLASYMRIGHTB
ANDWIDTH must
be greater than or
equal to 2.8 MHz
and less than or
equal to 4 MHz,
Read & Write
and either
DLASYMLEFTBA
NDWIDTH or
DLASYMRIGHTB
ANDWIDTH must
be 2.5 MHz.
-Parameter
relationship with
conditions:
If
DLASYMFILTER
is set to TRUE,
DLASYMLEFTBA
NDWIDTH must
be set.
N/A
N/A
N/A
Yes
Cell
1 minute
-Configuration
constraints:
In the ULOCELL,
if
DLASYMFILTER
is TRUE, the sum
of
DLASYMLEFTBA
NDWIDTH and
DLASYMRIGHTB
ANDWIDTH must
be greater than or
equal to 2.8 MHz
and less than or
equal to 4 MHz,
Read & Write
and either
DLASYMLEFTBA
NDWIDTH or
DLASYMRIGHTB
ANDWIDTH must
be 2.5 MHz.
-Parameter
relationship with
conditions:
If
DLASYMFILTER
is set to TRUE,
DLASYMRIGHTB
ANDWIDTH must
be set.
Yes
Cell
1 minute
the values of
GU5MHZPERFO
PT cannot contain
DLADAPTIVEBPF
ILTERPERFEOPT
.
If the value of
BFMODE under
the ULOCELL MO
is set to
MASSIVEBEAM,
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
GU5MHZPERFO
PT cannot contain
ULADAPTIVEBPF
Read & Write
ILTER or
DLADAPTIVEBPF
ILTERPERFEOPT
.
When
ULADAPTIVEBPF
ILTER is selected
under the
GU5MHZPERFO
PT parameter in
the ULOCELL
MO, only the
values 0, 20, 40,
60, 80, 100, and
120 are valid for
the
ULLEFTSHARED
BANDWIDTH and
ULRIGHTSHARE
Yes
Cell
1 minute
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Configuration
constraints:
If the value of
BFMODE under
the ULOCELL MO
is set to
MASSIVEBEAM,
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
GUBUFZONECE
LLTYPE must be
NOTBUFZONEC
ELL.
Read & Write
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
HALFFREQ_CEL
L,NORMAL_CELL
,
GUBUFZONECE
LLTYPE is valid.
-Others:
This parameter is
invalid if Subrack
Type is set to
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
NBISADAPTIVEF Read & Write
ORBIDSW is
valid.
-Others:
If
NBISADAPTIVES
W in
NODEBALGPARA
is set to OFF,
NBISADAPTIVEF
ORBIDSW is
invalid.
Yes
Cell
1 minute
ILTER must be
NOTSUPPORT.
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
GSMQLBASEDR
OTDYNACTRL
must be FALSE.
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
Read & Write
or
FOURTXBEAMO
PT, the value of
DLASYMFILTER
must be FALSE.
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM,
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
AIR must be
FALSE.
If the value of
ULPOWERSHAR
E is set to TRUE,
the value of
Yes
Cell
1 minute
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Configuration
constraints:
In the ULOCELL
MO, if
PRECDWSRSW
is set to TRUE,
VAM must be
TRUE.
-Parameter
relationship with
conditions:
If VAM is set to
TRUE,
PRECDWSRSW
is valid.
Read & Write
Yes
Cell
1 minute
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
If the value of
ULPOWERSHAR
E is set to TRUE,
the value of TTW
must be FALSE.
If the value of
ULPOWERSHAR
E is set to TRUE,
the value of
GUPOWERSHAR
E must be
FALSE.
If the value of
ULPOWERSHAR
E is set to TRUE, Read & Write
the value of
BFMODE must be
NOTSUPPORT.
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
NORMAL_CELL,
ULPOWERSHAR
E is valid.
-Others:
This parameter is
invalid if Subrack
Type is set to
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
is set to a value
other than
NOTSUPPORT.
In the ULOCELL
MO, if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE, the
ULLEFTSHARED
BANDWIDTH,UL
RIGHTSHAREDB
ANDWIDTH,DLLE
FTSHAREDBAND
WIDTH, and
DLRIGHTSHARE
Read & Write
DBANDWIDTH
cannot be all set
to 0.
When the
ULSPECTRUMS
HARINGSWITCH
parameter in the
ULOCELL MO is
set to
FIXED_BANDWI
DTH_COMP_MO
DE, only the
values 0, 20, 40,
60, 80, 100, and
120 are valid for
the
ULLEFTSHARED
BANDWIDTH and
ULRIGHTSHARE
Yes
Cell
1 minute
is set to a value
other than
NOTSUPPORT.
In the ULOCELL
MO, if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE, the
ULLEFTSHARED
BANDWIDTH,UL
RIGHTSHAREDB
ANDWIDTH,DLLE
FTSHAREDBAND
WIDTH, and
DLRIGHTSHARE
Read & Write
DBANDWIDTH
cannot be all set
to 0.
When the
ULSPECTRUMS
HARINGSWITCH
parameter in the
ULOCELL MO is
set to
FIXED_BANDWI
DTH_COMP_MO
DE, only the
values 0, 20, 40,
60, 80, 100, and
120 are valid for
the
ULLEFTSHARED
BANDWIDTH and
ULRIGHTSHARE
Yes
Cell
1 minute
DE and
ULSUPERNARR
OWBANDFILTER
is set to a value
other than
NOTSUPPORT.
In the ULOCELL
MO, if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE, the
ULLEFTSHARED
BANDWIDTH,UL
RIGHTSHAREDB
ANDWIDTH,DLLE
FTSHAREDBAND Read & Write
WIDTH, and
DLRIGHTSHARE
DBANDWIDTH
cannot be all set
to 0.
When the
ULSPECTRUMS
HARINGSWITCH
parameter in the
ULOCELL MO is
set to
FIXED_BANDWI
DTH_COMP_MO
DE, only the
values 0, 20, 40,
60, 80, 100, and
120 are valid for
the
Yes
Cell
1 minute
DE and
ULSUPERNARR
OWBANDFILTER
is set to a value
other than
NOTSUPPORT.
In the ULOCELL
MO, if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE, the
ULLEFTSHARED
BANDWIDTH,UL
RIGHTSHAREDB
ANDWIDTH,DLLE
FTSHAREDBAND Read & Write
WIDTH, and
DLRIGHTSHARE
DBANDWIDTH
cannot be all set
to 0.
When the
ULSPECTRUMS
HARINGSWITCH
parameter in the
ULOCELL MO is
set to
FIXED_BANDWI
DTH_COMP_MO
DE, only the
values 0, 20, 40,
60, 80, 100, and
120 are valid for
the
Yes
Cell
1 minute
or equal to 3200 if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE and
ULSUPERNARR
OWBANDFILTER
is set to a value
other than
NOTSUPPORT.
In the ULOCELL
MO, if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO Read & Write
DE and
ULSUPERNARR
OWBANDFILTER
is set to
NOTSUPPORT,
the sum of
DLLEFTSHARED
BANDWIDTH and
DLRIGHTSHARE
DBANDWIDTH
must be less than
or equal to 320.
In the ULOCELL
MO, assume that:
x = Max.
(DLLEFTSHARE
DBANDWIDTH x
10, (2500 -
Yes
Cell
1 minute
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
-Others:
This parameter is
invalid if Subrack Read Only
Type is set to
BBU3910C.
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If TTW is set to
TRUE,
HSDPA4CMIMO
is valid.
Read & Write
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If TTW is set to
TRUE,
HSDPADBMIMO
is valid.
Read & Write
N/A
N/A
N/A
None
Read Only
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
Read & Write
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, TURBOIC
is valid.
N/A
N/A
N/A
Yes
Cell
1 minute
None
Read Only
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF Read & Write
FREQ_CELL,MUL
TIRRU_CELL,NO
RMAL_CELL,
ERACHHSDPCC
H is valid.
N/A
N/A
N/A
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
Yes
1 minute
-Parameter
relationship with
conditions:
If LOCELLTYPE
Read & Write
is set to
HALFFREQ_CEL
L, COVERTYPE
must be set.
Cell
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
set to TRUE, the
relationships
between ULFREQ
and DLFREQ
must meet the
requirements
specified by
protocols when
special uplink and
downlink
frequencies are
used.
In the ULOCELL
MO under which
ULFREQIND is
set to TRUE, the
relationships
between ULFREQ
Read & Write
and DLFREQ
must meet the
requirements
specified by
protocols when no
special uplink and
downlink
frequencies are
used.
-Parameter
relationship with
conditions:
If ULFREQIND is
set to TRUE,
ULFREQ must be
set.
-Others:
The UL and DL
UARFCNs of the
Yes
Cell
1 minute
In the ULOCELL
MO under which
ULFREQIND is
set to TRUE, the
relationships
between ULFREQ
and DLFREQ
must meet the
requirements
specified by
protocols when
special uplink and
downlink
frequencies are
used.
In the ULOCELL
MO under which
ULFREQIND is
set to TRUE, the
Read & Write
relationships
between ULFREQ
and DLFREQ
must meet the
requirements
specified by
protocols when no
special uplink and
downlink
frequencies are
used.
-Others:
The UL and DL
UARFCNs of the
local cell must be
in the same
frequency band.
The UARFCNs of
the local cell must
Yes
Cell
1 minute
dB] if any of the
following
conditions is met:
1) LOCELLTYPE
is set to
NORMAL_CELL,
and any of the
parameters VAM
and INTEL2TVAM
is set to TRUE;
2) LOCELLTYPE
is set to
NORMAL_CELL
and TTW is set to
TRUE, and this
local cell is not
configured as a
PSP cell;
3) LOCELLTYPE Read & Write
is set to
HALFFREQ_CEL
L and
COVERTYPE is
set to
SAMEZONE;
4) LOCELLTYPE
is set to
MULTIRRU_CELL
and VAM is set to
TRUE.
5) LOCELLTYPE
is set to
NORMAL_CELL,
BFMODE is set to
MASSIVEBEAM,
and the local cell
is configured in
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,
DEFPWRLVL is
valid.
-Others:
If the MOD
ULOCELLSECTO Read & Write
REQM command
has been used to
set the transmit
power of an RRU
to a value beyond
the power range
supported by the
RRU, the RRU
cannot be used
for this local cell.
Yes
Cell
1 minute
Yes
Cell
1 minute
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
DLRESMODE is
valid.
Yes
Cell
1 minute
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
HALFFREQ_CEL
L,MIXED_MULTI
RRU_CELL,NOR
MAL_CELL, DI is
valid.
-Others:
When
BEAMCELLGRO
UPTYPE in the
BEAMCELLGRO
UP MO is set to
MASSIVEBEAM4
Read & Write
T4R or
MASSIVEBEAM8
T8R, DI must be
set to the same
value in the
ULOCELL MOs
configured in the
BEAMCELLGRO
UP MO.
Otherwise, the
actual
desensitization
value will be
different from the
configured one for
one of the two
cells.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
RMTCM and
HISPM in the
ULOCELL MO
cannot be both
set to TRUE.
-Parameter
relationship with Read & Write
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MUL
TIRRU_CELL,NO
RMAL_CELL,
HISPM is valid.
Yes
1 minute
Cell
None
Read Only
-Parameter
relationship with
conditions:
Read & Write
If HISPM is set to
TRUE, SPR must
be set.
N/A
N/A
N/A
Yes
Cell
1 minute
greater than
35km, the
ULCOMPSW and
ULCOVEXPANSI
ON must be
FALSE.
RMTCM and AIR
in the ULOCELL
MO cannot be
both set to TRUE.
In the ULOCELL
MO, if RMTCM is
set to TRUE or
the value of
RADIUS is
greater than 30
km,
DLADAPTIVEBPF
ILTER must be
Read & Write
NOTSUPPORT.
In the ULOCELL,
if RMTCM is
TRUE or RADIUS
is greater than 30
km, the values of
GU5MHZPERFO
PT cannot contain
DLADAPTIVEBPF
ILTERPERFEOPT
.
In the ULOCELL
MO, if RMTCM is
set to TRUE or
the value of
RADIUS is
greater than 35
km,
ULSPECTRUMS
Yes
Cell
1 minute
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If RMTCM is set
to TRUE,
RMTCGRPID
must be set.
Read & Write
Yes
Cell
1 minute
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
Read & Write
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, UL16QAM
is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If TTW is set to
TRUE,
DL64QAMMIMO
is valid.
-Others:
In the ULOCELL
MO, when
DL64QAM is set
to TRUE,
DL64QAMMIMO
is valid.
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
MO, if FDEMODE
is set to TRUE,
DLADAPTIVEBPF
ILTER must be
NOTSUPPORT.
In the ULOCELL,
FDEMODE and
DLASYMFILTER
cannot be both
set to TRUE.
In the ULOCELL,
if FDEMODE is
TRUE, the values
of
GU5MHZPERFO
PT cannot contain
DLADAPTIVEBPF
ILTERPERFEOPT
Read & Write
.
In the ULOCELL
MO, if
ULSPECTRUMS
HARINGSWITCH
is set to
FIXED_BANDWI
DTH_COMP_MO
DE, FDEMODE
must be FALSE.
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
Read & Write
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, ULL2PLUS
is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
Read & Write
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, ICMODE is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
Read & Write
DIST_CELL,HALF
FREQ_CELL,MUL
TIRRU_CELL,NO
RMAL_CELL,
ERACH is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If TTW is set to
TRUE,
HSDPADCMIMO
is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
Read & Write
FREQ_CELL,MIX
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL, RSV is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
If the value of
ULPOWERSHAR
E is set to TRUE,
the value of
GUPOWERSHAR
E must be
FALSE.
-Parameter
relationship with Read & Write
conditions:
If LOCELLTYPE
is set to
HALFFREQ_CEL
L,MIXED_MULTI
RRU_CELL,MULT
IRRU_CELL,NOR
MAL_CELL,
GUPOWERSHAR
E is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
Yes
Cell
1 minute
None
Read Only
N/A
N/A
N/A
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
Read & Write
is set to
HALFFREQ_CEL
L,NORMAL_CELL
, IRCSW is valid.
None
Read Only
N/A
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
TURBOICPHASE
2 is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read Only
N/A
N/A
None
Read Only
N/A
N/A
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
MFHSDPASW is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read Only
N/A
N/A
None
Read Only
-Configuration
constraints:
In the ULOCELL
MO, if the
RMTCM is TRUE
or RADIUS is
greater than
35km, the
ULCOMPSW and
ULCOVEXPANSI
Read & Write
ON must be
FALSE.
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
NORMAL_CELL,
ULCOMPSW is
valid.
N/A
N/A
N/A
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
constraints:
In the ULOCELL
MO, if
PRECDWSRSW
is set to TRUE,
VAM must be
TRUE.
In the ULOCELL,
if VAM is TRUE,
the values of
GU5MHZPERFO
PT cannot contain
DLADAPTIVEBPF
ILTERPERFEOPT
.
In the ULOCELL
MO, if the value of
BFMODE is set to
MASSIVEBEAM, Read & Write
NORMALBEAM,
or
FOURTXBEAMO
PT, the value of
VAM must be
FALSE.
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
MULTIRRU_CELL
,NORMAL_CELL,
VAM is valid.
-Others:
The VAM cell
must be
configured with
Yes
Cell
1 minute
-Parameter
relationship with
conditions:
If LOCELLTYPE
is set to
DIST_CELL,HALF
FREQ_CELL,MIX Read & Write
ED_MULTIRRU_
CELL,MULTIRRU
_CELL,NORMAL_
CELL,
CELLSCALEIND
is valid.
Yes
Cell
1 minute
-Configuration
constraints:
The number of
IUBCP MOs
under which
CPPT is set to
CCP cannot
exceed 96.
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If CPPT is set to
CCP, CPPN is
valid.
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If
SECTOREQMPR
OPERTY is set to
NORMAL,
MAXPWR is valid.
-Others:
When this
parameter is not
set to 65535, the
parameter value Read & Write
must be within the
value range of the
MAXPWR
parameter under
the ULOCELL MO
and be smaller
than or equal to
the value of the
MAXPWR
parameter under
the ULOCELL
MO.
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If the BLADEBBU
or BBU3910C is
Read & Write
configured,
CCPICPHASESW
CTRL is invalid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
NODEBALGPARA
MO, if
HSUPASCHPOO
LSW is set to ON,
HSDPASCHPOO Read & Write
LSW must be ON.
-Others:
This parameter is
invalid if Subrack
Type is set to
BLADEBBU or
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read & Write
N/A
-Others:
This parameter is
invalid if Subrack
Read & Write
Type is set to
BLADEBBU or
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
This parameter is
invalid if Subrack
Read & Write
Type is set to
BLADEBBU or
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
This parameter is
invalid if Subrack
Read & Write
Type is set to
BLADEBBU or
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If BLADEBBU or
BBU3910C is
configured, this
parameter can
only be set to
NORMAL.
Read & Write
Yes
N/A
1 minute
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
CEIMPROVEME Read & Write
NT2MSSW is set
to ON,
INITSINGLEHAR
QSW is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
None
Read & Write
-Others:
If an option under
the
KPIFAULTDETEC
T parameter is
selected, this
parameter takes
effect. Only the
self-healing
operations related Read & Write
to the selected
option under the
KPIFAULTDETEC
T parameter are
allowed.
The BLADEBBU
and BBU3910C
do not support
BBOARDRESET.
No (And no
impact on the UE N/A
in idle mode)
N/A
Yes
1 minute
NodeB
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
When
PWRCNGCACS
W in
ULOCELLR99AL Read & Write
GPARA is set to
ON,
DLTXPWRMEAS
PERIOD is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
-Others:
When
PWRCNGCACS
W in
ULOCELLR99AL
Read & Write
GPARA is set to
ON,
PWRPREDICTS
WFORCAC is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
-Others:
This parameter is
invalid if Subrack
Read & Write
Type is set to
BLADEBBU or
BBU3910C.
Yes
-Configuration
constraints:
The value of
R99FAULTTHD in
the
NODEBALGPARA
MO cannot be
less than the
Read & Write
difference
between the
default value of
R99FAULTTHD(7
0%) and the value
of
PROTECTIONTH
D.
No (And no
impact on the UE N/A
in idle mode)
NodeB
1 minute
N/A
-Configuration
constraints:
The value of
UPAFAULTTHD in
the
NODEBALGPARA
MO cannot be
less than the
Read & Write
difference
between the
default value of
UPAFAULTTHD(9
8%) and the value
of
PROTECTIONTH
D.
-Configuration
constraints:
The value of
PROCUNITFAUL
TTHD in the
NODEBALGPARA
MO cannot be
less than the
Read & Write
difference
between the
default value of
PROCUNITFAUL
TTHD(90%) and
the value of
PROTECTIONTH
D.
No (And no
impact on the UE N/A
in idle mode)
N/A
No (And no
impact on the UE N/A
in idle mode)
N/A
R99FAULTTHD in
the
NODEBALGPARA
MO cannot be
less than the
difference
between the
default value of
R99FAULTTHD(7
0%) and the value
of
PROTECTIONTH
D.
The value of
UPAFAULTTHD in
the
NODEBALGPARA
MO cannot be
less than the
Read & Write
difference
between the
default value of
UPAFAULTTHD(9
8%) and the value
of
PROTECTIONTH
D.
The value of
PROCUNITFAUL
TTHD in the
NODEBALGPARA
MO cannot be
less than the
difference
between the
default value of
PROCUNITFAUL
TTHD(90%) and
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
NODEBALGPARA
MO, if
HSUPASCHPOO
LSW is set to ON,
HSDPASCHPOO Read & Write
LSW must be ON.
-Others:
This parameter is
invalid if Subrack
Type is set to
BLADEBBU or
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
Yes
NodeB
1 minute
-Others:
This parameter
takes effect only
when a uX2
object has been
configured. The
Read & Write
LST UX2
command can be
used to query uX2
object
configurations.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
Under the
NODEBALGPARA
MO, values of
VAMPWRSAVST
ARTTIME and
VAMPWRSAVST
OPTIME must be
Read & Write
different.
-Parameter
relationship with
conditions:
If
VAMPWRSAVSW
is set to ON,
VAMPWRSAVST
ARTTIME is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
Under the
NODEBALGPARA
MO, values of
VAMPWRSAVST
ARTTIME and
VAMPWRSAVST
OPTIME must be
Read & Write
different.
-Parameter
relationship with
conditions:
If
VAMPWRSAVSW
is set to ON,
VAMPWRSAVST
OPTIME is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
Under the
NODEBALGPARA
MO, the value of
VAMPWRSAVTX
PWRLOWTHD
must be less than
that of
VAMPWRSAVTX
Read & Write
PWRHIGHTHD.
-Parameter
relationship with
conditions:
If
VAMPWRSAVSW
is set to ON,
VAMPWRSAVTX
PWRLOWTHD is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
Under the
NODEBALGPARA
MO, the value of
VAMPWRSAVTX
PWRLOWTHD
must be less than
that of
VAMPWRSAVTX
Read & Write
PWRHIGHTHD.
-Parameter
relationship with
conditions:
If
VAMPWRSAVSW
is set to ON,
VAMPWRSAVTX
PWRHIGHTHD is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read Only
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
This parameter is
invalid if Subrack
Read & Write
Type is set to
BLADEBBU or
BBU3910C.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
OPERATORSHA
RECEMODE is
Read & Write
set to
OPTIONALSHAR
E,
OPERATORINDE
XSELECTION is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
-Parameter
relationship with
conditions:
If
Read & Write
NBISADAPTIVES
W is set to ON,
NBISRESELPERI
OD is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
CELLRTWPEXCE
Read & Write
SSALMSW is set
to ON,
CELLRTWPEXCE
SSALMTHD is
valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
-Parameter
relationship with
conditions:
If
Read & Write
NBISADAPTIVES
W is set to ON,
NBISINIACTTHD
is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If
SMARTTFRCSW
is set to ON,
Read & Write
SMARTTFRCCO
NVERGENCERA
TE is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
-Others:
If SM is set to
EPF_SMART,
Read & Write
SMARTSCHELEA
RNMODE is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If ISDSW is set to Read & Write
ON,
BAKPWRSAVPO
LICY must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
-Configuration
constraints:
In the
NODEBPOWERO
UTAGE MO, the
value of
PHASE2PERIOD
must be larger
than or equal to
PHASE1PERIOD. Read & Write
-Parameter
relationship with
conditions:
If
BAKPWRSAVPO
LICY is set to
CUSTOMIZED,
PHASE1PERIOD
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
-Configuration
constraints:
In the
NODEBPOWERO
UTAGE MO, the
value of
PHASE2PERIOD
must be larger
than or equal to
PHASE1PERIOD. Read & Write
-Parameter
relationship with
conditions:
If
BAKPWRSAVPO
LICY is set to
CUSTOMIZED,
PHASE2PERIOD
must be set.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Configuration
constraints:
ULCOVEXP and
ULCOMP under
the
Read & Write
NODEBULCOMP
GRP MO cannot
be both set to
FALSE.
N/A
N/A
N/A
-Configuration
constraints:
ULCOVEXP and
ULCOMP under
the
Read & Write
NODEBULCOMP
GRP MO cannot
be both set to
FALSE.
N/A
N/A
N/A
None
N/A
N/A
N/A
Read Only
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
Yes
Services carried
by the MO
1 minute
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If RULEID is set
to
0,1,2,3,4,5,6,7,8,9
,10, MOCNAME
must be set.
-Others:
If RULEID is set
to 0~3 or 8~10,
this parameter
must be set to
Read Only
ULOCELLALGPA
RA. If RULEID is
set to 4 or 7, this
parameter must
be set to
ULOCELL. If
RULEID is set to
5 or 6, this
parameter must
be set to
ULOCELLMACHS
PARA.
N/A
N/A
N/A
RA, PARANAME
must be set.
-Others:
If RULEID is set
to 0 or 1, this
parameter must
be set to
SIB7RTWPOPTS
W or
SIB7MAXRTWP.
If RULEID is set
to 2 or 3, this
parameter must
be set to
RTWPSIRTGTAD
JSW. If RULEID is
set to 4, this
parameter must
Read Only
be set to
ICMODE. If
RULEID is set to
5 or 6, this
parameter must
be set to
EXTRAPOWER.
If RULEID is set
to 7, this
parameter must
be set to
TURBOIC. If
RULEID is set to
8, this parameter
must be set to
DPCHMAXTXPW
RRESTRSW. If
RULEID is set to
9, this parameter
N/A
N/A
N/A
-Parameter
relationship with
conditions:
If PARANAME is
set to
DPCHMAXTXPW
RRESTRSW,DPC
HTPCPOADJSW,
EXTRAPOWER,I Read & Write
CMODE,RADIOQ
UALITYDPCHPC
SW,RTWPSIRTG
TADJSW,SIB7MA
XRTWP,SIB7RTW
POPTSW,TURBO
IC, ADMINSTATE
is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
conditions:
If PARANAME is
set to
EXTRAPOWER,S
IB7MAXRTWP,
PARAINTERVALV
ALUE is valid.
-Others:
If PARANAME is
set to
SIB7MAXRTWP,
the value of this
parameter ranges
from 0 to 60.
If PARANAME is
set to
EXTRAPOWER,
the value of this
parameter ranges Read & Write
from 0 to 40, the
parameter value
is in the unit of
0.25 dB.
If PARANAME is
set to ICMODE,
TURBOIC,
RTWPSIRTGTAD
JSW,
SIB7RTWPOPTS
W,
DPCHMAXTXPW
RRESTRSW,
RADIOQUALITYD
PCHPCSW or
DPCHTPCPOADJ
SW, the value of
this parameter will
No (And no
impact on the UE N/A
in idle mode)
N/A
DPCHMAXTXPW
RRESTRSW,DPC
HTPCPOADJSW,I
CMODE,RADIOQ
UALITYDPCHPC
SW,RTWPSIRTG
TADJSW,SIB7RT
WPOPTSW,TUR
BOIC,
PARAENUMVALU
E is valid.
-Others:
If PARANAME is
set to
RTWPSIRTGTAD
JSW,
SIB7RTWPOPTS
W,
DPCHMAXTXPW Read & Write
RRESTRSW,
RADIOQUALITYD
PCHPCSW or
DPCHTPCPOADJ
SW, this
parameter must
be set to OFF or
ON.
If PARANAME is
set to ICMODE or
TURBOIC, this
parameter must
be set to FALSE
or TRUE.
If PARANAME is
set to
SIB7MAXRTWP
or
No (And no
impact on the UE N/A
in idle mode)
N/A
None
No (And no
impact on the UE N/A
in idle mode)
N/A
Read & Write
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
-Configuration
constraints:
In the
NODEBEXSECC
ELLGRP MO, the
value of
Read Only
ULOCELLID must
be different from
that of
EXSECULOCELL
ID.
-Configuration
constraints:
In the
NODEBEXSECC
ELLGRP MO, the
value of
Read Only
ULOCELLID must
be different from
that of
EXSECULOCELL
ID.
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
Yes
Cells configured
on the baseband
equipment
1 minute
corresponding to
BASEBANDEQMI
D.
None
Read & Write
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Parameter
relationship with
conditions:
If
BEAMCELLGRO
UPTYPE is set to
MASSIVEBEAM8
T8R,
BEAMOPTIONPE
RIOD is valid.
Read & Write
-Others:
If
BEAMOPTIONM
ODE under the
BEAMCELLGRO
UPITEM MO is
set to AUTO,
BEAMOPTIONPE
RIOD is valid.
No (And no
impact on the UE N/A
in idle mode)
N/A
None
N/A
N/A
Read Only
N/A
None
Read Only
N/A
N/A
N/A
None
Read & Write
No (And no
impact on the UE N/A
in idle mode)
N/A
-Others:
If
BEAMCELLGRO
UPTYPE under
the
BEAMCELLGRO Read & Write
UP MO is set to
MASSIVEBEAM8
T8R,
BEAMOPTIONM
ODE is valid.
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
None
Read Only
N/A
N/A
N/A
Caution
Validation of
Modification
None
N/A
None
The parameter
modification has
no impact on the
equipment.
None
None
Impact on Radio
Introduced in
Network
Version...
Performance
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
None
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
None
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
The parameter
modification has
no impact on the
equipment.
If this switch is set
to ON and the
guaranteed bit
rates (GBRs) of
users are not met,
the cell load will
exceed the
planned target
and reach the
congestion
threshold, thereby
guaranteeing
users' GBRs.
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large and the
HSUPA
throughput of the
cell is large,
interference to
neighboring cells
is caused. If the
value of this
parameter is too
small, IC gains
cannot be
achieved.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Attribute
Radio
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
If the value is set
to FIXED, the EAGCH uses fixed
transmit power. If
the value is set to
RNC_BASED or
FOLLOW_TPC,
the transmit
power of the EAGCH is reduced,
and the downlink
capacity is
improved. If the
value is set to
CQI_BASED or
HSSCCH_BASED
, the transmit
power of the EAGCH is further
lowered, and the
downlink capacity
is further
improved.
The parameter
modification has
no impact on the
equipment.
A large parameter
value indicates
excessive
downlink transmit
power consumed
by the E-AGCH.
As a result,
downlink capacity
is affected. A
small parameter
value affects EAGCH receive
performance from
the UE. As a
result, the EAGCH bit error
rate (BER) is high
and therefore
uplink data
transmission is
affected.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large, the EAGCH occupies
too much
downlink transmit
power, and the
downlink capacity
is affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the EAGCH is affected,
and AG bit errors
increase. This
affects uplink data
transmission.
If the value of this
parameter is too
large, the EAGCH will occupy
too much
downlink transmit
power, affecting
the downlink
capacity. If the
value of this
parameter is too
small, the EAGCH transmit
power is always
restricted. As a
result, the UE
performance of
receiving the EAGCH is affected,
AG bit errors
increase, and
uplink data
transmission is
affected.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
parameter is too
large, the EAGCH always
occupies too
much downlink
transmit power
and affects the
downlink capacity
because the EAGCH transmit
power cannot be
lower than the
value of this
parameter. If the
value of this
parameter is too
small, the EAGCH transmit
power can
decrease to a
very low value.
Since E-AGCH
power control
based on HSDPA
information is not
closed-loop power
control and the
CQIs used are
subject to bit
errors, a very low
transmit power of
the E-AGCH
affects the UE
performance of
receiving the EAGCH, causes
AG bit errors, and
affects uplink data
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
If the value is set
to FIXED, the ERGCH for Serving
E-DCH RLS and
the E-HICH for
RLS containing
the Serving EDCH cell use
fixed transmit
power. If the value
is set to
RNC_BASED or
FOLLOW_TPC,
the E-RGCH and
E-HICH occupy
less transmit
power, and the
downlink capacity
is improved.
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large, the ERGCH occupies
too much
downlink transmit
power, and the
downlink capacity
is affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the ERGCH is affected,
and RG bit errors
increase. This
affects uplink data
transmission.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large, the ERGCH occupies
too much
downlink transmit
power, and the
downlink capacity
is affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the ERGCH is affected,
and RG bit errors
increase. This
affects uplink data
transmission.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to YES, the
E-RGCH power
control policy can
be selected, for
example, FIXED,
RNC_BASED or
FOLLOW_TPC. If
this parameter is
set to NO, the ERGCH power
control policy is
fixed.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
If the value is set
to FIXED, the ERGCH for Nonserving E-DCH RL
and the E-HICH
for RLS not
containing the
Serving E-DCH
cell use fixed
transmit power. If
the value is set to
RNC_BASED or
FOLLOW_TPC,
the E-RGCH and
E-HICH occupy
less transmit
power, and the
downlink capacity
is improved.
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large, the ERGCH occupies
too much
downlink transmit
power, and the
downlink capacity
is affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the ERGCH is affected,
and RG bit errors
increase. This
affects uplink data
transmission.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large, the ERGCH occupies
too much
downlink transmit
power, and the
downlink capacity
is affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the ERGCH is affected,
and RG bit errors
increase. This
affects uplink data
transmission.
If the value of this
parameter is too
large, the E-HICH
occupies too
much downlink
transmit power,
and the downlink
capacity is
affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the EHICH, the ACK
and NACK
feedback for
uplink data
transmission, and
uplink data
transmission are
affected.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large, the E-HICH
occupies too
much downlink
transmit power,
and the downlink
capacity is
affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the EHICH, the ACK
and NACK
feedback for
uplink data
transmission, and
uplink data
transmission are
affected.
If the value of this
parameter is too
large, the E-HICH
occupies too
much downlink
transmit power,
and the downlink
capacity is
affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the EHICH, the ACK
and NACK
feedback for
uplink data
transmission, and
uplink data
transmission are
affected.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large, the E-HICH
occupies too
much downlink
transmit power,
and the downlink
capacity is
affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the EHICH, the ACK
and NACK
feedback for
uplink data
transmission, and
uplink data
transmission are
affected.
If the value of this
parameter is too
large, the E-HICH
occupies too
much downlink
transmit power,
and the downlink
capacity is
affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the EHICH, the ACK
and NACK
feedback for
uplink data
transmission, and
uplink data
transmission are
affected.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
If the value of this
parameter is too
large, the E-HICH
occupies too
much downlink
transmit power,
and the downlink
capacity is
affected. If the
value of this
parameter is too
small, the UE
performance of
receiving the EHICH, the ACK
and NACK
feedback for
uplink data
transmission, and
uplink data
transmission are
affected.
The parameter
modification has
no impact on the
equipment.
If strong external
interference exists
and this switch is
set to ON, the
HSUPA
throughput of the
cell is improved.
At the same time,
however, the
RTWP of the cell
increases, and
the cell coverage
shrinks.
The parameter
modification has
no impact on the
equipment.
In scenarios
where strong
external
interference
exists, a large
value for this
parameter
improves the
throughput of the
cell. At the same
time, however, the
RTWP of the cell
increases, and
the cell coverage
severely shrinks.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
When this switch
is set to OPEN,
the impact of
short-time random
RTWP pluses is
filtered out from
the measured
RTWP value
reported by the
NodeB to the
RNC. This
improves the
number of users
that can be
simultaneously
admitted into the
system and raises
the access
success rate in
scenarios where
the power-based
access control
algorithm is
enabled for the
RNC.
In scenarios
where strong
external
interference
exists, a large
value for this
parameter allows
a high upper limit
to the increase in
the cell RTWP.
This improves the
throughput of the
cell but shrinks
the cell coverage.
turned on, the
HSUPA time
division
scheduling
function is
enabled. The
uplink throughput
increases when
the HSUPA Time
Division
Scheduling
feature takes
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is configured
small, the Time
Division
Scheduling
probability of
HSUPA users will
be small. If this
parameter is
configured big,
the chip offset
users number is
big, it will raise the
un-h transmitting
carrier power in
the downlink, and
then limit carrier
power in the
downlink.
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, the
performance with
which TDM
scheduling users
perform advanced
reception
technology, such
as FDE, boosting,
and IRC
improves, thereby
maximizing the
throughput of
HSUPA cells.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to OFF, DCHSUPA UEs
experience
improves. If this
parameter is set
to ON, the
secondary DCHSUPA cell
throughput
increases.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
probability of
uplink transmit
power-based
deactivation of
UEs on the
secondary carrier.
This operation
improves the
edge throughput
of DC-HSUPA
UEs (reaching
SC-HSUPA
performance), but
decreases the
number of
activated DCHSUPA UEs on
the secondary
carrier. A small
value of this
parameter
indicates a low
probability of
uplink transmit
power-based
deactivation of
UEs on the
secondary carrier.
There are
available loads on
the secondary
carrier, which
ensures data
transmission of
DC-HSUPA UEs
and maximizes
the usage of air
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, HSUPA
cell throughput
increases and the
cell RTWP slightly
increases.
The parameter
modification has
no impact on the
equipment.
A larger value of
this parameter
indicates a higher
HSUPA cell
throughput and a
larger RTWP
increase if the cell
serves a large
number of UEs.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
efficiency and
thereby lowers
the system
throughput.
POWER_PRI:
The power
resource priority
allocation scheme
mainly applies to
scenarios where
code resources
are limited. In
scenarios where
code resources
are not limited,
this scheme
lowers the code
resource use
efficiency and
thereby lowers
the system
throughput.
POWERCODE_B
AL: The powercode balanced
scheme strikes a
balance between
the code
resources and
power resources
consumed by the
cell. This avoids
exhaustion of
either type of
resources,
improves the
resource use
efficiency and
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
throughput is low.
PF: The
differences
between channel
environments of
users are
considered in
order to ensure
equity among
users. But users
are not
differentiated.
EPF: Scheduling
rights values
cover the QoS
requirements of
different services.
GBRs can be
ensured
preferentially, and
equity and
differentiation
among users are
reflected. Channel
quality is
considered in
order to reach
high resource
efficiency and
gain a high
system capacity.
This algorithm is
an enhancement
to PF.
EPF_LOC:
Considering the
EPF algorithm
and user location,
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
This parameter
indicates the
reserved power
as a percentage
of the maximum
transmit power of
the cell.
Increasing this
value will
decreases the
power available to
the HS-PDSCH of
the cell and lower
the throughput of
the cell. If the
value of this
parameter is set
to a small value
and the DPCH or
HS-SCCH power
of the cell needs
to increase within
a short period of
time, the DPCH or
HS-SCCH
performance
cannot be
ensured.
The parameter
modification has
no impact on the
equipment.
If the value is set
to FIXED, the HSSCCH transmit
power is
determined
depending on
CEUs. This helps
to save power
resources. If the
value is set to
CQI, the HSSCCH transmit
power is adjusted
based on the
CQIs and
ACK/NACK
feedback from
users. This lowers
the average HSSCCH transmit
power and
improves the
average
throughput of the
cell.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a small
value, the
probability of HSSCCH decoding
errors for CEUs
increases. If this
parameter is set
to a large value,
users at a short or
medium distance
from the base
station waste
large amounts of
power, and the
system capacity
decreases.
If this parameter
is set to a small
value, the HSSCCH power
accounts for a
large proportion,
and the power
available to the
HS-PDSCH. If this
parameter is set
to a large value,
the probability of
HS-SCCH
decoding errors
increases and the
HSDPA
throughput of the
cell decreases.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to CLOSE, the
resources
available to GBR
users are not
restricted.
However, the
throughput may
decrease, for
example, when
high GBRs are
configured for
CEUs. When this
parameter is set
to OPEN, the
resources
available to GBR
users are
restricted. When
the resource
usage is below
the threshold,
GBRs are met
preferentially.
When the
resource usage is
above the
threshold, GBRs
are not met
preferentially, but
the throughput
may be improved
(for example,
large GBRs
configured for
users at the cell
When
edge). this switch
is set to OPEN,
the vacant codes
of R99 can be
fully utilized, the
cell codes are
used efficiently,
and the system
capacity is
improved. If this
switch is set to
CLOSE, code
resources cannot
be efficiently used
and the cell
throughput
decreases.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this switch is set
to CLOSE, the
cell cannot use
16QAM, and the
throughput of the
cell is low. If this
switch is set to
OPEN, the cell
can use 16QAM,
and the
throughput of the
cell
is parameter
improved.
If this
is set to a value
smaller than the
transmit power
available to users,
users will have a
reduced
possibility of
scheduling and
the user
throughput may
decrease.
If this parameter
is not set to 0,
wave filtering is
performed for
CQIs reported by
UEs. If this
parameter is set
to a large value,
CQI wave filtering
is smooth, the
user throughput is
stable, but the
throughput is low.
If this parameter
is set to 0, CQI
wave filtering is
not performed. In
this case, channel
changes are
quickly tracked,
and the
throughput is
improved.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to a small value,
HARQ
retransmissions
cannot ensure
reliable data
transmission for
E-FACH users. In
this case, RLC
layer
retransmissions
are required,
which lowers the
user throughput.
When this
parameter is set
to a large value, a
fixed number of
HARQ
retransmissions
ensure reliable
data transmission
for E-FACH users.
In this case, a
large amount of
cell resources is
consumed, and
the cell
throughput is low.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to a small value,
HARQ
retransmissions
cannot ensure
reliable data
transmission for
CELL-DCH users.
In this case, RLC
layer
retransmissions
are required,
which lowers the
user throughput.
When this
parameter is set
to a large value,
reliable data
transmission can
be ensured for
CELL-DCH users.
In this case, users
in poor channel
environments
consume a large
amount of cell
resources.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to CQI and
the current CQI is
larger than the
selected CQI,
power is wasted.
If this parameter
is set to CQI and
the current CQI is
smaller than the
selected CQI, the
probability of
unreliable HSSCCH
transmission
increases. In both
cases, the cell
throughput is low.
If this parameter
is set to FIXED,
reliable HS-SCCH
transmission can
be ensured but
the downlink
power cannot
efficiently used.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to
NO_CQI_ADJ,
CQI correction is
not performed. If
this parameter is
set to
CQI_ADJ_BY_RB
LER, CQI
correction is
performed for
conversational
services based on
the target value of
the residual
BLER. The
residual BLER will
converge to the
target value.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to
NO_CQI_ADJ,
CQI correction is
not performed. If
this parameter is
set to
CQI_ADJ_BY_IB
LER, CQI
correction is
performed for
nonconversational
services based on
the fixed IBLER.
The IBLER will
converge to this
target value. If
this parameter is
set to
CQI_ADJ_BY_DY
N_BLER, CQI
correction is
performed for
nonconversational
services based on
the dynamic
BLER. The
dynamic BLER
will converge to
this
target
value.
If
this
parameter
is set to a small
value, the residual
BLER for
conversational
services is small,
the service quality
of conversational
services is
improved, but the
system capacity
If
this parameter
decreases.
is set to a small
value, the IBLER
for nonconversational
services of
HSDPA users is
small. At a short
distance from the
base station, the
user throughput is
improved.
However, at a
medium or long
distance from the
base station,
throughput loss
may be
introduced.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
When the
parameter is set
to ON, TrafficBased Activation
and Deactivation
of the
Supplementary
Carrier in Multicarrier HSDPA is
enabled. This
function helps
reduce HSDPCCH power for
Multi-carrier
HSDPA users that
have low
throughput,
lowering the
uplink load and
extending the
battery life of
UEs.
The parameter
modification has
no impact on the
equipment.
For
MIMO+HSDPA
co-carrier cells, if
this switch is set
to OPEN,
performance for
HSDPA users is
boosted but
performance for
MIMO users
slightly decrease.
If this switch is set
to CLOSE,
performance for
MIMO users
remains
unchanged and
performance for
HSDPA users
decreases.
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
None
None
The parameter
modification has
no impact on the
equipment.
If this algorithm is
set to ON, Sony
Ericsson terminals
no longer
experience PS
call drops.
However, it is
possible that only
one HS-SCCH
code is used,
decreasing the
cell capacity. If
this switch is set
to OFF, Sony
Ericsson terminals
may experience
PS call drops.
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
A large parameter
value indicates a
large impact of
user location on
scheduling
weight. The users
at the near of cell
are scheduled
with a high
probability. As a
result, the cell
throughput
increases and the
throughput of cell
edge users
decreases.
The parameter
modification has
no impact on the
equipment.
value indicates
the heavy
downlink load,
serious
interference to
neighboring cells,
and increased
service drop rate.
If the parameter
value is too small,
the SBLER
decreases
insignificantly and
the cell HSDPA
throughput does
not increase
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to a small value,
HARQ
retransmission
cannot ensure
reliable data
transmission for
UEs in the
CELL_FACH
state, and
therefore, RLC
layer
retransmission is
required. This
reduces the UE
throughput.When
this parameter is
set to a large
value, HARQ
retransmission
ensures reliable
data transmission
for UEs in the
CELL_FACH state
and expands EFACH coverage.
However, UEs
experiencing poor
channel quality
consume more
cell resources.
The parameter
modification has
no impact on the
equipment.
When this switch
is turned on, the
throughput of
HSDPA burst
services
increases and the
data transmission
delay decreases.
The same gains
are provided for
full buffer services
at the startup of
data transmission.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
Scheduling and
TFRC are allowed
for BE services
even when the
uplink signal
quality of HSDPA
users is not
reliable. As a
result, traffic and
user throughput
increase and
service delay
decreases.
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
A small value of
this parameter
indicates the
decreased
consumed power
for the SRB data
over the HSDPA
channel, a low
HSDPA handover
success rate, and
the light cell load.
Setting this
parameter to a
large value
increases the
downlink load and
decreases the
RRC connection
setup success
rate, RAB setup
success rate, and
handover success
rate. Therefore,
do not set this
parameter to a
large value.
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
code utilization
rate and reduces
the downlink load
when the data
source of users in
a cell is
insufficient and
there are
remaining
downlink air
interface
resources
(including power
and code
resources). As a
result,
interference to
downlink
channels
decreases, which
improves user
experience. If this
switch is turned
off, code
utilization
optimization does
not take effect. If
the code
utilization rate in
cells is higher
than 70% on
average during
peak hours and
each cell is
allocated not
more than 10
codes due to
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
If the air interface V100R009C00
rate or data
BTS3900:
source fluctuates, V100R009C00
turning on this
BTS5900:
switch increases V100R013C00
HSDPA
BTS5900
throughput.
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
Parameter
settings depend
on the air
interface
capability in soft
handover area of
inter-NodeB
SFDC-HSDPA
UEs and traffic
model. A large
value of this
parameter
indicates a high
probability that a
UE receives an
incorrect PDU at
the RLC layer
caused by data
congestion in the
MAC-ehs queue
during high-speed
transmission. A
small value of this
parameter
indicates a high
probability that
the MAC-d PDU
in a NodeB buffer
is mistakenly
Parameter
discarded.
settings depend
on the air
interface
capability in soft
handover area of
inter-NodeB
DF3C-HSDPA
UEs and traffic
model. A large
value of this
parameter
indicates a high
probability that a
UE receives an
incorrect PDU at
the RLC layer
caused by data
congestion in the
MAC-ehs queue
during high-speed
transmission. A
small value of this
parameter
indicates a high
probability that
the MAC-d PDU
in a NodeB buffer
is mistakenly
discarded.
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, HSDPA
resource
utilization
improves and
downlink
throughput
increases in the
event of limited
HSDPA
resources.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a large
value, the
available HSPDSCH power
becomes small for
the cell giving
priority to platinum
users in the CS
domain, reducing
cell throughput
and downlink cell
load. In this
situation, platinum
users in the CS
domain have
better user
experience. If this
parameter is set
to a small value,
the available HSPDSCH power
becomes large for
the cell giving
priority to platinum
users in the CS
domain,
increasing cell
throughput. In this
situation, user
experience of
platinum users in
the CS domain is
adversely affected
but such users
are still given
priority in the cell.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
parameter value
indicates fewer
video users for
absolute
guarantee,
smaller impacts
on users that are
not absolutely
guaranteed,
slighter impacts
on cell throughput
when resources
are insufficient,
but less
significant
improvements in
KQIs for video
users. A smaller
parameter value
indicates more
video users for
absolute
guarantee, more
significant
improvements in
KQIs for video
users, but larger
decreases in cell
throughput when
resources are
The larger the
value of this
parameter is, the
closer to the
actual air
interface
throughput the full
buffer service
throughput but the
less the number
of full buffer
service samples.
None
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
Turning on this
switch increases
the HS-SCCH
demodulation
success rate over
the air interface
and improves
network
performance.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a large
value, the
maximum HSSCCH transmit
power for UEs in
CELL_DCH state
and HS-SCCH
demodulation
success rate
increase and
network
performance
improves, but
HSDPA
throughput may
decrease. If this
parameter is set
to a small value,
the maximum HSSCCH transmit
power for UEs in
CELL_DCH state
and HS-SCCH
demodulation
success rate
decrease, and
network
performance is
compromised.
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
parameter value
indicates fewer
candidate
services being
preferentially
scheduled and
less impact on
other services,
but less
improvement in
user experience.
A smaller
parameter value
indicates more
candidate
services being
preferentially
scheduled and
more impact on
other services,
but more
improvement in
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to
JOINTALLOC,
total downlink EFACH and
HSDPA
throughput will
improve. If this
parameter is set
to INDALLOC,
downlink E-FACH
throughput will
improve during
busy hours.
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
When
CQIADJALGOFN
ONCON is set to
CQI_ADJ_BY_IB
LER and this
parameter is set
to OFF, the
algorithm
specified by
CQI_ADJ_BY_IB
LER has
optimized
performance of
the mainstream
terminals on the
live network.
However,
performance of
some terminals
deteriorates,
leading to
negative gains. In
this case, if this
parameter is set
to ON, the system
automatically
adjusts the
algorithm
parameters to
eliminate the
negative gains.
The parameter
modification has
no impact on the
equipment.
When
CQIADJALGOFN
ONCON is set to
CQI_ADJ_BY_DY
N_BLER, in the
single-user
scenario, if this
parameter is set
to ON, the system
optimizes the
algorithm
specified by
CQI_ADJ_BY_DY
N_BLER to
improve downlink
throughput.
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
A larger value of
this parameter
indicates a
greater proportion
of deactivating the
secondary cell.
The cell
throughput and
single-user
throughput
decrease and the
uplink capacity
increases.
The parameter
modification has
no impact on the
equipment.
A larger value of
this parameter
indicates a
greater proportion
of deactivating the
secondary cell.
The cell
throughput and
single-user
throughput
decrease and the
uplink capacity
increases.
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
A smaller value of
this parameter
indicates a
greater proportion
of deactivating the
secondary cell.
The cell
throughput and
single-user
throughput
decrease and the
uplink capacity
increases.
The parameter
modification has
no impact on the
equipment.
A smaller value of
this parameter
indicates a
greater proportion
of deactivating the
secondary cell.
The cell
throughput and
single-user
throughput
decrease and the
uplink capacity
increases.
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
carrier HSDPA
users in a multicarrier cell group
have equal
opportunity to be
scheduled when
channel
conditions and
SPI are the same;
the multi-carrier
HSDPA user rate
is the same as the
single-carrier
HSDPA user rate,
and HSDPA users
with different
carriers meet
user-level
fairness. If this
switch is turned
on, multi-carrier
HSDPA users
have more
scheduling
opportunity than
single-carrier
HSDPA users in
the multi-carrier
cell group when
channel
conditions and
SPI are the same;
the multi-carrier
HSDPA user rate
is higher than the
single-carrier
HSDPA user rate,
and HSDPA users
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, HSDPA
users with few
queue buffers are
preferentially
scheduled,
improving the
average
throughput during
which the HSDPA
user queue
buffers have data.
If this switch is
turned off, the
original EPF,
EPF_LOC, or
EPF_SMART
scheduling
algorithm is used.
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
When this switch
is turned on, the
dynamic code
algorithm is
optimized and the
NodeB can use
discontinuous idle
codes, increasing
the available HSPDSCH codes
and improving
HSDPA cell
throughput.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to ON, the
number of invalid
retransmissions
over the Uu
interface
decreases,
increasing the
transmission
efficiency,
downlink capacity,
and HSDPA
throughput.
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to 0, scheduling
optimization is not
performed on
multi-carrier
HSDPA UEs with
overly low CQIs.
When this
parameter is not
set to 0, this
function takes
effect, and the cell
HSDPA
throughput is
improved
accordingly, but
for a cell during
busy hours, the
experience of
multi-carrier
HSDPA UEs with
big difference in
CQIs is affected.
If this parameter
is set to a large
value, this
function takes
effect in fewer
scenarios.
When
COMBITFRCSW
is set to ON, the
resource usage
increases, and
the cell HSDPA
throughput
increases.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
N/A
The parameter
modification has
no impact on the
equipment.
N/A
The larger the
parameter value,
the smaller the
gain in the cell
throughput and
the impact on the
single user
throughput.The
smaller the
parameter value,
the larger the gain
in the cell
throughput and
the impact on the
single-user
throughput. If this
parameter is set
to 0, this
parameter is
invalid, and the
NodeB adjusts
the threshold
based on the
Machine Learning
based Scheduling
algorithm in real
time.
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
If this parameter
is set to a small
value, the queues
on which resource
proportions are
restricted can use
only small
proportions of
resources, and
GBRs cannot be
ensured. If this
parameter is set
to a large value,
the queues on
which resource
proportions are
restricted can use
large proportions
of resource,
GBRs can be
ensured, but the
system
throughput is
lowered in the
case of a large
number of users.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
None
None
N/A
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
If automatic cell
reestablishment is
enabled and the
NodeB decides
that the cell needs
to be
automatically
reestablished, the
logical cell will be
removed and the
local cell will be
reestablished
based on the
preset resource
allocation mode.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
None
None
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is not 0 and
automatic cell
reestablishment is
enabled, existing
CS users in this
cell will be
disconnected
from the network.
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
The parameter
modification has
no impact on the
equipment.
If this parameter
is not 0 and
automatic cell
reestablishment is
enabled, existing
PS users in this
cell will be
disconnected
from the network.
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to ON, the
cell will be
reestablished and
the NodeB
attempts to clear
the fault when the
DC/MC degrades.
Cell
reestablishment
will interrupt all
ongoing services
carried on the
NodeB.
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
If this parameter
V100R008C00
is set to ON,
BTS5900:
energy saving will
V100R013C00
be achieved.
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
None
N/A
The parameter
modification has
no impact on the
equipment.
If the dynamic
voltage
adjustment time is
too long, the
HSDPA
throughput is
affected and the
probability of call
drops increases.
If the time is too
short, energy
conservation
cannot yield
notable effects.
The parameter
modification has
no impact on the
equipment.
If the dynamic
voltage
adjustment time is
too long, the
HSDPA
throughput and
the call drop rate
are affected. If the
time is too short,
energy
conservation
cannot yield
notable effects.
N/A
None
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
None
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
None
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to 0, small
traffic recognition
is disabled. If this
parameter is set
to a large value,
UPA users are
easily recognized
as small-traffic
users. This
causes overload.
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
None
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to 0, small
traffic recognition
is disabled. If this
parameter is set
to a large value,
UPA users are
easily recognized
as small-traffic
users. This
causes overload.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to 0, small
traffic recognition
is disabled. If this
parameter is set
to a large value,
UPA users are
easily recognized
as small-traffic
users. This
causes overload.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to 0, small
traffic recognition
is disabled. If this
parameter is set
to a large value,
HSDPA users are
easily recognized
as small-traffic
users. At the
same time, the
probability of
congestions over
the Iub interface
increases.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to 0, small
traffic recognition
is disabled. If this
parameter is set
to a large value,
HSDPA users are
easily recognized
as small-traffic
users. At the
same time, the
probability of
congestions over
the Iub interface
increases.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to 0, small
traffic recognition
is disabled. If this
parameter is set
to a large value,
HSDPA users are
easily recognized
as small-traffic
users. At the
same time, the
probability of
congestions over
the Iub interface
increases.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a large
value, the lowtraffic experience
enhancement
function is more
likely to take
effect, but more
RTWP peaks
occur in the cell.
This increases the
service drop rate
and decreases
the access
success rate. If
this parameter is
set to a small
value, the lowtraffic experience
enhancement
function is less
likely to take
effect, and the
impact on RTWP
peaks is small.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
A larger value of
this parameter
indicates a
shorter delay in
transmitting burst
data and more
significant
increase in the
average UPA rate.
However, more
RTWP peaks
occur in the cell,
increasing the
service drop rate
and decreasing
the access
success rate. A
smaller value of
this parameter
indicates a longer
delay in
transmitting burst
data, less
significant
increase in the
average UPA rate,
and less impact
on
RTWP
peaks.
A larger
value
of
this parameter
indicates a
shorter delay in
transmitting burst
data and more
significant
increase in the
average UPA rate.
However, more
RTWP peaks
occur in the cell,
increasing the
service drop rate
and decreasing
the access
success rate. A
smaller value of
this parameter
indicates a longer
delay in
transmitting burst
data, less
significant
increase in the
average UPA rate,
and less impact
on RTWP peaks.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
N/A
N/A
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
scenarios. By
determining
whether the
downlink load
meets the
conditions, the
NodeB approves
or rejects the RL
SETUP requests.
By determining
whether the
current number of
online RRC users
meets the
conditions, the
NodeB approves
or rejects RRC
setup requests.
This parameter
can prevent
downlink power
congestion
caused by
frequent RRC
setup. In this way,
the downlink
performance does
not quickly
deteriorate, and
RRC connections
in progress do not
experience low
procedure
success rates.
During non-peak
hours, the RRC
setup success
If this parameter
is set to a large
value, a large
number of link
setup requests for
non-real-time
services are
approved. This
causes downlink
power congestion
in the case of
frequent RRC link
setups. If this
parameter is set
to a small value,
admission is
difficult, affecting
the admission
success rate and
wasting the cell
capacity.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a large
value, a large
number of link
setup requests for
non-real-time
services are
approved. This
causes downlink
power congestion
in the case of
frequent RRC link
setups. If this
parameter is set
to a small value,
admission is
difficult, affecting
the admission
success rate and
wasting the cell
capacity.
If this parameter
is set to a large
value, a large
number of link
setup requests
are approved.
This causes
downlink power
congestion in the
case of frequent
RRC link setups.
If this parameter
is set to a small
value, admission
is difficult,
affecting the
admission
success rate and
wasting the cell
capacity.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
N/A
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
N/A
N/A
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
UMTS is a selfinterfering system
where users
cause
interference to
each other. Once
interference
occurs, the RTWP
increases
continuously,
increasing the
probability of
RTWP peak.
Turning on this
switch reduces
the probability of
RTWP peak,
improves the cell
throughput, and
improves the
system reliability.
None
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
imbalance
scenario, turn on
the switch. This
increases the
system capacity
and HSUPA
throughput.
However, uplink
coverage
decreases. In
addition, the
RACH receive
power decreases,
improving uplink
air interface
capacity but
increasing the
access delay.
When the antiinterference
scheduling
algorithm is
enabled and
some antennas
fail, turn on the
switch. This
increases
coverage
increases.
However, system
capacity and
HSUPA
throughput
When this switch
is set to OPEN,
the NodeB also
performs flow
control on uplink
BE services
carried on R99.
As a result, R99
rates are affected,
the packet loss
rate may
increase, and the
service rates may
decrease.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
None
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
Turning on this
BTS3900:
switch reduces
V100R008C00
the call drop rate
BTS5900:
in high-speed UE
V100R013C00
movement
BTS5900
scenarios.
WCDMA:
V100R013C00
When this switch
is turned on, the
NodeB configures
the maximum
transmit power of
the associated
DPCH based on
whether data is
transmitted on the
associated DPCH
for HSDPA
services. If no
data is
transmitted on the
associated DPCH
for HSDPA
services, the
NodeB reduces
the maximum
transmit power of
the associated
DPCH to improve
the HSDPA
throughput.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
A lighter load
indicates that the
algorithm is more
easily triggered.
That is, the
transmit power of
the associated
DPCH more
easily decreases,
which affects the
network KPIs
such as the call
drop rate. A
heavier load
indicates that the
algorithm is more
difficult to be
triggered. This
reduces the
downlink nonHSPA power and
throughput gains.
The parameter
modification has
no impact on the
equipment.
The smaller the
parameter value
is, the smaller the
maximum RTWP
value broadcast
to the UE is. This
reduces the
transmit power of
the UE that
initiates a random
access, RTWP
value, and RTWP
spikes but
increases the
random access
delay.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to ON,
uplink control
channel-based
OLPC is
supported. If a
cell serves a great
number of HSUPA
burst users and
the uplink load is
restricted, this
feature increases
uplink capacity.
A high threshold
indicates that
uplink control
channel-based
OLPC difficultly
takes effect and
air interface
performance
gains decrease. A
low threshold
indicates that
uplink control
channel-based
OLPC easily
takes effect but
negative gains of
user delay
introduced by the
feature have a
large impact on
system
performance.
A high threshold
indicates that
uplink control
channel-based
OLPC difficultly
takes effect and
air interface
performance
gains decrease. A
low threshold
indicates that
uplink control
channel-based
OLPC easily
takes effect but
negative gains of
user delay
introduced by the
feature have a
large impact on
system
performance.
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, the
NodeB
dynamically
adjusts the
maximum and
minimum transmit
power of the
associated DPCH
based on the
CQIs reported by
HSDPA users,
thereby
conserving
downlink nonHSPA power. This
improves HSDPA
throughput but
causes more PS
service drops. If
this switch is
turned off, the
DPCH power
control algorithm
based on signal
quality does not
take effect.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
The lighter the
load state
specified by this
parameter, the
higher the
probability of
triggering the
DPCH power
control algorithm
based on radio
quality. This
reduces nonHSPA power but
increases the call
drop rate. The
heavier the load
state specified by
this parameter,
the lower the
probability of
triggering the
DPCH power
control algorithm
based on radio
quality and the
less the
improvements in
downlink nonHSPA power and
throughput.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
A larger value of
this parameter
indicates a higher
transmit power
allowed for the
DPCH. This
reduces the call
drop rate but does
not conserve
downlink nonHSPA power,
causing HSDPA
throughput to
deteriorate. A
smaller value of
this parameter
indicates a lower
transmit power
allowed for the
DPCH and a
higher probability
of conserving
downlink nonHSPA power. This
improves HSDPA
throughput but
causes more PS
service
drops.is
If this switch
turned on, power
is mutually shared
between the cell
and HSDPA cells
that meet power
sharing
requirements. For
cells where power
sharing takes
effect, user
experience
improves and cell
throughput
increases, but the
CS and PS
service drop rates
slightly increase,
and CS and PS
RAB setup
success rates
slightly decrease.
The DSP
NODEBPAGRP
command can be
used to query
cells where power
sharing takes
effect.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
A large value of
this parameter
indicates little
power to be
shared between
cells. If this
parameter is set
to a value greater
than 20, power
sharing
improvements
decrease. A small
value of this
parameter
indicates much
power to be
shared between
cells. If the value
of this parameter
is too small, for
example, less
than 10, shared
power cannot
accommodate the
required power for
R99 users, and
power sharing
improvements
decrease due to
delayed power
reclaim.
A large value of
this parameter
indicates much
power to be
shared between
cells. In the
scenarios where
KPIs do not
deteriorate, the
closer of the
parameter value
to 50, the larger
cell throughput
improvements. If
the value of this
parameter is less
than 20, less
power can be
shared between
cells and power
sharing
improvements are
insignificant.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to ON, MAC
scheduling
optimization and
F-DPCH power
control
optimization are
implemented for
UEs whose SRBs
are carried on
HSDPA channels
to reduce the
service drop rate
due to handovers.
If the parameter
value is
excessively low,
the maximum
downlink DPCH
transmit power is
decreased earlier
than expected,
causing call
drops. If the
parameter value
is excessively
high, it is difficult
to trigger
reduction to the
maximum and
minimum
downlink DPCH
transmit power,
making it difficult
to save power for
HSDPA users and
to improve cell
throughput.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
This parameter
balances uplink
load controllability
and throughput. If
this parameter is
set to a small
value, a single
HARQ process is
easily triggered
when load does
not cause
congestion. The
parameter setting
helps control cell
load but may
reduce
throughput. If this
parameter is set
to a large value, a
single HARQ
process is
triggered only
when load causes
congestion. The
parameter setting
meets data
transmission
requirements but
makes cell load
uncontrollable.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, R99-toHSDPA cell power
sharing is
achieved between
R99 cells and
HSDPA cells that
meet power
sharing
requirements. For
HSDPA cells
where power
sharing takes
effect, user
experience
improves and cell
throughput
increases, but the
CS and PS
service drop rates
slightly increase,
and CS and PS
RAB setup
success rates
slightly decrease.
The DSP
NODEBPAGRP
command can be
used to query
cells where power
sharing takes
effect.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, power
is mutually shared
between the cell
and HSDPA cells
that meet power
sharing
requirements in
real time. For cells
where real-time
power sharing
takes effect, user
experience
improves and cell
throughput
increases, but the
CS and PS
service drop rates
slightly increase,
and CS and PS
RAB setup
success rates
slightly decrease.
The DSP
NODEBPAGRP
command can be
used to query
cells where power
sharing takes
effect.
The parameter
modification has
no impact on the
equipment.
After this
parameter is set
to ON, the NodeB
decreases
downlink DPCH
TPC transmit
power for HSDPA
UEs whose SRBs
are carried over
the DCH based
on downlink nonHSPA power load
of the cell, further
improving
downlink nonHSPA power
efficiency and
increasing
downlink capacity
of the cell.
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
After this
parameter is set
to ON, HSDPA
throughput will
improve when the
proportion of nonHSPA power is
high, downlink
power is limited,
and the power
margin is
configured.
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to OFF, the
radio-qualitybased DPCH
power control
algorithm takes
effect for soft
handover users or
softer handover
users, gains for
downlink power
saving improve,
increasing the
capacity. If this
parameter is set
to ON, the radioquality-based
DPCH power
control algorithm
does not take
effect for soft
handover users or
softer handover
users, gains for
downlink power
saving decrease.
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
In the scenarios
where the same
channel
conditions and
same SPI apply,
when this switch
is turned off, the
multi-carrier users
in multi-carrier cell
groups and SCHSUPA users
have the equal
opportunities for
scheduling and
equivalent rates,
and HSUPA users
configured with
different carriers
satisfy the userlevel fairness and
differentiation
requirements;
when this switch
is turned on, the
multi-carrier users
in multi-carrier cell
groups have more
opportunities and
higher rates than
SC-HSUPA users
and HSUPA users
configured with
different carriers
do not satisfy the
user-level fairness
and differentiation
requirements.
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
adjusts the
maximum and
minimum transmit
power of the FDPCH based on
the CQI reported
by HSDPA users
to save the
downlink nonHSPA power,
thereby improving
HSDPA
throughput. CQIbased DPCH
power control
takes effect for
UEs in lightly
loaded serving
cells and heavily
loaded nonserving cells.
When this
parameter is set
to OFF, CQIbased F-DPCH
power control
does not take
effect. The
downlink nonHSPA power is
not saved, the
HSDPA
throughput
decreases, and
CQI-based DPCH
power control
does not take
effect for UEs in
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
A larger value of
this parameter
indicates a higher
transmit power
allowed for the FDPCH and a less
probability of
conserving
downlink nonHSPA power,
causing decrease
in HSDPA
throughput. A
smaller value of
this parameter
indicates a lower
transmit power
allowed for the FDPCH and a
higher probability
of conserving
downlink nonHSPA power. This
improves HSDPA
throughput but
causes more PS
When
the
call drops.
parameter is set
to ON, the
coverage
performance of
voice services
and the
associated SRBs
over DPDCH
improves, but
uplink CE
consumption
increases.
When this switch
is turned on, the
HSDPA
throughput
increases if SRB
over HSDPA is
activated and
remains
unchanged if SRB
over HSDPA is
not activated.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
In cells enabled
with this function,
when the feature
license and
hardware
capability
requirements are
met, the AMR
services adopt the
PLVA algorithm,
which improves
the service quality
and user
experience of
AMR services,
especially in poor
coverage areas.
Besides, the
uplink coverage
on the DCH also
improves.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to ON, the uplink
capacity
increases with
more uplink CEs
consumed.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
When this switch
is turned on, the
smart TFRC
function takes
effect, and the
NodeB learns the
optimal TFRC
table in different
scenarios to
obtain network
capacity gains.
When this switch
is turned off, the
smart TFRC
function does not
take effect.
When Unstable
UE HSDPA
Schedule Opt
Switch is
selected, the
throughput of
HSDPA UEs
increases.
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The copolarization port
mapping
configuration
must be
consistent with
the actual copolarization
grouping to
deliver normal
performance
gains for the
UMTS 4T Beam
Optimization
feature. In the
event of
inconsistency, this
feature cannot
deliver expected
performance
gains. Modifying
this parameter
may cause
transient and
abrupt changes in
cell coverage,
causing call drops
to some extent.
The parameter
modification has
no impact on the
equipment.
The Machine
Learning based
PCPICH Power
Optimization
feature takes
effect after this
switch is turned
on. Smart pilot
power
optimization
ensures that KPIs
are in the
permitted range,
increasing cell
capacity and
traffic volume.
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
None
N/A
The parameter
modification has
no impact on the
equipment.
N/A
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
N/A
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
None
None
N/A
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
None
None
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
None
N/A
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE, a
cell supports
virtual CPC. The
support improves
the uplink
capacity when the
cell serves
HSUPA 2ms TTI
users and is
heavily loaded in
the uplink.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
None
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
N/A
None
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
N/A
None
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE,
the cell supports
boosting, which
makes channel
estimation be
accurate in highspeed scenarios
and thereby
improves the
receive quality of
uplink high-speed
services.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
N/A
None
The parameter
modification has
no impact on the
equipment.
N/A
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, the
Coverage
Expansion Under
Interference
feature takes
effect, improving
the access
success rate in
the event of
interference. If
this switch is
turned off, the
Coverage
Expansion Under
Interference
feature does not
take effect.
None
None
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
N/A
None
The parameter
modification has
no impact on the
equipment.
N/A
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE,
the cell supports
precise channel
estimation for
HSUPA 2 ms
UEs. The support
increases uplink
cell capacity when
the cell serves a
larger number of
HSUPA 2 ms
UEs.
None
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
N/A
N/A
The parameter
modification has
no impact on the
equipment.
N/A
None
When this
parameter is set
to TRUE, the
uplink capacity
increases with
more uplink CEs
consumed.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
N/A
The parameter
modification has
no impact on the
equipment.
N/A
None
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
N/A
The parameter
modification has
no impact on the
equipment.
N/A
If this parameter
is set to TRUE,
the cell supports
moving speedbased adaptive
demodulation,
uplink cell
capacity will
improve or cell
load will
decrease.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If the logical cell
exists, changing
this parameter
results in call
drops. This
parameter is only
used to the
narrowband
interference. If the
cell supports this
feature, the
narrowband
interference
signal can be
effectively
suppressed and
network
performance
improves.
Otherwise,
network
performance
slightly declines
after this feature
is enabled.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
Small bandwidth
BTS5900:
may reduce KPIs.
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to TRUE and the
Downlink 64QAM
feature is
authorized by the
license file, the
cell supports
downlink 64QAM.
This noticeably
improves the
peak downlink
rate per user.
When the license
is insufficient,
alarms will be
generated.
The parameter
modification has
no impact on the
equipment.
If
ULRESWORKMO
DE is set to
MANUAL_CHAIN,
removing a BBU
N/A
that serves a local
cell interrupts
ongoing services
of users on the
local cell.
None
The parameter
modification has
no impact on the
equipment.
None
None
The attenuation
amplitude and
desensitization
amplitude of
uplink signals
need to be
adjusted, which
affects power
control on
services. As a
result, calls may
be dropped.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE
and the working
mode of the
uplink baseband
equipment is set
to AIR, uplink
coverage in cells
improves in the
event of strong
wideband
interference.
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE,
cell edge user
throughput
improves after
Inter-NodeB HSDPCCH
CoMP(Joint
Reception) takes
effect.
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
NOTSUPPORT,
Downlink Adaptive
Band-Pass Filter
does not take
effect. When this
parameter is set
to
STATICBANDWID
TH, the cell
downlink signal
bandwidth is set
to a fixed value.
The more GSM
frequencies need
to be filtered out
on the NodeB, the
lower the UMTS
downlink
throughput. When
this parameter is
set to
DYNAMICBAND
WIDTH, the cell
downlink signal
bandwidth
changes
dynamically
based on the
GSM service
activation status.
If the number of
GSM frequencies
filtered on the
NodeB remains
unchanged, a
lower GSM
service activation
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
BTS3900
WCDMA:
When this
V100R012C10
parameter is set
BTS3900:
to TRUE, the cell
V100R012C10
can use the
BTS5900:
Intelligent 2T VAM
V100R013C00
feature, improving
BTS5900
user experience
WCDMA:
under light traffic.
V100R013C00
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
None
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
When this switch V100R012C10
The parameter
is turned on, the BTS3900:
modification takes downlink
V100R012C10
effect after the cell asymmetric band- BTS5900:
is automatically
pass filter is
V100R013C00
reset.
effective, yielding BTS5900
capacity gains.
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification takes
effect after the cell None
is automatically
reset.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
The parameter
modification takes
effect after the cell
is automatically
reset.
None
A larger
parameter value
indicates that
narrowband
carriers can
generate more
capacity gains.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification takes
effect after the cell
is automatically
reset.
A larger
parameter value
indicates that
narrowband
carriers can
generate more
capacity gains.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
N/A
pass filter and the
baseband
processing unit
adaptively filters
out uplink
narrowband
interference, such
as GSM signals,
to enhance the
UMTS
demodulation
performance
under narrowband
interference.
When this option
is deselected, the
The parameter
cell does not
modification takes support uplink
effect after the cell adaptive bandis automatically
pass filter. When
reset.
the
DLADAPTIVEBPF
ILTERPERFEOPT
option is selected,
the cell supports
downlink adaptive
band-pass filter
optimization and
the downlink
UMTS capacity
increases with
downlink UMTSto-GSM
interference
remaining
unchanged. When
this option is
N/A
None
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
this parameter is
set to
BUFZONEWITHG
SM, the cell is a
UMTS cell codeployed with
GSM cells in the
buffer zone, the
interference
suppression
optimization
algorithm takes
effect for this cell,
and the NodeB
supports GU
synchronization
through GSM
cells in the same
buffer zone to
improve the
interference
suppression
performance of
buffer-zone cells.
When this
parameter is set
to
BUFZONEWITHO
UTGSM, the cell
is a UMTS cell not
co-deployed with
GSM cells in the
buffer zone. In
this situation, a
high-precision
external reference
clock, such as
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
When the
NBISADAPTIVES
W parameter
under the
NODEBALGPARA
MO is set to ON,
setting this
parameter to ON
disables adaptive
NBIS function for
the cell; setting
this parameter to
OFF makes the
NodeB to decide
whether to enable
or disable NBIS in
the early morning
every day based
on narrowband
interference in the
cell. NBIS
improves network
performance in
cells with
narrowband
interference.
Enabling or
disabling NBIS
causes service
drops.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
N/A
The parameter
modification has
no impact on the
equipment.
N/A
None
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
N/A
N/A
None
N/A
N/A
None
The parameter
modification has
no impact on the
equipment.
If this switch is set
to TRUE, the PCI
code carried in
the single-flow
CQI reported from
a MIMO UE can
only be selected
from two options,
MIMO users will
experience
slightly
decreasing singleflow performance,
but the peak-toaverage ratio
(PAR) of the RRU
will not increase.
If this switch is set
to FALSE, the PCI
code carried in
the single-flow
CQI reported from
a MIMO UE can
only be selected
from four options,
but the PAR of the
RRU will increase,
and system
performance will
decrease.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to TRUE and the
UMTS and LTE
Dynamic Power
Sharing feature is
enabled on the
LTE side, the
maximum transmit
power of UMTS
and LTE cells
changes
dynamically
based on the cell
traffic. This
improves the
average
throughput of the
UMTS cell as the
power receiver or
negatively affects
user experience
of the UMTS cell
as the power
transmitter in the
event of burst
services.
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to a value other
than 0, the UMTS
available
bandwidth is
smaller than the
standard
bandwidth,
decreasing the
UMTS system
capacity. The
larger the
parameter value,
the smaller the
UMTS system
capacity.
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to a value other
than 0, the UMTS
available
bandwidth is
smaller than the
standard
bandwidth,
decreasing the
UMTS system
capacity. The
larger the
parameter value,
the smaller the
UMTS system
capacity.
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to a value other
than 0, the UMTS
available
bandwidth is
smaller than the
standard
bandwidth,
decreasing the
UMTS system
capacity. The
larger the
parameter value,
the smaller the
UMTS system
capacity.
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to a value other
than 0, the UMTS
available
bandwidth is
smaller than the
standard
bandwidth,
decreasing the
UMTS system
capacity. The
larger the
parameter value,
the smaller the
UMTS system
capacity.
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
None
N/A
The parameter
modification has
no impact on the
equipment.
N/A
If this parameter
is set to
FIXED_BANDWI
DTH_COMP_MO
DE, UMTS and
LTE networks can
share some
spectrum
resources,
improving the
overall spectral
efficiency.
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
N/A
N/A
None
N/A
N/A
The parameter
modification has
no impact on the
equipment.
None
None
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
N/A
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
The Turbo IC
V100R008C00
feature reduces
BTS3900:
the interference
V100R008C00
from the E-DCH
BTS5900:
and improves the
V100R013C00
cell throughput in
BTS5900
case of full buffer
WCDMA:
services.
V100R013C00
Radio
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE,
the NodeB
supports
feedbacks over
HS-DPCCH on
the E-RACH,
improving the
transmission
efficiency on the
E-FACH over the
air interface. If
this parameter is
set to FALSE, the
NodeB does not
support
feedbacks over
HS-DPCCH on
the E-RACH.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
None
N/A
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
N/A
N/A
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
The parameter
The smaller this
BTS3900:
modification takes percentage, the
V100R008C00
effect after the
lower the transmit
BTS5900:
carrier is
power and the
V100R013C00
automatically
smaller the
BTS5900
reactivated.
coverage.
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification takes
effect after the cell None
is automatically
reset.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
enabled and the
background noise
value is also
modified on the
RNC side, this
parameter only
affects the uplink
coverage. If the
value of this
parameter is too
large, the uplink
coverage severely
shrinks. If the
value of this
parameter is too
small, the uplink
coverage
becomes larger
than the downlink
coverage. In
either case, the
base station has
mismatching
uplink and
downlink
coverage. If the
desensitization
function is
enabled but the
background noise
value is not
modified on the
RNC side, this
parameter affects
the simulated
uplink load. The
larger the value of
this parameter,
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
level, the faster
the UEs are
allowed to move.
If UEs move
faster than the
rate allowed by
the rate level, the
access
performance
severely
deteriorates. If
UEs move at
various rates, the
rate level needs
to allow for the
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
None
None
N/A
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to TRUE, the cell
supports 16QAM
on the uplink. This
will significantly
improve the uplink
peak rates for
individual users.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
N/A
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to TRUE, the cell
supports 64QAM
and MIMO on the
downlink. This will
significantly
improve the
downlink peak
rates for individual
users.
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE,
the cell supports
FDE. In multi-path
environments,
FDE improves the
uplink peak rates
for individual
users and the
uplink throughput
of the cell if the
number of users
is small.
If this parameter
is set to TRUE,
the uplink
coverage and
application-layer
rate will be
improved.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
None
None
None
N/A
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
If this parameter
V200R012C00
is set to TRUE,
BTS3900:
the cell supports
V100R008C00
HSUPA EDPDCH
BTS5900:
IC, which greatly
V100R013C00
improves the
BTS5900
uplink throughput
WCDMA:
of the cell.
V100R013C00
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE,
service setup
delay and state
transition delay
will be reduced,
and the common
uplink coverage
will be improved.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to TRUE, the cell
supports DCHSDPA+MIMO
feature. This will
significantly
improve the
downlink peak
rates for individual
users.
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
N/A
N/A
None
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
N/A
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to TRUE
and power
sharing is enabled
for GSM, the
power actually
used by UMTS
exceeds the
maximum transmit
power of the cell.
This improves the
cell throughput,
but it also causes
more interference
to neighboring
cells and lowers
their throughput.
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R013C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
N/A
None
The parameter
modification has
no impact on the
equipment.
turned on, the
number of HSPA
users served in a
cell increases. To
enable more
users to be
carried over
HSPA, increase
the number of
downlink ERGCH/HICH
codewords. This
decreases the PS
traffic over DCH
and the number of
RABs and
downlink HSDPA
available
codewords. If
more users are
carried over
HSUPA, the
RTWP will
N/A
None
The parameter
modification has
no impact on the
equipment.
If external
interference and
neighboring
interference are
colored
interference
(caused by one or
two signal
sources), turning
on this switch
increases the
system capacity
and performance.
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
N/A
N/A
The parameter
modification has
no impact on the
equipment.
N/A
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
This increases the
V100R009C00
number of online
BTS3900:
2 ms TTI users
V100R009C00
and decreases
BTS5900:
the interference
V100R013C00
between users
BTS5900
caused by the EWCDMA:
DCH.
V100R013C00
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
N/A
N/A
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to ON, the
cell supports
SFDC and DF3C,
thereby improving
HSDPA
throughput of cell
edge users
(CEUs).
N/A
None
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
If Uplink CoMP
(Joint Reception)
based on
Coordinated BBU
is enabled and
ULCoMP groups
are configured,
uplink capacity of
the system and
uplink throughput
of cell edge users
increase.
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
None
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
The parameter
modification has
no impact on the
equipment.
If this switch is set
to TRUE, the
power amplifiers
on two downlink
TX channels are
made fully use of,
increasing the
maximum transmit
power of the cell.
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
N/A
N/A
The parameter
modification has
no impact on the
equipment.
N/A
N/A
None
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
None
None
N/A
N/A
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
N/A
N/A
The parameter
modification has
no impact on the
equipment.
N/A
N/A
None
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
N/A
None
None
The parameter
modification has
no impact on the
equipment.
None
None
N/A
None
The parameter
modification has
no impact on the
equipment.
A small value of
this parameter
may lead to an
excess of 2 ms
TTI users
admitted to the
NodeB. In this
situation, users
may experience
call drops during
concurrent data
transmission due
to insufficient
CEs. A large value
of this parameter
does not lead to
an obvious
increase in 2 ms
TTI users
admitted to the
NodeB. However,
user experience is
favorable and
there is a low
probability that
the call drop rate
increases.
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to
CCPICPHASE3,
CCPIC phase 3 is
enabled, or if this
parameter is set
to
CCPICPHASE4,
CCPIC phase 3
and CCPIC phase
4 is enabled,
which decreases
the uplink load of
users and
improves cell
throughput.
None
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
If CCPIC Phase 2
or 3 is enabled
and this
parameter is set
to ON:
1. In Burst service
only scenarios,
the RTWP
decreases.
2. In the
coexistence of
Fullbuffer services
and Burst
services, the
Fullbuffer services
also benefit from
the gains
provided to Burst
service, which
increases the
throughput.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to OPEN and
there are
sufficient channel
elements (CEs),
large
retransmission
can be
implemented to
yield
retransmission
and HARQ
combining gains.
This improves
uplink HSUPA
capacity and
uplink HSUPA
coverage.
The parameter
modification has
no impact on the
equipment.
If this threshold is
too high, the CPU
easily gets
overloaded. If this
threshold is too
low, PS access
requests are
rejected too early.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R011C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V200R012C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
None
None
BTS3900
WCDMA:
V200R014C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on and the
license for CE
efficiency
improvement for 2
ms TTI HSUPA
users is activated,
the CE
consumption of 2
ms TTI HSUPA
users decreases
on the NodeB and
RNC sides.
Therefore, more
users can be
admitted when
the number of
available CEs is
restricted. If Initial
Single HARQ
Switch for 2 ms
HSUPA Users is
also turned on,
the HSUPA
throughput
increases and CE
consumption
decreases.
If CE efficiency
improvement for 2
ms TTI HSUPA
users is activated,
turning on this
switch reduces
the actual CE
consumption of
HSUPA users and
improves the
HSUPA
throughput.
However, the
HSUPA service
delay increases,
causing user
experience to
deteriorate.
If this switch is
turned on, the
throughput of
HSUPA services
(with the data rate
higher than 3
Mbit/s) increases,
but RTWP
reduction in the
event of airinterface overload
in the uplink is
delayed by not
more than 1s.
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
After this switch is
set to ON, the
NodeB
automatically
detects potential
KPI faults and
reports related
alarms, prompting
users to rectify
faults and restore
services.
The parameter
modification has
no impact on the
equipment.
Based on the selfhealing level
specified by this
parameter, the
NodeB
automatically
performs selfhealing in the
event of potential
KPI faults after
KPI Fault
Detection Switch
is set to ON. The
self-healing
operation
interrupts services
carried on the
board and in the
local cell.
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to 0, CE
Reserve for
HSUPA 2 ms TTI
users does not
take effect. If this
parameter is
approaching 1,
the CE occupancy
for HSUPA 2 ms
TTI users
decreases and
consequently the
number of
admitted users
may increase.
However, if too
many users are
admitted, the
probability of call
drop increases
due to insufficient
CEs. If this
parameter is
approaching 8,
the CE occupancy
for HSUPA 2 ms
TTI users
increases and
consequently the
number of
admitted users
may decrease.
However, the QoS
of admitted users
is better
guaranteed.
If this parameter
is set to 10 ms,
the period of
measuring
downlink power is
short and
consequently the
fluctuation in
downlink power is
reflected promptly.
This prevents
downlink power
pulse due to user
access and may
decrease the
access success
rate.
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
If this switch is
turned on, the
decision on cell
downlink power
congestion
becomes strict,
effectively
preventing a
short-time
increase in cell
downlink power.
In addition, user
admission
decision becomes
strict and
consequently the
RRC access
success rate may
decrease. The
probability where
this scenario
exists in the live
network is low
and therefore
there is a small
impact on KPIs.
The parameter
modification has
no impact on the
equipment.
In scenarios
where the
problem exists,
turning on this
switch increases
the soft handover
success rate. In
scenarios where
the problem does
not exist, turning
on this switch
slightly decreases
KPI performance.
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to ON, the
delay of burst
services for DCHSDPA users or
MC-HSDPA users
slightly increases,
but there is no
obvious impact on
user experience.
None
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
None
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
None
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
A large value of
BTS3900
this parameter
WCDMA:
indicates a low
V100R010C00
BLER of SRBs
BTS3900:
and a small
V100R010C00
impact on the call
BTS5900:
drop rate.
V100R013C00
However, the gain
BTS5900
yielded by uplink
WCDMA:
control channelV100R013C00
based OLPC
decreases.
After the resource
pool switch is
turned on, if the
board serving
newly admitted
HSUPA users is
overloaded, the
corresponding
HSUPA scheduler
will be deployed
on another lightly
loaded board in
the BBU.
BTS3900
WCDMA:
V100R010C00
BTS3900:
V100R010C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification takes
effect after the
None
carrier is
automatically
reactivated.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to ON, uplink CE
efficiency
improves for
AMR-WB users.
AMR-WB services
having a rate of
23.85 kbit/s or
lower consume
one CE.
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
If this parameter
is set to OFF, the
uX2 link that is
automatically set
up will be
automatically
deleted,
interrupting
services on the
uX2 link.
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to ON, the NodeB
automatically
checks
narrowband
interference in
served cells, and
activates or
deactivates NBIS
in the early
morning every
day depending on
the check result.
Activating NBIS
for cells suffering
narrowband
interference helps
improve network
performance.
Changing the
NBIS state by
activating or
deactivating NBIS
may result in call
drops.
None
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to ON, the
NodeB
discontinuously
sends TPC data
on the F-DPCH
for CPC users for
which the CPC FDPCH DTX
function takes
effect, decreasing
the transmit
power on the FDPCH and
increasing HSDPA
throughput.
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to ON, the RRC
connection setup
success rate in
transmission
congestion
scenarios
improves but the
call drop rate will
increase.
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
N/A
The parameter
modification has
no impact on the
equipment.
A smaller
parameter value
leads to a shorter
effective duration
of the VAM Power
Saving feature
and less saved
energy. A larger
parameter value
leads to a longer
effective duration
of the VAM Power
Saving feature
and more saved
energy.
The parameter
modification has
no impact on the
equipment.
A smaller
parameter value
leads to a shorter
effective duration
of the VAM Power
Saving feature
and less saved
energy. A larger
parameter value
leads to a longer
effective duration
of the VAM Power
Saving feature
and more saved
energy. However,
an extremely
large parameter
value may lead to
slow rise in the
downlink rates of
new HSDPA
users.
N/A
None
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
None
N/A
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
When this switch
is turned on, the
HSDPA serving
cell change
procedure is
optimized,
increasing the
HSDPA user
throughput during
the serving cell
change and
enhancing user
experience. When
this switch is
turned off, the
original algorithm
applies.
After this switch is
turned on, hitless
cell reshuffling
automatically
migrates some
cells served by
the downlink
baseband
equipment to idle
boards when
boards in the
downlink
baseband
equipment are
intermittently
disconnected or
some boards
become idle after
capacity
expansion.
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
When the
parameter is set
to ON, the AMR
transmission
bandwidth
compression
function is
enabled, saving
the NodeB
transmission
bandwidth.
However, the E2E
delay for CS
services
increases by 100
ms at most and
the MOS
decreases.
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
After this switch is
set to ON, the
NodeB
automatically
detects potential
KPI faults and
reports related
alarms, prompting
users to rectify
faults and restore
services.
None
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
When
OPERATORSHA
RECEMODE is
set to
OPTIONALSHAR
E and the private
operator index is
specified by
OPERATORINDE
XSELECTION,
the private
operator cannot
use the CE
resources in the
common group. In
this situation, CE
resources must
be properly
allocated. If CE
resources are
insufficient for an
operator, users
cannot access the
network.
The parameter
modification has
no impact on the
equipment.
When
OPERATORSHA
RECEMODE is
set to
OPTIONALSHAR
E and the private
operator index is
specified by
OPERATORINDE
XSELECTION,
the private
operator cannot
use the CE
resources in the
common group. In
this situation, CE
resources must
be properly
allocated. If CE
resources are
insufficient for an
operator, users
cannot access the
network.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
Service drops
may occur at the
moment of
enabling or
disabling the
NBIS function. A
smaller value of
this parameter
indicates shorter
reselection
periods and more
frequent NBIS
function changes
and therefore
more service
drops. A larger
value of this
parameter
indicates longer
reselection
periods and less
frequent NBIS
function changes
and therefore less
service drops,
however, this
setting causes
delayed disabling
the NBIS function
on the carrier
without function
benefits or
enabling the NBIS
function on the
carrier with more
function benefits.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to a large
value, ALM-26522
RF Unit RX
Channel
RTWP/RSSI
Unbalanced is
less likely to be
reported.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
None
The parameter
modification has
no impact on the
equipment.
If the threshold is
too high, NBIS is
less likely to take
effect, reducing
the NBIS gains. If
the threshold is
too low, the NBIS
function switch
may be turned on
and off repeatedly
when there is
slight network
interference that
does not affect
network coverage
or capacity.
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to Rapid,
the training
convergence
period is short,
and the training
effect is poor. If
this parameter is
set to Medium,
the training
convergence
period is
moderate, and the
training effect is
moderate. If this
parameter is set
to Slow, the
training
convergence
period is long,
and the training
effect is good.
The parameter
modification has
no impact on the
equipment.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R013C00
BTS3900:
V100R013C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R013C10
When this switch
BTS3900:
is turned on, the
V100R013C10
HSDPA
BTS5900:
throughput of cell
V100R013C10
edge users
BTS5900
increases.
WCDMA:
V100R013C10
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
When this
parameter is set
to HOLD, the
NodeB always
uses the current
optimal learning
result and cannot
adapt well to
network changes,
possibly reducing
the throughput.
When this
parameter is set
to LEARNING,
the NodeB
performs
reinforced
learning and
updates the
optimal learning
result in real time.
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
None
N/A
The parameter
modification has
no impact on the
equipment.
N/A
None
None
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
When there is no
mains power and
storage batteries
provide standby
power, the higher
the standby
power saving
policy level is, the
longer the service
duration of a
NodeB is.
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
N/A
N/A
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
None
N/A
N/A
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
N/A
N/A
None
None
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
None
N/A
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
N/A
None
None
None
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
N/A
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
N/A
N/A
None
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C01
BTS3900:
V100R008C01
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
None
None
None
N/A
N/A
N/A
N/A
None
None
None
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
N/A
The parameter
modification has
no impact on the
equipment.
N/A
None
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
N/A
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R009C00
BTS3900:
V100R009C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R010C10
BTS3900:
V100R010C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
None
None
N/A
N/A
N/A
None
None
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
None
None
The parameter
modification has
no impact on the
equipment.
N/A
None
None
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
N/A
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
N/A
None
N/A
None
The parameter
modification has
no impact on the
equipment.
For details about
the impact of a
parameter
associated with a
specified rule, see
the description of
Impact on Radio
Network
Performance for
this parameter.
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
None
None
The parameter
modification has
no impact on the
equipment.
The parameter
modification has
no impact on the
equipment.
None
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
None
N/A
None
None
The parameter
modification has
no impact on the
equipment.
None
None
The parameter
modification has
no impact on the
equipment.
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C00
BTS3900:
V100R011C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
N/A
N/A
N/A
N/A
N/A
N/A
None
None
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
N/A
N/A
N/A
None
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C00
BTS3900:
V100R012C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
Radio
Radio
N/A
N/A
None
Before setting this
parameter to AIR,
ensure that the
number of cells
configured on the
baseband
equipment does
not exceed the
maximum number
of cells allowed
when the working
mode of the
baseband
equipment is set
to AIR. Modifying
this parameter will
cause call drops.
Therefore, modify
this parameter
when traffic is
light.
N/A
N/A
None
None
N/A
None
The parameter
modification has
no impact on the
equipment.
If this parameter
is set to AIR and
the Adaptive
Interference
Rejection
parameter is set
to TRUE for a cell,
uplink coverage in
cells configured
on the baseband
equipment
improves in the
event of strong
wideband
interference.
Changes in the
parameter value
will lead to call
drops.
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R012C10
BTS3900:
V100R012C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R011C10
BTS3900:
V100R011C10
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
Radio
None
N/A
None
None
The parameter
modification has
no impact on the
equipment.
None
The parameter
modification has
no impact on the
equipment.
A shorter period
specified by this
parameter
indicates higher
frequency of
beam adjustment,
more significant
gains in capacity,
but higher risks of
KPI deterioration.
A longer period
specified by this
parameter
indicates lower
frequency of
beam adjustment,
lower risks of KPI
deterioration, but
less significant
gains in capacity.
None
None
N/A
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
Radio
Radio
None
None
N/A
None
The parameter
modification has
no impact on the
equipment.
The setting of this
parameter must
be consistent with
the network
planning. Any
inconsistency will
negatively affect
the cell coverage
area and
scrambling code
setting, leading to
user access
failures,
increasing the call
drop rate,
decreasing the
handover success
rate, and
increasing intercell interference.
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
None
The parameter
modification has
no impact on the
equipment.
It is
recommended
that this
parameter be set
to AUTO(Auto). If
the beam
selection is
restricted to a
fixed beam, adapt
the selected
beam to the
service
distribution.
Inappropriate
setting may affect
the cell coverage,
increasing the call
drop rate of UEs
at the edge of
coverage and
aggravating the
interference from
neighboring cells.
N/A
N/A
None
N/A
N/A
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
BTS3900
WCDMA:
V100R008C00
BTS3900:
V100R008C00
BTS5900:
V100R013C00
BTS5900
WCDMA:
V100R013C00
Radio
Radio
Radio
N/A
N/A
N/A
N/A
None
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Radio
N/A
N/A
None
BTS3900
WCDMA:
V100R013C10
BTS3900:
V100R013C10
BTS5900:
V100R013C10
BTS5900
WCDMA:
V100R013C10
Radio
Applicable Mode
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U