236211574 Enodeb Parameter Reference

eNodeB V100R003C00 Parameter Reference Copyright © Huawei Technologies Co., Ltd. 2012. All rights reserved.

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The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statem "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 information, and recommendations in this document do not constitute a warranty of any kind, express or implied.

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NodeB V100R003C00 Parameter Reference

yright © Huawei Technologies Co., Ltd. 2012. All rights reserved.

rt of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologie

emarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.

her trademarks and trade names mentioned in this document are the property of their respective holders.

urchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the prod ment may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, a S" without warranties, guarantees or representations of any kind, either express or implied.

nformation in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensu mation, and recommendations in this document do not constitute a warranty of any kind, express or implied.

awei Technologies Co., Ltd. Huawei Industrial Base Bantian, Longgang Shenzhen 518129 People's Republic of China http://www.huawei.com [email protected]

e

consent of Huawei Technologies Co., Ltd.

customer. All or part of the products, services and features described in this ct, all statements, information, and recommendations in this document are provided

ration of this document to ensure accuracy of the contents, but all statements, ed.

Purpose This document describes eNodeB V100R003C00 parameters.

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 MO Parameter ID Parameter Name NE MML Command Meaning IsKey Mandatory Dynamic Attribute Feature ID Feature Name Value Type GUI Value Range Enumeration Number/Bit Unit Actual Value Range

Default Value

Recommended Value Impact Parameter Relationship Access

Service Interrupted After Modification Interruption Scope Interruption Duration (min) Caution Validation of Modification Impact on Radio Network Performance Introduced in Version… Attribute

Initial Value Source

V100R003C00 parameters.

ttributes of each parameter. Description Managed object of NE Simple string for identifying a parameter Name of the parameter NEs on which the parameter is set Man Machine Language (MML) command related to the parameter Definition, purpose, and protocols of the parameter Whether the parameter is used to identify an MO instance. Whether the parameter is mandatory for creating an MO instance. Whether the parameter is dynamic for an MO. If the parameter is not dynamic, it can be added, modifie or removed; if the parameter is dynamic, it cannot. ID of the feature that uses the parameter Name of the feature that uses the parameter Parameter value type Parameter value range displayed on the GUI 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. Unit for the GUI Value Range Actual parameter value range corresponding to the GUI Value Range Initial parameter value assigned by the system. There is no default value for a mandatory parameter. None indicates that there is no default value. For a bit field parameter, the value ON of a sub-paramet means that the bit representing the sub-parameter is set to 1, and the value OFF means that the bit is set to 0. 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 command. Parameter values recommended for different scenarios Parameter impact scope Relationship with other parameters. For example, to use this parameter, you need to set related switch and parameters. Whether this parameter is Read & Write or Read Only. If a parameter is not dynamic and is read only, can be set only when the MO is created and cannot be modified later. To modify the parameter, you mu delete the MO first and then create it again.

Whether modifying the parameter value interrupts the ongoing services. Possible interruption scope Possible interruption duration (unit: minute) Cautions to be taken during the modification How this parameter takes effect and whether the equipment needs to be restarted after the modificatio 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. Source for the initial configuration of a parameter. The initial value source can be: Radio planning: The initial value of the parameter comes from radio network planning. Transport planning: The initial value of the parameter comes from transport network planning. Equipment planning: The initial value of the parameter comes from equipment planning. Engineering design: The initial value of the parameter comes from function design. Default/recommended value: The initial value uses the default or recommended value, where the recommended value is preferential. The default/recommended value can be used in most scenarios an adjusted for a specific scenario. Not involved: The initial value of the parameter is not required.

MO

Parameter ID

Parameter Name

NE eNodeB

MML Command DLD ALDSW DSP ALDVER RST ALD

ALD

DEVICENO

Device No.

ALD

RtmVendorCode

Actual vendor code eNodeB

None

ALD

RtmDeviceSerialNo

Actual device serial eNodeB No.

DSP ALDVER

ALD

DEVICENAME

Device name

ALD

CTRLPORTCN

Control port cabinet eNodeB No.

ALD

CTRLPORTSRN

Control port subrack No.

ALD

CTRLPORTSN

Control port slot No. eNodeB

ALD

ProtocolVersion

Protocol version

ALD

eNodeB

eNodeB

DSP ALDVER DLD ALDSW DLD RETCFGDATA DSP ALDVER DLD ALDSW RST ALD DLD SCN RETCFGDATA ALD DSP ALDVER DLD ALDSW RST ALD DLD SCN RETCFGDATA ALD DSP ALDVER RST ALD SCN ALD DSP ALDVER

RtmTotalSubunitNu Actual subunit m number

eNodeB

None

ALD

HardwareVersion

Hardware version

eNodeB

DSP ALDVER

ALD

SoftwareVersion

Software version

eNodeB

DSP ALDVER

ALD

DeviceModel

Device model

eNodeB

DSP ALDVER

ALD

DeviceType

Device type

eNodeB

RET

VENDORCODE

Vendor code

eNodeB

RET

SERIALNO

Serial No.

eNodeB

RET

RETTYPE

RET type

eNodeB

RET

POLARTYPE

Polar type

eNodeB

RET

SCENARIO

Antenna scenario

eNodeB

RET

SUBUNITNUM

RET subunit number

eNodeB

RET

DEVICENO

Device No.

eNodeB

RET

RtmVendorCode


RET

RtmDeviceSerialNo


eNodeB

DSP ALDVER SCN ALD ADD RET MOD RET LST RET ADD RET SCN ALD MOD RET LST RET SCN ALD ADD RET MOD RET LST RET ADD RET MOD RET LST RET ADD RET MOD RET LST RET ADD RET MOD RET ADD RET LST RET DSP RET LST RET MOD RET RMV RET DSP RET DSP RET

RET

DEVICENAME

Device name

eNodeB

RET

CTRLPORTCN


RET

CTRLPORTSRN


RET

CTRLPORTSN


RET

ProtocolVersion

Protocol version

RET

eNodeB

ADD RET MOD RET LST RET ADD RET MOD RET LST RET ADD RET MOD RET LST RET ADD RET MOD RET LST RET

eNodeB

DSP RET


eNodeB

DSP RET

RET

HardwareVersion

Hardware version

eNodeB

None

RET

SoftwareVersion

Software version

eNodeB

None

RET

DeviceModel

Device model

eNodeB

None

RET

DeviceType

Device type

eNodeB

RetDeviceData

DEVICENO

Device No.

eNodeB

RetDeviceData

SUBUNITNO

Subunit No.

eNodeB

RetDeviceData

BEARING

Antenna bearing

eNodeB

RetDeviceData

MODELNO

Antenna model number

eNodeB

RetDeviceData

BSID

Base station Id

eNodeB

RetDeviceData

BEAMWIDTH1

Beamwidth1

eNodeB

RetDeviceData

BEAMWIDTH2

Beamwidth2

eNodeB

RetDeviceData

BEAMWIDTH3

Beamwidth3

eNodeB

RetDeviceData

BEAMWIDTH4

Beamwidth4

eNodeB

RetDeviceData

GAIN1

Gain1

eNodeB

RetDeviceData

GAIN2

Gain2

eNodeB

RetDeviceData

GAIN3

Gain3

eNodeB

RetDeviceData

GAIN4

Gain4

eNodeB

None DSP RETDEVICEDATA LST DSP RETDEVICEDATA RETDEVICEDATA MOD LST RETDEVICEDATA RETDEVICEDATA MOD MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST RETDEVICEDATA

MOD RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST MOD RETDEVICEDATA RETDEVICEDATA LST RETDEVICEDATA DSP RETDEVICEDATA

RetDeviceData

DATE

Installed date

eNodeB

RetDeviceData

TILT

Installed mechanical tilt

eNodeB

RetDeviceData

INSTALLERID

Installer Id

eNodeB

RetDeviceData

BAND1

Band1

eNodeB

RetDeviceData

BAND2

Band2

eNodeB

RetDeviceData

BAND3

Band3

eNodeB

RetDeviceData

BAND4

Band4

eNodeB

RetDeviceData

SECTORID

Sector Id

eNodeB

RetDeviceData

SERIALNO

Serial No.

eNodeB

RetDeviceData

MaxTilt

Max tilt

eNodeB

RetDeviceData

MinTilt

Min tilt

eNodeB

RetPort

CN

Cabinet No.

eNodeB

RetPort

SRN

Subrack No.

eNodeB

RetPort

SN

Slot No.

eNodeB

RetPort

PN

Port No.

eNodeB

RetPort

THRESHOLDTYPE

Current alarm threshold

eNodeB

RetPort

PWRSWITCH

ALD power switch

eNodeB

MOD RETPORT LST RETPORT

RetPort

OCTHD

Overcurrent alarm clear threshold

eNodeB


RetPort

OOTHD

Overcurrent alarm occur threshold

eNodeB


RetPort

UCTHD

Undercurrent alarm eNodeB clear threshold


RetPort

UOTHD

Undercurrent alarm eNodeB occur threshold


RetPort

ALDCurrValue

ALD current value

eNodeB

DSP RETPORT

RetPort

ALDRtmPwrSwitch

ALD actual power switch

eNodeB

DSP RETPORT

DSP RETDEVICEDATA DSP RETPORT LST RETPORT MOD RETPORT DSP RETPORT LST RETPORT MOD RETPORT DSP RETPORT LST RETPORT MOD RETPORT DSP RETPORT LST RETPORT MOD RETPORT MOD RETPORT LST RETPORT

RETSubUnit

DEVICENO

Device No.

eNodeB

RETSubUnit

SUBUNITNO

Subunit No.

eNodeB

RETSubUnit

Status

Online status

eNodeB

RETSubUnit

RtmTilt

Actual tilt

eNodeB

RETSubUnit

SECTORNO

Sector Id

eNodeB

RETSubUnit

CONNCN1

Connect port 1 cabinet No.

eNodeB

RETSubUnit

CONNSRN1

Connect port 1 subrack No.

eNodeB

RETSubUnit

CONNSN1

Connect port 1 slot eNodeB No.

RETSubUnit

CONNPN1

Connect port 1 port eNodeB No.

RETSubUnit

CONNCN2

Connect port 2 cabinet No.

eNodeB

RETSubUnit

CONNSRN2

Connect port 2 subrack No.

eNodeB

RETSubUnit

CONNSN2

Connect port 2 slot eNodeB No.

RETSubUnit

CONNPN2

Connect port 2 port eNodeB No.

RETSubUnit

TILT

Tilt

eNodeB

RETSubUnit

AER

Tilt alarm error range

eNodeB

TMA

SUBUNITNUM

TMA subunit number

eNodeB

TMA

DEVICENO

Device No.

eNodeB

TMA

RtmVendorCode


TMA

RtmDeviceSerialNo


TMA

DEVICENAME

Device name

TMA

CTRLPORTCN


TMA

CTRLPORTSRN


TMA

CTRLPORTSN


eNodeB

eNodeB

CLB RET DLD RETCFGDATA DSP RETSUBUNIT LST CLB RETSUBUNIT RET MODRETCFGDATA DLD RETSUBUNIT DSP RETSUBUNIT MODRETSUBUNIT RETTILT LST MOD RETSUBUNIT DSP RETSUBUNIT DSP RETSUBUNIT CLB RET DLD ALDSW DLD RETCFGDATA DSP MODRETSUBUNIT RETSUBUNIT LST RETSUBUNIT MOD RETSUBUNIT LST RETSUBUNIT MOD RETSUBUNIT LST RETSUBUNIT MOD RETSUBUNIT LST RETSUBUNIT MOD RETSUBUNIT LST RETSUBUNIT MOD RETSUBUNIT LST RETSUBUNIT MOD RETSUBUNIT LST RETSUBUNIT MOD RETSUBUNIT LST RETSUBUNIT MOD RETSUBUNIT MOD RETTILT LST RETSUBUNIT MOD RETSUBUNIT LST RETSUBUNIT ADD TMA MOD TMA ADD TMA LST TMA DSP TMA LST TMA MOD TMA RMV TMA DSP TMA DSP TMA ADD TMA MOD TMA LST TMA ADD TMA MOD TMA LST TMA ADD TMA MOD TMA LST TMA ADD TMA MOD TMA LST TMA

TMA

ProtocolVersion

TMA

Protocol version

eNodeB

None


eNodeB

DSP TMA

TMA

HardwareVersion

Hardware version

eNodeB

None

TMA

SoftwareVersion

Software version

eNodeB

None

TMA

DeviceModel

Device model

eNodeB

None

TMA

DeviceType

Device type

eNodeB

TMADeviceData

DEVICENO

Device No.

eNodeB

TMADeviceData

SUBUNITNO

Subunit No.

eNodeB

TMADeviceData

BEARING

Antenna bearing

eNodeB

TMADeviceData

BSID

Base station Id

eNodeB

TMADeviceData

BEAMWIDTH1

Beamwidth1

eNodeB

TMADeviceData

BEAMWIDTH2

Beamwidth2

eNodeB

TMADeviceData

BEAMWIDTH3

Beamwidth3

eNodeB

TMADeviceData

BEAMWIDTH4

Beamwidth4

eNodeB

TMADeviceData

GAIN1

Gain1

eNodeB

TMADeviceData

GAIN2

Gain2

eNodeB

TMADeviceData

GAIN3

Gain3

eNodeB

TMADeviceData

GAIN4

Gain4

eNodeB

TMADeviceData

DATE

Installed date

eNodeB

TMADeviceData

TILT

Installed mechanical tilt

eNodeB

TMADeviceData

INSTALLERID

Installer Id

eNodeB

TMADeviceData

BAND1

Band1

eNodeB

TMADeviceData

BAND2

Band2

eNodeB

None DSP TMADEVICEDATA LST DSP TMADEVICEDATA TMADEVICEDATA MOD LST TMADEVICEDATA TMADEVICEDATA MOD MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST TMADEVICEDATA

MOD TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST MOD TMADEVICEDATA TMADEVICEDATA LST TMADEVICEDATA DSP TMADEVICEDATA

TMADeviceData

BAND3

Band3

eNodeB

TMADeviceData

BAND4

Band4

eNodeB

TMADeviceData

SECTORID

Sector Id

eNodeB

TMADeviceData

SERIALNO

Serial No.

eNodeB

TMADeviceData

MODELNO

Connect antenna model number

eNodeB

TMADeviceData

GAINRESLUTION

Gain resolution

eNodeB

TMADeviceData

SUBUNITTYPE

Subunit type

eNodeB

TMADeviceData

RXMAXFB

Received max frequency band

eNodeB

TMADeviceData

TXMAXFB

Transmit max frequency band

eNodeB

TMADeviceData

RXMINFB

Received min frequency band

eNodeB

TMADeviceData

TXMINFB

Transmit min frequency band

eNodeB

TMADeviceData

MaxSupportedGain Max supported gain eNodeB

TMADeviceData

MinSupportedGain

Min supported gain eNodeB

TMASubUnit

DEVICENO

Device No.

eNodeB

TMASubUnit

SUBUNITNO

Subunit No.

eNodeB

TMASubUnit

RtmSectorId

Actual sector Id

eNodeB

DSP TMADEVICEDATA DSP TMASUBUNIT LST TMASUBUNIT MOD DSP TMASUBUNIT TMASUBUNIT LST TMASUBUNIT MOD TMASUBUNIT DSP TMASUBUNIT

TMASubUnit

RtmGain

Actual gain

eNodeB

DSP TMASUBUNIT

TMASubUnit

RtmMode

Actual mode

eNodeB

DSP TMASUBUNIT

TMASubUnit

Status

Online status

eNodeB

DSP TMASUBUNIT

TMASubUnit

CONNPN

Connect port No.

eNodeB

TMASubUnit

CONNCN

Connect port cabinet No.

eNodeB

TMASubUnit

CONNSN

Connect port slot No.

eNodeB

TMASubUnit

CONNSRN

Connect port subrack No.

eNodeB

MOD TMASUBUNIT LST TMASUBUNIT MOD TMASUBUNIT LST TMASUBUNIT MOD TMASUBUNIT LST TMASUBUNIT MOD TMASUBUNIT LST TMASUBUNIT

MOD TMASUBUNIT LST TMASUBUNIT MOD TMASUBUNIT LST TMASUBUNIT DSP BBP LST BBP MOD BBP DSP BBP LST BBP MOD BBP DSP BBP LST BBP MOD BBP MOD BBP DSP BRD LST BBP ADD BRD MOD BBP LST BBP

TMASubUnit

GAIN

Gain

eNodeB

TMASubUnit

MODE

Mode

eNodeB

BBP

CN

Cabinet No.

eNodeB

BBP

SRN

Subrack No.

eNodeB

BBP

SN

Slot No.

eNodeB

BBP

ADMSTATE

Administrative State eNodeB

BBP

WM

Mode

BBP

PhyBrdType

Physical board type eNodeB

DSP BBP

BBP

AlarmState

Alarm Status

eNodeB

None

BBP

OpState

Operational State

eNodeB

None

BBP

AvailabilityStatus

Availability Status

eNodeB

None

BBP

Elabel

Electronic Label

eNodeB

None

BBP

BoardType

Type

eNodeB

None

BBP

BoardSerial

Serial Number

eNodeB

None

BBP

BoardDesc

Description

eNodeB

None

BBP

BoardManu

Date of Manufacture

eNodeB

None

BBP

BoardVendor

Vendor

eNodeB

None

BBP

BoardIssue

Issue Number

eNodeB

None

BBP

RuType

Config Type

eNodeB

None

BBP

ObjectNumber

Object Number

eNodeB

None

BBP

ObjectType

Object Type

eNodeB

None

BBP

BoardTemperature

Board Temperature eNodeB

None

BBP

HPATemperature

HPA Temperature

None

eNodeB

eNodeB

BBP

OperateResult

Operate Result

eNodeB

None

BBP

ServiceType

Service Type

eNodeB

None

BBP

DEVTYPE

DEVTYPE

eNodeB

None

BBP

NeName

Office Name

eNodeB

None

BBP

SoftVer

Software Version

eNodeB

None

BBP

HardVer

Hardware Version

eNodeB

None

BBP

BtrmVer

BootRom Version

eNodeB

None

BBP

HwTestTime

Test Time

eNodeB

None

BBP

TestResult

Test Result

eNodeB

None

BBP

DLFREQ

Downlink Frequency

eNodeB

None

BBP

ULFREQ

Uplink Frequency

eNodeB

None

MPT

CN

Cabinet No.

eNodeB

None

MPT

SRN

Subrack No.

eNodeB

None

MPT

SN

Slot No.

eNodeB

None

MPT

STANDBYSTATUS Standby Status

eNodeB

DSP BRD

MPT

AlarmState

Alarm Status

eNodeB

None

MPT

OpState

Operational State

eNodeB

None

MPT

AvailabilityStatus

Availability Status

eNodeB

None

MPT

Elabel

Electronic Label

eNodeB

None

MPT

BoardType

Type

eNodeB

None

MPT

BoardSerial

Serial Number

eNodeB

None

MPT

BoardDesc

Description

eNodeB

None

MPT

BoardManu

Date of Manufacture

eNodeB

None

MPT

BoardVendor

Vendor

eNodeB

None

MPT

BoardIssue

Issue Number

eNodeB

None

MPT

RuType

Config Type

eNodeB

None

MPT

ObjectNumber

Object Number

eNodeB

None

MPT

ObjectType

Object Type

eNodeB

None

MPT

BoardTemperature


None

MPT

HPATemperature

HPA Temperature

eNodeB

None

MPT

OperateResult

Operate Result

eNodeB

None

MPT

ServiceType

Service Type

eNodeB

None

MPT

DEVTYPE

DEVTYPE

eNodeB

None

MPT

NeName

Office Name

eNodeB

None

MPT

SoftVer

Software Version

eNodeB

None

MPT

HardVer

Hardware Version

eNodeB

None

MPT

BtrmVer

BootRom Version

eNodeB

None

MPT

HwTestTime

Test Time

eNodeB

None

MPT

TestResult

Test Result

eNodeB

None

MPT

DLFREQ

Downlink Frequency

eNodeB

None

MPT

ULFREQ

Uplink Frequency

eNodeB

None

TRP

CN

Cabinet No.

eNodeB

LST UTRP

TRP

SRN

Subrack No.

eNodeB

LST UTRP

TRP

SN

Slot No.

eNodeB

LST UTRP

TRP

SUBTYPE

SubType

eNodeB

ADD BRD LST UTRP

TRP

AlarmState

Alarm Status

eNodeB

None

TRP

OpState

Operational State

eNodeB

None

TRP

AvailabilityStatus

Availability Status

eNodeB

None

TRP

Elabel

Electronic Label

eNodeB

None

TRP

BoardType

Type

eNodeB

None

TRP

BoardSerial

Serial Number

eNodeB

None

TRP

BoardDesc

Description

eNodeB

None

TRP

BoardManu

Date of Manufacture

eNodeB

None

TRP

BoardVendor

Vendor

eNodeB

None

TRP

BoardIssue

Issue Number

eNodeB

None

TRP

RuType

Config Type

eNodeB

None

TRP

ObjectNumber

Object Number

eNodeB

None

TRP

ObjectType

Object Type

eNodeB

None

TRP

BoardTemperature


None

TRP

HPATemperature

HPA Temperature

eNodeB

None

TRP

OperateResult

Operate Result

eNodeB

None

TRP

ServiceType

Service Type

eNodeB

None

TRP

DEVTYPE

DEVTYPE

eNodeB

None

TRP

NeName

Office Name

eNodeB

None

TRP

SoftVer

Software Version

eNodeB

None

TRP

HardVer

Hardware Version

eNodeB

None

TRP

BtrmVer

BootRom Version

eNodeB

None

TRP

HwTestTime

Test Time

eNodeB

None

TRP

TestResult

Test Result

eNodeB

None

TRP

DLFREQ

Downlink Frequency

eNodeB

None

TRP

ULFREQ

Uplink Frequency

eNodeB

None

USCU

CN

Cabinet No.

eNodeB

None

USCU

SRN

Subrack No.

eNodeB

None

USCU

SN

Slot No.

eNodeB

None

USCU

AlarmState

Alarm Status

eNodeB

None

USCU

OpState

Operational State

eNodeB

None

USCU

AvailabilityStatus

Availability Status

eNodeB

None

USCU

Elabel

Electronic Label

eNodeB

None

USCU

BoardType

Type

eNodeB

None

USCU

BoardSerial

Serial Number

eNodeB

None

USCU

BoardDesc

Description

eNodeB

None

USCU

BoardManu

Date of Manufacture

eNodeB

None

USCU

BoardVendor

Vendor

eNodeB

None

USCU

BoardIssue

Issue Number

eNodeB

None

USCU

RuType

Config Type

eNodeB

None

USCU

ObjectNumber

Object Number

eNodeB

None

USCU

ObjectType

Object Type

eNodeB

None

USCU

BoardTemperature


None

USCU

HPATemperature

HPA Temperature

eNodeB

None

USCU

OperateResult

Operate Result

eNodeB

None

USCU

ServiceType

Service Type

eNodeB

None

USCU

DEVTYPE

DEVTYPE

eNodeB

None

USCU

NeName

Office Name

eNodeB

None

USCU

SoftVer

Software Version

eNodeB

None

USCU

HardVer

Hardware Version

eNodeB

None

USCU

BtrmVer

BootRom Version

eNodeB

None

USCU

HwTestTime

Test Time

eNodeB

None

USCU

TestResult

Test Result

eNodeB

None

USCU

DLFREQ

Downlink Frequency

eNodeB

None

USCU

ULFREQ

Uplink Frequency

eNodeB

None

BbuFan

CN

Cabinet No.

eNodeB

None

BbuFan

SRN

Subrack No.

eNodeB

None

BbuFan

SN

Slot No.

eNodeB

None

BbuFan

AlarmState

Alarm Status

eNodeB

None

BbuFan

OpState

Operational State

eNodeB

None

BbuFan

AvailabilityStatus

Availability Status

eNodeB

None

BbuFan

Elabel

Electronic Label

eNodeB

None

BbuFan

BoardType

Type

eNodeB

None

BbuFan

BoardSerial

Serial Number

eNodeB

None

BbuFan

BoardDesc

Description

eNodeB

None

BbuFan

BoardManu

Date of Manufacture

eNodeB

None

BbuFan

BoardVendor

Vendor

eNodeB

None

BbuFan

BoardIssue

Issue Number

eNodeB

None

BbuFan

RuType

Config Type

eNodeB

None

BbuFan

ObjectNumber

Object Number

eNodeB

None

BbuFan

ObjectType

Object Type

eNodeB

None

BbuFan

BoardTemperature


None

BbuFan

HPATemperature

HPA Temperature

eNodeB

None

BbuFan

OperateResult

Operate Result

eNodeB

None

BbuFan

ServiceType

Service Type

eNodeB

None

BbuFan

DEVTYPE

DEVTYPE

eNodeB

None

BbuFan

NeName

Office Name

eNodeB

None

BbuFan

SoftVer

Software Version

eNodeB

None

BbuFan

HardVer

Hardware Version

eNodeB

None

BbuFan

BtrmVer

BootRom Version

eNodeB

None

BbuFan

HwTestTime

Test Time

eNodeB

None

BbuFan

TestResult

Test Result

eNodeB

None

BbuFan

DLFREQ

Downlink Frequency

eNodeB

None

BbuFan

ULFREQ

Uplink Frequency

eNodeB

None

EIU

CN

Cabinet No.

eNodeB

None

EIU

SRN

Subrack No.

eNodeB

None

EIU

SN

Slot No.

eNodeB

None

EIU

AlarmState

Alarm Status

eNodeB

None

EIU

OpState

Operational State

eNodeB

None

EIU

AvailabilityStatus

Availability Status

eNodeB

None

EIU

Elabel

Electronic Label

eNodeB

None

EIU

BoardType

Type

eNodeB

None

EIU

BoardSerial

Serial Number

eNodeB

None

EIU

BoardDesc

Description

eNodeB

None

EIU

BoardManu

Date of Manufacture

eNodeB

None

EIU

BoardVendor

Vendor

eNodeB

None

EIU

BoardIssue

Issue Number

eNodeB

None

EIU

RuType

Config Type

eNodeB

None

EIU

ObjectNumber

Object Number

eNodeB

None

EIU

ObjectType

Object Type

eNodeB

None

EIU

BoardTemperature


None

EIU

HPATemperature

HPA Temperature

eNodeB

None

EIU

OperateResult

Operate Result

eNodeB

None

EIU

ServiceType

Service Type

eNodeB

None

EIU

DEVTYPE

DEVTYPE

eNodeB

None

EIU

NeName

Office Name

eNodeB

None

EIU

SoftVer

Software Version

eNodeB

None

EIU

HardVer

Hardware Version

eNodeB

None

EIU

BtrmVer

BootRom Version

eNodeB

None

EIU

HwTestTime

Test Time

eNodeB

None

EIU

TestResult

Test Result

eNodeB

None

EIU

DLFREQ

Downlink Frequency

eNodeB

None

EIU

ULFREQ

Uplink Frequency

eNodeB

None

eNodeB

ENODEBID

eNodeB ID

eNodeB

eNodeB

NAME

eNodeB name

eNodeB

eNodeB

MCC

Mobile country code

eNodeB

MOD ENODEB DSP ENODEB LST ENODEB MOD ENODEB LST ENODEB MOD ENODEB LST ENODEB

eNodeB

MNC

Mobile network code

eNodeB

MOD ENODEB LST ENODEB

eNodeB

ENBTYPE

eNodeB type

eNodeB


eNodeB

AUTOPOWEROFF Auto power control SWITCH switch

eNodeB


eNodeB

POWEROFFTIME

Auto power off time eNodeB


eNodeB

POWERONTIME

Auto power on time eNodeB


eNodeB

LONGITUDE

Longitude

eNodeB


eNodeB

LATITUDE

Latitude

eNodeB


eNodeB

ElectriSerialNo

Electronic serial number

eNodeB

DSP ENODEB

eNodeB

LicenseState

LicenseState

eNodeB

DSP ENODEB

eNodeB

AutoPoweroffStatus

eNodeB eNodeB autopoweroff status

DSP ENODEB

eNodeB

LOCATION

Site Location

eNodeB


eNodeB

GCDF

Geo-coordinate data format

eNodeB


eNodeB

LATITUDESECFOR Latitude with MAT second format

eNodeB


eNodeB

LONGITUDESECF Longitude with ORMAT second format

eNodeB


KPIALARM

KPITYPE

KPITYPE

eNodeB

LST KPIALARM MOD KPIALARM

KPIALARM

REPORTSWITCH

Report Switch

eNodeB

MOD KPIALARM LST KPIALARM

KPIALARM

FLTTHRESHOLD

FltThreshold

eNodeB


KPIALARM

RESTHRESHOLD

ResThreshold

eNodeB


KPIALARM

MINCHECKTIMES MinCheckTimes

eNodeB


KPIALARM

DETECTPERIOD

eNodeB


KPIALARM

DETECTBEGINTIM DetectBeginTime E

eNodeB


KPIALARM

DETECTPERIODN DetectPeriodNum UM

eNodeB


PEU

CN

eNodeB

None

DetectPeriod

Cabinet No.

PEU

SRN

Subrack No.

eNodeB

None

PEU

SN

Slot No.

eNodeB

None

PEU

AlarmState

Alarm Status

eNodeB

None

PEU

OpState

Operational State

eNodeB

None

PEU

AvailabilityStatus

Availability Status

eNodeB

None

PEU

Elabel

Electronic Label

eNodeB

None

PEU

BoardType

Type

eNodeB

None

PEU

BoardSerial

Serial Number

eNodeB

None

PEU

BoardDesc

Description

eNodeB

None

PEU

BoardManu

Date of Manufacture

eNodeB

None

PEU

BoardVendor

Vendor

eNodeB

None

PEU

BoardIssue

Issue Number

eNodeB

None

PEU

RuType

Config Type

eNodeB

None

PEU

ObjectNumber

Object Number

eNodeB

None

PEU

ObjectType

Object Type

eNodeB

None

PEU

BoardTemperature


None

PEU

HPATemperature

HPA Temperature

eNodeB

None

PEU

OperateResult

Operate Result

eNodeB

None

PEU

ServiceType

Service Type

eNodeB

None

PEU

DEVTYPE

DEVTYPE

eNodeB

None

PEU

NeName

Office Name

eNodeB

None

PEU

SoftVer

Software Version

eNodeB

None

PEU

HardVer

Hardware Version

eNodeB

None

PEU

BtrmVer

BootRom Version

eNodeB

None

PEU

HwTestTime

Test Time

eNodeB

None

PEU

TestResult

Test Result

eNodeB

None

PEU

DLFREQ

Downlink Frequency

eNodeB

None

PEU

ULFREQ

Uplink Frequency

eNodeB

AntennaPort

CN

Cabinet No.

eNodeB

AntennaPort

SRN

Subrack No.

eNodeB

AntennaPort

SN

Slot No.

eNodeB

AntennaPort

PN

Port No.

eNodeB

AntennaPort

THRESHOLDTYPE

Current Alarm Threshold type

eNodeB

AntennaPort

PWRSWITCH

ALD Power Switch

eNodeB

AntennaPort

OCTHD

Overcurrent alarm clear threshold

eNodeB

AntennaPort

OOTHD

Overcurrent alarm occur threshold

eNodeB

AntennaPort

UCTHD

Undercurrent alarm eNodeB clear threshold

AntennaPort

UOTHD

Undercurrent alarm eNodeB occur threshold

AntennaPort

FEEDERLENGTH

Feeder length

eNodeB

AntennaPort

DLDELAY

TMA Downlink Delay

eNodeB

AntennaPort

DUDELAY

TMA Uplink Delay

eNodeB

AntennaPort

ALDCurrValue

ALD current value

eNodeB

None DSP ANTENNAPORT LST DSP ANTENNAPORT ANTENNAPORT MOD LST ANTENNAPORT DSP ANTENNAPORT ANTENNAPORT MOD LST ANTENNAPORT DSP ANTENNAPORT ANTENNAPORT MOD LST ANTENNAPORT ANTENNAPORT MOD MOD ANTENNAPORT ANTENNAPORT LST MOD ANTENNAPORT ANTENNAPORT LST MOD ANTENNAPORT ANTENNAPORT LST MOD ANTENNAPORT ANTENNAPORT LST MOD ANTENNAPORT ANTENNAPORT LST MOD ANTENNAPORT ANTENNAPORT LST MOD ANTENNAPORT ANTENNAPORT LST MOD ANTENNAPORT ANTENNAPORT LST MOD ANTENNAPORT ANTENNAPORT LST ANTENNAPORT DSP ANTENNAPORT

AntennaPort

ALDRtmPwrSwitch

ALD Actual Power Switch

eNodeB

CpriPort

CN

Cabinet No.

eNodeB

CpriPort

SRN

Subrack No.

eNodeB

CpriPort

SN

Slot No.

eNodeB

DSP ANTENNAPORT DSP CPRIPORT LST CPRIPORT DSP DSP CPRIPORT RRUCHAINPHYTO LST CPRIPORT PO DSP DSP CPRIPORT RRUCHAINPHYTO LST CPRIPORT PO DSP RRUCHAINPHYTO PO

DSP CPRIPORT LST CPRIPORT DSP RRUCHAINPHYTO PO DSP CPRIPORT

CpriPort

PN

Port No.

eNodeB

CpriPort

CpriRate

Cpri line bit rate

eNodeB

CpriPort

AdmState

Administrative state eNodeB

RE

ADMSTATE


RE

ALMPROCSW

RE

ALMPROCTHRHL D

RE

ALMTHRHLD

RE

PS

RRU Position

eNodeB

RE

RCN

RRU Chain/Ring No.

eNodeB

RE

TP

RRU Topo Position eNodeB

RE

RS

RRU Work Standard

eNodeB

RE

RXNUM

Number of RX channels

eNodeB

RE

TXNUM

Number of TX channels

eNodeB

RE

CarrierNumPerRxBr Number of carriers anch on the RX channel

eNodeB

ADD RRU LST RRU ADD RRU DSP RRUCHAINPHYTO PO ADD RRU LST RRU MOD RRU LST RRU ADD RRU MOD RRU DSP RRU ADD RRU LST RRU MOD RRU DSP RRU LST RRU DSP RRU

RE

CarrierNumPerTxBr Number of carriers anch on the TX channel

eNodeB

DSP RRU

RE

RxMinFreq

Minimum UL frequency

eNodeB

DSP RRU

RE

RxMaxFreq

Maximum UL frequency

eNodeB

DSP RRU

RE

TxMinFreq

Minimum DL frequency

eNodeB

DSP RRU

RE

TxMaxFreq

RE

VSWR alarm postprocessing switch VSWR alarm postprocessing threshold VSWR alarm threshold

eNodeB eNodeB eNodeB

Maximum DL eNodeB frequency Hardware maximum MaxOutPwrPerBran output power on the eNodeB ch TX channel

DSP CPRIPORT DSP RRU LST RRU ADD RRU MOD RRU LST RRU ADD RRU MOD RRU LST RRU ADD RRU MOD RRU LST RRU ADD RRU LST RRU

DSP RRU DSP RRU

RE

UlBranchGain

UL channel gain

eNodeB

DSP RRU

RE

UlBandwidth

Supported bandwidth

eNodeB

DSP RRU

RE

PATemperature

PA Temperature

eNodeB

DSP RRU

RE

Level

Hop number

eNodeB

RE

DeviceSerialNo

Physical RRU device serial No.

eNodeB

RE

RatType

RRU stardard capability

eNodeB

RE

AccessDirection

Access Direction

eNodeB

DSP RRUCHAINPHYTO PO DSP RRUCHAINPHYTO PO DSP RRU DSP RRUCHAINPHYTO PO DSP RRU

RE

AlarmState

Alarm Status

eNodeB

None

RE

OpState

Operational State

eNodeB

None

RE

AvailabilityStatus

Availability Status

eNodeB

None

RE

Elabel

Electronic Label

eNodeB

None

RE

BoardType

Type

eNodeB

None

RE

BoardSerial

Serial Number

eNodeB

None

RE

BoardDesc

Description

eNodeB

None

RE

BoardManu

Date of Manufacture

eNodeB

None

RE

BoardVendor

Vendor

eNodeB

None

RE

BoardIssue

Issue Number

eNodeB

None

RE

RuType

Config Type

eNodeB

None

RE

ObjectNumber

Object Number

eNodeB

None

RE

ObjectType

Object Type

eNodeB

None

RE

BoardTemperature


None

RE

HPATemperature

HPA Temperature

eNodeB

None

RE

OperateResult

Operate Result

eNodeB

None

RE

ServiceType

Service Type

eNodeB

None

RE

DEVTYPE

DEVTYPE

eNodeB

None

RE

NeName

Office Name

eNodeB

None

RE

SoftVer

Software Version

eNodeB

None

RE

HardVer

Hardware Version

eNodeB

None

RE

BtrmVer

BootRom Version

eNodeB

None

RE

HwTestTime

Test Time

eNodeB

None

RE

TestResult

Test Result

eNodeB

None

RE

DLFREQ

Downlink Frequency

eNodeB

None

RE

ULFREQ

Uplink Frequency

eNodeB

None

RFU

CN

Cabinet No.

eNodeB

None

RFU

SRN

Subrack No.

eNodeB

None

RFU

SN

Slot No.

eNodeB

None

RFU

RT

RRU type

eNodeB

None

RFU

ADMSTATE


None

RFU

AlarmState

Alarm Status

eNodeB

None

RFU

OpState

Operational State

eNodeB

None

RFU

AvailabilityStatus

Availability Status

eNodeB

None

RFU

Elabel

Electronic Label

eNodeB

None

RFU

BoardType

Type

eNodeB

None

RFU

BoardSerial

Serial Number

eNodeB

None

RFU

BoardDesc

Description

eNodeB

None

RFU

BoardManu

Date of Manufacture

eNodeB

None

RFU

BoardVendor

Vendor

eNodeB

None

RFU

BoardIssue

Issue Number

eNodeB

None

RFU

RuType

Config Type

eNodeB

None

RFU

ObjectNumber

Object Number

eNodeB

None

RFU

ObjectType

Object Type

eNodeB

None

RFU

BoardTemperature


None

RFU

HPATemperature

HPA Temperature

eNodeB

None

RFU

OperateResult

Operate Result

eNodeB

None

RFU

ServiceType

Service Type

eNodeB

None

RFU

DEVTYPE

DEVTYPE

eNodeB

None

RFU

ALMPROCSW

eNodeB

None

RFU

ALMPROCTHRHL D

eNodeB

None

RFU

ALMTHRHLD

eNodeB

None

RFU

PS

RRU Position

eNodeB

None

RFU

RCN

RRU Chain/Ring No.

eNodeB

None

RFU

TP


None

RFU

RS

RRU Work Standard

eNodeB

None

RFU

RXNUM


eNodeB

None

RFU

TXNUM


eNodeB

None

RFU


eNodeB

None

RFU


eNodeB

None

RFU

RxMinFreq


eNodeB

None

RFU

RxMaxFreq


eNodeB

None

RFU

TxMinFreq


eNodeB

None

RFU

TxMaxFreq

RFU



None None

RFU

UlBranchGain

UL channel gain

eNodeB

None

RFU

UlBandwidth

Supported bandwidth

eNodeB

None

RFU

PATemperature

PA Temperature

eNodeB

None

RFU

Level

Hop number

eNodeB

None

RFU

DeviceSerialNo


eNodeB

None

RFU

RatType


eNodeB

None

RFU

AccessDirection

Access Direction

eNodeB

None

RFU

NeName

Office Name

eNodeB

None

RFU

SoftVer

Software Version

eNodeB

None

RFU

HardVer

Hardware Version

eNodeB

None

RFU

BtrmVer

BootRom Version

eNodeB

None

RFU

HwTestTime

Test Time

eNodeB

None

RFU

TestResult

Test Result

eNodeB

None

RFU

DLFREQ

Downlink Frequency

eNodeB

None

RFU

ULFREQ

Uplink Frequency

eNodeB

None

RRU

CN

Cabinet No.

eNodeB

None

RRU

SRN

Subrack No.

eNodeB

None

RRU

SN

Slot No.

eNodeB

None

RRU

RN

RRU Name

eNodeB

ADD RRU MOD RRU LST RRU

RRU

RT

RRU type

eNodeB

None

RRU

ADMSTATE


None

RRU

AlarmState

Alarm Status

eNodeB

None

RRU

OpState

Operational State

eNodeB

None

RRU

AvailabilityStatus

Availability Status

eNodeB

None

RRU

Elabel

Electronic Label

eNodeB

None

RRU

BoardType

Type

eNodeB

None

RRU

BoardSerial

Serial Number

eNodeB

None

RRU

BoardDesc

Description

eNodeB

None

RRU

BoardManu

Date of Manufacture

eNodeB

None

RRU

BoardVendor

Vendor

eNodeB

None

RRU

BoardIssue

Issue Number

eNodeB

None

RRU

RuType

Config Type

eNodeB

None

RRU

ObjectNumber

Object Number

eNodeB

None

RRU

ObjectType

Object Type

eNodeB

None

RRU

BoardTemperature


None

RRU

HPATemperature

HPA Temperature

eNodeB

None

RRU

OperateResult

Operate Result

eNodeB

None

RRU

ServiceType

Service Type

eNodeB

None

RRU

DEVTYPE

DEVTYPE

eNodeB

None

RRU

ALMPROCSW

eNodeB

None

RRU

ALMPROCTHRHL D

eNodeB

None

RRU

ALMTHRHLD

eNodeB

None

RRU

PS

RRU Position

eNodeB

None

RRU

RCN

RRU Chain/Ring No.

eNodeB

None

RRU

TP


None

RRU

RS

RRU Work Standard

None


eNodeB

RRU

RXNUM


eNodeB

None

RRU

TXNUM


eNodeB

None

RRU


eNodeB

None

RRU


eNodeB

None

RRU

RxMinFreq


eNodeB

None

RRU

RxMaxFreq


eNodeB

None

RRU

TxMinFreq


eNodeB

None

RRU

TxMaxFreq

RRU


None None

RRU

UlBranchGain

UL channel gain

eNodeB

None

RRU

UlBandwidth

Supported bandwidth

eNodeB

None

RRU

PATemperature

PA Temperature

eNodeB

None

RRU

Level

Hop number

eNodeB

None

RRU

DeviceSerialNo


eNodeB

None

RRU

RatType


eNodeB

None

RRU

AccessDirection

Access Direction

eNodeB

None

RRU

NeName

Office Name

eNodeB

None

RRU

SoftVer

Software Version

eNodeB

None

RRU

HardVer

Hardware Version

eNodeB

None

RRU

BtrmVer

BootRom Version

eNodeB

None

RRU

HwTestTime

Test Time

eNodeB

None

RRU

TestResult

Test Result

eNodeB

None

RRU

DLFREQ

Downlink Frequency

eNodeB

None

RRU

ULFREQ

Uplink Frequency

eNodeB

RRUCHAIN

RCN

RRU Chain/Ring No.

eNodeB

RRUCHAIN

TT

Topo Type

eNodeB

RRUCHAIN

BM

Backup Mode

eNodeB

RRUCHAIN

HCN

Head Cabinet No.

eNodeB

RRUCHAIN

HSRN

Head Subrack No.

eNodeB

RRUCHAIN

HSN

Head Slot No.

eNodeB

RRUCHAIN

HPN

Head Port No.

eNodeB

RRUCHAIN

TCN

Tail Cabinet No.

eNodeB

RRUCHAIN

TSRN

Tail Subrack No.

eNodeB

RRUCHAIN

TSN

Tail Slot No.

eNodeB

RRUCHAIN

TPN

Tail Port No.

eNodeB

RRUCHAIN

BRKPOS1

BreakPoint position eNodeB 1

None ADD RRUCHAIN DSP RRUCHAIN LST RRUCHAIN ADD RRUCHAIN MOD MOD RRUCHAIN RRUCHAIN RMV DSP RRUCHAIN RRUCHAINPHYTO PO ADD RRUCHAIN LST MODRRUCHAIN RRUCHAIN ADD RRUCHAIN LST MODRRUCHAIN RRUCHAIN DSP ADD RRUCHAIN RRUCHAINPHYTO MOD PO RRUCHAIN DSP LST RRUCHAIN ADD RRUCHAIN RRUCHAINPHYTO MOD PO RRUCHAIN DSP LST RRUCHAIN ADD RRUCHAIN RRUCHAINPHYTO MOD PO RRUCHAIN DSP LST RRUCHAIN ADD RRUCHAIN RRUCHAINPHYTO MOD PO RRUCHAIN DSP LST RRUCHAIN ADD RRUCHAIN RRUCHAINPHYTO MOD PO RRUCHAIN DSP LST RRUCHAIN ADD RRUCHAIN RRUCHAINPHYTO MOD PO RRUCHAIN DSP LST RRUCHAIN ADD RRUCHAIN RRUCHAINPHYTO MOD PO RRUCHAIN DSP LST RRUCHAIN RRUCHAINPHYTO PO MOD RRUCHAIN LST RRUCHAIN LST RRUCHAIN

RRUCHAIN

BRKPOS2

BreakPoint position eNodeB 2

MOD RRUCHAIN LST RRUCHAIN

RRUCHAIN

AT

Access Type

eNodeB

ADD RRUCHAIN LST RRUCHAIN

RRUCHAIN

ChainLevel

Chain/Ring Level

eNodeB

DSP RRUCHAIN

RRUCHAIN

RRUNum

RRU Number

eNodeB

DSP RRUCHAIN

RxBranch

CN

Cabinet No.

eNodeB

RxBranch

SRN

Subrack No.

eNodeB

RxBranch

SN

Slot No.

eNodeB

RxBranch

RXNO

RX channel No.

eNodeB

RxBranch

RXSW

Logical switch of RX channel

eNodeB

RxBranch

ATTEN

Rx Channel Attenuation

eNodeB

DSP RXBRANCH LST RXBRANCH MOD RXBRANCH DSP RXBRANCH LST RXBRANCH MOD RXBRANCH DSP RXBRANCH LST RXBRANCH MOD RXBRANCH DSP RXBRANCH LST RXBRANCH MOD RXBRANCH MOD RXBRANCH LST RXBRANCH MOD RXBRANCH LST RXBRANCH

RxBranch

PhyStatus

Physical status

eNodeB

Sector

SECN

Sector No.

eNodeB

Sector

LONGITUDE

Longitude

eNodeB

Sector

LATITUDE

Latitude

eNodeB

Sector

ANTM

eNodeB

Sector

CN1

Sector

SRN1

Sector

SN1

Sector

PN1

Sector

CN2

Sector

SRN2

Sector

SN2

Sector

PN2

Sector

CN3

Sector

SRN3

Sector

SN3

Sector

PN3

Sector

CN4

Sector

SRN4

Sector

SN4

Sector

PN4

Sector

CN5

Sector

SRN5

Antenna mode Cabinet No. of the RRU where antenna port 1 is Subrack located No. of the RRU where antenna port 1 is located Slot No. of the RRU where antenna port 1 is located Port No. of antenna connector 1 Cabinet No. of the RRU where antenna port 2 is Subrack located No. of the RRU where antenna port 2 is located Slot No. of the RRU where antenna port 2 is located Port No. of antenna connector 2 Cabinet No. of the RRU where antenna port 3 is Subrack located No. of the RRU where antenna port 3 is located Slot No. of the RRU where antenna port 3 is located Port No. of antenna connector 3 Cabinet No. of the RRU where antenna port 4 is Subrack located No. of the RRU where antenna port 4 is located Slot No. of the RRU where antenna port 4 is located Port No. of antenna connector 4 Cabinet No. of the RRU where antenna port 5 is Subrack located No. of the RRU where antenna port 5 is located

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

DSP ADD RXBRANCH SECTOR DSP SECTOR LST SECTOR MOD RETTILT MOD SECTOR SECTOR ADD RMV SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR

Slot No. of the RRU where antenna port 5 is located Port No. of antenna connector 5 Cabinet No. of the RRU where antenna port 6 is Subrack located No. of the RRU where antenna port 6 is located Slot No. of the RRU where antenna port 6 is located Port No. of antenna connector 6 Cabinet No. of the RRU where antenna port 7 is Subrack located No. of the RRU where antenna port 7 is located Slot No. of the RRU where antenna port 7 is located Port No. of antenna connector 7 Cabinet No. of the RRU where antenna port 8 is Subrack located No. of the RRU where antenna port 8 is located Slot No. of the RRU where antenna port 8 is located Port No. of antenna connector 8

Sector

SN5

eNodeB

Sector

PN5

Sector

CN6

Sector

SRN6

Sector

SN6

Sector

PN6

Sector

CN7

Sector

SRN7

Sector

SN7

Sector

PN7

Sector

CN8

Sector

SRN8

Sector

SN8

Sector

PN8

Sector

SECM

Sector mode

eNodeB

Sector

SECTORNAME

Sector name

eNodeB

Sector

ALTITUDE

Altitude

eNodeB

Sector

UNCERTSEMIMAJ UncertSemiMajor OR

eNodeB

Sector

UNCERTSEMIMIN UncertSemiMinor OR

eNodeB

Sector

ORIENTOFMAJOR OrientOfMajorAxis AXIS

eNodeB

Sector

UNCERTALTITUDE UncertAltitude

eNodeB

Sector

CONFIDENCE

Confidence

eNodeB

Sector

COMBM

CombMode

eNodeB

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR

Geo-coordinate data format

GCDF

Sector

ANTLATITUDESEC Antenna latitude eNodeB FORMAT with second format

Sector

ANTLONGITUDES Antenna longitude eNodeB ECFORMAT with second format

Sector

OMNIFLAG

Omni Mode

Sector

MaxTxPower

Maximum power of eNodeB the cell

DSP SECTOR

Sector

LicState

License state

eNodeB

DSP SECTOR

Sector

RXFrequencyRang RX Frequency e Range

eNodeB

DSP SECTOR

Sector

TXFrequencyRang TX Frequency e Range

eNodeB

DSP SECTOR

SFP

CN

Cabinet No.

eNodeB

DSP SFP LST SFP

SFP

SRN

Subrack No.

eNodeB

DSP SFP LST SFP

SFP

SN

Slot No.

eNodeB

DSP SFP LST SFP

SFP

MODULEID

SFP module number

eNodeB

DSP SFP LST SFP

SFP

InstallStatus

Installed status

eNodeB

DSP SFP

SFP

SfpType

SFP module type

eNodeB

DSP SFP

SFP

VendorName

Manufacturer name eNodeB

DSP SFP

SFP

TransMode

Transmission Mode eNodeB

DSP SFP

SFP

WaveLength

Wavelength

eNodeB

DSP SFP

SFP

Rating

eNodeB

DSP SFP

SFP

LinkLength0

eNodeB

DSP SFP

SFP

LinkLength1

eNodeB

DSP SFP

SFP

LinkLength2

eNodeB

DSP SFP

SFP

LinkLength3

eNodeB

DSP SFP

SFP

Temperature

eNodeB

DSP SFP

Transmission code rate Transmission distance of singlemode fiber (9Transmission micrometer core distance diameter)of singlemode fiber (9Transmission micrometer core distance diameter)of multimode fiber (50Transmission micrometer core distance diameter)of multimode fiber (62.5micrometer core diameter) Temperature

eNodeB

ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR ADD SECTOR MOD SECTOR LST SECTOR

Sector

eNodeB

SFP

Voltage

Voltage

eNodeB

DSP SFP

SFP

Current

Current

eNodeB

DSP SFP

SFP

OutputPower

TX optical power

eNodeB

DSP SFP

SFP

InputPower

RX optical power

eNodeB

DSP SFP

SFP

Transmission CopperCableLengt distance of copper h cable

eNodeB

TxBranch

CN

Cabinet No.

eNodeB

TxBranch

SRN

Subrack No.

eNodeB

TxBranch

SN

Slot No.

eNodeB

TxBranch

TXNO

TX channel No.

eNodeB

TxBranch

TXSW

Logical switch of TX eNodeB channel

DSP DSP TXBRANCH SFP DSP VSWR LOC RRUTC DSP TXBRANCH LST TXBRANCH DSP MODVSWR TXBRANCH LOC RRUTC STR VSWRTEST DSP TXBRANCH LST TXBRANCH VER TXPOWER DSP MODVSWR TXBRANCH LOC RRUTC STR VSWRTEST DSP TXBRANCH LST TXBRANCH VER DSP TXPOWER VSWR MOD TXBRANCH LOC RRUTC STR VSWRTEST LST VERTXBRANCH TXPOWER MOD TXBRANCH STR VSWRTEST MOD TXBRANCH VERTXBRANCH TXPOWER LST

TxBranch

Vswr

VSWR

eNodeB

DSP TXBRANCH DSP VSWR STR VSWRTEST

TxBranch

PhyStatus

Physical status

eNodeB

DSP TXBRANCH

TxBranch

VswrPos

VSWR POSITION

eNodeB

None

TxBranch

MaxOutputPower

Maximum Output Power of the TX Channel

eNodeB

BITS

BN

BITS Clock No.

eNodeB

BITS

CN

Cabinet No.

eNodeB

DSP TXBRANCH ADD BITS DSP BITS MOD BITS RMV BITS LST BITS ADD BITS LST BITS

BITS

SRN

Subrack No.

eNodeB

ADD BITS LST BITS

BITS

SN

Slot No.

eNodeB

ADD BITS LST BITS

BITS

ActiveState

Link Active State

eNodeB

DSP BITS

BITS

AvailableState

Link Available State eNodeB

DSP BITS

BITS

PRI

Priority

eNodeB

LineClk

LN

Line Clock No.

eNodeB

LineClk

CN

Cabinet No.

eNodeB

ADD BITS MOD BITS ADD LINECLK LST BITS DSP LINECLK MOD LINECLK RMV LINECLK LST ADDLINECLK LINECLK LST LINECLK

ADD LINECLK LST LINECLK

LineClk

SRN

Subrack No.

eNodeB

LineClk

SN

Slot No.

eNodeB

LineClk

PN

Port No.

eNodeB

LineClk

ActiveState

Link Active State

eNodeB

DSP LINECLK

LineClk

AvailableState


DSP LINECLK

LineClk

PRI

Priority

eNodeB

PeerClk

PN

Peer Clock No.

eNodeB

PeerClk

ActiveState

Link Active State

eNodeB

PeerClk

AvailableState


TOD

TN

TOD Clock No.

eNodeB

TOD

TYPE

TOD Type

eNodeB

TOD

CN

Cabinet No.

eNodeB

TOD

SRN

Subrack No.

eNodeB

TOD

SN

Slot No.

eNodeB

TOD

CABLETYPE

Cable Type

eNodeB

TOD

CABLE_LEN

Cable Length

eNodeB

TOD

ActiveState

Link Active State

eNodeB

DSP TOD

TOD

AvailableState


DSP TOD

TOD

DELAY

Delay

eNodeB

DSP TOD

TOD

PRI

Priority

eNodeB

GPS

GN

GPS Clock No.

eNodeB

GPS

CN

Cabinet No.

eNodeB

GPS

SRN

Subrack No.

eNodeB

ADD LINECLK LST LINECLK ADD LINECLK DSP LINECLK LST LINECLK

ADD LINECLK MOD LINECLK LST ADDLINECLK PEERCLK DSP PEERCLK RMV PEERCLK LST PEERCLK DSP PEERCLK DSP PEERCLK ADD TOD DSP TOD MOD TOD RMV TOD ADD TOD LST TOD DSP TOD LST TOD ADD TOD LST TOD ADD TOD LST TOD ADD TOD LST TOD ADD TOD MOD TOD LST TOD ADD TOD MOD TOD LST TOD

ADD TOD MOD GPS TOD ADD LST DSP TOD GPS MOD GPS RMV GPS RST SATCARD ADD GPS LST GPS LST GPS ADD GPS LST GPS

eNodeB

ADD GPS LST GPS

GPS

SN

Slot No.

GPS

WPOS

Way to Get Position eNodeB

GPS

LONG

Antenna Longitude eNodeB

GPS

LAT

Antenna Latitude

eNodeB

GPS

ALT

Antenna Altitude

eNodeB

GPS

AGL

Antenna Angle

eNodeB

GPS

DELAY

Feeder Delay

eNodeB

DSP GPS

GPS

DURATION

Duration

eNodeB

MOD GPSPOS LST GPSPOS

GPS

PRECISION

Precision

eNodeB

GPS

CABLETYPE

Cable Type

eNodeB

GPS

CABLE_LEN

Cable Length

eNodeB

GPS

PosFix

GPS Position Fixed eNodeB

DSP GPS

GPS

Almnac

Almanac Validity

eNodeB

DSP GPS

GPS

PosSolu

Position Solution

eNodeB

DSP GPS

GPS

FixPos

Fixed Position

eNodeB

DSP GPS

GPS

ClkSteer

Clock Steering

eNodeB

DSP GPS

GPS

ClkMode

Clock Model Validity eNodeB

DSP GPS

GPS

GlonassNum

GLONASS Satellites Traced

eNodeB

DSP GPS

GPS

GpsCardState

GPS Card State

eNodeB

DSP GPS

GPS

GpsCardType

GPS Card Type

eNodeB

DSP GPS

GPS

GpsNum

GPS Satellites Traced

eNodeB

GPS

MODE

GPS Work Mode

eNodeB

GPS

CompassNum

COMPASS Satellites Traced

eNodeB

DSP GPS ADD GPS MOD GPS DSP GPS LST GPS DSP GPS

MOD GPSPOS LST GPSPOS MOD GPSPOS DSP GPS LST GPSPOS MOD GPSPOS DSP GPS LST GPSPOS MOD GPSPOS DSP GPS LST GPSPOS MOD GPSPOS DSP GPS LST GPSPOS

MOD GPSPOS LST GPSPOS ADD GPS MOD GPS LST GPS ADD GPS MOD GPS LST GPS

GPS

ActiveState

Link Active State

eNodeB

DSP GPS ADD ADD IPCLKLINK GPS DSP MODIPCLKLINK GPS DSP PRICLASS LST GPS RMV IPCLKLINK SET CLASSIDENTIFY SET PRICLASS ADD IPCLKLINK LST IPCLKLINK IPCLKLINK LST LST PRICLASS ADD IPCLKLINK LST IPCLKLINK

GPS

PRI

Priority

eNodeB

IPCLKLNK

LN

IP Clock No.

eNodeB

IPCLKLNK

ICPT

Protocol Type

eNodeB

IPCLKLNK

CN

Cabinet No.

eNodeB

IPCLKLNK

SRN

Subrack No.

eNodeB

IPCLKLNK

SN

Slot No.

eNodeB

IPCLKLNK

CIP

Client IP

eNodeB

IPCLKLNK

SIP

Server IP

eNodeB

IPCLKLNK

DM

Domain

eNodeB

IPCLKLNK

DELAYTYPE

Delay Type

eNodeB

IPCLKLNK

CLASSIDENTIFY

Priority Clock Class eNodeB Identify Flag

IPCLKLNK

CLASS0

Priority Clock Class0

eNodeB

IPCLKLNK

CLASS1


eNodeB

IPCLKLNK

CLASS2


eNodeB

IPCLKLNK

CLASS3


eNodeB

IPCLKLNK

CurClass

Current Priority Clock Class

eNodeB

DSP PRICLASS

IPCLKLNK

ActiveState

Link Active State

eNodeB

DSP IPCLKLINK

IPCLKLNK

AvailableState


DSP IPCLKLINK

IPCLKLNK

CNM

Clock Net Mode

eNodeB

ADD IPCLKLINK LST IPCLKLINK

IPCLKLNK

CMPST

Compensation

eNodeB


IPCLKLNK

StepMode

Step Mode

eNodeB

DSP IPCLKLINK

IPCLKLNK

VlanId

VLAN ID

eNodeB

DSP IPCLKLINK

ADD IPCLKLINK LST IPCLKLINK ADD IPCLKLINK LST IPCLKLINK ADD IPCLKLINK DSP IPCLKLINK LST IPCLKLINK ADD IPCLKLINK LST IPCLKLINK ADD IPCLKLINK LST IPCLKLINK ADD IPCLKLINK LST IPCLKLINK SET CLASSIDENTIFY DSP PRICLASS SET PRICLASS DSP PRICLASS LST PRICLASS SET PRICLASS DSP PRICLASS LST PRICLASS SET PRICLASS DSP PRICLASS LST PRICLASS SET PRICLASS DSP PRICLASS LST PRICLASS

IPCLKLNK

UtcOffset

UTC Offset

eNodeB

None

IPCLKLNK

PRI

Priority

eNodeB


IPCLKLNK

ANNFREQ

Announce Freq

eNodeB


IPCLKLNK

SYNCFREQ

Sync Freq

eNodeB


IPCLKLNK

MASTERPRIO

Master Priority

eNodeB


IPCLKLNK

PROFILETYPE

Profile Type

eNodeB


IPCLKLNK

NEGDURATION

Negotiate Duration

eNodeB

SyncEth

LN

SyncEth Clock No.

eNodeB

SyncEth

CN

Cabinet No.

eNodeB

SyncEth

SRN

Subrack No.

eNodeB

ADD SYNCETH LST SYNCETH

SyncEth

SN

Slot No.

eNodeB

ADD SYNCETH LST SYNCETH

SyncEth

PN

Port No.

eNodeB

SyncEth

SSM

SSM Selection

eNodeB

SyncEth

ActiveState

Link Active State

eNodeB

ADD SYNCETH LST SYNCETH ADD SYNCETH MOD SYNCETH DSP SYNCETH LST SYNCETH DSP SYNCETH

SyncEth

AvailableState


DSP SYNCETH

SyncEth

PRI

Priority

ADD SYNCETH MOD SYNCETH LST SYNCETH

Tasm

AvailableState

Clock Source State eNodeB

DSP CLKSRC

Tasm

LicenseAuthorized

License Authorized eNodeB

DSP CLKSRC

Tasm

PRI

Clock Source Priority

eNodeB

DSP CLKSRC

Tasm

SRCNO

Clock Source No.

eNodeB

Tasm

CLKSRC

Selected Clock Source

eNodeB

Tasm

MODE

Tasm

CLKSYNCMODE

Clock Working Mode Clock Synchronization Mode

eNodeB

eNodeB eNodeB

ADD IPCLKLINK LST IPCLKLINK ADD SYNCETH DSP SYNCETH MOD SYNCETH RMV SYNCETH LST ADDSYNCETH SYNCETH LST SYNCETH

SET CLKMODE DSP CLKSRC LST CLKMODE SET CLKMODE LST CLKMODE SET CLKMODE DSP CLKSTAT SET LST CLKMODE CLKSYNCMODE DSP CLKSTAT LST CLKSYNCMODE

Tasm

CurrentSrcStatus

Current Clock Source State

eNodeB

DSP CLKSTAT

Tasm

PllStatus

PLL Status

eNodeB

DSP CLKSTAT

Tasm

CurrentSrc

Current Clock Source

eNodeB

DSP CLKSTAT

Tasm

QL

Quality Level

eNodeB

CPRILBR

RCN

RRU Chain No.

eNodeB

CPRILBR

CURLBR

Current head line bit rate

eNodeB

DSP CPRILBR

CPRILBR

CURNEGSTAT

Current head negotiation status

eNodeB

DSP CPRILBR

CPRILBR

CURTAILLBR

Current tail line bit rate

eNodeB

DSP CPRILBR

CPRILBR

CURTAILNEGSTAT

Current tail negotiation status

eNodeB

DSP CPRILBR

CPRILBR

CN

Cabinet No.

eNodeB

DSP CPRILBR

CPRILBR

SRN

Subrack No.

eNodeB

DSP CPRILBR

CPRILBR

SN

Slot No.

eNodeB

DSP CPRILBR

CPRILBR

NODE

Node

eNodeB

DSP CPRILBR

CPRILBR

MAXBR

Max bit rate

eNodeB

DSP CPRILBR

ENERGYCON

MP

PSUIS

PSUISS

Cabinet

CN

Cabinet No.

eNodeB

Cabinet

TYPE

Cabinet Type

eNodeB

Cabinet

DESC

Cabinet Description eNodeB

Cabinet

CabinetType

Model

eNodeB

Subrack

CN

Cabinet No.

eNodeB

Subrack

SRN

Subrack No.

eNodeB

Subrack

TYPE

Subrack Type

eNodeB

Energy eNodeB Consumption Measurement Point PSU Intelligent eNodeB Shutdown Switch

SET LOCALCLKQL DSP SYNCETH LST LOCALCLKQL DSP CPRILBR STR CPRILBRNEG

SET ECMP LST ECMP SET PSUISS LST ADDPSUISS CABINET DSP CABMFRINFO LST CABINET MOD CABINET ADD RMV CABINET CABINET MOD CABINET LST CABINET ADD CABINET MOD CABINET LST CABINET DSP CABMFRINFO ADD SUBRACK LST SUBRACK MOD SUBRACK ADD RMV SUBRACK SUBRACK LST SUBRACK MOD SUBRACK RMV SUBRACK ADD SUBRACK LST SUBRACK

Subrack

DESC

Subrack Description eNodeB

ADD SUBRACK MOD SUBRACK LST SUBRACK

Subrack

PWRTYPE

Power Type

eNodeB

None

RU

AlarmState

Alarm Status

eNodeB

DSP BRD

RU

OpState

Operational State

eNodeB

DSP BRD DSP RRU

RU

AvailabilityStatus

Availability Status

eNodeB

DSP BRD DSP RRU

RU

Elabel

Electronic Label

eNodeB

None

RU

BoardType

Type

eNodeB

RU

BoardSerial

Serial Number

eNodeB

RU

BoardDesc

Description

eNodeB

RU

BoardManu

Date of Manufacture

eNodeB

RU

BoardVendor

Vendor

eNodeB

RU

BoardIssue

Issue Number

eNodeB

RU

RuType

Config Type

eNodeB

None

RU

ObjectNumber

Object Number

eNodeB

None

RU

ObjectType

Object Type

eNodeB

None

RU

BoardTemperature


None

RU

HPATemperature

HPA Temperature

eNodeB

None

RU

OperateResult

Operate Result

eNodeB

None

RU

ServiceType

Service Type

eNodeB

None

RU

DEVTYPE

DEVTYPE

eNodeB

None

RU

NeName

Office Name

eNodeB

DSP HWTSTRESULT

RU

SoftVer

Software Version

eNodeB

DSP HWTSTRESULT

RU

HardVer

Hardware Version

eNodeB

DSP HWTSTRESULT

DSP BRDMFRINFO DSP BRDMFRINFO DSP CABMFRINFO DSP DSP BRDMFRINFO HWTSTRESULT DSP CABMFRINFO DSP DSP HWTSTRESULT BRDMFRINFO DSP CABMFRINFO DSP BRDMFRINFO DSP CABMFRINFO DSP BRDMFRINFO

RU

BtrmVer

BootRom Version

eNodeB

DSP HWTSTRESULT

RU

HwTestTime

Test Time

eNodeB

DSP HWTSTRESULT

RU

TestResult

Test Result

eNodeB

DSP HWTSTRESULT

RU

DLFREQ

Downlink Frequency

eNodeB

STR HWTST

RU

ULFREQ

Uplink Frequency

eNodeB

EMU

CN

Cabinet No.

eNodeB

EMU

SRN

Subrack No.

eNodeB

EMU

SN

Slot No.

eNodeB

EMU

MCN

Manager Cabinet No.

eNodeB

STR ADD HWTST EMU CLR EMUALM DSP EMU ADD EMU LST EMU CLR EMUALM MOD EMU DSP EMU RMV EMU ADD EMU LST EMU CLR EMUALM MOD EMU DSP RMV EMU EMU LST EMU MOD EMU ADD RMV EMU EMU LST EMU

EMU

MSRN

Manager Subrack No.

eNodeB

EMU

MPN

Manager Port No.

eNodeB

EMU

ADDR

Address

eNodeB

EMU

TLTHD

Temperature Alarm eNodeB Lower Threshold

EMU

TUTHD

Temperature Alarm eNodeB Upper Threshold

EMU

HLTHD

Humidity Alarm Lower Threshold

eNodeB

EMU

HUTHD

Humidity Alarm Upper Threshold

eNodeB

EMU

SAAF

Special Analog Alarm Flag

eNodeB

EMU

SBAF

Special Boolean Alarm Flag

eNodeB

EMU

Temperature

Ambient Temperature

eNodeB

DSP EMU

EMU

Humidity

Ambient Humidity

eNodeB

DSP EMU

EMU

Invol48

-48V Input Voltage

eNodeB

DSP EMU

EMU

Anain1

Analog Port 1 eNodeB Measurement Value

DSP EMU

EMU

Anain2


DSP EMU

ADD EMU LST EMU ADD EMU MOD EMU LST EMU ADD EMU MOD EMU LST EMU ADD EMU MOD EMU LST EMU ADD EMU MOD EMU LST EMU ADD EMU MOD EMU LST EMU ADD EMU MOD EMU LST EMU ADD EMU MOD EMU LST EMU ADD EMU MOD EMU LST EMU

EMU

Anain3


DSP EMU

EMU

Anain4


DSP EMU

EMU

AlarmState

Alarm Status

eNodeB

None

EMU

OpState

Operational State

eNodeB

None

EMU

AvailabilityStatus

Availability Status

eNodeB

None

EMU

Elabel

Electronic Label

eNodeB

None

EMU

BoardType

Type

eNodeB

None

EMU

BoardSerial

Serial Number

eNodeB

None

EMU

BoardDesc

Description

eNodeB

None

EMU

BoardManu

Date of Manufacture

eNodeB

None

EMU

BoardVendor

Vendor

eNodeB

None

EMU

BoardIssue

Issue Number

eNodeB

None

EMU

RuType

Config Type

eNodeB

None

EMU

ObjectNumber

Object Number

eNodeB

None

EMU

ObjectType

Object Type

eNodeB

None

EMU

BoardTemperature


None

EMU

HPATemperature

HPA Temperature

eNodeB

None

EMU

OperateResult

Operate Result

eNodeB

None

EMU

ServiceType

Service Type

eNodeB

None

EMU

DEVTYPE

DEVTYPE

eNodeB

None

EMU

NeName

Office Name

eNodeB

None

EMU

SoftVer

Software Version

eNodeB

None

EMU

HardVer

Hardware Version

eNodeB

None

EMU

BtrmVer

BootRom Version

eNodeB

None

EMU

HwTestTime

Test Time

eNodeB

None

EMU

TestResult

Test Result

eNodeB

None

EMU

DLFREQ

Downlink Frequency

eNodeB

None

EMU

ULFREQ

Uplink Frequency

eNodeB

FMU

CN

Cabinet No.

eNodeB

FMU

SRN

Subrack No.

eNodeB

FMU

SN

Slot No.

eNodeB

FMU

MCN

Manager Cabinet No.

eNodeB

FMU

MSRN

Manager Subrack No.

eNodeB

FMU

MPN

Manager Port No.

eNodeB

FMU

ADDR

Address

eNodeB

FMU

SBAF


eNodeB

None ADD FMU CLR FMUALM DSP FMU ADD FMU LST FMU CLR FMUALM MOD FMU DSP FMU RMV FMU ADD FMU LST FMU CLR FMUALM MOD FMU DSP RMV FMU FMU LST FMU MOD FMU FMU ADD RMV FMU MOD FMU LST FMU ADD FMU MOD FMU LST FMU ADD FMU MOD FMU LST FMU ADD FMU MOD FMU LST FMU ADD FMU MOD FMU LST FMU

FMU

SpeedRate

Fan Speed Rate

eNodeB

DSP FMU

FMU

TempOut

Temperature at Fan eNodeB Air Outlet

DSP FMU

FMU

TempIn

Temperature at Fan eNodeB Air Inlet

DSP FMU

FMU

AverageSpeed

Fan Average Speed eNodeB

DSP FMU

FMU

STC

Smart Temperature eNodeB Control

ADD FMU MOD FMU LST FMU

FMU

AlarmState

Alarm Status

eNodeB

None

FMU

OpState

Operational State

eNodeB

None

FMU

AvailabilityStatus

Availability Status

eNodeB

None

FMU

Elabel

Electronic Label

eNodeB

None

FMU

BoardType

Type

eNodeB

None

FMU

BoardSerial

Serial Number

eNodeB

None

FMU

BoardDesc

Description

eNodeB

None

FMU

BoardManu

Date of Manufacture

eNodeB

None

FMU

BoardVendor

Vendor

eNodeB

None

FMU

BoardIssue

Issue Number

eNodeB

None

FMU

RuType

Config Type

eNodeB

None

FMU

ObjectNumber

Object Number

eNodeB

None

FMU

ObjectType

Object Type

eNodeB

None

FMU

BoardTemperature


None

FMU

HPATemperature

HPA Temperature

eNodeB

None

FMU

OperateResult

Operate Result

eNodeB

None

FMU

ServiceType

Service Type

eNodeB

None

FMU

DEVTYPE

DEVTYPE

eNodeB

None

FMU

NeName

Office Name

eNodeB

None

FMU

SoftVer

Software Version

eNodeB

None

FMU

HardVer

Hardware Version

eNodeB

None

FMU

BtrmVer

BootRom Version

eNodeB

None

FMU

HwTestTime

Test Time

eNodeB

None

FMU

TestResult

Test Result

eNodeB

None

FMU

DLFREQ

Downlink Frequency

eNodeB

None

FMU

ULFREQ

Uplink Frequency

eNodeB

TCU

CN

Cabinet No.

eNodeB

TCU

SRN

Subrack No.

eNodeB

None ADD TCU CLR TCUALM DSP TCU ADD TCU LST TCU CLR TCUALM MOD TCU DSP RMV TCU TCU LST TCU MOD TCU RMV TCU

ADD TCU CLR TCUALM DSP TCU LST TCU MOD TCU ADD RMV TCU TCU LST TCU

TCU

SN

Slot No.

eNodeB

TCU

MCN

Manager Cabinet No.

eNodeB

TCU

MSRN

Manager Subrack No.

eNodeB

TCU

MPN

Manager Port No.

eNodeB

TCU

ADDR

Address

eNodeB

TCU

TLTHD

Temperature Alarm eNodeB Lower Threshold

TCU

TUTHD


TCU

SBAF


eNodeB

TCU

HEATERNUM

Heater Number

eNodeB

TCU

LNMODE

Low Noise Mode

eNodeB

TCU

TempIn

Temperature In

eNodeB

DSP TCU

TCU

TempOut

Temperature Out

eNodeB

DSP TCU

TCU

TempInner

Temperature Inner

eNodeB

DSP TCU

TCU

InCycleSpeedRate

Inner Cycle Fan Average Speed

eNodeB

DSP TCU

TCU

OutCycleSpeedRat Outer Cycle Fan e Average Speed

eNodeB

DSP TCU

TCU

AlarmState

Alarm Status

eNodeB

None

TCU

OpState

Operational State

eNodeB

None

TCU

AvailabilityStatus

Availability Status

eNodeB

None

TCU

Elabel

Electronic Label

eNodeB

None

TCU

BoardType

Type

eNodeB

None

TCU

BoardSerial

Serial Number

eNodeB

None

TCU

BoardDesc

Description

eNodeB

None

TCU

BoardManu

Date of Manufacture

eNodeB

None

ADD TCU LST TCU ADD TCU MOD TCU LST TCU ADD TCU MOD TCU LST TCU ADD TCU MOD TCU LST TCU ADD TCU MOD TCU LST TCU ADD TCU MOD TCU LST TCU ADD TCU MOD TCU LST TCU ADD TCU MOD TCU LST TCU

TCU

BoardVendor

Vendor

eNodeB

None

TCU

BoardIssue

Issue Number

eNodeB

None

TCU

RuType

Config Type

eNodeB

None

TCU

ObjectNumber

Object Number

eNodeB

None

TCU

ObjectType

Object Type

eNodeB

None

TCU

BoardTemperature


None

TCU

HPATemperature

HPA Temperature

eNodeB

None

TCU

OperateResult

Operate Result

eNodeB

None

TCU

ServiceType

Service Type

eNodeB

None

TCU

DEVTYPE

DEVTYPE

eNodeB

None

TCU

NeName

Office Name

eNodeB

None

TCU

SoftVer

Software Version

eNodeB

None

TCU

HardVer

Hardware Version

eNodeB

None

TCU

BtrmVer

BootRom Version

eNodeB

None

TCU

HwTestTime

Test Time

eNodeB

None

TCU

TestResult

Test Result

eNodeB

None

TCU

DLFREQ

Downlink Frequency

eNodeB

None

TCU

ULFREQ

Uplink Frequency

eNodeB

None

HtCDPa

CN

Cabinet No.

eNodeB

LST HTCDPA MOD HTCDPA

HtCDPa

SRN

Subrack No.

eNodeB


HtCDPa

SN

Slot No.

eNodeB


HtCDPa

LTCP

Low Temperature Critical Point

eNodeB

MOD HTCDPA LST HTCDPA

HtCDPa

HTCP

High Temperature Critical Point

eNodeB


HtCDPa

TLT

Temperature Limit at Air Outlet

eNodeB


HtCDPa

DBD

Dead Band

eNodeB


HtCDPa

NTDI

eNodeB


HtCDPa

NTDO

eNodeB


HtCDPa

HTDO

PMU

CN

Cabinet No.

eNodeB

PMU

SRN

Subrack No.

eNodeB

PMU

SN

Slot No.

eNodeB

PMU

MCN

Manager Cabinet No.

eNodeB

PMU

MSRN

Manager Subrack No.

eNodeB

PMU

MPN

Manager Port No.

eNodeB

PMU

ADDR

Address

eNodeB

PMU

PTYPE

Power System Type eNodeB

PMU

ACVLTHD

AC Voltage Alarm Lower Threshold

eNodeB

PMU

ACVUTHD

AC Voltage Alarm Upper Threshold

eNodeB

PMU

DCVLTHD

DC Voltage Alarm Lower Threshold

eNodeB

PMU

DCVUTHD

DC Voltage Alarm Upper Threshold

eNodeB

PMU

LSDF

Load Shutdown Flag

eNodeB

PMU

LSDV

PMU

ATLTHD

PMU

ATUTHD

PMU

AHLTHD

PMU

AHUTHD

Normal Temperature Delta Tin Normal Temperature Delta Tout High Temperature Delta Tout

Load Shutdown Voltage Cabinet Temperature Alarm Lower Threshold Cabinet Temperature Alarm Upper Threshold Cabinet Humidity Alarm Lower Threshold Cabinet Humidity Alarm Upper Threshold

eNodeB

eNodeB eNodeB eNodeB eNodeB eNodeB

MOD HTCDPA ADD PMU LST HTCDPA CLR PMUALM DSP PMU ADD PMU LST PMU CLR PMUALM MOD PMU DSP PMU RMV PMU ADD PMU LST PMU CLR PMUALM MOD PMU DSP RMV PMU PMU LST PMU MOD PMU ADD RMV PMU PMU LST PMU ADD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU

ADD PMU MOD PMU LST PMU ADD PMU MOD PMU LST PMU

PMU

SAAF

Special Analog Alarm Flag

eNodeB

PMU

SBAF


eNodeB

PMU

AcVol

AC Voltage

eNodeB

DSP PMU

PMU

DcVol

Busbar Voltage

eNodeB

DSP PMU

PMU

LoadCurrent

Load Total Current

eNodeB

DSP PMU

PMU

LoadTemp

Temperature

eNodeB

DSP PMU

PMU

Humidity

Cabinet Humidity

eNodeB

DSP PMU

PMU

ScdLoadPwrState

Secondary Load Power State

eNodeB

DSP PMU

PMU

BatChargeState

Charging/Dischargi eNodeB ng State

DSP BATTERY

PMU

BatCurrent

Battery Current

eNodeB

DSP BATTERY DSP PMU

PMU

BatCurrentLimitStat Current Limiting e State

eNodeB

DSP PMU

PMU

BatPowerState

Battery Power State eNodeB

DSP BATTERY

PMU

BatRemainCapacity Remaining Capacity eNodeB

DSP BATTERY

PMU

BatTemp

Battery Temperature

eNodeB

DSP BATTERY

PMU

BatTestPhase

Battery Test Phase eNodeB

DSP BATTERY

PMU

PhotovoltaicArrayC Photovoltaic Array urrent Total Current

PMU

DieselCurrent

PMU

Diesel Generator Current Auxiliary Battery AuxBatCabinetTem Cabinet p Temperature

eNodeB

DSP PMU

eNodeB

DSP PMU

eNodeB

DSP PMU

PMU

SoftwareVersion

Software Version

eNodeB

DSP PMU

PMU

PCBVersion

PCB Version

eNodeB

DSP PMU

PMU

EPLDVersion

EPLD Version

eNodeB

DSP PMU

PMU

SoftwareBuildTime

Software Build Time eNodeB

DSP PMU

PMU

VersionDescription

Version Description eNodeB

DSP PMU

PMU

ProduceDate

Produce Date

eNodeB

DSP PMU

PMU

Manufacturer

Manufacturer

eNodeB

DSP PMU

PMU

ISCapability

eNodeB

DSP PMU

PMU

ISSwitchState

eNodeB

DSP PMU

PMU

ISExecuteResult

Execute Result

eNodeB

None

PMU

AlarmState

Alarm Status

eNodeB

None

PMU

OpState

Operational State

eNodeB

None

PMU

AvailabilityStatus

Availability Status

eNodeB

None

PMU

Elabel

Electronic Label

eNodeB

None

PMU

BoardType

Type

eNodeB

None

PMU

BoardSerial

Serial Number

eNodeB

None

PMU

BoardDesc

Description

eNodeB

None

PMU

BoardManu

Date of Manufacture

eNodeB

None

PMU

BoardVendor

Vendor

eNodeB

None

PMU

BoardIssue

Issue Number

eNodeB

None

PMU

RuType

Config Type

eNodeB

None

PMU

ObjectNumber

Object Number

eNodeB

None

PMU

ObjectType

Object Type

eNodeB

None

PMU

BoardTemperature


None

PMU

HPATemperature

HPA Temperature

eNodeB

None

PMU

OperateResult

Operate Result

eNodeB

None

PMU

ServiceType

Service Type

eNodeB

None

PMU

DEVTYPE

DEVTYPE

eNodeB

None

PSU Intelligent Shutdown Capability PSU Intelligent Shutdown Switch

PMU

NeName

Office Name

eNodeB

None

PMU

SoftVer

Software Version

eNodeB

None

PMU

HardVer

Hardware Version

eNodeB

None

PMU

BtrmVer

BootRom Version

eNodeB

None

PMU

HwTestTime

Test Time

eNodeB

None

PMU

TestResult

Test Result

eNodeB

None

PMU

DLFREQ

Downlink Frequency

eNodeB

None ADD DIESELGEN DSP NoneDIESELGEN LST DIESELGEN ADD MOD DIESELGEN DIESELGEN DSP RMV DIESELGEN DIESELGEN LST DIESELGEN STP ADD DIESELGEN MOD DIESELGEN DIESELGENTST DSP DIESELGEN RMV DIESELGEN STR LST DIESELGEN STP DIESELGENTST MOD DIESELGEN DIESELGENTST RMV DIESELGEN STR STP DIESELGENTST ADD DIESELGEN DIESELGENTST MOD STR DIESELGEN LST DIESELGEN DIESELGENTST ADD DIESELGEN

PMU

ULFREQ

Uplink Frequency

eNodeB

DieselGen

CN

Cabinet No.

eNodeB

DieselGen

SRN

Subrack No.

eNodeB

DieselGen

SN

Slot No.

eNodeB

DieselGen

ICF

Intelligent Control Flag

eNodeB

DieselGen

POWER

Rated Power

eNodeB

MOD DIESELGEN LST DIESELGEN

DieselGen

OL

Oil Level

eNodeB

DSP DIESELGEN

DieselGen

DGC

Diesel Generator Current

eNodeB

DSP DIESELGEN

DieselGen

TRT

Total Running Time eNodeB

Battery

CN

Cabinet No.

eNodeB

Battery

SRN

Subrack No.

eNodeB

Battery

SN

Slot No.

eNodeB

Battery

INSTALLTYPE

Installation Type

eNodeB

Battery

BCD

Boost-Charging Duration

eNodeB

Battery

BCV

Boost-Charging Voltage

eNodeB

Battery

BC1

Battery 1 Capacity

eNodeB

ADD BATTERY DSP DIESELGEN DSP BATINDT DSP BATTERY ADD BATTERY LST BATTERY DSP BATINDT MOD BATINDT DSP BATTERY MOD BATTERY ADD BATTERY LST BATTERY RMV BATTERY DSP BATINDT MOD BATINDT DSP MODBATTERY BATTERY LST RMVBATTERY BATTERY MOD BATINDT ADD MOD BATTERY BATTERY MOD BATTERY RMV BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY

Battery

BCLC

Battery Current eNodeB Limiting Coefficient

Battery

FCV

Float-Charging Voltage

eNodeB

Battery

HTSDF

High Temperature Shutdown Flag

eNodeB

Battery

SDT

Shutdown Temperature

eNodeB

Battery

LVSDF

Low Voltage Shutdown Flag

eNodeB

Battery

SDV

Shutdown Voltage

eNodeB

Battery

TCC

Battery

TLTHD

Battery

TUTHD


Battery

BN

Battery Number

eNodeB

Battery

BTYPE

Battery Type

eNodeB

Battery

PCT

Power Cut Times

eNodeB

ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY LST BATTERY ADD BATTERY MOD BATTERY DSP BATTERY ADD BATTERY LST BATTERY MOD BATTERY DSP BATTERY LST BATTERY DSP BATTERY

Battery

CTHALF

Charge Times In Half an Hour

eNodeB

DSP BATTERY

Battery

CT1H

Charge Times In 1 Hour

eNodeB

DSP BATTERY

Battery

CT2H

Charge Times In 2 Hours

eNodeB

DSP BATTERY

Battery

CT3H


eNodeB

DSP BATTERY

Battery

CT4H


eNodeB

DSP BATTERY

Battery

CT5H


eNodeB

DSP BATTERY

Battery

CT6H


eNodeB

DSP BATTERY

Battery

CT7H


eNodeB

DSP BATTERY

Battery

CT8H


eNodeB

DSP BATTERY

Battery

CT8UH

Charge Times In More than 8 Hours

eNodeB

DSP BATTERY

Battery

DCTHALF

Discharge Times In eNodeB Half an Hour

DSP BATTERY

Temperature eNodeB Compensation Coefficient Temperature Alarm eNodeB Lower Threshold

Battery

DCT1

Discharge Times In eNodeB 1 Hour

DSP BATTERY

Battery

DCT2

Discharge Times In eNodeB 2 Hours

DSP BATTERY

Battery

DCT3


DSP BATTERY

Battery

DCT4


DSP BATTERY

Battery

DCT5


DSP BATTERY

Battery

DCT6


DSP BATTERY

Battery

DCT7


DSP BATTERY

Battery

DCT8


DSP BATTERY

Battery

DCTU8

Discharge Times In eNodeB More than 8 Hours

DSP BATTERY

Battery

DATE

Installation Date

eNodeB

Battery

BC2

Battery 2 Capacity

eNodeB

BatCTPa

CN

Cabinet No.

eNodeB

BatCTPa

SRN

Subrack No.

eNodeB

BatCTPa

SN

Slot No.

eNodeB

BatCTPa

DSCHGT0

0.05C10 Discharge eNodeB Time

MOD BATINDT DSP BATINDT ADD BATTERY MOD BATTERY DSP BATTR LST BATTERY LST BATCTPA MOD BATCTPA DSP BATTR STP BATTST LST STR BATCTPA BATTST MOD BATCTPA DSP BATTR STP BATTST LST BATCTPA STR BATTST MOD BATCTPA STP BATTST STR MODBATTST BATCTPA LST BATCTPA

BatCTPa

DSCHGT1

0.1C10 Discharge Time

eNodeB

MOD BATCTPA LST BATCTPA

BatCTPa

DSCHGT2


eNodeB


BatCTPa

DSCHGT3


eNodeB


BatCTPa

DSCHGT4


eNodeB


BatCTPa

DSCHGT5


eNodeB


BatCTPa

DSCHGT6


eNodeB


BatCTPa

DSCHGT7


eNodeB


BatCTPa

DSCHGT8


eNodeB


BatCTPa

DSCHGT9


eNodeB


BatCTPa

EFF

Battery Charge Efficiency

eNodeB


BatCTPa

ENDV

Discharge Test End eNodeB Voltage


BatCTPa

BATNUM

Battery Number

eNodeB


BatCTPa

DSTML

Discharge Test Time Limit

eNodeB


BatCTPa

SDSTML

Simple Discharge Test Time Limit

eNodeB


BatCTPa

SDSEV

Simple Discharge Test End Voltage

eNodeB


BatCTPa

ATMODE

Automatic Test Mode

eNodeB


BatCTPa

TDSTM

Timing Discharge Test Time

eNodeB


BatCTPa

DDSTM

Delayed Discharge eNodeB Test Time


BatCTPa

TYPE

Battery Test Type

eNodeB

STR BATTST DSP BATTR

BatCTPa

TstStrDateTime

Test Start Time

eNodeB

DSP BATTR

BatCTPa

TstEndReason

Test End Cause

eNodeB

DSP BATTR

BatCTPa

TstResult

Test Result

eNodeB

DSP BATTR

BatCTPa

TstEffi

Battery Efficency

eNodeB

DSP BATTR

BatCTPa

TstDischrLstTime

Discharge Last Time

eNodeB

DSP BATTR

BatCTPa

TstDischrEndVol

Discharge End Voltage

eNodeB

DSP BATTR

BatCTPa

TstDischrCurr

Discharge Average eNodeB Current

DSP BATTR

BatCTPa

TstDischrAh

Discharge AH

eNodeB

DSP BATTR

BatCTPa

TstBatTemp

Battery Temperature

eNodeB

PSU

CN

Cabinet No.

eNodeB

PSU

SRN

Subrack No.

eNodeB

PSU

SN

Slot No.

eNodeB

DSP BATTR ADD PSU DSP PSU LST PSU ADD RMV PSU PSU DSP PSU LST PSU ADD RMV PSU PSU DSP PSU LST PSU RMV PSU

PSU

RunningStatus

Running Status

eNodeB

DSP PSU

PSU

ProduceDate

Produce Date

eNodeB

DSP PSU

PSU

Manufacturer

Manufacturer

eNodeB

DSP PSU

PSU

AlarmState

Alarm Status

eNodeB

None

PSU

OpState

Operational State

eNodeB

None

PSU

AvailabilityStatus

Availability Status

eNodeB

None

PSU

Elabel

Electronic Label

eNodeB

None

PSU

BoardType

Type

eNodeB

None

PSU

BoardSerial

Serial Number

eNodeB

None

PSU

BoardDesc

Description

eNodeB

None

PSU

BoardManu

Date of Manufacture

eNodeB

None

PSU

BoardVendor

Vendor

eNodeB

None

PSU

BoardIssue

Issue Number

eNodeB

None

PSU

RuType

Config Type

eNodeB

None

PSU

ObjectNumber

Object Number

eNodeB

None

PSU

ObjectType

Object Type

eNodeB

None

PSU

BoardTemperature


None

PSU

HPATemperature

HPA Temperature

eNodeB

None

PSU

OperateResult

Operate Result

eNodeB

None

PSU

ServiceType

Service Type

eNodeB

None

PSU

DEVTYPE

DEVTYPE

eNodeB

None

PSU

NeName

Office Name

eNodeB

None

PSU

SoftVer

Software Version

eNodeB

None

PSU

HardVer

Hardware Version

eNodeB

None

PSU

BtrmVer

BootRom Version

eNodeB

None

PSU

HwTestTime

Test Time

eNodeB

None

PSU

TestResult

Test Result

eNodeB

None

PSU

DLFREQ

Downlink Frequency

eNodeB

None

PSU

ULFREQ

Uplink Frequency

eNodeB

None

OutPort

CN

Cabinet No.

eNodeB

LST OUTPORT SET OUTPORT

OutPort

SRN

Subrack No.

eNodeB


OutPort

SN

Slot No.

eNodeB


OutPort

PN

Port No.

eNodeB


OutPort

NAME

Port Name

eNodeB

SET OUTPORT LST OUTPORT

OutPort

SW

Port Switch

eNodeB

SET OUTPORT LST OUTPORT

AlmPort

CN

Cabinet No.

eNodeB

LST ALMPORT SET ALMPORT

AlmPort

SRN

Subrack No.

eNodeB


AlmPort

SN

Slot No.

eNodeB


AlmPort

PN

Port No.

eNodeB


AlmPort

SW

Switch

eNodeB

SET ALMPORT LST ALMPORT

AlmPort

AID

Alarm ID

eNodeB


AlmPort

PT

Port Type

eNodeB


AlmPort

AVOL

Alarm Voltage

eNodeB


AlmPort

UL

Alarm Upper Limit

eNodeB


AlmPort

LL

Alarm Lower Limit

eNodeB


AlmPort

ST

Sensor Type

eNodeB


Sensor Measurement Upper Limit Sensor Measurement Lower Limit Sensor Output Upper Limit

eNodeB


eNodeB


eNodeB


AlmPort

SMUL

AlmPort

SMLL

AlmPort

SOUL

AlmPort

SOLL

Sensor Output Lower Limit

eNodeB

SSL

AUTHMODE

Authentication Mode

eNodeB

NtpCp

IP

IpV4 Address of NTP Server

eNodeB

NtpCp

SYNCCYCLE

Synchronization Period

eNodeB

NtpCp

PORT

Port Number

eNodeB

NtpCp

SYNCSWITCH

Synchronized Switch

eNodeB

NtpCp

MODE

IP Mode

eNodeB

NtpCp

IPV6

IpV6 Address of NTP Server

eNodeB

NtpCp

AUTHMODE

Authentication Mode

eNodeB

NtpCp

KEY

Authentication Key

eNodeB

NtpCp

KEYID

Authentication Key Index

eNodeB

NtpCp

MASTERFLAG

Master Flag

eNodeB

LST NTPC

TZ

ZONET

Time Zone

eNodeB

SET TZ LST TZ

TZ

DST

Dst Tag Information eNodeB

SET TZ

TZ

SM

Dst Start Mode

eNodeB

SET TZ

TZ

SMONTH

Dst Start Month

eNodeB

SET TZ

TZ

SDAY

Dst Start Day

eNodeB

SET TZ

TZ

SWSEQ

Dst Start Week Sequence

eNodeB

SET TZ

TZ

SWEEK

Dst Start Weekday

eNodeB

SET TZ

TZ

ST

Dst Start Time

eNodeB

SET TZ

SET ALMPORT LST ALMPORT SET SSLAUTHMODE ADD NTPC LST SSLCONF MOD NTPC RMV NTPC SET ADD NTPC MASTERNTPS MOD NTPC LST NTPC ADD NTPC MOD NTPC LST NTPC ADD NTPC MOD NTPC ADD NTPC LST NTPC MOD NTPC RMV NTPC ADD SET NTPC MOD NTPC MASTERNTPS RMV NTPC SET ADD NTPC MASTERNTPS MOD NTPC LST NTPC ADD NTPC MOD NTPC LST NTPC ADD NTPC MOD NTPC LST NTPC

TZ

EM

Dst End Mode

eNodeB

SET TZ

TZ

EMONTH

Dst End Month

eNodeB

SET TZ

TZ

EDAY

Dst End Day

eNodeB

SET TZ

TZ

EWSEQ

Dst End Week Sequence

eNodeB

SET TZ

TZ

EWEEK

Dst End Weekday

eNodeB

SET TZ

TZ

ET

Dst End Time

eNodeB

SET TZ

TZ

TO

DST Offset

eNodeB

SET TZ

TZ

TIMEDIFF

Time Difference

eNodeB

SET TZ

OmuCurTime

DATE

Date

eNodeB

SET TIME

OmuCurTime

TIME

Time

eNodeB

SET TIME

OmuCurTime

DATETIME

Time

eNodeB

TimeSrc

TIMESRC

Time Source

eNodeB

TimeSrc

DATETIME

Latest Successful Synchronization Time

eNodeB

CN Operator ID

eNodeB

DSP TIME SET TIMESRC DSP TIMESRC LST ADD LATESTSUCCDAT CNOPERATOREXT E LST ENDEDQCI LST ADD LATESTSUCCDAT LST TIMESRC CNOPERATOREXT E CNOPERATOREXT ENDEDQCI ENDEDQCI LST MOD CNOPERATOREXT ADD CNOPERATOREXT ENDEDQCI CNOPERATOREXT ENDEDQCI MOD ENDEDQCI RMV CNOPERATOREXT MOD CNOPERATOREXT ENDEDQCI CNOPERATOREXT ENDEDQCI LST RMV ENDEDQCI CNOPERATORSTA CNOPERATOREXT LST NDARDQCI ENDEDQCI LST CNOPERATOREXT MOD CNOPERATORSTA ENDEDQCI CNOPERATORSTA NDARDQCI NDARDQCI MOD MOD CNOPERATORSTA CNOPERATORSTA NDARDQCI NDARDQCI LST LST CSFALLBACKBLIN CNOPERATORSTA DHOCFG NDARDQCI MOD MOD CSFALLBACKBLIN CSFALLBACKBLIN DHOCFG DHOCFG MOD LST CSFALLBACKBLIN CSFALLBACKBLIN DHOCFG DHOCFG MOD LST CSFALLBACKBLIN CSFALLBACKBLIN DHOCFG DHOCFG LST CSFALLBACKBLIN DHOCFG

CnOperatorExtendedCnOperatorId

CN Operator eNodeB extended QCI Service-based interServiceIrHoCfgGro CnOperatorExtended eNodeB RAT handover upId policy group ID CnOperatorExtendedExtendedQci

CnOperatorStandardCnOperatorId

CN Operator ID

eNodeB

QoS Class eNodeB Indication Service-based interServiceIrHoCfgGro CnOperatorStandard RAT handover eNodeB upId policy group ID CnOperatorStandardQci

CSFallBackBlindHoCCnOperatorId

CN Operator ID

eNodeB

CSFallBackBlindHoCInterRatHighestPri

Highest priority InterRat

eNodeB

CSFallBackBlindHoCInterRatSecondPri

Second priority InterRat

eNodeB

CSFallBackBlindHoCInterRatLowestPri

Lowest priority InterRat

eNodeB

CSFallBackBlindHoCUtranLcsCap

UTRAN LCS capability

eNodeB

CSFallBackBlindHoCGeranLcsCap

GERAN LCS capability

eNodeB

CSFallBackBlindHoCCdmaLcsCap

CDMA2000 LCS capability

eNodeB

RatFreqPriorityGrou RAT frequency pId priority group ID

eNodeB

RatFreqPriorityGrou

RatFreqPriorityGrou RatType

RAT Type

eNodeB

RatFreqPriorityGrou DlEarfcn

Downlink EARFCN eNodeB

RatFreqPriorityGrou Priority

Priority

eNodeB

ServiceIrHoCfgGrou CnOperatorId

CN Operator ID

eNodeB

Service-based interServiceIrHoCfgGro RAT handover eNodeB upId policy group ID Inter-RAT handover ServiceIrHoCfgGrou InterRatHoState eNodeB state ServiceIrHoCfgGrou

SpidCfg

Spid

Spid

eNodeB

SpidCfg

DrxStatus

Drx status

eNodeB

SpidCfg

RatFreqPriorityInd

RAT frequency priority indication

eNodeB

SpidCfg

RatFreqPriorityGrou RAT frequency pId priority group ID

eNodeB

CounterCheckPara CounterCheckTimer Counter check timer eNodeB CounterCheckPara

CounterCheckCoun Counter check tNum count number

CounterCheckPara

CounterCheckUser Counter check user eNodeB RelSwitch Release switch

eNodeB

ENodeBCipherCap PrimaryCipherAlgo

Primary cipher algorithm

eNodeB

ENodeBCipherCap SecondCipherAlgo

Second cipher algorithm

eNodeB

ENodeBCipherCap ThirdCipherAlgo

Third cipher algorithm

eNodeB

ENodeBIntegrityCap

PrimaryIntegrityAlg Primary integrity o algorithm

eNodeB

ENodeBIntegrityCap

SecondIntegrityAlg Second integrity o algorithm

eNodeB

ENodeBIntegrityCap ThirdIntegrityAlgo

Third integrity algorithm

eNodeB

MOD CSFALLBACKBLIN DHOCFG MOD LST CSFALLBACKBLIN CSFALLBACKBLIN DHOCFG DHOCFG ADD MOD LST RATFREQPRIORIT CSFALLBACKBLIN CSFALLBACKBLIN YGROUP DHOCFG DHOCFG ADD LST LST RATFREQPRIORIT RATFREQPRIORIT CSFALLBACKBLIN YGROUP YGROUP DHOCFG ADD LST MOD RATFREQPRIORIT RATFREQPRIORIT RATFREQPRIORIT YGROUP YGROUP YGROUP LST MOD RMV RATFREQPRIORIT ADD RATFREQPRIORIT RATFREQPRIORIT YGROUP RATFREQPRIORIT YGROUP ADD YGROUP MOD YGROUP RMV SERVICEIRHOCF RATFREQPRIORIT MOD RATFREQPRIORIT GGROUP YGROUP ADD RATFREQPRIORIT YGROUP LST RMV SERVICEIRHOCF YGROUP SERVICEIRHOCF RATFREQPRIORIT GGROUP LST GGROUP YGROUP LST RATFREQPRIORIT MOD SERVICEIRHOCF YGROUP ADD SERVICEIRHOCF GGROUP SERVICEIRHOCF GGROUP MOD GGROUP RMV SERVICEIRHOCF MOD SERVICEIRHOCF GGROUP SERVICEIRHOCF GGROUP RMV GGROUP ADD SPIDCFG SERVICEIRHOCF LST LST SPIDCFG GGROUP SERVICEIRHOCF MOD SPIDCFG GGROUP RMV SPIDCFG ADD SPIDCFG MOD SPIDCFG LST SPIDCFG ADD SPIDCFG MOD SPIDCFG LST SPIDCFG ADD SPIDCFG MOD SPIDCFG MOD LST SPIDCFG COUNTERCHECK PARA MOD LST COUNTERCHECK COUNTERCHECK PARA PARA MOD LST COUNTERCHECK COUNTERCHECK PARA PARA MOD LST ENODEBCIPHERC COUNTERCHECK AP PARA MOD LST ENODEBCIPHERC ENODEBCIPHERC AP AP MOD LST ENODEBCIPHERC ENODEBCIPHERC AP AP MOD LST ENODEBINTEGRIT ENODEBCIPHERC YCAP AP MOD LST ENODEBINTEGRIT ENODEBINTEGRIT YCAP YCAP MOD LST ENODEBINTEGRIT ENODEBINTEGRIT YCAP YCAP LST ENODEBINTEGRIT YCAP

GlobalProcSwitch

X2SonLinkSetupTy The method of X2 pe setup by SON

GlobalProcSwitch

SriAdaptiveSwitch

SRI adaptive switch eNodeB

GlobalProcSwitch

LcgProfile

LCG Profile

eNodeB

PdcpRohcPara

RohcSwitch

ROHC switch

eNodeB

PdcpRohcPara

HighestMode

ROHC Highest mode

eNodeB

PdcpRohcPara

Profiles

Compression profiles

eNodeB

Timer302

eNodeB

RrcConnStateTimer T302 RrcConnStateTimer

T320ForLoadBalan Timer320 for load ce balance

eNodeB

eNodeB

RrcConnStateTimer T304ForEutran

Timer304 for EUTRAN

eNodeB

RrcConnStateTimer T304ForGeran

Timer304 for GERAN

eNodeB

RrcConnStateTimer T320ForOther

Timer320 for other

eNodeB

RrcConnStateTimer UeInactiveTimer

Ue inactive timer

eNodeB

RRSTATETIMER

WAITUEUURSPTI MER

RRSTATETIMER

WAITMMES1RSPTI WaitMMES1RspTim eNodeB MER er

RRSTATETIMER

WAITENBX2RSPTI WaitENBX2RspTim eNodeB MER er

RRSTATETIMER RRSTATETIMER

WAITINTERRATSY SHORSPTIMER WAITMMEINITUEC NTSETUPREQTIM ER

WaitUEUuRspTimer eNodeB

WaitInterRATSysHo eNodeB RspTimer WaitMMEInitUECnt eNodeB SetupReqTimer

RRSTATETIMER

UERESYNCTIMER UeReSyncTimer

eNodeB

CellDlpcPdschPa

LocalCellId

eNodeB

CellDlpcPdschPa

PdschPaAdjSwitch PA adjusting switch eNodeB

CellDlpcPdschPa

PaPcOff

PA for even power distribution

eNodeB

CellDrxPara

LocalCellId

Local cell identity

eNodeB

CellDrxPara

FddEnterDrxThd

FDD enter DRX threshold

eNodeB

Local cell identity

MOD GLOBALPROCSWI TCH MOD LST GLOBALPROCSWI GLOBALPROCSWI TCH TCH MOD LST GLOBALPROCSWI GLOBALPROCSWI TCH TCH LST MOD GLOBALPROCSWI PDCPROHCPARA TCH LST MOD PDCPROHCPARA PDCPROHCPARA LST MOD PDCPROHCPARA PDCPROHCPARA MOD LST RRCCONNSTATET PDCPROHCPARA IMER MOD LST RRCCONNSTATET RRCCONNSTATET IMER IMER MOD LST RRCCONNSTATET RRCCONNSTATET IMER IMER MOD LST RRCCONNSTATET RRCCONNSTATET IMER IMER MOD LST RRCCONNSTATET RRCCONNSTATET IMER IMER MOD LST RRCCONNSTATET RRCCONNSTATET IMER IMER LST MOD RRCCONNSTATET RRSTATETIMER IMER LST MOD RRSTATETIMER RRSTATETIMER LST MOD RRSTATETIMER RRSTATETIMER LST MOD RRSTATETIMER RRSTATETIMER LST MOD RRSTATETIMER RRSTATETIMER LST MOD RRSTATETIMER RRSTATETIMER LST LST CELLDLPCPDSCH RRSTATETIMER PA MOD MOD CELLDLPCPDSCH CELLDLPCPDSCH PA PA MOD LST CELLDLPCPDSCH CELLDLPCPDSCH PA PA LST LST CELLDLPCPDSCH CELLDRXPARA PA MOD MOD CELLDRXPARA CELLDRXPARA LST CELLDRXPARA

CellDrxPara

FddExitDrxThd

FDD exit DRX threshold

CellDrxPara

TddEnterDrxThdUl

TDD enter DRX threshold Uplink

eNodeB

CellDrxPara

TddExitDrxThdUl

TDD exit DRX threshold Uplink

eNodeB

CellDrxPara

TddEnterDrxThdDl

TDD enter DRX eNodeB threshold Downlink

CellDrxPara

TddExitDrxThdDl

TDD exit DRX eNodeB threshold Downlink

CellDrxPara

DataAmountStatTi mer

Data amount Statistic timer

eNodeB

CellUlpcDedic

LocalCellId

Local cell identity

eNodeB

CellUlpcDedic

DeltaMcsEnabled

CellUlpcDedic CellUlpcDedic CellUlpcDedic

Delta-MCS enable or disable indication PSrsOffset when PSrsOffsetDeltaMc DeltaMcsEnalbed is sDisable UU_DISABLE PSrsOffset when PSrsOffsetDeltaMc DeltaMcsEnalbed is sEnable UU_ENABLE RSRP filtering FilterRsrp coefficient

eNodeB

eNodeB eNodeB eNodeB eNodeB

DrxParaGroup

LocalCellId

Local cell identity

eNodeB

DrxParaGroup

DrxParaGroupId

DRX parameter group ID

eNodeB

DrxParaGroup

EnterDrxSwitch

Enter DRX Switch

eNodeB

DrxParaGroup

OnDurationTimer

On Duration Timer

eNodeB

DrxParaGroup

DrxInactivityTimer

DrxParaGroup

DrxReTxTimer

DrxParaGroup

LongDrxCycle

Long DRX Cycle

eNodeB

DrxParaGroup

SupportShortDrx

Short-cycle DRX supported indication

eNodeB

DrxParaGroup

ShortDrxCycle

Short DRX Cycle

eNodeB

DrxParaGroup

DrxShortCycleTimer

DRX Short Cycle Timer

eNodeB

Local cell identity

eNodeB

InterRatHoCommGroLocalCellId

DRX Inactivity Timer DRX Retransmission Timer

eNodeB eNodeB

InterRatHoCommGr InterRAT handover InterRatHoCommGro eNodeB oupId common group ID

MOD CELLDRXPARA LST MOD CELLDRXPARA CELLDRXPARA LST MOD CELLDRXPARA CELLDRXPARA LST MOD CELLDRXPARA CELLDRXPARA LST MOD CELLDRXPARA CELLDRXPARA LST MOD CELLDRXPARA CELLDRXPARA LST LST CELLDRXPARA CELLULPCDEDIC MOD MOD CELLULPCDEDIC CELLULPCDEDIC LST MOD CELLULPCDEDIC CELLULPCDEDIC LST MOD CELLULPCDEDIC CELLULPCDEDIC LST MOD CELLULPCDEDIC ADD CELLULPCDEDIC DRXPARAGROUP LST LST CELLULPCDEDIC ADD DRXPARAGROUP DRXPARAGROUP MOD LST DRXPARAGROUP DRXPARAGROUP RMV ADD MOD DRXPARAGROUP DRXPARAGROUP DRXPARAGROUP MOD RMV ADD DRXPARAGROUP DRXPARAGROUP DRXPARAGROUP LST MOD DRXPARAGROUP ADD DRXPARAGROUP DRXPARAGROUP LST MOD DRXPARAGROUP ADD DRXPARAGROUP DRXPARAGROUP LST MOD DRXPARAGROUP ADD DRXPARAGROUP DRXPARAGROUP LST MOD DRXPARAGROUP ADD DRXPARAGROUP DRXPARAGROUP LST MOD DRXPARAGROUP ADD DRXPARAGROUP DRXPARAGROUP LST MOD DRXPARAGROUP ADD ADD DRXPARAGROUP INTERRATHOCOM DRXPARAGROUP LST MGROUP MOD DRXPARAGROUP ADD LST DRXPARAGROUP INTERRATHOCOM INTERRATHOCOM LST MGROUP MGROUP DRXPARAGROUP LST MOD INTERRATHOCOM INTERRATHOCOM MGROUP MGROUP MOD RMV INTERRATHOCOM INTERRATHOCOM MGROUP MGROUP RMV INTERRATHOCOM MGROUP

InterRatHoA1A2Hy InterRAT A1A2 InterRatHoCommGro st hysteresis

eNodeB

InterRatHoA1A2Tim InterRAT A1A2 time InterRatHoCommGro eNodeB eToTrig to trigger InterRatHoA1ThdR InterRAT A1 RSRP InterRatHoCommGro eNodeB srp trigger threshold InterRatHoA1ThdR InterRAT A1 RSRQ InterRatHoCommGro eNodeB srq trigger threshold InterRatHoA2ThdR InterRAT A2 RSRP InterRatHoCommGro eNodeB srp trigger threshold InterRatHoA2ThdR InterRAT A2 RSRQ InterRatHoCommGro eNodeB srq trigger threshold InterRatHoCdma1xRtLocalCellId

CellExtendedQci

ExtendedQci

Local cell identity InterRAT handover to CDMA20001xRTT group ID CDMA20001XRTT handover hysteresis CoverageBased CDMA20001XRTT trigger threshold CDMA20001XRTT time to trigger Load Service Based CDMA20001XRTT trigger threshold Extended QCI

CellExtendedQci

LocalCellId

Local cell identity

InterRatHoCdma1x InterRatHoCdma1xRt RttGroupId InterRatHoCdmaB1 InterRatHoCdma1xRt Hyst InterRatHoCdmaB1 InterRatHoCdma1xRt ThdPs InterRatHoCdmaB1 InterRatHoCdma1xRt TimeToTrig LdSvBasedHoCdm InterRatHoCdma1xRt aB1ThdPs

CellExtendedQci CellExtendedQci CellExtendedQci CellExtendedQci

InterFreqHoGroupI Interfreq handover d group ID InterRAT handover InterRatHoCdma1x to RttGroupId CDMA20001xRTT InterRAT group ID handover InterRatHoCdmaHr to pdGroupId CDMA2000HRPD group ID InterRatHoCommGr InterRAT handover oupId common group ID

eNodeB

eNodeB

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB


CellExtendedQci

InterRatHoGeranGr InterRAT handover eNodeB oupId to GERAN group ID

CellExtendedQci

InterRatHoUtranGro InterRAT handover eNodeB upId to UTRAN Group ID

CellExtendedQci

IntraFreqHoGroupI Intrafreq handover d group ID

CellExtendedQci

DrxParaGroupId


eNodeB

CellStandardQci

LocalCellId

Local cell identity

eNodeB

eNodeB

ADD INTERRATHOCOM MGROUP ADD MOD INTERRATHOCOM INTERRATHOCOM MGROUP MGROUP ADD MOD LST INTERRATHOCOM INTERRATHOCOM INTERRATHOCOM MGROUP MGROUP MGROUP ADD MOD LST INTERRATHOCOM INTERRATHOCOM INTERRATHOCOM MGROUP MGROUP MGROUP ADD MOD LST INTERRATHOCOM INTERRATHOCOM INTERRATHOCOM MGROUP MGROUP MGROUP ADD MOD LST INTERRATHOCOM ADD INTERRATHOCOM INTERRATHOCOM MGROUP INTERRATHOCDM MGROUP MGROUP MOD A1XRTTGROUP LST ADD INTERRATHOCOM LST INTERRATHOCOM INTERRATHOCDM MGROUP INTERRATHOCDM MGROUP A1XRTTGROUP LST A1XRTTGROUP LST INTERRATHOCOM MOD INTERRATHOCDM MGROUP ADD INTERRATHOCDM A1XRTTGROUP INTERRATHOCDM A1XRTTGROUP MOD A1XRTTGROUP RMV ADD INTERRATHOCDM MOD INTERRATHOCDM INTERRATHOCDM A1XRTTGROUP INTERRATHOCDM A1XRTTGROUP A1XRTTGROUP RMV A1XRTTGROUP ADD MOD INTERRATHOCDM LST INTERRATHOCDM INTERRATHOCDM A1XRTTGROUP INTERRATHOCDM A1XRTTGROUP A1XRTTGROUP A1XRTTGROUP ADD MOD LST INTERRATHOCDM ADD INTERRATHOCDM INTERRATHOCDM A1XRTTGROUP CELLEXTENDEDQ A1XRTTGROUP A1XRTTGROUP MOD CI LST ADD INTERRATHOCDM LST INTERRATHOCDM CELLEXTENDEDQ A1XRTTGROUP CELLEXTENDEDQ A1XRTTGROUP CI LST CI LST INTERRATHOCDM MOD CELLEXTENDEDQ A1XRTTGROUP ADD CELLEXTENDEDQ CI CELLEXTENDEDQ CI MOD CI RMV ADD CELLEXTENDEDQ MOD CELLEXTENDEDQ CELLEXTENDEDQ CI CELLEXTENDEDQ CI CI RMV CI ADD MOD CELLEXTENDEDQ LST CELLEXTENDEDQ CELLEXTENDEDQ CI CELLEXTENDEDQ CI CI CI ADD MOD LST CELLEXTENDEDQ CELLEXTENDEDQ CELLEXTENDEDQ CI CI CI ADD MOD LST CELLEXTENDEDQ CELLEXTENDEDQ CELLEXTENDEDQ CI CI CI ADD MOD LST CELLEXTENDEDQ CELLEXTENDEDQ CELLEXTENDEDQ CI CI CI ADD MOD LST CELLEXTENDEDQ CELLEXTENDEDQ CELLEXTENDEDQ CI CI CI ADD MOD LST CELLEXTENDEDQ CELLEXTENDEDQ CELLEXTENDEDQ CI CI CI MOD LST CELLEXTENDEDQ LST CELLEXTENDEDQ CI CELLSTANDARDQ CI LST CI CELLEXTENDEDQ MOD CI CELLSTANDARDQ CI

CellStandardQci CellStandardQci CellStandardQci CellStandardQci CellStandardQci

Qci

QoS Class Indication

InterFreqHoGroupI Interfreq handover d group ID InterRAT handover InterRatHoCdma1x to RttGroupId CDMA20001xRTT InterRAT group ID handover InterRatHoCdmaHr to pdGroupId CDMA2000HRPD group ID InterRatHoCommGr InterRAT handover oupId common group ID


CellStandardQci


CellStandardQci

InterRatHoUtranGro InterRAT handover eNodeB upId to UTRAN Group ID

CellStandardQci


CellStandardQci

DrxParaGroupId


eNodeB

CellStandardQci

SriPeriod

SRI Period

eNodeB

Local cell identity InterRAT handover to CDMA2000HRPD group ID CDMA2000HRPD handover hysteresis CoverageBased CDMA2000HRPD trigger threshold CDMA2000HRPD time to trigger Load Service Based CDMA2000HRPD trigger threshold Local cell identity

eNodeB

InterRatHoCdmaHrp LocalCellId InterRatHoCdmaHrp

InterRatHoCdmaHr pdGroupId

InterRatHoCdmaHrp

InterRatHoCdmaB1 Hyst

InterRatHoCdmaHrp

InterRatHoCdmaB1 ThdPs

InterRatHoCdmaHrp

InterRatHoCdmaB1 TimeToTrig

InterRatHoCdmaHrp

LdSvBasedHoCdm aB1ThdPs

InterRatHoGeranGroLocalCellId InterRatHoGeranGro



InterRatHoGeranB1 GERAN handover Hyst hysteresis CoverageBased InterRatHoGeranB1 InterRatHoGeranGro GERAN trigger Thd threshold InterRatHoGeranB1 GERAN time to InterRatHoGeranGro TimeToTrig trigger Load Service LdSvBasedHoGera Based Geran InterRatHoGeranGro nB1Thd EventB1 trigger threshold InterRatHoUtranGro LocalCellId Local cell identity InterRatHoGeranGro

eNodeB


LST CELLSTANDARDQ CI MOD MOD CELLSTANDARDQ CELLSTANDARDQ CI CI MOD LST CELLSTANDARDQ CELLSTANDARDQ CI CI MOD LST CELLSTANDARDQ CELLSTANDARDQ CI CI MOD LST CELLSTANDARDQ CELLSTANDARDQ CI CI MOD LST CELLSTANDARDQ CELLSTANDARDQ CI CI MOD LST CELLSTANDARDQ CELLSTANDARDQ CI CI MOD LST CELLSTANDARDQ CELLSTANDARDQ CI CI MOD LST CELLSTANDARDQ CELLSTANDARDQ CI CI ADD MOD LST INTERRATHOCDM CELLSTANDARDQ CELLSTANDARDQ AHRPDGROUP CI CI ADD LST LST INTERRATHOCDM INTERRATHOCDM CELLSTANDARDQ AHRPDGROUP AHRPDGROUP CI LST MOD INTERRATHOCDM ADD INTERRATHOCDM AHRPDGROUP INTERRATHOCDM AHRPDGROUP MOD AHRPDGROUP RMV ADD INTERRATHOCDM MOD INTERRATHOCDM INTERRATHOCDM AHRPDGROUP INTERRATHOCDM AHRPDGROUP AHRPDGROUP RMV AHRPDGROUP ADD MOD INTERRATHOCDM LST INTERRATHOCDM INTERRATHOCDM AHRPDGROUP INTERRATHOCDM AHRPDGROUP AHRPDGROUP AHRPDGROUP ADD MOD LST INTERRATHOCDM ADD INTERRATHOCDM INTERRATHOCDM AHRPDGROUP INTERRATHOGER AHRPDGROUP AHRPDGROUP MOD ANGROUP LST ADD INTERRATHOCDM LST INTERRATHOCDM INTERRATHOGER AHRPDGROUP INTERRATHOGER AHRPDGROUP ANGROUP LST ANGROUP LST INTERRATHOCDM MOD INTERRATHOGER AHRPDGROUP ADD INTERRATHOGER ANGROUP INTERRATHOGER ANGROUP MOD ANGROUP RMV ADD INTERRATHOGER MOD INTERRATHOGER INTERRATHOGER ANGROUP INTERRATHOGER ANGROUP ANGROUP RMV ANGROUP ADD MOD INTERRATHOGER LST INTERRATHOGER INTERRATHOGER ANGROUP INTERRATHOGER ANGROUP ANGROUP ANGROUP ADD MOD LST INTERRATHOGER ADD INTERRATHOGER INTERRATHOGER ANGROUP INTERRATHOUTR ANGROUP ANGROUP MOD ANGROUP LST INTERRATHOGER LST INTERRATHOGER ANGROUP INTERRATHOUTR ANGROUP LST ANGROUP INTERRATHOGER MOD ANGROUP INTERRATHOUTR ANGROUP RMV INTERRATHOUTR ANGROUP

InterRatHoUtranGro InterRAT handover upId to UTRAN Group ID CoverageBased InterRatHoUtranB1 InterRatHoUtranGro UTRAN ECN0 ThdEcn0 trigger threshold CoverageBased InterRatHoUtranB1 InterRatHoUtranGro UTRAN RSCP ThdRscp trigger threshold InterRatHoUtranB1 UTRAN handover InterRatHoUtranGro Hyst hysteresis InterRatHoUtranGro

InterRatHoUtranB1 UTRAN time to TimeToTrig trigger Load Service LdSvBasedHoUtran InterRatHoUtranGro Based UTRANB1 B1ThdEcn0 ECN0 threshold Load Service LdSvBasedHoUtran Based UTRAN InterRatHoUtranGro B1ThdRscp EventB1 RSCP trigger threshold InterFreqHoGroup LocalCellId Local cell identity InterRatHoUtranGro

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

InterFreqHoGroup

InterFreqHoGroupI Interfreq handover d group ID

eNodeB

InterFreqHoGroup

InterFreqHoA1A2H Interfreq A1A2 yst hysteresis

eNodeB

InterFreqHoGroup

InterFreqHoA1A2Ti Interfreq A1A2 time eNodeB meToTrig to trigger

InterFreqHoGroup

InterFreqHoA1Thd Rsrp

Interfreq A1 RSRP threshold

eNodeB

InterFreqHoGroup

InterFreqHoA1Thd Rsrq

Interfreq A1 RSRQ threshold

eNodeB

InterFreqHoGroup


Interfreq A2 RSRP threshold

eNodeB

InterFreqHoGroup


Interfreq A2 RSRQ threshold

eNodeB

InterFreqHoGroup

InterFreqHoA4Hyst

InterFreqHoGroup


InterFreqHoGroup


InterFreqHoGroup

InterFreqHoA4Time ToTrig

InterFreqHoGroup

InterFreqLoadBase dHoA4ThdRsrp

InterFreqHoGroup

InterFreqLoadBase dHoA4ThdRsrq

InterFreqHoGroup

FreqPriInterFreqHo A1ThdRsrp

InterFreqHoGroup

FreqPriInterFreqHo A1ThdRsrq

Interfreq handover hysteresis CoverageBased Interfreq RSRP threshold CoverageBased Interfrq RSRQ threshold Interfreq HandOver Time to Trigger Load Based Interfreq RSRP threshold Load Based Interfrq RSRQ threshold Freq Priority Based Interfreq A1 RSRP threshold Freq Priority Based Interfreq A1 RSRQ threshold

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

ADD INTERRATHOUTR ANGROUP LST INTERRATHOUTR ADD ANGROUP INTERRATHOUTR MOD ANGROUP ADD INTERRATHOUTR MOD INTERRATHOUTR ANGROUP INTERRATHOUTR ANGROUP RMV ANGROUP ADD MOD INTERRATHOUTR LST INTERRATHOUTR INTERRATHOUTR ANGROUP INTERRATHOUTR ANGROUP ANGROUP ANGROUP ADD MOD LST INTERRATHOUTR INTERRATHOUTR INTERRATHOUTR ANGROUP ANGROUP ANGROUP ADD MOD LST INTERRATHOUTR INTERRATHOUTR INTERRATHOUTR ANGROUP ANGROUP ANGROUP ADD MOD LST INTERRATHOUTR ADD INTERRATHOUTR INTERRATHOUTR ANGROUP INTERFREQHOGR ANGROUP ANGROUP MOD OUP LST ADD INTERRATHOUTR LST INTERRATHOUTR INTERFREQHOGR ANGROUP INTERFREQHOGR ANGROUP OUP LST OUP LST INTERRATHOUTR MOD INTERFREQHOGR ANGROUP ADD INTERFREQHOGR OUP INTERFREQHOGR OUP MOD OUP RMV ADD INTERFREQHOGR MOD INTERFREQHOGR INTERFREQHOGR OUP INTERFREQHOGR OUP OUP RMV OUP ADD MOD INTERFREQHOGR LST INTERFREQHOGR INTERFREQHOGR OUP INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP ADD MOD LST INTERFREQHOGR INTERFREQHOGR INTERFREQHOGR OUP OUP OUP MOD LST INTERFREQHOGR INTERFREQHOGR OUP OUP LST INTERFREQHOGR OUP

InterFreqHoGroup

InterFreqHoA3Offse Interfreq A3 offset t

InterFreqHoGroup

A3InterFreqHoA1T A3 based interfreq eNodeB hdRsrp A1 RSRP threshold

InterFreqHoGroup

A3InterFreqHoA2T A3 based Interfreq eNodeB hdRsrp A2 RSRP threshold

IntraFreqHoGroup

LocalCellId

IntraFreqHoGroup


eNodeB

IntraFreqHoGroup

IntraFreqHoA3Hyst

Intrafreq handover hysteresis

eNodeB

IntraFreqHoGroup

IntraFreqHoA3Offse Intrafreq handover t offset

eNodeB

IntraFreqHoGroup

IntraFreqHoA3Time Intrafreq handover ToTrig time to trigger

eNodeB

CnOperator

CnOperatorId

CN Operator ID

eNodeB

CnOperator

CnOperatorName

CN Operator name eNodeB

CnOperator

CnOperatorType

CN Operator type

eNodeB

CnOperator

Mcc

Mobile country code

eNodeB

CnOperator

Mnc

Mobile network code

eNodeB

CnOperatorTa

TrackingAreaId

Tracking area ID

eNodeB

CnOperatorTa

CnOperatorId

CN Operator ID

eNodeB

CnOperatorTa

Tac

Tracking area code eNodeB

Emc

CnOperatorId

CN Operator ID

Emc

EmcEnable

Emc Emc

Local cell identity

Emergency call enabled switch Emergency call EmcEnableInLimite enabled switch in dMode limited mode EmcDedicatedBear The ARP of EMC erARP dedicated bearer

eNodeB

eNodeB

eNodeB eNodeB

MOD EMC LST EMC

eNodeB

MOD EMC LST EMC

eNodeB

MOD EMC LST EMC

Emc

EmcDefaultBearerA The ARP of EMC RP default bearer

eNodeB

ENodeBSharingMod

ENodeBSharingMo eNodeB sharing de mode

eNodeB

LicenseSharingPolic CnOperatorId

CN Operator ID

ADD INTERFREQHOGR OUP ADD MOD INTERFREQHOGR INTERFREQHOGR OUP OUP ADD MOD LST INTERFREQHOGR ADD INTERFREQHOGR INTERFREQHOGR OUP INTRAFREQHOGR OUP OUP MOD OUP LST ADD INTERFREQHOGR LST INTERFREQHOGR INTRAFREQHOGR OUP INTRAFREQHOGR OUP OUP LST OUP LST INTERFREQHOGR MOD INTRAFREQHOGR OUP ADD INTRAFREQHOGR OUP INTRAFREQHOGR OUP MOD OUP RMV ADD INTRAFREQHOGR MOD INTRAFREQHOGR INTRAFREQHOGR OUP INTRAFREQHOGR OUP OUP RMV OUP ADD MOD INTRAFREQHOGR LST INTRAFREQHOGR INTRAFREQHOGR OUP INTRAFREQHOGR OUP OUP OUP MOD ADD LST INTRAFREQHOGR CNOPERATOR INTRAFREQHOGR OUP LST OUP LST CNOPERATOR ADD INTRAFREQHOGR MOD CNOPERATOR OUP CNOPERATOR MOD RMV ADD CNOPERATOR CNOPERATOR CNOPERATOR LST MOD CNOPERATOR ADD CNOPERATOR CNOPERATOR LST MOD CNOPERATOR ADD CNOPERATOR CNOPERATOR LST ADD MOD CNOPERATOR CNOPERATORTA CNOPERATOR LST LST CNOPERATORTA CNOPERATOR ADD MOD CNOPERATORTA CNOPERATORTA MOD RMV ADD CNOPERATORTA CNOPERATORTA CNOPERATORTA LST MOD CNOPERATORTA CNOPERATORTA LST LST EMC CNOPERATORTA MOD EMC

eNodeB

MOD EMC ADD MOD LST EMC LICENSESHARING ENODEBSHARING POLICY MODE LST LST LICENSESHARING ENODEBSHARING POLICY MODE MOD LICENSESHARING POLICY RMV LICENSESHARING POLICY

LicenseSharingPolic MaxUserNumRate

The proportion of the maximum number of users S1 reestablish min timer length

eNodeB eNodeB

ADD LICENSESHARING POLICY MOD LICENSESHARING POLICY MOD ADD LST S1REESTTIMER S1INTERFACE LICENSESHARING LST BLK MOD POLICY S1REESTTIMER S1INTERFACE S1REESTTIMER DSP LST S1INTERFACE S1REESTTIMER MOD ADD S1INTERFACE S1INTERFACE RMV MOD S1INTERFACE ADD S1INTERFACE RST S1INTERFACE DSP S1INTERFACE MOD S1INTERFACE UBL ADD S1INTERFACE S1INTERFACE DSP MOD S1INTERFACE S1INTERFACE MOD DSP S1INTERFACE S1INTERFACE DSP S1INTERFACE DSP S1INTERFACE

S1ReestTimer

S1ReestMinTimer

S1ReestTimer

S1ReestMaxTimer

S1 reestablish max eNodeB timer length

S1Interface

S1InterfaceId

S1Interface ID

eNodeB

S1Interface

S1SctpLinkId

S1 SCTP link ID

eNodeB

S1Interface

CnOperatorId

CN Operator ID

eNodeB

S1Interface

MmeRelease

MME Release

eNodeB

S1Interface

S1InterfaceIsBlock

S1Interface is block eNodeB

S1Interface

S1InterfaceState

S1Interface state

S1Interface

S1SctpLinkState

S1 SCTP Link State eNodeB

DSP S1INTERFACE

S1Interface

MmeIsOverLoad

MME is overloaded eNodeB

DSP S1INTERFACE

S1Interface

S1InterfaceUserNu S1Interface user m number

eNodeB

DSP S1INTERFACE

S1Interface

S1SctpLinkStream Num

S1 SCTP Link Stream number

eNodeB

DSP S1INTERFACE

S1Interface

MmeName

MME name

eNodeB

DSP S1INTERFACE

S1Interface

ServedPlmns

Served PLMNs

eNodeB

DSP S1INTERFACE

S1Interface

ServedGummeis

Served GUMMEIs

eNodeB

DSP S1INTERFACE ADD

S1Interface

RelativeMmeCap

MME relative capacity

eNodeB

X2Interface

X2InterfaceId

X2Interface ID

eNodeB

X2Interface

X2SctpLinkId

X2 SCTP link ID

eNodeB

X2Interface

CnOperatorId

CN Operator ID

eNodeB

X2Interface

TargetENodeBRele Target eNodeB ase release

eNodeB

X2Interface

NoAutoRmvFlag

Automatic removal flag

eNodeB

X2Interface

NbrENodeBId

Neighbor eNodeB ID

eNodeB

eNodeB

X2INTERFACE DSP DSP S1INTERFACE X2INTERFACE MOD ADD X2INTERFACE X2INTERFACE RMV MOD X2INTERFACE ADD X2INTERFACE RST X2INTERFACE DSP X2INTERFACE MOD X2INTERFACE ADD X2INTERFACE X2INTERFACE DSP MOD X2INTERFACE ADD X2INTERFACE X2INTERFACE DSP MOD X2INTERFACE X2INTERFACE DSP DSP X2INTERFACE X2INTERFACE

X2Interface

NbrENodeBPlmnId

Neighbor eNodeB PLMN ID

eNodeB

DSP X2INTERFACE

X2Interface

X2InterfaceState

X2Interface state

eNodeB

DSP X2INTERFACE

Drx

DrxAlgSwitch

DRX switch

eNodeB

MOD DRX LST DRX

Drx

ShortDrxSwitch

Short-cycle DRX switch

eNodeB

MOD DRX LST DRX

Drx

LongDrxCycleSpeci Special long DRX al cycle

eNodeB

MOD DRX LST DRX

Drx

OnDurationTimerSp Special On ecial Duration timer

eNodeB

MOD DRX LST DRX

DrxInactivityTimerS Special DRX eNodeB pecial inactivity timer Special short-cycle SupportShortDrxSp DRX supported eNodeB ecial indication ShortDrxCycleSpeci Special short DRX eNodeB al cycle

MOD DRX LST DRX

Drx

DrxShortCycleTimer Special DRX short Special cycle timer

ExtendedQci

ExtendedQci

Extended QoS Class Identifier

eNodeB

ExtendedQci

ServiceType

Service type

eNodeB

ExtendedQci

UlschPriorityFactor

ADD MOD DRX EXTENDEDQCI LST DRX LST EXTENDEDQCI ADD MOD EXTENDEDQCI EXTENDEDQCI MOD RMV ADD EXTENDEDQCI EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD EXTENDEDQCI EXTENDEDQCI LST MOD EXTENDEDQCI ADD ADD EXTENDEDQCI INTERRATPOLICY EXTENDEDQCI LST CFGGROUP MOD EXTENDEDQCI LST EXTENDEDQCI INTERRATPOLICY LST CFGGROUP EXTENDEDQCI MOD INTERRATPOLICY CFGGROUP RMV INTERRATPOLICY CFGGROUP

Drx Drx Drx

ExtendedQci

Uplink scheduling priority factor Downlink DlschPriorityFactor scheduling priority factor

eNodeB

eNodeB eNodeB

ExtendedQci

UlMinGbr

Uplink MinGBR

eNodeB

ExtendedQci

DlMinGbr

Downlink MinGBR

eNodeB

ExtendedQci

PreAllocationWeigh Pre-allocation t weight

eNodeB

ExtendedQci

InterRatPolicyCfgGr InterRAT policy oupId config group ID

eNodeB

ExtendedQci

PrioritisedBitRate

eNodeB

ExtendedQci

LogicalChannelPrio Logical channel rity priority

ExtendedQci

RlcPdcpParaGroupI RLC PDCP eNodeB d parameter group ID

ExtendedQci

FreeUserFlag

InterRatPolicyCfgGr


Prioritised bit rate

Free user flag

eNodeB

eNodeB eNodeB

MOD DRX LST DRX MOD DRX LST DRX

UTRAN handover policy Configuration GERAN GSM InterRatPolicyCfgGr GeranGsmHoCfg handover policy Configuration GERAN GPRS GeranGprsEdgeHo InterRatPolicyCfgGr EDGE handover Cfg policy Configuration CDMA2000 1XRTT InterRatPolicyCfgGr Cdma1xRttHoCfg handover policy Configuration CDMA2000 HRPD InterRatPolicyCfgGr CdmaHrpdHoCfg handover policy Configuration InterRatPolicyCfgGr UtranHoCfg


InterRatPolicyCfgGr NoHoFlag

No handover flag

eNodeB

InterRatPolicyCfgGr NoFastAnrFlag

No fast ANR flag

eNodeB

RlcPdcpParaGroup


RlcPdcpParaGroup DiscardTimer

Discard timer

eNodeB

RlcPdcpParaGroup RlcMode

RLC-UM or RLCAM mode

eNodeB

RlcPdcpParaGroup

UeMaxRetxThresho MaxretxThreshold ld for UE

RlcPdcpParaGroup

ENodeBMaxRetxTh MaxRetxThreshold eNodeB reshold for eNodeB

eNodeB

RlcPdcpParaGroup UePollByte

PollByte for UE

eNodeB

RlcPdcpParaGroup ENodeBPollByte

PollByte for eNodeB

eNodeB

RlcPdcpParaGroup UePollPdu

PollPdu for UE

eNodeB

RlcPdcpParaGroup ENodeBPollPdu

PollPdu for eNodeB eNodeB

RlcPdcpParaGroup

UePollRetransmitTi Poll retransmit timer eNodeB mer for UE

RlcPdcpParaGroup

ENodeBPollRetrans Poll retransmit timer eNodeB mitTimer for eNodeB

RlcPdcpParaGroup

UeStatusProhibitTi mer

RlcPdcpParaGroup

ENodeBStatusProhi Status prohibit timer eNodeB bitTimer for eNodeB

RlcPdcpParaGroup

UeAmReorderingTi AM reordering timer eNodeB mer for UE

RlcPdcpParaGroup

ENodeBAmReorder AM reordering timer eNodeB ingTimer for eNodeB

RlcPdcpParaGroup PdcpSnSize

Status prohibit timer eNodeB for UE

UM PDCP-SN size eNodeB

ADD INTERRATPOLICY CFGGROUP ADD MOD INTERRATPOLICY INTERRATPOLICY CFGGROUP CFGGROUP ADD MOD LST INTERRATPOLICY INTERRATPOLICY INTERRATPOLICY CFGGROUP CFGGROUP CFGGROUP ADD MOD LST INTERRATPOLICY INTERRATPOLICY INTERRATPOLICY CFGGROUP CFGGROUP CFGGROUP ADD MOD LST INTERRATPOLICY INTERRATPOLICY INTERRATPOLICY CFGGROUP CFGGROUP CFGGROUP ADD MOD LST INTERRATPOLICY INTERRATPOLICY INTERRATPOLICY CFGGROUP CFGGROUP CFGGROUP ADD MOD LST INTERRATPOLICY ADD INTERRATPOLICY INTERRATPOLICY CFGGROUP RLCPDCPPARAGR CFGGROUP CFGGROUP MOD OUP LST INTERRATPOLICY LST INTERRATPOLICY CFGGROUP RLCPDCPPARAGR CFGGROUP ADD LST OUP RLCPDCPPARAGR INTERRATPOLICY MOD OUP CFGGROUP ADD RLCPDCPPARAGR MOD RLCPDCPPARAGR OUP RLCPDCPPARAGR OUP RMV OUP ADD MOD RLCPDCPPARAGR LST RLCPDCPPARAGR RLCPDCPPARAGR OUP RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP MOD LST RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP LST RLCPDCPPARAGR OUP

RlcPdcpParaGroup UlRlcSnSize

Uplink RLC-Sn size eNodeB

RlcPdcpParaGroup DlRlcSnSize

Downlink RLC-SN size

RlcPdcpParaGroup

eNodeB

UeUmReorderingTi UM reordering timer eNodeB mer for UE

ENodeBUmReorder UM reordering timer eNodeB ingTimer for eNodeB AM PDCP status RlcPdcpParaGroup PdcpStatusRptReq report required eNodeB indication QoS Class StandardQci Qci eNodeB Indication RlcPdcpParaGroup

StandardQci

UlschPriorityFactor Ulsch priority factor eNodeB

StandardQci

DlschPriorityFactor Dlsch priority factor eNodeB

StandardQci

UlMinGbr

Uplink MinGBR

eNodeB

StandardQci

DlMinGbr

Downlink MinGBR

eNodeB

StandardQci

PreAllocationWeigh Pre-allocation t weight

eNodeB

StandardQci


eNodeB

StandardQci


StandardQci

PrioritisedBitRate

StandardQci

LogicalChannelPrio Logical channel rity priority

eNodeB

AlgoDefaultPara

DefDopplerLevel

Default doppler level

eNodeB

MimoAdaptiveSwitc MIMO adaptive MimoAdaptiveParaCf h switch

eNodeB

MimoAdaptiveParaCfFixedMimoMode

Fixed MIMO mode

eNodeB

HoMeasComm

GapPatternType

GAP measurement eNodeB pattern

HoMeasComm

EutranFilterCoeffRs EUTRAN RSRP rp filter coefficient

eNodeB

HoMeasComm

EutranFilterCoeffRs EUTRAN RSRQ rq filter coefficient

eNodeB

HoMeasComm

GeranFilterCoeff

GERAN filter coefficient

eNodeB

HoMeasComm

SMeasureInd

SMeasureInd

eNodeB

Prioritised bit rate

eNodeB

ADD RLCPDCPPARAGR OUP ADD MOD RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP ADD MOD LST RLCPDCPPARAGR RLCPDCPPARAGR RLCPDCPPARAGR OUP OUP OUP MOD LST RLCPDCPPARAGR RLCPDCPPARAGR OUP LST OUP LST STANDARDQCI RLCPDCPPARAGR MOD MOD OUP STANDARDQCI STANDARDQCI LST MOD STANDARDQCI STANDARDQCI LST MOD STANDARDQCI STANDARDQCI LST MOD STANDARDQCI STANDARDQCI LST MOD STANDARDQCI STANDARDQCI LST MOD STANDARDQCI STANDARDQCI LST MOD STANDARDQCI STANDARDQCI LST MOD STANDARDQCI STANDARDQCI LST MOD STANDARDQCI STANDARDQCI MOD LST ALGODEFAULTPA STANDARDQCI RA MOD LST MIMOADAPTIVEPA ALGODEFAULTPA RACFG RA MOD LST MIMOADAPTIVEPA MIMOADAPTIVEPA RACFG RACFG LST MOD MIMOADAPTIVEPA HOMEASCOMM RACFG LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST HOMEASCOMM

HoMeasComm

SMeasure

SMeasure

eNodeB

HoMeasComm

SpeedDepParaInd

SpeedDependInd

eNodeB

HoMeasComm

TcrMaxConnMode

TCRmax in connected mode

eNodeB

HoMeasComm

TcrMaxHystConnM TCRmaxHyst in ode connected mode

eNodeB

HoMeasComm

NcrMediumConnMo NCR Medium in de connected mode

eNodeB

HoMeasComm

NcrHighConnMode

HoMeasComm HoMeasComm HoMeasComm

NCR High in connected mode TTT Scaling factor for Medium mobility TttSfMedium state in connected TTT modeScaling factor for High mobility TttSfHigh state in connected mode UtranFilterCoeffRsc UTRAN RSCP filter p coefficient


HoMeasComm

UtranFilterCoeffEcn UTRAN ECN0 filter eNodeB 0 coefficient

InterRatHoComm

InterRatHoMaxRprt Max report cell Cell number

InterRatHoComm InterRatHoComm InterRatHoComm InterRatHoComm InterRatHoComm InterRatHoComm InterRatHoComm InterRatHoComm InterRatHoComm

InterRatHoRprtAmo Measurement unt report amount Geran InterRatHoGeranRp measurement rtInterval report interval InterRatHoUtranB1 Utran measurement MeasQuan trigger quantity UTRAN FDD InterRatHoUtranRpr measurement tInterval report interval CDMA20001XRTT InterRatHoCdma1x measurement RttB1MeasQuan trigger quantity CDMA20001XRTT InterRatCdma1xRtt measurement RprtInterval report interval CDMA2000HRPD InterRatHoCdmaHr measurement pdB1MeasQuan trigger quantity CDMA2000HRPD InterRatCdmaHrpd measurement RprtInterval report interval InterRatHoA1A2Tri A1A2 measurement gQuan trigger quantity

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

IntraRatHoComm

IntraRatHoMaxRprt Max report cell Cell number

eNodeB

IntraRatHoComm

IntraRatHoRprtAmo Measurement unt report amount

eNodeB

IntraRatHoComm

IntraFreqHoA3Trig Quan

eNodeB

A3 measurement trigger quantity

MOD HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM LST MOD HOMEASCOMM HOMEASCOMM MOD LST INTERRATHOCOM HOMEASCOMM M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTERRATHOCOM INTERRATHOCOM M M MOD LST INTRARATHOCOM INTERRATHOCOM M M MOD LST INTRARATHOCOM INTRARATHOCOM M M MOD LST INTRARATHOCOM INTRARATHOCOM M M LST INTRARATHOCOM M

IntraRatHoComm IntraRatHoComm IntraRatHoComm IntraRatHoComm IntraRatHoComm IntraRatHoComm IntraRatHoComm CSFallBackHo CSFallBackHo CSFallBackHo CSFallBackHo CSFallBackHo CSFallBackHo CSFallBackHo CSFallBackHo CellAcBar CellAcBar CellAcBar CellAcBar CellAcBar CellAcBar CellAcBar CellAcBar

IntraFreqHoA3Rprt A3 measurement Quan report quantity Intrafreq IntraFreqHoRprtInte measurement rval report interval InterFreqHoA4Rprt Measurement A4 Quan report quantity Interfreq InterFreqHoRprtInte measurement rval report interval InterFreqHoA1A2Tri A1A2 Measurement gQuan trigger quantity A1 Measurement FreqPriInterFreqHo trigger quantity of A1TrigQuan Freq Priority InterFreqHoA4Trig A4 Measurement Quan trigger quantity LocalCellId

Local cell identity

CSFB Utran CsfbHoUtranTimeT EventB1 Time To oTrig Trig CSFB Geran CsfbHoGeranTimeT EventB1 Time To oTrig Trig CSFB CDMA CsfbHoCdmaTimeT EventB1 Time To oTrig Trig CSFB UTRAN CsfbHoUtranB1Thd EventB1 RSCP Rscp Trigger Threshold CSFB UTRAN CsfbHoUtranB1Thd EventB1 ECN0 Ecn0 Trigger Threshold CSFB GERAN CsfbHoGeranB1Th EventB1 Trigger d Threshold CSFB CDMA2000 CsfbHoCdmaB1Thd EventB1 Trigger Ps Threshold LocalCellId

Local cell identity

AC barring AcBarringInfoCfgIn information d configure indicator AcBarringForEmerg Emergency call ency barring state AC barring for AcBarringForMoDat mobile data aCfgInd configure indicator Access probability AcBarringFactorFor factor for originating Call call Mean access AcBarTimeForCall barring time for originating call AC11 barring state AC11BarforCall for originating call AC12BarforCall

AC12 barring state for originating call

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

MOD INTRARATHOCOM M MOD LST INTRARATHOCOM INTRARATHOCOM M M MOD LST INTRARATHOCOM INTRARATHOCOM M M MOD LST INTRARATHOCOM INTRARATHOCOM M M MOD LST INTRARATHOCOM INTRARATHOCOM M M MOD LST INTRARATHOCOM INTRARATHOCOM M M MOD LST INTRARATHOCOM INTRARATHOCOM M M LST LST INTRARATHOCOM CSFALLBACKHO M MOD MOD CSFALLBACKHO CSFALLBACKHO LST MOD CSFALLBACKHO CSFALLBACKHO LST MOD CSFALLBACKHO CSFALLBACKHO LST MOD CSFALLBACKHO CSFALLBACKHO LST MOD CSFALLBACKHO CSFALLBACKHO LST MOD CSFALLBACKHO CSFALLBACKHO LST MOD CSFALLBACKHO CSFALLBACKHO LST CSFALLBACKHO LST CELLACBAR MOD CELLACBAR

eNodeB

MOD CELLACBAR LST CELLACBAR

eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


CellAcBar

AC13BarforCall


eNodeB


CellAcBar

AC14BarforCall


eNodeB


CellAcBar

AC15BarforCall

eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


CellAcBar CellAcBar CellAcBar CellAcBar

AC15 barring state for originating call AC barring for AcBarringForMoSig mobile signal CfgInd configure indicator AcBarringFactorFor Access probability Sig factor for signalling Mean access AcBarTimeForSig barring time for signalling AC11 barring state AC11BarForSig for signalling

CellAcBar

AC12BarForSig

AC12 barring state for signalling

eNodeB


CellAcBar

AC13BarForSig


eNodeB


CellAcBar

AC14BarForSig


eNodeB


CellAcBar

AC15BarForSig


eNodeB

CellAccess

LocalCellId

Local cell identity

eNodeB

CellAccess

CellBarred

Cell barring state

eNodeB

CellAccess

CellReservedExt

CellAccess

IntraFreqResel

CellAccess

BroadcastMode

CellAccess

RoundPeriod

Plmn Round Broadcast Period

eNodeB

CellOp

LocalCellId

Local cell identity

eNodeB

CellOp

TrackingAreaId

Tracking area identity

eNodeB

CellOp

CellReservedForOp

Cell reserved for operator

eNodeB

CellOp

OpUlRbUsedRatio

Operator uplink RB eNodeB used ratio

CellOp

OpDlRbUsedRatio

Operator downlink RB used ratio

eNodeB

CellResel

LocalCellId

Local cell identity

eNodeB

Cell reserved for extension Intra-frequency reselection indication Plmn Broadcast Mode


MOD CELLACBAR LST CELLACBAR LST CELLACCESS MOD CELLACCESS MOD CELLACCESS LST CELLACCESS MOD CELLACCESS LST CELLACCESS MOD CELLACCESS LST CELLACCESS MOD CELLACCESS LST CELLACCESS MOD CELLACCESS LST CELLACCESS ADD CELLOP LST CELLOP MOD CELLOP ADD RMV CELLOP CELLOP LST CELLOP MOD CELLOP RMV CELLOP ADD CELLOP MOD CELLOP LST CELLOP ADD CELLOP MOD CELLOP LST CELLOP ADD CELLOP MOD CELLOP LST CELLOP LST CELLRESEL MOD CELLRESEL

CellResel CellResel CellResel CellResel CellResel CellResel CellResel CellResel CellResel CellResel CellResel CellResel

Hysteresis value for ranking criteria Speed-dependent SpeedDepReselCfg reselection Ind parameter The duration for configure indicator evaluating criteria TEvaluation to enter mobility The additional states duration for THystNormal evaluating criteria to enter normal The number of cell mobility state NCellChangeMediu changes to enter m medium mobility state The number of cell NCellChangeHigh changes to enter high mobility state Additional hysteresis applied QHystSfMedium in medium mobility Additional state to q-Hyst hysteresis applied QHystSfHigh in high mobility Threshold for state to q-Hyst EUTRAN interSNonIntraSearchCf frequency and intergInd RAT measurements Threshold for configure interindicator EUTRAN SNonIntraSearch frequency and interRAT measurements Serving frequency ThrshServLow lower priority threshold Cell reselection CellReselPriority priority Qhyst

CellResel

QRxLevMin

CellResel

PMaxCfgInd

CellResel

PMax

CellResel

SIntraSearchCfgInd

CellResel

SIntraSearch

CellResel

MeasBandWidthCfg Ind

CellResel

MeasBandWidth

CellResel

TReselEutran

CellResel

SpeedStateSfCfgIn d

CellResel

TReselEutranSfMe dium

CellResel

TReselEutranSfHig h

Minimum required RX level Ue max power allowed configure indicator Max transmit power allowed Threshold for intra frequency measurements configure indicator Threshold for intra frequency measurements Measurement bandwidth configure indicator Measurement bandwidth Cell reselection timer value for EUTRAN Speed state scale factor configure indicatorfactor of Scaling TReselEutra in medium mobility state factor of Scaling TReselEutra in high mobility state

eNodeB

MOD CELLRESEL LST CELLRESEL

eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


CellResel

NeighCellConfig

CellResel

PresenceAntennaP Presence antenna ort1 port1

CellReselCdma2000 LocalCellId

Neighbor cell config eNodeB

Local cell identity

eNodeB eNodeB

System time information eNodeB configure CDMA andindicator EUTRA network CellReselCdma2000 CdmaEutraSyn eNodeB synchronised indicator CDMA search SearchWndSizeCfg CellReselCdma2000 eNodeB window size Ind configure indicator CellReselCdma2000 SysTimeCfgInd

CellReselCdma2000 SearchWndSize

Search window size eNodeB

HRPD parameters configure indicator HRPD cell HrpdCellReselectP CellReselCdma2000 reselection aramCfgInd configure indicator HrpdPreRegistAllow HRPD pre-regist CellReselCdma2000 ed allowed indicator CellReselCdma2000 HrpdParamCfgInd

HrpdPreRegistZone HRPD pre-regist Id zone identity HRPD second preHrpdSecondPreRe CellReselCdma2000 regist zone 0 gistZoneId0Ind configure indicator HRPD secondary HrpdSecPreRegistZ CellReselCdma2000 pre-regist zone oneId0 identity 0 HRPD second preHrpdSecondPreRe CellReselCdma2000 regist zone 1 gistZoneId1Ind configure indicator HRPD secondary HrpdSecPreRegistZ CellReselCdma2000 pre-regist zone oneId1 identity 1 Cell reselection CellReselCdma2000 TreselectionHrpd timer for HRPD Speed state scale SpeedStateSfCfgIn CellReselCdma2000 factor configure d indicatorfactor of Scaling TReselCdmaHrpdSf TReselCdmaHrpd CellReselCdma2000 High in high mobility Scaling state factor of TReselCdmaHrpdSf TReselCdmaHrpd CellReselCdma2000 Medium in medium mobility state 1XRTT parameters CellReselCdma2000 Cdma1XrttCfgInd configure indicator 1XRTT csfbCdma1XrttCsfbReg registration CellReselCdma2000 CfgInd parameters configure indicator Cdma1XrttCsfbReg 1XRTT system CellReselCdma2000 Sid identity CellReselCdma2000

CellReselCdma2000

Cdma1XrttCsfbReg 1XRTT network Nid identity

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

MOD ADD CELLRESEL LST CELLRESEL CELLRESELCDMA 2000 MOD CELLRESEL LST LST CELLRESEL CELLRESELCDMA ADD 2000 CELLRESELCDMA MOD 2000 ADD CELLRESELCDMA MOD CELLRESELCDMA 2000 CELLRESELCDMA 2000 RMV 2000 ADD MOD CELLRESELCDMA LST CELLRESELCDMA CELLRESELCDMA 2000 CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 MOD LST CELLRESELCDMA CELLRESELCDMA 2000 2000 LST CELLRESELCDMA 2000

1XRTT multiple Cdma1XrttCsfbReg system identity MultiSidInd storage indicator 1XRTT multiple Cdma1XrttCsfbReg CellReselCdma2000 network identity MultiNidInd storage indicator 1XRTT home Cdma1XrttCsfbReg CellReselCdma2000 registration HomeRegInd indicatorsystem 1XRTT Cdma1XrttCsfbReg identity roamer CellReselCdma2000 FrgnSidRegInd registration 1XRTT indicatornetwork Cdma1XrttCsfbReg identity roamer CellReselCdma2000 FrgnNidRegInd registration indicator 1XRTT parameter Cdma1XrttCsfbReg CellReselCdma2000 change registration ParamRegInd indicator 1XRTT power up Cdma1XrttCsfbReg CellReselCdma2000 registration PowerUpRegInd indicator Cdma1XrttCsfbReg 1XRTT registration CellReselCdma2000 RegPeriod period CellReselCdma2000

Cdma1XrttCsfbReg 1XRTT registration RegZone zone 1XRTT number of Cdma1XrttCsfbReg CellReselCdma2000 registration zones TotalZone to be retained Cdma1XrttCsfbReg 1XRTT zone timer CellReselCdma2000 ZoneTimer length 1XRTT state of long Cdma1XrttLongCod code generation CellReselCdma2000 eStateCfgInd registers configure indicatorr 1XRTT state of long Cdma1XrttLongCod CellReselCdma2000 code generation eState registers 1XRTT cell Cdma1XrttCellRese CellReselCdma2000 reselection lCfgInd configure indicator Cdma1XrttTreselect Cell reselection CellReselCdma2000 ion timer for 1XRTT 1XRTT speed state Cdma1XrttSpeedSt CellReselCdma2000 scale factors ateCfgInd configure indicator Cdma1XrttSfMediu 1XRTT medium CellReselCdma2000 m speed scale factor CellReselCdma2000

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

CellReselCdma2000 Cdma1XrttSfHigh

1XRTT high speed scale factor

eNodeB

CellReselGeran

LocalCellId

Local cell identity

eNodeB

CellReselGeran

TReselGeran

CellReselGeran CellReselGeran CellReselGeran

Cell reselection timer value for GERAN Speed state scale SpeedStateSfCfgIn factor configure d indicatorfactor of Scaling TReselGeranSfMed TReselGeran in ium medium mobility state factor of Scaling TReselGeranSfHigh TReselGeran in high mobility state


ADD CELLRESELCDMA 2000 ADD MOD CELLRESELCDMA CELLRESELCDMA 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA CELLRESELCDMA CELLRESELCDMA 2000 2000 2000 ADD MOD LST CELLRESELCDMA ADD CELLRESELCDMA CELLRESELCDMA 2000 CELLRESELGERA 2000 2000 MOD N LST CELLRESELCDMA LST CELLRESELCDMA 2000 CELLRESELGERA 2000 ADD LST N CELLRESELGERA CELLRESELCDMA MOD N 2000 ADD CELLRESELGERA MOD CELLRESELGERA N CELLRESELGERA N RMV N ADD MOD CELLRESELGERA LST CELLRESELGERA CELLRESELGERA N CELLRESELGERA N N N ADD MOD LST CELLRESELGERA CELLRESELGERA CELLRESELGERA N N N MOD LST CELLRESELGERA CELLRESELGERA N N LST CELLRESELGERA N

CellReselUtran

LocalCellId

CellReselUtran

TReselUtran

CellReselUtran CellReselUtran CellReselUtran

Local cell identity

Cell reselection timer value for UTRAN Speed state scale SpeedStateSfCfgIn factor configure d indicatorfactor of Scaling TReselUtranSfMedi TReselUtran in um medium mobility state factor of Scaling TReselUtranSfHigh TReselUtran in high mobility state


ADD CELLRESELUTRA N LST CELLRESELUTRA ADD N CELLRESELUTRA MOD N ADD CELLRESELUTRA MOD CELLRESELUTRA N CELLRESELUTRA N RMV N ADD MOD CELLRESELUTRA LST CELLRESELUTRA CELLRESELUTRA N CELLRESELUTRA N N N ADD MOD LST CELLRESELUTRA CELLRESELUTRA CELLRESELUTRA N N N MOD LST CELLRESELUTRA CELLRESELUTRA N N LST CELLSEL LST CELLRESELUTRA MOD CELLSEL N MOD CELLSEL LST CELLSEL

CellSel

LocalCellId

Local cell identity

eNodeB

CellSel

QRxLevMin

Minimum required RX level

eNodeB

CellSel

QRxLevMinOffset

Minimum required RX level offset

eNodeB

MOD CELLSEL LST CELLSEL

CellSiMap

LocalCellId

Local cell identity

eNodeB

LST CELLSIMAP MOD CELLSIMAP

CellSiMap

SiMapSwitch

SIB mapping SI algorithm switch

eNodeB

MOD CELLSIMAP LST CELLSIMAP

CellSiMap

Sib2Period

SIB2 period

eNodeB


CellSiMap

Sib3Period

SIB3 period

eNodeB


CellSiMap

Sib4Period

SIB4 period

eNodeB


CellSiMap

Sib5Period

SIB5 period

eNodeB


CellSiMap

Sib6Period

SIB6 period

eNodeB


CellSiMap

Sib7Period

SIB7 period

eNodeB


CellSiMap

Sib8Period

SIB8 period

eNodeB

CellUlpcComm

LocalCellId

Local cell identity

eNodeB

CellUlpcComm

PassLossCoeff

Path loss coefficient eNodeB

CellUlpcComm

P0NominalPUCCH P0 nominal PUCCH eNodeB

CellUlpcComm

P0NominalPUSCH P0 nominal PUSCH eNodeB

CellUlpcComm

DeltaFPUCCHForm DeltaF for PUCCH at1 format 1

eNodeB

CellUlpcComm

DeltaFPUCCHForm DeltaF for PUCCH at1b format 1b

eNodeB

MOD CELLSIMAP LST CELLSIMAP LST CELLULPCCOMM MOD MOD CELLULPCCOMM CELLULPCCOMM LST MOD CELLULPCCOMM CELLULPCCOMM LST MOD CELLULPCCOMM CELLULPCCOMM LST MOD CELLULPCCOMM CELLULPCCOMM LST MOD CELLULPCCOMM CELLULPCCOMM LST CELLULPCCOMM

CellUlpcComm

DeltaFPUCCHForm DeltaF for PUCCH at2 format 2

eNodeB

CellUlpcComm

DeltaFPUCCHForm DeltaF for PUCCH at2a format 2a

eNodeB

CellUlpcComm

DeltaFPUCCHForm DeltaF for PUCCH at2b format 2b

eNodeB

CellUlpcComm

DeltaPreambleMsg Delta preamble 3 value for msg3

eNodeB

UeTimerConst

LocalCellId

Local cell identity

eNodeB

UeTimerConst

T300

Timer 300

eNodeB

UeTimerConst

T301

Timer 301

eNodeB

UeTimerConst

T310

Timer 310

eNodeB

UeTimerConst

T311

Timer 311

eNodeB

UeTimerConst

N311

Constant N311

eNodeB

UeTimerConst

N310

Constant N310

eNodeB

Cell

LocalCellId

Local cell identity

eNodeB

Cell

CellName

Cell name

eNodeB

Cell

SectorId

Sector No.

eNodeB

Cell

CsgInd

Csg indicator

eNodeB

Cell

UlCyclicPrefix

Uplink cyclic prefix length

eNodeB

Cell

DlCyclicPrefix

Downlink cyclic prefix length

eNodeB

Cell

FreqBand

Frequency band

eNodeB

Cell

UlEarfcnCfgInd

Uplink earfcn indication

eNodeB

Cell

UlEarfcn

Uplink earfcn

eNodeB

Cell

DlEarfcn

Downlink earfcn

eNodeB

Cell

UlBandWidth

Uplink bandwidth

eNodeB

Cell

DlBandWidth

Downlink bandwidth eNodeB

MOD CELLULPCCOMM LST MOD CELLULPCCOMM CELLULPCCOMM LST MOD CELLULPCCOMM CELLULPCCOMM LST MOD CELLULPCCOMM CELLULPCCOMM LST LST CELLULPCCOMM UETIMERCONST MOD MOD UETIMERCONST UETIMERCONST LST MOD UETIMERCONST UETIMERCONST LST MOD UETIMERCONST UETIMERCONST LST MOD UETIMERCONST UETIMERCONST LST MOD UETIMERCONST UETIMERCONST LST MOD ACT CELL UETIMERCONST UETIMERCONST ADD CELL LST CELL BLK UETIMERCONST DEA CELL DSP CELL LST CELL ADD MOD CELL CELL MOD CELL RMV CELL LST CELL UBL ADD CELL CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL

CellId

Cell identity

Cell

PhyCellId

Physical cell identity eNodeB

Cell

AdditionalSpectrum Additional spectrum eNodeB Emission emission

Cell

CellActiveState

Cell active state

eNodeB

LST CELL

Cell

CellAdminState

Cell admin state

eNodeB

BLK CELL LST CELL

Cell

CellMidBlkTimer

Cell middle block timer

eNodeB

Cell

FddTddInd

Cell FDD TDD indication

eNodeB

Cell

SubframeAssignme Subframe nt assignment

eNodeB

Cell

SpecialSubframePa Special subframe tterns patterns

eNodeB

Cell

CellSpecificOffset

Cell specific offset

eNodeB

Cell

QoffsetFreq

Intra frequency offset

eNodeB

Cell

RootSequenceIdx

Root sequence index

eNodeB

Cell

HighSpeedFlag

High speed flag

eNodeB

Cell

PreambleFmt

Preamble format

eNodeB

Cell

CellRadius

Cell radius

eNodeB

Cell Cell

Customization CustomizedBandWi bandwidth dthCfgInd configure indicator CustomizedULBand Customization real Width uplink bandwith

eNodeB

ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL

Cell

eNodeB eNodeB

BLK CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL ADD CELL MOD CELL LST CELL

Cell

CustomizedDLBand Customization real eNodeB Width downlink bandwidth

Cell

CellState

Cell instance state

eNodeB

DSP CELL

Cell

CellLatestAvailState

Cell latest avail state

eNodeB

DSP CELL

Cell

CellLatestSetupTim Cell latest setup e time

eNodeB

DSP CELL

Cell

CellLatestSetupTyp Cell latest setup e operate type

eNodeB

DSP CELL

Cell

CellLatestRemoveT Cell latest remove ime time

eNodeB

DSP CELL

Cell

CellLatestRemoveT Cell latest remove ype operate type

eNodeB

DSP CELL

Cell

CellPowerSaveStat Cell power save e state

eNodeB

DSP CELL

Cell

BbiSlot

Bbi slot

eNodeB

DSP CELL

Cell

CellTopoType

Cell topo type

eNodeB

DSP CELL

Cell

Rru0SubrackNo

RRU0 subrack number

eNodeB

DSP CELL

Cell

Rru1SubrackNo

RRU1 subrack number

eNodeB

CellDLIcicMcPara

LocalCellId

Local cell identity

eNodeB

CellDLIcicMcPara

ReportInterval

DSP CELL LST CELLDLICICMCPA RA MOD MOD CELLDLICICMCPA CELLDLICICMCPA RA RA MOD LST CELLDLICICMCPA CELLDLICICMCPA RA RA MOD LST CELLDLICICMCPA CELLDLICICMCPA RA RA MOD LST CELLDLICICMCPA CELLDLICICMCPA RA RA MOD LST CELLDLICICMCPA CELLDLICICMCPA RA RA MOD LST CELLDLICICMCPA CELLDLICICMCPA RA RA MOD LST CELLDLICICMCPA CELLDLICICMCPA RA RA MOD LST CELLDLICICMCPA CELLDLICICMCPA RA RA LST LST CELLDLICICMCPA CELLLOWPOWER RA MOD MOD CELLLOWPOWER CELLLOWPOWER LST MOD CELLLOWPOWER CELLLOWPOWER LST MOD CELLLOWPOWER CELLLOWPOWER LST MOD CELLLOWPOWER CELLLOWPOWER LST MOD CELLLOWPOWER CELLLOWPOWER LST MOD CELLLOWPOWER CELLLOWPOWER LST MOD CELLLOWPOWER CELLLOWPOWER LST CELLLOWPOWER

CellDLIcicMcPara CellDLIcicMcPara CellDLIcicMcPara CellDLIcicMcPara CellDLIcicMcPara CellDLIcicMcPara CellDLIcicMcPara

Downlink ICIC measurement report interval Downlink ICIC MaxReportCellNum measurement max report cell number DownLink ICIC ReportAmount measurement report amount DownLink ICIC ReportQuantity measurement report quantity DownLink ICIC TriggerQuantity measurement trigger quantity DownLink ICIC Hysteresis measurement hysteresis DownLink ICIC TimeToTrigger measurement time to trigger Downlink ICIC A3 A3Offset offset

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

CellLowPower

LocalCellId

CellLowPower

LowPwrSwitch

CellLowPower

LowPwrOrder

CellLowPower

StartTime

Start time

eNodeB

CellLowPower

StopTime

Stop time

eNodeB

CellLowPower CellLowPower CellLowPower

Local cell identity

eNodeB

eNodeB

Low power consumption mode eNodeB switch Low power consumption mode eNodeB order

CellUsedPwrReduc Cell used power eTimeLen reduce time length Reference signal RsPwrReduceTime power reduce time Len length RfShutDownTimeLe RF shutdown time n length


Cell used power ratio

CellLowPower

CellUsedPwrRatio

CellLowPower

RsPwrAdjOffset

CellLowPower

EnterTimeLen

CellRacThd

LocalCellId

CellRacThd

GoldServiceArpThd

CellRacThd

SilverServiceArpTh Silver service arp d threshold

CellRacThd

Qci1HoThd

QCI1 handover eNodeB admission threshold

CellRacThd

Qci2HoThd


CellRacThd

Qci3HoThd


CellRacThd

Qci4HoThd

CellRacThd CellRacThd CellRacThd CellRacThd

eNodeB

Reference signal eNodeB power adjust offset Time length for entering the low eNodeB power consumption mode Local cell identity eNodeB Gold service arp threshold

QCI4 handover admission threshold Gold new service NewGoldServiceOff admission threshold set offset Silver new service NewSilverServiceOf admission threshold fset offset Copper new service NewCopperService admission threshold Offset offset QCI1 congest Qci1CongThd threshold

eNodeB eNodeB


CellRacThd

Qci2CongThd

QCI2 congest threshold

eNodeB

CellRacThd

Qci3CongThd

QCI3 congest threshold

eNodeB

CellRacThd

Qci4CongThd

CellRacThd

GoldGbrCongPropo rtion

CellRacThd

SilverGbrCongProp ortion

CellRacThd

CopperGbrCongPro portion

CellRacThd

GbrRbUsedHighTh d

CellRacThd

GbrRbUsedLowThd

CellRacThd

LdcMeaArpThd

QCI4 congest threshold Gold-level GBR service congest scheduler Silver-level proportion GBR service congest scheduler Copper-level proportion GBR service congest scheduler proportion GBR used resource high proportion threshold GBR used resource low proportion threshold ARP threshold

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

MOD CELLLOWPOWER LST MOD CELLLOWPOWER CELLLOWPOWER LST MOD CELLLOWPOWER CELLLOWPOWER LST CELLLOWPOWER LST CELLRACTHD MOD CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD

CellRacThd

CongRelOffset

Offset for service congest relieving

eNodeB

CellRacThd

PreemptionArpThd

Preemption ARP threshold

eNodeB

CellRacThd

UlRbHighThd

Uplink RB used eNodeB ratio high threshold

CellRacThd

DlRbHighThd

Downlink RB used eNodeB ratio high threshold

CellRacThd

UlRbLowThd

Uplink RB used ratio low threshold

eNodeB

CellRacThd

DlRbLowThd

Downlink RB used ratio low threshold

eNodeB

CellRacThd

MaxNonGbrBearer Non-GBR max Num bearer number

eNodeB

CellRfShutdown

LocalCellId

Local cell identity

eNodeB

CellRfShutdown

RfShutdownSwitch

RF intelligent shutdown switch

eNodeB

CellRfShutdown

StartTime

Start time

eNodeB

CellRfShutdown

StopTime

Stop time

eNodeB

CellRfShutdown

RsPwrAdjOffset

Reference signal eNodeB power adjust offset

CellShutdown

LocalCellId

Local cell identity

eNodeB

CellShutdown

CellShutdownSwitc Cell intelligent h shutdown switch

eNodeB

CellShutdown

StartTime

Start time

eNodeB

CellShutdown

StopTime

Stop time

eNodeB

CellShutdown

DlPrbThd

Downlink PRB threshold

eNodeB

CellShutdown

DlPrbOffset

Downlink PRB offset

eNodeB

CellShutdown

UlPrbThd

Uplink PRB threshold

eNodeB

CellShutdown

UlPrbOffset

Uplink PRB offset

eNodeB

CellULIcicMcPara

LocalCellId

Local cell identity

eNodeB

CellULIcicMcPara

ReportInterval

CellULIcicMcPara

Uplink ICIC measurement report interval Uplink ICIC MaxReportCellNum measurement max report cell number

eNodeB eNodeB

MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST CELLRACTHD MOD CELLRACTHD LST LST CELLRACTHD CELLRFSHUTDO WN MOD MOD CELLRFSHUTDO CELLRFSHUTDO WN WN MOD LST CELLRFSHUTDO CELLRFSHUTDO WN WN MOD LST CELLRFSHUTDO CELLRFSHUTDO WN WN MOD LST CELLRFSHUTDO CELLRFSHUTDO WN WN LST LST CELLRFSHUTDO CELLSHUTDOWN WN MOD MOD CELLSHUTDOWN CELLSHUTDOWN LST MOD CELLSHUTDOWN CELLSHUTDOWN LST MOD CELLSHUTDOWN CELLSHUTDOWN LST MOD CELLSHUTDOWN CELLSHUTDOWN LST MOD CELLSHUTDOWN CELLSHUTDOWN LST MOD CELLSHUTDOWN CELLSHUTDOWN LST MOD CELLSHUTDOWN CELLSHUTDOWN LST LST CELLULICICMCPA CELLSHUTDOWN RA MOD MOD CELLULICICMCPA CELLULICICMCPA RA RA MOD LST CELLULICICMCPA CELLULICICMCPA RA RA LST CELLULICICMCPA RA

Uplink ICIC measurement report amount Uplink ICIC measurement report quantity Uplink ICIC measurement trigger quantity Uplink ICIC measurement hysteresis Uplink ICIC measurement time to trigger Uplink ICIC A3 offset

CellULIcicMcPara

ReportAmount

CellULIcicMcPara

ReportQuantity

CellULIcicMcPara

TriggerQuantity

CellULIcicMcPara

Hysteresis

CellULIcicMcPara

TimeToTrigger

CellULIcicMcPara

A3Offset

CellUlschAlgo

LocalCellId

Local cell identity

eNodeB

CellUlschAlgo

UlschStrategy

Uplink Scheduling Strategy

eNodeB

CellUlschAlgo

AdaptHarqSwitch

adaptive HARQ switch

eNodeB

CellUlschAlgo CellUlschAlgo CellUlschAlgo


SinrAdjustTargetIble SINR target IBLER eNodeB r adjustment System Bandwidth PreAllocationBand Ratio Used By PreeNodeB widthRatio schedule user per TTI PreAllocationMinPe minimal period of eNodeB riod pre-allocation

CellUlschAlgo

PreAllocationSize

data size of preallocation

CellUlschAlgo

UlHoppingType

Uplink hopping type eNodeB

CellUlschAlgo

FreeUserUlRbUsed Free Users Uplink Ratio RB Ratio

eNodeB

CellAlgoSwitch

LocalCellId

Local cell identity

eNodeB

CellAlgoSwitch

RachAlgoSwitch

RACH algorithm switch

eNodeB

CellAlgoSwitch

SrsAlgoSwitch

SoundingRS algorithm switch

eNodeB

CellAlgoSwitch

PucchAlgoSwitch

PUCCH algorithm switch

eNodeB

CellAlgoSwitch

AqmAlgoSwitch

AQM algorithm switch

eNodeB

CellAlgoSwitch

CqiAdjAlgoSwitch

CQI adjust algorithm switch

eNodeB

CellAlgoSwitch CellAlgoSwitch

RlfDetectAlgoSwitc RLF detection h algorithm switch Dynamic adjust DynAdjVoltSwitch voltage algorithm switch

eNodeB

eNodeB eNodeB

MOD CELLULICICMCPA RA MOD LST CELLULICICMCPA CELLULICICMCPA RA RA MOD LST CELLULICICMCPA CELLULICICMCPA RA RA MOD LST CELLULICICMCPA CELLULICICMCPA RA RA MOD LST CELLULICICMCPA CELLULICICMCPA RA RA MOD LST CELLULICICMCPA CELLULICICMCPA RA RA LST LST CELLULICICMCPA CELLULSCHALGO RA MOD MOD CELLULSCHALGO CELLULSCHALGO LST MOD CELLULSCHALGO CELLULSCHALGO LST MOD CELLULSCHALGO CELLULSCHALGO LST MOD CELLULSCHALGO CELLULSCHALGO LST MOD CELLULSCHALGO CELLULSCHALGO LST MOD CELLULSCHALGO CELLULSCHALGO LST MOD CELLULSCHALGO CELLULSCHALGO LST MOD CELLULSCHALGO CELLULSCHALGO LST LST CELLALGOSWITC CELLULSCHALGO H MOD MOD CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H LST CELLALGOSWITC H

RAC algorithm switch

CellAlgoSwitch

RacAlgoSwitch

CellAlgoSwitch

MlbAlgoSwitch

CellAlgoSwitch

DlPcAlgoSwitch

CellAlgoSwitch

UlPcAlgoSwitch

CellAlgoSwitch

BfAlgoSwitch

BF algorithm switch eNodeB

CellAlgoSwitch

DlSchSwitch

DL schedule switch eNodeB

CellAlgoSwitch

UlSchSwitch

Uplink schedule switch

CellAlgoSwitch CellAlgoSwitch

Load balancing algorithm switch Downlink power control algorithm switch Uplink power control algorithm switch


eNodeB

RanShareModeSwit RAN Sharing Mode eNodeB ch Switch Based on FreqPriorityHoSwitc Frequency Priority eNodeB h HO Switch

CellDlIcic

LocalCellId

Local cell identity

eNodeB

CellDlIcic

BandMode

Downlink band division scheme

eNodeB

CellDlpcPdcch

LocalCellId

Local cell identity

eNodeB

CellDlpcPdcch

DediDciPwrOffset

DCI power offset for eNodeB dedicated control

CellDlpcPdsch

LocalCellId

Local cell identity

eNodeB

CellDlpcPdsch

CcuPa

Center UE Pa

eNodeB

CellDlpcPdsch

CeuPa

Edge UE Pa

eNodeB

CellDlpcPhich

LocalCellId

Local cell identity

eNodeB

CellDlpcPhich

PwrOffset

Phich Pc Off Power eNodeB Offset

CellDlschAlgo

LocalCellId

local Cell Identity

CellDlschAlgo

DlschStrategy

Downlink eNodeB scheduling Strategy

CellDlschAlgo

FreeUserDlRbUsed Free Users Ratio Downlink RB Ratio

eNodeB

CellDlschAlgo

BtServiceWeight

Bt Service Weight

eNodeB

CellDlschAlgo

OtherServiceWeight

Other Service Weight

eNodeB

eNodeB

MOD CELLALGOSWITC H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H MOD LST CELLALGOSWITC CELLALGOSWITC H H LST CELLALGOSWITC LST H CELLDLICIC MOD CELLDLICIC MOD CELLDLICIC LST CELLDLICIC LST CELLDLPCPDCCH MOD MOD CELLDLPCPDCCH CELLDLPCPDCCH LST LST CELLDLPCPDCCH CELLDLPCPDSCH MOD MOD CELLDLPCPDSCH CELLDLPCPDSCH LST MOD CELLDLPCPDSCH CELLDLPCPDSCH LST LST CELLDLPCPDSCH CELLDLPCPHICH MOD MOD CELLDLPCPHICH CELLDLPCPHICH LST LST CELLDLPCPHICH CELLDLSCHALGO MOD MOD CELLDLSCHALGO CELLDLSCHALGO LST MOD CELLDLSCHALGO CELLDLSCHALGO LST MOD CELLDLSCHALGO CELLDLSCHALGO LST MOD CELLDLSCHALGO CELLDLSCHALGO LST CELLDLSCHALGO

Local cell identity Intra-Frequency Mobility Load IntraFreqMlbThd Balancing Inter-Frequency Threshold Mobility Load InterFreqMlbThd Balancing Threshold Inter-RAT Mobility InterRatMlbThd Load Balancing Threshold LoadExchangePeri Load Information od Exchange Period

eNodeB

LST CELLMLB MOD CELLMLB

eNodeB

MOD CELLMLB LST CELLMLB

eNodeB


eNodeB


eNodeB


CellMLB

LoadOffset

Load Offset

eNodeB


CellMLB

LoadDiffThd

Load Difference Threshold

eNodeB

CellPdcchAlgo

LocalCellId

Local Cell Identity

eNodeB

CellPdcchAlgo

CceRatioAdjSwitch

Cce Ratio Adjust Switch

eNodeB

CellPdcchAlgo

InitPdcchSymNum

CellMLB CellMLB CellMLB CellMLB CellMLB

CellPdcchAlgo

LocalCellId

PDCCH Initial Symbol Number PDCCH Symbol PdcchSymNumSwit Number Adjust ch Switch

eNodeB eNodeB

CellPucchAlgo

LocalCellId

Local cell identity

eNodeB

CellPucchAlgo

SriLowLoadThd

SRI Low Load Threshold

eNodeB

Local cell identity

eNodeB

CellNoAccessAlmPa

NoAccessStartDete No access detect ctTime start time

eNodeB

CellNoAccessAlmPa

NoAccessStopDete No access detect ctTime stop time

eNodeB

CellNoAccessAlmPa

NoAccessDetectTi mer

No access detect timer

eNodeB

CellUlIcic

LocalCellId

Local cell identity

eNodeB

CellUlIcic

BandMode

Uplink band division eNodeB scheme

CellSimuLoad

LocalCellId

Local cell identity

eNodeB

CellSimuLoad

SimLoadCfgIndex

Configure Index

eNodeB

CellSimuLoad

SimuLoadTransMo SimuLoad eNodeB de transmission mode

CellSimuLoad

SimuLoadRbNum

CellNoAccessAlmPa LocalCellId

SimuLoad allocated eNodeB RB Number

MOD CELLMLB LST CELLMLB LST CELLPDCCHALGO MOD MOD CELLPDCCHALGO CELLPDCCHALGO LST MOD CELLPDCCHALGO CELLPDCCHALGO LST MOD CELLPDCCHALGO CELLPDCCHALGO LST LST CELLPDCCHALGO CELLPUCCHALGO MOD MOD CELLPUCCHALGO CELLPUCCHALGO LST LST CELLNOACCESSA CELLPUCCHALGO LMPARA MOD MOD CELLNOACCESSA CELLNOACCESSA LMPARA LMPARA MOD LST CELLNOACCESSA CELLNOACCESSA LMPARA LMPARA MOD LST CELLNOACCESSA CELLNOACCESSA LMPARA LMPARA LST CELLNOACCESSA LST CELLULICIC LMPARA MOD CELLULICIC ADD MOD CELLULICIC CELLSIMULOAD LST CELLULICIC DSP CELLSIMULOAD LST ADD CELLSIMULOAD CELLSIMULOAD RMV LST CELLSIMULOAD ADD CELLSIMULOAD CELLSIMULOAD LST CELLSIMULOAD DSP CELLSIMULOAD

CellSimuLoad

CommercRbNum

Commercial service eNodeB RB number

DSP CELLSIMULOAD

CellSimuLoad

SimuLoadPower

SimuLoad allocated eNodeB power

DSP CELLSIMULOAD

CellSimuLoad

CommercPower

Commercial service eNodeB power

DSP CELLSIMULOAD

CellSimuLoad

SimuLoadUserNum

SimuLoad allocated eNodeB user Number

DSP CELLSIMULOAD

CellSimuLoad

CommercUserNum

Commercial service eNodeB user number

DSP CELLSIMULOAD

BcchCfg

LocalCellId

Local cell identity

LST BCCHCFG MOD BCCHCFG

BcchCfg

ModifyPeriodCoeff

Modification period eNodeB coefficient

CellChPwrCfg

LocalCellId

Local cell identity

eNodeB

CellChPwrCfg

PcfichPwr

PCFICH power

eNodeB

CellChPwrCfg

PbchPwr

PBCH power

eNodeB

CellChPwrCfg

SchPwr

SCH power

eNodeB

CellChPwrCfg

DbchPwr

DBCH power

eNodeB

CellChPwrCfg

PchPwr

PCH power

eNodeB

CellChPwrCfg

RaRspPwr

Rach response power

eNodeB

CellChPwrCfg

PrsPwr

Prs power

eNodeB

PDSCHCfg

LocalCellId

Local cell identity

eNodeB

PDSCHCfg

ReferenceSignalPw Reference signal r power

eNodeB

MOD PDSCHCFG LST PDSCHCFG

PDSCHCfg

Pb

PB

eNodeB

MOD PDSCHCFG LST PDSCHCFG

RACHCfg

LocalCellId

Local cell identity

eNodeB

LST RACHCFG MOD RACHCFG

RACHCfg

PwrRampingStep

Power ramping step eNodeB

MOD RACHCFG LST RACHCFG

RACHCfg

Preamble initial PreambInitRcvTarg received target etPwr power

eNodeB

MOD RACHCFG LST RACHCFG

SRSCfg

LocalCellId

Local cell identity

eNodeB

LST SRSCFG MOD SRSCFG

SRSCfg

SrsSubframeCfg

SRS subframe configuration

eNodeB

MOD SRSCFG LST SRSCFG

eNodeB

MOD BCCHCFG LST BCCHCFG LST CELLCHPWRCFG MOD MOD CELLCHPWRCFG CELLCHPWRCFG LST MOD CELLCHPWRCFG CELLCHPWRCFG LST MOD CELLCHPWRCFG CELLCHPWRCFG LST MOD CELLCHPWRCFG CELLCHPWRCFG LST MOD CELLCHPWRCFG CELLCHPWRCFG LST MOD CELLCHPWRCFG CELLCHPWRCFG LST MOD CELLCHPWRCFG CELLCHPWRCFG LST CELLCHPWRCFG LST PDSCHCFG MOD PDSCHCFG

SRSCfg

AnSrsSimuTrans

SRS ACK/NACK simultaneous transmission

eNodeB

MOD SRSCFG LST SRSCFG

PHICHCfg

LocalCellId

Local cell identity

eNodeB

LST PHICHCFG MOD PHICHCFG

PHICHCfg

PhichDuration

PHICH duration

eNodeB

MOD PHICHCFG LST PHICHCFG

PHICHCfg

PhichResource

PHICH resource

eNodeB

MOD PHICHCFG LST PHICHCFG

PCCHCfg

LocalCellId

Local cell identity

eNodeB

LST PCCHCFG MOD PCCHCFG

PCCHCfg

DefaultPagingCycle

Default paging cycle

eNodeB

MOD PCCHCFG LST PCCHCFG

PCCHCfg

Nb

NB

eNodeB

MOD PCCHCFG LST PCCHCFG

PUSCHCfg

LocalCellId

Local cell identity

eNodeB

LST PUSCHCFG MOD PUSCHCFG

PUSCHCfg

Nsb

Subband number

eNodeB

MOD PUSCHCFG LST PUSCHCFG

PUSCHCfg

HoppingMode

Hopping mode

eNodeB


PUSCHCfg

HoppingOffset

Hopping offset

eNodeB


PUSCHCfg

GroupHoppingEnab Group hopping led enabled

eNodeB


PUSCHCfg

GroupAssignPUSC Group assignment H PUSCH

eNodeB


PUSCHCfg

SeqHoppingEnable Sequence hopping eNodeB d enabled


PUSCHCfg

CyclicShift

Cyclic shift

eNodeB


PUSCHCfg

Qam64Enabled

Qam64 enabled

eNodeB


PUCCHCfg

LocalCellId

Local cell identity

eNodeB

PUCCHCfg

DeltaShift

Delta shift

eNodeB

Cdma2000ExternalCeCellGlobalId

Sector identity

eNodeB

Cdma2000ExternalCeShareMcc

Share mobile country code

eNodeB

Cdma2000ExternalCeShareMnc

Share mobile network code

eNodeB

Cdma2000HrpdNcellLocalCellId

Local cell identity

eNodeB

Cdma2000HrpdNcellCellGlobalId

Sector identity

eNodeB

LST PUCCHCFG MOD PUCCHCFG ADD MOD PUCCHCFG CDMA2000EXTER LST PUCCHCFG NALCELLPLMN ADD LST CDMA2000EXTER CDMA2000EXTER NALCELLPLMN NALCELLPLMN ADD LST RMV CDMA2000EXTER ADD CDMA2000EXTER CDMA2000EXTER NALCELLPLMN CDMA2000HRPDN NALCELLPLMN NALCELLPLMN LST CELL RMV ADD CDMA2000EXTER LST CDMA2000EXTER CDMA2000HRPDN NALCELLPLMN CDMA2000HRPDN NALCELLPLMN CELL RMV CELL LST CDMA2000EXTER MOD CDMA2000HRPDN NALCELLPLMN CDMA2000HRPDN CELL CELL MOD RMV CDMA2000HRPDN CDMA2000HRPDN CELL CELL RMV CDMA2000HRPDN CELL

Cdma2000HrpdNcellNoHoFlag

No handover indicator

Cdma2000HrpdNcellNoRmvFlag

No remove indicator eNodeB

Cdma2000HrpdNcellBlindHoPriority

Blind handover priority

eNodeB

Cdma2000HrpdNcellAnrFlag

ANR flag

eNodeB

Cdma2000HrpdNcellLocalCellName

Local cell name

eNodeB

eNodeB

Cdma2000HrpdNcell

NeighbourCellNam Neighbour cell e name

eNodeB

Cdma2000Nfreq

LocalCellId

Local cell identity

eNodeB

Cdma2000Nfreq

BandClass

Band class

eNodeB

Cdma2000Nfreq

Frequency

Frequency

eNodeB

Cdma2000Nfreq

OffsetFreq

Frequency offset

eNodeB

Cdma2000Nfreq

SearchWindowSize Search window size eNodeB CfgInd configure indicator

Cdma2000Nfreq

SearchWindowSize Search window size eNodeB

EutranExternalCellP Mcc

Mobile country code

eNodeB

EutranExternalCellP Mnc

Mobile network code

eNodeB

EutranExternalCellP eNodeBId

eNodeB identity

eNodeB

EutranExternalCellP CellId

Cell identity

eNodeB

EutranExternalCellP ShareMcc


eNodeB

EutranExternalCellP ShareMnc


eNodeB

GeranExternalCellP GeranCellId

GERAN cell identity eNodeB

GeranExternalCellP Lac

Location area code eNodeB

GeranExternalCellP Mcc

Mobile country code

eNodeB

GeranExternalCellP Mnc

Mobile network code

eNodeB

GeranExternalCellP ShareMcc


eNodeB

ADD CDMA2000HRPDN CELL ADD MOD CDMA2000HRPDN CDMA2000HRPDN CELL CELL ADD MOD LST CDMA2000HRPDN CDMA2000HRPDN CDMA2000HRPDN CELL CELL CELL MOD LST CDMA2000HRPDN CDMA2000HRPDN CELL CELL ADD LST LST CDMA2000HRPDN CDMA2000HRPDN CDMA2000HRPDN CELL CELL CELL ADD MOD CDMA2000HRPDN CDMA2000HRPDN CELL CELL MOD ADD LST CDMA2000HRPDN CDMA2000NFREQ CDMA2000HRPDN CELL LST CELL ADD LST CDMA2000NFREQ CDMA2000NFREQ CDMA2000HRPDN MOD LST CELL CDMA2000NFREQ ADD CDMA2000NFREQ RMV CDMA2000NFREQ MOD CDMA2000NFREQ LST CDMA2000NFREQ CDMA2000NFREQ RMV ADD MOD CDMA2000NFREQ CDMA2000NFREQ CDMA2000NFREQ MOD RMV ADD CDMA2000NFREQ CDMA2000NFREQ CDMA2000NFREQ LST MOD CDMA2000NFREQ ADD CDMA2000NFREQ CDMA2000NFREQ ADD LST MOD EUTRANEXTERNA CDMA2000NFREQ CDMA2000NFREQ LCELLPLMN ADD LST LST EUTRANEXTERNA CDMA2000NFREQ EUTRANEXTERNA LCELLPLMN LCELLPLMN ADD LST RMV EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA LCELLPLMN LCELLPLMN LCELLPLMN ADD LST RMV EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA LCELLPLMN LCELLPLMN LCELLPLMN ADD LST RMV EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA LCELLPLMN LCELLPLMN LCELLPLMN ADD LST RMV EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA LCELLPLMN LCELLPLMN LCELLPLMN ADD LST RMV GERANEXTERNAL EUTRANEXTERNA EUTRANEXTERNA CELLPLMN LCELLPLMN LCELLPLMN ADD LST RMV GERANEXTERNAL GERANEXTERNAL EUTRANEXTERNA CELLPLMN CELLPLMN LCELLPLMN ADD LST RMV GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELLPLMN CELLPLMN CELLPLMN ADD LST RMV GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELLPLMN CELLPLMN CELLPLMN ADD LST RMV GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELLPLMN CELLPLMN CELLPLMN LST RMV GERANEXTERNAL GERANEXTERNAL CELLPLMN CELLPLMN RMV GERANEXTERNAL CELLPLMN

GeranExternalCellP ShareMnc


UtranExternalCellPl UtranCellId

UTRAN cell identity eNodeB

UtranExternalCellPl Mcc

Mobile country code

eNodeB

UtranExternalCellPl Mnc

Mobile network code

eNodeB

UtranExternalCellPl ShareMcc


eNodeB

UtranExternalCellPl ShareMnc


eNodeB

Cdma2000ExternalCeCellGlobalId

Sector identity

eNodeB

Cdma2000ExternalCeBandClass

Band class

eNodeB

Cdma2000ExternalCeFrequency

Frequency

eNodeB

Cdma2000ExternalCePnOffset


Cdma2000ExternalCeCdma2000Type

CDMA2000 neighbor cell type

eNodeB

Cdma2000ExternalCeMcc

Mobile country code

eNodeB

Cdma2000ExternalCeMnc

Mobile network code

eNodeB

Cdma2000ExternalCeCellName

Cell name

eNodeB

Cdma20001XRTTNceLocalCellId

Local cell identity

eNodeB

Cdma20001XRTTNceCellGlobalId

Sector identity

eNodeB

Cdma20001XRTTNceNoHoFlag


eNodeB

Cdma20001XRTTNceNoRmvFlag


Cdma20001XRTTNceBlindHoPriority


eNodeB

Cdma20001XRTTNceAnrFlag

ANR flag

eNodeB

Cdma20001XRTTNceLocalCellName

Local cell name

eNodeB

eNodeB

NeighbourCellNam Neighbour cell Cdma20001XRTTNce e name

eNodeB

Cdma2000BandClas LocalCellId

eNodeB

Local cell identity

ADD GERANEXTERNAL CELLPLMN ADD LST UTRANEXTERNAL GERANEXTERNAL CELLPLMN CELLPLMN ADD LST RMV UTRANEXTERNAL UTRANEXTERNAL GERANEXTERNAL CELLPLMN CELLPLMN CELLPLMN ADD LST RMV UTRANEXTERNAL UTRANEXTERNAL UTRANEXTERNAL CELLPLMN CELLPLMN CELLPLMN ADD LST RMV UTRANEXTERNAL UTRANEXTERNAL UTRANEXTERNAL CELLPLMN CELLPLMN CELLPLMN ADD LST RMV UTRANEXTERNAL ADD UTRANEXTERNAL UTRANEXTERNAL CELLPLMN CDMA2000EXTER CELLPLMN CELLPLMN LST NALCELL RMV UTRANEXTERNAL LST UTRANEXTERNAL CELLPLMN CDMA2000EXTER CELLPLMN ADD RMV NALCELL CDMA2000EXTER UTRANEXTERNAL MOD NALCELL CELLPLMN ADD CDMA2000EXTER MOD CDMA2000EXTER NALCELL CDMA2000EXTER NALCELL RMV NALCELL ADD MOD CDMA2000EXTER LST CDMA2000EXTER CDMA2000EXTER NALCELL CDMA2000EXTER NALCELL NALCELL NALCELL ADD MOD LST CDMA2000EXTER CDMA2000EXTER CDMA2000EXTER NALCELL NALCELL NALCELL ADD MOD LST CDMA2000EXTER CDMA2000EXTER CDMA2000EXTER NALCELL NALCELL NALCELL ADD MOD LST CDMA2000EXTER CDMA2000EXTER CDMA2000EXTER NALCELL NALCELL NALCELL ADD MOD LST CDMA2000EXTER ADD CDMA2000EXTER CDMA2000EXTER NALCELL CDMA20001XRTT NALCELL NALCELL MOD NCELL LST ADD CDMA2000EXTER LST CDMA2000EXTER CDMA20001XRTT NALCELL CDMA20001XRTT NALCELL NCELL LST NCELL LST CDMA2000EXTER MOD CDMA20001XRTT NALCELL ADD CDMA20001XRTT NCELL CDMA20001XRTT NCELL MOD NCELL RMV ADD CDMA20001XRTT MOD CDMA20001XRTT CDMA20001XRTT NCELL CDMA20001XRTT NCELL NCELL RMV NCELL ADD MOD CDMA20001XRTT LST CDMA20001XRTT CDMA20001XRTT NCELL CDMA20001XRTT NCELL NCELL NCELL MOD LST CDMA20001XRTT CDMA20001XRTT NCELL NCELL ADD LST LST CDMA20001XRTT CDMA20001XRTT CDMA20001XRTT NCELL NCELL NCELL ADD MOD CDMA20001XRTT ADD CDMA20001XRTT NCELL CDMA2000BANDC NCELL MOD LASS LST CDMA20001XRTT LST CDMA20001XRTT NCELL CDMA2000BANDC NCELL LST LASS CDMA20001XRTT MOD NCELL CDMA2000BANDC LASS RMV CDMA2000BANDC LASS

Cdma2000BandClas BandClass

Band class

eNodeB

Cdma2000BandClas CellReselPriority

Cell reselection priority

eNodeB

Cdma2000BandClas ThreshXHigh

High priority threshold

eNodeB

Cdma2000BandClas ThreshXLow

Lower priority threshold

eNodeB

GeranExternalCell

Mcc

Mobile country code

eNodeB

GeranExternalCell

Mnc

Mobile network code

eNodeB

GeranExternalCell

GeranCellId


GeranExternalCell

Lac


GeranExternalCell

RacCfgInd

Routing area code configure indicator

eNodeB

GeranExternalCell

Rac

Routing area code

eNodeB

GeranExternalCell

BandIndicator

Band indicator

eNodeB

GeranExternalCell

GeranArfcn

GERAN ARFCN

eNodeB

GeranExternalCell

NetworkColourCod Network colour e code

GeranExternalCell

BaseStationColour Code

Base station colour eNodeB code

GeranExternalCell

DtmInd

DTM indication

eNodeB

GeranExternalCell

CellName

Cell name

eNodeB

GeranNcell

LocalCellId

Local cell identity

eNodeB

GeranNcell

Mcc

Mobile country code

eNodeB

GeranNcell

Mnc

Mobile network code

eNodeB

GeranNcell

Lac


GeranNcell

GeranCellId


GeranNcell

NoRmvFlag


GeranNcell

NoHoFlag


eNodeB

eNodeB

ADD CDMA2000BANDC LASS LST CDMA2000BANDC ADD LASS CDMA2000BANDC MOD LASS ADD CDMA2000BANDC MOD CDMA2000BANDC LASS CDMA2000BANDC LASS RMV LASS ADD MOD CDMA2000BANDC LST CDMA2000BANDC ADD CDMA2000BANDC LASS CDMA2000BANDC LASS GERANEXTERNAL LASS LASS MOD CELL LST ADD CDMA2000BANDC LST CDMA2000BANDC GERANEXTERNAL LASS GERANEXTERNAL LASS CELL LST CELL ADD LST CDMA2000BANDC MOD GERANEXTERNAL GERANEXTERNAL LASS GERANEXTERNAL CELL CELL CELL ADD LST MOD RMV GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELL CELL CELL CELL LST MOD RMV GERANEXTERNAL ADD GERANEXTERNAL GERANEXTERNAL CELL GERANEXTERNAL CELL CELL MOD CELL RMV ADD GERANEXTERNAL MOD GERANEXTERNAL GERANEXTERNAL CELL GERANEXTERNAL CELL CELL RMV CELL ADD MOD GERANEXTERNAL LST GERANEXTERNAL GERANEXTERNAL CELL GERANEXTERNAL CELL CELL CELL ADD MOD LST GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELL CELL CELL ADD MOD LST GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELL CELL CELL ADD MOD LST GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELL CELL CELL ADD MOD LST GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELL CELL CELL ADD MOD LST GERANEXTERNAL GERANEXTERNAL GERANEXTERNAL CELL CELL CELL MOD LST ADD GERANEXTERNAL GERANEXTERNAL GERANNCELL CELL CELL LST GERANNCELL LST ADD MOD GERANEXTERNAL GERANNCELL GERANNCELL CELL LST GERANNCELL RMV ADD MOD GERANNCELL GERANNCELL GERANNCELL LST GERANNCELL RMV ADD MOD GERANNCELL GERANNCELL GERANNCELL LST GERANNCELL RMV ADD MOD GERANNCELL GERANNCELL GERANNCELL LST RMVGERANNCELL MOD GERANNCELL ADD GERANNCELL GERANNCELL RMV MOD GERANNCELL ADD GERANNCELL GERANNCELL LST GERANNCELL MOD GERANNCELL LST GERANNCELL

GeranNcell

BlindHoPriority


eNodeB

GeranNcell

AnrFlag

ANR flag

eNodeB

GeranNcell

LocalCellName

Local cell name

eNodeB

GeranNcell


eNodeB

GeranNfreqGroup

LocalCellId

Local cell identity

eNodeB

GeranNfreqGroup

BcchGroupId

BCCH group identity

eNodeB

GeranNfreqGroup

GeranVersion

GERAN version

eNodeB

GeranNfreqGroup

StartingArfcn

Starting ARFCN

eNodeB

GeranNfreqGroup

BandIndicator

Band indicator

eNodeB

GeranNfreqGroup GeranNfreqGroup

Cell reselection CellReselPriorityCfg priority configure Ind indicator Cell reselection CellReselPriority priority

eNodeB eNodeB

GeranNfreqGroup

PmaxGeranCfgInd

PMAX configure indicator

eNodeB

GeranNfreqGroup

PmaxGeran

PMAX

eNodeB

GeranNfreqGroup

QRxLevMin


eNodeB

GeranNfreqGroup

ThreshXHigh

High priority threshold

eNodeB

GeranNfreqGroup

ThreshXLow

Lower priority threshold

eNodeB

GeranNfreqGroup

OffsetFreq

Frequency offset

eNodeB

GeranNfreqGroup

NccPermitted

NCC monitoring permitted

eNodeB

GeranNfreqGroupArfLocalCellId

Local cell identity

eNodeB

GeranNfreqGroupArfBcchGroupId

BCCH group identity

eNodeB

GeranNfreqGroupArfGeranArfcn

GERAN ARFCN

eNodeB

IntraFreqBlkCell

LocalCellId

Local cell identity

eNodeB

IntraFreqBlkCell

PhyCellId


ADD GERANNCELL MOD GERANNCELL LST GERANNCELL LST GERANNCELL ADD GERANNCELL ADD MOD ADD GERANNFREQGR GERANNCELL GERANNCELL OUP LST GERANNCELL ADD MOD LST GERANNFREQGR GERANNCELL GERANNFREQGR OUP LST OUPGERANNCELL LST MOD GERANNFREQGR ADD GERANNFREQGR OUP GERANNFREQGR OUP MOD OUP RMV ADD GERANNFREQGR MOD GERANNFREQGR GERANNFREQGR OUP GERANNFREQGR OUP OUP RMV OUP ADD MOD GERANNFREQGR LST GERANNFREQGR GERANNFREQGR OUP GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUP OUP OUP ADD MOD LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUPARFCN OUP OUP ADD LST LST GERANNFREQGR GERANNFREQGR GERANNFREQGR OUPARFCN OUPARFCN OUP ADD LST RMV GERANNFREQGR GERANNFREQGR GERANNFREQGR OUPARFCN OUPARFCN OUPARFCN ADD LST RMV INTRAFREQBLKC GERANNFREQGR GERANNFREQGR ELL OUPARFCN OUPARFCN ADD LST RMV INTRAFREQBLKC INTRAFREQBLKC GERANNFREQGR ELL ELL OUPARFCN LST RMV INTRAFREQBLKC INTRAFREQBLKC ELL ELL RMV INTRAFREQBLKC ELL

EutranIntraFreqNCel LocalCellId

Local cell identity

eNodeB

EutranIntraFreqNCel Mcc

Mobile country code

eNodeB

EutranIntraFreqNCel Mnc

Mobile network code

eNodeB

EutranIntraFreqNCel eNodeBId

eNodeB identity

eNodeB

EutranIntraFreqNCel CellId

Cell identity

eNodeB

EutranIntraFreqNCel CellIndividualOffset Cell individual offset eNodeB EutranIntraFreqNCel CellQoffset

Cell offset

eNodeB

EutranIntraFreqNCel NoHoFlag


eNodeB

EutranIntraFreqNCel NoRmvFlag


EutranIntraFreqNCel AnrFlag

ANR flag

eNodeB

EutranIntraFreqNCel LocalCellName

Local cell name

eNodeB

EutranIntraFreqNCel


eNodeB

EutranInterNFreq

LocalCellId

Local cell identity

eNodeB

EutranInterNFreq

DlEarfcn


EutranInterNFreq

UlEarfcnCfgInd

Uplink EARFCN configure indicator

eNodeB

EutranInterNFreq

UlEarfcn

Uplink EARFCN

eNodeB

EutranInterNFreq EutranInterNFreq EutranInterNFreq EutranInterNFreq EutranInterNFreq EutranInterNFreq EutranInterNFreq

Inter frequency cell CellReselPriorityCfg eNodeB resel priority Ind configure indicator Inter frequency cell CellReselPriority eNodeB resel priority EUTRAN reselection time Speed dependent SpeedDependSPCf resel parameter gInd configuring Scaling indicatorfactor of TReselEutranSfMe treseleutra in dium medium mobility state Scaling factor of TReselEutranSfHig treseleutra in high h mobility state Measurement MeasBandWidth bandwidth EutranReselTime


ADD EUTRANINTRAFR EQNCELL ADD LST EUTRANINTRAFR EUTRANINTRAFR EQNCELL EQNCELL ADD LST MOD EUTRANINTRAFR EUTRANINTRAFR EUTRANINTRAFR EQNCELL EQNCELL EQNCELL ADD LST MOD RMV EUTRANINTRAFR EUTRANINTRAFR EUTRANINTRAFR EUTRANINTRAFR EQNCELL EQNCELL EQNCELL ADD EQNCELL LST MOD RMV EUTRANINTRAFR EUTRANINTRAFR EUTRANINTRAFR EUTRANINTRAFR EQNCELL EQNCELL EQNCELL EQNCELL LST MOD RMV EUTRANINTRAFR ADD EUTRANINTRAFR EUTRANINTRAFR EQNCELL EUTRANINTRAFR EQNCELL EQNCELL MOD EQNCELL RMV ADD EUTRANINTRAFR MOD EUTRANINTRAFR EUTRANINTRAFR EQNCELL EUTRANINTRAFR EQNCELL EQNCELL RMV EQNCELL ADD MOD EUTRANINTRAFR LST EUTRANINTRAFR EUTRANINTRAFR EQNCELL EUTRANINTRAFR EQNCELL EQNCELL EQNCELL ADD MOD LST EUTRANINTRAFR EUTRANINTRAFR EUTRANINTRAFR EQNCELL EQNCELL EQNCELL MOD LST EUTRANINTRAFR EUTRANINTRAFR EQNCELL EQNCELL ADD LST LST EUTRANINTRAFR EUTRANINTRAFR EUTRANINTRAFR EQNCELL EQNCELL EQNCELL ADD MOD EUTRANINTRAFR ADD EUTRANINTRAFR EQNCELL EUTRANINTERNF EQNCELL MOD REQ LST ADD EUTRANINTRAFR LST EUTRANINTRAFR EUTRANINTERNF EQNCELL EUTRANINTERNF EQNCELL REQ LST REQ LST EUTRANINTRAFR MOD EUTRANINTERNF EQNCELL ADD EUTRANINTERNF REQ EUTRANINTERNF REQ MOD REQ RMV ADD EUTRANINTERNF MOD EUTRANINTERNF EUTRANINTERNF REQ EUTRANINTERNF REQ REQ RMV REQ ADD MOD EUTRANINTERNF LST EUTRANINTERNF EUTRANINTERNF REQ EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ MOD LST EUTRANINTERNF EUTRANINTERNF REQ REQ LST EUTRANINTERNF REQ

EutranInterNFreq

QoffsetFreq

Frequency offset

eNodeB

EutranInterNFreq

ThreshXhigh

EutranInterNFreq

ThreshXlow

EutranInterNFreq

QRxLevMin

EutranInterNFreq

PmaxCfgInd

PMAX configure indicator

eNodeB

EutranInterNFreq

Pmax

PMAX

eNodeB

EutranInterNFreq

NeighCellConfig

Neighbor cell config eNodeB

EutranInterNFreq

PresenceAntennaP Presence antenna ort1 port1

eNodeB

EutranInterNFreq

InterFreqHoEventTy Inter-Freq HO pe trigger Event Type

eNodeB

InterFreqBlkCell

LocalCellId

Local cell identity

eNodeB

InterFreqBlkCell

DlEarfcn


InterFreqBlkCell

PhyCellId


Inter frequency high eNodeB priority threshold Inter frequency lower priority eNodeB threshold Minimum required eNodeB RX level

EutranInterFreqNCel LocalCellId

Local cell identity

eNodeB

EutranInterFreqNCel Mcc

Mobile country code

eNodeB

EutranInterFreqNCel Mnc

Mobile network code

eNodeB

EutranInterFreqNCel eNodeBId

eNodeB identity

eNodeB

EutranInterFreqNCel CellId

Cell identity

eNodeB

EutranInterFreqNCel CellIndividualOffset Cell individual offset eNodeB EutranInterFreqNCel CellQoffset

Cell offset

eNodeB

EutranInterFreqNCel NoHoFlag


eNodeB

EutranInterFreqNCel NoRmvFlag


EutranInterFreqNCel BlindHoPriority

Blind handover Priority

eNodeB

EutranInterFreqNCel AnrFlag

ANR flag

eNodeB

ADD EUTRANINTERNF REQ ADD MOD EUTRANINTERNF EUTRANINTERNF REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST EUTRANINTERNF EUTRANINTERNF EUTRANINTERNF REQ REQ REQ ADD MOD LST INTERFREQBLKC EUTRANINTERNF EUTRANINTERNF ELL REQ REQ ADD LST LST INTERFREQBLKC INTERFREQBLKC EUTRANINTERNF ELL ELL REQ ADD LST RMV INTERFREQBLKC ADD INTERFREQBLKC INTERFREQBLKC ELL EUTRANINTERFR ELL ELL LST EQNCELL RMV ADD INTERFREQBLKC LST INTERFREQBLKC EUTRANINTERFR ELL EUTRANINTERFR ELL EQNCELL RMV EQNCELL ADD LST INTERFREQBLKC MOD EUTRANINTERFR EUTRANINTERFR ELL EUTRANINTERFR EQNCELL EQNCELL EQNCELL ADD LST MOD RMV EUTRANINTERFR EUTRANINTERFR EUTRANINTERFR EUTRANINTERFR EQNCELL EQNCELL EQNCELL ADD EQNCELL LST MOD RMV EUTRANINTERFR EUTRANINTERFR EUTRANINTERFR EUTRANINTERFR EQNCELL EQNCELL EQNCELL EQNCELL LST MOD RMV EUTRANINTERFR ADD EUTRANINTERFR EUTRANINTERFR EQNCELL EUTRANINTERFR EQNCELL EQNCELL MOD EQNCELL RMV ADD EUTRANINTERFR MOD EUTRANINTERFR EUTRANINTERFR EQNCELL EUTRANINTERFR EQNCELL EQNCELL RMV EQNCELL ADD MOD EUTRANINTERFR LST EUTRANINTERFR EUTRANINTERFR EQNCELL EUTRANINTERFR EQNCELL EQNCELL EQNCELL ADD MOD LST EUTRANINTERFR EUTRANINTERFR EUTRANINTERFR EQNCELL EQNCELL EQNCELL ADD MOD LST EUTRANINTERFR EUTRANINTERFR EUTRANINTERFR EQNCELL EQNCELL EQNCELL MOD LST EUTRANINTERFR EUTRANINTERFR EQNCELL EQNCELL LST LST EUTRANINTERFR EUTRANINTERFR EQNCELL EQNCELL

EutranInterFreqNCel LocalCellName

Local cell name

eNodeB

EutranInterFreqNCel


eNodeB

EutranExternalCell

Mcc

Mobile country code

eNodeB

EutranExternalCell

Mnc

Mobile network code

eNodeB

EutranExternalCell

eNodeBId

eNodeB identity

eNodeB

EutranExternalCell

CellId

Cell identity

eNodeB

EutranExternalCell

DlEarfcn


EutranExternalCell

UlEarfcnCfgInd

Uplink EARFCN indicator

eNodeB

EutranExternalCell

UlEarfcn

Uplink EARFCN

eNodeB

EutranExternalCell

PhyCellId


EutranExternalCell

Tac

Tracking area code eNodeB

EutranExternalCell

CellName

Cell name

eNodeB

UtranNCell

LocalCellId

Local cell identity

eNodeB

UtranNCell

Mcc

Mobile country code

eNodeB

UtranNCell

Mnc

Mobile network code

eNodeB

UtranNCell

UtranCellId


UtranNCell

NoHoFlag


UtranNCell

NoRmvFlag


UtranNCell

BlindHoPriority


eNodeB

UtranNCell

AnrFlag

ANR flag

eNodeB

UtranNCell

LocalCellName

Local cell name

eNodeB

UtranNCell


eNodeB

UtranNFreq

LocalCellId

eNodeB

Local cell identity

eNodeB

ADD EUTRANINTERFR EQNCELL ADD MOD EUTRANINTERFR ADD EUTRANINTERFR EQNCELL EUTRANEXTERNA EQNCELL MOD LCELL LST ADD EUTRANINTERFR LST EUTRANINTERFR EUTRANEXTERNA EQNCELL EUTRANEXTERNA EQNCELL LCELL LST LCELL ADD LST EUTRANINTERFR MOD EUTRANEXTERNA EUTRANEXTERNA EQNCELL EUTRANEXTERNA LCELL LCELL LCELL ADD LST MOD RMV EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA LCELL LCELL LCELL LCELL LST MOD RMV EUTRANEXTERNA ADD EUTRANEXTERNA EUTRANEXTERNA LCELL EUTRANEXTERNA LCELL LCELL MOD LCELL RMV ADD EUTRANEXTERNA MOD EUTRANEXTERNA EUTRANEXTERNA LCELL EUTRANEXTERNA LCELL LCELL RMV LCELL ADD MOD EUTRANEXTERNA LST EUTRANEXTERNA EUTRANEXTERNA LCELL EUTRANEXTERNA LCELL LCELL LCELL ADD MOD LST EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA LCELL LCELL LCELL ADD MOD LST EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA LCELL LCELL LCELL ADD MOD LST EUTRANEXTERNA EUTRANEXTERNA EUTRANEXTERNA LCELL LCELL LCELL MOD LST ADD EUTRANEXTERNA EUTRANEXTERNA UTRANNCELL LCELL LCELL LST UTRANNCELL LST ADD MOD EUTRANEXTERNA UTRANNCELL UTRANNCELL LCELL LST UTRANNCELL RMV ADD MOD UTRANNCELL UTRANNCELL UTRANNCELL LST UTRANNCELL RMV ADD MOD UTRANNCELL UTRANNCELL UTRANNCELL LST RMVUTRANNCELL MOD UTRANNCELL ADD UTRANNCELL UTRANNCELL RMV MOD UTRANNCELL ADD UTRANNCELL UTRANNCELL LST UTRANNCELL MOD ADD UTRANNCELL UTRANNCELL LST UTRANNCELL MOD UTRANNCELL LST UTRANNCELL LST UTRANNCELL ADD UTRANNCELL MOD ADD UTRANNCELL UTRANNCELL ADD LST UTRANNCELL MOD UTRANNFREQ UTRANNCELL LST LST UTRANNCELL UTRANNFREQ MOD UTRANNFREQ RMV UTRANNFREQ

UtranNFreq

UtranDlArfcn

Downlink UARFCN eNodeB

UtranNFreq

UtranVersion

UTRAN version

eNodeB

UtranNFreq

UtranFddTddType

UTRAN cell type indicator

eNodeB

UtranNFreq

UtranUlArfcnCfgInd

Uplink UARFCN indicator

eNodeB

UtranNFreq

UtranUlArfcn

Uplink UARFCN

eNodeB

UtranNFreq

CellReselPriorityCfg Reselection priority eNodeB Ind configure indicator

UtranNFreq

CellReselPriority

Cell reselection priority

eNodeB

UtranNFreq

PmaxUtran

PMAX

eNodeB

UtranNFreq

OffsetFreq

Frequency offset

eNodeB

UtranNFreq

Qqualmin

Minimum required quality level

eNodeB

UtranNFreq

QRxLevMin


eNodeB

UtranNFreq

ThreshXHigh

UTRAN high priority eNodeB threshold

UtranNFreq

ThreshXLow

UTRAN lower priority threshold

eNodeB

UtranExternalCell

Mcc

Mobile country code

eNodeB

UtranExternalCell

Mnc

Mobile network code

eNodeB

UtranExternalCell

UtranCellId


UtranExternalCell

UtranFddTddType

UTRAN cell type indicator

UtranExternalCell

UtranDlArfcn

Downlink UARFCN eNodeB

UtranExternalCell

UtranUlArfcnCfgInd

Uplink UARFCN configure indicator

eNodeB

UtranExternalCell

UtranUlArfcn

Uplink UARFCN

eNodeB

UtranExternalCell

RncId

RNC identity

eNodeB

UtranExternalCell

RacCfgInd

Routing area code configure indicator

eNodeB

UtranExternalCell

Rac

Routing area code

eNodeB

eNodeB

ADD UTRANNFREQ LST UTRANNFREQ ADD MOD UTRANNFREQ UTRANNFREQ MOD RMV ADD UTRANNFREQ UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD UTRANNFREQ UTRANNFREQ LST MOD UTRANNFREQ ADD ADD UTRANNFREQ UTRANEXTERNAL UTRANNFREQ LST CELL MOD UTRANNFREQ ADD LST UTRANNFREQ UTRANEXTERNAL UTRANEXTERNAL LST CELL CELL UTRANNFREQ ADD LST MOD UTRANEXTERNAL UTRANEXTERNAL UTRANEXTERNAL CELL CELL CELL LST MOD RMV UTRANEXTERNAL ADD UTRANEXTERNAL UTRANEXTERNAL CELL UTRANEXTERNAL CELL CELL MOD CELL RMV ADD UTRANEXTERNAL MOD UTRANEXTERNAL UTRANEXTERNAL CELL UTRANEXTERNAL CELL CELL RMV CELL ADD MOD UTRANEXTERNAL LST UTRANEXTERNAL UTRANEXTERNAL CELL UTRANEXTERNAL CELL CELL CELL ADD MOD LST UTRANEXTERNAL UTRANEXTERNAL UTRANEXTERNAL CELL CELL CELL ADD MOD LST UTRANEXTERNAL UTRANEXTERNAL UTRANEXTERNAL CELL CELL CELL ADD MOD LST UTRANEXTERNAL UTRANEXTERNAL UTRANEXTERNAL CELL CELL CELL ADD MOD LST UTRANEXTERNAL UTRANEXTERNAL UTRANEXTERNAL CELL CELL CELL MOD LST UTRANEXTERNAL UTRANEXTERNAL CELL CELL LST UTRANEXTERNAL CELL

ADD UTRANEXTERNAL CELL ADD MOD UTRANEXTERNAL UTRANEXTERNAL CELL CELL ADD MOD LST UTRANEXTERNAL UTRANEXTERNAL UTRANEXTERNAL CELL CELL CELL MOD LST UTRANEXTERNAL UTRANEXTERNAL CELL CELL LST ANR MOD UTRANEXTERNAL LST ANR CELL MOD ANR LST ANR

UtranExternalCell

PScrambCode

Primary scrambling eNodeB code

UtranExternalCell

Lac


UtranExternalCell

CellName

Cell name

eNodeB

ANR

AddCellThd

ANR add cell threshold

eNodeB

ANR

DelCellThd

ANR delete cell threshold

eNodeB

ANR

NcellHoStatNum

Least Handover Num for Statistic

eNodeB

MOD ANR LST ANR

ANR

StatisticPeriod

Statistic cycle

eNodeB

MOD ANR LST ANR

ANR

FastAnrRprtAmount

Fast ANR PCI report amount

eNodeB

MOD ANR LST ANR

ANR

FastAnrRprtInterval

Fast ANR PCI report interval

eNodeB

MOD ANR LST ANR

ANR

FastAnrCheckPerio Fast ANR checking eNodeB d period

MOD ANR LST ANR

ANR

FastAnrRsrpThd

eNodeB

MOD ANR LST ANR

eNodeB

MOD ANR LST ANR

eNodeB

MOD ANR LST ANR

eNodeB

MOD ANR LST ANR

FastAnrRsrpThd

IntraRat Fast ANR FastAnrIntraRatMe measurement UE asUeNum number IR Fast ANR FastAnrInterRatMe ANR measurement UE asUeNum number IntraRat Fast ANR FastAnrIntraRatUe ANR valid measurement NumThd min UE number InterRat Fast ANR FastAnrInterRatUe ANR valid measurement NumThd min UE number Handover Algo ENodeBAlgoSwitch HoAlgoSwitch switch ANR

eNodeB eNodeB

ENodeBAlgoSwitch HoModeSwitch

Handover Mode switch

eNodeB

ENodeBAlgoSwitch DlIcicSwitch

DlIcic algorithm switch

eNodeB

ENodeBAlgoSwitch AnrSwitch

ANR algorithm switch

eNodeB

ENodeBAlgoSwitch RedirectSwitch

Redirection switch

eNodeB

ENodeBAlgoSwitch MroSwitch

MRO algorithm switch

eNodeB

ENodeBAlgoSwitch TpeSwitch

TPE switch

eNodeB

ENodeBAlgoSwitch UlIcicTimeSwitch

UlIcic time switch

eNodeB

MOD ANR MOD LST ANR ENODEBALGOSWI TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH LST ENODEBALGOSWI TCH

ENodeBAlgoSwitch UlIcicFreqSwitch

UlIcic freq switch

eNodeB

ENodeBAlgoSwitch LcsSwitch

LCS switch

eNodeB

ENodeBAlgoSwitch TrmSwitch

TRM switch

eNodeB

MOD ENODEBALGOSWI TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH MOD LST ENODEBALGOSWI ENODEBALGOSWI TCH TCH LST ENODEBALGOSWI MOD TCH MRO LST MRO

ENodeBAlgoSwitch

PciConflictAlmSwitc PCI conflict alarm h switch

eNodeB

MRO

OptPeriod

MRO optimization period

eNodeB

MRO

NcellOptThd

Ncell optimization threshold

eNodeB

MOD MRO LST MRO

MRO

StatNumThd

MRO statistics number threshold

eNodeB

MOD MRO LST MRO

MRO

PingpongTimeThd

Pingpong handover eNodeB threshold

MOD MRO LST MRO

MRO

PingpongRatioThd

Pingpong ratio threshold

MOD MRO LST MRO

SimuLoad

SimuLoadCfgIndex configuration index eNodeB

LST SIMULOAD MOD SIMULOAD

SimuLoad

SimuLoadRbThd

RB usage threshold eNodeB

MOD SIMULOAD LST SIMULOAD

SimuLoad

SimuLoadPwrThd

Power usage threshold

eNodeB


SimuLoad

SimuLoadReportPe Report period riod

eNodeB


SimuLoad

SimuLoadStatPerio Statistic period d

eNodeB


SimuLoad

FreqSelSwitch

Frequency selective eNodeB switch

TddFrameOffset

TimeOffset

TDD time offset

eNodeB

TpeAlgo

PortListNum

TPE Port Number

eNodeB

TpeAlgo

Port1

TPE Port 1

eNodeB

MOD TPEALGO LST TPEALGO

TpeAlgo

Port2

TPE Port 2

eNodeB


TpeAlgo

Port3

TPE Port 3

eNodeB


TpeAlgo

Port4

TPE Port 4

eNodeB


TpeAlgo

Port5

TPE Port 5

eNodeB


TpeAlgo

Port6

TPE Port 6

eNodeB


eNodeB

MOD SIMULOAD MOD LST SIMULOAD TDDFRAMEOFFSE T LST TDDFRAMEOFFSE MOD TPEALGO T LST TPEALGO

TpeAlgo

Port7

TPE Port 7

eNodeB


TpeAlgo

Port8

TPE Port 8

eNodeB


TpeAlgo

Port9

TPE Port 9

eNodeB


TpeAlgo

Port10

TPE Port 10

eNodeB


TpeAlgo

Port11

TPE Port 11

eNodeB


TpeAlgo

Port12

TPE Port 12

eNodeB


TpeAlgo

Port13

TPE Port 13

eNodeB


TpeAlgo

Port14

TPE Port 14

eNodeB


TpeAlgo

Port15

TPE Port 15

eNodeB


TpeAlgo

Port16

TPE Port 16

eNodeB


TpeAlgo

Port17

TPE Port 17

eNodeB


TpeAlgo

Port18

TPE Port 18

eNodeB


TpeAlgo

Port19

TPE Port 19

eNodeB


TpeAlgo

Port20

TPE Port 20

eNodeB

CA

CANAME

Certificate Authority eNodeB Name

CA

URL

Certificate Authority eNodeB URL

NODETORSCGRP

OBJTORSCGROU Mapping ID PID

eNodeB

NODETORSCGRP S1X2FLAG

S1/X2 Identifier

eNodeB

NODETORSCGRP ISALLMATCH

IsAllMatch

eNodeB

NODETORSCGRP ENDPOINTID

Node Identifier

eNodeB

NODETORSCGRP CABINETNO

CabinetNo

eNodeB

NODETORSCGRP SUBRACKNO

SubrackNo

eNodeB

NODETORSCGRP SLOTNO

SlotNo

eNodeB

MOD TPEALGO LST ADDTPEALGO CA LST CA MOD CA REQ DEVCERT ADD ADD RMV CA CA MOD CA NODETORSCGRP LST CA NODETORSCGRP ADD MOD NODETORSCGRP NODETORSCGRP MOD RMV ADD NODETORSCGRP NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP ADD NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP ADD NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP ADD NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP ADD NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP NODETORSCGRP LST NODETORSCGRP

ADD NODETORSCGRP MOD ADD NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP ADD NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP ADD NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP ADD NODETORSCGRP NODETORSCGRP LST MOD NODETORSCGRP NODETORSCGRP ACT LST DOT1X DEA DOT1X NODETORSCGRP DSP DOT1X LST DOT1X DSP DOT1X LST DOT1X ACT DOT1X DSP DOT1X LST DOT1X

NODETORSCGRP RSCGRPT

ResourceGroupTyp eNodeB e

NODETORSCGRP RSCGRPN

Resource Group No.

eNodeB

NODETORSCGRP SBT

Subboard Type

eNodeB

NODETORSCGRP PN

Bearing Port No.

eNodeB

NODETORSCGRP PT

Bearing Port Type

eNodeB

DOT1X

PN

Port No.

eNodeB

DOT1X

ACT

Active Sign

eNodeB

DOT1X

AM

Authentic Method

eNodeB

DOT1X

APN

Abnormal Packet Number

eNodeB

DSP DOT1X

DOT1X

AFN

Fail Number

eNodeB

DSP DOT1X

DOT1X

AFR

Fail Reason

eNodeB

DSP DOT1X

DOT1X

RPN

Receive EAP Packet Number

eNodeB

DSP DOT1X

DOT1X

AR

Authentic State

eNodeB

DSP DOT1X

DOT1X

SPN

Send EAP Packet Number

eNodeB

DSP DOT1X

DOT1X

ASN

Authentic Succeed Number

eNodeB

LicRatio

UPRATIO

Uplink Traffic License Ratio

eNodeB

LicRatio

TRAFFICSHARETY Traffic Sharing Type eNodeB PE

LicRatio

OP1TRAFFICRATI Operator 1 Traffic O Ratio

eNodeB

LicRatio


eNodeB

LicRatio


eNodeB

LicRatio


eNodeB

LicRatio

OP1TRAFFICSHA RRATIO

Operator 1 Traffic Sharing Ratio

eNodeB

LicRatio



eNodeB

DSP MODDOT1X LICFLOWCTRLAL G MOD LST LICFLOWCTRLAL LICFLOWCTRLAL G G MOD LST LICFLOWCTRLAL LICFLOWCTRLAL G G MOD LST LICFLOWCTRLAL LICFLOWCTRLAL G G MOD LST LICFLOWCTRLAL LICFLOWCTRLAL G G MOD LST LICFLOWCTRLAL LICFLOWCTRLAL G G MOD LST LICFLOWCTRLAL LICFLOWCTRLAL G G MOD LST LICFLOWCTRLAL LICFLOWCTRLAL G G LST LICFLOWCTRLAL G

LicRatio



eNodeB

LicRatio



eNodeB

MME

MMEID

MME ID

eNodeB

MME

FIRSTSIGIP

First Signalling IP

eNodeB

MME

FIRSTIPSECFLAG First IPSec Flag

MME

FIRSTIKEPEERNM First IKEPeer Name eNodeB

MME

FIRSTIPSECPROP First IPSecProp NM Name

MME

SECSIGIP

Second Signalling IP

MME

SECIPSECFLAG

Second IPSec Flag eNodeB

MME

SECIKEPEERNM

Second IKEPeer Name

MME

SECIPSECPROPN Second IPSecProp eNodeB M Name

MME

LOCPORT

Local Port No.

MME

DESCRIPTION

Description of MME eNodeB

MME

CNOPERATORID

CnOperatorId

eNodeB

S1ServIP

CN

Cabinet No.

eNodeB

S1ServIP

SRN

Subrack No.

eNodeB

S1ServIP

SN

Slot No.

eNodeB

S1ServIP

S1SERVIP

S1 Service IP

eNodeB

S1ServIP

IPSECFLAG

IPSec Flag

eNodeB

S1ServIP

IKEIP

Local IKE IP

eNodeB

S1SigIP

CN

Cabinet No.

eNodeB

S1SigIP

SRN

Subrack No.

eNodeB

S1SigIP

SN

Slot No.

eNodeB

eNodeB

eNodeB eNodeB

eNodeB

eNodeB

MOD LICFLOWCTRLAL G MOD LST LICFLOWCTRLAL LICFLOWCTRLAL G G LST ADD MME LICFLOWCTRLAL DSP MME G MME LST MOD MME ADD RMV MME MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD MME MOD MME LST MME ADD S1SERVIP MOD S1SERVIP LST S1SERVIP ADD S1SERVIP MOD S1SERVIP LST S1SERVIP ADD S1SERVIP MOD S1SERVIP LST S1SERVIP ADD S1SERVIP LST S1SERVIP MOD S1SERVIP RMV S1SERVIP S1SERVIP ADD MOD S1SERVIP LST S1SERVIP ADD S1SERVIP MOD S1SERVIP LST S1SERVIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP

S1SigIP

LOCIP

Local IP

eNodeB

S1SigIP

LOCIPSECFLAG

Local IPSec Flag

eNodeB

S1SigIP

LOCIKEIP

Local IKE IP

eNodeB

S1SigIP

SECLOCIP

Second Local IP

eNodeB

S1SigIP

SECLOCIPSECFLA Second Local G IPSec Flag

S1SigIP

SECLOCIKEIP

Second Local IKE IP

eNodeB

S1SigIP

LOCPORT

Local Port No.

eNodeB

S1SigIP

RTOMIN

RTO Min Value

eNodeB

S1SigIP

RTOMAX

RTO Max Value

eNodeB

S1SigIP

RTOINIT

RTO Initial Value

eNodeB

S1SigIP

RTOALPHA

RTO Alpha Value

eNodeB

S1SigIP

RTOBETA

RTO Beta Value

eNodeB

S1SigIP

HBINTER

Heart-beat Interval

eNodeB

S1SigIP

MAXASSOCRETR

Max Association Retransmission

eNodeB

S1SigIP

MAXPATHRETR

Max Path Retransmission

eNodeB

S1SigIP

CHKSUMTX

Transmit Message Checksum Flag

eNodeB

S1SigIP

CHKSUMRX

Receive Message Checksum Flag

eNodeB

S1SigIP

CHKSUMTYPE

Checksum Arithmetic Type

eNodeB

S1SigIP

SWITCHBACKFLA Switch Back Flag G

eNodeB

S1SigIP

SWITCHBACKHBN Heart-beat Times UM When Switch Back

eNodeB

SGW

SGWID

Service Gateway ID eNodeB

SGW

SERVIP1

First Service IP

eNodeB

SGW

SERVIP1IPSECFL First Service IP AG IPSec Flag

eNodeB

eNodeB

ADD S1SIGIP LST S1SIGIP MOD S1SIGIP RMV S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP LST S1SIGIP ADD S1SIGIP MOD S1SIGIP ADD SGW LST S1SIGIP DSP SGW LST SGW MOD SGW ADD RMV SGW SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW

SGW

SERVIP1IKEPPER First Service IP NM IKEPeer Name

eNodeB

SGW

SERVIP1IPSECPR First Service IP OPNM IPSecProp Name

eNodeB

SGW

SERVIP2

Second Service IP

eNodeB

SGW

SERVIP2IPSECFL Second Service IP AG IPSec Flag

eNodeB

SGW

SERVIP2IKEPPER Second Service IP NM IKEPeer Name

eNodeB

SGW

SERVIP2IPSECPR Second Service IP OPNM IPSecProp Name

eNodeB

SGW

SERVIP3

Third Service IP

eNodeB

SGW

SERVIP3IPSECFL Third Service IP AG IPSec Flag

eNodeB

SGW

SERVIP3IKEPPER Third Service IP NM IKEPeer Name

eNodeB

SGW

SERVIP3IPSECPR Third Service IP OPNM IPSecProp Name

eNodeB

SGW

SERVIP4

Fourth Service IP

eNodeB

SGW

SERVIP4IPSECFL Fourth Service IP AG IPSec Flag

eNodeB

SGW

SERVIP4IKEPPER Fourth Service IP NM IKEPeer Name

eNodeB

SGW

SERVIP4IPSECPR Fourth Service IP OPNM IPSecProp Name

eNodeB

SGW

DESCRIPTION

Description of SGW eNodeB

SGW

CNOPERATORID

CnOperatorId

eNodeB

X2ServIP

CN

Cabinet No.

eNodeB

X2ServIP

SRN

Subrack No.

eNodeB

X2ServIP

SN

Slot No.

eNodeB

X2ServIP

X2SERVIP

X2 Service IP

eNodeB

X2ServIP

IPSECFLAG

IPSec Flag

eNodeB

X2ServIP

SEGWFLAG

SeGW Flag

eNodeB

X2ServIP

LOCIKEIP

Local IKE IP

eNodeB

ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD SGW MOD SGW LST SGW ADD X2SERVIP MOD X2SERVIP LST X2SERVIP ADD X2SERVIP MOD X2SERVIP LST X2SERVIP ADD X2SERVIP MOD X2SERVIP LST X2SERVIP ADD X2SERVIP LST X2SERVIP MOD X2SERVIP RMV X2SERVIP X2SERVIP ADD MOD X2SERVIP LST X2SERVIP ADD X2SERVIP MOD X2SERVIP LST X2SERVIP ADD X2SERVIP MOD X2SERVIP LST X2SERVIP

X2ServIP

IKEPEERNM

IKEPeer Name

eNodeB

X2ServIP

IPSECPROPNM

IPSecProp Name

eNodeB

X2SigIP

CN

Cabinet No.

eNodeB

X2SigIP

SRN

Subrack No.

eNodeB

X2SigIP

SN

Slot No.

eNodeB

X2SigIP

LOCIP

Local IP

eNodeB

X2SigIP

IPSECFLAG

IPSec Flag

eNodeB

X2SigIP

SEGWFLAG

SeGW Flag

eNodeB

X2SigIP

IKEIP

Local IKE IP

eNodeB

X2SigIP

IKEPEERNM

IKEPeer Name

eNodeB

X2SigIP

IPSECPROPNM

IPSecProp Name

eNodeB

X2SigIP

SECLOCIP

Second Local IP

eNodeB

X2SigIP

SECIPSECFLAG


X2SigIP

SECSEGWFLAG

Second SeGW Flag eNodeB

X2SigIP

SECLOCIKEIP

Second Local IKEIP eNodeB

X2SigIP

SECIKEPEERNM

Second IKEPeer Name

X2SigIP

SECIPSECPROPN Second IPSecProp eNodeB M Name

X2SigIP

LOCPORT

Local Port No.

eNodeB

X2SigIP

RTOMIN

RTO Min Value

eNodeB

X2SigIP

RTOMAX

RTO Max Value

eNodeB

X2SigIP

RTOINIT

RTO Initial Value

eNodeB

X2SigIP

RTOALPHA

RTO Alpha Value

eNodeB

X2SigIP

RTOBETA

RTO Beta Value

eNodeB

eNodeB

ADD X2SERVIP MOD X2SERVIP LST X2SERVIP ADD X2SERVIP MOD X2SERVIP LST X2SERVIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP LST X2SIGIP MOD X2SIGIP RMV X2SIGIP X2SIGIP ADD MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP

X2SigIP

HBINTER

Heart-beat Interval

eNodeB

X2SigIP

MAXASSOCRETR


eNodeB

X2SigIP

MAXPATHRETR


eNodeB

X2SigIP

CHKSUMTX

Transmit Message Checksum Flag

eNodeB

X2SigIP

CHKSUMRX


eNodeB

X2SigIP

CHKSUMTYPE


eNodeB

X2SigIP

SWITCHBACKFLA Switch Back Flag G

eNodeB

X2SigIP


eNodeB

X2eNodeB

X2ENODEBID

X2eNodeB ID

eNodeB

X2eNodeB

FIRSTSIGIP

First Signalling IP

eNodeB

X2eNodeB

FIRSTIPSECFLAG

First Signalling IP IPSec Flag

eNodeB

X2eNodeB

FIRSTSEGWFLAG First SeGW Flag

eNodeB

X2eNodeB

FIRSTIKEIP

First IKE IP

eNodeB

X2eNodeB

SECSIGIP

Second Signalling IP

eNodeB

X2eNodeB

SECIPSECFLAG


X2eNodeB

SECSEGWFLAG

Second SeGW Flag eNodeB

X2eNodeB

SECIKEIP

Second IKE IP

eNodeB

X2eNodeB

APPPORT

App Port No.

eNodeB

X2eNodeB

SERVIP1

First Service IP

eNodeB

X2eNodeB

SERVIP1IPSECFL First Service IP AG IPSec Flag

eNodeB

X2eNodeB

SERVIP1SEGWFL First Service IP AG SeGW Flag

eNodeB

X2eNodeB

SERVIP1IKEIP

First Service IP IKE eNodeB IP

X2eNodeB

SERVIP2

Second Service IP

eNodeB

ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP LST X2SIGIP ADD X2SIGIP MOD X2SIGIP ADD X2ENODEB LST X2SIGIP DSP X2ENODEB LST X2ENODEB MOD X2ENODEB ADD RMV X2ENODEB X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB

ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB ADD X2ENODEB MOD X2ENODEB LST X2ENODEB MOD CERTREQ LST CERTREQ

X2eNodeB

SERVIP2IPSECFL Second Service IP AG IPSec Flag

eNodeB

X2eNodeB

SERVIP2SEGWFL Second Service IP AG SeGW Flag

eNodeB

X2eNodeB

SERVIP2IKEIP

Second Service IP IKE IP

eNodeB

X2eNodeB

SERVIP3

Third Service IP

eNodeB

X2eNodeB

SERVIP3IPSECFL Third Service IP AG IPSecFlag

eNodeB

X2eNodeB

SERVIP3SEGWFL Third Service IP AG SeGW Flag

eNodeB

X2eNodeB

SERVIP3IKEIP

Third Service IP IKE IP

eNodeB

X2eNodeB

SERVIP4

Fourth Service IP

eNodeB

X2eNodeB

SERVIP4IPSECFL Fourth Service IP AG IPSec Flag

eNodeB

X2eNodeB

SERVIP4SEGWFL Fourth Service IP AG SeGW Flag

eNodeB

X2eNodeB

SERVIP4IKEIP

Fourth Service IP IKE IP

eNodeB

X2eNodeB

MCC

Mobile Country Code

eNodeB

X2eNodeB

MNC

Mobile Network Code

eNodeB

X2eNodeB

ENODEBID

eNodeB ID

eNodeB

X2eNodeB

DESCRIPTION

Description of X2eNodeB

eNodeB

X2eNodeB

CNOPERATORID

CnOperatorId

eNodeB

CERTREQ

COMMNAME

Common Name

eNodeB

CERTREQ

USERADDINFO

Common Name Additional Info.

eNodeB

MOD CERTREQ LST CERTREQ

CERTREQ

COUNTRY

Country

eNodeB


CERTREQ

ORG

Organization

eNodeB


CERTREQ

ORGUNIT

Organizational Unit eNodeB


CERTREQ

STATEPROVINCE NAME

State or Province

eNodeB


CERTREQ

LOCALITY

Locality

eNodeB


eNodeB


CERTREQ

KEYUSAGE

Key Usage

CERTREQ

SIGNALG

Signature Algorithm eNodeB

CERTREQ

KEYSIZE

Key Size

eNodeB

CERTREQ

LOCALNAME

Local Name

eNodeB

CERTREQ

LOCALIP

Local IP

eNodeB

CERTMK

APPCERT

Certificate File Name

eNodeB

CERTMK

SERIALNO

Serial Number

eNodeB

CERTMK

COMMNAME

Common Name

eNodeB

DSP CERTMK

CERTMK

ISSUER

Issuer

eNodeB

DSP CERTMK

CERTMK

DATE

Expiration Date

eNodeB

DSP CERTMK

CERTMK

EFFECTDATE

Effective Date

eNodeB

APPCERT

APPTYPE

Application Type

eNodeB

APPCERT

APPCERT


eNodeB

APPCERT

ISSUER

Issuer

eNodeB

DSP CERTMK DSP APPCERT LST APPCERT MOD APPCERT TST MODAPPCERT APPCERT LST CERTTYPE TST APPCERT DSP APPCERT LST APPCERT DSP APPCERT

APPCERT

COMMNAME

Common Name

eNodeB

DSP APPCERT

APPCERT

SERIALNO

Serial Number

eNodeB

DSP APPCERT

APPCERT

DATE

Expiration Date

eNodeB

DSP APPCERT

APPCERT

IKEPEER

IKEPeer Name

eNodeB

TST APPCERT

APPCERT

EFFECTDATE

Effective Date

eNodeB

DSP APPCERT

APPCERT

STATUS

Status

eNodeB

DSP APPCERT

APPCERT

SUPPORTTYPE

Application Type Supported By NE

eNodeB

CROSSCERT

CERTNAME


eNodeB

CROSSCERT

SERIALNO

Serial Number

eNodeB

None ADD CROSSCERT DSP CROSSCERT RMV CROSSCERT LST CROSSCERT DSP CROSSCERT

MOD CERTREQ LST CERTREQ MOD CERTREQ UPD DEVCERT LST CERTREQ MOD CERTREQ LST CERTREQ ADD MOD CERTMK CERTREQ DSP CERTMK LST CERTREQ REQ DEVCERT RMV CERTMK UPD DEVCERT DSP CMPSESSION DSP CERTMK LST CERTMK

CROSSCERT

COMMNAME

Common Name

eNodeB

DSP CROSSCERT

CROSSCERT

ISSUER

Issuer Name

eNodeB

DSP CROSSCERT

CROSSCERT

DATE

Expiring Date

eNodeB

DSP CROSSCERT

CROSSCERT

STATUS

Status

eNodeB

DSP CROSSCERT

CROSSCERT

EFFECTDATE

Effective Date

eNodeB

TRUSTCERT

CERTNAME


eNodeB

TRUSTCERT

SERIALNO

Serial Number

eNodeB

DSP CROSSCERT ADD TRUSTCERT DSP TRUSTCERT RMV TRUSTCERT LST TRUSTCERT DSP TRUSTCERT

TRUSTCERT

COMMNAME

Common Name

eNodeB

DSP TRUSTCERT

TRUSTCERT

ISSUER

Issuer Name

eNodeB

DSP TRUSTCERT

TRUSTCERT

DATE

Expiring Date

eNodeB

DSP TRUSTCERT

TRUSTCERT

STATUS

Status

eNodeB

DSP TRUSTCERT

TRUSTCERT

EFFECTDATE

Effective Date

eNodeB

CRL

CERTNAME

CRL File Name

eNodeB

CRL

STATUS

Status

eNodeB

DSP TRUSTCERT ADD CRL DSP CRL RMV CRL LST CRL DSP CRL

CRL

ISSUER

Issuer

eNodeB

DSP CRL

CRL

NEXTDATE

Next Update

eNodeB

DSP CRL

CRL

THISDATE

This Update

eNodeB

DSP CRL

CRLTSK

IP

IP Address

eNodeB

ADD CRLTSK LST CRLTSK

CRLTSK

USR

User Name

eNodeB


CRLTSK

PWD

Password

eNodeB

ADD CRLTSK

CRLTSK

PORT

Port No.

eNodeB


CRLTSK

FILENAME

File Name

eNodeB


CRLTSK

ISCRLTIME

Using CRL's Next Update

eNodeB


CRLTSK

PERIOD

CRL Updating Period

eNodeB

ADD CRLTSK LST CRLTSK ADD CRLTSK LST CRLTSK RMV CRLTSK ADD CRLTSK LST CRLTSK

CRLTSK

TSKID

Task ID

eNodeB

CRLTSK

CRLGETMETHOD Access Method

eNodeB

CRLTSK

SEARCHDN

Distinguish Name

eNodeB


CERTCHKTSK

ISENABLE

Certificate Validity Period Checking

eNodeB

SET CERTCHKTSK LST CERTCHKTSK

CERTCHKTSK

PERIOD

Checking Period

eNodeB


CERTCHKTSK

ALMRNG

Alarm Threshold

eNodeB


CERTCHKTSK

UPDATEMETHOD

Update Method

eNodeB


CRLPOLICY

CRLPOLICY

CRL Using Policy

eNodeB

SET CRLPOLICY LST CRLPOLICY

GTPU

TIMEOUTTH

ECHO Frame Timeout

eNodeB

MOD GTPU LST GTPU

GTPU

TIMEOUTCNT

ECHO Frame Timeout Count

eNodeB

MOD GTPU LST GTPU

GTPU

DSCP

DSCP

eNodeB

ACL

ACLID

ACL ID

eNodeB

ACL

ACLDESC

Description

eNodeB

ACLRULE

ACLID

ACL ID

eNodeB

ACLRULE

RULEID

Rule ID

eNodeB

ACLRULE

ACTION

Action

eNodeB

ACLRULE

PT

Protocol Type

eNodeB

ACLRULE

SIP

Source IP Address

eNodeB

ACLRULE

SWC

Source Wildcard

eNodeB

ACLRULE

SMPT

Match Source Port

eNodeB

ACLRULE

SOP

Source Port Operate

eNodeB

ADD ACLRULE LST ACLRULE

ACLRULE

SPT1

Source Port 1

eNodeB


MOD GTPU LST GTPU ADD ACL LST ACL MOD ACL RMV ACL ADD ACL MOD ACL LST ADDACL ACLRULE LST ACLRULE MOD ACLRULE ADD RMV ACLRULE ACLRULE LST ACLRULE MOD ACLRULE RMV ACLRULE ADD ACLRULE LST ACLRULE ADD ACLRULE LST ACLRULE ADD ACLRULE MOD ACLRULE LST ACLRULE ADD ACLRULE MOD ACLRULE LST ACLRULE ADD ACLRULE LST ACLRULE

ADD ACLRULE LST ACLRULE ADD ACLRULE MOD ACLRULE LST ACLRULE ADD ACLRULE MOD ACLRULE LST ACLRULE ADD ACLRULE LST ACLRULE

ACLRULE

SPT2

Source Port 2

eNodeB

ACLRULE

DIP

Destination IP Address

eNodeB

ACLRULE

DWC

Destination Wildcard

eNodeB

ACLRULE

DMPT

Match Destination Port

eNodeB

ACLRULE

DOP

Destination Port Operate

eNodeB


ACLRULE

DPT1

Destination Port 1

eNodeB


ACLRULE

DPT2

Destination Port 2

eNodeB


ACLRULE

MDSCP

Match DSCP

eNodeB


ACLRULE

DSCP

DSCP

eNodeB


ACLRULE

MFRG

Match Fragment Message

eNodeB

BFDSESSION

CN

Cabinet No.

eNodeB

BFDSESSION

SRN

Subrack No.

eNodeB

BFDSESSION

SN

Slot No.

eNodeB

BFDSESSION

BFDSN

Session ID

eNodeB

BFDSESSION

SRCIP

Source IP

eNodeB

BFDSESSION

DSTIP

Destination IP

eNodeB

BFDSESSION

HT

Hop Type

eNodeB

BFDSESSION

MINTI

Min TX Interval

eNodeB

BFDSESSION

MINRI

Min RX Interval

eNodeB

BFDSESSION

DM

Detection Multiplier eNodeB

BFDSESSION

CATLOG

Session Catalog

eNodeB

BFDSESSION

DSCP

DSCP

eNodeB

BFDSESSION

CLEAR

Clear Statistic

eNodeB

ADD ACLRULE ADD BFDSESSION LST ACLRULE DSP BFDSESSION MOD ADD BFDSESSION BFDSESSION DSP RMV BFDSESSION BFDSESSION MOD LST BFDSESSION ADD BFDSESSION BFDSESSION DSP BFDSESSION RMV BFDSESSION MOD LST BFDSESSION ADD BFDSESSION BFDSESSION DSP RMV BFDSESSION BFDSESSION MOD LST BFDSESSION BFDSESSION ADD BFDSESSION RMV BFDSESSION MOD LST BFDSESSION BFDSESSION ADD BFDSESSION DSP BFDSESSION MOD LST BFDSESSION BFDSESSION DSP BFDSESSION ADD BFDSESSION LST BFDSESSION DSP BFDSESSION ADD BFDSESSION LST BFDSESSION MOD BFDSESSION ADD BFDSESSION DSP BFDSESSION MOD LST BFDSESSION BFDSESSION ADD BFDSESSION DSP BFDSESSION MOD LST BFDSESSION BFDSESSION ADD BFDSESSION DSP BFDSESSION MOD LST BFDSESSION BFDSESSION DSP BFDSESSION LST BFDSESSION ADD BFDSESSION LST BFDSESSION DSP BFDSESSION

BFDSESSION

FSMState

Session State

eNodeB

DSP BFDSESSION

BFDSESSION

ActualMode

Active Detecting Mode

eNodeB

DSP BFDSESSION

BFDSESSION

ActualMinTxInterval

Active Minimum Tx eNodeB Interval

DSP BFDSESSION

BFDSESSION

ActualMinRxInterval

Active Minimum Rx eNodeB Interval

DSP BFDSESSION

BFDSESSION

ActualDetectTime

Active Detection Time

eNodeB

DSP BFDSESSION

BFDSESSION

MyDiscreaminator

My Discriminator

eNodeB

DSP BFDSESSION

BFDSESSION

YourDiscreaminator Your Discriminator

eNodeB

DSP BFDSESSION

BFDSESSION

TxPDUCount

Number of TX PDUs

eNodeB

DSP BFDSESSION

BFDSESSION

RxPDUCount

Number of RX PDUs

eNodeB

DSP BFDSESSION

BFDSESSION

UptoDownCount

Total Number of Up eNodeB to Down Sessions

DSP BFDSESSION

BFDSESSION

Diagnostic

Session Diagnosis

eNodeB

DSP BFDSESSION

BFDSESSION

IFIndex

Interface Index

eNodeB

DSP BFDSESSION

CFMBNDIP

MDNAME

MD Name

eNodeB

CFMBNDIP

MANAME

MA Name

eNodeB

CFMBNDIP

RMEPID

RMEP ID

eNodeB

CFMBNDIP

BNDIP

IP Address

eNodeB

CFMMA

MDNAME

MD Name

eNodeB

CFMMA

MANAME

MA Name

eNodeB

CFMMA

CN

Cabinet No.

eNodeB

CFMMA

SRN

Subrack No.

eNodeB

CFMMA

SN

Slot No.

eNodeB

CFMMA

BNDVLAN

Binding VLAN

eNodeB

CFMMA

VLANID

VLAN ID

eNodeB

ADD CFMBNDIP RMV CFMBNDIP LST CFMBNDIP ADD CFMBNDIP RMV CFMBNDIP LST CFMBNDIP ADD CFMBNDIP RMV CFMBNDIP LST CFMBNDIP ADD CFMBNDIP RMV CFMBNDIP ADD CFMMA LST CFMBNDIP DSP CFMMA MOD CFMMA ADD RMV CFMMA CFMMA DSP CFMMA LST CFMMA MOD CFMMA RMV CFMMA LST ADDCFMMA CFMMA LST CFMMA ADD CFMMA LST CFMMA ADD CFMMA LST CFMMA ADD CFMMA DSP CFMMA LST CFMMA ADD CFMMA DSP CFMMA LST CFMMA

CFMMA

VLANPRI

VLAN Priority

eNodeB

CFMMA

CCMINTL

CCM TX Interval

eNodeB

CFMMA

MEPNumber

Number of MEPs

eNodeB

ADD CFMMA MOD CFMMA DSP CFMMA ADD CFMMA LST CFMMA MOD CFMMA DSP CFMMA LST CFMMA DSP CFMMA

CFMMA

RMEPNumber

Number of RMEPs

eNodeB

DSP CFMMA

CFMMA

MEPList

MEP List

eNodeB

DSP CFMMA

CFMMA

RMEPList

RMEP List

eNodeB

CFMMD

MDNAME

MD Name

eNodeB

CFMMD

LEVEL

MD Level

eNodeB

CFMMD

MANumber

MA Number

eNodeB

DSP CFMMA ADD CFMMD DSP CFMMD ADD RMV CFMMD CFMMD DSP CFMMD LST CFMMD DSP CFMMA DSP CFMMEP DSP CFMRMEP LST DSP CFMMD CFMMD

CFMMD

MANameList

MA List

eNodeB

CFMMEP

MDNAME

MD Name

eNodeB

CFMMEP

MANAME

MA Name

eNodeB

CFMMEP

MEPID

MEP ID

eNodeB

CFMMEP

CN

Cabinet No.

eNodeB

CFMMEP

SRN

Subrack No.

eNodeB

ADD CFMMEP LST CFMMEP

CFMMEP

SN

Slot No.

eNodeB


CFMMEP

SBT

Subboard Type

eNodeB


CFMMEP

PT

Port Type

eNodeB


CFMMEP

PN

Port No.

eNodeB


CFMMEP

CCSW

CC Switch

eNodeB

DSP CFMMEP LST CFMMEP

CFMMEP

BindingVLAN

Binding VLAN

eNodeB

DSP CFMMEP

CFMMEP

VLANID

VLAN ID

eNodeB

DSP CFMMEP

CFMMEP

VLANPri

VLAN Priority

eNodeB

DSP CFMMEP

DSP CFMCC CFMMD ACT ADD CFMMEP DEA CFMCC ACT DSP CFMCC CFMMEP ADD RMV CFMMEP CFMMEP DEA CFMCC LST CFMMEP ACT DSP CFMCC CFMMEP ADD RMV CFMMEP CFMMEP DEA CFMCC LST CFMMEP DSP CFMMEP RMV CFMMEP ADD CFMMEP LST CFMMEP LST CFMMEP

CFMMEP

TxCCPDU

Number of TX CC PDUs

eNodeB

DSP CFMMEP

CFMMEP

RxCCPDU

Number of RX CC PDUs

eNodeB

DSP CFMMEP

CFMMEP

TxLBPDU

Number of TX Loopback PDUs

eNodeB

DSP CFMMEP

CFMMEP

RxLBPDU

Number of RX Loopback PDUs

eNodeB

DSP CFMMEP

CFMMEP

TxLTPDU

Number of TX Link Trace PDUs

eNodeB

DSP CFMMEP

CFMMEP

RxLTPDU

eNodeB

DSP CFMMEP

eNodeB

DSP CFMMEP

eNodeB

DSP CFMMEP

eNodeB

DSP CFMMEP

eNodeB

DSP CFMMEP ADD CFMRMEP DSP CFMRMEP RMV CFMRMEP ADD CFMRMEP LST CFMRMEP DSP CFMRMEP RMV CFMRMEP ADD CFMRMEP LST CFMRMEP DSP CFMRMEP RMV CFMRMEP LST ADDCFMRMEP CFMRMEP DSP CFMRMEP LST CFMRMEP

CFMMEP CFMMEP CFMMEP CFMMEP

Number of RX Link Trace PDUs Number of TX TxSuccCFMPDU Success CFM PDUs Number of RX RxSuccCFMPDU Success CFM PDUs Number of TX TxDroppedCFMPD Dropped CFM U PDUs Number of RX RxDroppedCFMPD Dropped CFM U PDUs

CFMRMEP

MDNAME

MD Name

eNodeB

CFMRMEP

MANAME

MA Name

eNodeB

CFMRMEP

RMEPID

RMEP ID

eNodeB

CFMRMEP

MAC

MAC Address

eNodeB

CFMRMEP

Status

Status

eNodeB

DSP CFMRMEP

CFMRMEP

ActualMAC

Actual MAC Address

eNodeB

DSP CFMRMEP

CFMRMEP

BindingVLAN

Binding VLAN

eNodeB

DSP CFMRMEP

CFMRMEP

VLANID

VLAN ID

eNodeB

DSP CFMRMEP

CFMRMEP

RxCCMPDU

Number of RX CCM eNodeB PDUs

DSP CFMRMEP

CFMRMEP

IPNumber

Number of Bound IPs

eNodeB

DSP CFMRMEP

CFMRMEP

IPList

IP Address List

eNodeB

DBGSVR

SERVICETYPE

Service Type

eNodeB

DBGSVR

SERVICEPORT

Service Port

eNodeB

DSP CFMRMEP ADD DBGSVR DSP DBGSVR MOD DBGSVR ADD RMV DBGSVR DBGSVR DSP DBGSVR LST DBGSVR MOD DBGSVR RMV DBGSVR LST DBGSVR

DBGSVR

SWITCH

Enable Flag

eNodeB

DEVIP

CN

Cabinet No.

eNodeB

DEVIP

SRN

Subrack No.

eNodeB

DEVIP

SN

Slot No.

eNodeB

DEVIP

SBT

Subboard Type

eNodeB

DEVIP

PT

Port Type

eNodeB

DEVIP

PN

Port No.

eNodeB

DEVIP

IP

IP Address

eNodeB

DEVIP

MASK

Mask

eNodeB

DHCPRELAYSWITC ES

DHCP Relay Switch eNodeB DHCP Server IP Address OMCH AutoEstablishment Switch

DHCPSVRIP

DHCPSVRIP

DHCPSW

SWITCH

DIFPRI

PRIRULE

Priority Rule

eNodeB

SET DIFPRI LST DIFPRI

DIFPRI

SIGPRI

Signaling Priority

eNodeB


DIFPRI

OMHIGHPRI

OM High Priority

eNodeB


DIFPRI

OMLOWPRI

OM Low Priority

eNodeB


DIFPRI

PTPPRI

IPClock Priority

eNodeB


DIFPRI

DT1PRI

User Data 1 Priority eNodeB


DIFPRI

DT1TYPE

DIFPRI

User Data 1 Primary Transport Resource Type User Data 1 DT1PRIMTH Primary Port Load User Data 1 Threshold Primary To DT1PRIMTOSECR Secondary Port ATIOTH Load Ratio Threshold DT2PRI User Data 2 Priority

DIFPRI

DT2TYPE

DIFPRI DIFPRI

User Data 2 Primary Transport Resource Type

eNodeB

ADD DBGSVR MOD DBGSVR DSP DBGSVR ADD DEVIP LST DBGSVR DSP DEVIP RMV DEVIP ADD DEVIP LST DEVIP DSP DEVIP RMV DEVIP ADD DEVIP LST DEVIP DSP DEVIP RMV DEVIP ADD DEVIP LST DEVIP RMV DEVIP DSP DEVIP ADD DEVIP LST RMVDEVIP DEVIP DSP DEVIP ADD DEVIP DSP DHCPRSLT RMV DEVIP LST DEVIP DSP DEVIP DSP DHCPRSLT ADD DEVIP LST DEVIP RMV DEVIP DSP DEVIP LST DEVIP ADD DEVIP DSP DEVIP SET LST DEVIP DHCPRELAYSWIT CH LST DHCPRELAYSWIT ADD DHCPSVRIP CH DHCPSVRIP RMV LST DHCPSVRIP SET DHCPSW LST DHCPSW

eNodeB

eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


DIFPRI

User Data 2 Primary Port Load eNodeB User Data 2 Threshold Primary To DT2PRIMTOSECR Secondary Port eNodeB ATIOTH Load Ratio Threshold DT3PRI User Data 3 Priority eNodeB

DIFPRI

DT3TYPE

DIFPRI DIFPRI

DT2PRIMTH

DIFPRI


DIFPRI

DT4TYPE

DIFPRI DIFPRI

DIFPRI


DIFPRI

DT5TYPE

DIFPRI DIFPRI

DIFPRI


DIFPRI

DT6TYPE

DIFPRI DIFPRI

DIFPRI


DIFPRI

DT7TYPE

DIFPRI DIFPRI

DIFPRI DIFPRI DIFPRI


SET DIFPRI LST DIFPRI SET DIFPRI LST DIFPRI SET DIFPRI LST DIFPRI

eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


DIFPRI


DIFPRI

DT9TYPE

DIFPRI DIFPRI DIFPRI

DIFPRI DIFPRI DLITFCALG DLITFCALG

DT8TYPE

User Data 9 Primary Transport Resource Type User Data 9 DT9PRIMTH Primary Port Load User Data 9 Threshold Primary To DT9PRIMTOSECR Secondary Port ATIOTH Load Ratio Bit Congestion Threshold BCDLITFCSW Down Link Internal Flow Control Switch Packet Congestion PCDLITFCSW Down Link Internal Flow Control Switch

eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB

SET DLITFCALG LST DLITFCALG

eNodeB

SET DLITFCALG LST DLITFCALG ADD E1T1 DSP E1T1 RMV E1T1 ADD E1T1 SET E1T1 DSP E1T1 LST E1T1 RMV E1T1 ADD E1T1 SET E1T1 DSP E1T1 LST E1T1 RMV E1T1 ADD E1T1 SET E1T1 DSP E1T1 LST E1T1 RMV E1T1 ADD E1T1 SET E1T1 DSP E1T1 LST E1T1 RMV E1T1 SET ADD E1T1 E1T1 LST SET E1T1 E1T1 DSP E1T1 ADD E1T1 LST E1T1 SET E1T1 DSP E1T1 ADD E1T1 LST E1T1 SET E1T1 DSP E1T1 ADD E1T1 LST E1T1 SET E1T1 DSP E1T1 LST E1T1 DSP E1T1

E1T1

CN

Cabinet No.

eNodeB

E1T1

SRN

Subrack No.

eNodeB

E1T1

SN

Slot No.

eNodeB

E1T1

PN

Port No.

eNodeB

E1T1

PS

Port Selection

eNodeB

E1T1

WORKMODE

Work Mode

eNodeB

E1T1

FRAME

Frame Format

eNodeB

E1T1

LNCODE

Line Code

eNodeB

E1T1

CLKM

Clock Mode

eNodeB

E1T1

LinkRunningStatus

Link Running Status

eNodeB

E1T1

ExecuteLinkTestFla Link Test Execution eNodeB g Status

DSP E1T1

E1T1

UsedFlag

Used Flag

eNodeB

DSP E1T1

E1T1

LoopLeftTime

Loop Left Time

eNodeB

E1T1

SBT

Subboard Type

eNodeB

DSP E1T1 ADD E1T1 DSP E1T1 RMV E1T1 SET E1T1 LST E1T1

E1T1BER

BTL

E1/T1 BER Threshold Level

eNodeB

ETHOAM3AH

CN

Cabinet No.

eNodeB

ETHOAM3AH

SRN

Subrack No.

eNodeB

ETHOAM3AH

SN

Slot No.

eNodeB

ETHOAM3AH

SBT

Subboard Type

eNodeB

ETHOAM3AH

PT

Port Type

eNodeB

ETHOAM3AH

PN

Port No.

eNodeB

ETHOAM3AH

WORKMODE

Working Mode

eNodeB

ETHOAM3AH

DTPRD

Detection Period

eNodeB

ACT ETHOAM3AH LST ETHOAM3AH

ETHOAM3AH

PDUSIZE

PDU Size

eNodeB


ETHOAM3AH

RMTLBFLG

Loopback Flag

eNodeB


ETHOAM3AH

FLTINDFLG

Fault Report Flag

eNodeB


ETHOAM3AH

ERRFRMEVTPRD

Error Frame Event Duration

eNodeB


ETHOAM3AH

ERRFRMEVTTHD

ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH

SET E1T1BER LST E1T1BER ACT ETHOAM3AH DEA ETHOAM3AH DSP ETHOAM3AH ACT ETHOAM3AH LST ETHOAM3AH DEA ETHOAM3AH DSP ETHOAM3AH ACT ETHOAM3AH LST ETHOAM3AH DEA ETHOAM3AH DSP ETHOAM3AH ACT ETHOAM3AH LST ETHOAM3AH DEA ETHOAM3AH DSP ETHOAM3AH ACT ETHOAM3AH LST ETHOAM3AH DEA ETHOAM3AH DSP ETHOAM3AH ACT ETHOAM3AH LST ETHOAM3AH DEA ETHOAM3AH DSP ETHOAM3AH LST ETHOAM3AH ACT ETHOAM3AH LST ETHOAM3AH

Error Frame Event eNodeB Threshold Error Frame ERRFRMSCDEVT Seconds Summary eNodeB PRD Event Duration Error Frame ERRFRMSCDEVTT Seconds Summary eNodeB HD Event Threshold


FSMState

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

Current State

Number of RX RxDropOAMPDUC Dropped ount OAMPDUs RxEventOAMPDUC Number of RX ount Event OAMPDUs RxFaultOAMPDUC Number of RX Fault ount OAMPDUs Number of RX RxInfoOAMPDUCo Information unt OAMPDUs Number of RX RxLoopbackOAMP Loopback Control DUCount OAMPDUs RxTotalOAMPDUC Total Number of RX ount OAMPDUs

ACT ETHOAM3AH LST ETHOAM3AH ACT ETHOAM3AH LST ETHOAM3AH

ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH ETHOAM3AH

Number of TX TxDropOAMPDUCo Dropped unt OAMPDUs TxEventOAMPDUC Number of TX ount Event OAMPDUs TxFaultOAMPDUC Number of TX Fault ount OAMPDUs Number of TX TxInfoOAMPDUCo Information unt OAMPDUs Number of TX TxLoopbackOAMP Loopback Control DUCount OAMPDUs TxTotalOAMPDUCo Total Number of TX unt OAMPDUs

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH

eNodeB

DSP ETHOAM3AH ADD ETHPORT DSP ETHPORT RMV ETHPORT ADD ETHPORT RST ETHPORT DSP ETHPORT SET ETHPORT RMV ETHPORT LST ETHPORT ADD ETHPORT RST ETHPORT DSP ETHPORT SET ETHPORT RMV ETHPORT LST ETHPORT ADD ETHPORT RST ETHPORT DSP ETHPORT SET ETHPORT RMV ETHPORT LST ETHPORT ADD ETHPORT RST ETHPORT DSP ETHPORT SET ETHPORT RMV ETHPORT LST ETHPORT RST ETHPORT ADD ETHPORT SET SET ETHPORT ETHPORT LST DSP ETHPORT DHCPRSLT DSP ADD ETHPORT ETHPORT LST SET ETHPORT ETHPORT DSP ETHPORT ADD ETHPORT LST ETHPORT SET ETHPORT DSP DHCPRSLT ADD ETHPORT LST ETHPORT SET ETHPORT DSP DHCPRSLT ADD ETHPORT LST ETHPORT SET ETHPORT DSP ETHPORT ADD ETHPORT LST ETHPORT SET ETHPORT DSP ETHPORT LST ADDETHPORT ETHPORT SET ETHPORT LST ETHPORT ADD ETHPORT SET ETHPORT LST ETHPORT

ETHPORT

CN

Cabinet No.

eNodeB

ETHPORT

SRN

Subrack No.

eNodeB

ETHPORT

SN

Slot No.

eNodeB

ETHPORT

SBT

Subboard Type

eNodeB

ETHPORT

PN

Port No.

eNodeB

ETHPORT

PA

Port Attribute

eNodeB

ETHPORT

MTU

Maximum Transmission Unit

eNodeB

ETHPORT

SPEED

Speed

eNodeB

ETHPORT

DUPLEX

Duplex

eNodeB

ETHPORT

ARPPROXY

ARP Proxy

eNodeB

ETHPORT

FC

Flow Control

eNodeB

ETHPORT

FERAT

ETHPORT

FERDT

ETHPORT

MAC

MAC Address

eNodeB

DSP ETHPORT

ETHPORT

PortStatus

Port Status

eNodeB

DSP ETHPORT

ETHPORT

LoopbackStatus

Loopback Status

eNodeB

DSP ETHPORT

ETHPORT

InLoopbackTestMo In Loopback Mode de or Not

eNodeB

DSP ETHPORT

MAC Frame Error Rate Occur Threshold MAC Frame Error Rate Clear Threshold

eNodeB eNodeB

ETHPORT

OAM3AHEnableFla Ethernet OAM 3AH eNodeB g Flag

ETHPORT

RxPackets

Number of RX Packets

eNodeB

DSP ETHPORT

ETHPORT

RxBytes

Number of RX Bytes

eNodeB

DSP ETHPORT

ETHPORT

RxCRCError

Number of RX CRC eNodeB Error Packets

DSP ETHPORT

ETHPORT

RxFlowRate

RX Traffic

eNodeB

DSP ETHPORT

ETHPORT

TxPackets

Number of TX Packets

eNodeB

DSP ETHPORT

ETHPORT

TxBytes

Number of TX Bytes

eNodeB

DSP ETHPORT

ETHPORT

TxFlowRate

TX Traffic

eNodeB

DSP ETHPORT

ETHPORT

IPNum

Number of IPs

eNodeB

DSP ETHPORT

ETHPORT

IPList

IP Address List

eNodeB

DSP ETHPORT

ETHPORT

LocCfgNegoMode

Local Configuration eNodeB Negotiation Mode

DSP ETHPORT

ETHPORT

LocRealNegoMode

Local Actual Negotiation Mode

eNodeB

DSP ETHPORT

ETHPORT

LocSpeed

Local Speed

eNodeB

DSP ETHPORT

ETHPORT

LocDuplex

Local Duplex

eNodeB

DSP ETHPORT

ETHPORT

PeerNegoMode

Peer Actual Negotiation Mode

eNodeB

DSP ETHPORT

ETHPORT

PeerSpeed

Peer Speed

eNodeB

DSP ETHPORT

ETHPORT

PeerDuplex

Peer Duplex

eNodeB

ETHTRK

CN

Cabinet No.

eNodeB

ETHTRK

SRN

Subrack No.

eNodeB

ETHTRK

SN

Slot No.

eNodeB

ETHTRK

TN

Trunk No.

eNodeB

ETHTRK

LACP

Trunk Type

eNodeB

ETHTRK

ARPPROXY

ARP Proxy

eNodeB

DSP ETHPORT ADD ETHTRK DSP ETHTRK MOD ETHTRK ADD RMV ETHTRK ETHTRK DSP ETHTRK LST ETHTRK MOD ETHTRK ADD RMV ETHTRK ETHTRK DSP ETHTRK LST ETHTRK MOD ETHTRK ADD RMV ETHTRK ETHTRK MOD ETHTRK LST ETHTRK RMV ETHTRK DSP ETHTRK ADD ETHTRK LST ETHTRK MOD ETHTRK DSP ETHTRK ADD ETHTRK LST ETHTRK MOD ETHTRK DSP ETHTRK LST ETHTRK

DSP ETHPORT

ETHTRK

SBT

Subboard Type

eNodeB

ETHTRK

MTU

Max Transmission Unit

eNodeB

ETHTRK

EthTrunkStatus

Ethernet Trunk Status

eNodeB

ADD ETHTRK DSP ETHTRK MOD ETHTRK RMV ETHTRK ETHTRK ADD LST ETHTRK MOD ETHTRK DSP ETHTRK LST ETHTRK DSP ETHTRK

ETHTRK

LocalMAC

Local MAC Address eNodeB

DSP ETHTRK

ETHTRK

PeerSysMAC

Peer System MAC Address

eNodeB

DSP ETHTRK

ETHTRK

EthTrunkLinkNum

Number of Ethernet eNodeB Trunk Ports

DSP ETHTRK

ETHTRK

EthTrunkLinkIDs

Ethernet Trunk Port eNodeB No.

DSP ETHTRK LST ETHTRK

ETHTRK

EthTrunkLinkUpNu Number of Active m Trunk Ports

eNodeB

DSP ETHTRK

ETHTRK

EthTrunkLinkUpIDs

Active Trunk Port No.

eNodeB

DSP ETHTRK

ETHTRK

RxPackets


eNodeB

DSP ETHTRK

ETHTRK

RxBytes

Number of RX Bytes

eNodeB

DSP ETHTRK

ETHTRK

RxDroppedPackets

Number of RX Dropped Packets

eNodeB

DSP ETHTRK

ETHTRK

RxDroppedBytes

Number of RX Dropped Bytes

eNodeB

DSP ETHTRK

ETHTRK

TxPackets


eNodeB

DSP ETHTRK

ETHTRK

TxBytes

Number of TX Bytes

eNodeB

DSP ETHTRK

ETHTRK

TxDroppedPackets

Number of TX Dropped Packets

eNodeB

DSP ETHTRK

ETHTRK

TxDroppedBytes

Number of TX Dropped Bytes

eNodeB

DSP ETHTRK

ETHTRK

IPNum

Number of IPs

eNodeB

DSP ETHTRK

ETHTRK

IPList

IP Address List

eNodeB

ETHTRKLNK

CN

Cabinet No.

eNodeB

ETHTRKLNK

SRN

Subrack No.

eNodeB

ETHTRKLNK

SN

Slot No.

eNodeB

ETHTRKLNK

TN

Trunk No.

eNodeB

DSP ETHTRK ADD ETHTRKLNK DSP ETHTRKLNK RMV ETHTRKLNK ADD ETHTRKLNK LST ETHTRKLNK DSP ETHTRKLNK RMV ETHTRKLNK ADD ETHTRKLNK LST ETHTRKLNK DSP ETHTRKLNK RMV ETHTRKLNK ADD ETHTRKLNK LST ETHTRKLNK DSP ETHTRKLNK RMV ETHTRKLNK LST ETHTRKLNK

ETHTRKLNK

PN

Ethernet Port No.

eNodeB

ETHTRKLNK

PRI

Port Priority

eNodeB

ETHTRKLNK

FLAG

Master Flag

eNodeB

ETHTRKLNK

SBT

Subboard Type

eNodeB

ETHTRKLNK

PortStatus

Port Status

eNodeB

ADD ETHTRKLNK DSP ETHTRKLNK RMV ETHTRKLNK LST ADDETHTRKLNK ETHTRKLNK DSP ETHTRKLNK LST ETHTRKLNK ADD ETHTRKLNK LST ETHTRKLNK ADD ETHTRKLNK DSP ETHTRKLNK RMV ETHTRKLNK LST ETHTRKLNK DSP ETHTRKLNK

ETHTRKLNK

MAC

MAC Address

eNodeB

DSP ETHTRKLNK

ETHTRKLNK

LocalTimeoutMode

Local Timeout Mode

eNodeB

DSP ETHTRKLNK

ETHTRKLNK

PeerTimeoutMode

Peer Timeout Mode eNodeB

DSP ETHTRKLNK

ETHTRKLNK

RxLACPPackets

Number of RX LACP Packets

eNodeB

DSP ETHTRKLNK

ETHTRKLNK

TxLACPPackets

Number of TX LACP Packets

eNodeB

DSP ETHTRKLNK ADD EXTUDT MOD EXTUDT RMV EXTUDT LST ADDEXTUDT EXTUDT ADD MOD EXTUDT EXTUDTPARAGRP LST LST EXTUDT EXTUDTPARAGRP ADD MOD EXTUDTPARAGRP EXTUDTPARAGRP MOD RMV ADD EXTUDTPARAGRP EXTUDTPARAGRP EXTUDTPARAGRP LST MOD EXTUDTPARAGRP ADD EXTUDTPARAGRP EXTUDTPARAGRP LST MOD EXTUDTPARAGRP ADD EXTUDTPARAGRP EXTUDTPARAGRP LST MOD EXTUDTPARAGRP ADD EXTUDTPARAGRP EXTUDTPARAGRP LST MOD EXTUDTPARAGRP ADD EXTUDTPARAGRP EXTUDTPARAGRP LST MOD EXTUDTPARAGRP EXTUDTPARAGRP LST SET EXTUDTPARAGRP GTRANSPARA LST GTRANSPARA SET GTRANSPARA LST GTRANSPARA SET IKECFG DSP IKECFG LST IKECFG SET IKECFG DSP IKECFG LST IKECFG

User Data Type Number Extern User Data EXTUDTPARAGRP Type Transfer EXTUDT ID Parameter Group Extern User Data ID. EXTUDTPARAGRP Type Transfer EXTUDTPARAGRP ID Parameter Group ID. EXTUDTPARAGRP PRI Priority EXTUDT

EXTUDTNO

EXTUDTPARAGRP ACTFACTOR EXTUDTPARAGRP

Act Factor

PRIMTRANRSCTY Primary Transport PE Resource Type

Primary Port Load Threshold Primary To PRIM2SECPTLOA Secondary Port EXTUDTPARAGRP DRATH Load Ratio Threshold EXTUDTPARAGRP FLOWCTRLTYPE Flow Control Type EXTUDTPARAGRP PRIMPTLOADTH

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB

GTRANSPARA

LPSCHSW

Resource Group Scheduling Weight Switch

eNodeB

GTRANSPARA

RATECFGTYPE

Rate Config Type

eNodeB

IKECFG

IKELNM

Local Name

eNodeB

IKECFG

IKEKLI

Keepalive Interval

eNodeB

SET IKECFG DSP IKECFG LST IKECFG SET IKECFG DSP IKECFG LST IKECFG

IKECFG

IKEKLT

Keepalive Timeout

eNodeB

IKECFG

DSCP

DSCP

eNodeB

IKECFG

CabinetNo

Cabinet No.

eNodeB

DSP IKECFG

IKECFG

SubrackNo

Subrack No.

eNodeB

DSP IKECFG

IKECFG

SlotNo

Slot No.

eNodeB

IKEPEER

PEERNAME

IKE Peer Name

eNodeB

IKEPEER

PROPID

IKE Proposal ID

eNodeB

IKEPEER

IKEVERSION

Version

eNodeB

IKEPEER

EXCHMODE

Exchange Mode

eNodeB

IKEPEER

IDTYPE

Local ID Type

eNodeB

IKEPEER

REMOTEIP

Remote IP Address eNodeB

IKEPEER

REMOTENAME

Remote Name

eNodeB

IKEPEER

PKEY

Pre-shared Key

eNodeB

IKEPEER

DPD

DPD Mode

eNodeB

IKEPEER

DPDIDLETIME

DPD Idle Time

eNodeB

IKEPEER

DPDRETRI

IKEPEER

DPDRETRN

IKEPEER

LOCALIP

Local IP Address

eNodeB

IKEPEER

CabinetNo

Cabinet No.

eNodeB

DSP IKECFG ADD IKEPEER DSP IKEPEER LST IKEPEER MOD IKEPEER ADD IKEPEER RMV IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER ADD IKEPEER LST IKEPEER MOD IKEPEER DSP IKEPEER LST IKEPEER DSP IKEPEER

IKEPEER

SubrackNo

Subrack No.

eNodeB

IKEPEER

SlotNo

Slot No.

eNodeB

IKEPROPOSAL

PROPID

Proposal ID

eNodeB

IKEPROPOSAL

ENCALG

Encryption Algorithm

eNodeB

DPD Retransmission Interval DPD Retransmission Count

eNodeB eNodeB

DSP IKEPEER ADD IKEPROPOSAL DSP DSP IKEPEER IKEPROPOSAL ADD LST IKEPROPOSAL IKEPROPOSAL MOD MOD IKEPROPOSAL IKEPROPOSAL DSP RMV IKEPROPOSAL IKEPROPOSAL LST IKEPROPOSAL

IKEPROPOSAL

AUTHALG

Authentication Algorithm

eNodeB

IKEPROPOSAL

AUTHMETH

Authentication Method

eNodeB

IKEPROPOSAL

DHGRP

Diffie-Hellman Group

eNodeB

IKEPROPOSAL

DURATION

ISAKMP SA Duration

eNodeB

IKEPROPOSAL

PRFALG

PRF Algorithm

eNodeB

IKEPROPOSAL

CabinetNo

Cabinet No.

eNodeB

IKEPROPOSAL

SubrackNo

Subrack No.

eNodeB

IKEPROPOSAL

SlotNo

Slot No.

eNodeB

IP2RSCGRP

CN

Cabinet No.

eNodeB

IP2RSCGRP

SRN

Subrack No.

eNodeB

IP2RSCGRP

SN

Slot No.

eNodeB

IP2RSCGRP

RSCGRPID

Transmission eNodeB Resource Group ID

IP2RSCGRP

DSTIP

Destination IP

eNodeB

IP2RSCGRP

DSTMASK

Mask

eNodeB

IP2RSCGRP

BEAR

Transmission Resource Group Bear Type

eNodeB

IP2RSCGRP

SBT

Subboard Type

eNodeB

IP2RSCGRP

PT

Bearing Port Type

eNodeB

IP2RSCGRP

PN

Bearing Port No.

eNodeB

IPPATH

PATHID

IP Path ID

eNodeB

IPPATH

CN

Cabinet No.

eNodeB

IPPATH

SRN

Subrack No.

eNodeB

IPPATH

SN

Slot No.

eNodeB

IPPATH

PT

Port Type

eNodeB

ADD IKEPROPOSAL MOD ADD IKEPROPOSAL IKEPROPOSAL DSP MOD IKEPROPOSAL ADD IKEPROPOSAL LST IKEPROPOSAL DSP IKEPROPOSAL MOD IKEPROPOSAL ADD IKEPROPOSAL LST IKEPROPOSAL DSP IKEPROPOSAL MOD IKEPROPOSAL ADD IKEPROPOSAL LST IKEPROPOSAL DSP IKEPROPOSAL MOD IKEPROPOSAL IKEPROPOSAL LST DSP IKEPROPOSAL IKEPROPOSAL DSP LST IKEPROPOSAL IKEPROPOSAL DSP IKEPROPOSAL DSP IKEPROPOSAL ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP LST IP2RSCGRP ADD IP2RSCGRP RMV IP2RSCGRP ADD IPPATH LST IP2RSCGRP DSP IPPATH MOD IPPATH RMV IPPATH ADD IPPATH LST IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST IPPATH

ADD IPPATH MOD IPPATH LST IPPATH ADD IPPATH LST IPPATH

IPPATH

PN

Port No.

eNodeB

IPPATH

PATHTYPE

Path Type

eNodeB

IPPATH

DSCP

DSCP

eNodeB

IPPATH

LOCALIP

Local IP

eNodeB

IPPATH

PEERIP

Peer IP

eNodeB

IPPATH

ANI

Adjacent Node ID

eNodeB

IPPATH

QT

Transport Resource eNodeB Type

IPPATH

APPTYPE

Application Type

eNodeB

IPPATH

PATHCHK

Path Check

eNodeB

IPPATH

RealtimeTxBandwid Realtime TX th Bandwidth

eNodeB

DSP IPPATH

IPPATH

RealtimeRxBandwi Realtime RX dth Bandwidth

eNodeB

DSP IPPATH

IPPATH

NonRealtimeTxBan Non-Realtime TX dwidth Bandwidth

eNodeB

DSP IPPATH

eNodeB

DSP IPPATH

eNodeB

DSP IPPATH

eNodeB

DSP IPPATH

eNodeB

DSP IPPATH

IPPATH IPPATH IPPATH IPPATH

NonRealtimeRxBan Non-Realtime RX dwidth Bandwidth Non-Realtime NonRealtimeReserv Reserved TX edTxBandwidth Bandwidth Non-Realtime NonRealtimeReserv Reserved RX edRxBandwidth Bandwidth IP Path Check IppathCheckResult Result

IPPATH

RSCGRPID


IPPATH

DESCRI

Description Info

eNodeB

IPPATH

SBT

Subboard Type

eNodeB

IPPATH

JNRSCGRP

Join Transmission Resource Group

eNodeB

IPPATHRT

SRCIP

Source IP

eNodeB

IPPATHRT

DSTIP

Destination IP

eNodeB

IPPATHRT

TRANRSCTYPE

Transport Resource eNodeB Type

ADD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST ADDIPPATH IPPATH MOD IPPATH DSP IPPATH LST ADDIPPATH IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST IPPATH

ADD IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST IPPATH ADD IPPATH MOD IPPATH LST ADDIPPATH IPPATHRT DSP IPPATHRT RMV IPPATHRT ADD IPPATHRT LST IPPATHRT DSP IPPATHRT RMV IPPATHRT LST IPPATHRT ADD IPPATHRT DSP IPPATHRT LST IPPATHRT

ADD ADD IPPATHRT DSP IPPATHRT IPPMSESSION LST IPPATHRT DSP IPPMSESSION ADD RMV IPPMSESSION IPPMSESSION DSP LST ADD IPPMSESSION IPPMSESSION IPPMSESSION LST DSP IPPMSESSION ADD IPPMSESSION IPPMSESSION LST DSP IPPMSESSION ADD IPPMSESSION IPPMSESSION LST DSP IPPMSESSION IPPMSESSION LST DSP IPPMSESSION IPPMSESSION

IPPATHRT

NEXTHOPIP

Next Hop IP

eNodeB

IPPMSESSION

IPPMSN

IP PM Session ID

eNodeB

IPPMSESSION

LOCALIP

Local IP

eNodeB

IPPMSESSION

PEERIP

Peer IP

eNodeB

IPPMSESSION

IPPMDSCP

DSCP

eNodeB

IPPMSESSION

DIR

Activate Direction

eNodeB

IPPMSESSION

TimeDelay

Round Trip Time

eNodeB

IPPMSESSION

RxJitter

RX Jitter

eNodeB

DSP IPPMSESSION

IPPMSESSION

TxJitter

TX Jitter

eNodeB

DSP IPPMSESSION

IPPMSESSION

RxLossRate

RX Loss Rate

eNodeB

DSP IPPMSESSION

IPPMSESSION

TxLossRate

TX Loss Rate

eNodeB

DSP IPPMSESSION

IPPMSESSION

IppmUpActState

Activate State(Up)

eNodeB

DSP IPPMSESSION

IPPMSESSION

IppmDownActState

Activate State(Down)

eNodeB

IPPMSESSION

IPPMTYPE

IP PM Type

eNodeB

IPPMSESSION

BINDPATH

Bind IP Path

eNodeB

IPPMSESSION

PATHID

IP Path ID

eNodeB

IPPMSESSION

DLDscpChangeFla DSCP Change g Flag(Down)

IPPMSESSION

DLPreDscp

IPPMSESSION

DLModiDscp

IPPMSESSION

DSCP Initial Value(Down)

DSCP Changed Value(Down) DSCP Changed DscpChangeDateTi Date And me Time(Down)

eNodeB

DSP ADD IPPMSESSION IPPMSESSION DSP ADD IPPMSESSION IPPMSESSION LST DSP IPPMSESSION ADD IPPMSESSION IPPMSESSION LST DSP IPPMSESSION IPPMSESSION LST DSP IPPMSESSION IPPMSESSION

eNodeB

DSP IPPMSESSION

eNodeB

DSP IPPMSESSION

eNodeB

IPRT

CN

Cabinet No.

eNodeB

IPRT

SRN

Subrack No.

eNodeB

IPRT

SN

Slot No.

eNodeB

DSP IPPMSESSION ADD IPRT DSP IPRT MOD IPRT ADD RMV IPRT IPRT DSP IPRT LST IPRT MOD IPRT ADD RMV IPRT IPRT DSP IPRT LST IPRT MOD IPRT RMV IPRT LST IPRT

ADD IPRT MOD IPRT RMV IPRT ADD IPRT LST IPRT MOD IPRT RMV IPRT ADD IPRT LST IPRT MOD IPRT RMV IPRT IPRT ADD LST MODIPRT IPRT RMV IPRT ADD IPRT DSP IPRT MOD IPRT LST IPRT RMV IPRT ADD IPRT DSP IPRT MOD IPRT LST IPRT RMV IPRT ADD IPRT DSP IPRT MOD IPRT LST IPRT RMV IPRT DSP IPRT ADD IPRT LST IPRT DSP IPRT LST IPRT

IPRT

SBT

Subboard Type

eNodeB

IPRT

IFT

Port Type

eNodeB

IPRT

IFNO

Port No.

eNodeB

IPRT

RTTYPE

Route Type

eNodeB

IPRT

DSTIP

Destination IP

eNodeB

IPRT

DSTMASK

Mask

eNodeB

IPRT

NEXTHOP

Next Hop IP

eNodeB

IPRT

PREF

Preference

eNodeB

IPRT

RTRouteType

Protocol

eNodeB

DSP IPRT

IPRT

DESCRI

Description Info

eNodeB

ADD IPRT MOD IPRT LST IPRT

IPRT

ActualPortType

Actual Port Type

eNodeB

DSP IPRT

IPRT

ActualPortNo

Actual Port No.

eNodeB

DSP IPRT

IPSECBIND

CN

Cabinet No.

eNodeB

IPSECBIND

SRN

Subrack No.

eNodeB

IPSECBIND

SN

Slot No.

eNodeB

IPSECBIND

SBT

Subboard Type

eNodeB

IPSECBIND

PT

Port Type

eNodeB

IPSECBIND

PN

Port No.

eNodeB

IPSECBIND

SPGN

Policy Group Name eNodeB

IPSECPOLICY

SPGN

Policy Group Name eNodeB

IPSECPOLICY

SPSN

IPSec Sequence No.

eNodeB

IPSECPOLICY

ACLID

ACL ID

eNodeB

IPSECPOLICY

PROPNAME

IPSec Proposal Name

eNodeB

ADD IPSECBIND RMV IPSECBIND LST IPSECBIND ADD IPSECBIND RMV IPSECBIND LST IPSECBIND ADD IPSECBIND RMV IPSECBIND LST IPSECBIND ADD IPSECBIND RMV IPSECBIND LST IPSECBIND ADD IPSECBIND RMV IPSECBIND LST IPSECBIND ADD IPSECBIND RMV IPSECBIND LST ADDIPSECBIND ADD IPSECBIND IPSECPOLICY LST DSP IPSECBIND ADD IPSECPOLICY IPSECPOLICY LST IPSECPOLICY DSP MOD IPSECPOLICY IPSECPOLICY ADD LST IPSECPOLICY RMV IPSECPOLICY MOD IPSECPOLICY MOD IPSECPOLICY ADD IPSECPOLICY RMV IPSECPOLICY DSP IPSECPOLICY MOD IPSECPOLICY IPSECPOLICY LST IPSECPOLICY DSP IPSECPOLICY LST IPSECPOLICY

ADD IPSECPOLICY MOD ADD IPSECPOLICY IPSECPOLICY DSP MOD IPSECPOLICY ADD IPSECPOLICY LST IPSECPOLICY IPSECPOLICY DSP MOD IPSECPOLICY ADD IPSECPOLICY LST IPSECPOLICY IPSECPOLICY DSP MOD IPSECPOLICY ADD IPSECPOLICY LST IPSECPOLICY IPSECPOLICY DSP MOD IPSECPOLICY IPSECPOLICY LST IPSECPOLICY DSP IPSECPOLICY DSP LST IPSECPOLICY IPSECPOLICY

IPSECPOLICY

PEERNAME

IKE Peer Name

eNodeB

IPSECPOLICY

PFS

Perfect Forward Secrecy

eNodeB

IPSECPOLICY

LTCFG

SA Duration Mode

eNodeB

IPSECPOLICY

LTS

Lifetime Based On Time

eNodeB

IPSECPOLICY

LTKB

Lifetime Based On Traffic

eNodeB

IPSECPOLICY

CabinetNo

Cabinet No.

eNodeB

IPSECPOLICY

SubrackNo

Subrack No.

eNodeB

IPSECPOLICY

SlotNo

Slot No.

eNodeB

IPSECPROPOSAL PROPNAME

IPSec Proposal Name

eNodeB

IPSECPROPOSAL ENCAPMODE

Encapsulation Mode

eNodeB

IPSECPROPOSAL TRANMODE

Transform

eNodeB

IPSECPROPOSAL AHAUTHALG

AH Authentication Algorithm

eNodeB

IPSECPROPOSAL ESPAUTHALG

ESP Authentication eNodeB Algorithm

IPSECPROPOSAL ESPENCALG

ESP Encryption Algorithm

eNodeB

IPSECPROPOSAL CabinetNo

Cabinet No.

eNodeB

IPSECPROPOSAL SubrackNo

Subrack No.

eNodeB

DSP IPSECPROPOSAL

IPSECPROPOSAL SlotNo

Slot No.

eNodeB

DSP IPSECPROPOSAL

LOCALETHPORT

ConfigStatus

Config Status

eNodeB

DSP LOCALETHPORT

LOCALETHPORT

PortStatus

Port Status

eNodeB

DSP LOCALETHPORT

LOCALETHPORT

RxError

Number of RX Error eNodeB Packets

DSP LOCALETHPORT

LOCALETHPORT

RxPackets


eNodeB

DSP LOCALETHPORT

LOCALETHPORT

TxError

Number of TX Error eNodeB Packets

DSP LOCALETHPORT

LOCALETHPORT

TxPackets


DSP LOCALETHPORT

eNodeB

DSP IPSECPOLICY ADD IPSECPROPOSAL DSP DSP IPSECPOLICY IPSECPROPOSAL ADD LST IPSECPROPOSAL IPSECPROPOSAL MOD MOD ADD IPSECPROPOSAL IPSECPROPOSAL IPSECPROPOSAL DSP RMV MOD IPSECPROPOSAL IPSECPROPOSAL ADD IPSECPROPOSAL LST IPSECPROPOSAL DSP IPSECPROPOSAL MOD IPSECPROPOSAL ADD IPSECPROPOSAL LST IPSECPROPOSAL DSP IPSECPROPOSAL MOD IPSECPROPOSAL ADD IPSECPROPOSAL LST IPSECPROPOSAL DSP IPSECPROPOSAL MOD IPSECPROPOSAL IPSECPROPOSAL LST DSP IPSECPROPOSAL IPSECPROPOSAL DSP LST IPSECPROPOSAL IPSECPROPOSAL

SET LOCALIP DSP LOCALIP LST LOCALIP SET LOCALIP DSP LOCALIP LST LOCALIP SET LR LST LR

LOCALIP

IP

IP Address

eNodeB

LOCALIP

MASK

Mask

eNodeB

LR

CN

Cabinet No.

eNodeB

LR

SRN

Subrack No.

eNodeB

SET LR LST LR

LR

SN

Slot No.

eNodeB

SET LR LST LR

LR

PT

Port Type

eNodeB

SET LR LST LR

LR

PN

Port No.

eNodeB

SET LR LST LR

LR

LRSW

LR Switch

eNodeB

SET LR LST LR

LR

CIR

UL Committed Information Rate

eNodeB

SET LR LST LR

LR

CBS

Committed Burst Size

eNodeB

SET LR LST LR

LR

EBS

Excess Burst Size

eNodeB

SET LR LST LR

LR

SBT

Subboard Type

eNodeB

SET LR LST LR

LR

DLCIR

DL Committed Information Rate

eNodeB

MPGRP

CN

Cabinet No.

eNodeB

MPGRP

SRN

Subrack No.

eNodeB

MPGRP

SN

Slot No.

eNodeB

MPGRP

MPGRPN

MLPPP Group No.

eNodeB

MPGRP

MCPPP

Multi-Class PPP

eNodeB

MPGRP

AUTH

Authentication Type eNodeB

MPGRP

UN

User Name

eNodeB

MPGRP

PWD

Password

eNodeB

MPGRP

LOCALIP

Local IP

eNodeB

MPGRP

IPMASK

Mask

eNodeB

SET LR LST LR ADD MPGRP DSP MPGRP RMV MPGRP ADD MPGRP RST MPGRP DSP MPGRP LST MPGRP RMV MPGRP ADD MPGRP RST MPGRP DSP MPGRP LST MPGRP RMV MPGRP ADD MPGRP RST MPGRP DSP MPGRP LST MPGRP RMV MPGRP RST MPGRP ADD MPGRP LST MPGRP DSP MPGRP LST MPGRP ADD MPGRP LST MPGRP ADD MPGRP LST MPGRP ADD MPGRP LST MPGRP ADD MPGRP DSP MPGRP LST MPGRP ADD MPGRP DSP MPGRP LST MPGRP

ADD MPGRP DSP MPGRP LST MPGRP ADD MPGRP LST MPGRP ADD MPGRP DSP MPGRP LST MPGRP ADD MPGRP LST MPGRP

MPGRP

PEERIP

Peer IP

eNodeB

MPGRP

MHO

MP/MC Header Option

eNodeB

MPGRP

MUXCP

PPPMUX

eNodeB

MPGRP

FRAGSIZE

MLPPP Fragment Size

eNodeB

MPGRP

MAXSFLEN

PPP Mux Subframe eNodeB Max Length

ADD MPGRP LST MPGRP

MPGRP

MAXMFLEN

PPP Muxframe Max eNodeB Length

ADD MPGRP LST MPGRP

MPGRP

MUXTIME

PPPMUX Combine eNodeB Timeout

ADD MPGRP LST MPGRP

MPGRP

MCCLASS

MCPPP Class

MPGRP

IPHC

MPGRP

MPDAAT

MPGRP

MPDADT

MPGRP

MPGroupStatus

MPGRP

IPCPSTATUS

MPGRP

IP Header Compression MLPPP Packets Discard Alarm Appear MLPPP Threshold Packets Discard Alarm Disappear Threshold MLPPP Group Status


ADD MPGRP LST MPGRP ADD MPGRP DSP MPGRP LST MPGRP ADD MPGRP LST MPGRP

eNodeB

ADD MPGRP LST MPGRP

eNodeB

DSP MPGRP

IPCP Status

eNodeB

DSP MPGRP

PPPMUXSTATUS

PPPMUX Status

eNodeB

DSP MPGRP

MPGRP

LOCALIPNEGRLT

Local IP Negotiation eNodeB Result

DSP MPGRP

MPGRP

IPMASKNEGRLT

Local IP Mask Negotiation Result

eNodeB

DSP MPGRP

MPGRP

PEERIPNEGRLT

Peer IP Negotiation eNodeB Result

DSP MPGRP

MPGRP

MCPPPNEGRLT

MPGRP

MRUNEGRLT

MPGRP

MUXNEGRLT

MPGRP

ACFCNEGRLT

MPGRP

PFCNEGRLT

MPGRP

IPHCNEGRLT

Multi-Class PPP Negotiation Result Maximum Receive Unit Negotiation Result PPPMUX Negotiation Result ACFC Negotiation Result PFC Negotiation Result IP Header Compression Negotiation Result

eNodeB

DSP MPGRP

eNodeB

DSP MPGRP

eNodeB

DSP MPGRP

eNodeB

DSP MPGRP

eNodeB

DSP MPGRP

eNodeB

DSP MPGRP

MPGRP

RXPKT


eNodeB

DSP MPGRP

MPGRP

TXPKT


eNodeB

DSP MPGRP

MPGRP

RXFLOW

RX Flow

eNodeB

DSP MPGRP

MPGRP

TXFLOW

TX Flow

eNodeB

DSP MPGRP

MPGRP

IPNum

Number of IPs

eNodeB

DSP MPGRP

MPGRP

IPList

IP Address List

eNodeB

MPGRP

SBT

Subboard Type

eNodeB

MPGRP

RXBYTE

Number of RX Bytes

eNodeB

DSP MPGRP ADD MPGRP DSP MPGRP RMV MPGRP RST MPGRP LST MPGRP DSP MPGRP

MPGRP

RXDROPPKT

Number of RX Drop eNodeB Packets

DSP MPGRP

MPGRP

RXDROPBYTE

Number of RX Drop eNodeB Bytes

DSP MPGRP

MPGRP

TXBYTE

Number of TX Bytes

eNodeB

DSP MPGRP

MPGRP

TXDROPPKT

Number of TX Drop eNodeB Packets

DSP MPGRP

MPGRP

TXDROPBYTE

Number of TX Drop eNodeB Bytes

MPLNK

CN

Cabinet No.

eNodeB

MPLNK

SRN

Subrack No.

eNodeB

MPLNK

SN

Slot No.

eNodeB

MPLNK

PPPLNKN

MLPPP Link No.

eNodeB

MPLNK

MPGRPN

MLPPP Group No.

eNodeB

MPLNK

E1T1SRN

E1/T1 Subrack No. eNodeB

MPLNK

E1T1SN

E1/T1 Slot No.

eNodeB

ADD MPLNK LST MPLNK

MPLNK

E1T1PN

E1/T1 Port No.

eNodeB

ADD MPLNK LST MPLNK

MPLNK

TSN

Timeslot No.

eNodeB

MPLNK

MRU

Maximum Receive Unit

eNodeB

DSP MPGRP ADD MPLNK DSP MPLNK RMV MPLNK ADD MPLNK LST MPLNK DSP MPLNK RMV MPLNK ADD MPLNK LST MPLNK DSP MPLNK RMV MPLNK ADD MPLNK LST MPLNK DSP MPLNK RMV MPLNK LST ADDMPLNK MPLNK DSP MPLNK LST MPLNK ADD MPLNK LST MPLNK

ADD MPLNK LST MPLNK ADD MPLNK DSP MPLNK LST MPLNK

Protocol Field Compression Address and Control Field Compression

PFC

MPLNK

ACFC

MPLNK

RESTARTTMR

Negotiation Time

eNodeB

MPLNK

SBT

Subboard Type

eNodeB

MPLNK

MPGRPSBT

MLPPP Group Subboard Type

eNodeB

MPLNK

MPLNKSTATUS

MLPPP Link Status eNodeB

DSP MPLNK

MPLNK

LCPSTATUS

LCP Status

eNodeB

DSP MPLNK

MPLNK

MRUNEGRLT

eNodeB

DSP MPLNK

MPLNK

PFCNEGRLT

eNodeB

DSP MPLNK

MPLNK

ACFCNEGRLT

ACFC Negotiation Result

eNodeB

DSP MPLNK

MPLNK

E1T1SBT

E1/T1 Subboard Type

eNodeB

ADD MPLNK LST MPLNK

MPLNK

RXPKT


eNodeB

DSP MPLNK

MPLNK

RXBYTE

Number of RX Bytes

eNodeB

DSP MPLNK

MPLNK

RXDROPPKT


DSP MPLNK

MPLNK

RXDROPBYTE


DSP MPLNK

MPLNK

TXPKT


eNodeB

DSP MPLNK

MPLNK

TXBYTE

Number of TX Bytes

eNodeB

DSP MPLNK

MPLNK

TXDROPPKT


DSP MPLNK

MPLNK

TXDROPBYTE


OMCH

FLAG

Master/Slave Flag

eNodeB

OMCH

IP

Local IP

eNodeB

OMCH

MASK

Local Mask

eNodeB

OMCH

PEERIP

Peer IP

eNodeB

Maximum Receive Unit Negotiation Result PFC Negotiation Result

eNodeB

ADD MPLNK DSP MPLNK LST MPLNK ADD MPLNK DSP MPLNK LST MPLNK ADD MPLNK LST MPLNK ADD MPLNK DSP MPLNK RMV MPLNK LST MPLNK ADD MPLNK LST MPLNK

MPLNK

eNodeB

DSP MPLNK ADD OMCH DSP OMCH MOD OMCH ADD RMV OMCH OMCH MOD OMCH LST OMCH DSP DHCPRSLT ADD OMCH DSP OMCH MOD OMCH LST OMCH DSP DHCPRSLT ADD OMCH DSP OMCH MOD OMCH LST OMCH DSP DHCPRSLT DSP OMCH LST OMCH

OMCH

PEERMASK

Peer Mask

eNodeB

OMCH

CN

Cabinet No.

eNodeB

OMCH

SRN

Subrack No.

eNodeB

OMCH

SN

Slot No.

eNodeB

OMCH

BEAR

Bearer Type

eNodeB

OMCH

BRT

Binding Route

eNodeB

OMCH

DSTIP

Destination IP

eNodeB

OMCH

DSTMASK

Destination Mask

eNodeB

OMCH

RT

Route Type

eNodeB

OMCH

PREF

Preference

eNodeB

OMCH

NEXTHOP

Next Hop IP

eNodeB

OMCH

Status

OM Channel Status eNodeB

OMCH

UsedState

Used State

eNodeB

OMCH

SBT

Subboard Type

eNodeB

PACKETFILTER

CN

Cabinet No.

eNodeB

PACKETFILTER

SRN

Subrack No.

eNodeB

PACKETFILTER

SN

Slot No.

eNodeB

PACKETFILTER

PT

Port Type

eNodeB

PACKETFILTER

PN

Port No.

eNodeB

PACKETFILTER

ACLID

ACL ID

eNodeB

PACKETFILTER

MB

Match Behavior

eNodeB

PACKETFILTER

SBT

Subboard Type

eNodeB

PACKETFILTER

TxPackets


eNodeB

ADD OMCH MOD OMCH DSP DHCPRSLT ADD OMCH DSP OMCH MOD OMCH LST OMCH DSP DHCPRSLT ADD OMCH DSP OMCH MOD OMCH LST OMCH DSP DHCPRSLT ADD OMCH DSP OMCH MOD OMCH LST OMCH DSP DHCPRSLT ADD OMCH DSP OMCH MOD OMCH LST OMCH DSP DHCPRSLT DSP OMCH ADD OMCH LST OMCH MOD OMCH DSP OMCH ADD OMCH LST OMCH MOD OMCH DSP OMCH ADD OMCH LST MODOMCH OMCH DSP DHCPRSLT DSP ADD OMCH OMCH LST MODOMCH OMCH DSP OMCH ADD OMCH LST OMCH MOD OMCH DSP OMCH ADD OMCH LST OMCH MOD OMCH DSP OMCH LST OMCH DSP OMCH DSP OMCH ADD OMCH ADD MOD OMCH PACKETFILTER DSP OMCH DSP LST OMCH ADD PACKETFILTER PACKETFILTER RMV DSP PACKETFILTER ADD PACKETFILTER LST PACKETFILTER RMV PACKETFILTER DSP PACKETFILTER ADD PACKETFILTER LST PACKETFILTER RMV PACKETFILTER DSP PACKETFILTER ADD PACKETFILTER LST PACKETFILTER RMV PACKETFILTER DSP PACKETFILTER PACKETFILTER LST ADD RMV PACKETFILTER PACKETFILTER PACKETFILTER DSP LST ADD PACKETFILTER PACKETFILTER PACKETFILTER LST ADD DSP PACKETFILTER PACKETFILTER PACKETFILTER DSP LST PACKETFILTER PACKETFILTER RMV PACKETFILTER DSP LST PACKETFILTER PACKETFILTER

PACKETFILTER

RxPackets


eNodeB

DSP PACKETFILTER

PACKETFILTER

TxPermitPacket

Number of TX Permit Packets

eNodeB

DSP PACKETFILTER

PACKETFILTER

RxPermitPacket

Number of RX Permit Packets

eNodeB

DSP PACKETFILTER

PACKETFILTER

TxDenyPacket

Number of TX Deny eNodeB Packets

DSP PACKETFILTER

PACKETFILTER

RxDenyPacket

Number of RX Deny eNodeB Packets

DSP PACKETFILTER

PACKETFILTER

TxBytes

Bytes of TX Packets

eNodeB

DSP PACKETFILTER

PACKETFILTER

RxBytes

Bytes of RX Packets

eNodeB

DSP PACKETFILTER

PACKETFILTER

TxPermitBytes

Bytes of TX Permit Packets

eNodeB

DSP PACKETFILTER

PACKETFILTER

RxPermitBytes

Bytes of RX Permit eNodeB Packets

DSP PACKETFILTER

PACKETFILTER

TxDenyBytes

Bytes of TX Deny Packets

eNodeB

DSP PACKETFILTER

PACKETFILTER

RxDenyBytes

eNodeB

DSP PACKETFILTER

PACKETFILTER

RxDefaultBytes

eNodeB

DSP PACKETFILTER

PACKETFILTER

RxDefaultPackets

PINGFILTER

IP

IP Address

eNodeB

PINGFILTER

MASK

Mask

eNodeB

PORTSECURITY

CN

Cabinet No.

eNodeB

PORTSECURITY

SRN

Subrack No.

eNodeB

PORTSECURITY

SN

Slot No.

eNodeB

PORTSECURITY

SBT

Subboard Type

eNodeB

PORTSECURITY

PT

Port Type

eNodeB

PORTSECURITY

PN

Port No.

eNodeB

PORTSECURITY

SWITCH

Enable Flag

eNodeB

PPPLNK

CN

Cabinet No.

eNodeB

Bytes of RX Deny Packets Bytes of RX Packets Matched Default Behavior Number of RX Packets Matched Default Behavior

eNodeB

DSP PACKETFILTER ADD PINGFILTER RMV PINGFILTER LST PINGFILTER ADD PINGFILTER RMV DSP PINGFILTER LST PINGFILTER PORTSECURITY SET DSP PORTSECURITY PORTSECURITY LST SET PORTSECURITY DSP PORTSECURITY PORTSECURITY LST SET PORTSECURITY DSP PORTSECURITY PORTSECURITY LST SET PORTSECURITY DSP PORTSECURITY PORTSECURITY LST SET PORTSECURITY DSP PORTSECURITY PORTSECURITY LST SET PORTSECURITY SET PORTSECURITY PORTSECURITY LST DSP PORTSECURITY PORTSECURITY ADD PPPLNK LST PPPLNK DSP PORTSECURITY RMV PPPLNK RST PPPLNK LST PPPLNK

ADD PPPLNK DSP PPPLNK RMV PPPLNK ADD PPPLNK RST PPPLNK DSP PPPLNK LST PPPLNK RMV PPPLNK ADD PPPLNK RST PPPLNK DSP PPPLNK LST PPPLNK RMV PPPLNK RST PPPLNK LST PPPLNK ADD PPPLNK LST PPPLNK

PPPLNK

SRN

Subrack No.

eNodeB

PPPLNK

SN

Slot No.

eNodeB

PPPLNK

PPPLNKN

PPP Link No.

eNodeB

PPPLNK

PN

Port No.

eNodeB

PPPLNK

AUTH

Authentication Type eNodeB

ADD PPPLNK LST PPPLNK

PPPLNK

UN

User Name

eNodeB


PPPLNK

PWD

Password

eNodeB


PPPLNK

TSN

Time Slot No.

eNodeB

PPPLNK

LOCALIP

Local IP

eNodeB

PPPLNK

IPMASK

Mask

eNodeB

PPPLNK

PEERIP

Peer IP

eNodeB

PPPLNK

MUXCP

PPPMUX

eNodeB

PPPLNK

MAXSFLEN

Maximum Length of eNodeB PPP Mux Subframe

PPPLNK

MAXMFLEN

PPPLNK

MUXTIME

PPPLNK

IPHC

PPPLNK

MRU

PPPLNK

PFC

PPPLNK

ACFC

PPPLNK

RESTARTTMR

Negotiation Time

eNodeB

PPPLNK

PPPLinkStatus

Link Status

eNodeB

DSP PPPLNK

PPPLNK

LCPSTATUS

LCP Status

eNodeB

DSP PPPLNK

PPPLNK

IPCPSTATUS

IPCP Status

eNodeB

DSP PPPLNK

Maximum Length of eNodeB PPP Muxframe PPP Muxframe eNodeB Combination Timeout IP Header eNodeB Compression Maximum Receive Unit Protocol Field Compression Address and Control Field Compression


ADD PPPLNK LST PPPLNK ADD PPPLNK DSP PPPLNK LST PPPLNK ADD PPPLNK DSP PPPLNK LST PPPLNK ADD PPPLNK DSP PPPLNK LST PPPLNK ADD PPPLNK DSP PPPLNK LST PPPLNK ADD PPPLNK LST PPPLNK ADD PPPLNK LST PPPLNK ADD PPPLNK LST PPPLNK ADD PPPLNK DSP PPPLNK LST PPPLNK ADD PPPLNK DSP PPPLNK LST PPPLNK ADD PPPLNK DSP PPPLNK LST PPPLNK ADD PPPLNK DSP PPPLNK LST PPPLNK ADD PPPLNK LST PPPLNK

PPPLNK

PPPMUXSTATUS

PPPMUX Status

eNodeB

DSP PPPLNK

PPPLNK

LOCALIPNEGRLT

Local IP Negotiation eNodeB Result

DSP PPPLNK

PPPLNK

MASKNEGRLT

Local IP Mask Negotiation Result

eNodeB

DSP PPPLNK

PPPLNK

PEERIPNEGRLT

Peer IP Negotiation eNodeB Result

DSP PPPLNK

PPPLNK

IPHCNEGRLT

IPHC Negotiation Result

eNodeB

DSP PPPLNK

PPPLNK

ACFCNEGRLT

ACFC Negotiation Result

eNodeB

DSP PPPLNK

PPPLNK

PFCNEGRLT

eNodeB

DSP PPPLNK

PPPLNK

MRUNEGRLT

eNodeB

DSP PPPLNK

PPPLNK

MUXNEGRLT

eNodeB

DSP PPPLNK

PPPLNK

RXPKT


eNodeB

DSP PPPLNK

PPPLNK

TXPKT


eNodeB

DSP PPPLNK

PPPLNK

RXFLOW

RX Flow

eNodeB

DSP PPPLNK

PPPLNK

TXFLOW

TX Flow

eNodeB

DSP PPPLNK

PPPLNK

IPNum

Number of IPs

eNodeB

DSP PPPLNK

PPPLNK

IPList

IP Address List

eNodeB

DSP PPPLNK

PPPLNK

FFAPHOLD

eNodeB


PPPLNK

FFDPHOLD

PPPLNK

SBT

Subboard Type

eNodeB

PPPLNK

RXBYTE

Number of RX Bytes

eNodeB

PPPLNK

RXDROPPKT


DSP PPPLNK

PPPLNK

RXDROPBYTE


DSP PPPLNK

PPPLNK

TXBYTE

Number of TX Bytes

eNodeB

DSP PPPLNK

PPPLNK

TXDROPPKT


DSP PPPLNK

PFC Negotiation Result Maximum Receive Unit Negotiation Result PPPMUX Negotiation Result

PPP Fault Frame Occurrence Threshold PPP Fault Frame Clear Threshold

eNodeB

ADD PPPLNK LST ADDPPPLNK PPPLNK DSP PPPLNK RMV PPPLNK RST PPPLNK LST PPPLNK DSP PPPLNK

PPPLNK

TXDROPBYTE


DSP PPPLNK

PRI2QUE

PRI0

PriOfQue0

eNodeB

SET PRI2QUE LST PRI2QUE

PRI2QUE

PRI1

PriOfQue1

eNodeB


PRI2QUE

PRI2

PriOfQue2

eNodeB


PRI2QUE

PRI3

PriOfQue3

eNodeB


PRI2QUE

PRI4

PriOfQue4

eNodeB


PRI2QUE

PRI5

PriOfQue5

eNodeB


PRI2QUE

PRI6

PriOfQue6

eNodeB

RSCGRP

CN

Cabinet No.

eNodeB

RSCGRP

SRN

Subrack No.

eNodeB

RSCGRP

SN

Slot No.

eNodeB

RSCGRP

BEAR

Transmission Resource Group Bear Type

eNodeB

RSCGRP

SBT

Subboard Type

eNodeB

RSCGRP

PT

Bearing Port Type

eNodeB

RSCGRP

PN

Bearing Port No.

eNodeB

RSCGRP

RSCGRPID


RSCGRP

RU

Rate Unit

eNodeB

RSCGRP

TXBW

Tx Bandwidth

eNodeB

RSCGRP

RXBW

Rx Bandwidth

eNodeB

RSCGRP

TXCBS

TX Committed Burst Size

eNodeB

RSCGRP

TXEBS

TX Excessive Burst eNodeB Size

RSCGRP

OID

Operator ID

eNodeB

RSCGRP

WEIGHT

Scheduling Weight

eNodeB

SET PRI2QUE LST ADDPRI2QUE RSCGRP DSP RSCGRP MOD RSCGRP ADD RMV RSCGRP RSCGRP DSP RSCGRP LST RSCGRP MOD RSCGRP ADD RMV RSCGRP RSCGRP DSP RSCGRP LST RSCGRP MOD RSCGRP ADD RMV RSCGRP RSCGRP DSP RSCGRP LST RSCGRP MOD RSCGRP ADD RMV RSCGRP RSCGRP DSP RSCGRP LST RSCGRP MOD RSCGRP ADD RMV RSCGRP RSCGRP DSP RSCGRP LST RSCGRP MOD RSCGRP ADD RMV RSCGRP RSCGRP DSP RSCGRP LST RSCGRP MOD RSCGRP ADD RMV RSCGRP RSCGRP DSP RSCGRP LST RSCGRP MOD RSCGRP RMV RSCGRP ADD RSCGRP LST RSCGRP MOD RSCGRP DSP RSCGRP ADD RSCGRP LST RSCGRP MOD RSCGRP DSP RSCGRP ADD RSCGRP LST RSCGRP MOD RSCGRP DSP RSCGRP LST ADDRSCGRP RSCGRP MOD RSCGRP LST RSCGRP ADD RSCGRP MOD RSCGRP LST RSCGRP ADD RSCGRP LST RSCGRP ADD RSCGRP MOD RSCGRP LST RSCGRP

ADD RSCGRP MOD RSCGRP LST RSCGRP ADD RSCGRP MOD RSCGRP LST RSCGRP ADD RSCGRP MOD RSCGRP LST RSCGRP ADD RSCGRP MOD RSCGRP LST RSCGRP ADD RSCGRP MOD RSCGRP LST RSCGRP

RSCGRP

TXCIR

TX Commited Information Rate

eNodeB

RSCGRP

RXCIR

RX Commited Information Rate

eNodeB

RSCGRP

TXPIR

TX Peak Information Rate

eNodeB

RSCGRP

RXPIR

RX Peak Information Rate

eNodeB

RSCGRP

TXPBS

TX Peak Burst Size eNodeB

RSCGRP

TxRTBw

Realtime TX Bandwidth

eNodeB

DSP RSCGRP

RSCGRP

RxRTBw

Realtime RX Bandwidth

eNodeB

DSP RSCGRP

RSCGRP

TxNRTBw

Non-Realtime TX Bandwidth

eNodeB

DSP RSCGRP

RSCGRP

RxNRTBw

eNodeB

DSP RSCGRP

RSCGRP

TxNRTResvBw

eNodeB

DSP RSCGRP

RSCGRP

RxNRTResvBw

eNodeB

DSP RSCGRP

RSCGRP

TxGBRBwRlt

GBR Tx Bandwidth eNodeB

DSP RSCGRP

RSCGRP

RxGBRBwRlt

GBR Rx Bandwidth eNodeB

DSP RSCGRP

RSCGRP

RateCfgType

Rate Configuration Type

eNodeB

DSP RSCGRP

RSCGRP

ULAdminBw

UL Admin Bandwidth

eNodeB

DSP RSCGRP

RSCGRP

DLAdminBw

DL Admin Bandwidth

eNodeB

DSP RSCGRP

RSCGRP

ULCirAdminBw

UL CIR Admin Bandwidth

eNodeB

DSP RSCGRP

RSCGRP

DLCirAdminBw

DL CIR Admin Bandwidth

eNodeB

DSP RSCGRP

RSCGRP

ULPirAdminBw

UL PIR Admin Bandwidth

eNodeB

DSP RSCGRP

RSCGRP

DLPirAdminBw

DL PIR Admin Bandwidth

eNodeB

DSP RSCGRP

RSCGRPALG

CN

Cabinet No.

eNodeB

SET RSCGRPALG LST RSCGRPALG

RSCGRPALG

SRN

Subrack No.

eNodeB


RSCGRPALG

SN

Slot No.

eNodeB


Non-Realtime RX Bandwidth Non-Realtime Reserved TX Bandwidth Non-Realtime Reserved RX Bandwidth

RSCGRPALG

SBT

Subboard Type

eNodeB


RSCGRPALG

PT

Bearing Port Type

eNodeB


RSCGRPALG

PN

Bearing Port No.

eNodeB


RSCGRPALG

RSCGRPID



RSCGRPALG

TXSSW

TX Traffic Shaping Switch

eNodeB


RSCGRPALG

TXBWASW

TX Bandwidth Adjustment Switch

eNodeB


RSCGRPALG

RXBWASW

RX Bandwidth Adjustment Switch

eNodeB


RSCGRPALG

PLRDTH

Packet Loss Ratio Down Threshold

eNodeB


RSCGRPALG

DDTH

Delay Down Threshold

eNodeB


RSCGRPALG

TCSW

Traffic Control Switch

eNodeB


RSCGRPALG

OMTCSW

OM/FTP Traffic Control Switch

eNodeB


RSCGRPALG

PQN

PQ Number

eNodeB


RSCGRPALG

CTTH

Congestion Time Threshold

eNodeB


RSCGRPALG

CCTTH

Congestion Clear Time Threshold

eNodeB


RSCGRPALG

TXRSVBW

TX Reserved Bandwidth

eNodeB


RSCGRPALG

RXRSVBW

RX Reserved Bandwidth

eNodeB


RSCGRPALG

DROPPKTNUM

Drop Packet Number Threshold

eNodeB

SCTPLNK

SCTPNO

SCTP Link No.

eNodeB

SCTPLNK

CN

Cabinet No.

eNodeB

SCTPLNK

SRN

Subrack No.

eNodeB

SCTPLNK

SN

Slot No.

eNodeB

SCTPLNK

MAXSTREAM

Maximum Stream No.

eNodeB

SCTPLNK

LOCIP

First Local IP Address

eNodeB

ADD SCTPLNK SET RSCGRPALG BLK SCTPLNK LST RSCGRPALG DSP SCTPLNK LST SCTPLNK MOD SCTPLNK RMV SCTPLNK SCTPLNK ADD RST SCTPLNK DSP SCTPLNK UBL SCTPLNK LST SCTPLNK ADD SCTPLNK DSP SCTPLNK LST SCTPLNK ADD SCTPLNK DSP SCTPLNK LST SCTPLNK ADD SCTPLNK LST SCTPLNK ADD SCTPLNK MOD SCTPLNK DSP SCTPLNK LST SCTPLNK

ADD SCTPLNK MOD SCTPLNK DSP SCTPLNK ADD SCTPLNK LST SCTPLNK MOD SCTPLNK DSP SCTPLNK ADD SCTPLNK LST SCTPLNK MOD SCTPLNK DSP SCTPLNK ADD SCTPLNK LST SCTPLNK MOD SCTPLNK DSP SCTPLNK ADD SCTPLNK LST SCTPLNK MOD SCTPLNK DSP SCTPLNK LST SCTPLNK ADD SCTPLNK LST SCTPLNK

SCTPLNK

SECLOCIP

Second Local IP Address

SCTPLNK

LOCPORT

Local SCTP Port No.

eNodeB

SCTPLNK

PEERIP

First Peer IP Address

eNodeB

SCTPLNK

SECPEERIP

Second Peer IP Address

eNodeB

SCTPLNK

PEERPORT

Peer SCTP Port No.

eNodeB

SCTPLNK

RTOMIN

RTO Min Value

eNodeB

SCTPLNK

RTOMAX

RTO Max Value

eNodeB

ADD SCTPLNK LST SCTPLNK

SCTPLNK

RTOINIT

RTO Initial Value

eNodeB


SCTPLNK

RTOALPHA

RTO Alpha Value

eNodeB


SCTPLNK

RTOBETA

RTO Beta Value

eNodeB

SCTPLNK

HBINTER

Heart-beat Interval

eNodeB

SCTPLNK

MAXASSOCRETR


eNodeB

SCTPLNK

MAXPATHRETR


eNodeB

SCTPLNK

CHKSUMTX

Send Message Checksum Flag

eNodeB

SCTPLNK

CHKSUMRX


eNodeB

SCTPLNK

CHKSUMTYPE


eNodeB

SCTPLNK

AUTOSWITCH

Switch Back Flag

eNodeB

SCTPLNK


eNodeB

SCTPLNK

AssocState

SCTP Link Status

eNodeB

DSP SCTPLNK

SCTPLNK

TransferCause

Status Change Cause

eNodeB

DSP SCTPLNK

SCTPLNK

TransferTime

Status Change Time

eNodeB

DSP SCTPLNK

SCTPLNK

OUTSTREAM

Out Stream Number eNodeB

DSP SCTPLNK

SCTPLNK

INSTREAM

In Stream Number

DSP SCTPLNK

eNodeB

eNodeB

ADD SCTPLNK LST SCTPLNK ADD SCTPLNK MOD SCTPLNK LST SCTPLNK ADD SCTPLNK MOD SCTPLNK LST SCTPLNK ADD SCTPLNK MOD SCTPLNK LST SCTPLNK ADD SCTPLNK LST SCTPLNK ADD SCTPLNK LST SCTPLNK ADD SCTPLNK LST SCTPLNK ADD SCTPLNK MOD SCTPLNK LST SCTPLNK ADD SCTPLNK MOD SCTPLNK LST SCTPLNK

SCTPLNK

WORKADDRFLAG Work Address Flag eNodeB

DSP SCTPLNK

SCTPLNK

BLKFLAG

Block Flag

eNodeB

DSP SCTPLNK LST SCTPLNK

SCTPLNK

TSACK

SACK Timeout

eNodeB

SCTPLNK

DESCRI

TACALG TACALG TACALG

Description Info Resource Group RSCGRPULCACS Uplink Admission WITCH Control Algorithm Resource Group Switch RSCGRPDLCACS Downlink Admission WITCH Control Algorithm Switch USERDATATYPE1 User Data Type 1 ACTFACTOR Act Factor

eNodeB eNodeB

ADD SCTPLNK LST SCTPLNK ADD SCTPLNK MOD SCTPLNK LST SCTPLNK SET TACALG LST TACALG

eNodeB

SET TACALG LST TACALG

eNodeB


TACALG

USERDATATYPE2 User Data Type 2 ACTFACTOR Act Factor

eNodeB


TACALG


eNodeB


TACALG


eNodeB


TACALG


eNodeB

LST TACALG

TACALG


eNodeB


TACALG


eNodeB


TACALG


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


TACALG TACALG TACALG TACALG TACALG TACALG TACALG TACALG TACALG

USERDATATYPE9 User Data Type 9 ACTFACTOR Act Factor Uplink Handover TRMULHOCACTH Service Admission Threshold Downlink Handover TRMDLHOCACTH Service Admission Threshold Uplink Golden New TRMULGOLDCAC Service Admission TH Threshold Downlink Golden TRMDLGOLDCAC New Service TH Admission Threshold Uplink Silver New TRMULSILVERCA Service Admission CTH Threshold Downlink Silver TRMDLSILVERCA New Service CTH Admission Threshold Uplink Bronze New TRMULBRONZEC Service Admission ACTH Threshold Downlink Bronze TRMDLBRONZEC New Service ACTH Admission Threshold

TACALG TACALG TACALG TACALG TACALG TACALG TACALG TACALG TACALG

Uplink GBR Service Admission Threshold Downlink GBR TRMDLGBRCACT Service Admission H Threshold Uplink Pre-emption TRMULPRESW Algorithm Switch Downlink PreTRMDLPRESW emption Algorithm Switch Physical Port Up PORTULOBSW Link OverBooking Switch Physical Port Down PORTDLOBSW Link OverBooking Switch Physical Port Up PORTULCACSW Link Admission Switch Physical Port Down PORTDLCACSW Link Admission Switch USERDATATYPE5 User Data Type 5 FLOWCTRLTYPE Flow Control Type TRMULGBRCACT H

eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


TACALG

USERDATATYPE6 User Data Type 6 FLOWCTRLTYPE Flow Control Type

eNodeB


TACALG


eNodeB


TACALG


eNodeB


TACALG


eNodeB


TLDRALG

TRMULLDRTRGTH

Uplink High Load Trigger Threshold

eNodeB

SET TLDRALG LST TLDRALG

TLDRALG

TRMDLLDRTRGTH

Downlink High Load eNodeB Trigger Threshold


TLDRALG

TRMULLDRCLRTH

Uplink High Load Clear Threshold

eNodeB


TLDRALG

TRMDLLDRCLRTH

eNodeB


eNodeB


eNodeB


eNodeB


eNodeB


eNodeB

SET TOLCALG LST TOLCALG

eNodeB


TLDRALG TLDRALG TLDRALG TLDRALG TOLCALG TOLCALG

Downlink High Load Clear Threshold Uplink Medium TRMULMLDTRGT Load Trigger H Threshold Downlink Medium TRMDLMLDTRGT Load Trigger H Threshold Uplink Medium TRMULMLDCLRTH Load Clear Threshold Downlink Medium TRMDLMLDCLRTH Load Clear Threshold TRMULOLCSWITC Uplink OLC H Arithmetic Switch TRMDLOLCSWITC Downlink OLC H Arithmetic Switch

TOLCALG

TRMULOLCTRIGT Uplink OLC Trigger eNodeB H Threshold


TOLCALG

TRMULOLCRELTH

Uplink OLC eNodeB Release Threshold


TOLCALG

TRMOLCRELBEAR OLC Release ERNUM Bearer No.

eNodeB


TOLCALG

TRMDLOLCTRIGT Downlink OLC H Trigger Threshold

eNodeB


TOLCALG

TRMDLOLCRELTH

Downlink OLC eNodeB Release Threshold

TRANSPORT

MODE

Ping Filter Mode

eNodeB

VLANCLASS

VLANGROUPNO

VLAN Group No.

eNodeB

VLANCLASS

TRAFFIC

Traffic Type

eNodeB

VLANCLASS

SRVPRIO

User Data Service Priority

eNodeB

VLANCLASS

VLANID

VLAN ID

eNodeB

VLANCLASS

VLANPRIO

VLAN Priority

eNodeB

VLANMAP

NEXTHOPIP

Next Hop IP

eNodeB

VLANMAP

MASK

Mask

eNodeB

VLANMAP

VLANMODE

VLAN Mode

eNodeB

VLANMAP

VLANID

VLAN ID

eNodeB

VLANMAP

VLANPRIO

VLAN Priority

eNodeB

VLANMAP

VLANGROUPNO

VLAN Group No.

eNodeB

VLANMAP

SETPRIO

Set VLAN Priority

eNodeB

SET TOLCALG LST TOLCALG SET PINGFILTERMODE LST ADD VLANCLASS PINGFILTERMODE LST VLANCLASS MOD VLANCLASS ADD RMV VLANCLASS VLANCLASS MOD VLANCLASS RMV VLANCLASS ADD VLANCLASS LST VLANCLASS MOD VLANCLASS RMV VLANCLASS LST ADDVLANCLASS VLANCLASS MOD VLANCLASS LST VLANCLASS ADD VLANCLASS MOD VLANCLASS LST VLANCLASS ADD VLANMAP MOD VLANMAP RMV VLANMAP ADD VLANMAP LST VLANMAP MOD VLANMAP RMV VLANMAP LST ADDVLANMAP VLANMAP MOD VLANMAP LST VLANMAP ADD VLANMAP MOD VLANMAP LST VLANMAP ADD VLANMAP MOD VLANMAP LST VLANMAP ADD VLANMAP MOD VLANMAP LST VLANMAP ADD VLANMAP MOD VLANMAP LST VLANMAP

Meaning Indicates the device number of the ALD. Indicates the vendor code of the device in the Indicates the serial device Indicates the scanning result. name of the ALD, number of the which deviceisinoptional the but must be unique. scanning result. The device name identifies the ALD. Indicates the The format of the cabinet number of name is the RRU that site_sector_device Indicates theALD. controls the type_network type. subrack number of the RRU that Indicates theALD. slot controls the number of the RRU Indicates the the actual that controls protocol version of ALD. the ALD. You can run the SCN ALD command to query Indicates the total the parameter. number of ALD subunits. Indicates the version information about the ALD Indicates hardware.the version information about the ALD Indicates software. the Indicates the device connection scenario model of the ALD. of the RET antenna. This Indicates device parameterthe must be type of the ALD. set in accordance Indicates the with physical vendor code connections. In the Indicates the of ALD. daisy chain number of subunits Indicates scenarios, the configuredthe forserial the number of the ALD. correct vendor Indicates the RET RET antenna. Ifcode this and device antenna type, which parameter isserial number be can be must changed, subunits Indicates the set. The value of SINGLE_RET are added or or polarization type of this parameter must MULTI_RET. removed in the RET antenna, be consistent with ascending or which can beorder the actual descending SINGLE ornumber. DUAL. connection by subunit scenario. The number of RET Otherwise, thecan subunits that eNodeB fails be configuredtofor an communicate with RET antenna varies the ALD. If the depending on the Indicates the device vendor code the RET antenna type. number of theor ALD. device serial Indicates the A maximum of eight number is notofcan vendor code the RET subunits specified, the for an device in the be configured Indicates the serial system returns scanning result. RET antenna ofathe number ofindicating the message MULTI_RET type. device inparameter the that The the number of RET scanning result. is invalid.for To an query subunits RET the vendor antenna of code the and device serial SINGLE_RET type number, run the is 1 by default. SCN ALD command.

IsKey

Mandatory

Dynamic Attribute

Feature ID

YES

YES

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

YES

No

LOFD-001024

NO

YES

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

YES

No

LOFD-001024

NO

YES

No

LOFD-001024

NO

YES

No

LOFD-001024

NO

YES

No

LOFD-001024

NO

YES

No

LOFD-001024

NO

NO

No

LOFD-001024

YES

YES

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

Indicates the device name of the ALD, which is optional but must be unique. The device name NO identifies the ALD. Indicates the The format of the cabinet name isnumber of NO the RRU that site_sector_device Indicates theALD. controls the type_network type. subrack number of NO the RRU that Indicates the slot controls the ALD. number of the RRU Indicates the the actual NO that controls protocol version of ALD. the ALD. You can NO run the SCN ALD command to query Indicates the total the parameter. NO number of ALD subunits. Indicates the version information NO about the ALD Indicates the hardware. version information NO about the ALD software. Indicates the device NO model of the ALD.

NO

No

LOFD-001024

NO

No

LOFD-001024

YES

No

LOFD-001024

YES

No

LOFD-001024

NO

Yes

LOFD-001024

NO

Yes

LOFD-001024

NO

Yes

LOFD-001024

NO

Yes

LOFD-001024

NO

Yes

LOFD-001024

NO

Yes

LOFD-001024

YES

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

Indicates the device NO type of the ALD. Indicates the device number of the RET. Indicates the number of the RET subunit. Indicates the antenna azimuth. Indicates the model of the RET antenna Indicates module. the beamwidth ofbase band Indicates the 1. Beamwidth station ID.the Indicates defines the beamwidth capability ofofanband 2. Beamwidth antenna tothe transmit Indicates defines the RF signals. It also beamwidth capability ofof anband defines the width of 3. Beamwidth antenna to transmit the antenna Indicates the Indicates the defines the RF signals. of It also pattern. beamwidth band antenna gain of capability ofwidth an defines the of 4. Beamwidth band 1. Antenna antenna to transmit the antenna Indicates the defines the It also gain is defined as RF signals. pattern. antenna gain ofan capability of an the intensity of defines the width of band 2. Antenna antenna to antenna inthe atransmit given the antenna Indicates gain is defined as RF signals. It also direction to the pattern. antenna gainofofan the intensity defines the width of intensity that would band 3. Antenna antenna inthe a given theproduced antenna be by a Indicates gain is defined as direction to the pattern. gain hypothetical ideal antenna ofan the intensity of intensity that would antenna that band 4. Antenna antenna in a given be produced byas ain radiates equally gain is defined direction to the hypothetical ideal all directions the intensity an intensity thatof would antenna that (isotropically) and antenna in a given be produced by ain radiates equally has no losses. direction to the hypothetical ideal all directions intensity that would antenna that (isotropically) and be produced by ain radiates equally has no losses. hypothetical ideal all directions antenna that and (isotropically) radiates equally has no losses. in all directions (isotropically) and has no losses.

Indicates the installation date in the format of YYYYMM. Indicates the mechanical tilt of the installed RET. Indicates the ID of the installer.

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

Indicates supported NO band 1.

NO

No

LOFD-001024


NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

YES

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

Indicates supported band 3. Indicates the type Indicates of the ALDsupported current band 4. alarm threshold. When Indicates the sector ALDPwrSwitch is ID. set to ON, the current alarm Indicates the serial threshold the port number ofofthe ALD. Indicates should bethe specified. maximumALD tilt Different supported by the system types Indicates RET subunit. should bethe selected minimum accordingtilt to supported by types the different ALD Indicates the RET subunit. and connection cabinet number of methods. They the are the RRU where Indicates the described as RET port is located. subrack number of follows: the RRU where the For RET (multi-wire Indicates thelocated. slot RET port is cable mode) only: number of the RRU undercurrent alarm where the RET occur threshold:port 10 is located. Indicates the mA; undercurrent number of the RET alarm clear port on the15 RRU. threshold: mA; Indicates thealarm state overcurrent of the threshold: ALD power occur supply switch. 150 mA; Indicates the When an ALD overcurrent alarm overcurrent alarm needs power clear threshold: 120 clear threshold. Indicates the supply, set the ALD mA. When the ALD overcurrent alarm power supply switch If the previously current value is less generating to ON. listed threshold Indicates the than this threshold, threshold. When cannot meet the undercurrent alarm the ALD overcurrent the current requirements, you clear threshold. alarm is cleared. value is greater Indicates the can choose to When thethreshold, ALD than this undercurrent customize thealarm current value is an overcurrent generating threshold according greater than this alarm is reported. threshold. When to the actual threshold, thedevice the ALD current type. The undercurrent alarm Indicates the actual value is smaller customized is cleared. Indicates the state of the ALD than this threshold, threshold should observed current power supply an undercurrent meet the followingof the ALD. switch. an alarm isWhen reported. requirements: overcurrent Undercurrentoralarm undercurrent alarm occur threshold < is reported, the Undercurrent alarm actual state may< clear threshold differ from the Overcurrent alarm configured state. clear threshold < Overcurrent alarm occur threshold

Indicates the device number of the RET. Indicates the number of the RET subunit. Indicates the online status of the subunit. Indicates the actual tilt of the RET subunit. Indicates the sector Indicates the Indicates the ID of the RET cabinet number subrack of subunit. numberof the RRU RRU to to which which the is 1 the antenna port connected of the ALD to is through antenna connected. Indicates theWhen slot port 1. the subrack number number of the RRU of port to which to the which the Indicates the portis the RET is subunit antenna Indicates number ofthe the RRU connected is 255, connected to Indicates the subrack number to the thewhich port is not of through antenna cabinet of the RRUnumber to which antenna connected. port 1. is the RRU to which the antennatoport 2 connected the antenna of the ALD isis through antenna connected through connected. This port 1. Indicates the slot 2. the antenna parameter isport valid number of the This parameter is for the dual- RRU to which the valid to the dualpolarized antenna. Indicatesisthe port antenna polarized antenna. When the subrack number of the RRU connected through number of the port to which the antenna 2. This to which port the RET antenna is parameter is valid subunit is through connected when a dualconnected is 255, antenna port 2. This polarized the port isantenna not parameter is Indicates the valid is used. connected. Indicates theofalarm when a dualantenna tilt the error range of the polarized antenna RET subunit. tilt of the RET is used. subunit. When the tilt error reaches the Indicates the threshold, number of the alarm is reported.TMA configured subunits. Indicates the device number of the ALD. Indicates the vendor code of the device in the Indicates the device Indicates the serial scanning result. name of the ALD, number of the which deviceisinoptional the but must be unique. scanning result. The device name identifies the ALD. Indicates the The format of the cabinet number of name is the RRU that site_sector_device Indicates theALD. controls the type_network type. subrack number of

YES

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

YES

No

LOFD-001024

YES

No

LOFD-001024

NO the RRU that Indicates the slot controls the ALD. number of the RRU NO that controls the ALD.

Indicates the actual protocol version of the ALD. You can run the SCN ALD command to query Indicates the total the parameter. number of ALD subunits. Indicates the version information about the ALD Indicates hardware.the version information about the ALD software. Indicates the device model of the ALD.

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

Indicates the device NO type of the ALD.

NO

Yes

LOFD-001024

YES

No

LOFD-001024

YES

No

LOFD-001024

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024


NO

No

LOFD-001024


NO

No

LOFD-001024

Indicates the device YES number of the TMA. Indicates the number of the TMA YES subunit. Indicates the NO antenna Indicatesazimuth. the beamwidth ofbase band Indicates the 1. Beamwidth station ID.the Indicates defines the beamwidth capability ofofanband 2. Beamwidth antenna tothe transmit Indicates defines the RF signals. It also beamwidth capability ofof anband defines the width of 3. Beamwidth antenna tothe transmit the antenna Indicates Indicates the defines the RF signals. It also pattern. beamwidth band antenna gain of capability ofof an defines the width of 4. Beamwidth band 1. Antenna antenna to transmit the antenna Indicates the defines the gain is defined as RF signals. It also pattern. antenna gainan capability the intensity ofofanof defines theofwidth band 2. Antenna antenna to antenna inthe atransmit given the antenna Indicates gain is defined as RF signals. It also direction to the pattern. antenna gain ofan the intensity of defines the of intensity thatwidth would band 3. Antenna antenna inthe a given the antenna be produced by a Indicates gain is defined as direction to the pattern. hypothetical ideal antenna gain ofan the intensity of intensity that would antenna that band 4. Antenna antenna in a given be produced byas ain radiates equally gain is defined direction to the hypothetical ideal all directions the intensity an intensity thatof would antenna that (isotropically) and antenna in a given be produced by ain radiates equally has no losses. direction to the hypothetical ideal all directions intensity that would antenna that (isotropically) and be produced by ain radiates equally has no losses. hypothetical ideal Indicates the all directions antenna that installation date. (isotropically) and radiates equally in has no losses. Indicates the all directions mechanical tilt of (isotropically) and the installation. has no losses. Indicates the ID of the installer.


NO

No

LOFD-001024


NO

No

LOFD-001024

Indicates the sector NO ID.

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

YES

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

YES

No

LOFD-001024

NO

YES

No

LOFD-001024

NO

YES

No

LOFD-001024

NO

YES

No

LOFD-001024

Indicates the serial number of the TMA. Indicates the model of the RET antenna connected to the TMA. Indicates Indicates the the gain type resolution. of the TMA subunit. It indicates whether the VSWR Indicates the and measurement maximum the bypassRX mode frequency are supported. bandwidth of the Indicates the subunit. maximum transmit frequencythe band of Indicates the subunit. minimum RX frequency Indicates bandwidththe of the minimum subunit. TX frequency bandwidth of the Indicates subunit. the maximum supported gain. Indicates the minimum supported gain. Indicates the device number of the TMA. Indicates the number of the TMA subunit. Indicates the sector ID of the TMA subunit. Indicates the actual gain of the TMA subunit. Indicates the actual working mode of the TMA subunit. Indicates the online status of the Indicates the TMA subunit. of the number antenna port to Indicates which the the TMA cabinet of subunit number is the RRU or RFU of connected. Indicates theport slot to the antenna number ofsubunit the RRU which the is or RFU that connected. Indicates the port to provides the subrack number which the subunitofis the RRU or RFU of connected. the antenna port to which the subunit is connected.

Indicates the gain of the TMA subunit. Indicates the working mode of the TMA subunit. Indicates the cabinet number of the baseband Indicates the duplex processing board. subrack of mode in number which the the baseband LBBP operates. Indicates processing board. The valuethe Indicates the slot administrative TDD_ENHANCE number of the state of the board. indicates the The time LBBP. administrative division duplexstate of the board (TDD) mode can be blocked, integrated with the Indicatesunblocked, the or shutting down. beamforming (BF) physical operation For details, function. BF status of The thesee board, ITU-T function provides Indicates the which X.731. can be the data operational state of physical type of the Uninstalled, Indicates the alarm transmission the board, which LBBP. Starting up, Normal, status. details service in to can be For set Inconsistent, about the definition transmission Enabled or mode Unconfigured, of Alarm Status, 7 or 8 defined in the Disabled. Enabled Power off, Fault, see ITU-T X.731. protocol. For indicates that Communication Indicates the3GPP E-the details, see services can lost, In test, orbe label, a on textthe file TS 36.213. carried combination of with a maximum of 2For board. Disabled various states. KB. It is used to indicates that no example, if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status code of the boardof Indicates the the board isabout or the cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost.the board by manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature of the power amplifier.

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Band2: Common [9612-9888] Offset: Frequencies 0 Special Channel Number: Frequencies [9662-9938] Offset: Channel Number: 0 Special none Offset: 0 Frequencies Band2: Common Indicates the Channel Number: Frequencies service type of the (412, 437, 462, Channel Number: Indicates the result CPU or DSP of the 487, 537, 562, [9262-9538] Offset: of the512, operation. board. The service 587, 612, 637, 662, 0 Special types of the DSP 687) Offset: 1850.1 Frequencies consist uplink Band3: of Common Channel Number: and downlink Frequencies (12, 37, 62, 87, 112, services. The Indicates the type Channel Number: 137, 162, 187, service typesOffset: of212, the of the device. [1162-1513] 237, 262, 287) CPU consist of 1575 Special Offset: 1850.1 Indicates theSlave. Office Master and Frequencies Band3: name ofCommon the BS. Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Band4: Common [937-1288] Offset: the board. Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 none Special Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, time. 1987, 2012, [1312-1513] Offset: 2037, 2062, 2087) 1450 Special Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies cabinet number of (1007, 1012, 1032, Channel Number: the main control 1037, 1062, Indicates the1087) [4132-4233] Offset: and transmission Offset: 670.1 subrack number of 0 Special board. Band6: Common the main control Frequencies Frequencies and transmission Channel Number: Indicates the Indicates the slot Channel Number: board. (782, 787, 807, physical operation number of the [4387-4413] 812, 837, 862) status of the Offset: board, LMPT. Indicates whether 0 Special Offset:can 670.1 Indicates the which be the LMPT instate use is Frequencies Band6: Common operational of Uninstalled, the active or Channel Number: Indicates the alarm Frequencies the board, Starting up,which Normal, standby one. (1037, Offset: status. For details Channel Number: can be 1062) set to Inconsistent, 670.1 Band7: about the definition [4162-4188] Offset: Enabled or Unconfigured, Common of Alarm Status, 0 Special Disabled. Enabled Power off, Fault, Frequencies see ITU-T X.731. Frequencies indicates that Communication Indicates theorbe E-the Channel Number: services can lost, In test, [2237-2563] Offset: label, a text file (812, 837) Offset: carried on the combination of with 2175 Special a maximum of 2For 670.1 Band7: board. Disabled various states. Frequencies KB. It is used to Common indicates that no example, if a board Channel Number: record the Frequencies service can be is not configured (2587, 2612, manufacturing Channel Number: carried onto the2637, and fails 2662, 2687, 2712, information about [2012-2338] Offset: board. communicate with 2737, 2762, 2787, equipment such as 2100 Special Indicates the type the main control 2812, 2837, 2862, the board, subFrequencies of the board. and transmission 2887, Offset: board, or optical Channel Number: board,2912) the physical Indicates the bar 2105.1 Band8: module. (2362, 2387, 2412, operation status of code of the board Indicates the Common 2437, 2462, 2487, thethe board isabout or cabinet. description Frequencies 2512, 2537, 2562, Unconfigured, the services and Channel Number: 2587, 2612, 2637, Communication functions provided [2937-3088] Offset: 2662, 2687) Indicates theOffset: lost. by the board or the 340 Special 2030.1 Band8: manufacturing date cabinet. Frequencies Common of the board or the Channel Number: Frequencies cabinet. none Offset: 0 Channel Number: Band9: Common [2712-2863] Offset: Frequencies 340 Special Channel Number: Frequencies [9237-9387] Offset: Channel Number: 0 Special none Offset: 0 Frequencies

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

NO

NO

Yes

LBFD-00202101

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

The downlink and uplink frequencies of the local cell must stay within the same frequency band. The downlink and Indicates the Frequency(MHZ) uplink frequencies= manufacturer of the (Frequency of the local cell board or the Channel / must stayNumber within the cabinet. Indicates the issue 5) + Offset Band1: same frequency number Common band. of the board. Frequencies Frequency(MHZ) = IndicatesNumber: Channel the type (Frequency of a board. [10562-10838] Channel Number / Offset: 0 Special 5) + Offset Band1: Indicates the object Frequencies Common number of a board. Channel Frequencies IndicatesNumber: the object none 0 Channel type ofOffset: a Number: board, Band2: Common [9612-9888] Offset: which is CPU or Frequencies 0 Special the DSP. Indicates Channel Number: Frequencies temperature of a [9662-9938] Offset: Channel board. Number: 0 Special none Offset: Indicates the 0 Frequencies Band2: Common temperature Indicates theof the Channel Number: Frequencies power amplifier. service type of the (412, 437, 462, Channel Number: Indicates the result CPU or DSP of the 487, 512, 537, 562, [9262-9538] Offset: of the operation. board. The service 587, 612, 637, 662, 0 Special types of the DSP 687) Offset: 1850.1 Frequencies consist of uplink Band3: Common Channel Number: and downlink Frequencies (12, 37, 62, 87, 112, services. The Indicates the type Channel Number: 137, 162, 187, service types of212, the of the device. [1162-1513] Offset: 237, 262, 287) CPU consist of 1575 Special Offset: 1850.1 Indicates theSlave. Office Master and Frequencies Band3: name ofCommon the BS. Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Band4: Common [937-1288] Offset: the board. Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 Special none Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, 1987, 2012, time. [1312-1513] Offset: 2037,Special 2062, 2087) 1450 Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies cabinet number of (1007, 1012, 1032, Channel Number: the extension 1037, 1062, 1087) [4132-4233] Offset: Indicates the transmission Offset: 670.1 board. 0 Special subrack number of Band6: Common Frequencies the extension Frequencies Channel Number: transmission Indicates the board. slot Channel Number: (782, 787, 807, number of the [4387-4413] Offset: 812, 837, 862) UTRP. 0 Special Offset: 670.1 Indicates the type Frequencies Band6: Common of the sub-board. Channel Number: Indicates the alarm Frequencies (1037, 1062) Offset: status. For details Channel Number: 670.1 the Band7: about definition [4162-4188] Offset: Common of Alarm Status, 0 Special Frequencies see ITU-T X.731. Frequencies Channel Channel Number: Number: [2237-2563] Offset: (812, 837) Offset: 2175 Special 670.1 Band7: Frequencies Common Channel Number: Frequencies (2587, 2612, 2637, Channel Number:

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

NO

YES

No

None

NO

NO

Yes

LBFD-004006

status of the board, Indicates which canthe be operational state of Uninstalled, the board, Starting up,which Normal, can be set to Inconsistent, Enabled or Unconfigured, Disabled. Power off,Enabled Fault, indicates that Communication Indicates theorbe E-the services can lost, In test, label, a text file carried on the combination of with a maximum of 2For board. Disabled various states. KB. It is used to indicates that no example, if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status of code of the board Indicates the thethe board isabout or cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost. by the board manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service types of the DSP consist of uplink and downlink services. Indicates The the type service types of the of the device. CPU consist of Indicates theSlave. Office Master and name of the BS. Indicates the software version of the board. Indicates the hardware version of the board. Indicates the BootROM version of the board. Indicates the test time. Indicates the test result.

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Frequencies Band4: Common Channel Number: Frequencies (1887, 1912, 1937, Channel Number: 1962, 1987, 2012, [1312-1513] Offset: 2037,Special 2062, 2087) 1450 Offset: 1735.1 Frequencies Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies number of the1032, (1007, 1012, Channel Number: cabinet where the 1037, 1062, 1087) [4132-4233] Offset: Indicates the Indicates the USCU is located. Offset: 670.1 0 Special number of the physical operation Band6: Common Frequencies subrack where the status of Number: the board, Frequencies Channel USCUcan is located. Indicates the slot which be Channel Number: (782, 787, 807, operational state of number of the Uninstalled, [4387-4413] Offset: 812, 837, 862) Indicates the alarm the board, which USCU. Starting up, Normal, 0 Special Offset: status. For details can be 670.1 set to Inconsistent, Frequencies Band6: Common about the definition Enabled or Unconfigured, Channel Number: Frequencies of Alarm Status, Disabled. Enabled Power off, Fault, (1037, 1062) Offset: Channel see ITU-TNumber: X.731. indicates that Communication 670.1 Band7: [4162-4188] Offset: Indicates theorbe E-the services can lost, In test, Common 0 Special label, a text file carried on the combination of with Frequencies a maximum of 2For board. Disabled various states. Channel Number: KB. It is used to indicates that no example, if a board [2237-2563] Offset: (812, 837) record the service canOffset: be is not Special configured 2175 670.1 Band7: manufacturing carried and failsontothe Frequencies Common information about board. communicate with Channel Number: Frequencies equipment such as Indicates the type the main control (2587, 2612, 2637, Channel Number: thethe board, subof board. and transmission 2662, 2687, 2712, [2012-2338] Offset: board, or board, theoptical physical Indicates the bar 2737, 2762, 2787, 2100 Special module. operation status of code of the board Indicates the2862, 2812, 2837, Frequencies the board is or the cabinet. description about 2887, 2912) Offset: Channel Number: Unconfigured, the services and 2105.1 Band8: (2362, 2387, 2412, Communication functions provided Common 2437, 2462, 2487, Indicates the or the lost. by the 2537, board Frequencies 2512, 2562, manufacturing date cabinet. Channel Number: 2587, 2612, 2637, of the board or the [2937-3088] Offset: 2662, 2687) Indicates theOffset: cabinet. 340 Special 2030.1 Band8:of the manufacturer Frequencies Common board or the Channel Number: Frequencies cabinet. Indicates the issue none Offset: 0 Channel number ofNumber: the Band9: Common [2712-2863] Offset: board. Frequencies 340 Special Indicates the type Channel Number: Frequencies of a board. [9237-9387] Offset: Channel Number: 0 Special none Offset: Indicates the 0object Frequencies Band9: Common number of a board. Channel Number: Indicates the object Frequencies none Offset: 0. The type of a board, Channel Number: frequency of Offset: the which is CPU or [8762-8912] local cell must DSP. 0 Special Indicates the be the same as of that Frequencies temperature a of the bearing logical Channel Number: board. Indicates the 0. cell. none Offset: temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service types of the DSP consist of uplink and downlink services. Indicates The the type service types of the of the device. CPU consist of Master and Slave.

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

487, 512, 537, 562, [9262-9538] Offset: 587, 612, 637, 662, 0 Special 687) Offset: 1850.1 Frequencies Band3: ChannelCommon Number: Frequencies (12, 37, 62, 87, 112, Channel 137, 162,Number: 187, 212, [1162-1513] Offset: 237, 262, 287) 1575 Special Offset: 1850.1 Indicates the Office Frequencies Band3: name ofCommon the BS. Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Band4: Common [937-1288] Offset: the board. Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 Special none Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, 1987, 2012, time. [1312-1513] Offset: 2037,Special 2062, 2087) 1450 Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Frequencies number ofNumber: the (1007, 1012, 1032, Channel Number: cabinet where the 1037, 1062, 1087) Indicates the [4132-4233] Offset: BBU FAN unit is Indicates Offset: 670.1 number ofthe the 0 Special located. physical operation Band6: Common subrack where the Frequencies status of Number: the Frequencies BBU FAN unitboard, is Channel Indicates the Indicates the which canNumber: be Channel located. (782, 787, 807, number of the slotof operational state Uninstalled, [4387-4413] Offset: 812, 837, 862) where the BBU FAN Indicates the alarm the board, Starting up,which Normal, 0 Special Offset: 670.1 unit is located. status. For details can be set to Inconsistent, Frequencies Band6: Common about the definition Enabled or Unconfigured, Channel Number: Frequencies of Alarm Status, Disabled. Enabled Power off, Fault, (1037, 1062) Offset: Channel Number: see ITU-T X.731. indicates that Communication 670.1 Band7: [4162-4188] Offset: Indicates theorbe E-the services can lost, In test, Common 0 Special label, a text file carried on the combination of with Frequencies Frequencies a maximum of 2For board. Disabled various states. Channel Number: Channel Number: KB. It is used to indicates that no example, if a board [2237-2563] Offset: (812, 837) record the service canOffset: be is not Special configured 2175 670.1 Band7: manufacturing carried and failsontothe Frequencies Common information about board. communicate with Channel Number: Frequencies equipment such as Indicates the type the main control (2587, 2612, 2637, Channel Number: thethe board, subof board. and transmission 2662, 2687, 2712, [2012-2338] Offset: board, or board, theoptical physical Indicates the bar 2737, 2762, 2787, 2100 Special module. operation status of code of the board Indicates the2862, 2812, 2837, Frequencies the board is or the cabinet. description about 2887, 2912) Offset: Channel Number: Unconfigured, the services and 2105.1 Band8: (2362, 2387, 2412, Communication functions provided Common 2437, 2462, 2487, Indicates the or the lost. by the 2537, board Frequencies 2512, 2562, manufacturing date cabinet. Channel Number: 2587, 2612, 2637, of the board or the [2937-3088] Offset: 2662, 2687) Indicates theOffset: cabinet. 340 Special 2030.1 Band8:of the manufacturer Frequencies Common board or the Channel Number: Frequencies cabinet. Indicates the issue none Offset: 0 Channel number ofNumber: the Band9: Common [2712-2863] Offset: board. Frequencies 340 Special Indicates the type Channel Number: Frequencies of a board. [9237-9387] Offset: Channel Number: 0 Special none Offset: Indicates the 0object Frequencies Band9: Common number of a board. Channel Number: Frequencies none Offset: 0. The Channel Number: frequency of Offset: the [8762-8912] local cell must be 0 Special the same as that of Frequencies the bearing logical Channel Number: cell. none Offset: 0.

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Yes

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YES

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YES

NO

No

None

YES

YES

No

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

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Yes

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Yes

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Yes

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NO

NO

Yes

None

Common band. Frequencies Frequency(MHZ) = Channel Number: (Frequency [10562-10838] Channel Number / Offset: 0 Special 5) + Offset Band1: Frequencies Common Channel Frequencies IndicatesNumber: the object none 0 Channel type ofOffset: a Number: board, Band2: Common [9612-9888] Offset: which is CPU or Frequencies 0 Special the DSP. Indicates Channel Number: Frequencies temperature of a [9662-9938] Offset: Channel board. Number: 0 Special none Offset: Indicates the 0 Frequencies Band2: Common temperature Indicates theof the Channel Number: Frequencies power amplifier. service type of the (412, 437, 462, Channel Number: Indicates the result CPU or DSP of the 487, 512, 537, 562, [9262-9538] Offset: of the operation. board. The service 587, 612, 637, 662, 0 Special types of the DSP 687) Offset: 1850.1 Frequencies consist of uplink Band3: Common Channel Number: and downlink Frequencies (12, 37, 62, 87, 112, services. The Indicates the type Channel Number: 137, 162, 187, service types of212, the of the device. [1162-1513] Offset: 237, 262, 287) CPU consist of 1575 Special Offset: 1850.1 Indicates theSlave. Office Master and Frequencies Band3: name ofCommon the BS. Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Band4: Common [937-1288] Offset: the board. Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 Special none Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, 1987, 2012, time. [1312-1513] Offset: 2037,Special 2062, 2087) 1450 Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Channel Number: Frequencies Indicates the (1007, 1012, 1032, Channelnumber Number: cabinet of 1037, 1062, 1087) [4132-4233] Offset: the EIU in the BBU. Indicates the Offset: 670.1 Indicates the 0 Special physical operation Band6: Common subrack number of Frequencies status the Frequencies the EIUofinNumber: theboard, BBU. Channel Indicates the slot which can be Channel Number: (782, 787, 807, operational state number of the EIUof Uninstalled, [4387-4413] Offset: 812, 837, the 862) Indicates alarm the board, which in the BBU. Starting up, Normal, 0 Special Offset: status. For details can be 670.1 set to Inconsistent, Frequencies Band6: Common about the definition Enabled or Unconfigured, Channel Number: Frequencies of Alarm Status, Disabled. Enabled Power off, Fault, (1037, 1062) Offset: Channel see ITU-TNumber: X.731. indicates that Communication 670.1 Band7: [4162-4188] Offset: Indicates theorbe E-the services can lost, In test, Common 0 Special label, a text file carried on the combination of with Frequencies Frequencies a maximum of 2For board. Disabled various states. Channel Number: Channel Number: KB. It is used to indicates that no example, if a board [2237-2563] Offset: (812, 837) record the service canOffset: be is not Special configured 2175 670.1 Band7: manufacturing carried and failsontothe Frequencies Common information about board. communicate with Channel Number: Frequencies equipment such as Indicates the type the main control (2587, 2612, 2637, Channel Number: the board, subof the board. and transmission 2662, 2687, 2712, [2012-2338] Offset: board, or board, theoptical physical Indicates the bar 2737, 2762, 2787, 2100 Special module. operation status of code of the board 2812, 2837, 2862, Frequencies the board is or the cabinet. 2887, 2912) Offset: Channel Number: Unconfigured, 2105.1 Band8: (2362, 2387, 2412, Communication Common 2437, 2462, 2487, lost. Frequencies 2512, 2537, 2562, Channel Number: 2587, 2612, 2637, [2937-3088] Offset: 2662, 2687) Offset: 340 Special 2030.1 Band8:

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Yes

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Yes

None

NO

NO

Yes

None

YES

NO

No

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YES

NO

No

None

YES

YES

No

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the The downlink and description about uplink frequencies the services and of the local cell functions provided Indicates the must within the by thestay board or the manufacturing date same frequency cabinet. of the board orand the band. The downlink Indicates the cabinet. Frequency(MHZ) uplink frequencies= manufacturer of the (Frequency of the local cell board or the Channel / must stayNumber within the cabinet. Indicates the issue 5) + Offset Band1: same frequency number Common band. of the board. Frequencies Frequency(MHZ) = IndicatesNumber: Channel the type (Frequency of a board. [10562-10838] Channel Number / Offset: 0 Special 5) + Offset Band1: Indicates the object Frequencies Common number of a board. Channel Frequencies IndicatesNumber: the object none 0 Channel type ofOffset: a Number: board, Band2: Common [9612-9888] Offset: which is CPU or Frequencies 0 Special the DSP. Indicates Channel Number: Frequencies temperature of a [9662-9938] Offset: Channel board. Number: 0 Special none Offset: Indicates the 0 Frequencies Band2: Common temperature Indicates theof the Channel Number: Frequencies power amplifier. service type of the (412, 437, 462, Channel Number: Indicates the result CPU or DSP of the 487, 512, 537, 562, [9262-9538] Offset: of the operation. board. The service 587, 612, 637, 662, 0 Special types of the DSP 687) Offset: 1850.1 Frequencies consist of uplink Band3: Common Channel Number: and downlink Frequencies (12, 37, 62, 87, 112, services. The Indicates the type Channel Number: 137, 162, 187, service types of212, the of the device. [1162-1513] Offset: 237, 262, 287) CPU consist of 1575 Special Offset: 1850.1 Indicates theSlave. Office Master and Frequencies Band3: name ofCommon the BS. Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Band4: Common [937-1288] Offset: the board. Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 Special none Offset: Indicates the name BootROM version Frequencies Band4: Common of the eNodeB, of the board. Channel Number: Frequencies which uniquely (1887, 1912, Indicates the 1937, test Channel identifies Number: an 1962, 1987, 2012, time. [1312-1513] Offset: eNodeB within a 2037,Special 2062, 2087) 1450 PLMN. Indicates the test Offset: 1735.1 Frequencies The name is a result. Band5: Common Channel string of aNumber: Frequencies (1662, 1687, 1712, maximum of 64 Channel Number: 1737, 1762, 1787, characters. The [4357-4458] Offset: 1812, 1837, Indicates the1862) ID string cannot be of 0 Special Offset: 1380.1 an eNodeB, which null characters or Frequencies Band5: uniquely identifies contain Common any of the Channel Number: Frequencies an eNodeB within a following (1007, 1012, 1032, Channel Number: PLMN. This characters: 1037, 1062, 1087) [4132-4233] Offset: parametermarks is closely question (?), Offset: 670.1 0 Special associated with the colons (:), right Indicates the mobile Band6: Common Frequencies CGI the cell,This and angleofbrackets (>), country code. Frequencies Channel Number: is part of the CGI. lefta angle brackets parameter is closely Channel Number: (782, 787, 807, (<), asterisks (*),the associated with [4387-4413] Offset: 812, 837, slashes (/),862) CGI of the cell, and 0 Special Offset: 670.1 (\), backslashes is a part (3 decimal Frequencies Band6: bars (|),ofCommon double digits) the CGI. Channel Number: Frequencies quotation marks ("), (1037, 1062) Offset: Channel commas Number: (,), 670.1 Band7:Offset: [4162-4188] semicolons (;), Common 0 Special equal signs (=), Frequencies Frequencies single quotation

NO

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Yes

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Yes

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expiration date and protection period. Normal indicates Indicates the that the license automatic power control Indicates the are mobile control items switch. within the expiration network code. This When the eNodeB date. Demo parameter is closely is powered off indicates that the associated with the automatically, the license file is a CGI of the cell, and TX channels of the demo file(2and is a part toare 3at RRUs/RFUs Indicates the least one license decimal digits) of shut down. In this eNodeB type. control item is in the CGI. case, the eNodeBthe normal works instate. empty load Protected indicates to reduce the power that the license consumption. When Indicates the Indicates the enter control items the eNodeB is automatic power-off longitude of the the protection powered oneNodeB. time of the geographic location period because the Indicates the automatically, the of the eNodeB. current time passes automatic power-on TX and RX When value is the expiration date time ofthe theof eNodeB. channels the less than 0, this of the control items, Indicates the RRUs/RFUs are parameter the license isthe latitude of the opened and represents west revoked, or eNodeB. A negative RRUs/RFUsastart to longitude. When the mismatch of thethe value work. indicates value is more than version or ESN south latitude, Indicates the and 0, this parameter between the license a positive value automatic power-off electronic serial represents east and the eNodeB. indicates the state of the number of thenorth longitude. After the protection latitude. eNodeB. If of this backplane the period of 60isdays, parameter set to eNodeB. the controlall items Poweroff, enter the default RRUs/RFUs in the state. The values eNodeB enter the of the control low power items in the protected state consumption Indicates the mode, are the same as and the cells are position information those the normal unavailable. If this of the in eNodeB. state. Emergency Indicates the format parameter is set to Indicates the the indicates that of geographical Normal, the Indicates the monitoring period license the coordinates. eNodeBofruns latitude ofenters the The for KPI alarms. eNodeB the normally. eNodeB in period the monitoring is emergency state. Indicates the WGS-84 used in one of the This state can be longitude of the coordinates. following ways: started eNodeBwhen in thethe1. If Indicates the alarm the monitoring license is in the WGS-84 occur threshold. period is set to 15 normal or demo coordinates. Indicates the The andtype jitter minutes, 30 state.delay In the Indicates the alarm of a KPI alarm. alarm threshold of minutes, or 60 emergency state, clearance the transport minutes, dynamic threshold. The Indicates whether network are in units DETECTBEGINTIM statistical control delay and jitter to report the alarm. of ms. The packet E is invalid. For of items and alarm threshold loss rate of example, if athe performance control the transport transport network command forinto aunits KPI items areare set the network Indicates the and the TX packet alarm monitor is maximum of ms. The packet minimum number of loss on the NE started registered values. loss rate ratebetween of the KPI the port are innetwork units of 8:00 to 8:05 The checks. values ofIf other transport number of actual permillage. Other (excluding 8:05) control and theitems TX packet checks is less alarm thresholds and the monitoring remain same. loss ratethe on thethan NE the value of this of are in units of period is 15 The emergency port are inthe units Indicates parameter, KPI percentage. minutes, KPIs state laststhe seven permillage. Other monitoring start alarms may not be generated days for every time. alarm thresholds time KPIfrom alarms. reported or cleared. 8:00 to 8:15of ofisR Each eNodeB are inparameter units This (excluding 8:15) are version can enter percentage. valid only when the monitored. 2. If theis the emergency monitoring period Indicates the monitoring period state for aThe one day. start is number of of detection set tomust one day, maximum three time be on the periods. DETECTBEGINTIM times Indicates in itsthe life full hour. E is valid. cycle. number of For the example, if a the cabinet where command for a KPI PEU is located. alarm monitor is started between 8:00 to 8:05 (excluding 8:05) and the monitor starts at 8:00, the

NO

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No

None

NO

NO

No

None

NO

NO

No

LOFD-001025

NO

NO

No

LOFD-001025

NO

NO

No

LOFD-001025

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

LBFD-004014

NO

NO

Yes

LOFD-001025

NO

YES

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

YES

YES

No

None

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YES

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Indicates Indicates the the number of the physical operation subrack the status ofwhere the board, PEU located. Indicates the whichiscan be slot operational state of number of the PEU Uninstalled, Indicates the alarm the board, which in the BBU. Starting up, Normal, status. details can be For set to Inconsistent, about the definition Enabled or Unconfigured, of Alarm Status, Disabled. Enabled Power off, Fault, see ITU-T X.731. indicates that Communication Indicates theorbe E-the services can lost, In test, label, textthe file carrieda on combination of with a maximum of 2For board. Disabled various states. KB. It is used to indicates that no example, if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status code of the boardof Indicates the the board isabout or the cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost.the board by manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service types of the DSP consist of uplink and downlink services. The Indicates the type service types of the of the device. CPU consist of Indicates theSlave. Office Master and name of the BS. Indicates the software version of the board. Indicates the hardware version of the board.

YES

NO

No

None

YES

YES

No

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

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Yes

None

NO

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Yes

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Frequencies undercurrent alarm Band3: Common Channel Number:30 occur threshold: Frequencies none Offset: 0 mA; undercurrent Channel Number: Band4: Common alarm clear [937-1288] Offset: Frequencies threshold: 40 mA; 1525 Special Channel Number: overcurrent alarm Frequencies [1537-1738] Offset: occur threshold: Channel Number: Indicates the 0 1805 Special 170 nonemA; Offset: BootROM version Frequencies overcurrent alarm Band4: Common of the board. Channel Number: clear threshold: 150 Frequencies (1887, 1912, mA. Indicates the 1937, test Channel Number: 1962, 2012, For dB nontime.241987, [1312-1513] Offset: 2037, 2062, 2087) AISG TMA: 1450 Special Indicates the alarm test Offset: 1735.1 undercurrent Frequencies result. Band5: Common occur threshold: Channel Number:40 Frequencies mA; undercurrent (1662, 1687, 1712, Channel Number: alarm clear 1737, 1762, 1787, [4357-4458] Offset: threshold: 601862) mA; 1812, 1837, 0 Special overcurrent alarm Offset: 1380.1 Frequencies occur Band5:threshold: Common Indicates the Channel Number: 310 mA;number Frequencies cabinet of (1007, 1012, 1032, overcurrent alarm Channel Number: the RRU or RFU 1037, 1062, 1087) Indicates clear threshold: 280 [4132-4233] Offset: where thethe antenna Offset: 670.1 subrack number mA. 0 Special port is located. of Band6: the RRU or RFU For RETCommon (coaxial) Frequencies Indicates the slot Frequencies where theNumber: antenna only: undercurrent Channel number of the RRU Channel Number: port is787, located. alarm occur (782, 807, or RFU where the [4387-4413] Offset: threshold: 25 mA; 812, 837, 862) antenna port is Indicates the 0 Special undercurrent alarm Offset: 670.1 located. number of the 33 Frequencies clear threshold: Band6: Common antenna port on the Channel Number: mA; overcurrent Frequencies RRU RFU. (1037,or 1062) Offset: alarm occur Channel Number: Indicates the ALD 670.1 Band7: threshold: 150 mA; [4162-4188] Offset: power supply Common overcurrent alarm 0 Special switch. When Indicates the an120 Frequencies clear threshold: Frequencies ALD needs power overcurrent alarm Channel Number: Number: mA. Channel supply, set the ALD clear threshold. [2237-2563] Offset: For 12837) dBthe TMA and Indicates (812, Offset: power supply switch When the ALD 2175 Special RET 12 dB TMA overcurrent alarm 670.1orBand7: to ON. only: current value is less Frequencies (AISG) generating Common Indicates the than this threshold, Channel Number: undercurrent alarm threshold. When Frequencies undercurrent alarm the overcurrent (2587, 2612, 2637, occur threshold: 30 the ALD current Channel Number: clear threshold. alarm is cleared. 2662,undercurrent 2687, 2712, mA; value is greater [2012-2338] Offset: Indicates the When thethreshold, ALD 2737, 2762, 2787, alarm clear than this 2100 Special undercurrent alarm current value is 2812, 2837, 2862, threshold: 40 mA; an overcurrent Frequencies generating greater than this 2887, 2912) Offset: overcurrent alarm alarm is reported. Channel Number: threshold. When threshold, the2412, 2105.1threshold: Band8: occur (2362, 2387, the ALD current undercurrent alarm Indicates the DL Common 450 mA; 2437, 2462, 2487, value is smaller is cleared. delay of the TMA. Frequencies overcurrent alarm 2512, 2537, 2562,It than this threshold, Indicates the feeder should be specified Channel Number: clear threshold: 2587, 2612, 2637, an undercurrent Indicates the UL400 length. according to the [2937-3088] Offset: mA. 2662, of 2687) Offset:It alarm is reported. delay the TMA. specification 340 24 Special For dB TMA and 2030.1 Band8: should be specified provided the Frequencies RET or 24by dB TMA Common according to the equipment Channel Number: (AISG): Frequencies specification manufacturer. none Offset: 0alarm undercurrent Channel provided Number: by Typically, thisthe Band9:threshold: Common occur 40 [2712-2863] Offset: equipment parameter is less Frequencies mA; undercurrent 340 Indicates Special the manufactory. than 30 ns. Channel Number: alarm clear Frequencies observed current of Typically, this [9237-9387] Offset: threshold: mA; Channel the ALD. Number: Indicates the actual parameter 60 is less 0 Special overcurrent alarm none Offset: 0 status of the ALD than 30 ns. Frequencies occur Band9: Common powerthreshold: supply Indicates the Channel Number: 850 mA; Frequencies switch. number cabinet of none Offset: 0. The overcurrent alarm Channel the boardNumber: where the frequency of the750 clear threshold: [8762-8912] Indicates CPRI portthe is Offset: local cell must beof mA. 0 Specialnumber subrack located. the same as that of If the previously Frequencies the board where the Indicates the slot the bearing listed threshold Channel CPRI portNumber: islogical number of the0. cell. Offset: cannot meet the none located. board where requirements,the you CPRI port isto can choose located. customize the threshold according to the actual device type. The customized threshold should meet the following

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

LOFD-001024

YES

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

YES

YES

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

No

LOFD-001024

NO

NO

Yes

LOFD-001024

NO

NO

Yes

LOFD-001024

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

Indicates the number of the CPRI port. Indicates the line rate at the CPRI port. Indicates the the Indicates Indicates the postVSWR alarm administrative state administrative state processing switch. of the board. The of the CPRI port. When this administrative state parameter is can set to Indicates the of the board be ON andalarm if the post-or VSWR locked, unlocked, current processing shuttingVSWR down. is For greater than the threshold. the details, seeIf ITU-T VSWR post-alarm VSWR postX.731. alarm post-processing processing switch is Indicates the threshold, the postset to ON, the TX VSWR alarm processing is channel is When shut threshold. performed and Indicates the down whenVSWR the the the current TX channel position of the RRU VSWR is greater exceeds theis shut down. or RFU on a chain than the value of threshold, an alarm or ring. It is this parameter. is reported. calculated starting Indicates the from the head of Indicates the Indicates the ID ofof topology position the chain or ring. the RRUmode chain/ring. working of on the RRU or RFU the RRU or RFU. a chain/ring. If no The MRFU RHUB is or MRRU supports configured, TP can one or more only be set to standards, TRUNK. the LRFU supports Indicates the LTE (FDD), and the number of RX LRRU supports LTE channels. Indicates (TDD) andthe LTE number (FDD). of TX channels. Indicates the number of carriers on each RX Indicates channel. the number of carriers on each TX channel. Indicates the minimum UL frequency. Indicates the maximum UL frequency. Indicates the minimum DL frequency. Indicates the maximum DL Indicates the frequency.output maximum power on a TX channel of the RRU or RFU. The error is Indicates precise tothe +/-1UL W. channel gain. Indicates the bandwidth supported by the UL channel. Indicates the temperature of the PA.

YES

YES

No

None

NO

NO

Yes

None

NO

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Yes

None

NO

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No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the number of scanned Indicates the hops, which is access direction of counted from 0. Indicates the which serial the services, number can be of the RRU or RFU. the Indicates CONNECTHEAD(A Indicates the standard of chain the ccess from physical operation RRU or in the head orofRFU ring status the head), board, scanning result. Indicates CONNECTTAIL(Ac which canthe be operational state of cess from ring tail), Uninstalled, Indicates the alarm the board, which CONNECTBOTH(A Starting up, Normal, status. For details can befrom set to ccess both Inconsistent, about the definition Enabled or ring), ends of the Unconfigured, of Alarm Status, Disabled. Enabled SEPERATEBYBRE Power off, Fault, see ITU-T X.731. indicates that AK(Seperated by Communication Indicates theorbe Eservices can break or lost, Inpoints), test, the label, a on textthe file carried LINKDOWN(Link combination of with a maximum of board. down). Disabled various states. 2For KB. It is to indicates that no example,used if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status code of the boardof Indicates the the board isabout or the cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost.the board by manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service types of the DSP consist of uplink and downlink services. The Indicates the type service types of the of the device. CPU consist of Indicates theSlave. Office Master and name of the BS.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Band3: Common Channel Number: Frequencies (12, 37, 62, 87, 112, Channel 137, 162,Number: 187, 212, [1162-1513] Offset: 237, 262, 287) 1575 Special Offset: 1850.1 Frequencies Band3: Common Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Band4: Common [937-1288] Offset: the board. Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 none Special Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, time. 1987, 2012, [1312-1513] Offset: 2037, 2062, 2087) 1450 Special Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies number of the1032, (1007, 1012, Channel Number: cabinet where the 1037, 1062, 1087) [4132-4233] Indicates theOffset: RFU is located. Offset: 670.1 0 Specialof the number Band6: Common Frequencies subrack where the Frequencies Channel Number: Indicates the RFU is located. Indicates the type Channel (782, 787, 807, number ofNumber: the slot of the RF module. [4387-4413] Offset: 812, 837, where the 862) RFU is MRFUs ofthe different 0 Special Indicates Offset: 670.1 located. versions can Frequencies administrative state physical operation Band6: Common support Channel Number: of the board. The status ofdifferent the board, Frequencies working modes. Indicates the (1037,can 1062) administrative state which be Offset: Channel Number: The LRFU operational state of 670.1 Band7: of the boardsupports can be Uninstalled, [4162-4188] Offset: Indicates the alarm only the LO mode. the board, which Common locked, unlocked, or Starting 0 Specialup, Normal, status. For details can be set to Frequencies shutting down. For Inconsistent, Frequencies about the definition Enabled or Channel Number: details, see ITU-T Unconfigured, Channel Number: of Alarm Status, Disabled. Enabled [2237-2563] Offset: X.731. Power off, Fault, (812, 837) Offset: see ITU-T X.731. indicates that 2175 Special Communication 670.1 Band7: Indicates theorbe E-the services can Frequencies lost, In test, Common label, a text file carried on the Channel Number: combination of Frequencies with a maximum of2637, 2For board. Disabled (2587, 2612, various states. Channel Number: KB. It is used to indicates that no 2662, 2687, example, if a2712, board [2012-2338] Offset: record the service can be 2737, 2762, 2787, is not Special configured 2100 manufacturing carried ontothe 2812, 2837, 2862, and fails Frequencies information about board. 2887, 2912) Offset: communicate with Channel Number: equipment such as Indicates the type 2105.1 Band8: the main control (2362, 2387, 2412, the board, subof the board. Common and transmission 2437, 2462, 2487, board, or Frequencies board, theoptical physical Indicates the bar 2512, 2537, 2562, module. Channel Number: operation status of code the board 2587,of2612, 2637, Indicates the [2937-3088] the board isabout or the cabinet. 2662, 2687) Offset: description 340 Special Unconfigured, 2030.1 Band8: the services and Frequencies Communication Common functions provided Channel Indicates Number: the or the lost. Frequencies by the board none manufacturing Offset: 0 date Channel Number: cabinet. Band9: of the board Common or the [2712-2863] Offset: Indicates the Frequencies cabinet. 340 Special manufacturer of the Channel Number: Frequencies board or the Offset: [9237-9387] Channel Number: cabinet. Indicates the 0issue 0 Special none Offset: number of the Frequencies Band9: Common board. Channel Number: Frequencies none Offset: The Indicates the 0. type Channel Number: frequency the of a board.of Offset: [8762-8912] local cell must be 0 Special the same as that of Frequencies the bearing logical Channel Number: cell. Offset: 0. none

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service Indicates the types the DSP VSWRofalarm postconsist of processinguplink switch. and downlink When this services. The Indicates typeto parameter is set Indicates the the service types of the of the device. ON and if the VSWR alarm postCPU consist of current VSWR is processing Master Slave. greater and than the threshold. If the VSWR post-alarm VSWR alarm postpost-processing processing switch is Indicates the threshold, the set to ON, the postTX VSWR alarm processing is channel is When shut threshold. performed and Indicates the down when the the the current VSWR TX channel is shut position the RRU VSWR isof greater exceeds the down. or RFU on a than the value of threshold, anchain alarm or ring. It is this parameter. is reported. calculated starting Indicates the from the head of Indicates the Indicates the ID ofof topology position the RRU chain chain/ring. or ring. the working of on the RRUmode or RFU the RRU or RFU. a chain/ring. If no The MRFU RHUB is or MRRU supports configured, TP can one or more only be set to standards, TRUNK. the LRFU supports Indicates the LTE (FDD), and the number of RX LRRU supports LTE channels. Indicates (TDD) andthe LTE number (FDD). of TX channels. Indicates the number of carriers on each RX Indicates channel. the number of carriers on each TX channel. Indicates the minimum UL frequency. Indicates the maximum UL frequency. Indicates the minimum DL frequency. Indicates the maximumthe DL Indicates frequency. maximum output power on a TX channel of the RRU or RFU. The error is precise to +/-1 W.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

of the local cell Channel / must stayNumber within the 5) + Offset Band1: same frequency Common band. Frequencies Frequency(MHZ) = Channel Number: (Frequency [10562-10838] Channel Number / Offset: 0 Special 5) + Offset Band1: Indicates the UL Frequencies Common channel gain. Channel Frequencies IndicatesNumber: the none Offset: 0 Channel Number: bandwidth Band2: Common [9612-9888] supported byOffset: the Frequencies 0 ULSpecial channel. Indicates the Channel Number: Frequencies temperature of the [9662-9938] Offset: Channel Number: PA. Indicates the 0 Special none Offset: 0 number of scanned Frequencies Band2: Common Indicates the hops, which is Channel Number: Frequencies access direction of counted from 0. Indicates the serial (412, 437, 462, Channel Number: the services, which number of537, the RRU 487, 512, 562, [9262-9538] Offset: can be or RFU. 587, 612, 637, 662, Indicates the 0 Special CONNECTHEAD(A 687) Offset: 1850.1 standard of the Frequencies ccess from chain Band3: RRU RFU in the Channel Number: head or or Common ring head), Frequencies scanning result. (12, 37, 62, 87, 112, CONNECTTAIL(Ac Channel 137, 187, 212, cess 162, fromNumber: ring tail), [1162-1513] Offset: 237, 262, 287) CONNECTBOTH(A 1575 Offset: 1850.1 ccessSpecial from both Indicates the Office Frequencies Band3: ends of the name ofCommon thering), BS. Channel Number: Frequencies SEPERATEBYBRE Indicates the 0 none Offset: Channel Number: AK(Seperated byof software version Band4: Common [937-1288] Offset: break points), or the board. Frequencies 1525 Special LINKDOWN(Link Indicates the Channel Frequencies down). Number: hardware version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 none Special Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, time. 1987, 2012, [1312-1513] Offset: 2037, 2062, 2087) 1450 Special Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Channel Frequencies IndicatesNumber: the (1007, 1032, Channel Number: cabinet1012, number of 1037, 1062, 1087) [4132-4233] Offset: the RRU. Offset: 670.1 Indicates the 0 Special Band6: Common subrack number of Frequencies Frequencies the RRU.Number: Channel Channel Number: (782, 787, 807, Indicates the slot [4387-4413] Offset: 812, 837, 862) number ofthe the RRU. Indicates RRU 0 Special Indicates the is type Offset: 670.1 name, which a Frequencies of the of RRU. Band6: Common string a The Channel Number: MRRUs of different Frequencies maximum of 30 Indicates the (1037, 1062) Offset: versions can Channel Number: characters. administrative state 670.1 Band7: support different [4162-4188] Offset: of the board. The Common work modes. The 0 Special the Indicates administrative Frequencies LRRU support state only Frequencies operational state of of the board can be Channel Number: the LO and LO_TD Channel Number: Indicates the alarmor the board, which locked, unlocked, [2237-2563] Offset: modes respectively. (812, 837) Offset: status. For details can beSpecial set to shutting down. For 2175 670.1 Band7: about the Enabled ordefinition details, see ITU-T Frequencies Common of Alarm Status, Disabled. Enabled X.731. Channel Frequencies see ITU-TNumber: X.731. indicates that (2587, 2612, 2637, Channel Number: services can be 2662, 2687, 2712, [2012-2338] Offset: carried on the 2737, 2762, 2787, 2100 Special board. Disabled 2812, 2837, 2862, Frequencies indicates thatOffset: no 2887, 2912) Channel Number: service can be 2105.1 2387, Band8: (2362, carried on the2412, Common 2437, 2462, 2487, board. Frequencies 2512, 2537, 2562, Channel Number: 2587, 2612, 2637,

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

YES

No

None

YES

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

Uninstalled, Starting up, Normal, Inconsistent, Unconfigured, Power off, Fault, Communication Indicates theorE-the lost, In test, label, a text file combination of with a maximum of various states. 2For KB. It is used to example, if a board record the is not configured manufacturing and fails to information about communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status code of the boardof Indicates the the board isabout or the cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost.the board by manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service Indicates the types the DSP VSWRofalarm postconsist of processinguplink switch. and downlink When this services. Indicates the typeto parameterThe is set Indicates the service types of the of the device. ON andalarm if the postVSWR CPU consist of is current VSWR processing Master and Slave. greater than the threshold. If the post-alarm VSWR alarm postpost-processing processing switch is Indicates the threshold, the set to ON, the postTX VSWR alarm processing is channel is When shut threshold. performed and Indicates the down whenVSWR the the the current TX channel position of the RRU VSWR is greater exceeds theis shut down. or RFU on a chain than the value of threshold, an alarm or ring. It is this parameter. is reported. calculated starting Indicates the from the head of Indicates the Indicates the ID ofof topology the RRU chainposition or ring. the chain/ring. working of on the RRUmode or RFU the RRU or RFU. a chain/ring. If no The MRFU RHUB is or MRRU supports configured, TP can one or more only be set to standards, TRUNK. the LRFU supports LTE (FDD), and the LRRU supports LTE (TDD) and LTE (FDD).

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

YES

No

None

Indicates the number of RX channels. Indicates the number of TX channels. Indicates the number of carriers on each RX Indicates channel. the number of carriers on TX and Theeach downlink channel. Indicates the uplink frequencies minimum ULcell of the local frequency. must stay within the Indicates the same frequency maximum UL band. frequency. Frequency(MHZ) = Indicates the (Frequency minimum DL Channel Number / frequency. Indicates 5) + Offsetthe Band1: maximumthe DL Indicates Common frequency. maximum output Frequencies power onNumber: Channel a TX channel of the RRU [10562-10838] or RFU.0The Offset: Special error is Indicates precise tothe Frequencies +/-1UL W. channel gain. Channel Number: Indicates the none Offset: 0 bandwidth Band2: Common supported by the Frequencies UL channel. Indicates the Channel Number: temperature of the [9662-9938] Offset: PA. Indicates 0 Special the number of scanned Frequencies Indicates the hops, which is Channel Number: access direction of counted from 0. Indicates the serial (412, 437, 462, the services, which number of537, the RRU 487, 512, 562, can be or RFU. 587, 612, the 637, 662, Indicates CONNECTHEAD(A 687) Offset: 1850.1 standard of chain the ccess from Band3: RRU or RFU in the head or Common ring head), Frequencies scanning result. CONNECTTAIL(Ac Channel cess fromNumber: ring tail), [1162-1513] Offset: CONNECTBOTH(A 1575 Special ccess from both Indicates the Office Frequencies ends of name ofthe thering), BS. Channel Number: SEPERATEBYBRE Indicates the 0 none Offset: AK(Seperated byof software version Band4:points), Common break or the board. Frequencies LINKDOWN(Link Indicates the Channel down). Number: hardware version of [1537-1738] the board. Offset: Indicates the 1805 Special BootROM version Frequencies of the board. Channel Number: (1887, 1912, Indicates the 1937, test 1962, time. 1987, 2012, 2037, 2062, 2087) Indicates the test Offset: 1735.1 result. Common Band5: Frequencies Channel Number: [4357-4458] Offset: 0 Special Frequencies Channel Number: (1007, 1012, 1032, 1037, 1062, 1087) Offset: 670.1 Band6: Common

NO

YES

No

None

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

[1312-1513] Offset: 1450 Special Frequencies Channel Number: (1662, 1687, 1712, 1737, 1762, 1787, 1812, 1837, 1862) Offset: 1380.1 Band5: Common Indicates the ID of Frequencies the RRU chain/ring. Channel Number: It uniquely identifies [4132-4233] Offset: a chain/ring within 0 Special an eNodeB. Indicates the type Frequencies of the topology. Channel Number: Indicates the (782, 787, 807, backup mode of the 812, 837, the 862) Indicates RRU chain/ring. Offset: 670.1 cabinet number of Band6: Common the board where the Indicates the Frequencies head CPRI port is subrack Channel Number:of located. number the board where the [4162-4188] Offset: Indicates the slotis head CPRI port 0 Special number of the located. Frequencies board where the Channel Number: head CPRI port is (812, 837)the Offset: Indicates located. 670.1 Band7: number of the head Indicates Common CPRI port.the cabinet number of Frequencies the boardNumber: where the Channel Indicates theOffset: tail CPRI port is [2012-2338] subrack number of located. 2100 Special the board where the Frequencies Indicates the slot tail CPRI port is ChannelofNumber: number the located. (2362, 2387, the 2412, board where tail 2437, 2462, 2487, CPRI port is Indicates the2562, 2512, 2537, Indicates the located. number of the tail 2587, 2612, Indicates 2637, position ofthe CPRI 2662, port. access 2687) type1 of Offset: breakpoint onthe the Indicates theaccess 2030.1 RRU. If Band8: the RRU chain/ring. position of port, Common type local Whenisthis breakpoint 2 on Frequencies the LBBP isis parameter setthe to RRU chain/ring. Channel connected Number: to the 255, the breakpoint When this byOffset: [2712-2863] RRU/RFU using is disabled. parameter is If set to 340 a CPRI Special port. the 255, thetype breakpoint Frequencies access is peer is disabled. Channel port, the local Number: LBBP Indicates the 0to levels none is connected Offset: the of theLBBP RRU Band9: peer Common by using Indicates the chain/ring. Frequencies the IDX2ofport on number Channel the backplane, Number: and RRUs/RFUs carried [8762-8912] the peer LBBP Offset: is Indicates the on the RRU 0 then Special connected cabinet number to of chain/ring. Frequencies RRU/RFU. the RRU where the Indicates theis Channel Number: RX channel subrack number none Offset: 0. of located. the RRU where the RX channel Indicates theisslot located. of the RRU number where the RX channel isthe located. Indicates attenuation an number of the RX Indicates theoflogical RX channel. channel. switch of the When RX this parameter channel. This is not set properly, switch is used to the total of the RX opengain or close the link becomes over RX channel. high, the antiinterference capability decreases, and the reported RSSI becomes inaccurate.

NO

NO

Yes

None

YES

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

NO

NO

No

None

NO

NO

No

None

Indicates the antenna mode of the sector. When the antenna is in Indicates the one actual 1T1R mode, longitude of the physical status of group of geographic location the RX channel. parameters must be of the sector. When Indicates thethe sector specified for the value is less number. port, which antenna than 0, this are the cabinet parameter number, subrack represents the west number, slot Indicates the longitude. When the number, and latitude of theport value is greater number. When the geographic location than 0, this antenna is in 1T2R of the sector. parameter or 2T2R mode, two represents the east groups of the Indicates longitude. parameters mustofbe cabinet number specified for the the RRU where Indicates the 1When antenna port port. antenna is subrack number the antenna is in of located. the RRU where 2T4R or 4T4R antenna port 1 is mode, four groups Indicates the slot located. of parameters number of the must RRU be specified for port the where antenna antenna port. 1 is located. Indicates the When the antenna is in number of antenna Indicates the eight 8T8R port 1.mode, cabinet number of groups of the RRU where parameters must be Indicates thethe antenna 2 is specifiedport for subrack number of located. antenna port. the RRU where antenna port is Indicates the 2 slot located. of the RRU number where antenna port 2 is located. Indicates the number of antenna Indicates port 2. the cabinet number of the RRU where Indicates the 3 is antenna port subrack located. number of the RRU where antenna port is Indicates the 3 slot located. of the RRU number where antenna port 3 is located. Indicates the number of antenna Indicates port 3. the cabinet number of the RRU where Indicates the 4 is antenna port subrack number of located. the RRU where antenna port is Indicates the 4 slot located. of the RRU number where antenna port 4 is located. Indicates the number of antenna Indicates port 4. the cabinet number of the RRU where Indicates the 5 is antenna port subrack number of located. the RRU where antenna port 5 is located.

NO

NO

Yes

None

YES

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

Indicates the slot number of the RRU where antenna port 5 is located. Indicates the number of antenna Indicates port 5. the cabinet number of the RRU where Indicates the 6 is antenna port subrack number of located. the RRU where antenna is Indicatesport the 6 slot located. number of the RRU where antenna port 6 is located. Indicates the number of antenna Indicates port 6. the cabinet number of the RRU where Indicates the 7 is antenna port subrack number of located. the RRU where antenna is Indicatesport the 7 slot located. number of the RRU where antenna port 7 is located. Indicates the number of antenna Indicates port 7. the cabinet number of the RRU where Indicates the 8 is antenna port subrack number of located. the RRU where antenna is Indicatesport the 8 slot located. number of the RRU where antenna port 8 is located. Indicates the number of ofthe antenna altitude the Indicates MIMO port sector in the the sector. WGS mode8.of 84 It isco-ordinate the common system. When the MIMO mode Indicates the or sector value is greater mutual-aid MIMO name, which is a than mode. string0,ofthe a sector is above the of ellipsoid maximum 30 Indicates surface inthe thelength WGS characters. of 84semi-major co-ordinateaxis of the uncertainty system. Whenlength the Indicates the area ofisthe sector. value less than of semi-minor axis0, orientation of major The smaller the sector is the below of the uncertainty axis of the value is, parameter the ellipsoid surface area of thethe sector. uncertainty area of the higher in the WGS 84 The smaller thecothe sector (the positioning Indicates the ordinate system. parameter value is, counter-clockwise accuracy is. estimated altitude For details, see the the higher the angle in degrees of the uncertainty 23.032 and 36.455 positioning Indicates the between the majorin area of the sector protocols. accuracy is. confidence by axisWGS and north). the 84level co- The which the position smaller the ordinate system. of the sector to be parameter value is, The smaller the included within the the higher the Indicates the parameter value is, uncertainty area. positioning combination mode the higher the The smaller accuracy is. the of the sector, positioning parameter including accuracy the is.value is, the higher themode combination positioning of multiple RRUs accuracy is. of a and the mode single RRU.

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LOFD-001038

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

Indicates the format of geographical Indicates the coordinates. Indicates the range maximum output of RX channel latitude of the power of the sector. frequencies sector in the WGSIf a sector is Indicates the supported by range the 84 coordinates. configured of TX channel longitude ofwith the two sector. This RRUs, the frequencies sector in the parameter is WGSset to maximum output supported by flag the 84 coordinates. Indicates the of the frequency band power of the sector sector. This the omnidirectional between the is the larger parameter is set to cell. minimum and maximum output the frequency band maximum power on the TX between the frequencies on thea Indicates channel ofwhether theoftwo minimum and RX channels theto license RRUs. Ifisagranted sector is maximum RRU where the a sector. A license configured with one frequencies on the antenna ports are is required only by RRU, theIf maximum TX channels of the located. a sector a dual-mode sector. output powerthe of the RRU where is configured with sector is the antenna ports two RRUs, theare maximum located. If output a sector frequency band power on the TX is configured supported by with the channel the two RRUs, the Indicates the sector is of the RRU. frequency band cabinet number intersection of of supported by the optical bands or the frequency Indicates the sector is the electrical module. supported by the subrack number of intersection two RRUs. Ifofa the optical bands or frequency sector is configured Indicates the slot electrical module. supported by the with only number ofone theRRU, two RRUs. If aband the frequency optical or electrical sector is configured Indicates the of the sector is the module. with onlyofone number theRRU, frequency band the frequency band optical or electrical supported by the Indicates whether of the sector is the module. RRU. the optical band or frequency electrical supportedmodule by optical the is Indicates the in position. RRU. or electrical module type, which can be SFP, ESFP, Indicates theor ELEC_SFP. manufacturer of the Indicates optical or the electrical transmission mode module. of the optical module, which can be single-mode or Indicates Indicates the the multi-mode. of the wavelength maximum distance optical module. Indicates thefrom that signals Indicates transmission code the opticalthe module maximum rate travel of the distance opticala or can along that signals from electrical module. single-mode optical Indicates the the optical module fiber with a 9maximum can travel distance along a micrometer that signals core from single-mode optical diameter. The value Indicates the the optical module fiber with a 90 indicates that the maximum distance can travel along a micrometer core optical module does that signals from multi-mode optical diameter. The not support thisvalue the optical fiber with amodule 500 indicates that the type of optical fiber. can travel along a micrometer core optical module does multi-mode optical Indicates the diameter. The not support thisvalue fiber with a that 62.5observed 0 indicates the type of optical fiber. micrometer core temperature of does the optical module diameter. The optical module. This not support thisvalue 0 indicates that the parameter is type of opticalvalid fiber. optical module only when the does not support thistype optical module type of optical fiber. is ESFP.

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

LBFD-004014

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the observed voltage of the optical module. Indicates the is This parameter observed of valid only current when the the optical module. optical module Indicates the TXtype This parameter is is ESFP. optical power of the the valid only when optical module. This optical module type Indicates the RX parameter is valid is ESFP. optical power only when theof the optical This optical module. module type parameter is valid is ESFP. only whenthe the Indicates optical module transmission type Indicates the is ESFP. of distance the Indicates the current VSWR of electrical module. cabinet number of the TX channel.The the RRU where the value of this Indicates theisfield logical TX channel may beofdisplayed subrack number switch the TX of located. as in of Indicates theone actual theNULL RRU This where the channel. the following physical TX channel switch is status used toof Indicates theisslot situations: the TXorchannel. located. open close number of the the RRU (1) The The logical switch TX channel. where the TX ALMPROCSW of the TX channel This switch and the channel isthe located. Indicates parameter is the set on to and the ARFCN eARFCN on number of the TXTX ON and a major the TX channel channel determine channel. VSWR alarm has determine state the state ofthe the been reported; of the physical physical switch of (2) current switch the TX the The TX of channel: output power of the the channel: When When this switch is Indicates the RRU is 15 dB less logical ON andswitch the TXof a distance from than the is maximum TX channel is the ON channel current positions of output power; and the TX channel configured with VSWRs that are (3) The current time is configured eARFCNs, thewith generated on the is within two ARFCNs, the physical switch is TX branch to the minutes away from physical switch of ON. In the other antenna port on the timethe when the Indicates the the TX channel istop cases, physical of theInwas BS cabinet. RRU powered maximum output ON. other cases, switch is OFF. To on query or reset, power onthe theswitch TX the physical parameter, the because therun channel. The error is OFF. The TX Indicates the DSP VSWR periodic detection is precise to +/-1 channel is shut W. number of the BITS command. of the when standing down Indicates thea clock link. wave has VSWR alarm number ofnot thebeen started in this (major) or a cabinet wherecase; the (4) The specified Indicates the temperature alarm BITS clock link is TX channel does number of the (major) for RF configured. not exist. subrack where the units is generated. Indicates BITS clockthe link is number ofthe the slot Indicates configured. where thethe BITS of activation status Indicates clock link clock isof a link. the BITS availability configured. If the clock link is link. active, BITS Indicates the link the clock OnlyBITS an available priority of can the clock is the link current clock serve source. The source of thevalue as the current clock1 indicates that the system. Otherwise, source. current clock the clock link source has the highest cannot be locked priority, Indicates even if itand isthethe value 4 indicates number of activated. the that theline current E1/T1 clock Indicates the clock source link. number of thehas the lowest priority. cabinet where the E1/T1 line clock link is configured.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

YES

NO

No

None

NO

NO

No

None

Indicates the number of the subrack where the Indicates E1/T1 linethe clock link number of the slot is configured. where the E1/T1 Indicates line clock the link is number ofthe the port Indicates configured. Indicates the where the E1/T1 activation status of availability of the line E1/T1 clock link isclock the line E1/T1 line link clock configured. link. If the is link. Only an Indicates active, thethe E1/T1 available priority of clock the line clock link clock islink the can serve as the source. The value 1 current clock source current clock indicates that the of the system. source. Otherwise, current clock source the clock link has the highest cannot be locked priority, and Indicates thethe Indicates even if4itindicates isthe value activation status of Indicates number ofthe the peer activated. that the current the peer reference availability of thelink. reference clock clock source haslink Indicates clockreference link.the If the peer the lowest priority. number of a TOD is active, peer clock link.the Only an Indicates the clock link.clock Thetype reference clock link available link of a TODofclock link. number the TOD is the current clock can serve as the It indicates whether clock link must source of the current clock the corresponding correspond to the system. Otherwise, source. TOD portofisthe anTOD input number the clock link or output port. An port on be the USCUb. cannot input port islocked used For example, clockto even if it is signals input clock link No.0 activated. to the BS,the and Indicates corresponds toan port output port is used number of the No.0, clock link to provide clockthe cabinet where No.1 corresponds Indicates the signals for other TOD clock link is to port No.1. number of the TOD BSs. Only configured. subrack where the Indicates the length clock of input type Indicates the TOD clock link of TOD feeder. canthe serve as a is number of the slotis configured. The delay clockfeeder source. where the TOD calculated on the clock link is basis of the Indicates theTOD cable configured. feeder to type of length the TOD ensure the clock feeder. accuracy. the The clock Indicates accuracy is affected activation status of Indicates the ifavailability is an a there TOD clock oflink. an If excessively large the link is active, TOD clock link. difference (about the TOD clock link20 Only an available m) between the is the current clock clock link the canfeeder serve Indicates value ofcurrent source ofthis theTOD as the clock delay of the Indicates the parameter and the system. source. Otherwise, clock link. If the priority of the clock actual feeder the clock linkvalue feeder delay is not 1 source. The length. cannot be locked supported by the indicates that the even if itclock is source satellite card, this current activated. parameter is set to has the highest NULL. and the priority, Indicates the value 4 indicates number of the GPS that the current Indicates the clock link. clock source hasof cabinet number the lowest priority. the board where the Indicates the is satellite card subrack number of attached. the board where the satellite card is attached.

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

YES

NO

No

MRFD-231601

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

YES

NO

No

None

NO

NO

No

None

NO

NO

No

None

obtained position information is used as the tracing result. When the specified duration is shorter than hour, Indicates the1slot the position number of the information board where the obtained mayisfail to satellite card Indicates the meet the precision attached. longitude of the requirement or the GPS antenna. A tracing may even negative value Indicates the fail if the GPS indicates west latitude ofthe the GPS signals are weak or Indicates the longitude, and a antenna. A negative there is a altitude of the GPS positive value value indicates the interference antenna. A negative indicates the east south latitude, and sources. Therefore, value indicates longitude. a positive valuethat you are advised to the GPS antenna indicates northis specify a the duration below thethe sea level, Indicates latitude. of longer than 3 and a positive value antenna angle, hours for the indicates that the which Indicates theangle delay tracing.is the GPS antenna is with horizontal of thethe GPS feeder. SEARCH_WITH_P above the sea line. Some satellite level. RECISION cards do not indicates that the Indicates the support of tracing isquerying performed duration for tracing this information. based on the Indicates the length the position of the Indicates thefeeder. specified precision. of the GPS GPStracing satellite. precision is The feeder delay is requirement for terminated when calculated on the Indicates the type tracing the the calculated basis of theposition GPS of the GPS feeder, of the GPS satellite. precision in the feeder length to which can be the horizontal orcable vertical increase the clock twisted-pair or direction meets the accuracy. The clock coaxial cable. precision is affected accuracy Indicates ifrequirement, there is whether an and the position of the the obtainedlarge excessively GPS satellite position information difference (noisless Indicates whether locked by the GPS is used as the than 20 m) between the calendar reference receiver. tracing result. the value of of this information the AUTO_SEARCH parameter and Indicates whether GPS reference the indicates that the actual feeder the GPS receiver issatellite valid. Indicates the position information Indicates length. the positioned by the working mode of a Indicates whether is automatically physical status of GPS reference satellite receiver. the position of the calculated by the the satellite card, receiver is valid. Satellite receivers GPS GPS satellite antenna which can be is set are classified into on the on GPS based Indicates the the clock NOTEXIST dual-mode satellite reference receiver. received satellite adjusting state of (Inexistent), receivers and signals. the GPS reference ANTENNASHORTE single-mode Indicates whether receiver. D (Antenna satellite receivers. the clock mode of A Shorted), dual-mode satellite the GPS reference Indicates the ANTENNAOPENE receiver supports is valid. number of D (Antenna three satellite Indicates the GLONASS Opened), tracing modes. For physical type of the satellites that are SELF_CHECK_FAI example, the which satellite card, traced. LURE (Self-check working mode of can be M12M, UT,a Failure), GPS/GLONASS RT, K161, GG16, COMEXCEPTION satellite receiver JNS100, RGPS, (COM Port can be GPS active, CWAIN, RTSMT, Communication GLONASS active, UBLOX5, BD7702, Indicates the Fault), NORMAL or both. In detected GPS NAVIOR, number (Normal),ofPPSTOD, active mode, the M1000, TRGPS, GPS satellites. UNKNOWN satellite receiver BD7702CMS, or (Unknown preferentially OEM4. Exception), processes GPS Indicates the USCUINVALID signals. In number of detected (USCU Invalid), or GLONASS active COMPASS UNKNOWN_STAR mode, the satellite satellites. _CARD (Unknown receiver Star Card). preferentially processes GLONASS signals. In GPS and GLONASS both

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

Yes

None

between the Time Server and BS. When the Boundary clock or Indicates theclock is Transparent activation status of protocol type ofonthe Indicates the not supported the GPS clock link. IP clock, which can priority of the clock the transport If the linkThe is active, be IEEE 1588 V2 1 source. value network, this the GPS clock (PTP) or Huawei indicates the parameter can link be is the clock proprietary protocol. current clock source set to current E2E only. source of the IEEE 1588 V2, has the highest When the Boundary system. defined by the priority, and the clock or Indicates the IEEE, supports both value 4 indicates Transparent clock is number of on the IP phase the current clock supported the clock synchronization sourcelink. has the and transport network, frequency lowest priority. is this parameter synchronization. Indicates set to P2P.the There Huawei proprietary number of the are two application protocol, whichthe is cabinet where modes for Indicates the the Huawei-defined IP clock link is the IEEE1588 V2: number the mode IP clock of protocol, is configured. Point-to-Point subrack where the applicable to the (P2P) and End-toIP clock link is interconnection Indicates the End mode (E2E). configured. between number ofHuawei the slot The Point-to-Point equipment and where the clock mode, alsoIP known supports frequency link is configured. Indicates as the full-the client synchronization IP addressmode, of the IP supported only. clock link.all involves clock Indicates the Indicates the server nodes: the OC, BC, domain to which Indicates the IP address of thethe IP and TC. This mode IP clock link priority configured clock link. requires that the belongs. The by the user for the Boundary clock or Indicates the setting of this BMC (Best Master Indicates whether Transparent clock priority configured parameter must be Clock) algorithm. the BMC should be(Best by the user for the the same as the The information Master Clock) Indicates the supported by all BMC (Best Master setting of the clock about the priority algorithm is priority configured network devices Clock) algorithm. server. can beuser collected enabled or not. ON by the for the between the Time The information from the Time Indicates the indicates that the BMC (Best Master Server and Time about the priority Server. This priority configured BMC algorithm is Clock) algorithm. Client. The delay can be collected parameter specifies by the user forOFF the enabled, and The information variation of time from the Time the clock quality BMC (Best Master indicates that the about the priority stamp is Server. This that isalgorithm anticipated Clock) algorithm. BMC can be collected compensated byis parameter specifies by the user. The The information disabled. from the Time Boundary clock the clock quality Time Server with about the priority Server. This or Transparent that is anticipated the matching clock can be collected parameter specifies clock, so the by thethe user. The quality is Time selected from the clock quality frequency and time Time Server as the target server. Server. This with that is BS anticipated of the can be the matching clock Class0 hasspecifies the parameter by the recovered. user. The In easily quality ispriority, selected highest and the clock quality Time Server with End-to-End mode, as the target server. Class0 to Class3 that is anticipated the matching clock the time stamp Class0 has Indicates thethe indicate priorities by the user. Theis in quality is selected Indicates thefrom transmitted the highest priority, and current priority class descending order. Time with Indicates the as theServer target server. activation status of Time Server to BS Class0 to Class3 of the IP clock link. the matching clock availability oflink. the Class0 has the IP clock IfIP by means ofthe indicate priorities in quality is selected clock link. Only an highest priority, the IP clock link and is network devices, descending order. as the target server. available clock link Class0 active, itto isClass3 the but the time stamp Class0 has can serve asthe the in indicate priorities current clock source is not processed by highest priority, and current clock descending order. of the system. the network Class0 to Class3 source. Otherwise, devices. As Indicates thea result, indicate in the clockpriorities link the delay networking type for descending order. cannot bevariation locked of time the IPifclock. Indicates even itstamp isthe received BS compensation activated.by thefor is not compensated asymmetry of IP Indicates the step and clock needs clockthe links. mode, which canby be to be recovered ONE_STEP or using an adaptive Indicates selfTWO_STEP. algorithm.the In this acquired VLAN case, there is noID of thefor IP the clock need server. network devices to support the Boundary clock, Transparent clock, or IEEE1588 V2.

NO

NO

Yes

None

NO

NO

No

None

YES

NO

No

None

NO

NO

No

LOFD-00301302 LOFD-00301303

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LOFD-00301302 LOFD-00301303

NO

NO

No

LOFD-00301302

NO

NO

No

LOFD-00301302

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

LOFD-00301302

NO

NO

No

LOFD-00301301

NO

NO

Yes

None

NO

NO

Yes

None

Indicates Indicates the the IEEE 1588 V2ofprofile Indicates the priority the offset clock supported byvalue the IP1 of the Universal source. The Indicates the clock link, which Time Coordinated indicates that the priority the IP can be of the ITU-T (UTC). current clock source clock server. The G.8265.1 or IEEE has the highest value 0 indicate Indicates thethe the 1588 V2 protocol. priority, and highest priority, and sending frequency ITU-T G.8265.1 value 4 indicatesis the valueby255 of ANNOUNCE defined that the current indicates lowest packets atthe thehas BS International Indicates the clock source priority.If two IP side. Telecommunication sending frequency the lowest priority. clock servers Union (ITU) forare theat of SYNC packets required, the frequency the BS side. value of this parameterofis synchronization used to identify theIP an IEEE 1588 V2 Indicates interval active andan standby clock link with the of negotiations IP clock servers. networking type of between the BS The IP clock server UNICAST. If the IP and clock server. with IP alink higher priority clock complies Indicates the After the serves asinterval the active with ITU-T number of theBS elapses, the server and theIP IP G.8265.1, the synchronousinitiate another clock server with a clock server Ethernet clock link. Indicates thewith negotiation the lower priority serves supports the Currently, number ofonly the one server. as the standby interconnection with link (link No.0) can cabinet where the server. servers of other Indicates the be configured. synchronousvendors.ofIf the the IP number Ethernet clock link clock linkwhere complies subrack the is configured. Indicates with IEEEthe 1588 V2, synchronousnumber ofclock the slot the IP clock server Ethernet link where the does not support is configured. Indicates the synchronousthe interconnection Indicates whether number of the Ethernet clock link with servers ofport handling of SSM where the is configured. other vendors. frames is synchronousIndicates the supported. Ethernet clock link activation status of SSM: is configured. Indicates the a synchronousSynchronization availability of a link. Ethernet clock Status Message synchronousIf the link is active, Recommendation Ethernet clock Indicates the link. the synchronousITU-T Only anofavailable priority the clock Ethernet clock link G.8264/Y.1364 clock link can serve1 source. The is the currentvalue clock Indicates the the as the current indicates source of that the clock availability of source the source. Otherwise, current clock system. clock source. Only the clock link has the highest an available clock cannot be priority, andlocked the link serve as evencan if4itindicates is value Indicates whether a the current clock activated. that the current Indicates the is clock source source. Otherwise, clock source priority of the clock licensed to behas used. the clock link the lowest priority. source. The value 1 Indicates the Only a licensed cannot be locked indicates thatcan the working mode of clock source even if itclock is source current the system serve as theclock. current activated. has highest Manual indicates clockthe source. priority, and the that a clock Indicates thesource clock value 4 indicates must be specified link number of the that theuser. current by the Auto reference clock clock source indicates the source. Indicates that the has type the lowest priority. system of the user-selected automatically Indicates the clock clock source. selects a clock synchronization sourceofbased mode a BS,on the priority and which can be availability of the frequency clock source. Free synchronization or indicates that the phase system clock works synchronization in free-running (also known as time mode, that is, the synchronization). system clock does not trace any reference clock

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

YES

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

LOFD-00301301

NO

NO

Yes

LBFD-00300501

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

MRFD-231601

NO

NO

No

LBFD-004006

NO

NO

No

None

Indicates the status of the current clock source, Indicateswhich the can be Normal, Lost, working mode of Unavailable, Jitter, Indicates the clock. the It also Frequency negotiation state of indicates whether Deviation, the Common Public system clock is Phaseoutscope, or Radio stable.Interface The working Inconsistent Clock (CPRI), can mode ofwhich the Indicates theclock References. be NOTREADY(Not can be Fast Indicates the thestate clock negotiation at Indicates clock ready), tracking, source inLocked, use. the tail level of theof the quality NEGOTIATING(Ne Holdover, or Free Common Public BS. The clock gotiating), running. Radio Interface quality level has a NEGOTIATED(Neg (CPRI) which negativering, correlation otiated), or can be with the clock Indicates the ID of Indicates the TIMEOUT(Timeout) NOTREADY(Not quality. the RRU chain/ring. current Common .ready), NOTREADY(Not Public Radio ready) indicates NEGOTIATING(Ne Interface (CPRI) that the rate gotiating), line rate at the negotiation hashead not NEGOTIATED(Neg of the RRU been started. Indicates the otiated), or chain/ring. NEGOTIATING(Ne current Common TIMEOUT(Timeout) gotiating) indicates Radio .Public NOTREADY(Not that the rate is Interface (CPRI) ready) indicates being negotiated. line rate at the that the rate tail NEGOTIATED(Neg of the RRU has not negotiation otiated) indicates chain/ring. been started. that the rate NEGOTIATING(Ne negotiation is Indicates gotiating) the indicates complete. cabinet number. Indicates the that the rate is TIMEOUT(Timeout) number of an RRU being negotiated. Indicates the indicates that carried on the the RRU NEGOTIATED(Neg subrack number. rate negotiation chain/ring. The otiated) indicates Indicates the timed out dueslot to a RRUs are that the rate Indicates the maximum rate at0 in software or numbered from negotiation is Public number. the Common hardware fault ascending order. If complete. Radio Interface during the the RRU chain is TIMEOUT(Timeout) (CPRI) port.If the negotiation. connected to the indicates that the maximum lineon rate ports located the rate negotiation is NULL, the RF baseband timed out to a module ordue processing boards, software or Indicates the power baseband interface the first port is the hardware fault consumption board does not head of the chain, during the measurement point Indicates whether support the and the last line portrate is negotiation. of the BS. the PSU intelligent negotiation, or the the tail of the chain. shutdown switch in line rate negotiation a BS is enabled or fails. disabled. Indicates the cabinet number. Indicates the cabinet type. Indicates a brief description, such as function and location, of the cabinet. Indicates the cabinet type. Indicates the cabinet number of the subrack. Indicates the number of the subrack. Indicates the type of the subrack.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

YES

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

None

YES

YES

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

Yes

None

YES

YES

No

None

YES

YES

No

None

NO

YES

No

None

Indicates a brief Indicates thesuch as description, physical operation function and status of of thethe board, location, Indicates the type which can be subrack. operational statetoof of power supply Uninstalled, Indicates the alarm the board, which subrack. Starting up, Normal, status. details can be For set to Inconsistent, about theordefinition Enabled Unconfigured, of Alarm Status, Disabled. Enabled Power off, Fault, see ITU-T X.731. indicates that Communication Indicates theorbe E-the services can lost, In test, label, textthe file carrieda on combination of with a maximum of 2For board. Disabled various states. KB. It is used to indicates that no example, if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status code of the boardof Indicates the the board isabout or the cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost.the board by manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service types of the DSP consist of uplink and downlink services. The Indicates the type service types of the of the device. CPU consist of Indicates theSlave. Office Master and name of the BS. Indicates the software version of the board. Indicates the hardware version of the board.

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Frequencies Band3: Common Channel Number: Frequencies none Offset: 0 Channel Number: Band4: Common [937-1288] Offset: Frequencies 1525 Special Channel Number: Frequencies [1537-1738] Offset: Channel Number: Indicates the 0 1805 none Special Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, time. 1987, 2012, [1312-1513] Offset: 2037, 2062, 2087) 1450 Special Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies number of the1032, Indicates the (1007, 1012, Channel Number: cabinet where the communication 1037, 1062, 1087) [4132-4233] Offset: Indicates the EMU is located. address of the Offset: 670.1 0 Specialof the number EMU, which is Band6: Common Frequencies subrack where the determined by the Frequencies Channel Number: Indicates the EMU is located. settings of the 4-bit Channel (782, 787, 807,slot number ofNumber: the Indicates the dual in-line package [4387-4413] Offset: 812, 837, 862) where the EMU is cabinet number of (DIP) switch the 0 Special Offset: 670.1on located. the manager that EMU. The Frequencies Band6: Common manages the EMU. Indicates the communication Channel Number: Frequencies The manager of the subrack number of address is used by (1037, Offset: Channel Number: EMU is1062) usually a the manager. The the EMU to Offset: 670.1 [4162-4188] BBU orBand7: RRU. manager of the communicate Common 0 Special Indicates the with EMU is usually a the main control Frequencies Frequencies number of the serial BBU or RRU. and Channel Number: Channel Number: port transmission to which the board. The value of [2237-2563] Offset: Indicates the lower (812, 837) Offset: EMU is connected. this parameter must 2175 Special limit temperature. 670.1ofBand7: be consistent with Frequencies When the Common Indicates the upper the actual settings Channel Number: temperature is Frequencies limit temperature. of theofDIP switch. (2587, 2612, 2637, below the lower Channel Number: When the The 4-bit DIP2712, switch 2662,an 2687, limit, ALM-25650 [2012-2338] Offset: temperature can be treated as a 2737, 2762, 2787, Temperature 2100 Special Indicates theupper lower exceeds the 4-bit binary number. 2812, 2837, 2862, Abnormal alarm is Frequencies limit of humidity. limit, an ALM-25650 The settings of ON 2887, 2912) Offset: reported. Channel Number: When the humidity Temperature and OFF are 2105.1 Band8: Indicates the upper (2362, 2387, 2412, is below the lower Abnormal alarm represented by 1is Common limit of humidity. 2437, 2462, 2487, limit, an ALM-25651 reported. Indicates whether and 0 respectively. Frequencies When theAbnormal humidity 2512, 2537, 2562, Humidity to allow the report Convert the 4-bit Channel Number: exceeds the upper 2587, 2612, 2637, alarm is reported. of a dedicated number fromOffset: binary [2937-3088] Offset: limit, an ALM-25651 2662, 2687) Indicates whether analog alarm. to decimal, andIf the 340 Special Humidity Abnormal 2030.1 Band8: to allow the report shield flag for an then the decimal Frequencies alarm is reported. Common of a dedicated analog alarm is number is used as Channel Number: Frequencies Boolean alarm. If enabled, the analog the value of this none Offset: 0 Channel the shieldNumber: flagbe for a alarm parameter. Band9:cannot Common [2712-2863] Offset: Boolean alarm is reported. Frequencies 340 Indicates Special the enabled, the Channeltemperature Number: Frequencies current Boolean alarm [9237-9387] Offset: Channel of the environment. cannot beNumber: reported. 0 Special none Offset: Indicates the 0 Frequencies Band9: ambientCommon humidity. Channel Number: Indicates the -48 V Frequencies none voltage Offset: 0. The input from Channel Number: Indicates frequency of Offset: the the powerthe supply [8762-8912] current local cellvalue must be cabinet. 0 Special measured bythat the of the same as Frequencies Indicates the external sensor that the bearing logical Channel Number: current value is connected to cell. none Offset: 0. measured analog portby1.the external sensor that is connected to analog port 2.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

NO

No

None

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

YES

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

Indicates the current value Indicates the measured by the physical operation Indicates the that external status of sensor the board, current value to is connected Indicates which canthe be measured analog portby 3.the of operational state Uninstalled, external sensor that Indicates the alarm the board, which Starting up, Normal, is connected to status. For details can be set to Inconsistent, analog port 4. about the Enabled ordefinition Unconfigured, of Alarm Status, Disabled. Enabled Power off, Fault, see ITU-Tthat X.731. indicates Communication Indicates the E-the services can lost, In test, orbe label, textthe file carrieda on combination of with a maximum of 2For board. Disabled various states. KB. It is used to indicates that no example, if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status code of the boardof Indicates the the board isabout or the cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost.the board by manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service types of the DSP consist of uplink and downlink services. The Indicates the type service types of the of the device. CPU consist of Indicates theSlave. Office Master and name of the BS. Indicates the software version of the board. Indicates the hardware version of the board.

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004006

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Frequencies Band3: Common Channel Number: Frequencies none Offset: 0 Channel Number: Band4: Common [937-1288] Offset: Frequencies 1525 Special Channel Number: Frequencies [1537-1738] Offset: Channel Number: Indicates the 0 1805 none Special Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, time. 1987, 2012, [1312-1513] Offset: 2037, 2062, 2087) 1450 Special Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies number of the1032, (1007, 1012, Channel Number: cabinet where the 1037, 1062, 1087) [4132-4233] Indicates theOffset: FMU is located. Offset: 670.1 0 Specialof the number Band6: Common Frequencies subrack where the Frequencies Channel Number: Indicates the FMU is located. Channel (782, 787, 807,slot number ofNumber: the Indicates [4387-4413] Offset: 812, 837, 862) where thethe FMU is cabinet number 0 Special Offset: 670.1 of located. the manager. The Frequencies Band6: Common Indicates thethe manager of Channel Number: Frequencies subrack number FMU usually a of (1037,is1062) Offset: Channel Number: the manager. The BBU orBand7: RRU.Offset: 670.1 [4162-4188] Indicates thethe manager of Common 0 Special Indicates the a communication FMU is usually Frequencies Frequencies number of the address of the serial BBU or RRU. Channel Number: Channel port where the FMU FMU. TheNumber: [2237-2563] Offset: Indicates (812, 837)whether Offset: is connected. communication 2175 Special to allow the report 670.1 Band7: address is used by Frequencies of aFMU dedicated Common the to Channel Number: Boolean alarm. If Frequencies communicate with (2587, 2612, 2637, the shield flag for Channel Number: Indicates the ratioa the main control 2662, 2687, 2712, Boolean alarm is [2012-2338] Offset: of the current and transmission 2737, 2762, 2787, enabled, the 2100 Special rotation speed of board. 2812, Indicates the switch Boolean Frequencies the fan2837, toalarm its 2862, Indicates the 2887, of smart 2912) Offset: cannot be reported. Channel Number: maximum rotation at the 2105.1 temperature Band8: (2362, 2412, speed. 2387, air outlet of the Common control. When the 2437, 2462, 2487, FMU. Frequencies smart Indicates the2562, 2512, temperature 2537, Channel control isNumber: enabled, temperature at the 2587, 2612, 2637, the rotation speed [2937-3088] Offset: air inlet of the 2662, 2687) Offset: Indicates the Indicates the FMU. of the fan is 340 Special 2030.1 Band8: average rotation physical operation adjusted by the Frequencies Common speed of the fan per status of the board, FMU according to Channel Number: Frequencies minute. Indicates the which can be the temperature none Offset: 0 Channel Number: operational state of Uninstalled, control parameters Band9: Common [2712-2863] Indicates the Offset: alarm the board, which Starting up, Normal, delivered by the Frequencies 340 status. Special For details can be set to Inconsistent, BBU. When the Channel Number: Frequencies about theor definition Enabled Unconfigured, smart temperature [9237-9387] Offset: Channel of Alarm Status, Number: Disabled. Enabled Power off, Fault, 0 control Special is disabled, none see ITU-T Offset: X.731. 0 indicates that Communication Frequencies the rotation Band9: Common Indicates thespeed E-the services can lost, In test, orbe Channel of the afan Number: isthe Frequencies label, text file carried on combination of with none adjusted Offset: by the 0.2The Channel Number: a maximum of board. Disabled various states. For frequency FMU automatically of Offset: the [8762-8912] KB. It is used to indicates that no example, if a board local according cell must tobe the be 0 record the service can is Special not configured the temperature. same as that of Frequencies manufacturing carried and failsontothe the bearing logical Channel Number: information about board. communicate with cell. none Offset: 0. equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical module. operation status of the board is Unconfigured, Communication lost.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

NO

No

None

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

YES

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

No

LBFD-004006

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the bar code of the Indicates theboard The downlink and or the cabinet. description about uplink frequencies the services and of the local cell functions provided Indicates the must stay within the by the board or the manufacturing date same frequency cabinet. of the board orand the band. The downlink Indicates the cabinet. Frequency(MHZ) uplink frequencies= manufacturer of the (Frequency of the local cell board or the Channel / must stayNumber within the cabinet. Indicates the issue 5) + Offset Band1: same frequency number Commonof the band. board. Frequencies Frequency(MHZ) = Indicates Channel Number: the type (Frequency of [10562-10838] a board. Channel Number / Offset: 0 Special 5) + Offset Band1: Indicates the object Frequencies Common number ofNumber: a board. Channel Frequencies Indicates the object none Offset: 0 Channel type of a Number: board, Band2: Common [9612-9888] which is CPUOffset: or Frequencies 0 Special the DSP. Indicates Channel Number: Frequencies temperature of a [9662-9938] Offset: Channel board. Number: 0 Special none Offset: Indicates the 0 Frequencies Band2: Common temperature Indicates theof the Channel Number: Frequencies power amplifier. service type of the (412, 437, 462, Channel Number: Indicates the result CPU or DSP of the 487, 537, 562, [9262-9538] Offset: of the512, operation. board. The service 587, 612, 637, 662, 0 Special types of the DSP 687) Offset: 1850.1 Frequencies consist uplink Band3: of Common Channel Number: and downlink Frequencies (12, 37, 62, 87, 112, services. The Indicates the type Channel Number: 137, 162, 187, service typesOffset: of212, the of the device. [1162-1513] 237, 262, 287) CPU consist of 1575 Special Offset: 1850.1 Indicates theSlave. Office Master and Frequencies Band3: name ofCommon the BS. Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Band4: Common [937-1288] Offset: the board. Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 none Special Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, time. 1987, 2012, [1312-1513] Offset: 2037, 2062, 2087) 1450 Special Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies number of the1032, (1007, 1012, Channel Number: cabinet where the 1037, 1062, 1087) [4132-4233] Indicates theOffset: TCU is located. Offset: 670.1 0 Specialof the number Band6: Common Frequencies subrack where the Frequencies Channel Number: TCU is located. Channel Number: (782, 787, 807, [4387-4413] Offset: 812, 837, 862) 0 Special Offset: 670.1 Frequencies Band6: Common Channel Number: Frequencies (1037, 1062) Offset: Channel Number: 670.1 Band7:Offset: [4162-4188]

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

Indicates the number of the slot Indicates where thethe TCU is cabinet located.number of the manager. The Indicates thethe manager of subrack number TCU is usually a of the BBUmanager. or RRU. The manager Indicates of thethe Indicates the TCU is usually a communication number of the serial BBU or RRU. address ofthe the TCU. Indicates port where thelower TCU The communication threshold of the is connected. address is used by temperature. If the Indicates the upper the TCUair to cabinet outlet threshold of the communicate temperature iswith temperature. the main control lower than theIf the cabinet airALMoutlet and transmission value, the Indicates whether temperature is Air board. Cabinet 25655 to allowthan the the report higher Outlet Temperature of a dedicated value, the ALMUnacceptable Boolean alarm.isAir If 25655 Cabinet reported. the shield flag for a Outlet Temperature Boolean alarmisis Unacceptable enabled, Indicates the reported. the Boolean alarm number of heaters. Indicates whether cannot reported. the low be noise mode of the fan is enabled or Indicates disabled. the temperature at the air inlet ofthe the TCU. Indicates temperature at the air outlet of the TCU. Indicates the temperature inside Indicates the TCU. the Indicates the average rotation physical operation speed of the inner Indicates the status of the circulation fanboard, per Indicates the average rotation which be minute.can operational speed of thestate outerof Uninstalled, Indicates the alarm the board, which circulation fan per Starting up, Normal, status. For details can be set to minute. Inconsistent, about theordefinition Enabled Unconfigured, of Alarm Status, Disabled. Enabled Power off, Fault, see ITU-T X.731. indicates that Communication Indicates theorbe E-the services can lost, In test, label, a text file carried on the combination of with a maximum of 2For board. Disabled various states. KB. It is used to indicates that no example, if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status of code of the board Indicates the thethe board isabout or cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost. by the board manufacturing date cabinet. of the board or the cabinet.

YES

NO

No

None

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

YES

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

The downlink and uplink frequencies of the local cell must stay within the same frequency band. The downlink and Indicates the Frequency(MHZ) uplink frequencies= manufacturer of the (Frequency of the local cell board or the Channel / must stayNumber within the cabinet. Indicates the issue 5) + Offset Band1: same frequency number Common band. of the board. Frequencies Frequency(MHZ) = IndicatesNumber: Channel the type (Frequency of a board. [10562-10838] Channel Number / Offset: 0 Special 5) + Offset Band1: Indicates the object Frequencies Common number of a board. Channel Frequencies IndicatesNumber: the object none 0 Channel type ofOffset: a Number: board, Band2: Common [9612-9888] Offset: which is CPU or Frequencies 0 Special the DSP. Indicates Channel Number: Frequencies temperature of a [9662-9938] Offset: Channel board. Number: 0 Special none Offset: Indicates the 0 Frequencies Band2: Common temperature Indicates theof the Channel Number: Frequencies power amplifier. service type of the (412, 437, 462, Channel Number: Indicates the result CPU or DSP of the 487, 512, 537, 562, [9262-9538] Offset: of the operation. board. The service 587, 612, 637, 662, 0 Special types of the DSP 687) Offset: 1850.1 Frequencies consist of uplink Band3: Common Channel Number: and downlink Frequencies (12, 37, 62, 87, 112, services. The Indicates the type Channel Number: 137, 162, 187, service types of212, the of the device. [1162-1513] Offset: 237, 262, 287) CPU consist of 1575 Special Offset: 1850.1 Indicates theSlave. Office Master and Frequencies Band3: name ofCommon the BS. Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Band4: Common [937-1288] Offset: the board. Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 Special none Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, 1987, 2012, time. [1312-1513] Offset: 2037,Special 2062, 2087) 1450 Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies number of the1032, (1007, 1012, Channel Number: cabinet where the 1037, 1062, 1087) [4132-4233] Indicates theOffset: TCU is located. Offset: 670.1 0 Special number of the Band6: Common Frequencies subrack where the Frequencies Channel Number: Indicates the TCU is located. Channel (782, 787, 807,slot number ofNumber: the [4387-4413] Offset: 812, 837, where the 862) TCU is 0 Special Offset: 670.1 located. Indicates the Frequencies Band6: Common threshold of the low Channel Number: Frequencies temperature state. Indicates the (1037, 1062) Offset: Channel Number: threshold of the 670.1 Band7: [4162-4188] Offset: high temperature Common 0 Special state. Frequencies Frequencies Channel Channel Number: Number: [2237-2563] Offset: (812, 837) Offset: 2175 Special 670.1 Band7: Frequencies Common Channel Number: Frequencies (2587, 2612, 2637, Channel Number:

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

NO

No

None

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

Indicates the expected lowest temperature at the Indicates air outlet. the tolerable Indicates error the value of temperature difference between control. the temperature at Indicates the the air inlet and that difference between of the environment the temperature at at the normal Indicates the and the air outlet temperature. difference that of the between air inlet the temperature at at the normal the air outlet and temperature. that of thethe Indicates environment number ofthe theat the Indicates high temperature. cabinet where the communication Indicates PMU is located. address ofthe the number of the PMU, which is subrack where the determined by the Indicates the PMU is located. settings of the 4-bit number of the slot Indicates dual in-line package where thethe PMU is cabinet number of (DIP) switch on the located. the manager. The PMU. The Indicates thethe manager of communication subrack number of PMU is usually address is usedaby the manager. The BBUPMU or RRU. the to manager of the communicate Indicates the with PMU is usually a the main control number of the serial BBU or RRU. and port transmission where the PMU board. The value of is connected. this parameter must be consistent with Indicates the type Indicates lower the actualthe settings of the power threshold of AC of the DIP switch. system forDIP theswitch input voltage. When The 4-bit Indicates the higher PMU. the canAC be input treated as a threshold AC voltage is of lower 4-bit binary number. input voltage. When than the value, an The settings ON Indicates the of lower the AC input ALM-25622 Mains and OFF are threshold the DC voltage is of higher Input Abnormal represented bythe 1 voltage. When than the value, an alarm is reported. Indicates the upper and 0 respectively. output voltage of ALM-25622 Mains threshold ofis4-bit the DC Convert the the busbar lower Input Abnormal voltage. When the number from binary than the value, an alarm isvoltage reported. output of to decimal, and ALM-25621 DC Indicates the flag the busbar is higher then the decimal Output Abnormal for power-off than the value, number is usedan as alarm is reported. against low Indicates the load ALM-25621 DC the value of voltage, this which determines voltage below Output Abnormal Indicates the lower parameter. whether the load which thereported. load alarm is threshold of theis is powered off in powered off the cabinet case of low Indicates thevoltage. upper automatically when temperature. If the threshold of the load power-off cabinet temperature cabinet against is lower low thanvoltage the temperature. If the is enabled. value, an ALMIndicates the lower cabinet temperature 25652 Cabinet threshold of the is higher than the Temperature cabinet humidity. If value, an ALMAbnormal alarm is Indicates the upper the cabinet humidity 25652 Cabinet reported. threshold of the is lower than the Temperature cabinet humidity. If value, an ALMAbnormal alarm is the cabinet humidity 25653 Cabinet reported. is higher than the Humidity Abnormal value, an ALMalarm is reported. 25653 Cabinet Humidity Abnormal alarm is reported.

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

YES

NO

No

None

YES

NO

No

None

YES

NO

No

None

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

YES

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

Indicates Indicates whether the to allow the charging or report of a dedicated discharging status Indicates whether analog alarm. If the of batteries. Boost to allow the report shield flag for an charge is used to of a dedicated analog alarm is the quickly recover Boolean alarm. If enabled, the analog capacity offlag thefor a the shield alarm cannot Indicates the beis battery. During the Boolean alarm reported. current AC voltage, boost charge, the enabled, the that is, the input is charging voltage Boolean alarm mains voltage to relatively high. After cannot bethe reported. Indicates rectifier. the battery is DC output voltage of discharged, the busbar. generally, the Indicates the Indicates the total system power-on status of load current. starts automatically the secondary Indicates the load. boost-charge on the The secondary current cabinet load battery. Floating can be set toof the temperature charge is used to automatically cabinet. Indicates the for the compensate powered off in the ambient humidity power loss of the of following modes: the cabinet. battery due to selfHighTemperaturePo discharge and to werOff(High keep the capacity temperature powerof the off),battery. It can also recover the LowTemperaturePo battery capacity. Indicates the werOff(Low During the floating charging or temperature Indicates thepower charge, the discharging current off), and Indicates whether power-on/power-off charging voltage is of batteries. LowVoltagePowerO the batteries status of the that relatively low. Force ff(Low voltage are being charged battery. The battery boost charge is an power off).current are in can bethe enhanced mode limiting status. of disconnected Indicates the boost the charge. manually or remaining capacity The charging disconnected of the battery by current and boost automatically for displaying the charging voltage of protection purpose percentage of the the force boost Indicates the based on different current capacity to charge are higher current temperature situations. the total capacity. than those of the of the battery. boost charge, while Indicates the time phase the charging is of the battery test. shorter than Indicates thethat totalof the boost It current of charge. the can be used in the photovoltaic array Indicates the scenario the of the PMU. current ofwhere the diesel electricity network generator which is is Indicates the unsatisfactory and managed by of the temperature the battery is PMU. battery auxiliary discharged cabinet which is frequently. connectedthe to the Indicates PMU. software version of the PMU. Indicates the PCB version ofthe the PMU. Indicates erasable programmable logic device version of Indicate the PMU.the software compiling time of the PMU. Indicates the version description of the PMU.

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

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NO

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Yes

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NO

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Yes

None

Indicates the manufacturing date of the PMU. Indicates the manufacturer of the PMU. Indicates the PSU intelligent shutdown capability of the Indicates the Indicates the status PMU. of the PSU physical operation intelligent shutdown Indicates the status of the board, switch can of the Indicates the execution result of which bePMU. operational state the setting of the of Uninstalled, Indicates the alarm the which PSUboard, intelligent Starting up, Normal, status. For details can be set to shutdown switch. Inconsistent, about theordefinition Enabled Unconfigured, of Alarm Status, Disabled. Enabled Power off, Fault, see ITU-T X.731. indicates that Communication Indicates theorbe E-the services can lost, In test, label, a text file carried on the combination of with a maximum of 2For board. Disabled various states. KB. It is used to indicates that no example, if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status of code of the board Indicates the thethe board isabout or cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost. by the board manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service types of the DSP consist of uplink and downlink services. Indicates The the type service types of the of the device. CPU consist of Master and Slave.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

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Yes

None

NO

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Yes

None

NO

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Yes

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Yes

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Yes

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Yes

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Yes

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NO

NO

Yes

None

487, 512, 537, 562, [9262-9538] Offset: 587, 612, 637, 662, 0 Special 687) Offset: 1850.1 Frequencies Band3: ChannelCommon Number: Frequencies (12, 37, 62, 87, 112, Channel 137, 162,Number: 187, 212, [1162-1513] Offset: 237, 262, 287) 1575 Special Offset: 1850.1 Indicates the Office Frequencies Band3: name ofCommon the BS. Channel Number: Frequencies Indicates the 0 none Offset: Channel Number: software version of Indicates the Band4: Common [937-1288] Offset: the board. installation type of Frequencies 1525 Special Indicates the batteries. This Channel Frequencies hardwareNumber: version of parameter can be [1537-1738] Offset: Channel Number: the board. set to Offset: INNER Indicates the 0or 1805 Special none OUTER. The value BootROM version Frequencies Band4: Common INNER indicates of the board. Channel Number: Frequencies that batteries are (1887, 1912, Indicates the 1937, test Channel Number: installed in the 1962, 1987, 2012, time. [1312-1513] Offset: power cabinet. The 2037,Special 2062, 2087) 1450 Indicates value OUTER the test Offset: 1735.1 Frequencies result. indicates that Band5: Common Channel Number: batteries are Frequencies (1662, 1687, 1712, installed in an Channel Number: 1737, 1762, 1787, independent battery [4357-4458] Offset: 1812, 1837, 1862) cabinet. For lithium 0 Special Offset: 1380.1 ion batteries, Indicates the this Frequencies Band5: Common parameter is set to number of the Channel Number: Frequencies INNER. For leadcabinet where the (1007, 1012, 1032, Channel Number: Indicates the this acid batteries, PMU managing the 1037, 1062, 1087) [4132-4233] Offset: Indicates number ofwhether the parameter can beis diesel generator Offset: 670.1 0 Special intelligent control subrack where theof set to either INNER located. Band6: Common Frequencies Indicates the the diesel generator PMU managing the or OUTER, Frequencies Channel number ofNumber: the slot is enabled. When diesel generator depending on theis Channel (782, 787, 807, where theNumber: PMU intelligent control is located. type of the power [4387-4413] Indicates the 812, 837,the 862) managing theOffset: enabled, PMU cabinet. When 0 Special maximum ratedthe Offset: 670.1 diesel generator is automatically power cabinet isthe Frequencies output power of Band6: Common located. controls theversion diesel APM30 of Channel Number: diesel generator. It Frequencies generator according 301 (silkscreen: (1037, 1062) Offset: should beNumber: Channel to the preset APM30) or 302 670.1 Band7: configured [4162-4188] Offset: parameters, thus (silkscreen: Common according to the 0 Special reducing the Indicates the oil APM30H), this Frequencies rated output power Frequencies operation cost of as level of the diesel parameter is set Channel Number: printed onNumber: the name Channel the diesel generator. required. When the [2237-2563] Offset: plate the diesel (812, of 837) Offset: generator. Indicates the power cabinet is not 2175 Special generator. 670.1 Band7: current of diesel APM30 of the version Frequencies Common generator. 301 or 302, Channel Number: Indicates thethis total Frequencies parameter is of set to (2587, 2612, 2637, running the Channeltime Number: Indicates the INNER. The 2662, 2687, 2712, diesel generator. [2012-2338] Offset: number of reasons arethe as 2737,Special 2762, 2787, 2100 cabinet where the follows: In an 2812, 2837, 2862, Frequencies Indicates the PMU managing the APM30 of version 2887, 2912) Offset: Channel number ofNumber: the battery is located. 301 or 302, the 2105.1 Band8: (2362, Indicates 2387, the 2412, boost subrack where the battery temperature Common Indicates the 2437,managing charging 2462, voltage. 2487, PMU the Indicates the sensor is connected Frequencies number oflocated. the 2512, Boost 2537, charge 2562, isslot battery is scheduled boost to different ports on Channel Number: where the PMU 2587, used to2612, quickly 2637, charging interval. the APMI board by [2937-3088] Offset: managing theOffset: 2662, recover 2687) the Batteries are boostthe battery 340 Special battery is located. 2030.1 capacity Band8: of charged at this temperature sensor Frequencies Common batteries. interval (inDuring the unit cable, depending Channel Number: Frequencies the boost charge, of day), which on the installation none Offset: 0 Channel the charging Number: keeps the batteries type of lead-acid Band9: Common [2712-2863] voltage is relatively Offset: Indicates the fully charged. This batteries. When the Frequencies 340 high. Special After capacity ofthe battery parameter is installation type is Channel Number: Frequencies batteries are 1. This parameter configured INNER, the battery [9237-9387] Offset: Channel discharged, the should beNumber: set according to the temperature sensor 0 Special none system Offset: according to 0 the instructions is connected to the Frequencies Band9: automatically Common starts actual situation. provided by BAT_TEM1 port. Channel Number: Frequencies boost charge on the Incorrect manufacturers. When theNumber: none Offset: 0. The Channel batteries. This configuration installation type frequency of theis [8762-8912] parameter is Offset: reduces the life OUTER, the battery local cell must be 0 configured Special span of the battery. temperature the same as that Frequencies according to sensor the of is connected to the the bearing logical Channel instructions Number: BAT_TEM2 port. cell. none Offset: provided by 0. The configuration

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

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Yes

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Yes

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Yes

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Yes

None

YES

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YES

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YES

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Yes

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Yes

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Yes

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YES

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YES

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YES

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NO

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NO

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No

None

coefficient. Charging coefficient Indicates x Storagethe capacity floating charging = Maximum voltage. chargingFloating current. charge is used to When the charging compensate for current is not the power the smallerloss thanofthe batteries due to maximum charging self-discharge. current plus 5 A,The an floating charging ALM-25625 Battery voltage lower Indicates whether Current is Abnormal than the boost to enable battery alarm is reported. Indicates the charging voltage. disconnection This parameter is temperature above This parameter is is against high configured which the battery configured temperature. accordingoff to the powered Indicates the according to the instructionsor automatically under increased instructions Indicates whether provided by the condition that reduced charging Indicates the provided by to enable battery manufacturers. HtempShutdownFlg voltage of every voltage below manufacturers. power-off against is enabled. battery when the is which the battery low voltage. ambient powered off temperature isunder 1 automatically Indicates the lower degree Celsius the condition that limit of or temperature. higher lower than LvolShutdownFlg When the battery is the standard enabled. Indicates theisupper temperature temperature limit ofthe temperature. below lower specified by When the battery limit, an ALM-25650 manufacturers. This temperature Environmental parameter should exceeds the upper Temperature be setanaccording to limit, ALM-25650 Abnormal alarm is the instructions Environmental Indicates the reported. provided by Temperature number of battery manufacturers. Abnormal alarm is groups. reported. Indicates the type of the battery. Indicates the number of times that the battery Indicates the is poweredofoff. number times that the battery is Indicates charged inthe half an number hour. of times that the battery is Indicates charged inthe one number hour. of times that the battery is Indicates charged inthe two number hours. of times that the battery is Indicates charged inthe three number hours. of times that the battery is Indicates charged inthe four number hours. of times that the battery is Indicates charged inthe five number hours. of times that the battery is Indicates charged inthe six number hours. of times that the battery is Indicates charged inthe seven number hours. of times that the battery is Indicates charged inthe eight number hours. of times that the battery is Indicates charged inthe more number of hours. times than eight that the battery is discharged in half an hour.

NO

NO

No

None

NO

NO

No

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Yes

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Indicates the number of times that the battery is Indicates the discharged in one number of times hour. that the battery is Indicates the discharged in two number hours. of times that the battery is Indicates the discharged in three number of times hours. that the battery is Indicates the discharged in four number hours. of times that the battery is Indicates the discharged in five number of times hours. that the battery is Indicates the discharged in six number hours. of times that the battery is Indicates the discharged in seven number of times hours. that the battery is Indicates the discharged in eight number of times hours. Indicates the date that the battery is when the battery is Indicates the discharged in more installed. The capacity of battery than eight hours. scheduled tests for 2. This parameter the battery are should be set Indicates the dependent the accordingoftoonthe duration installation date. actual situation. Indicates thethe discharging Indicates Incorrect numberwith ofthe the battery the duration of0.05C10 configuration cabinet of where the current Indicates thethe discharging reduces the life the PMU managing to the moment Indicates number ofthe the battery with the span of battery. battery isthe when the duration oflocated. subrack where theto current of 0.1C10 discharging Indicates thevoltage discharging the PMU managing the the moment when is terminated. C10 Indicates number ofthe the slot battery with the battery is located. the discharging indicates the duration of where the PMU to current of 0.2C10 voltage iscapacity nominal discharging the managing the the moment whenof terminated. C10 Indicates the the battery, and battery with the battery is located. the discharging indicates the duration of 0.05C10 indicates current of 0.3C10 to voltage iscapacity nominal discharging the that the battery is of the moment when terminated. C10 Indicates theand the battery, battery with the discharged with the the discharging indicates the duration of 0.1C10 indicates current of 0.4C10 to current of 0.05 x of voltage is nominal capacity discharging the that the battery is the moment when norminal capacity of terminated. C10 Indicates theand the battery, battery with the the discharged with the discharging the battery. For indicates the duration of 0.2C10 indicates current xof 0.5C10 current x to voltage iscapacity example, if0.1 the nominal discharging the that the battery is of the moment when norminal capacity terminated. C10 Indicates theand capacity is of the battery, battery with the discharged with the the discharging the battery. For indicates the duration of 100 AH,of 0.05C10 0.3C10 indicates current 0.6C10 to current of x of voltage iscapacity example, if0.2 the nominal discharging the indicates that the that the battery is of the moment when norminal capacity terminated. C10 Indicates the capacity the battery, and battery with the is battery isof discharged with the discharging the battery. For the indicates the duration 100 AH, 0.1C10 0.4C10 indicates current of 0.7C10 to discharged with current of x the voltage iscapacity example, if0.3 the nominal of discharging the indicates that the that the battery is the moment when current ofcapacity 5 and AH. nominal terminated. C10 capacity isof the battery, battery with the the battery is thewith discharged the discharging the battery. For indicates 100 AH, 0.2C10 0.5C10 indicates current of 0.8C10 to discharged with current of x the voltage iscapacity example, if0.4 the nominal indicates that the that the of battery is of the moment when current 10 AH. nominal capacity of terminated. C10 battery capacity is the battery, and the battery is thewith discharged the discharging the battery. For indicates 100 AH, 0.3C10 0.6C10 indicates discharged with current of x the voltage iscapacity example, if0.5 the nominal indicates that the that the of battery is of current 20 AH. nominal capacity terminated. C10 battery capacity isof the battery, and battery is thewith discharged the the battery. For indicates 100 AH, 0.4C10 0.7C10 of indicates discharged with current x the example, if0.6 the nominal capacity indicates that the that the of battery is of current 30 AH. nominal capacity battery capacity isof the battery, and battery is with discharged the the battery. For 100 AH,of 0.5C10 0.8C10 indicates discharged with current x the example, if0.7 the indicates that the that the battery is of current of 40 AH. nominal capacity battery capacity is battery is discharged with the battery. For the 100 AH,of0.6C10 discharged with the current 0.8 x example, if thethe indicates that current ofcapacity 50 AH. of nominal battery capacity battery is For is the battery. 100 AH, 0.7C10 discharged with the example, if the indicates that the current of 60 AH. battery is battery capacity is 100 AH, 0.8C10

NO

NO

Yes

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None

current of 0.9C10 to the moment when the discharging Indicates voltage is the charging efficiency terminated. C10 of batteries. indicates theThe battery is nominalefficiency capacity of a percentage of the battery, and battery 0.9C10 indicates Indicates the to test performance the that the battery is mode. It specifies normal battery discharged withthe the whether to use capacity. current ofFor 0.9 xand automatic test example, a normal nominal capacity which automatic Indicates thesupply end of battery can the battery. For test mode is used. voltage of 10 the power for hours. Indicates the time example, iffour the There are discharging test. If a battery can limit for the batteryofcapacity is Indicates the types test supply for simplified 100 AH,power 0.9C10 quantity of battery modes: only hours, its discharging test. indicates that the in theeight battery group. NOAUTOTEST (No battery efficiency is Indicates the time There are types battery is two Auto Test), PERIOD 80%. limit of the of discharging tests discharged the (Period Autowith Test), discharging for a battery: a current of 90test. AH. POWERCUT standard test and a (Power Off Auto simplified test. A Test), andthe end Indicates standard test PERIODPOWERC voltage of the calculates the UT (Period and simple discharging Indicates the time battery efficiency, Power Off Auto test. limit for the and a simplified test Test). No Auto Test: Indicates thetest type discharging judges only the indicates that the of the when battery test. delay the quality of the Indicates time battery test is There are two power off or types the battery. limit of is the launched and of battery tests: discharging test is scheduled controlled by the STANDARD(Standa launched discharging test. user. Period rd Test) and Auto automatically. The Test: indicates that SIMPLE(Simple interval between the battery test Test). Standard Test two battery testsis launched is used to calculate must be greater automatically by the the efficiency of the than this time limit. Indicates the test system as battery. Simple Test Otherwise, the is start date, which scheduled. Power is used only to execution of the in the format of of Off Auto Test: judge the quality STR BATTST YYYY/MM/DD. Indicates the end indicates that the the battery, but not command fails. reason of the battery test is to calculate the battery test. launched efficiency of the automatically by the battery. This Indicates thetest result Indicates the the system after AC takes short time. of the abattery test. battery efficiency. power supply is cut The off. battery is normal when the Indicates the result is between continued 80% and 100%. discharge duration Indicates the of the battery. voltage of the battery when the Indicates dischargethe is ended. average current in Indicates theof the the process accumulated battery discharge. discharged power (Ah) from the beginning of Indicates the discharge. current temperature of the battery. Indicates the number of the cabinet where the Indicates the PSU is located. number of the subrack where the Indicates the PSU is located. number of the slot where the PSU is located.

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Indicates the running status of the PSU. Indicates Indicates the the physical operation manufacturing date status of the board, of the PSU. Indicates which canthe be operational state of manufacturer of the Uninstalled, Indicates the alarm the board, which PSU. Starting up, Normal, status. details can be For set to Inconsistent, about the definition Enabled or Unconfigured, of Alarm Status, Disabled. Enabled Power off, Fault, see ITU-T X.731. indicates that Communication Indicates theorbe E-the services can lost, In test, label, a text file carried on the combination of with a maximum of 2For board. Disabled various states. KB. It is used to indicates that no example, if a board record the service can be is not configured manufacturing carried and failsontothe information about board. communicate with equipment such as Indicates the type the main control the board, subof the board. and transmission board, board, or theoptical physical Indicates the bar module. operation status of code of the board Indicates the thethe board isabout or cabinet. description Unconfigured, the services and Communication functions provided Indicates the or the lost. by the board manufacturing date cabinet. of the board or the Indicates cabinet. the manufacturer of the board or the cabinet. Indicates the issue number of the board. Indicates the type of a board. Indicates the object number of a board. Indicates the object type of a board, which is CPU or DSP. Indicates the temperature of a board. Indicates the temperature Indicates theof the power serviceamplifier. type of the Indicates the of result CPU or DSP the of the operation. board. The service types of the DSP consist of uplink and downlink services. Indicates The the type service types of the of the device. CPU consist of Indicates theSlave. Office Master and name of the BS. Indicates the software version of the board.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

LBFD-004006

NO

NO

Yes

None

NO

NO

Yes

LBFD-004012

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

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Yes

None

[1162-1513] Offset: 237, 262, 287) 1575 Special Offset: 1850.1 Frequencies Band3: Common Channel Number: Frequencies none Offset: 0 Channel Number: Band4: Common [937-1288] Offset: Frequencies 1525 Special Indicates the Channel Frequencies hardwareNumber: version of [1537-1738] Offset: Channel Number: the board. Indicates the 0 1805 Special none Offset: BootROM version Frequencies Band4: Common of the board. Channel Number: Frequencies (1887, 1912, Indicates the 1937, test Channel Number: 1962, 1987, 2012, time. [1312-1513] Offset: 2037,Special 2062, 2087) 1450 Indicates the test Offset: 1735.1 Frequencies result. Band5: Common Channel Number: Frequencies (1662, 1687, 1712, Channel Number: 1737, 1762, 1787, [4357-4458] Offset: 1812, 1837, 1862) 0 Special Offset: 1380.1 Frequencies Band5: Common Indicates the Channel Number: Frequencies cabinet number of (1007, 1012, 1032, Channel Number: the board where the 1037, Indicates the [4132-4233] Offset: output1062, port is1087) Offset: 670.1 subrack number of 0 Special located. Band6: Common the board where the Frequencies Indicates the Frequencies output port is slot Channel Number: number ofNumber: the Channel located. (782, 787, 807, board where Offset: the [4387-4413] 812, 837, 862) output port is 0 Special Offset: 670.1 Indicates the located. Frequencies Band6: number Common of the Channel Number: Frequencies output port. (1037, 1062) Offset: Channel Number: Indicates the name 670.1 Band7: [4162-4188] Offset: of the output port. Common 0 Special the Indicates Frequencies Frequencies enabled/disabled Channel Number: Channel Number: state of the output Indicates [2237-2563] Offset: (812, 837)the Offset: port. cabinet number of 2175 Special 670.1 Band7: the board where the Frequencies Common Indicates the port is located. Channel Number: Frequencies subrack number of (2587, 2612, 2637, Channel Number: Indicates the alarm the board where the 2662, 2687, 2712, [2012-2338] Offset: Indicates the slot types: analog port is located. 2737, 2762, 2787, 2100 Special number of and the alarm port 2812, 2837, 2862, Frequencies board where the digital alarm port. 2887, 2912) Offset: Indicates the Channel Number: port is located. An analog alarm Indicates the 2412, port 2105.1 Band8: enabled/disabled (2362, 2387, port is used to number. Common state of2462, the 2437, 2487, monitor the port. external Frequencies Alarms can be 2512, 2537, 2562, environment that Indicates the2637, alarm Channel Number: detected and 2587, 2612, Indicates the alarm changes ID bound to the [2937-3088] Offset: reported through 2662, 2687) upper limit. IfOffset: the continuously. The alarm port. This 340 Special the port only when 2030.1 Band8: environment port is supported Indicates the alarm parameter isthe Frequencies Indicates the alarm the state of port Common measurement value only by the EMU. level. This reported as the IDA Channel Number: lower limit. If the is ON. Frequencies is greater than the digital alarm port is parameter specifies of theOffset: alarm none 0 environment Channel Number: alarm upper limit used to monitor the whether alarms detected at the port. Band9: Common measurement value [2712-2863] configured forOffset: the external by generated the Frequencies is smaller than the 340 Special sensor, the alarm is environment of port sensor over the Channel Number: alarm lower limit Frequencies reported. which the change is are in high or low [9237-9387] configured forOffset: the Channel Number: Environment indicated in voltage. Thealarm alarmis 0 Special sensor, the none Offset: 0 value measurement Boolean or discrete level is set Frequencies reported. Band9: Common = Measurement values. It isto the according Channel Number: Environment Frequencies Indicates the lower limit + the contained in type of external none Offset: 0.value The measurement Channel Number: sensor type. The (Measurement EMU, PMU, TCU, sensor. frequency of the = Measurement [8762-8912] Offset: user can set the upper limit - and FMU, RRU, local cell must be lower limit + to lower 0 Special sensor type Measurement power boards. The the same as or that of (Measurement Frequencies current type limit) x (Observed SC48200 PMU the bearing upper limit - logical Channel Number: voltage type electric or does notcurrent support cell. Measurement lower none Offset: according to 0. the voltage - Output digital ports. limit) (Observed actual external lowerxlimit)/(Output electric current or sensor. upper limit - Output voltage - Output lower limit). lower limit)/(Output upper limit - Output lower limit).

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

NO

YES

No

LBFD-004012

NO

NO

No

LBFD-004012

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

Indicates the period based on which NTP time Indicates the synchronization is measurement performed upper limit ofIfthe periodically. this Indicates the analog port. parameter isThe set to measurement lower range set based a valueisgreater than Indicates the upper limit of the analog on the actual 1, the switch for limit of therange output port. The is situations such as periodic NTP time signals from the set based on the the temperature Indicates theFor lower synchronization is analog port. actual and humidity. limit of situations the output turned on Indicates the key sensors of either such asfrom the the signals automatically.The used for NTP the current type temperature andor analog port. For time of an eNodeB authentication. voltage type, the humidity. sensors of either may have The key used by upper limit should current type or differences with the DES_S be set accordingthe to voltage type, standard time, andof algorithm is athe Indicates the the specifications lower limit should a large difference hexadecimal authentication the sensor. be set according affects the number whose mode of theaccuracy SSL to the specifications of KPIs. Therefore, length is 64 bits inof connection. Indicates the IPv4 the sensor. a period must be binary format. The address of the NTP configured for the first seven bits of server. eNodeB perform each bytetothe are used Indicates time to construct 56-bit number of the port synchronization key data, and the on the NTP server with thebitwhich NTP server eighth is the odd through time periodically parity bit for to eachis synchronization ensure thethe accurate byte. Any empty bit performed between Indicates switch time. is filled with 0 to theNTP NTPtime client and of The period ensure that for the key the server. synchronization. periodic NTP time Indicates the mode data is composed synchronization thehexadecimal IP address of of 16 must be the NTP server. digits andconfigured has an Indicates the Indicates the IPv6 based on thefor NTP odd number authentication address of the NTP server performance, parity checks. mode, which The server. transport key used network by the indicates the quality, and DES_N algorithm is encryption eNodeB quantity. similar to the standard. Thekey value A smaller period for used byindicates the DES_S Indicates the PLAIN periodic NTP time algorithm. The only server-side index that encryption is of synchronization difference is that the NTP the not applied. Indicates start leads to bit higher the in authentication key. datefirst mode of each the loads for the NTP byte is the odd The index must be NE DST. There are server andan parity bit. The key the same as NTP the Indicates three formats: transport network. A used byis the DES_A setting on the server an active date format, for larger period leads algorithm is an server. or standbyApril server. example, 1st; to lower loads. ASCII string offorone week format, Indicates the time to eight characters. example, theNE. first zone of the The leastinsignificant Sunday April; seven digits of the Indicates whether date and week ASCII value DST is enabled. format, for example, corresponding to for example, April each character 1st and Sunday.are If it use to construct 56is Sunday on April bit data. Indicates theFor 1st,key April 1st ismonth the any ASCII string in which the NE date. Otherwise, of less than eight DST starts. the first Sunday Indicates the0sdate characters, after Aprilthe 1st NE isare the on which appended to the date. DST starts. string to ensure that GUI value Indicates inrange: which the key data is DATE(Date week the NEmode), DST composed of 56 WEEK(Week starts. bits. The key Indicates the used week mode), by the MD5 in which the Indicates theNE time DATEWEEK(Date algorithm is anDST DST starts. when the NE and week mode) encrypted starts. TheASCII value of string of one to this parameter eight characters. observes the standard time.

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LBFD-004012

NO

NO

No

LOFD-001024

NO

NO

No

None

YES

NO

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

YES

NO

No

None

YES

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

date mode of the NE DST. There are three formats: date format, for example, April 1st; week format, for example, the first Sunday in April; date and week format, for example, Indicates the April month for example, in which the NE 1st and Sunday. If it DST ends.on April is Sunday Indicates the date 1st, April 1st the on which the is NE date. Otherwise, DST ends. the first Sunday Indicates in which after April 1st DST is the week the NE date. ends. Indicates Indicates the the week DST in which the Indicates time time offsetthe ofNE the DST ends. when theparameter DST of NE. This the ends. The can NE be set to a value of this negative value. A parametervalue observes negative DST. indicates that the Indicates offset NE time isthe earlier Indicates the date of time zone. This Indicates the than the DST time, to be set for the NE. parameter can be current date and and a positive value The format is as set to a negative time of thethat NE.the The indicates follows: YYYY-MMvalue. query result is the NE time is later DD. For Indicates the time local timeexample, of time. the than the NE 2006-09-08 to be set for the NE, including theNE. indicates The format is as year, month, day, September 8th of follows: HH:MM:SS. hour, minute, 2006. For example, second, and time 10:20:05. zone. If the DST of the NE is the effective, Indicates Indicates the date the queryreference result external and time of the last contains a DST flag time source of the successfully(the flog used to NE. synchronized time indicate whether of NE. thethe DST is The applied). format is asisfollows: The format as Indicates the Indicates the index YYYY-MM-DD follows: YYYY-MMof the operator. extended QoS HH:MM:SS. DD HH:MM:SS. Class Identifier (QCI), which is required by Indicates the QoS ID of a operators for user class identifier service-based interdifferentiation. (QCI) of an evolved RAT handover packet system policy group. Indicates the index (EPS) bearer. of the operator. Different QCIs indicate different QoS requirements, such as the Indicates thepacket ID of a delay budget, service-based interIndicates theloss packet error RAT handover medium-priority rate, and resource policy group. system todetails, be index Indicates the type. For lowIndicates the considered inhighblind of the operator. see Table 6.1.7 priority system toinbe handovers for CS 3GPP TS 23.203. considered fallback. It isin blind handovers CS GERAN by for default. fallback. It is If this parameter is CDMA2000 by UTRAN by the default. set to null, default. If thisthe system with parameter is set to medium blind null, the system handover priority is with the low blind not specified. In this handover is case, onlypriority the blind not specified. In this handovers to the case, only the blind high-priority system handovers to the are applicable. high- and mediumpriority systems are applicable.

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

Yes

None

YES

YES

No

None

YES

YES

No

None

NO

NO

No

LOFD-001043 LOFD-001046

YES

YES

No

None

YES

YES

No

None

NO

NO

No

LOFD-001043 LOFD-001046

YES

YES

No

None

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-001033 LOFD-001034 LOFD-001035 LOFD-001033 LOFD-001034 LOFD-001035 LOFD-001033 LOFD-001034 LOFD-001035

Indicates the Location Services (LCS) capability of Indicates the the UTRAN. Location Services (LCS) capability of Indicates the the GERAN. Location Services (LCS) capability of the CDMA2000. Indicates the ID of the RAT/frequency priority group.DL Indicates Indicates the the Radio EARFCN of an Access Technology external E-UTRAN (RAT). cell. For details, see 3GPP TS 36.101. Indicates the is This parameter priority the RAT requiredofonly when or frequency. RatType is setThe to value LTE. 0 indicates the lowestthe priority. Indicates index of the operator. Indicates the ID of the service-based Indicates inter-RAT whether handover inter-RAT handover policy group. is required, allowed, Indicates whether or not allowed for to use normal or services with the Indicates the special DRX. If this QCI. subscriber profile parameter is set toID (SPID).UEs with the TRUE, SPID use normal Indicates the length DRX parameters. If of the counter Indicates the is this parameter Indicates whether check timer. When COUNT value for setset to FALSE, to a RAT orUEsa the timer expires, initiating counter with the SPID use frequency priority. counter check check Indicates the ID of a specialprocedures. DRX procedure is When the COUNT RAT/frequency parameters. initiated. After value at the the priority(used group. procedure is of any PDCP layer) complete, DRB for a the UE timer is a is restarted. The multiple of the value value 0 indicates of this parameter, Indicates whether that the timer is the eNodeB to release a data invalid. In this case, initiates a counter radio bearer (DRB) Indicates the the eNodeB cannot check procedure. when the counter highest-priority initiate periodic The value 0 an check detects ciphering algorithm counter check indicates that the Indicates the exception in supported bythe the procedures. eNodeB does not second-priority DRB. eNodeB. The value initiate counter ciphering algorithm NULL indicates that Indicates the thirdcheck procedures supported bynot the ciphering is priorityon ciphering based the value eNodeB. The applied. algorithm supported Indicates the COUNT value. NULL indicates that by the eNodeB. highest-priority ciphering is not The value NULL integrity protection applied. Indicates the indicates that algorithm supported second-priority ciphering is not The by the eNodeB. integrity protection applied. value NULL algorithm supported Indicates the thirdindicates that by the eNodeB. The priority integrity integrity protection value NULL protection algorithm is not applied. indicates supportedthat by the integrity protection eNodeB. The value is not applied. NULL indicates that integrity protection is not applied.

NO

NO

No

LOFD-001033 LOFD-001047

NO

NO

No

LOFD-001034 LOFD-001047

NO

NO

No

YES

YES

No

YES

YES

No

YES

YES

No

NO

NO

No

YES

YES

No

None

YES

YES

No

LOFD-001043 LOFD-001046

NO

NO

No

LOFD-001043 LOFD-001046

YES

YES

No

None

NO

NO

No

LBFD-002017

NO

NO

No

NO

NO

No

NO

NO

No

LBFD-002004

NO

NO

No

LBFD-002004

NO

NO

No

LBFD-002004

NO

NO

No

LOFD-00101001 LOFD-00101002

NO

NO

No

LOFD-00101001 LOFD-00101002

NO

NO

No

LOFD-00101001 LOFD-00101002

NO

NO

No

LBFD-002004

NO

NO

No

LBFD-002004

NO

NO

No

LBFD-002004

LOFD-001035 LOFD-001047 LOFD-001032 LOFD-001044 LOFD-001045 LOFD-001032 LOFD-001044 LOFD-001045 LOFD-001032 LOFD-001044 LOFD-001045 LOFD-001032 LOFD-001044 LOFD-001045

LOFD-001032 LOFD-001044 LOFD-001045 LOFD-001032 LOFD-001044 LOFD-001045

the decompressor, to set a logical Indicates the and a feedback channel group compression profile channel profile. is not supported by the mandatory. Currently, two eNodeB. Indicates whether Therefore, U-Mode logical channel Under the ROHC Indicates the to enable or disable is less reliable than group profiles are framework, header method of X2 setup SRI adaptation. If Bidirectional available: compression by that is, the theSON, SRI adaptation Optimistic Mode (OLCG_PROFILE_0 algorithms vary with method of functionand is enabled, Mode) and protocols. Profiles automatically the SRI period is Bidirectional LCG_PROFILE_1. define the header setting up X2 adjusted based on Reliable Mode (RIf LCG_PROFILE_0 compression interfaces. the SRI load in Mode), but its is used, only one protocols (such each cell. If the as feedback-induced logical channel Indicates whether RTP/UDP/IP or Indicates the length function overhead isdisabled, group is is assigned to enable ROHC. Indicates the length TCP/IP), which are of timer T302. the SRI period minimum compared to non-GBR Set thisthe parameter of timer T320 to be under same T302 specifies the (configurable) for with those in Oservices. Ifin to ON ifframework, the contained ROHC wait time for each QCI Mode and LCG_PROFILE_1 eNodeB isisR-Mode. RRCConnectionRel for specific types retransmitting an of applied. In O-Mode, is used, two logical expected to the support ease messages packet streams. RRCConnectionRe decompressor channel groupscan are VoIP or video sent for load Each profile has a quest message send feedback assigned to nonservices. balancing. T320 unique identifier. after the previous messages to the GBR services. One specifies the As defined by LTE request with atime compressor to Indicates the length group is assigned period duringthan which specifications, cause other indicate a of timer T320 tothe be to high-priority nonthe dedicated eNodeB supports Indicates the length "MO-Data" and decompression contained in and GBR services, priorities (usedforfor the following of timer "MO-Signalling" is failure orT304 agroup is RRCConnectionRel the other cell reselection) are profiles: profile intra-RAT handover. rejected. Indicates the length successful context ease messages assigned toT320 lowvalid. After 0x0001 (usage: If the UE does not This timer is started of timer T304 for update. O-Mode is sent for reasons priority non-GBR expires, the RTP/UDP/IP; complete the after the UE inter-RAT handover more reliable than other than load services. dedicated priorities reference: RFC handover before receives an to GERAN. If the U-Mode and balancing. T320 become invalid. 3095 and RFC this timer expires, RRCConnectionRej UE does not requires athe smaller specifies time This timer is started 4815), profile the UE reverts ect message. Itback is complete the amount ofthe feedback period during which Indicates length when the UE 0x0002 (usage: to the associated stopped when the handover before than R-Mode. In Rthe dedicated of the UEreference: inactivity receives an UDP/IP; configuration and UE enters the this timer expires, Mode, the reliability priorities (used for timer. If detecting RRCConnectionRel RFC 3095 initiates an and RRCRFC RRC_CONNECTE the UE reverts of context cell reselection) are that a UE has back ease message 4815), profile connection reD mode or performs to the associated synchronization valid. After T320 neither received nor containing theand t320 0x0003 (usage: establishment cell reselection. configuration between the expires, the sent data for a IE. It is stopped ESP/IP; reference: procedure. initiates an RRC compressor and the dedicated priorities duration exceeding when the UE enters RFC 3095 and RFC connection redecompressor is become invalid. the value ofprofile this Indicates the timer the 4815), and establishment higher thanis that in This timer started parameter, the governing the RRC_CONNECTE 0x0004 (usage: IP; procedure. any other mode. when the UE eNodeB releases period the eNodeB D mode. reference: RFC Because of receives an Indicates the the radio resources will wait for a timer 3843 and RFC frequent feedback, RRCConnectionRel governing the for the UE. If this response message 4815). Indicates the timer however, R-Mode ease message period the eNodeB parameter is set to Indicates the timer from the UE. governing the causes the greatest containing the will wait forinactivity a t320 0, the UE governing the period the eNodeB linkItoverhead. IE. is stopped response message timer isthe not used. period eNodeB Indicates the will wait for a timer when the UE from the MME. will wait for a governing theenters response message the resynchronization period the from the eNodeB RRC_CONNECTE indication message will wait for a timer Indicates the neighboring D mode. from the UE. response message governing theIf the eNodeB. eNodeB and ainterUE from the peer period the eNodeB are unsynchronized RATwait network will for an initial for first time, element. UE the context setupthe eNodeB monitors request from the Indicates the switch resynchronization MME. for adjusting the PA information the Indicates thefrom local through power UE within the ID of the cell. It control onidentifies the bya period specified uniquely PDSCH. this within timer.Ifthe Ifathis the Indicates PAUE cell BS. parameter is set to fails tothe achieve when power ON, thefor PAthe is resynchronization control Indicates the adjusted during this period, PDSCH is disabled, threshold for UEs to dynamically when is eNodeB the downlink enter DRX in ICIC the the channel quality considers that disabled, and the in Indicates the local cell that operates is extremely good resynchronization even power ID of the cell. It FDD mode. This or bad.out.identifies times distribution usedina uniquely threshold isisused for the PDSCH. cell DRX withinalgorithm. a BS. the If the traffic volume at a UE is lower than this threshold, the eNodeB decides that the UE should retain its DRX state or enter DRX.

LBFD-002018 LBFD-00201801 LBFD-00201802 LBFD-002025 LOFD-001015 LBFD-002025 LOFD-001015 LBFD-002001

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-001017

NO

NO

No

LOFD-001017

NO

NO

No

LOFD-001017

NO

NO

No

LBFD-002007

NO

NO

No

LBFD-002018 LBFD-00201803

NO

NO

No

LBFD-002018 LBFD-00201803

NO

NO

No

LBFD-002018 LBFD-00201803

NO

NO

No

LBFD-002018 LBFD-00201803

NO

NO

No

LBFD-002007

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

YES

YES

No

None

NO

NO

No

LBFD-002016

NO

NO

No

LBFD-002016

YES

YES

No

None

NO

NO

No

LBFD-002017

Indicates the threshold for UEs to exit DRX in cell Indicates thethe uplink that operates traffic volume in FDD mode. threshold forThis UEs to Indicates uplink threshold isinused enter DRXthe the in traffic volume the DRX algorithm. cell that operates in threshold forvolume UEs to If the mode. traffic Indicates the TDD This exit in the cell at a DRX UE istraffic higher downlink threshold is used in that operates in thanDRX thisthreshold threshold, volume the algorithm. Indicates TDD mode. This the eNodeB for UEs tothe enter If the traffic volume downlink traffic threshold is used in decides that thethat UE DRX in the cell at a UE is lower volume threshold the DRX algorithm. should retain its operates in TDD than this threshold, for UEs tostate exit DRX If the traffic volume non-DRX or mode. This the eNodeB in the cell that at a UE is higher Indicates the length exit DRX.that threshold is used in decides the UE Indicates whether operates intraffic TDD than this threshold, of the UE the DRX algorithm. should retain its the transmit power mode. This volume the eNodeB measurement If the traffic DRX state enter of the UE isor threshold is used in decides that the UE period. traffic at a UE is lower DRX. The adjusted the DRX algorithm. should retain its volume ofthreshold, a than this according toUE the If the traffic volume non-DRX or is during thisstate period the eNodeB difference between at a UE is higher exit DRX. measured. Based decidesIndication that the UE MCSs. is than this threshold, on the should retain its contained in an Indicates the local the eNodeB measurement DRX state or enter RRC message ID of the cell. It UE decides that the result, the DRX DRX. signaled to the UE.a uniquely identifies should retain its algorithm decides In the message,this cell within a BS. non-DRX state or whether UE Indicates the power indicationthe occupies exit DRX. should enter or exit offset of the one bit. The value DRX. sounding reference 0, which means Indicates the power signal to the disabled, indicates offset of the PUSCH that ΔTFwhen isreference equal to sounding DeltaMcsEnalbed 0 because Ks is is signal to the Indicates the alpha set to equal to when 0. The PUSCH filtering coefficient UU_DISABLE. value 1, which DeltaMcsEnalbed used by the UE is means enabled, set to RSRP during indicates ΔTF Indicates that whether UU_ENABLE. measurement for Indicates local is calculated on the bearers tothe which path loss ID of the cell. It condition that Ks is the parameter estimation. uniquely identifies a equal to 1.25. group applies cell within a BS. Indicates the ID of support DRX. The Indicates the length the DRX parameter value ON indicates of the Onbearers Duration group. that the Timer.The value of support DRX. The onDurationTimer value OFF indicates delivered to UEsdo is that the bearers dependent on the not support DRX. A user-configured UE can enter the value of this Indicates the length DRX mode only parameter and the of the all DRX when bearers interval which Inactivity Timer. running at on it length Indicates the CQIs are reported support DRX. of the DRX periodically. Retransmission Timer. Indicates the length of a long DRX cycle. Indicates whether short DRX cycles are enabled. length Indicates Indicates the the length of DRXDRX Short of the a short Cycle cycle. Timer. If this parameter is set to a large value, the UE followsthe short Indicates local DRX ID of cycles the cell.(ifIt Indicates theforIDaof a configured) uniquely identifies the group long time. cell within of a BS. common parameters related to inter-RAT handover.

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

YES

YES

No

None

NO

NO

No

LBFD-002026

NO

NO

No

LBFD-002026

NO

NO

No

LBFD-002026

NO

NO

No

LBFD-002026

YES

YES

No

None

YES

YES

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017 LBFD-002005

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

YES

YES

No

YES

YES

No

LBFD-001001 LOFD-001019 LOFD-001020 LOFD-001021 LOFD-001022 LOFD-001023

hysteresis for intermeets the entering RAT measurement condition, the UE eventsnot A1send and A2. does a This parameter is measurement used reporttotoprevent the frequent eNodeB triggering of event evaluation immediately. caused by Instead, theradio UE Indicates the RSRP signal fluctuation. In sends a report only threshold for interthis way, when thethe signal RAT measurement probability of pingquality continuously Indicates the RSRQ event A1. pong handovers or meets the entering threshold for interWhen theduring handover decision condition the RAT measurement measured RSRP errors is reduced. A time-to-trigger. Indicates the RSRP event A1. value of the serving larger value ofinterthis This parameter threshold for When the cell exceeds thisthein parameter results helps decrease RAT measurement measured RSRQ threshold, an event Indicates the RSRQ a lower probability. number of event A2. value of the Indicates the timeA1 report may be threshold forserving interoccasionally When the cell exceeds this to-trigger for event sent. RAT measurement Indicates the triggered event measured RSRP threshold, an event B1 related toserving interevent A2. hysteresis for event reports, the value of the A1 report may be RAT handover to of When the B1 for inter-RAT average number cell is below this sent. CDMA2000 1xRTT. measured RSRQ handover to handovers, and the threshold, an event When detecting value of the serving CDMA2000 1xRTT. Indicates the local number of wrong A2 report may bethat the quality cell isparameter below This ID ofsignal the cell. It isin handovers. Inthis sent. Indicates the ID of a at least one threshold, an event used to prevent uniquely summary,identifies it helps the parameter neighboring cell A2 report may be frequent triggering cell within a BS. prevent group related to meets the entering sent. of event evaluation Indicates the pilot unnecessary inter-RAT handover condition, the UE caused by radio strength threshold handovers. to CDMA2000 does not send a In signal fluctuation. for event B1 related 1xRTT. measurement this way, the to coverage-based report to the probability of pinginter-RAT handover eNodeB pong handovers Indicates the pilotor to CDMA2000 immediately. handover decision strength threshold 1xRTT. When the Instead, errors is the reduced. A for event B1 UE related measurement value sends a report only larger value of this to loador serviceexceeds this when the signal parameter based inter-RAT threshold, aresults in quality a lowercontinuously probability handover to measurement Indicates meets thethe entering of ping-pong CDMA2000 1xRTT. report may be sent. extended QoS condition the handovers or When theduring class identifier time-to-trigger. handover decision measurement value (QCI), which This parameter errors. exceeds this is required by helps decrease the Indicates threshold,the a local operators for user number of ID of the cell. It measurement differentiation. occasionally uniquely identifies report may beID sent. Indicates the of aa triggered cell withinevent agroup BS. parameter reports,to the related interIndicates the ID of average number ofa frequency parameter group handovers and the handover. related numberto ofinter-RAT wrong Indicates the handover to ID of a handovers, parameter CDMA2000 1xRTT. preventing group related to inter-RAT unnecessary Indicates the handover to ID of a handovers. group of common CDMA2000 HRPD. parameters related Indicates the ID of a to inter-RAT parameter handover. group related to inter-RAT Indicates handover the to ID of a parameter GERAN. group related to inter-RAT Indicates handover the to ID of a parameter UTRAN. group related to intra-RAT intra-frequency Indicates handover.the ID of a DRX parameter group. Indicates the local ID of the cell. It uniquely identifies a cell within a BS.

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

LOFD-001020 LOFD-001023 LOFD-001021 LOFD-001023 LOFD-001019 LOFD-001022 LOFD-001022 LOFD-001019 LOFD-001023 LOFD-001020 LOFD-001019 LOFD-001021 LOFD-001020 LOFD-001023 LOFD-001021 LOFD-001019 LOFD-001022 LOFD-001020 LOFD-001023 LOFD-001021 LOFD-001019 LOFD-001022 LOFD-001020 LOFD-001023 LOFD-001021 LOFD-001019 LOFD-001022 LOFD-001020 LOFD-001021 LOFD-001022 LBFD-001001

YES

YES

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021 LOFD-001032

YES

YES

No

LOFD-001015 LOFD-00101502

YES

YES

No

LBFD-001001

NO

NO

No

LBFD-00201802

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001019 LOFD-001020 LOFD-001021

NO

NO

No

LOFD-001020

NO

NO

No

LOFD-001019

NO

NO

No

LBFD-00201801

NO

NO

No

LBFD-002017

YES

YES

No

LBFD-001001

Indicates the QoS class identifier (QCI) of an evolved packet system (EPS) bearer. Different QCIs indicate Indicatesdifferent the ID of a QoS requirements, parameter group such astothe packet related interdelay budget, frequency packet error loss handover. For Indicates the ID of a rate, and resource details, see the parameter group type. For InterFreqHoGroup related to details, inter-RAT see Table 6.1.7 Indicates ID in of a MO. handover the to 3GPP TS 23.203. parameter group CDMA2000 1xRTT. related to inter-RAT Indicates handover the to ID of a group of common CDMA2000 HRPD. parameters related Indicates the ID of a to inter-RAT parameter handover. group related to inter-RAT Indicates handover the to ID of a parameter GERAN. group related to inter-RAT Indicates handover the to ID of a parameter UTRAN. group related to intra-RAT intra-frequency Indicates the Indicates the timeID of a handover. to-trigger for Indicates the event DRX parameter B1 related for to interhysteresis event group. RAT handover to B1 related to interIndicates theHRPD. SRI CDMA2000 RAT handover to cycle. When detecting that CDMA2000 Indicates theHRPD. local the signal quality This parameter is ID of the cell. It in Indicates the ID of a at least used to one prevent uniquely identifies the neighboring cell frequent cell parameter withintriggering a BS. Indicates the pilot group related to meets the entering of event evaluation strength threshold inter-RAT handover condition, the UE caused by radio for event B1 related to CDMA2000 does not send a In signal fluctuation. to loadserviceHRPD. measurement this way,orthe based inter-RAT report to the probability of pinghandover to pilotor eNodeB pong handovers Indicates the CDMA2000 HRPD. immediately. handoverthreshold decision strength When thethe Instead, Indicates theUE time-A errors is reduced. for event B1 related Indicates theof measurement value sends a or report only to-trigger for event larger value this to loadservicehysteresis for event exceeds this when the signal B1 related to inter-in parameter results based inter-RAT B1 related threshold, ato interquality continuously RAT handover to a lower probability handover to RAT handover to measurement meets the entering GERAN. When of ping-pongHRPD. CDMA2000 GERAN. This report may be sent. Indicates condition during detecting that thethe handovers or local When thethe Indicates the parameter is used received signal time-to-trigger. signal quality in at handover decision measurement ID of the cell. Itvalue to prevent frequent strength This parameter least oneindicator errors. exceeds this uniquely identifies a Indicates the ID offor triggering of cell event (RSSI) threshold helps decrease the neighboring threshold, cell within a BS. the parameter evaluation causedto event B1 number ofrelated meets the entering measurement group related to by radio signal coverage-based occasionally condition, the report mayhandover be UE sent. inter-RAT fluctuation. In inter-RAT handover triggered eventthis does not send a to GERAN. way, thethe probability to GERAN. reports, measurement of ping-pong A UE sends average of report to number the a handovers measurement handovers or and the eNodeB handover decision Indicates RSSI report related to number ofthe wrong immediately. errors is reduced. threshold for event event B1 to the handovers, Instead, the UE The value of B1 related to this loadeNodeB when the preventing sends a report only parameter has aone or service-based RSSI in least unnecessary when theatsignal negative correlation inter-RAT handover GERAN cell handovers. quality always with the probability to GERAN. exceeds meets thethis entering of ping-pong When theduring threshold and other condition the Indicates the handovers or local measured RSSI triggering time-to-trigger. ID of the cell. Itthis handover decision value exceeds conditions are met. This parameter uniquely identifies a errors. threshold, a For details, see the helps decrease cell within a BS. measurement 3GPP TS number of36.331. report may be sent. occasionally triggered event reports, the average number of handovers and the number of wrong

YES

YES

No

LOFD-001015 LOFD-00101502

NO

NO

No

LBFD-00201802

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001019 LOFD-001020 LOFD-001021

NO

NO

No

LOFD-001020

NO

NO

No

LOFD-001019

NO

NO

No

LBFD-00201801

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002025 LOFD-001015

YES

YES

No

LBFD-001001

YES

YES

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021 LOFD-001032

YES

YES

No

LBFD-001001

YES

YES

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

LOFD-001020 LOFD-001023 LOFD-001020 LOFD-001023 LOFD-001046 LOFD-001020 LOFD-001023 LOFD-001020 LOFD-001023 LOFD-001046 LOFD-001020 LOFD-001032 LOFD-001046 LBFD-001001

Ec/No of the target Indicates the timeUTRAN cell. For a to-trigger for event cell with large signal B1 related to interfading variance, set RAT handover to this parameter to a Indicates the UTRAN. When Indicates the RSCP large value to Indicates ID hysteresis forevent event detecting that theof threshold the for Indicates the Ec/No prevent the parameter B1 related to intersignal quality in at B1 related to threshold for event unnecessary group related toto RAT handover least one coverage-based B1 related toFor loadhandovers. a inter-RAT handover UTRAN. This neighboring cell inter-RAT handover or service-based cell with small to UTRAN. parameter is used meets the handover entering to UTRAN. inter-RAT signal fading to prevent frequent condition, the UE This parameter to UTRAN. variance, set this triggering of event does not send a specifies the This parameter parameter to a evaluation caused measurement requirement for specifies the small value to by radio signal report to the RSCP of the for target requirement ensure timely fluctuation. Intarget this eNodeB UTRAN cell. Ec/No of the handovers. A RSCP larger way, the probability Indicates the immediately. When the UTRAN cell. When value of this of ping-pong threshold forUE event Instead, the Indicates the timemeasurement value the measurement parameter results in handovers orinterB1 related to loadsends a report only to-trigger for exceeds this value exceeds this a lower probability handover decision or service-based when the signal frequency threshold, a to the of handover errors is reduced. A inter-RAT handover quality continuously measurement event UTRAN cell,of and a larger value this to UTRAN. meets the entering A1 or A2. report may beleads sent. smaller value parameter results in This parameter condition during the When detecting that For ahigher cell with large to a a lower probability specifies the Indicates the time-to-trigger. the signal quality in signal fading probability. of ping-pong requirement for hysteresis for interThis parameter the serving cell variance, set this When the handovers or RSCP of the target frequency helps decrease the Indicates the local meets the triggering parameter to avalue measurement handover decision UTRAN cell. measurement number of ID of the cell. It condition, the UE large value to exceeds this Indicates the errors. When the events A1identifies andIDA2. occasionally uniquely does not send a of a prevent threshold, a the parameter measurement value This parameter triggered cell withinevent a BS.is measurement unnecessary measurement group related to exceeds this used to prevent reports,tothe report thebe handovers. Forsent. a report may intra-RAT interthreshold, a frequent triggering average number eNodeB cell with small of frequency measurement of event evaluation handovers and the immediately. signal fading handover. report may be sent. caused by radio number of wrong Instead, the UE variance, set this Indicates the RSRP signal fluctuation. In handovers, sends a report parameter to intera only threshold for this way, the preventing when the signal small value to frequency probability of pingIndicates the RSRQ unnecessary quality ensure continuously timely measurement event pong handovers or threshold for interhandovers. meets the entering handovers. A1. handover decision frequency condition during the When thethe RSRP Indicates errors is reduced. A measurement event Indicates the timetime-to-trigger. This measured RSRP threshold for interlarger value of this A1. to-trigger for event parameter helps value exceeds this frequency parameter results in When A4 for thethe interdecrease the threshold, a Indicates RSRQ Indicates the event measurement a lower probability. measured RSRQ frequency number of measurement threshold for hysteresis forinterevent A2. value exceeds this handover. When occasionally report may be sent. frequency A4. This parameter When the that threshold, a detecting the triggered event measurement event is used to prevent measured RSRP measurement signal quality in at reports, the A2. frequent triggering value is below the Indicates the RSRP report may be sent. least one average number of When theevaluation of event threshold, a threshold for event neighboring cell the handovers, and measured RSRQ caused by radio measurement A4 related to meets the entering number of wrong value is below thisIn Indicates the signal fluctuation. report may beRSRQ sent. coverage-based condition, the UE handovers. Inevent threshold, a threshold for this way, the inter-frequency does not send a summary, itof measurement A4 related tohelps probability pinghandover. When measurement prevent report may be sent. coverage-based pong handovers or the measured report to the unnecessary inter-frequency handover decision RSRP value eNodeB handovers. Indicates the RSRP handover. When errors is reduced. A exceeds this immediately. threshold for event the measured larger value ofinterthis threshold, an Instead, thetoUE A4 related load-in RSRQ value parameter results frequency Indicates the RSRQ sends a report only or frequencyexceeds this a lower probability. measurement threshold for event when the signal priority-based interthreshold, an interreport may beloadsent. A4 related to quality continuously frequency or frequencymeets the entering handover. When measurement Indicates the RSRP priority-based intercondition during the the measured report may be sent. threshold for frequency time-to-trigger. RSRP value frequency-priorityhandover. When This parameter exceeds this Indicates the RSRQ based interthe measured helps decrease the threshold, an interthreshold for frequency RSRQ numbervalue of frequency frequency-prioritymeasurement exceeds this event occasionally measurement based interA1. When the threshold, an triggered event report may beintersent. frequency measured RSRP frequency reports, the measurement event value exceeds this measurement average of A1. Whennumber theevent threshold, report mayan be handovers, andsent. the measured RSRQ A1 report may be number of wrong value sent. exceeds this handovers. Inevent threshold, an summary, it helps A1 report may be prevent sent. unnecessary handovers.

YES

YES

No

LOFD-001019 LOFD-001022

NO

NO

No

LOFD-001019 LOFD-001022

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

LOFD-001019 LOFD-001022 LOFD-001019 LOFD-001022 LOFD-001043 LOFD-001019 LOFD-001022 LOFD-001043 LOFD-001019 LOFD-001032 LOFD-00104301 LOFD-001019 LOFD-001043 LOFD-001032 LOFD-00104301 LOFD-001043 LBFD-001001

YES

YES

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LOFD-001032

NO

NO

No

LOFD-001032

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

handover. This parameter determines the border between the serving cell and the neighboring If Indicates thecell. RSRP the parameter is set threshold for event to large value, an A1aassociated with Indicates the RSRP inter-frequency event-A3-triggered Indicates timethreshold for handover the is event inter-frequency to-trigger for event A2 associated performed onlywith handover. A3 associated event-A3-triggered when the signalwith When thethe Indicates intra-frequency inter-frequency quality of the measured RSRP hysteresis for event handover. neighboring cellwith is value exceeds this A3 associated When detecting that the a better significantly threshold, intra-frequency Indicates the local offset the signal in measured RSRP than that ofquality the measurement handover. This ID of the cell. Itthe for event A3 the serving cell and value is below serving cellis and report may be sent.a parameter used uniquely associated Indicates the IDone of that intriggering at identifies least threshold, awith other to prevent frequent cell within a BS. intra-frequency the parameter neighboring cell measurement conditions are met. triggering of event handover. Ifbe the group related to meet the entering report may sent. For details, see evaluation due toto parameter is set intra-frequency condition, the UE 3GPP TS 36.331. radio signal a large value, an handover. does not send a fluctuations. In this intra-frequency measurement Indicates the name way, the probability handover is report to the of the operator. The of ping-pong performed only eNodeB name is a string handovers or of when the signal immediately. a maximum of 32 handover decision quality ofthe the Instead, UE characters. The errors is reduced. neighboring cellonly isA sends a report string cannot larger value ofbe this significantly better when the signal null characters or in parameter results than that of quality continuously Indicates thethe index contain any of the a lowerthe probability. serving cell and meets entering Indicates the type of the operator. following For details, see The other triggering condition during the of the operator. characters: comma 3GPP TScan 36.331. conditions arebe met. time-to-trigger. operator the (,), semicolon (;), For details, see or This primary operator Indicates the equalparameter sign (=),mobile 3GPP TS 36.331. helps decrease the a secondary country code (MCC) double quotation number of operator. For each of the("), operator. mark single The Indicates the mobile occasionally eNodeB, only value of this quotation markone ('), network code triggered event primary operator parameter two or moreis a (MNC) the one reports, the but more than string offor three spaces, two or operator. The value average number of secondary operator characters, each of more percent signs of this parameter handovers, and the can be configured. which must be (++ a is (%), start sign a string of two or number ofthe incorrect Indicates digit in the range +), and end sign (--three characters, handovers, tracking area ID, from 0 to 9. END). each which must preventing whichofuniquely be a digit athe intracking the Indicates unnecessary identifies range of 0 to tracking area code handovers. area. Indicates the 9. index (TAC), which is of the operator. used by the EPC to determine the area Indicates whether within which paging the operator messages are sent. Indicates the area index supports One tracking of the operator. emergency calls. It is comprised of one is or recommended more cells. that this parameter Indicates whether be to a value in theset operator accordance supports thewith the Indicates actual emergency emergency calls Allocation and call capability of in the initiated by UEs Retention Priority operator. limited mode. (ARP) value Indicates theof the dedicated Allocation and emergency call Retention Priority bearer.value of the (ARP) default emergency Indicates the call bearer. eNodeB sharing mode. Indicates the index of the operator.

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

YES

YES

No

LBFD-001001

YES

YES

No

LBFD-00201801

NO

NO

No

LBFD-00201801 LOFD-001032

NO

NO

No

LBFD-00201801

NO

NO

No

LBFD-00201801

YES

YES

No

LOFD-001036 LOFD-001037

NO

YES

No

None

NO

YES

No

LOFD-001036 LOFD-001037

NO

YES

No

None

NO

YES

No

None

YES

YES

No

LOFD-001036 LOFD-001037

NO

YES

No

LOFD-001036 LOFD-001037

NO

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

NO

NO

No

LBFD-002028

NO

NO

No

LBFD-002028

NO

NO

No

LBFD-002028

NO

NO

No

LBFD-002028

NO

NO

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

Indicates the proportion of the maximum number of users for the operator at the shared eNodeB. This parameter Indicates the must be set minimum length of according the S1 re- to the Indicates the timer. contract signed by establishment maximum length of the operators. the S1 reestablishment timer. Indicates the ID of Indicates the ID of the S1 interface. the Stream Control Transmission Protocol (SCTP) link over the S1 Indicates Indicates the index interface. the of the operator. compliance protocol release of the MME to which the eNodeB is Indicates connectedwhether through the the S1 S1 interface interface.is blocked. Indicates the status of the S1 interface. Indicates the status of the SCTP link on the S1 interface. Indicates whether the MME connected to the eNodeB is Indicates the overloaded. number of users that have the accessed Indicates the S1 interface. number of streams supported by name the Indicates the Indicates the IDs SCTP linkthe ontoGlobal the of Indicates of the MME all PLMNs of S1 served interface. Unique MME which the eNodeB the MMEs to which Identifiers is connected the eNodeB is all (GUMMEIs) of through the S1 connected. The ID MMEs to which the interface. of a served eNodeB is PLMN consists ofthe the MCC connected. A load Indicates and MNC. PLMN GUMMEI of a of the connected IDs are separated serving MME to that MME relative by commas (,). A consists of the of other MMEs. MCC, MNC, MME larger value of this group ID, and MME parameter indicates Indicates the ID of code. GUMMEIs a larger capacity Indicates the ID of the X2 interface. are separated by allowing UEControl access. the Stream commas (,). Transmission Protocol Indicates(SCTP) whether link over the X2 the automatic Indicates the Indicates the index interface. removal of the X2 compliance protocol of the operator. Indicates the ID of interface is allowed. release of the the neighboring If the peer eNodeB neighboring eNodeB to which is removed by eNodeB to which the localthe eNodeB running RMV is the local eNodeB is connected through X2ENODEB connected through the X2 interface. command, the local the X2 interface. The combination of eNodeB determines this parameter and whether to NbrEnbPlmnId automatically (PLMN the remove ID theofX2 neighboring interface based on eNodeB) the settinguniquely of this identifies the parameter. neighboring eNodeB around the globe.

NO

YES

No

LOFD-001036 LOFD-001037 LBFD-004014

NO

NO

No

None

NO

NO

No

LOFD-001018 LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001018

NO

YES

No

None

NO

YES

No

NO

NO

No

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

LOFD-001018

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

LOFD-001018 LOFD-001036 LOFD-001037

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

LBFD-002018 LBFD-00201801 LBFD-00201802

NO

YES

No

None

NO

YES

No

LOFD-001036 LOFD-001037

NO

NO

No

LBFD-001001 LBFD-001007

NO

NO

No

None

NO

NO

Yes

None

LOFD-001018 LOFD-001036 LOFD-001037 LBFD-001001 LBFD-001007

Indicates the PLMN ID of the neighboring eNodeB to which the local eNodeB is connected through Indicates status Indicates the the DRX the X2 interface. of the X2 interface. switch. The value ON indicates that DRX is enabled, Indicates whether and the value OFF to enable or disable Indicates the length indicates DRX short DRXthat cycles. of a long DRX cycle is disabled. Short DRX cycles that is applied only Indicates the length reduce the traffic to non-powerof the On Duration delay. savingthat UEsiswhose Timer Indicates thetolength RFSP are appliedindexes only nonof the DRX contained in the power-saving UEs Inactivity Timer RFSP index set.that whose RFSP is appliedare only to Indicates whether indexes non-power-saving to enable or contained in disable the UEs RFSP short DRX RFSPwhose indexcycles set. Indicates the length indexes are for non-powerof a short DRX contained inwhose the saving UEs cycle that is applied RFSP index set. Indicates the length RFSP indexes are only to non-powerof the DRX Short contained in the saving UEs whose Cycle that RFSP Timer index set. is RFSP appliedindexes only to are nonIndicates the contained in the power-saving UEs extended QoS RFSP index set. whose RFSP Class Identifier indexes are (QCI), which is Indicates the contained in the required by the preallocation Indicates the RFSP index set. operatorThe for user weight. service type Indicates the weight weight differentiation. preallocation corresponding to factor used in the of UE is the QCI. theaextended calculation of weight preallocation Indicates the weight connection priorities of services carried factor used in the during uplink on the highestcalculation of scheduling. priority logical connection priorities channel. Ifthe services Indicates uplink during downlink carried on highestminimum scheduling. priority logical guaranteed bit rate Indicates the channels have of the service. downlink different minimum guaranteed preallocationbit rate Indicates the of the service. weights, the UE Indicates priority of the takes the largest prioritized bit rate of related logical value of the Indicates the ID the related logical channel. The UEof preallocation an inter-RAT channel. The UE scheduler weights. The handover policy scheduler guarantees preallocation group. guarantees prioritized bit rates opportunity a prioritized bithas rates of logical channels positive correlation of descending logical channels in order with the in descending order of logical channel preallocation of logicalResources channel priority. weight. When priority. For details, are allocated in of Indicates the ID resources are see 3GPP TS descending order of an RLC/PDCP insufficient, 36.321. logical channel parameter group. Indicates whether preallocation priority after the the extended weights affectQCI the is prioritized rates specific to bit free preallocation of all services are Indicates the ID of users or paid users. opportunities of guaranteed. For the inter-RAT users. details, see 3GPP handover policy TS 36.321. group.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

NO

NO

No

LBFD-002017

YES

YES

No

LOFD-001015 LOFD-00101502

NO

NO

No

LOFD-001015 LOFD-00101502

NO

NO

No

LOFD-001015 LOFD-00101502

NO

NO

No

LOFD-001015 LOFD-00101502

NO

NO

No

LBFD-002025 LOFD-001015

NO

NO

No

LBFD-002025 LOFD-001019 LOFD-001015 LOFD-001020

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

LOFD-001021 LBFD-002025 LOFD-001022 LOFD-001015 LOFD-001023 LOFD-001043 LOFD-001045 LOFD-001044 LBFD-002025 LOFD-001046 LOFD-001015 LOFD-001033 LOFD-001034 LBFD-002025 LOFD-001035 LOFD-001015 LBFD-002001 LOFD-001019 LBFD-002008 LOFD-001020 LOFD-001021 LBFD-002025 LOFD-001022 LOFD-001015 LOFD-001023 LOFD-001043 LOFD-001045 LOFD-001044 LOFD-001046 LOFD-001033 LOFD-001034 LOFD-001035

perform the PS GERAN GPRS PS_HO: Indicates handover to the EDGE cell. Indicates the switch the switch used to UTRAN cell. CCO_HO: Indicates used to enable or enable or disable If this switch is set the switch used to disable theUE single the QCI-specific PS to Off, the enable or disable radio voice call handover to cannot perform the the QCI-specific continuity (SRVCC) CDMA2000 HRPD. PS handover to the Cell Change Order handover to If this switch is set UTRAN cell. (CCO) handover to GERAN GSM. to On, the UE can SRVCC: Indicates Indicates the switch GERAN GPRS If this switch is set perform theused PS or the switch to used to enable EDGE. to On, the UEthe can handover to enable or disable disable QCI-specific If this switch is set perform the SRVCC CDMA2000 HRPD the QCI-specific SRVCC to UE to On, the can handover to 1xRTT. the cell. SRVCC handover CDMA2000 perform the CCO GERAN GSMis If this switch set to UTRAN. If this switch iscell. handover to the If this is set to Off,switch the UE If this switch is set turned on, UEs can GERAN GPRS to Off, the UE cannot perform the to On, the UE can perform SRVCC to EDGE cell. cannot perform the PS handover to the perform the SRVCC CDMA2000 1xRTT If this switch is set SRVCC handover CDMA2000 HRPD handover to the cells. to Off, the UE to the switch GERAN cell. UTRAN cell. is GSM If this cannot perform the cell. OMT_HO: Indicates Indicates whether If this switch is set turned off, UEs Indicates whether CCO handover to the switch used to to permit orUE Off, the cannot perform to prohibit orforbid allow the GERAN GPRS enable or disable the inter-RAT cannot perform the SRVCC to fast Automatic EDGE cell. the QCI-specific handover under the SRVCC handover CDMA2000 1xRTT Neighbor Relation NACC_CCO_HO: OMT handover to QCI. to the UTRAN cell. cells. (ANR) in the group. Indicates theHRPD. switch CDMA2000 This policy is or used to enable If this switch is set reserved for future Indicates the ID of disable the QCIto On, the UE can is use and NACCtherefore the RLC/PDCP specific perform the OMT Indicates the UEnot supported intothe parameter group. CCO handover handover to the specific maximum Indicates the length current release. GERAN GPRS Indicates whether CDMA2000 HRPD number of RLC of the PDCP EDGE. Indicates the to use the cell. ARQ discard timer. If eNodeB-specific acknowledged If this this switch switch is is set set retransmissions, to On, the UE maximum number mode or can to Off, the that is,(AM) the UE perform the NACCof RLC perform ARQ unacknowledged cannot the maximum number CCO handover to retransmissions, mode (UM) at the OMT handover to of AM PDU Indicates UEthe GERAN that is, thetheGPRS RLC layer. the CDMA2000 retransmissions. specific threshold EDGE cell. maximum number HRPD cell. When the number for theswitch data Indicates thevolume If this is set of AM PDU of retransmissions of PDUs toUE trigger eNodeB-specific to Off, the retransmissions. reaches the value polling. When the threshold for the cannot perform the When the number of this parameter, transmitted data data volume of NACC-CCO of retransmissions Indicates the UERRC connection volume the PDUs toreaches trigger handover to value the is reaches the specific threshold reestablishment value of this polling. When the GERAN GPRS of this parameter, for the number of Indicates the initiated. parameter, the transmitted data EDGE cell. RRC connection PDUs to trigger eNodeB-specific polling flag is set in volume reaches the reestablishment polling. When theis threshold for the the PDU header to value of this initiated.of PDUs transmitted number number to trigger polling. parameter, the of PDUs reaches trigger polling. polling flagofisthis set in the value When the the PDU header to parameter, the transmitted number trigger polling. polling flag is set in of PDUs reaches Indicates the length the PDU header to the value of this of the polling PDU trigger polling. parameter, thelength retransmission Indicates the polling flag isUE. set in timer for the of the polling PDU the PDU header Indicate the length retransmission to trigger polling. of thefor UE-specific timer the timer for prohibiting Indicate length eNodeB.the status reporting of the eNodeBfrom thetimer receiver specific for in acknowledged prohibiting status Indicates the length mode. reporting from the of the UE-specific receiver in timer for reordering Indicates the length acknowledged at the of the receiver eNodeB-in mode. acknowledged specific timer for mode. reorderingthe at the Indicates length receiver in of a PDCP acknowledged sequence number mode. of a UL DRB in unacknowledged mode.

NO

NO

No

LOFD-001022 LOFD-001019

NO

NO

No

LOFD-001023

NO

NO

No

LOFD-001020

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

LOFD-001019 LOFD-001021 LOFD-001020 LOFD-001021 LOFD-001021 LOFD-001022 LOFD-001023 LOFD-001043 LOFD-001045 LOFD-001044 LOFD-002001 LOFD-001046 LOFD-002002 LOFD-001033 LOFD-001034 LBFD-002001 LOFD-001035 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

Indicates the length of a UL RLC sequence number in unacknowledged mode. In V100R003C00, if UlRlcSnSize and DlRlcSnSize are set to differentthe values, Indicates length theavalue of of DL RLC DlRlcSnSize sequence number Indicates the length prevails. The RLC is in UM. The length of the UE-specific sequence number permanently 10 bits timer length is reordering Indicates the length in AM.for at the eNodeBreceiver inbits permanently of the Indicates the 10 QoS unacknowledged in acknowledged specific timer for class identifier mode. reordering atevolved the a Indicates whether (QCI) of an receiver in report PDCP status packet system unacknowledged is required upon (EPS) bearer. Indicates the mode. handoverQCIs in Different preallocation acknowledged indicate different weight. The mode. QoS requirements, Indicates the weight weight preallocation such as the packet factor used in of a UE is the the delay budget, calculation of weight preallocation Indicates the weight packet error loss connection priorities of services carried factor used in the rate, and resource during uplink on the highestcalculation of type. For details, scheduling. priority logical connection priorities see Table 6.1.7 in channel. Ifthe services Indicates uplink during TS downlink 3GPP 23.203. carried on highestminimum scheduling. priority logical guaranteed bit rate Indicates the channels have of the service. downlink minimum different guaranteed preallocationbit rate of the service. weights, the Indicates theUE type takes the largest of adaptive MIMO value of the for a multi-antenna Indicates the ID of preallocation Indicates the eNodeB. an inter-RAT priority of The the weights.are The prioritized bit rate of values handover policy related logical preallocation the related logical described as group. channel. The UEof Indicates the ID opportunity has channel. The UEa follows: scheduler an RLC/PDCP Indicates the fixed positive correlation scheduler NO_ADAPTIVE: A guarantees parameter group. MIMO mode for a is with the guarantees fixed MIMO prioritized bitmode rates multi-antenna preallocation prioritized bit used. Thatchannels is,rates of logical Indicates the eNodeB. This weight. When of logical channels transition between in descending order measurement gap parameter is valid resources are in order MIMO modes is not of descending logical channel Indicates the pattern. only whenchannel insufficient, of logical supported. priority. Resources default level of The eNodeB MimoAdaptiveSwitc preallocation priority. For details, OL_ADAPTIVE: are allocated in is Doppler shift that defines the h is set to weights affect see 3GPP TS open-loop adaptive descending order of applied when the measurement gaps NO_ADAPTIVE. preallocation 36.321. MIMO mode. UEs logical channel measurement for UEsare in four There opportunities of report RANK and priority after the switches are turned connected mode. Indicates the uppervalues. users. CQI values but do prioritized bit rates off. During the layer filtering TM2: Transmission not report PMI of all services are measurement coefficient for gaps, mode 2toisthe values guaranteed. Indicates theFor uppera UE measures the RSRP permanently eNodeB. details, see 3GPP layer filtering signal quality ofon the measurements applied to UEs. CL_ADAPTIVE: TS 36.321. coefficient for cells on a specific E-UTRAN. TM3: Transmission closed-loop RSRQ frequency. Indicates the L3 A larger value of mode 3 is adaptive MIMO measurements on There are two gap filtering coefficient this parameter permanently mode. UEs report E-UTRAN. patterns: pattern 1 used fortothe indicates aUEs. stronger applied RANK, CQI, and A larger value of and pattern 2. In measurement smoothing effect TM4: Transmission PMI values to gap the this pattern the quantity inwhether interand parameter higher Indicates mode 4 1, is eNodeB. indicates stronger width is 6 ams and RAT measurements resistance to fast the measurement permanently OC_ADAPTIVE: smoothing effect the repetition period of GERAN. fading, but it may threshold needs to applied to UEs. UEs switch and higher is 40 ms. In pattern A great value of this weaken the tracing be set. TM6: Transmission between the resistance to openfastis 2, the parameter gap width parameter indicates capability towards If this is 6 mode 6 isclosedloop and fading, but it may ms and the a strong smoothing varying signals. set toadaptive CFG, the For permanently loop weaken the tracing repetition period effect a 3GPP high is details,and see SMeasure applied to UEs. MIMO modes capability 80 ms. Fortowards details,to anti-fast-fading TS 36.331. parameter needs automatically. varying For seeset. 3GPP TS a low capability, but be Ifsignals. this details, see 3GPP 36.331. signal change parameter is set to TS 36.331. tracing capability. NOT_CFG, the For details, see SMeasure 3GPP TS 36.331. parameter does not need to be set.

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

NO

NO

No

LBFD-002001 LBFD-002008

YES

YES

No

LOFD-001015 LOFD-00101502

NO

NO

No

LOFD-001015 LOFD-00101502

NO

NO

No

LOFD-001015 LOFD-00101502

NO

NO

No

LBFD-002025 LOFD-001015

NO

NO

No

LBFD-002025 LOFD-001019 LOFD-001015 LOFD-001020

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-001015 LOFD-00101502

NO

NO

No

LOFD-00101502

NO

NO

No

LOFD-001001 LOFD-001003

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-001021 LBFD-002025 LOFD-001022 LOFD-001015 LOFD-001023 LOFD-001043 LOFD-001045 LOFD-001044 LBFD-002025 LOFD-001046 LOFD-001015 LOFD-001033 LOFD-001034 LBFD-002025 LOFD-001035 LOFD-001015

LOFD-001001 LBFD-00201802 LOFD-001003 LOFD-001019 LOFD-001020 LOFD-001021 LOFD-001022 LBFD-00201801 LOFD-001023 LBFD-00201802 LBFD-00201801 LBFD-00201802 LOFD-001020 LBFD-00201801 LOFD-001023 LBFD-00201802 LOFD-001023 LOFD-001019 LOFD-001020 LOFD-001021 LOFD-001022

during which Indicates the Indicates whether evaluations of the measurement mobility-based cell UE medium and threshold. When Indicates the cycle handover high mobility the quality of states the during which measurement in serving cell evaluations of theto parameters is need RRC_CONNECTE higher thanmobility the UE normal be set. D mode are threshold, the UEis state in If this parameter performed. Itthe isto one does need RRC_CONNECTE set tonot CFG, of the key measure the D modesupports are system Indicates the intraparameters frequency, interperformed. Itinis one setting of mobilityhandover number deciding on a UE's frequency, and of the key based handover threshold used in mobility state. If this inter-RAT parameters in measurement the UE medium Indicates the parameter isacells. to neighboring deciding on UE's parameters. Ifset this mobility state handover number a small value, Thus, the power mobility state. Ifinthis parameter isIf set to evaluation. the threshold used switchings among consumption is to parameter set NOT_CFG, the number of is the UE high mobility mobility statesnot may reduced. a small value, system does handovers state evaluation. If be frequent and the switchings among support setting performed the numberduring of of a decision precision mobility may mobility-based period ofstates time handovers Indicates the may be relatively be frequent and the handover specified by the performed during scaling factor for a low. If this decision precision measurement TcrMaxConnMode period of time the time-to-trigger parameter is set to may be relatively parameters. parameter exceeds Indicates the specified by the defined for mediuma large value, Indicates the low. If this the value of this scaling factor for a TcrMaxConnMode mobility UEs. For switchings among filtering coefficient parameter is setUE to parameter, the the time-to-trigger parameter exceeds UE in medium mobility states are for RSCP a large value, is considered to be defined for highthe valuethe of this mobility, time-toIndicates the upperless frequent and measurements on switchings among in medium mobility mobility UEs. For parameter, the UEa trigger used in layer filtering the decision UTRAN. mobility states are state its UE inand high mobility, is considered to be event evaluation coefficient Ec/No precision isfor and A larger value of is less frequent handover-related the time-to-trigger in high mobility multiplied by thison measurements relatively high. this parameter the parameters used in factor, event statedecision and itsareto scaling UTRAN. indicates a stronger precision isis adjusted. evaluation handover-related facilitate triggering A larger value of smoothing effect Indicates the relatively high. multiplied byare this parameters of the handover. this parameter Indicates and higher number ofthe scaling factor, to Indicates adjusted. indicates athe stronger maximum number resistance to fast periodical facilitate triggering measurement smoothing effect of cells but to be fading, it may for measurement of the handover. quantity required and higher included inbe the weaken the tracing reports to sent the inter-RAT resistance to fast measurement capability towards after an inter-RAT handover toit may fading, but Indicates the report after an intervarying signals. For handover event is UTRAN. weaken the tracing interval at which RAT handover details, see 3GPP triggered. It is used The RSCPtowards values capability periodical event is triggered. TS 36.331. to prevent thestable, are relatively varying signals. measurement For details, impact of see For and Ec/No details, see 3GPP reports are sent 3GPP TS 36.331. measurement fluctuates muchfor TS 36.331. after the event report loss and with the network Indicates the to the handover internal processing load. Forat details, interval which GERAN failure onisthe see 3GPP TS periodical triggered. handover. For 23.003. measurement For details, see Indicates the details, see 3GPP Indicates the Due toTS the reports are sent 3GPP 36.331. quantity used to TS 36.331. measurement specification Indicates the in for after the event evaluate the quantity required 3GPP TS of interval at 36.331 which the handover to for triggering condition the inter-RAT Release is9,triggered. the periodical UTRAN for the inter-RAT handover value measurement For details,toseeevent measurement CDMA2000 1xRTT. UTRAN_BOTH now reports are sent 3GPP TS 36.331. Indicates the A1 or A2. The For details, see Indicates the has the same effect after the event for measurement values are RSRP, 3GPP TS 36.331. interval at which as the value the handover to for quantity required RSRQ and BOTH. periodic reports are UTRAN_RSCP and CDMA2000 1xRTT the inter-RAT The measured sent to the eNodeB reserved for later is triggered. handover to are RSRP values after the triggering eNodeB versions. For details, see CDMA2000 HRPD. Indicates the stable, varying Indicates the condition of thelittle 3GPP TS 36.331. For details, see number of with the load, and quantity used to maximum number event for 3GPP TSinter-RAT 36.331. periodical therefore there evaluate of cells tothe be is handover to measurement little signal triggering included incondition the CDMA2000 HRPD reports to be sent fluctuation. The for the intrameasurement is met. after an event for measured RSRQ frequency handover report after an For details, see the intraor intervalues vary with the event. The quantity event the intra3GPP for TS 36.331. frequency handover load and are likely can be RSRP or or inter-frequency within thethe E-UTRAN to reflect signal RSRQ. handover within the is triggered. quality of the The measured E-UTRAN is cell in It is used to prevent real time. By RSRP values are triggered. For the impact of default,varying the 3GPP stable, little details, see measurement reporting quantity with the load, and TS 36.331. report and is for the loss inter-RAT therefore there internal processing handover event is little signal failure the BOTH,on that is, both fluctuation. The handover. RSRP andFor RSRQ. measured RSRQ details, see see 3GPP For details, values vary with the TS 36.331. 3GPP TSare 36.331. load and likely to reflect the signal

LBFD-00201801 LBFD-00201802 LOFD-001019 LOFD-001020 LOFD-001021 LOFD-001022 LOFD-001007 LOFD-001022 LOFD-001008

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-001007 LOFD-001008

NO

NO

No

LOFD-001007 LOFD-001008

NO

NO

No

LOFD-001007

NO

NO

No

LOFD-001007 LOFD-001008

NO

NO

No

LOFD-001007

NO

NO

No

LOFD-001007 LOFD-001008

NO

NO

No

LOFD-001019 LOFD-001022

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

LOFD-001021

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-001021 LOFD-001020 LOFD-001023 LOFD-001021 LOFD-001019 LOFD-001022 LBFD-00201801 LBFD-00201802 LBFD-00201801 LBFD-00201802 LOFD-001032

NO

NO

No

LOFD-001019 LOFD-001022 LOFD-001020 LOFD-001023 LOFD-001020 LOFD-001021 LOFD-001023 LOFD-001019 LOFD-001021 LOFD-001022 LOFD-001019 LOFD-001022 LOFD-001020 LOFD-001043 LOFD-001023 LOFD-001046 LOFD-001046 LOFD-001019 LOFD-001022 LOFD-001019 LOFD-001022 LOFD-001043

LBFD-00201801

included the RSRQ, orinboth. measurement The measured report the interRSRP for values are frequency handover stable, varying little event. quantity with theThe load, and can be RSRP, therefore there is Indicates RSRQ, orthe both. little signal interval atthe which Indicates The measured Indicates the timefluctuation. The periodical quantity used into RSRP values are to-trigger for event measured RSRQ measurement evaluate stable, varying little B1 thatvary isthe used inthe values with Indicates the Indicates the timereports are sent triggering condition with the load, and CS fallback tolikely load and are triggering quantity to-trigger for after an intrafor inter-frequency therefore there is UTRAN. When CS to reflect the signal Indicates the event for frequencyB1 that is used in in frequency handover measurement event Indicates the timelittle signal fallback tothe UTRAN quality of cell interval at which priority-based interCS fallback to event is triggered. A1 or A2. to-trigger for event fluctuation. The is applicable, this real time. Even periodical frequency GERAN. For details, The quantity can be B1, which is used in measured RSRQ parameter issee setCS for when thisWhen measurement measurement event fallback to GERAN 3GPP TS 36.331. RSRP, RSRQ, orthe CS fallback to values vary with UEs and used in parameter is set to reports are sent A1. The quantity is applicable, this both. The measured CDMA2000. When load and are likely the evaluation of BOTH, the eNodeB after an intercan be either RSRP parameter is set Indicates the Ec/No RSRP values arefor CS fallback to to reflect the signal whether tohandover trigger triggers a frequency handover or RSRQ. The UEs and used in threshold for stable, varying little CDMA2000 isevent quality of the cell in event B1. When based the ison triggered. measured RSRP the evaluation of B1, which is used with theofload, and applicable, this real time. detecting that the in setting the For details, see values are stable, whether tothere trigger CS fallback toset therefore parameter is for After an intersignal quality inisat IntraFreqHoA3Trig 3GPP TS 36.331. varying little with Indicates the event B1. When UTRAN. When little signal UEs and used inCS frequency handover least one UTRAN Quan parameter. the load, and triggering quantity detecting that the fallback UTRAN fluctuation. The the evaluation of event is to triggered, cell meets the Indicates the RSCP For details, see therefore there isat for frequencysignal quality in is applicable, this measured RSRQ whether to trigger the default reporting entering condition, threshold for event 3GPP TS 36.331. little signal priorityand loadleast one GERAN parameter is set for values vary with event B1. quantity isWhen BOTH, the UE does not the B1, which is used in fluctuation. The based intercell meets the UEs and used in load are likely Indicates the local detecting that the thatfallback is,a both RSRP send CS to measured RSRQ frequency handover entering condition, the to reflect the signal ID ofevaluation the cell. It CS signal quality in at and RSRQ. For measurement UTRAN. When values vary with the event A4. the UE does not about whether to quality of the cell ina uniquely identifies least one details, see 3GPP report totothe fallback UTRAN load and are likely send a trigger event B1. real time. For cell within a BS. CDMA2000 cell TSapplicable, 36.331. eNodeB is this to reflect the signal measurement This parameter details, see meets the entering immediately. parameter is3GPP set for quality of the cell in report to the indicates the Ec/No TS 36.331. condition, theUE UE Instead, the UEs and used in real time. For eNodeB requirement foraonly the does not send sends a report the evaluation details, see 3GPP immediately. UTRAN cells to measurement when the signaltobe about whether TS 36.331. Instead, the UE included in the report the qualityto continuously trigger event B1. sends a report only measurement eNodeB Indicates RSSI meets thethe entering This parameter Indicates the when the signal report. A UE sends immediately. threshold for event condition the during the indicates RSCP Indicates the pilot emergency call quality a measurement Instead, UE B1 thatcontinuously isthe used in time-to-trigger. requirement forThis the strength threshold barring status ofonly meets the entering report related to sends a report CS fallback toto parameter helps UTRAN cells be related to event access class 10, condition during the event B1 in the B1, when the signal GERAN. Ato UE decrease the included the which is used in CS indicating whether time-to-trigger. This eNodeB when the quality sends numberacontinuously of measurement fallback toatentering UEs ofin class parameter helps Ec/No least meets the measurement occasionally report. Aaccess UE sends CDMA2000. A UE 10 can initiate decrease the one UTRAN cell condition during report related to triggered event the a measurement sends a emergency number of exceeds this time-to-trigger. event B1 to calls. the reports,related the report toThis measurement If this parameter occasionally threshold and parameter helps eNodeB theis average number of event B1when to theother report related to set to triggered event triggering reduce number RSSI inthe at least one handovers, andthe the eNodeB when event B1the toare themet. BOOLEAN_TRUE, reports, conditions of occasionally GERAN cell number RSCP inof atwrong least eNodeB when theof UEs of access average number For a cell with large triggered event exceeds this handovers, and one UTRAN cell Indicates the local pilot strength in at classes 0 to 9 or handovers, and the signal fading reports, the threshold and other thus prevent exceeds this ID of helps the cell. ItIMSIs least one those without number of wrong variance, set this average number ofa triggering unnecessary threshold and other uniquely identifies CDMA2000 cell cannot initiate handovers, parameter toand amet. handovers, and the conditions are Indicates whether handovers. For triggering cell within aprevent BS. If exceeds emergency calls. thus helps large value to number ofthis wrong For details, see to configure themet. details, see 3GPP conditions are threshold and other this parameter is unnecessary prevent handovers, and 3GPP TS 36.331. access barring TS 36.331. For details, see triggering set to handovers. For unnecessary hence helps information. Indicates the 3GPP TS 36.331. conditions met. BOOLEAN_FALSE, details, seeare 3GPP handovers. For a prevent probability access whether Indicates the For details, see UEs of access TS 36.331. cell with small unnecessary factor for mobileto configure the mobile-originated 3GPP TS 36.331. classes 0 to 9 and signal fading handovers. For originated calls. A access barring call barring status those without IMSIs variance, set this details, see 3GPP mobile-originated Indicates the information for of access class can initiate parameter to a 11, TS 36.331. call is granted mobile-originated mobile-originated indicating whether emergency calls. small value to access if thestatus call barring calls. UEs ofinaccess A UE access ensure that theclass random number of access class 12, Indicates the 11 can initiate classes 11is to 15 handover generated by the indicating whether average access mobile-originated cannot initiate performed in time. UE isofless than this UEs access class barring duration for calls. emergency calls For details, see access probability 12 can initiate mobile-originated If this parameter is only when its 3GPP TS 36.331. factor; otherwise, mobile-originated calls. set to access class and the access request calls. BOOLEAN_TRUE, access class 10 are is rejected. If this parameter is UEs of access class both barred. If its set to 11 cannot initiate access class or BOOLEAN_TRUE, mobile-originated access class 10class is UEs ofIf access calls. this not barred, 12 cannot initiate parameter iscalls set to emergency mobile-originated BOOLEAN_FALSE, initiated by the UE calls. this UEs ofIf access class are granted parameter isaccess. set to 11 can initiate BOOLEAN_FALSE, mobile-originated UEs calls.of access class

NO

NO

No

LBFD-00201801

NO

NO

No

LBFD-00201801 LOFD-001032

NO

NO

No

LBFD-00201802 LOFD-001032

NO

NO

No

LBFD-00201802 LOFD-001032

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

NO

NO

No

LBFD-00201802

YES

YES

No

LBFD-001001

NO

NO

No

LOFD-001033

NO

NO

No

LOFD-001034

NO

NO

No

LOFD-001035

NO

NO

No

LOFD-001033

NO

NO

No

LOFD-001033

NO

NO

No

LOFD-001034

NO

NO

No

LOFD-001035

YES

YES

No

LBFD-001001

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-002028

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

Indicates of access the class 13, mobile-originated indicating whether call barring status UEs of access class Indicates the of access class 14, 13 can initiate mobile-originated indicating whether mobile-originated call barring status UEs of access class calls. of access class 15, 14 can initiate If this parameter is indicating whether mobile-originated set to UEs of access class calls. BOOLEAN_TRUE, 15this canparameter initiate is If UEs of access class mobile-originated set to 13 cannot initiate calls. BOOLEAN_TRUE, mobile-originated If thisofparameter is UEs class calls. If access this set to 14 cannotthe initiate Indicates parameter is set to BOOLEAN_TRUE, Indicates whether mobile-originated access probability BOOLEAN_FALSE, Indicates the class UEs of access to configure the calls. this factor signaling. UEs ofIffor access class signaling barring 15 cannot initiate access barring parameter is seta to Signaling from UE 13 can initiate status of access mobile-originated information for BOOLEAN_FALSE, is granted access Indicates the mobile-originated class 11,this indicatingif calls. If signaling. UEs of access class the random number signaling barring calls. whether the of parameter isUEs set to 14 can initiate generated by the status of access access class 11 can BOOLEAN_FALSE, Indicates the mobile-originated UE is 12, lessindicating than this class initiate UEs of signaling access class average access signaling barring calls. access probability whether the UEs of access. 15 can initiate barring duration for status of access factor; otherwise, access class 12 If this 13, parameter is Indicates the Indicates whether mobile-originated signaling. class indicating the access request can initiate set to signaling barring the cell is reserved calls. whether the UEs of is rejected. signaling access. BOOLEAN_TRUE, status ofclass access for future extension. access If this parameter is Indicates the 13class UEs ofcell access class 14, indicating If the is can initiate set to signaling barring 11 cannotUEs initiate whether of a reserved, whether signaling access. BOOLEAN_TRUE, status ofclass access signaling access. access 14 UE can accessclass the If this parameter isIf UEs of15, access class indicating this parameter is can initiate cell depends on the set to UEs 12 cannot initiate whether of set to class signaling access. access of the BOOLEAN_TRUE, signaling access. access class 15 isIf BOOLEAN_FALSE, If this parameter UE and its serving UEs of access class this parameter is can initiate UEs of access class set to PLMN. Details are 13 cannot initiate set to initiate signaling access. 11 can BOOLEAN_TRUE, described as signaling access. BOOLEAN_FALSE, If thisofparameter isIf signaling access. UEs access class follows: (1) A UE of this parameter is UEs class set toof access 14 cannot initiate access class 11 or set to initiate 12 can BOOLEAN_TRUE, signaling access. If Indicates whether 15 treats the cell as BOOLEAN_FALSE, Indicates the local signaling access. UEs of access class this parameter is the cell is barred. If a candidate when UEs of access ID of the cell. Itclass 15 cannot initiate set to the cell isidentifies barred, the UE initiate is served by 13 can uniquely Indicates whether signaling access. Ifa BOOLEAN_FALSE, the UE cannot its HPLMN or signaling access. cell within a BS. the cell can initiate this parameter is UEs ofon access camp the EHPLMN; (2) Aclass UE the intra-frequency set to 14 can initiate serving cell. During of access class Indicates whether cell reselection 11 BOOLEAN_FALSE, signaling cell reselection, the or 15 treats the cell the cell is access. reserved when cell isclass UEs ofthe access serving cell is not as aoperator barred cell for use. barred. 15 can initiate selected when it isas nota PLMN If this parameter is NOT_ALLOWED Indicates the signaling access. candidate cell. served set to by means thatits the UE broadcast mode of HPLMN or setting CELL_RESERVED cannot the the cell.initiate The EHPLMN; (3) UE _FOR_OP, theAcell intra-frequency cell of this parameter of access classes is reserved for reselection, and determines in which 0-9 and 12-14 operator use. UEs ALLOWED means sequence the Indicates the period treats the as ain of AC11 orcell AC15 that the UE can PLMNs are of changing the barred cell. In their HPLMN or initiate the intrabroadcast overthis the PLMN broadcast version, the EHPLMN can frequency celllocal Indicates the air interface. sequence. Indicates the parameter stillcell consider reselection. ID of the this cell. It ofas Indicates the ID percentage of RBs supports setting a candidate cell fora uniquely identifies the tracking area occupied by the synchronization cell selection or within a belongs BS. that the cell Indicates the operator on the between theof M2000 reselection. UEs to. Operators of aof percentage RBs PUSCH when RAN and the eNodeB, AC11 or AC15 cell use is the same occupied by the sharing enabled but is notheir longer outside tracking area ID for operator on the at theinternally. eNodeB. used HPLMN/EHPLMN the cell. PDSCH when RAN When the data Avoid using this and UEs AC0sharing isofenabled volume is parameter as it will 9/AC12-14 consider at the eNodeB. sufficiently large, be removed from this cell as a barred When the data of the percentage the later cell during cell volume isversions. RBs occupied by selection or sufficiently large, each operator will reselection. the percentage of Indicates the local reach the preset If thisoccupied parameter is RBs by ID of the cell. It value. Modifications set to each will a uniquely identifies on thisoperator parameter CELL_NOT_RESE reach the preset cell within a BS. affect operators' RVED_FOR_OP, value. Modifications percentages the cell is notof on this parameter RBs. reserved for affect operators' operator use. All percentages of UEs can consider RBs. this cell as a candidate cell for

NO

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LBFD-001001 LBFD-002009

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LBFD-001001 LBFD-002009

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LBFD-001001 LBFD-002009

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LBFD-001001 LBFD-002009

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LBFD-001001 LBFD-002009

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LBFD-001001 LBFD-002009

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LBFD-001001 LBFD-002009

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LBFD-001001 LBFD-002009

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LBFD-001001 LBFD-002009

NO

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LBFD-001001 LBFD-002009

NO

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LBFD-001001 LBFD-002009

YES

YES

No

LBFD-001001

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LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001

cycle. Thistransiting parameter must be frequently parameter is oneofof set onhigh the or basis from Indicates the the key slowparameters fading medium mobility to threshold for aofUE in deciding the characteristic the normal mobility. to enter the mobility. Themedium lower area covered byisthe This parameter mobility state. the cell.parameter That is, theis, one of the key Based on the higher transiting greater thethe slow parameters in number ofthe sensitivity itcell isUE foris, Indicates the fading variance deciding reselections, this the UE. However, threshold for a UE largerThe the value mobility. Indicates whether parameter ishigh one of the accuracy of the to enter the of the hysteresis greater the to set the the keybe. parameters UE mobility mobility state. should A larger parameter is, the parameters related in determining the deciding isthe lower. Based onthe value ofaccuracy higher it is to speed-dependent Indicates the mobility state of the The lower the number of cell hysteresis results in for the deciding of cell reselection. measurement UE. During the UE transiting sensitivity reselections, this a bigger boundary UE transiting from Indicates the triggering threshold mobility evaluation, is, theorserving higher parameter is one of the cellof high medium scaling factor for the reselection ifapplied the number of for accuracy is for the parameters andkey a higher mobility toitQhyst normal to of the interreselections deciding the UE in determining the probability ofis cell mobility. However, medium-mobility frequency/inter-RAT above or equal Indicates the mobility. mobility state ofto the reselection to the transiting UEs. This factor Indicates whether cell. The step is 2. the value of this scaling factor When the UE. During the UE neighboring cells. sensitivity is the lower. indicates the to configure When the parameter and applied to Qhyst for is set to mobility evaluation, DB0_Q_HYST When the transiting additional measurement reselection priority below than the high-mobility UEs. S30_T_EVALULATI ifsensitivity the number of cell means 0dB of is higher, hysteresis applied triggering threshold is higher than value of UE This factor indicates ON, the mobility reselections isthe hysteresis. the deciding to Qhyst. of the interserving frequency NCellChangeHigh, the additional deciding cycle isto above or equal DB1_Q_HYST accuracy is lower. For example, the frequency/inter-RAT of the interthe UE enters the hysteresis applied 30s. When the the value of this means 1dB of When the value cell reselection. frequency/intermedium mobility to Qhyst. parameter, the hysteresis. parameter is setUE to DB_6_Q_HYST_SF When theUE RAT, the always state. For example, the Indicates S60_T_EVALULATI enters thethe high S30_T_HYST_NOR _MEDIUM indicates parameter ismobility setin triggers the A smaller value ofto value threshold used ON, UE mobility state. MAL, the estimating -6 dBthe additional CFG, the measurement. this parameter DB_6_Q_HYST_SF the evaluation deciding cycle isto A smaller value of time for the UEfor hysteresis applied measurement If the reselection results in a higher _HIGH indicates -6 reselection to a 60s, and so on. this parameter Indicates the transit to for normal to Qhyst triggering threshold priority ofisathe interprobability of a UE dB additional neighboring cell on results in higher reselection priority mobility 30s. medium-mobility of the interfrequency is entering hysteresis applied a lower-priority Eprobability ofless a UE of theand cells When thethe UEs, frequency/inter-RAT than or equal to medium mobility to Qhyst for highUTRAN or interentering the high assigned with thethe parameter is set to DB_4_Q_HYST_SF cell reselection is serving frequency state. A larger value mobility UEs, and RAT frequency. Aas state. A same frequency S60_T_HYST_NOR _MEDIUM indicates configured. When or when the of this parameter DB_4_Q_HYST_SF UE can reselect to larger value of this the serving one. 0 MAL, the estimating -4 dB additional the parameter is set reselection priority leads to a lower _HIGH indicates -4 such a neighboring parameter leads to indicates the lowest time for the UE to hysteresis. to NOT_CFG, the of the inter-RAT is probability. dB additional cell if no intraIndicates whether a lower probability. priority. The value transit to normal measurement less than hysteresis. frequency to configure theand of this parameter mobility isthe 60s, Indicates whether triggering threshold serving frequency, neighboring cell maximum TX power must determined so on.be Indicates thethe to configure of the the UEinterdoes not meets the of the UE in the together with the minimum required measurement frequency/inter-RAT trigger theofinterreselection criteria intra-frequency priorities other RX level for the is triggering threshold cell reselection frequency/inter-RAT and no higherneighboring cell. frequencies during intra-frequency of the intranot configured. measurement when priority neighboring When the the network Indicates the neighboring Efrequency cell the signal quality of cell meets the parameter is set planning.cell. Cells ofto maximum TX power UTRAN reselection. the serving cell is conditions for CFG, the maximum Indicates the cell different RATs of the UE in the When the higher than this reselection. TX power of the measurement reselection duration cannot have cell. If this parameter is set UE to parameter, and is configured. When triggering threshold of the E-UTRAN. same reselection parameter is not CFG, the triggers the interthe parameter is for reselection to set When the priority. included insignal the measurement frequency/inter-RAT to NOT_CFG, the intra-frequency quality of the new SIB3, the UE uses triggering threshold measurement when maximum TXthan power cells. step is 2 cell is The better thethe maximum TX of intrathe signal quality of the UE is not dB. the serving cell allof power. frequency cell the serving cell isUE configured. The UE starts intrathe time and reselection isthe Indicates the lower than this frequency stays in the When current configured. measurement Indicates whether parameter. measurements serving cell for isonly the parameter set bandwidth for to set than the signal when the more 1s, the to NOT_CFG, the neighboring cells. measurement quality in the cell UE isparameter initiating measurement This is bandwidth. serving cell isislower reselection triggering optional. Ifthreshold itrequest not than orintraequal toThe the to the new cell. of the set, the default value of this smaller the frequency cell value of this Indicates the parameter. parameter is, the reselection not parameter isisused, scaling factor Indicates whether easier the cell configured. which is the DL applied to to set the the speedreselection from Indicates bandwidth of the the TReselEutra for dependent scaling serving cell is scaling factor serving cell. medium-mobility parameters forthe cell triggered, and applied to actual UEs. The cell reselection within Emore possibly that TReselEutran for reselection time for UTRAN. the pingpong UEs. high-mobility medium-mobility reselection occurs. The UEs actual within cell EThe bigger the reselection time for UTRAN is equal to parameter is, UEs the high-mobility TReselEutra more difficult within E-UTRAN multiplied by the is cell reselection from equal to TReselEutranSfMe the serving cell is TReselEutran dium. triggered, by and the multiplied less possibly that TReselEutranSfHig the pingpong h. reselection occurs.

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LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803

the neighboring cells are sharing Indicates whether theintra-frequency same MBSFN all subframe cells neighboring 01: are Indicates configurednowith MBSFN subframes at least two are present in all antenna ports. Set neighbour cellsto this parameter 10: Indicates the TRUE if all intraMBSFN subframe frequency Indicates the allocations all neighboringofcells network neighbour cells are are configured with synchronization Indicates the local identical to or at least two status. If this ID of the cell. It subsets that intoa Indicates whether antenna ports. parameter is setSet uniquelyof identifies the serving on to the whether thisset parameter BOOLEAN_TRUE, cell within acell BS.to Indicates this frequency CDMA2000 system FALSE if one intrathe E-UTRAN and to set the search 11: neighboring time information. frequency the The CDMA2000 window size. If this cells of TDD For details, see neighboring cell RAN arethe is parameter set is to serving cell have 3GPP TS 36.331. configured with synchronized CFG, the cell is only different uplink one antenna port. without drifts. If and this configured with theof Indicates the size Indicates whether downlink allocation parameter is set search window. Ifto the CDMA2000 Indicates to set the whether For details, seeis set BOOLEAN_FALSE, the parameter search window, and to set the HRPD parameters related 3GPP TS 36.331. the E-UTRAN and to NOT_CFG, can bereselection used Indicates whether parameters. Iftothe thisto to cell the CDMA2000 cell is not assist in searching pre-registration parameter isHRPD. setwith to CDMA2000 RAN are not configured with for the neighboring CDMA2000 HRPD CFG, the cell is the If the parameter is synchronized. For search window. For pilots. For details, is allowed when the Indicates the configured with set to CFG, the the cell details, see 3GPP details, see 3GPP see 3GPP TS UE does not have a duration used in HRPD parameters. is configured withcell TS 36.331. TS 36.331. 36.331. valid prereselection to is If the parameter the parameters Indicates theHRPD. registration. IfID theof CDMA2000 set to NOT_CFG, related to cell the pre-registration Indicates whether parameter istoset to The UE isinitiates the cell not reselection CDMA2000 HRPD secondary preBOOLEAN_TRUE, reselection to a the configured with CDMA2000 HRPD. zone. This registration zone ID the UE is allowed CDMA2000 HRPD HRPD parameters. If the parameter isto parameter is used 0 needs to be set. perform the precell when all the set to NOT_CFG, to control the The valueconditions CFG registration. Ifrethe following the cell is not registration of theto indicates that parameter is set are met: (1) The Indicates whether configured with only the UE and is valid secondary preBOOLEAN_FALSE, signal quality in the secondary preparameters related when registration zone ID the UEpreis not Indicates secondary serving cell is registration zone ID to cell reselection to registration is 0 exists, and the allowed to perform pre-registration continuously lower 1 needs to be set. CDMA2000 HRPD. allowed. For details, value NOT_CFG the zone ID 0. CFG It is used than its low-priority Thepre-registration. value see 3GPPthat TS indicates For details, see to control the rereselection indicates that 36.331. secondary pre3GPP TS 36.331. registration of thethe threshold during secondary preIndicates whether registration zone ID Indicates the UE. For details, see time; (2) The signal registration zone ID to set the speedIndicates secondary 0 does not exist. scaling factor 3GPP TS 36.331. quality in the 1 exists, and the dependent scaling pre-registration For details, applied to see CDMA2000 HRPD value NOT_CFG parameters zone ID 1.the Itrelated is used Indicates 3GPP TS 36.331. TReselCdmaHrpd cell is continuously indicates that to cell reselection control the scaling factor re- to for high-mobility higher thanpreits lowsecondary CDMA2000 HRPD. registration of the applied to actual UEs. The cell priority reselection registration zone ID If this parameter is UE. For details, see TReselCdmaHrpd reselection time for threshold during the 1 does not exist. set to CFG, the 3GPP TS 36.331. for medium-mobility high-mobility UEs to time; and (3)see The For details, system supports UEs. The actual cell CDMA2000 HRPD UE camps on the 3GPP TS whether 36.331. the speedIndicates reselection time for Indicates whether is equalserving to scaling current cell dependent registration medium-mobility the parameters TReselCdmaHrpd for more than 1s. A parameters. If this parameters need UEs to CDMA2000 applicable only forto multiplied by larger value of this parameter is set to be set for CSwith HRPD is equal to interworking TReselCdmaHrpdSf parameter NOT_CFG, the fallback to indicates TReselCdmaHrpd CDMA2000 1xRTT High. a higherdoes probability system not CDMA2000 1xRTT. multiplied need to beby set. If The value of initiating cell support the speedIf this parameter is TReselCdmaHrpdSf this parameter is T_RESEL_SF_0DO reselection but acell dependent scaling set to CFG, the Medium. set tomeans CFG, cell T25 athe higher probability parameters. For of needs to be The value needs tofactor be of scaling ping-pong details, seewith 3GPP configured the T_RESEL_SF_0DO configured with 0.25, reselection. A the TS 36.331. registration T25 means a 1xRTT parameters. T_RESEL_SF_0DO smaller value parameters forofCS scaling factor If this parameter is T5 means 0.5, and indicates athe lower Indicates fallback to 0.25, set to NOT_CFG, so on. For details, probability of1xRTT CDMA2000 CDMA2000 1xRTT. T_RESEL_SF_0DO the cell does not see 3GPP TS initiating cell system ID. For If this parameter is T5 means 0.5, and need to be Indicates the 36.331. reselection but a details, see 3GPP set to NOT_CFG, so on. For details, configured with the CDMA2000 1xRTT lower probability TS 36.331. the cell does not of see 3GPP TS 1xRTT parameters. network ID. For ping-pong need to see be 3GPP 36.331. details, reselection. For the configured with TS 36.331. details, see 3GPP registration TS 36.331. for CS parameters fallback to CDMA2000 1xRTT.

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LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LOFD-001035

Indicates the 1xRTT-specific multiple system ID Indicates storage isthe allowed. 1xRTT-specific For details, see multiple 3GPP TSnetwork 36.331.ID Indicates storage isthe allowed. 1xRTT-specific For details, see home registration 3GPP TS the 36.331. is Indicates allowed. For details, 1xRTT-specific see 3GPP TS SID roamer registration 36.331. Indicates is allowed.the For 1xRTT-specific NID details, see 3GPP roamer registration Indicates the TS 36.331. is allowed. For 1xRTT-specific details, see 3GPP parameter-change Indicates theis TS 36.331. registration 1xRTT-specific allowed. For details, power-up see 3GPP TS registration is 36.331. Indicates the details, allowed. For 1xRTT-specific see 3GPP TS registration period. 36.331. Indicates thesee For details, 1xRTT-specific 3GPP TS the 36.331. Indicates registration zone. 1xRTT-specific For details, see Indicates whether number of36.331. 3GPP TS the 1xRTT-specific registration zones long codewhether state the length Indicates to be retained. needs to be set.For of the 1xRTTthe parameters details, see 3GPP When this specific zone timer. applicable only for TS 36.331. parameter issee settoto For details, cell reselection CFG, needs 3GPPthe TS cell 36.331. CDMA2000 1xRTT to be configured need to bethe set. If Indicates with the long code this parameter is 1xRTT-specific long Indicates the cell state. When this Indicates whether set to CFG, the cell code state. For reselection parameter isduration set to speed-dependent needs to be details, seecell 3GPP of GERAN NOT_CFG, the cell scaling parameters configured with the TS 36.331. reselection. When does not need to be need to be set for parameters related Indicates the the signal quality of configured with to the cell reselection to cell reselection to duration used iniscell the serving cell long code state. CDMA2000 1xRTT. reselection to low lower When the the If this than parameter is CDMA2000 1xRTT. priority reselection parameter issee set to set to NOT_CFG, Indicates the For details, threshold all the CFG, the system the cell does not scaling factor 3GPP TS 36.331. time and the signal supports the need to be applicable to speedcell of the new cell is dependent scaling configured with reselection of the Indicates the higher than the low parameters. When parameters related medium-mobility scaling factor priority reselection the parameter is to celltoreselection to UEs CDMA2000 applicable to the cell set threshold all to NOT_CFG, the CDMA2000 1xRTT. 1xRTT. For details, reselection of highIndicates whether time, and the not UE system does Indicates the see 3GPP TSto mobility UEs to set the speedstays in the current support the speedIndicates the local scaling factor 36.331. CDMA2000 1xRTT. dependent scaling serving cell for dependent scaling ID of the cell. It applied to For details, see parameters related more thanidentifies 1s, thena parameters. uniquely TReselGeran for 3GPP TS 36.331. to cell reselection to the UE is the initiating Indicates cell within a BS. medium-mobility GERAN. cell reselection scaling factor UEs. actual cell If this The parameter is request to the new applied to reselection time for set to CFG, the cell. The lowerfor the TReselGeran medium-mobility system supports parameter is, the high-mobility UEs. UEs to GERAN is the speedeasier it is for The actual cellthe equal to dependent scaling UE to initiate cellfor reselection time TReselGeran parameters. IfUEs this to reselection. high-mobility multiplied by parameter is set to However, PingGERAN isthe equal to TReselGeranSfMed NOT_CFG, the Pong reselection TReselGeran ium. system does probability is not multiplied by The value support the speedincreased. The TReselGeranSfHigh T_RESEL_SF_0DO dependent scaling the a .higher Themeans value T25 parameters. parameter is, the T_RESEL_SF_0DO scaling factor of harder it is for T25 means a the 0.25, UE to initiate scaling factor cell of T_RESEL_SF_0DO reselection. The 0.25, T5 means 0.5, and Ping-Pong T_RESEL_SF_0DO so on.

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No

LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LBFD-001001 LOFD-001035 LBFD-002009 LBFD-00201803 LOFD-001035 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002018 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002018 LBFD-002009 LBFD-00201803 LBFD-002018

time and the signal of the new cell is higher than the low priority reselection threshold all the Indicates time, and whether the UE Indicates the to set thethe speedstays in current Indicates the local scaling factor dependent scaling serving cell for ID of the cell. It applied to parameters related more thanidentifies 1s, thena uniquely TReselUtran for to cell reselection to the UE is the initiating Indicates cell within a BS. medium-mobility UTRAN. cell reselection scaling factor UEs. actual cell If this The parameter is request to the new applied to reselection time for set to CFG, the cell. The lower TReselUtran forthe medium-mobility system supports parameter is, the high-mobility UEs. UEs to UTRAN is the easier it is for Thespeedactual cellthe equal to dependent scaling UE to initiate cellfor reselection time TReselUtran parameters. IfUEs this to reselection. high-mobility multiplied by parameter is set to However, the PingUTRAN isthe equal to Indicates offset TReselUtranSfMedi NOT_CFG, the Pong TReselUtran to the reselection minimum RX um. system does not probability isThis multiplied by signal level. The value support the speedIndicates the local increased. The TReselUtranSfHigh. value is also used T_RESEL_SF_0DO Indicates the dependent scaling ID of the cell. It for higher therequired The in thevalue evaluation T25 means a minimum parameters. uniquely identifies parameter is, the T_RESEL_SF_0DO cell selection. This a scaling factor of RX signal level cell within a BS. harder is is for T25 a the parameter 0.25,means used initthe UE to initiate scaling factor of considered only T_RESEL_SF_0DO evaluation forcell cell reselection. Theand 0.25, when the cell T5 means 0.5, selection. For Ping-Pong T_RESEL_SF_0DO selection is 3GPP so on. see details, reselection T5 means 0.5, and triggered by TS 36.304. Indicates the local probability, so on. searches periodic ID the cell. however, is It for of higher-priority uniquely identifies Indicates whether reduced.and PLMNs the UEa cell withinby a BS. the mapping is served afrom Indicates SIBs to Public SIthe Land Visited transmission messages is period Mobile Network for system enabled. (VPLMN) the cell. For Indicates information block details, see 3GPP transmission type 2 (SIB2).period For TS 36.304. for system details, see 3GPP Indicates the information TS 36.331. block transmission type 3 (SIB3).period For for system details, see 3GPP Indicates the information TS 36.331. block transmission type 4 (SIB4).period For for system details, see 3GPP Indicates the information TS 36.331. block transmission type 5 (SIB5).period For for system details, see 3GPP Indicates the information TS 36.331. block transmission type 6 (SIB6).period For for system details, see 3GPP Indicates the information TS 36.331. block transmission type 7 (SIB7).period For for system details, see 3GPP information TS 36.331. block type 8 (SIB8). For Indicates the local details, see 3GPP ID of the cell. It Indicates the TS 36.331. Indicates the targeta uniquely identifies compensation UE power cell transmit within a BS. factor for path loss. for the PUCCH It is used in UL Indicates the target expected by the power control. For UE transmit power eNodeB on 3GPP details, see for the PUSCH condition that TS 36.213. expected normal by the eNodeB on can demodulation condition that Indicates the Delta be performed. For normal value details, see 3GPP demodulation corresponding to TS 36.213. can Indicates the Delta be performed. For PUCCH format 1. value details, see see 3GPP For details, corresponding to TS 36.213. 3GPP TS 36.213. PUCCH format 1b. For details, see 3GPP TS 36.213.

YES

YES

No

LBFD-001001

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

NO

NO

No

NO

NO

No

YES

YES

No

LBFD-001001

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

YES

YES

No

LBFD-001001

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002018 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002018 LBFD-002009 LBFD-00201803 LBFD-002018 LBFD-001001 LBFD-001001 LBFD-002009 LBFD-00201803 LBFD-001001 LBFD-002009 LBFD-00201803

LBFD-001001 LBFD-002009 LBFD-002026 LBFD-001001 LBFD-002009 LBFD-002026 LBFD-001001 LBFD-002009 LBFD-002026 LBFD-001001 LBFD-002009 LBFD-002026 LBFD-001001 LBFD-002009 LBFD-002026

Indicates the Delta value corresponding to Indicates the Delta PUCCH format 2. value For details, see corresponding to 3GPP TS the 36.213. length Indicates Delta PUCCH format 2a. Indicates the timer of timer 310. For value Indicates thesee timer For details, Indicates the3GPP value of Timer 301. details, see corresponding to value of Timer 300. 3GPP TS 36.213. preamble Delta For details, see TS 36.331. PUCCH format For details, see 2b. value 3GPP TS This timer issee started For details, 3GPP TS 36.331. 36.331. corresponding to This timer is when the 3GPP TS UE 36.213. This timer is started started message 3. The when the UE sends detects any at when the UEfault sends Indicates the local step is 2. For RRCConnectionRe the physical layer. RRCConnectionRe ID of thesee cell. It details, estabilshmentRequ The timer is 3GPP quest. uniquely identifies a TS 36.213. est. stopped ifthe thetimer UE Before the Indicates cell within atimer BS. Before the timer detects the expires, it is of 311. value ofone Timer expires. itifbefore is following stopped the UEthe For details, see stopped UE timer expires: receives 3GPP TSif the (1) receives either The physical-layer RRCConnectionSet 36.331.This timer is RRCConnectionRe fault up oris rectified; started when the(2) establishment or A handover RRCConnectionRej UE sends anisRRC RRCConnectionRe triggered; (3) The ect. Connection establishmentRejec UE an RRC Afterinitiates the timer Reestabilshment t. The timer is also connection expires, the UE Request message. Indicates the name stopped if the reestablishment directly enters the Before thethe timer Indicates of the cell. The selected cell procedure. RRC_IDLE state. expires, it is maximum number name is aan string of becomes After the iftimer stopped the UE ofmaximum successive a of"in 99 unsuitable cell. expires, the UE Indicates the selects an Esync" indications characters. The After the timer enters the maximum number UTRAN cell orbe interreceived from L1. string cannot all expires, the UE RRC_IDLE mode if of successive "out RATcharacters cell. whether Indicates null or enters the Indicates the UL the security mode of sync" indications After the timer Indicates the local the cell is a Closed contain any of the is RRC_IDLE state. cyclic prefix length not activated. the received from expires, the UE ID of the cell. ItIfL1. Subscriber Group following of a cell. A cyclic security mode is enters the uniquely identifies a (CSG) cell. A CSG characters: double Indicates the length prefix can be aUE activated, the RRC_IDLE state. within a BS. cell has restrictions quotation marks ("), of the DLan cyclic common or initiates RRCIt on UEofaccess. commas (,), prefix a cell. A DL extended cyclic connection broadcasts a(;), semicolons cyclic prefix can be prefix. An extended reestablishment Indicates the(=), ID of specific CSG equal signs a common orisID in cyclic prefixto procedure. the sector which the system single quotation extended cyclicin a generally used the cell('), belongs. information block marks three prefix. An extended complex (SIB) and only consecutive plus cyclic prefix is environment with a those UEs of the signs (+++), two generally used inora strong multi-path group can access more consecutive complex effect andcell. longThe the CSG blanks, and two or environment with delay. In a cell, thea value more consecutive strong multi-path UL cyclic prefix BOOLEAN_FALSE percentage signs effect and long Indicates the length canthat beUL indicates the (%). delay. In a cell, the EARFCNfrom of the cell. Indicates the different the cell is not a CSG UL cyclic prefix It is optional, frequency band of DL one. In addition, cell, and thebe value length can depending on the the cell. For details, UL or DL cyclic BOOLEAN_TRUE Indicates the of UL different from the setting of3GPP see the TS prefix length a indicates that the Indicates whether bandwidth of the DL one. In addition, EARFCN 36.104. cell is must be the cell a CSG cell. to configure UL cell, which isthe based the UL orthat DL cyclic configuration same as of the EARFCN of the cell. on the number of prefix length of a indicator cell using the same RBs. IfFor it is set cell must be theto If (UlEarfcnCfgInd). LBBP. details, CELL_BW_N25, same as that of the the value of this see 3GPPthe TSDL Indicates the UL bandwidth of cell using the same parameter is not 36.211. bandwidth ofthe thecell. EARFCN of the cell is 25 RBs. If LBBP. For details, specified, the cell. It istobased For details, see on the itdefault is set see 3GPP TS UL EARFCN the number of RBs. 3GPP TSwhich 36.104. CELL_BW_N50, 36.211. is used, is If this parameter isof the UL bandwidth calculated based on set the to cell is 50 RBs. DL EARFCN. CELL_BW_N25, The mapping For details, see the bandwidthvalue of between 3GPP TSthe 36.104. the cell is 25 RBs. of this parameter If itand is set the to actual CELL_BW_N50, number of RBs can the bandwidth of be deduced the cell isFor 50 RBs. similarly. For details, details, see see 3GPP 3GPP TS 36.104. TS 36.104.

LBFD-001001 LBFD-002009 LBFD-002026 LBFD-001001 LBFD-002009 LBFD-002026 LBFD-001001 LBFD-002009 LBFD-002026 LBFD-001001 LBFD-002009 LBFD-002026

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

LBFD-001001

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

NO

NO

No

LBFD-001001 LBFD-002009

YES

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

NO

NO

No

NO

NO

No

LBFD-002009 LBFD-002009 LBFD-001004 LBFD-00100401 LOFD-001031 LBFD-001004 LBFD-00100401 LOFD-001031

NO

YES

No

LBFD-002009

NO

NO

No

LBFD-002009

NO

YES

No

LBFD-002009

NO

YES

No

LBFD-002009

NO

YES

No

LBFD-001003 LBFD-002009

NO

YES

No

LBFD-001003 LBFD-002009

Indicates the ID of the E-UTRAN cell. This parameter and the eNodeB ID constitute the EUTRAN cell identity. The E-UTRAN cell Indicates thePLMN identity and Indicates theID. For physical cell identity constitute additional details, seespectrum 3GPP the ECGI. For emission, which TS 36.331. details, restrictssee the Indicates the3GPP length TS 36.413. emission power ofto of the timer Indicates theused active the in whether the determine stateUEs of the cell.cell. It For details, see the to block aofthe middleconsists the Indicates 3GPP TS and 36.101. blocking-priority activated administration cell. If deactivated state, which states. can be CellAdminState Unblock, High is set to Middle block, block, Indicates the duplex CELL_MIDDLE_BL or Lowofblock. mode the OCK, the cellcell. is CELL_FDD deactivated when indicates the FDD no user accesses Indicates the ratio mode, and the cell during theto of UL subframes CELL_TDD period of time Indicates the cellDL subframes in a Indicates the ratio indicates the TDD specified by this specific offset for TDD cell. For frequency-specific of special UL mode. parameter. The cell the cell. Itthe affects details, offset forsee subframes to3GPP is also deactivated the probability of TS 36.211. frequency of the special DLthe Indicates index iftriggering the timer expires. handover cell. is contained subframes in root a TDD of theIt logical from the cell to its in theFor associated cell. details, see sequence, which is intra-frequency Indicates the speed measurement 3GPPtoTS 36.211. used derive the neighboring cells. flag of IE theincell. SetA object the preamble smaller value of this parameter to measurement sequence. Each this parameter leads ULTRA_HIGH_SPE configuration. logical root It to a higher probability. ED if the cell is affects the sequence For details, used to provide probability ofsee corresponds to a 3GPP TSroot 36.331. coverage for an triggering handover Indicates the physical ultra-high-speed from the cell to the its preamble format sequence. For railway. Set this The intra-frequency used in the cell. mapping between parameter tocells.of neighboring preamble logical rootformat HIGH_SPEED if the For details, seethe a cell must sequences be and cell is as used toof the 3GPP TSroot 36.331. same that physical provide coverage cell using thesee same sequences, Indicates radius for a high way. Set LBBP. Forthe details, 3GPP TS 36.211. of cell. TS to thisthe parameter see 3GPP Indicates whether LOW_SPEED 36.211. Indicates thethein to configure other scenarios. customized bandwidth UL cell bandwidth. customization. Indicates Bandwidththe customized DLiscell customization bandwidth. available only when Bandwidth the bandwidth is 10 customization is MHz. Indicates the latest available only when Indicates the state available the bandwidth is 10 of the cell instance. information of the MHz. cell, including the reason of the cell setup failure and Indicates the latest the information of setup time of the the successful cell cell. activation. Indicates the latest setup type of the cell. Indicates the latest remove time of the cell.

NO

YES

No

LBFD-002009

NO

YES

No

LBFD-002009

NO

NO

No

LBFD-002009

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

LBFD-002009

NO

YES

No

LBFD-002009

NO

YES

No

LBFD-002009

NO

NO

No

None

NO

NO

No

None

NO

YES

No

LBFD-002010

NO

NO

No

LOFD-001007 LOFD-001008

NO

NO

No

LBFD-002010

NO

NO

No

LBFD-002010

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the energy saving status of the Indicates the cell. latest There are four remove type of the states: cell. RF intelligent shutdown,the cellslot Indicates intelligent number of the shutdown, baseband low power consumption processing board mode, andthe where the cellRRU is Indicates automatic power-off Indicates the configured. topology for the at a specified time. subrack number of cell. RRU0 used by the Indicates the 255 cell. The value subrack number indicates that Indicates the theof RRU1 used by the cell doestonot use quantity be cell. The value 255 RRU0. in the included Indicates the indicates that the Indicates the local measurement interval between cell does not use ID of the cell. It report after a DL periodic RRU1. uniquely identifies a ICIC measurement Indicates the measurement cell within a BS. event is triggered. maximum number reports that are The quantity can be of cells to a beDL sent after ICIC RSRP and RSRQ. included in Indicates the measurement event Indicates the in the The measured measurement quantity used is triggered. For number of periodic RSRP values reports after aaare DL evaluation DL details, seeof3GPP measurement stable, varying little ICIC measurement TS 36.331. reports after atimeDL with load, and Indicates the eventthe isThe triggered. event. quantity ICIC measurement therefore there to-trigger for the For details, see can be RSRP orisDL event is triggered. little signal ICIC measurement 3GPP TS 36.331. RSRQ. The Indicates the For details, see fluctuation. The event. When measured RSRP hysteresis for the 3GPP TS 36.331. measured RSRQ detecting that the values are stable, Indicates DL ICIC the switch values vary with the signal quality in the varying little with for forcibly entering measurement Indicates theand offset load but are likely to serving cell that load, and the low power event. This foratthe DL one ICIC reflect the signal in least therefore there is consumption mode. parameter is used measurement quality of the cell in neighboring cell little signal When both this to prevent frequent event. If this real time. If this meet the entering fluctuation. The switch andofthe triggering event parameter is set to parameter isdue set to condition, the UEto measured RSRQ functionality switch evaluations a large value, the BOTH, the actual does not send a values vary with the are set to ON, the radio signalsignal quality of the quantity belikely used measurement loadenters but to arethe cell low to fluctuations. For neighboring cell is the same as the report to the reflect the signal power consumption details, must besee 3GPP DL ICIC eNodeB Indicates switch quality of soon the cell mode as as in TS 36.331. significantly Indicates thebetter local measurement immediately. for the functionality real time. the wait time for than ofpower the ID of that the cell. It For trigger quantity. Instead, the UE of the low entering the mode serving cell before uniquely identifies details, see 3GPP sends a report onlya consumption mode. elapses, regardless a DL ICIC cell within a BS. TS 36.331. when the signal The cell can enter of whether it is measurement event quality continuously the lowthe power within low can be triggered. Indicates the start meets the entering consumption mode power consumption For details, see the time of the low condition during only when this period. When the 3GPP TS 36.331. power consumption time-to-trigger. parameter isswitch set to functionality Indicates thestop stop mode. the ON and specific is set toIfthe ON but this time of low time is is earlier conditions are met. switch set tothan OFF, power consumption or the same asthe the the cell enters mode. If the stop start time, the stop low power time is Indicates the than time is earlier assumed to consumption mode or the same as the duration in which be a time of the as soon asthe thestop wait start time, the transmit power next day. time for entering the Indicates the timeservices is assumed for is to mode elapses, if a duration in which be a time of the reduced in the cell Mains Input the reference next day. in low power signal Abnormal alarmis transmit power Indicates the consumption mode. indicating an reduced in the cell duration in which absence of AC in power RFlow channels are power supplies is consumption mode. shut down in the reported within the cell in low power low power mode. consumption consumption period.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

None

NO

NO

No

LBFD-00202201 LOFD-00101401

NO

NO

No

LBFD-00202201 LOFD-00101401

NO

NO

No

LBFD-00202201 LOFD-00101401

NO

NO

No

LBFD-00202201 LOFD-00101401

NO

NO

No

LBFD-00202201 LOFD-00101401

NO

NO

No

LBFD-00202201 LOFD-00101401

NO

NO

No

LBFD-00202201 LOFD-00101401

NO

NO

No

LBFD-00202201 LOFD-00101401

YES

YES

No

LOFD-001040

NO

NO

No

LOFD-001040

NO

NO

No

LOFD-001040

NO

NO

No

LOFD-001040

NO

NO

No

LOFD-001040

NO

NO

No

LOFD-001040

NO

NO

No

LOFD-001040

NO

NO

No

LOFD-001040

a cell automatically takes the following Indicates actions in the percentage the sequence: 1.oflowers transmit power for the transmit power services to the total for services; 2. transmit power for lowers the transmit services when the Indicates the power of reference low power amount by which signals; 3.the shuts Indicates consumption mode the reference signal down someand RF Allocation is implemented by transmit power is channels; 4. shuts Retention Priority means of reducing reduced in the cell Indicates the down the carriers. (ARP) threshold for the transmit power in low power Allocation and This duration the Silver-level Indicates the for services. consumption mode. Retention Priority smooths the services. A service admission threshold Indicates the offset Indicates the local (ARP) threshold for transition from is defined as a for the handed-over for admission ofthe cell ID. It uniquely the Golden-level Indicates the normal mode to the Silver-level service service with QCI of new Gold-level identifies athe cell A service admission threshold low power ifservices. ARP value is Indicates offset 1.its This threshold services. The value within a BS. is defined as a for the handed-over consumption mode smaller than or for admission of applies to both UL of this parameter Indicates the Golden-level service with of for the IfQCI the equal tocell. the value new Silver-level and DL. Indicates the offset applies in both UL admission threshold service if its ARP 2. This threshold conditions for the of this parameter services. The Goldvalue If the satisfaction for admission of and DL. New for the handed-over value is smaller applies to both UL cell to enter the low and is larger than of this parameter rate of services with Indicates the new Bronze-level level services and service with QCI of than this threshold. and DL. power consumption the value of applies in both UL QCI of 1threshold is above or admission threshold services. The value handed-over 3. This The service priority If the satisfaction mode are no longer GoldServiceArpThd and DL. New Silverequal to this for the handed-over of this parameter services with QCI N applies to both UL has a negative rate of services with during this .met A service is level services and threshold, the service with QCI of applies in both UL can be admitted if and DL. correlation with theor QCI of of 2threshold is above period time, the defined as a handed-over 4. This and DL. New both the following If the satisfaction ARP value. equal to this cell will not enter Bronze-level services with QCI service with QCI ofN applies to both UL Bronze-level conditions are met: rate of services with threshold, the the low power service if its ARP can be admitted if 1 can admitted. and DL. services and (1) The QCI ofbe 3satisfaction is above or handed-over consumption mode; value isservices larger than both the following If theof satisfaction handed-over rate with equal to this service with QCI of otherwise, it this enters the value ofare conditions met: rate of services with services with N QCI N is higher threshold, theQCI 2 can be admitted. the low power parameter. The (1) The satisfaction 1 below QCI of 4 is above or can be admitted if than or equal Indicates the to the handed-over If thethreshold, satisfaction consumption mode service priority has rate of with this the equal toservices this both the following sum of this offset congestion service with QCI of rate of services with and the preceding a negative QCI N is higher handed-over threshold, the conditions are met: and the admission threshold for 3 can be admitted. QCI of 2 is below actions are taken correlation with than or equal to the the Indicates the service with QCI ofin handed-over (1) The satisfaction threshold for the services with QCI of If the satisfaction this threshold, the sequence. ARP value. sum of this offset congestion 1 cannot be service with QCI of rate of services with handed-over 1. This threshold rate of services with handed-over and admission threshold for admitted. 4 canthe admitted. QCI N is higher services with QCI applies to both UL QCI ofbe 3with is below Indicates the service ofof threshold forQCI the services with QCI If the satisfaction than or equal tothe the N; (2) The and DL. this threshold, congestion 2 cannot be handed-over 2. This threshold rate services sum ofsatisfaction this offset satisfaction rate with of If theof handed-over threshold for admitted. services with QCI applies to both UL QCI of services 4with isthe below and the admission services with any rate of with Indicates service QCI ofof services with QCI N; (2) The and DL. this threshold, the threshold for the other QCI is higher QCI of 1 in the cell congestion 3 cannot be 3. Thissatisfaction threshold satisfaction rate of If the handed-over than theto lower becomes threshold for admitted. applies both UL services with any rate of services with service with ofof services with QCI corresponding than this threshold, services withQCI QCI and DL. other QCI is higher QCI of 2 in the cell 4 cannot bethreshold N; (2) The admission the services with 4. This threshold If thethe satisfaction than becomes lower admitted. satisfaction ratethe of for the handed-over QCI of the 1toenter applies both UL rate of services corresponding than this threshold, services with any that congested state. and DL. with QCI ofthreshold 3with in the admission the services other QCI QCI. Ifsatisfaction the is higher If the cell becomes lower for the handed-over QCI of 2 enter than the satisfaction ratethe of rate of services with than this threshold, services with that congested state. corresponding services with any 1 QCI of 4 in the cell Indicates rate the services with QCI. Ifsatisfaction thethe If the admission threshold QCI is lower than its higher becomes lower reduction proportion QCI of 3 enter the satisfaction rate of rate of services with for the handed-over corresponding the sum of this than this threshold, for Gold-level GBR congested state. Indicates rate services with any QCI of 2 with inthe the cell Indicates the services that admission threshold threshold and the the services with services. When If the satisfaction reduction proportion QCI is lower than its becomes higher threshold forrelief high QCI. If the for handed-over congestion QCI of 4 enter the congestion occurs, rate of services with for Silver-level GBR corresponding than the sum of this PRB usage by GBR satisfaction rate of services with that offset, services congested state. Indicates the rate the rate the QCI of the 3that in the cell services. When admission threshold threshold and the services. The value services with any QCI, the new with QCI of 1 leave If the satisfaction reduction proportion scheduling becomes higher congestion occurs, for handed-over congestion relief of this is QCI is parameter lower than its services cannot be the congested rate of services for Bronze-level algorithm provides than the sum of with this the rate that the services with that offset, the services expressed in corresponding admitted. state. QCI ofservices. 4 inand theGBR cell GBR for Gold-level threshold the scheduling QCI, the new with QCI of 2and leave percentage admission threshold becomes higher When congestion services (except congestion relief algorithm provides Indicates the services cannot be the congested applies to both UL for handed-over than the sum ofGBR this occurs, the rate VoIP services) isthat offset, the services for Silver-level threshold for low admitted. state. and DL. If the MAC services with that threshold and the the scheduling product GBR with QCI of 3of leave services (except PRB usage bythat GBR layer detects QCI, the new congestion relief algorithm provides and this proportion. the congested VoIP services) is services. The value the PRB usage by services be offset, thecannot services for Bronze-level Indicates the state. the product of theis of this parameter GBR services admitted. with QCI of 4 leave GBR services priority threshold of GBR and this expressed in exceeds the congested (except VoIP the low energy proportion. percentage and threshold, the state. services) is the UL efficiency ratio applies toconsidered both usage is product of GBR and service. If the and DL. If the MAC to beproportion. high. In value) this this priority (ARP layer detects that situation, new GBR of service is lower theaPRB usage by services are not than this threshold, GBR services falls admitted if the the service below the is not GbrUsageSwitch released during threshold, thethethe switch under low energy usage is considered RacAlgoSwitch efficiency to be low. ratio parameter is turned control in case of on. congestion.

NO

NO

No

LOFD-001040

NO

NO

No

LOFD-001040

NO

NO

No

LOFD-001040

YES

YES

No

LBFD-001001

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LBFD-001001 LBFD-002023

NO

NO

No

LBFD-001001 LBFD-002023

NO

NO

No

LBFD-001001 LBFD-002023

NO

NO

No

LBFD-001001 LBFD-002023

NO

NO

No

LBFD-001001 LBFD-002023

NO

NO

No

LBFD-001001 LBFD-002023

NO

NO

No

LBFD-001001 LBFD-002024

NO

NO

No

LBFD-001001 LBFD-002024

NO

NO

No

LBFD-001001 LBFD-002024

NO

NO

No

LBFD-001001 LBFD-002024

NO

NO

No

LBFD-001001 LBFD-002024

NO

NO

No

LBFD-001001 LBFD-002024

NO

NO

No

LBFD-001001 LBFD-002024

NO

NO

No

LBFD-001001 LBFD-002023

NO

NO

No

LBFD-001001 LBFD-002023

NO

NO

No

LBFD-001001 LBFD-002024

LBFD-001001 LBFD-002023 LBFD-002024 LBFD-001001 LBFD-002023 LBFD-002024 LBFD-001001 LBFD-002023

of a specific QCI exits the congestion state if the satisfaction rate of the service exceeds the sum of this Indicates the congestion release Indicates the Allocation and offset and the threshold for Retention Priority congestion deciding on Indicates the (ARP) threshold threshold forUL the for whether the threshold forTheRB preemption. QCI. The service usage is whose high. deciding on This services retains the threshold applies whether the DL to ARP values are congestion state if UL admission resource block (RB) larger than or equal Indicates the the satisfaction rate decision. Iffor theThis UL usage is high. to the value this threshold Indicates theof is below the sum of RB usage reported threshold applies to parameter are deciding on threshold for this congestion by the MAC layer DL admission preemptible. whether the RBis deciding on UL release offset and above this decision. If the usage is the low.DL It whether the congestion threshold, theDL ULRB usage oftothe applies UL resource block (RB) threshold for the RB usage is reported the Indicates the admission decision. usage is by low. This QCI. assumed to MAC isbe above maximum number If the layer UL RB usage threshold applies to high. this threshold, of non-GBR reported by thethe DL admission DL RBlayer usage is services (excluding MAC below decision. If is the assumed to be IP Multimedia this threshold, the usage of the DL RB Indicates whether high. Subsystem [IMS] UL RB usage is reported by the to enable that or be disable services) can assumed to low. MAC layerthe is below Indicates local the RF channel be provided by a this threshold, the ID ofThe the value cell. It of intelligent shutdown cell. usage of identifies the DL RBa uniquely function for this parameter iscell. Indicates thethe start is assumed to be cell within a BS. RF channel applied to both UL time of RF channel low. intelligent shutdown Indicates value and DL. the intelligent shutdown Indicates the canthe be performed that thecell. reference for If stop the in time of RF the cell only when signal power is stop time ischannel earlier intelligent this parameter is as increased by during than or theshutdown same for cell. If the set the to ON and the RF channel start time, the stop is earlier specific intelligent shutdown stop time timeconditions is than or The thetosame are met. period. assumed be a as the time, the reference signal timestart of the next day. stop time is power increases Indicates whetherby assumed to be a the value the specified Indicates local to enable or disable time of the next by this parameter to ID ofintelligent the cell. It day. the ensure coverage of uniquely identifies shutdown function start a Indicates DL the cell. Ifthe this cell within BS. for the cell. Cell time of cellafor PRB offset parameter is set to intelligentintelligent shutdown intelligent stopping Indicates the DL a value greater than Indicates the stop can be performed shutdown. If the shutdown of PRB usage 3, the value 3 time of cell only when this stop time is earlier cell. The PRB threshold for Indicates the UL to applies inDL effect. intelligent parameter issame set than or the as threshold for starting intelligent PRB offset for shutdown. If the ON start and specific the time, the stopping intelligent shutdown of the stopping intelligent stop time earlier conditions are met. stop time is isof shutdown the cell cell. When shutdown ofthe the than or the same as Indicates the UL assumed to be a is equal to the DL average UL DL cell. The UL or PRB the start time, the PRB usage time of the next day. PRB threshold for PRB usage usage threshold for stop time is threshold forof a cell starting intelligent and its interstoppingintelligent intelligent assumed to be a starting shutdown and the frequency shutdown of the cell time ofofthe shutdown ofnext the day. value this neighboring cells is equal to the sum cell. When the is parameter. lower than the of the ULUL PRB average or UL DL Intelligent shutdown or DL PRB usage usage threshold for PRB usage of a cell of the cell is threshold, intelligent starting intelligent and its interstopped when the of the shutdown and the frequency average DL PRB local cell is started. value of this neighboring cells is usage of interparameter. lower than the UL Indicates the frequency Indicates the local Intelligent shutdown or DL PRB usage interval between neighboring cells ID of the It of the cellcell. is threshold, intelligent periodic exceeds the DLthe a uniquely identifies stopped when Indicates the shutdown of thefor measurement PRB threshold cell within a PRB BS. average UL maximum number local cell is started. reports that are stopping usage oftointelligent interof cells beUL ICIC sent after a shutdown of the frequency included in measurement event cell. neighboring cells measurement is triggered. For exceeds the3GPP ULUL reports a details, after see PRB usage ICIC measurement TS 36.331. threshold for event is triggered. stopping intelligent For details, see shutdown of the 3GPP TS 36.331. cell.

LBFD-001001 LBFD-002024

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

LOFD-001039

NO

NO

No

LOFD-001039

NO

NO

No

LOFD-001039

NO

NO

No

LOFD-001039

NO

NO

No

LOFD-001039

YES

YES

No

LOFD-001042

NO

NO

No

LOFD-001042

NO

NO

No

LOFD-001042

NO

NO

No

LOFD-001042

NO

NO

No

LOFD-001042

NO

NO

No

LOFD-001042

NO

NO

No

LOFD-001042

NO

NO

No

LOFD-001042

YES

YES

No

None

NO

NO

No

LBFD-00202202 LOFD-00101402

NO

NO

No

LBFD-00202202 LOFD-00101402

LBFD-001001 LOFD-00102901 LBFD-001001 LBFD-002023 LBFD-002024 LBFD-001001 LBFD-002023 LBFD-002024 LBFD-001001 LBFD-002023 LBFD-002024 LBFD-001001 LBFD-002023 LBFD-002024 LBFD-001001 LBFD-002023

Indicates the switch measurement policy of arranging for the RACH event. The quantity the priority of users. resource can be RSRP or According to the adjustment Indicates the switch RSRQ. The Max C/I scheduling Indicates the algorithm. If thewith that is used to Indicates the measured RSRP policy, the UEs quantity used in the switch is turned on, control whether to number of periodic values are of stable, good-quality evaluation a UL RACH resources in enable or disable measurement varying little with channels are ICIC measurement the cell are UL adaptive HARQ. reports after a UL the load, and Indicates the timescheduled, thus the event. The quantity adjusted based If thisbe switch isorset ICIC measurement therefore there ison to-trigger for the ULis spectral efficiency can RSRP the access type and to event is triggered. little signal ICIC measurement very high. The QoS RSRQ. The Indicates theof the number ADAPTIVE_HARQ_ For details, see fluctuation. The event. When of and fairness measured RSRP hysteresis for the accesses. If the SW_OFF, UL data 3GPP TS 36.331. measured RSRQ detecting that the among users, values are stable, UL ICIC switch is turned off, is retransmitted values vary with the signal quality in by the however, cannot be varying little with measurement the RACH resource Indicates the offset non-adaptive load but are likely to serving cell and that ensured. The Max the load, and event. This adjustment for the UL one ICIC synchronous reflect the signal in at least C/I scheduling therefore there is parameter is used algorithm isbe measurement HARQ. If this switch quality of the cell in neighboring cell policy can used little signal to prevent frequent disabled. event. If this is set to real time. If this meet thethe entering to verify fluctuation. The triggering of event HoRaSwitch: parameter is set to ADAPTIVE_HARQ_ parameter isdue set to condition, UEto maximum capacity measured the RSRQ evaluations Indicates the switch a large value, the SW_ON, UL data is BOTH, the actual does not send a of the system. The valuessignal vary with the radio that is used to signal quality of the retransmitted by quantity to usedto measurement fairest scheduling load but arebelikely fluctuations. For control the random neighboring cell adaptive is the same as the report to the policy is RR. When reflect the signal details, see 3GPP access mode must synchronous UL ICIC eNodeB RR isbe used, quality of thethe cell in TS 36.331. during handovers. significantly HARQ. If this switch Indicates thebetter local measurement immediately. system capacity, real time. If this switch isIt For than that of the is set to ID of the cell. trigger quantity. Instead, the UE however, is the turned the serving cell before ADAPTIVE_HARQ_ uniquely identifies details,aon, see 3GPP sends report onlya smallest. Therefore, eNodeB instructs a UL ICIC SW_SEMION, cell within a BS. to TS 36.331. when signal RR is the used only UEs tothe use theevent nonmeasurement adaptive HARQ is quality continuously verify upper limit contention-based is triggered. For triggered a Indicates the target meets thewhen entering of the scheduling random access details, see 3GPP UL grant IBLER of the SINR condition during the fairness inis the mode during TS 36.331. delivered to adjustment time-to-trigger. system. In an handovers. HARQ process that CqiAdjAlgoSwitch: algorithm. Aeffects, greater application Indicates the ratio Indicates the If this switch is is previously Indicates the switch parameter value thethe PFmaximum scheduling of percentage of free turned off, the suspended due Indicates that is is used to to indicates athe greater policy between bandwidth shared RBs eNodeB instructs reasons such as minimum interval control whether to SINR adjustment the previous two resources that the occupied bythe payUEs to use resource collision, between two allow the eNodeB value, and thus a policies. Thus, PF uplink scheduler free users of onathe contention-based activation preallocations. to adjust theMCS UEhigher-level is be used to That can allocate to PUSCH in random access measurement gap, is, the actual reported CQI based used. verify the capacity, preallocation users scheduling. The mode during and PDCCH interval between on the Initial Block coverage, and to the total system other RBs on the handovers. congestion. Setting two preallocations Error Rate (IBLER). Indicates data fairness ofthe the bandwidth. PUSCH are UnsyncRaSwitch: this parameter of one UE must be If this switch is to set amount system. According Indicates whether allocated to Indicates the switch ADAPTIVE_HARQ_ longer than or equal to On, the CQI preallocated to to the EPF When the Frequency subscribers. that isuser. used to SW_ON helps to the value ofswitch Indicates the adjustment each scheduling policy, Hopping (FH) isthis capacity is control the random reduce resource parameter. used to enable oras algorithm is the features such enabled, as sufficient, thewell access mode consumption due disable change in to enabled. In the as user QoS, the type and percentage of UEs RBs applied when retransmission, the cell-specific case, the eNodeB system capacity, scheme ofby FH if it is occupied payare out ofthe increase cell SRS subframe would adjust the and channel enabled. free users and synchronization in throughput, and configuration (that UE-reported CQI Indicates the local frequency selection those occupied by Indicates the switch the uplink. Indicates the switch prevent is, the adjustment based on the ID of the cell. It are considered. The pay users will used enable If switch isreach that isto used to retransmission onthis the setting oforthe IBLER. uniquely identifies a basic scheduling the preset values. disable the PUCCH turned on, the enable and disable conflicts. This, on SrsSubframeCfg If this switch is set cell within a BS. policy is used Changes inQueue this will resource eNodeB instructs the Active other hand, parameter). to Off, the CQI during the parameter affect the adjustment UEs to use the nonManagement increase signaling If the switch istest. adjustment performance In relative percentage algorithm. contention-based (AQM) algorithm. overhead and turned on, the algorithm is commercial between RBs for If the switch is random access If this switch is set therefore consume algorithm disabled. Inyou this scenarios, are pay-free users and turned on, PUCCH mode upon DL data to ON, the AQM more PDCCH dynamically adjusts case, the eNodeB advised to use the those for pay users. resource arrival in the case function is enabled resources. the SRS subframe would not adjust the EPF scheduling Modifying the value adjustment isCQI of out-ofto prevent or control configuration based UE-reported policy. of this parameter initiated when the synchronization. congestion. on the on usage of cell based theThe for an switch active cell will PUCCH resources If this is length of the PDCP resources. IBLER. lead to the re-setup are insufficient or turned off, the packet queue If the switch isis StepVarySwitch: of the cell. excessive. eNodeB instructs maintained atswitch a turned off, the Indicates the If thisis switch is the UEs to use the relatively small algorithm uses that used to Indicates the switch turned the contention-based value tooff, help initial to configuration enable and disable used enable or PUCCH resource random access achieve an andvariable-stepdoes not link the disable radio adjustment is mode DL data appropriate tradeperform dynamic based adjustment failure upon (RLF) disabled. arrival in the case off between Indicates the switch switching. algorithm. detection for UL of out-ofthroughput and time used to enable or If this switch is set links. synchronization. latency. disable dynamic to On, the variableMaksIdxSwitch: If this switch is set voltage adjustment. step-based Indicates the switch to OFF, the AQM adjustment that is used to function isisdisabled. algorithm control enabledreuse to of dedicated accelerate the preambles between convergence of UEs. In this case, IBLER.

NO

NO

No

LBFD-00202202 LOFD-00101402

NO

NO

No

LBFD-00202202 LOFD-00101402

NO

NO

No

LBFD-00202202 LOFD-00101402

NO

NO

No

LBFD-00202202 LOFD-00101402

NO

NO

No

LBFD-00202202 LOFD-00101402

NO

NO

No

LBFD-00202202 LOFD-00101402

YES

YES

No

None

NO

NO

No

LBFD-002025 LOFD-001015

NO

NO

No

LBFD-002006

NO

NO

No

LBFD-001006

NO

NO

No

LOFD-00101502

NO

NO

No

LOFD-00101502

NO

NO

No

LOFD-00101502

NO

NO

No

NO

NO

No

YES

YES

No

None

NO

NO

No

LBFD-001001 LBFD-002010

NO

NO

No

LBFD-001001

NO

NO

No

LBFD-001001

NO

NO

No

LOFD-001027

NO

NO

No

LOFD-001002 LOFD-00101501 LOFD-00101502

NO

NO

No

None

NO

NO

No

LOFD-001025

LBFD-002025 LOFD-001015 LOFD-00101502 LBFD-002023 LBFD-002024

Indicates switch turned off,the innercan beon admitted. based effect. scheduling on theIf related to the loop power control this switch is turned ACK/NACK If PDSCH. If this for frequency-priorityis not performed off, theinterof messages to a UL InterFreqMLBSwitc switch isnumber on, based PUSCH inturned dynamic PRBs used by HARQ process. h is set to ON, the power control is If frequency scheduling mode. existing GBR load PreAllocationSwitch inter-frequency applied during handover. this switch is turned isiswhether not :services Indicates balancing semi-persistent FreqPriorIFHOSwitc on, inner-loop checked during to enable or disable enabled. If scheduling on the h: Indicates the power control is admission preallocation, which InterFreqMLBSwitc PDSCH, ensuring Indicates the frequency-priorityperformed for evaluation of endthethe shortens the h is setinterto OFF, BfSwitch: Indicates communication switches to based PUSCH inrelated dynamic GBR services. to-end delay of inter-frequency whether to enable quality (indicated by DL scheduling inload frequency schedulinghandover mode. LCEM_RAC_ALG_ services when the balancing is or disable the IBLER) of VoIP the cell. switch. FrequencyPhSinrTarUpdateS DL_LDC_SWITCH: UL load isinlight. If disabled. beamforming services FreqSelSwitch: priority-based interwitch is the the switch Indicates the switch preallocation is If UtranMlbSwitch algorithm. If the QPSKtomodulation Indicates the switch frequency handover used enable or is for the algorithm of enabled, the set to ON, the switch is turned on, scheme. used to PH-based enable or is applicable when disable downlink load probability of UEs UTRAN load UEs in the cell can PhichInnerLoopPcS disable frequency the eNodeB SINR target control. IfDRX this entering is the balancing is be served by the witch: Indicates selection and provides dual updates in dynamic switch is turned on, relatively low and enabled. If beamforming PHICH inner-loop scheduling. If this coverage and one scheduling mode. downlink therefore the UtranMlbSwitch is algorithm. If the power control switch is turned on, frequency is does This version congestion checks service time of the set to OFF, the switch is turned off, switch. Ifthe this switch data is transmitted preferred forswitch not use are performed; if If UEs is relatively UTRAN load in frequency the cell is turned off, only on the carrying services. and only reserves it the cell is short. balancing is cannot betransmit served the initial band with goodthis switch isbeing. set to for the time Indicates whether congested, actions UlVmimoSwitch: disabled. by the beamforming power for the quality channels. On, the frequencyThis function is to enable or disable are taken to relieve Indicates whether If GeranMlbSwitch algorithm. The PHICH is set. Ifinterthis ServiceDiffSwitch: priority-based incorporated into eRAN sharing for the congestion. Ifon, to enable or disable is set to ON, the beamforming switch is turned Indicates the switch frequency handover inner-loop power admission and this switch is turned UL IforUL GERAN load algorithm isPUSCH the eNodeB used totriggered enable will MU-MIMO. be control for scheduling. If this off, downlink MU-MIMO is balancing is disabled by default. controls the disable service even when the in dynamic switch is turned on, congestion checks enabled, the enabled. Ifenabled It must be physical channel differentiation. If this serving cell scheduling mode. operators share are notisperformed; eNodeB selects GeranMlbSwitch is manually transmit power switch turned provides aif to goodtoon, Therefore, data channel therefore, downlink UEs for pairing set to OFF, the required. enable the receive service signal quality. If this enable this function, resources Indicates the switch congestion, any, according toifto pairing GERAN load Indicates the band SINR toisconverge differentiation isOff, switch set set according to the of the Then DL cannot be relieved. rules. the pair Indicates the local balancing is division scheme to the target SINR. applied. If this the frequencyInnerLoopPuschSwi specified scheduling policy. LCEM_RAC_ALG_ of UEs transmit ID of the cell. It disabled. used PdcchPcSwitch: switch isdownlink turned off, priority-based intertch toinOn. percentages. According tosame the a UL_LDC_SWITCH: data on the uniquely identifies If CdmaMlbSwitch ICIC. The band Indicates the service frequency handover InnerLoopPucchSwi Max C/I in scheduling Indicates the switch frequency-time cell within athe BS. is set ON, the division cell PDCCH power differentiation is not is disabled. tch: If to this switch isis policy, the UE with for the algorithm of resources, CDMA2000 load adjusted according control switch. If applied. FreqPriorIFBlindHO turned off, innergood-quality uplink load control. increasing balancing issystem to the setting of this this switch is turned Switch: Indicates Indicates the local loop power control channels are If this switch isoffset throughput and Indicates the enabled. If parameter so thatfor off,not power is the frequencyID of the cell. is performed scheduled andIt for turned on, uplink spectral efficiency. of the DCI power CdmaMlbSwitch isa the edge bands allocated evenly to priority-based interuniquely identifies PUCCH. If this hence the spectral congestion checks TtiBundlingSwitch: relative to the set to OFF, the neighboring cells do PDCCH. Ifablind this frequency cell within BS. on, switch is turned efficiency is very are performed; if Indicates whether reference signal CDMA2000 load not overlap. switch is turned on, handover switch. If inner-loop power high. The QoS and the cell is or to enable power when the balancing isisdisable power allocated to this switch set to control is performed Indicates the local fairness among congested, actions TTI bundling. If TTI PDCCH channel disabled. PDCCH is adjusted On, the frequencyfor PUCCH. ID of the cell. It users, however, are taken to relieve bundling is enabled, carries dedicated If dynamically. interpriority-based OiSinrTarUpdateSw uniquely cannot beidentifies ensured. the congestion. If a more transmission control information. IntraFreqIdleMLBS frequency blind Indicates the PA is itch: If this switch cell within a BS. The Max C/I this switch is turned opportunities are witch and handover isthe value ofoff, cell center turned OIscheduling policy off, uplinkIftothis available UEs IntraFreqActiveMLB enabled. UEs when DL ICIC based SINR target can bethe used to congestion checks within delay Switch Indicates are the both PAOff, set switch is to is enabled. update isset not Indicates the verify the maximum are not performed; budget for VoIP to value ON, of the cell intraedge the eNodeBfor performed percentage of free capacity ofuplink the therefore, services on theICIC air frequency UEs when idle DL load decides whether to PUSCH in dynamic shared RBs Indicates the local system. The RR congestion, if any, interface, thereby is enabled. balancing is perform the scheduling mode. occupied by payID of thebecell. It isIf scheduling policy cannot relieved. Indicates power improving uplink enabled. Ifthe either frequency-prioritythis switch is turned free users on the a uniquely identifies the fairest LCEM_LDC_ALG_ offset between the coverage. switch isOI-based set OFF, Indicates theto weight based interon, the PDSCH in cell within a BS. scheduling policy. REL_DRB_SWITC PHICH TX power Im2IcSwitch: the intra-frequency of the BT service frequency handover SINR target update scheduling. The When RR ispower. H: Indicates the and the RS Indicates whether idle load balancing used in EPF based on is performed for other RBs on the adopted, switch forthe the This offset isThe used to enable or disable is disabled. Indicates the local scheduling. measurements. Indicates the weight PUSCH in dynamic PDSCH are smallest system algorithm ofis power when PHICH the ID ofsecond-order the cell. Itvalid value of this This of the switch non-BT scheduling mode. allocated to pay capacity is the releasing low control is disabled. intermodulation uniquely identifies a parameter is used only when service used in users. When smallest. Therefore, energy efficiency (IM2) components cell within a BS. in calculating the FreqPriorIFHOSwitc enhanced capacity is only RR is(EER) used to ratio services elimination for UEs. priority of UE h is set proportional to the On. fair sufficient, the verify the upper in the case of When data is during scheduling (EPF) scheduling. percentage of RBsIt bound of thein congestion. If this transmitted both and therefore is used in occupied byfairness pay-on, scheduling switch turned UL andisDL, two IM2 determines the calculating the free users and in the system. In release of EER components are amount of low physical scheduling priorities those occupied by terms of the services is allowed generated resources to be for UEs and pay users will reach scheduling effect, in the case of symmetrically allocated tovalues. the UE determines the the preset the PF scheduling congestion. If the this beside the Direct that requests amount of Changes in this policy is between switch is turned Current (DC) BT service.to The BT resources be off, parameter affect the the previous two release of low EER subcarrier on the service priority has allocated to the UE relative percentage policies. Therefore, services is not DL receive channel a positive that requests nonbetween RBs for PF can be used to allowed in the case due to the correlation with the BT services. The pay-free users and verify the capacity, of congestion. interference from value of priority ofthis the nonthose for pay users. coverage, and LCEM_RAC_ALG_ UL radio signals. parameter. This BT service has a If Modifying the value fairness of the PREEMPTION_SW this switch is turned parameter is valid positive correlation of this Indicates parameter system. The ITCH: on, IM2 only when theEPF withan the value ofthe for active cell will scheduling policy switch for the components service this This leadparameter. to the re-setup

LBFD-001001 LBFD-002023 LBFD-002024 LBFD-001001 LOFD-00102901 LOFD-001032 LOFD-001044 LOFD-001045 LBFD-002003 LBFD-002009 LBFD-002016 LBFD-002009 LBFD-002026

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LBFD-002025 LOFD-001015 LBFD-002025 LOFD-001015 LBFD-001001 LOFD-001048 / TDLBFD-001001 LOFD-001016 LBFD-002023 / TDLBFD-002023 LBFD-002025 / TDLBFD-002025 LOFD-001032

YES

YES

No

None

NO

NO

No

LBFD-00202201 LOFD-00101401

YES

YES

No

LBFD-002016

NO

NO

No

LBFD-002016

YES

YES

No

LBFD-002016

NO

NO

No

LBFD-002016

NO

NO

No

LBFD-002016

YES

YES

No

LBFD-002016

NO

NO

No

LBFD-002016

YES

YES

No

None

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

TDLOFD-001049 TDLOFD-001061

LBFD-002025 LOFD-001015 LOFD-00101502 LBFD-002023 LBFD-002024 LOFD-00101502 LBFD-002023 LBFD-002024 LOFD-00101502 LBFD-002023 LBFD-002024

Indicates the threshold used in triggering of intraIndicates frequencythe load threshold for Indicates the local balancing. Load Indicates the period triggering interID of the cell. It balancing between of the inter-cell frequency load uniquely identifies Indicates theits loada the cell and exchange. This balancing. Load cell within aOFDM BS. threshold number offor intra-frequency parameter is balancing between triggering inter-RAT symbols initially neighboring cell is contained inits the the cell and load balancing. occupied by the triggered only if the Indicates the Indicates the offset load exchange inter-frequency Load balancing PDCCH. If the cell load exceeds used in the threshold of load request neighboring cell is If between the celloff switch ismessage. turned the sum of this evaluation for difference between this parameter is triggered only if the and its inter-RAT to disabletoand dynamic threshold the whether two cells exceeds for load specified bytrigger the cell load neighboring is adjustment tocell the offset, and is load balancing. balancing. Ifthis theTo source the the sumcell, of triggered only if the number of OFDM stopped if the cell prevent load load difference target cell reports threshold and the cell load exceeds symbols load fallsoccupied below this fluctuations from Indicates the CCE between cells its load to the offset, and is the sum of this by the PDCCH, this threshold. frequently triggering ratio adjustment exceeds source cell at cell stopped ifthis the threshold and the parameter indicates or stopping load switch on the threshold, the intervals specified loadnumber falls below this offset, and is the of balancing, PDCCH. If an thisoffset eNodeB determines through this threshold. stopped if the cell OFDM symbols that needs to beIfset. switch is set to ON, that load imbalance parameter. this load falls below this are always That is,and a specific the resource occurs parameter is the not threshold. occupied by load balancing allocation algorithm therefore initiates specified by the PDCCH. If the only action iscell, taken of thebalancing PDCCH load source Indicates thethe local switch isthe turned on, ifID the cell load adjusts ratio between the cells. target cell reports of the cell. It of If the default exceeds the CCEs assigned toofa the load its load todifference thesum uniquely identifies Indicates the switch minimum number of the corresponding UL and those between cells falls source cell the cell within aatBS. used tosymbols enable or OFDM is load balancing assigned to DL 4 below this protocol-defined disable dynamic for the 1.4 MHzthis threshold and within each threshold, the default intervals. adjustment onfor the bandwidth, 3 the offset. Transmission Time eNodeB of determines number OFDM 3 MHz bandwidth, Interval based that load(TTI) imbalance symbols occupied and 2 for theusages other on the CCE is resolved and by PDCCH. If the standard in UL and stops DL. If load this therefore Indicates the PhichDuration bandwidths. If this switch is set to Off, balancing between threshold for the parameter in parameter is set to the ratio CCEs Indicates the local cells. low load of state ofisthe PHICHCfg MO a value less than assigned to UL and ID the cell. It The Indicates the time SRIofto resources. set EXTENDED, the corresponding those assigned to a uniquely identifies when the cell noSRI resources enter the dynamic default minimum DL is not cell within a BS. traffic detection the low load state adjustment is length not if Indicates the number, the Indicates the time dynamically starts. If the stop the PUCCH performed even of the the timer fornothe number ofcell OFDM when adjusted. time isthe earlier than resource allocation when switch is Indicates the local cell no-traffic symbols occupied traffic detection or the same as theis algorithm detects turned on. ID of the cell. It detection. If there by the is stops. IfPDCCH the stop start time, end thattraffic the number of a uniquely identifies no inthe thethan cell adjusted time is earlier time isthe assumed admitted UEs is to cell within a BS. within duration dynamically or the same as the be a than time of starting the less the value specified by this from the parameter start time, the stop next day. If the of this parameter. parameter, the to value. Ifassumed this time isfor timer reporting eNodeB parameter set the to be ano-traffic timereports ofisthe the alarm no-access alarm a value greater than next day. If the is notresets set tothe 0, the and cell. the corresponding timer for performs reporting eNodeB If this parameter is default minimum the no-traffic Indicates the alarm band the cell0,no-traffic set to the cell nonumber, this is not set to 0, the division scheme detection fromlocal the Indicates the traffic detection is number isperforms adjusted eNodeB used in uplink ICIC. start time to the ID of the cell. It Indicates the index not performed. If dynamically starting the no-traffic The band division stop time. uniquely identifies a of acell simulated loadin the timer for from the default detection from the the cell is changed cell within a BS. configuration. The reporting the nominimum number. start to according to the the valuetime of this traffic alarm is set to stop time. setting of this parameter a non-zerothe value, Indicates local parameter so that corresponds to the eNodeB ID of the cell. It do the edge bands SimuLoadCfgIndex performs the cell a uniquely identifies not in a overlap SimuLoad no-traffic detection cell within a BS.MO. between That the is, each index from start time neighboring cells. corresponds to a Indicates to the stopthe time. specific set ofmode transmission parameters adopted by athat Indicates the consistitute one of simulated load number of the multipleRBs configuration. allocated a simulatedby load simulated load configurations configuration. stored in the eNodeB.

YES

YES

No

None

NO

NO

No

LBFD-001001 LOFD-001032

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

LBFD-001001 LOFD-001032 LBFD-001001 LOFD-001044 LOFD-001045 LBFD-001001 LOFD-001032 LOFD-001044 LBFD-001001 LOFD-001045 LOFD-001032 LOFD-001044 LBFD-001001 LOFD-001045 LOFD-001032 LOFD-001044 LOFD-001045 None

NO

NO

No

LBFD-001001

NO

NO

No

LBFD-001001

NO

NO

No

LBFD-001001

YES

YES

No

None

NO

NO

No

None

YES

YES

No

LOFD-002010

NO

NO

No

LOFD-002010

NO

NO

No

LOFD-002010

NO

NO

No

LOFD-002010

YES

YES

No

None

NO

NO

No

LBFD-00202202 LOFD-00101402

YES

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

Indicates the number of RBs for commercial Indicates services inthe thepower cell. allocated by a simulated load configuration. Indicates the power for commercial Indicates services inthe the cell. number of UEs Indicates the allocated by a modification period number of load simulated coefficient for the commercial service configuration. BCCH. BCCH UEs, that is, the modification period number ofthe UEs that Indicates local = Modification are ID ofactually the cell.served It period coefficient by the cell. uniquely identifiesxa Default paging cell within a BS. cycle, where the BCCH modification Indicates local period andthe default ID of the cell. It paging cycle Indicates the are offseta uniquely identifies measured in units of the PCFICH cell within a BS. and of radio frames, transmit power the modification Indicates relative tothe theoffset period coefficient of the PBCH reference signal is specified by transmit Indicates thethis offset power. power parameter. relative to the of the transmit reference signal power for the the cell Indicates offset power. synchronization of the transmit signalsfor relative to power broadcast Indicates theonoffset the reference signal information the of the transmit power. PDSCH channel power the Indicates relativefor tothe theoffset paging information of the transmit reference signal on the for PDSCH power the power. channel relative to random access the reference responses on signal the Indicates the offset power. channel PDSCH of the pilot power relative to the relative to the reference signal reference signal Indicates local power. the Indicates the power power. Indicates the ID of the cell. It ramping step for scaling factor uniquely identifies Indicates the indexa preamble of Energy cellthe within a BS. reference signal transmission. IfPer Resource Element power ofthrough the access the Indicates the cell. target (EPRE) on For transmit details, see PRACH failsthe after UE power PDSCH. This 3GPP 36.213. several attempts, for the TS PRACH scaling factor is the powerby ramping expected the determined bylocal the Indicates the step needs to eNodeB whenbe value of this ID of thepreamble cell. It increased to ensure PRACH parameter and the a uniquely identifies successful access format 0 is applied antenna port. For cell within a BS. of the UE.thethat Indicates SRS on condition details, see 3GPP For example, the subframe requirements for TS 36.213. index. value configuration preamble detection DB0_PWR_RAMPI When it is setare to performance NG_STEP means SC0, the subframe met. Indicates the local that the power configuration index The value ID of the cell. It set ramping step 0 is 0. When it isis DBM_120 indicates uniquely identifies a dB, and the value to SC1, the -120 dBm, the cell within a BS. DB2_RAMPING_S subframe value DBM_118 TEP means that the configuration index indicates -118 dBm, power ramping step is 1. other The rest may and values is 2deduced dB. be use the sameby For details, see analogy. mapping. 3GPP TS 36.321. For the relation details, see between 3GPP TSsubframe 36.321. configuration index and cell subframe cycle/offset, see

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

LBFD-001001

NO

NO

No

LBFD-002009

YES

YES

No

None

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LBFD-002003 LBFD-002009 LBFD-002016 LBFD-002003 LBFD-002009 LBFD-002016 LBFD-002003 LBFD-002009 LBFD-002016 LBFD-002003 LBFD-002009 LBFD-002016 LBFD-002003 LBFD-002009 LBFD-002011 LBFD-002003 LBFD-002016 LBFD-002009 LBFD-002010 LBFD-002016 None

YES

YES

No

None

NO

NO

No

NO

NO

No

YES

YES

No

LBFD-001001

NO

NO

No

LBFD-001001 LBFD-002002

NO

NO

No

LBFD-001001 LBFD-002002

YES

YES

No

LBFD-001001

NO

NO

No

LBFD-001001 LBFD-002003

LBFD-002003 LBFD-002009 LBFD-002016 LBFD-002003 LBFD-002009 LBFD-002016

Scheduling Indicates the type Request of the of PHICH(SR) duration. PUCCH. If PhichDuration is BOOLEAN_FALSE set to NORMAL, means that of the number Indicates the simultaneous OFDM symbols default pagingis not transmission occupied by the period forInthe cell. It allowed. this PDCCH can be is also called the case, the UE adaptively adjusted. Indicates the local discontinuous discards Sounding If PhichDuration ID of the cell. It is reception RS and only Indicates a(DRX) set to EXTENDED, uniquely period. If identifies the EPC transmits coefficient used to a the number of cell within a BS. specifies a DRX ACK/NACK calculate theor SR. OFDM symbols period for aused UE, the BOOLEAN_TRUE resources occupied by the by UE compares this means that the PHICH for the PDCCH is period with the simultaneous cell. It corresponds permanently 3. If value of transmission isis 1.4 to the Ngthis parameter the bandwidth Indicates the local parameter and uses allowed, and the in the protocol. MHz, the cell. number of ID of the It the smaller one as UE transmits For details on the OFDM symbols uniquely identifies its DRXofperiod. If a ACK/NACK or SR usage the Ng occupied by the Indicates the cell withindoes asee BS. the EPC not in shortened mode. parameter, PDCCH is paging 3 or 4. number specify aofDRX For details, see 3GPP TS 36.211. For the mapping occasions period, the36.211. UE uses 3GPP TS between theortype (subframes times the value of this and the duration, of paging) parameter, which is see 3GPP in TSalocal contained Indicates delivered the in the 36.211. paging ID of thecycle. cell. It system information, For details, see a uniquely identifies as its DRX period. Indicates the 3GPP TS cell within aPUSCH BS. For details, see number of36.304. 3GPP TS 36.304. sub-bands. Indicates theseeof A larger value For details, hopping mode of this parameter may 3GPP TS 36.211. the PUSCH. lead to a longer Indicates thesee For details, delay in paging hopping offset ofa 3GPP TS 36.211. UE but help reduce the PUSCH. Indicates whether the For power details, seeof group hopping consumption of the 3GPP TS 36.211. the PUSCH is UE. enabled. Indicates the group For details, see assignment of the 3GPP TS 36.211. PUSCH. Indicates whether For details,hopping see sequence 3GPP TS 36.211. of the PUSCH is enabled. Indicates thesee cyclic For details, shift of the PUSCH. 3GPP TS 36.211. For details, see Indicates Indicates whether the cyclic 3GPP TS 36.211. 64QAM of the shift interval of the PUSCH enabled. PUCCH.isThe cyclic For details, Indicates thesee shift interval oflocal the 3GPP TScan 36.211. ID of the cell. It Indicates the mobile PUCCH be Indicates thethe cell uniquely identifies country of thea acquiredcode on global ID of the cell within a BS. external basis of the Indicates thecell mobile external CDMA2000 that average delay network code of the CDMA2000 cell. is shared spread of among the cell,It external uniquely identifies a multiple which is operators. acquired CDMA2000 that A ID iscell onPLMN the basis of the is shared among around the globe. comprised of an environment during multiple For details, the MCC andoperators. ansee MNC. networking. For A PLMN IDconsists is CellGlobalIdCDMA2 The MCC details, see 3GPP comprised of anin 000 IE defined of three digits. TS 36.211. Indicates the cell MCC and an MNC. 3GPP 36.331 6.3.4. The MNC consists global ID of the The MCC consists Indicates the cell ID of two to three neighboring of three digits. of the local cell. It digits. CDMA2000 HRPDa The MNC consists uniquely identifies For example, if the cell. It uniquely of two to three cell within an MCC is 123 and the identifies a digits. eNodeB. MNC is 45, then the CDMA2000 HRPD For example, if the PLMN ID is 12345. cell MCCaround is 123the and the globe. MNC isFor 45,details, then the see theID is 12345. PLMN CellGlobalIdCDMA2 000 IE defined in 3GPP 36.331 6.3.4.

NO

NO

No

LBFD-001001 LBFD-002003

YES

YES

No

None

NO

NO

No

LBFD-002003 LBFD-002009

NO

NO

No

LBFD-002003 LBFD-002009

YES

YES

No

None

NO

NO

No

NO

NO

No

YES

YES

No

None

NO

NO

No

LBFD-002003 LBFD-002009

NO

NO

No

LBFD-002003 LBFD-002009

NO

NO

No

LBFD-002003 LBFD-002009

NO

NO

No

LBFD-002003 LBFD-002009

NO

NO

No

LBFD-002003 LBFD-002009

NO

NO

No

LBFD-002003 LBFD-002009

NO

NO

No

LBFD-002003 LBFD-002009

NO

NO

No

LOFD-001006

YES

YES

No

LBFD-001001

NO

NO

No

LBFD-001001 LBFD-002003

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

None

YES

YES

No

LOFD-001021

LBFD-002001 LBFD-002009 LBFD-002011 LBFD-002009 LBFD-002011

Indicates the priority of the neighboring cell during blind handovers. Blind Indicates handover whether is a handovers of UEs process in which to the associated the eNodeB Indicates whether neighboring cell instructs aorUE toare to permit prohibit prohibited. hand over removal of to thea specified neighboring relation neighboring cell by ANR. without Indicates whether measurements. this neighboring cell There are 32 is automatically priorities altogether. discovered The priority by hasthe a ANR algorithm. Indicates the name positive correlation of thethe local cell.of with value this parameter. Indicates the name Note the value of thethat neighboring Indicates the Indicates cell ID 0 indicatesthe that cell. neighboring of thehandovers local cell. Itto blind CDMA2000 band a uniquely identifies the neighboring cell class. Signals Indicates the cell withinthe an on a Indicates are prohibited. frequency neighboring eNodeB. within the frequency-specific band CDMA2000 offset class for thecan be obtained frequencyby ofUEs. the CDMA2000 For details, the serving cell.Asee For frequency. larger BandclassCDMA20 details,ofsee value thisthe IE 00 IE in 3GPP CDMA2000Indicates the sizetoof parameter leads Indicates whether 36.331 6.3.4. CarrierInfo in the CDMA2000 a higher to set theprobability sizethe of 3GPP 36.331 6.3.4 search window. of triggering Indicates the mobile the CDMA2000 protocol. UEs search measurement country codefor of If the search window. pilots for Indicates the reports. For details, external cell. this parameter is Indicates theismobile neighboring eNodeB identity of see the QA PLMN ID set to NOT_CFG, network code of the CDMA2000 cells the external EOffsetRangeInterRA comprised of an the default size (8) Indicates the cell external cell. within the time UTRAN cell. ItMNC. T IE defined in MCC and an is used. identity of the A PLMN ID is period specified by uniquely identifies 3GPP 36.331 6.3.4. The MCC consists external E-UTRAN comprised ofwithin anFora thisthree parameter. an eNodeB of digits. cell. Itand uniquely MCC an MNC. details, see the PLMN. The 28-bit The MNC consists identifies aconsists cell The MCC MeasObjectCDMA2 E-UTRAN cell of two to three Indicates the mobile within eNodeB. of three digits. 000 IEan defined identity is digits. country code ofinthe 28-bit EThe MNC consists 3GPP TS 36.331. comprised of the For example, if the external E-UTRAN UTRAN cell identity of two to123 three cell identity and the Indicates the mobile MCC is and the cell that is shared is comprised ofofthe digits. eNodeB identity network code the MNC is 45, then the among multiple cell identity For example, if the (represented by the external PLMN IDE-UTRAN is 12345. operators. (represented by 20 the MCCthat is 123 and the most significant cell is shared A PLMN ID is least significant MNC is 45, then the bits). The cell global among multiple comprised of an eight bits) PLMN ID isand 12345. identity (CGI) ofthe an operators. MCC and an MNC. eNodeB identity. E-UTRAN cell A PLMN IDconsists is is The MCC The cell global the Ecomprised of an of three (CGI) digits. identity of an UTRAN cell identity MCC and an MNC. The MNC consists E-UTRAN cell is and the ID. The MCC consists of two toPLMN three Indicates the mobile comprised of the ID ofEFor details, see of three digits. digits. country code of the UTRAN cell identity the cell. It uniquely 3GPP TS 36.413. The example, MNC consists For if ID. the external cell. and thetoPLMN identifies a GERAN of two three Indicates the mobile MCC is 123 and the A PLMN For details, see cell withinID a is PLMN. Indicates the LAC digits. network code of the MNC is 45, then the Indicates the mobile comprised of an 3GPP TS 36.413. of the external For example, if the external cell. PLMN IDcode is country of the MCC and an12345. MNC. GERAN cell. MCC is 123 and the A PLMN ID is external The MCCGERAN consists MNC is 45, then the comprised of an cellthree that digits. is shared of PLMN ID is 12345. MCC and an MNC. among multiple The MNC consists The MCC consists operators. of two to three of three digits. A PLMN ID is digits. The MNC consists comprised of an For example, if the of twoand three MCC anand MNC. isto123 the digits. The MNCMCC is 45,consists then the For example, if the of three PLMN IDdigits. is 12345. MCCMNC is 123 and the The consists MNC then the of twoisto45, three PLMN ID is 12345. digits. For example, if the MCC is 123 and the MNC is 45, then the

NO

NO

No

LOFD-001021 LOFD-002002

NO

NO

No

LOFD-002001 LOFD-002002

NO

NO

No

LBFD-002018

NO

NO

No

NO

NO

No

NO

NO

No

YES

YES

No

YES

YES

No

YES

YES

No

NO

NO

No

NO

NO

No

LBFD-001001 LOFD-001021

NO

YES

No

LBFD-001001 LOFD-001021

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

LOFD-002001 LOFD-002002 LOFD-001021 LOFD-002001 LOFD-002002 LOFD-001021 LOFD-002001 LOFD-002002 None LOFD-001021 LBFD-00201803 LOFD-002002 LOFD-001021 LBFD-00201803 LOFD-002002 LOFD-001021 LOFD-002002

network code of the external GERAN cell that is shared among multiple operators. A PLMN ID Indicates theismobile comprised of an country code of the MCC and an MNC. external UTRAN The MCCthe consists Indicates mobile cell. Indicates the of the of three digits. network code A PLMN ID is UTRAN cell ID. It Indicates the mobile The MNC consists external UTRAN comprised of an uniquely identifies country code of thea of twoand to three cell. MCC an MNC. cell in a PLMN. external UTRAN digits. A PLMN IDconsists ismobile The MCC Indicates cell that isthe shared For example, ifofthe comprised of of threemultiple digits. network code an the among is 123 and the MCC and an MNC. The MNC consists external UTRAN Indicates the cell operators. MNC is 45, then the The MCC consists of two three cell thatto shared global IDis of the A PLMN ID PLMN is is 12345. of threeID digits. digits. among multiple external comprised of an The MNC consists For example, if the operators. CDMA2000 cell. It MCC and an MNC. of twoisto123 three MCC and the A PLMN ID is uniquely identifies The MCC consists a digits. MNC is 45, then comprised of an the CDMA2000 cell of three digits. For example, if the PLMN ID is 12345. MCC and an MNC. around theconsists globe. The MNC MCC is 123 and the The MCC consists For details, see the of two to45, three MNC is then the of three digits. CellGlobalIdCDMA2 digits. PLMN ID the isconsists 12345. Indicates band The MNC 000 IE defined For example, if in the class on which the of two to three 3GPP 6.3.4. MCC is36.331 123 and the external digits. The global ID of a MNC is 45, then the Indicates thecell CDMA2000 For example, if the CDMA2000 HRPD PLMN ID ison12345. frequency which operates. Forand Indicates the type MCC is 123 cell consists of 16the the external details, see 3GPP of the MNC isexternal 45, then the decimal digits, and Indicates the CDMA2000 cell TS 36.331. CDMA2000 cell. By PLMN ID is code, 12345. that of a scrambling operates. For Indicates the mobile default, the cell a CDMA2000 1xRTT which issee used asis details, 3GPP country code of the CDMA2000 HRPD cell consists of 6 the physical TS 36.331. external cell.cell cell. decimal digits. identifier of the Indicates the mobile A PLMN ID is Note thatcode the cell external network of the comprised of an global IDcell. of acell. CDMA2000 external MCC and an1xRTT MNC. CDMA2000 A PLMN IDconsists is The MCC cell consistsofofan6 comprised of three digits. decimal and MCCMNC anddigits, an MNC. The that of a consists The MCC consists of two to three CDMA2000 HRPD of three digits. digits. cell consists of 16 The MNC consists For example, if the decimal digits. Indicates the name of twoisto123 three MCC and the of the external digits. Indicates the cell MNC is 45, Indicates thethen cellthe ID CDMA2000 cell. For example, if the global ID the Indicates the PLMN ID of is cell. 12345. of the local It MCC isof 123 neighboring cell. the It a priority theand uniquely identifies MNC is 45, then the uniquely identifies a neighboring cell cell within an PLMN ID is 12345. CDMA2000 1xRTT during blind eNodeB. cell around the handovers. Blind Indicates globe. Forwhether handover isdetails, a handovers of UEs see the in which process to the associated CellGlobalIdCDMA2 the eNodeB Indicates whether neighboring cell 000 IE defined inare instructs aorUE to to permit prohibit prohibited. 3GPP 36.331 hand over removal of to thea6.3.4. specified neighboring relation neighboring cell by ANR. without Indicates whether measurements. this neighboring cell There are 32 is automatically priorities altogether. discovered The priority by hasthe a ANR algorithm. Indicates the name positive correlation of thethe local cell.of with value this parameter. Indicates the name Note the value of thethat neighboring Indicates cell ID 0 indicatesthe that cell. of the local cell. blind handovers Itto uniquely identifies the neighboring cella cell within an are prohibited. eNodeB.

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001036 LOFD-001037

YES

YES

No

LOFD-001021

NO

YES

No

NO

YES

No

NO

YES

No

NO

NO

No

NO

YES

No

NO

YES

No

NO

NO

No

YES

YES

No

None

YES

YES

No

LOFD-001021

NO

NO

No

LOFD-001021 LOFD-002002

NO

NO

No

LOFD-002001 LOFD-002002

NO

NO

No

LBFD-002018

NO

NO

No

LOFD-002001 LOFD-002002

NO

NO

No

LOFD-001021 LOFD-002002

NO

NO

No

LOFD-001021 LOFD-002002

YES

YES

No

None

LOFD-001021 LBFD-00201803 LOFD-002002 LOFD-001021 LBFD-00201803 LOFD-002002 LBFD-001001 LOFD-001021 LBFD-00201803 LOFD-001021 LBFD-00201803 LOFD-001036 LOFD-001037 LOFD-001036 LOFD-001037 LOFD-001021 LBFD-00201803 LOFD-002002

reselectionused to in threshold neighboringtocells on reselection a higher-priority neighboring cells on Indicates the Indicates the neighboring a lower-priority neighboring absolute priority of CDMA2000 CDMA2000 CDMA2000 the CDMA2000 frequency. band frequency. class. Signals on a band class toperform be UEs always After starting frequency within the used during cell measurements measurements for for band class can be reselection. higher-priority neighboring The cells on obtained by UEs. value 0 indicates neighboring cells. A a lower-priority For details,priority. see the lowest UE considers a the frequency in the BandclassCDMA20 Cells of different neighboring band cell on CDMA2000 00 IE cannot in 3GPP RATs Indicates mobile a higher-priority class, the the UEhave 36.331. the same country code frequency in the considers oneof the reselection external cell.priority. CDMA2000 bandas neighboring Indicates thecell mobile information The PLMN class as a consists a candidate forof is network code the contained SIB8. of the MCCin candidate for reselection ifand thethe external cell. For details,level MNC. reselection ifsee theof RX signal The PLMN consists 3GPP TS 36.331. The MCC consists RX signal level the serving cell of isthe of the MCC Indicates theand cellcell ID of digits. thethree neighboring less than a MNC. of the neighboring The MNC consists is greater threshold than the specified The MCC consists GERAN cell. It of two to three value of this during a specified of three digits. uniquely identifies digits. parameter during aa cell reselection The MNCcell consists GERAN within For example, MCC specified cell time, that of the of two to three the area specified = 123, MNC =LAC 45, Indicates the reselection time Indicates whether neighboring cell is digits. by the location area PLMN =than 12345. of the neighboring and other related to set the routing greater the For example, MCC identity (LAI). GERAN cell. conditions areItAn met. area code (RAC) for value ofMNC this = 123, = LAI consists of45, the a uniquely identifies For details, see the external parameter during Indicates theand PLMN = within 12345. MCC, MNC, location a 3GPP 36.304 GERAN cell. This the cellTS reselection GERAN band LAC. PLMN. 5.2.4.5. parameter is time, and other indicator. If the required if the is related GERANconditions ARFCN external GERAN are met. For Indicates a value inthe thedetails, range cell supports packet see 3GPP TScode. routing area Indicates the of 512 to 810, the switched (PS) code 36.304of5.2.4.5. network color value this services. (NCC) of GERAN. parameter is used It Indicates is to operator-specific indicatethe whether GERAN BCCHa and identifies the GERAN Indicates the details, base ARFCN. For network within frequency is in the the station color code see 3GPP TS Indicates whether whole country. 1800MHz band or (BCC) ofsupports the 45.005. the The base the cell 1900MHz band. external GERAN the dual transceiver For details, station see cell. Thecode basemode. transmission identity (BSIC) 3GPP TS 36.331. transceiver station If the cellofsupports consists the NCC identity the anddual the code base (BSIC) consists of the BCC transmission mode, station color code and the network both CS and PS (BCC). For details, color code (NCC). services can be Indicates the mobile see 3GPP TS Indicates the name For details, handed oversee to country of the the 23.003. code of the external 3GPP TS 23.003. cell. Otherwise, only neighboring Indicates the ID GERAN cell. Indicates the cell mobile the CSlocal service orIt GERAN cell. of the cell. network code of the the PS service cana The PLMN consists uniquely identifies neighboring be handed over to of the MCC and the cell withincell. an GERAN the cell. MNC. eNodeB. The consists The PLMN MCC consists of MCC and the of the three digits. MNC. The MNC consists The MCC consists Indicates the LACID of two to three Indicates the cell of three digits. of the neighboring digits. of the neighboring The MNCcell. consists GERAN It For example, GERAN cell. ItMCC of two to three uniquely identifies a = 123, MNC = 45, a uniquely identifies digits. location a PLMN = within 12345. GERAN cell within For example, MCC PLMN. the area specified = 123, MNC = Indicates whether by the location 45, area PLMN =(LAI). 12345. to permit or prohibit identity An removal of the LAI consists of the neighboring relation Indicates whether MCC, MNC, and by ANR. of UEs handovers LAC. to the neighboring cell are prohibited.

LOFD-001021 LBFD-00201803 LOFD-002002 LOFD-001021 LBFD-00201803

YES

YES

No

NO

NO

No

NO

NO

No

LBFD-00201803

NO

NO

No

LBFD-00201803

YES

YES

No

LOFD-001020

YES

YES

No

LOFD-001020

YES

YES

No

LOFD-001020

YES

YES

No

LOFD-001020

NO

NO

No

LOFD-001020

NO

YES

No

LOFD-001020

NO

YES

No

LOFD-001020

NO

YES

No

LOFD-001020

NO

YES

No

LOFD-001020

NO

YES

No

LOFD-001020

NO

NO

No

LOFD-001020 LOFD-001046

NO

NO

No

LOFD-001020

YES

YES

No

None

YES

YES

No

LOFD-001020

YES

YES

No

LOFD-001020

YES

YES

No

LOFD-001020

YES

YES

No

LOFD-001020

NO

NO

No

LOFD-002001 LOFD-002002

NO

NO

No

LOFD-002002

during blind handovers. Blind handover is a process in which Indicates the the eNodeB reselection priority instructs a UE to of the frequencies hand over to a in the GERAN specified carrier frequency neighboring cell. Indicates group. It iswhether There are 32 this neighboring cell contained in system priorities altogether. is automatically information block The priority has a discovered by The the type 7 (SIB7). positive correlation ANR algorithm. UE Indicates the name withdecides the value of whether to reselect of local cell. thisthe parameter. to a neighboring Indicates GERAN Note that a value the name cell on a frequency carrier frequency 0 indicates that of the neighboring Indicates the cell celltoID in thehandovers GERAN group. In the blind cell. of local cell. It carrier frequency reselection thethe neighboring cell uniquely identifies group on thea procedure, the are notbased allowed. cell within an value of this GERAN carrier eNodeB. and parameter frequencies arethe absolute priority of organized in groups Indicates the Indicates the the cell. andserving the cell standard that is GERAN band If the value of this reselection supported by Indicates If the indicator. thethe parameter is parameters are in current carrier Indicates whether starting ARFCN GERAN ARFCN is greater than the provided per group frequency group. to set the the GERAN carrier a value in the range absolute priority of of GERAN carrier reselection priority frequency group. of to 810, the the512 serving cell, the frequencies. of the frequencies For details, see value of thisperforms UE always in the GERAN 3GPP TS 36.331. parameter is used measurements on carrier frequency Indicates the to indicate whether neighboring cells Indicates whether the RX on group. If the value Indicates the RX minimum required the GERAN the GERAN carrier to set the maximum signal level of this parameter signal level RX signal level frequency is in theis frequency group; transmit power that threshold used in not specified, the threshold used in used in the 1800MHz band or Indicates whether then if the RX the UE can apply to reselection to UE does not reselection to evaluation for cell the 1900MHz band. to set the maximum signal level of oneon uplink transmission neighboring cells on reselect to neighboring cells selection. During For details, see transmit power that neighboring cell on aevaluation frequency in on a higher-priority neighboring cells a lower-priority the for 3GPP TS 36.331. the UE can apply to meets the related the GERAN carrier GERAN frequency. frequencies in GERAN frequency. cell selection and uplink transmission conditions, the frequency group. UEs always the GERAN carrier After starting reselection toperform a in It on a frequency neighboring cellfor is used in criteria S measurements frequency group. measurements neighboring cellfor on the GERAN carrier becomes a the to calculate higher-priority neighboring cells a frequency in theon frequency group. candidate for compensated neighboring cells.ItA a lower-priority GERAN carrier is used in criteria reselection. If the S power. For details, UE considers a in the frequency group, to calculate the value of this see 3GPP TS neighboring cell on GERAN carrier the UE calculates compensated parameter is less 36.104. a higher-priority frequency group, the Srxlev value for Indicates the power. details, than theFor absolute frequency in the cell the UE considers neighboring frequency specific see 3GPP TS priority ofcarrier the GERAN one neighboring based onthe thegroup offset of 36.104. serving cell, the UE frequency group cellneighboring as a candidate following formula:as of starts the a candidate for for reselection if the Srxlev = carrier Measured GERAN measurements only reselection ifofThis the RX signal of RSSI valuelevel the frequencies. when the RX signal RX signal level of the serving cell is- a neighboring cell parameter isserving used Indicates whether level of the the neighboring cell less than a Minimum RX signal in the decision of BCCH carrier with cell is low; then if is greater than the specified threshold level - Power the UE send the specific NCC is the RXofato signal level value this during specified compensation. measurement permitted for For of one neighboring parameter during a cell reselection Indicates the cell ID details, see 3GPP reports for intermonitoring. For cell meets the specified cell time, that of the of the local cell. It TS 36.304. RAT handovers. For details, see 3GPP related conditions, reselection time neighboring cell is a uniquely identifies details, see 3GPP Indicates the index TS 36.331. the neighboring cell and other related greater than cell within anthe TS 36.331. of the BCCH carrier becomes a conditions are met. value of this eNodeB. frequency group. It candidate for For details, see parameter during identifies a BCCH Indicates the reselection. Cells of 3GPP TS 36.104. the cell reselection carrier frequency GERAN BCCH different RATs time, andFor other group. ARFCN. details, cannot have the related conditions Indicates the see 3GPP TScell ID same reselection are met. Forcell. details, of the local It 45.005. priority. For details, Indicates the see 3GPP TS uniquely identifies a see 3GPP TS physical 36.104. cell withincell an 36.331. of the identifier eNodeB. intra-frequency blacklisted cell. For details, see 3GPP TS 36.211.

NO

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LBFD-002018

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LOFD-002001 LOFD-002002

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LOFD-001020

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LOFD-001020

YES

YES

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None

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LOFD-001020 LOFD-002002

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LOFD-001020

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LOFD-001020 LBFD-00201803

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YES

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LOFD-001020

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LBFD-00201803

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LBFD-00201803

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LBFD-00201803

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LBFD-00201803

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LBFD-00201803

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LBFD-00201803

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LBFD-00201803

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LOFD-001020 LOFD-002002

NO

NO

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LBFD-00201803

YES

YES

No

None

YES

YES

No

LBFD-002009 LOFD-001020

YES

YES

No

LBFD-002009 LOFD-001020

YES

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LBFD-00201803 LBFD-00201801

EARFCN range: Band 6: UL 2750 to 3449, EARFCN range: lowest frequency 20650 to 20749, of the DL frequency operating Indicates lowest the mobile of band: 2620; country the UL operating code of the Band 8: DL Indicates the E-UTRAN band: 830; Indicates the cell ID EARFCN range: Indicates the mobile eNodeB identity of neighboring Band 7: UL cell. of theto local cell. Itthe 3450 3799, network code of the intra-frequency The EARFCN PLMN range: consists Indicates the cell a uniquely identifies lowest frequency E-UTRAN neighboring cell. Itof of 20750 the MCC to 21449, and the identity of the intracell within ancell. the DL operating neighboring uniquely identifies MNC. lowest frequency of frequency eNodeB. band: 925; The PLMN consists an within TheeNodeB the UL MCC operating consists neighboring cell. Ita Band 9: DL of the MCC and thea PLMN. The 28-bit of band: three 2500; digits. uniquely identifies EARFCN range: MNC. E-UTRAN cell The within Band MNC 8: UL consists cell an 3800 totois 4149, The MCC consists identity of two EARFCN three range: eNodeB. The 28-bit lowest frequency of three digits. Indicates the comprised of cellthe of digits. to 21799, 21450 E-UTRAN cell the operating The MNC consists specific offset forthe cell identity and Indicates the cell For DL lowest example, frequency MCC of identity is band: 1844.9; of two to three the intra-frequency eNodeB identity specific offset = the 123, UL MNC operating = 45, comprised of the Band 10: DLcell. digits. neighboring It (represented by the between the PLMN band: 880; = 12345. cell identity EARFCN range: For example, MCC affects the most significant serving the Band 9: cell UL and (represented by 20 4150 toMNC 4749, = 123,significant 45, probability of=global bits). The cell intra-frequency EARFCN range: least lowest frequency of PLMN = 12345. triggering intraidentity (CGI) ofthe an neighboring cell 21800 to 22149, eight bits) and the DL operating frequency E-UTRAN cell is that is related to lowest frequency eNodeB identity. of band: 2110; measurement comprised the Etriggering ofofcell the UL operating The cell global Indicates the Band 11: DL reports. A larger UTRAN cell identity reselection. The band: 1749.9; identity (CGI) of an reselection priority EARFCN range: value of this and the PLMN ID. larger the value of Band 10: UL E-UTRAN cell is of theto neighboring Indicates whether 4750 4949, parameter indicates For details, see this parameter is, EARFCN range: comprised of the EE-UTRAN handovers of UEsof lowest frequency a higher probability. 3GPP TS 36.413. the less possibly 22150 to 22749, UTRAN cell identity frequency. It is to the neighboring the DL operating For details, seeID.of Indicates whether the cell reselection lowest and thefrequency PLMN contained inprohibit system cell are prohibited. band: 1475.9; 3GPP TS 36.331. to permit or occurs. Thissee the UL operating For details, information block Band 12: removal ofDL the parameter is band: 3GPP TS 36.413. type 5 1710; (SIB5). Indicates whether EARFCN range: neighboring contained in SIB4. Band 11:decides DLrelation The UE this neighboring cell 5000 to 5179, by ForANR. details, see EARFCN range: whether to reselect is automatically lowest frequency 3GPP TS 36.331.of 22750 to 22949, to aDL neighboring discovered by the the operating lowest frequency of cell on the ANR algorithm. Indicates the name band: 728; the DL operating neighboring Eof the 13: local Band DLcell. band: 1427.9; UTRAN frequency EARFCN range: Indicates the name Band 12: DL based on5279, the value 5180 of theto neighboring EARFCN range: of this parameter Indicates the cell ID lowest frequency cell. 23000 to 23179, of and the absolute of the local cell. It the DL operating lowest frequency of Indicates whether priority of the uniquely identifies a band: 746; the DL operating to the UL serving cell. cellset within an Band 14: DL band: 698;Ifof EARFCN. this If the value this eNodeB. EARFCN range: Band 13: DL set to parameter is 5280 to 5379, EARFCN range: NOT_CFG, the UL greater than the lowest frequency of 23170 to 23279, EARFCN is the DL absolute priority of the DL operating Indicates whether lowest frequency of Indicates the time EARFCN plus the serving cell, the band: 758; to set the DLthe operating threshold for inter18000 in FDD UE always performs Band 17: reselection priority band: 776;DL frequency cell mode and is theon measurements EARFCN range: of the neighboring Band 14: DLAcells reselection. UE on same as5849, the DL neighboring 5730 to E-UTRAN EARFCN range: initiates a EARFCN inIfTDD the neighboring Elowest frequency frequency. 23280 to 23379, reselection tothe the of mode. UTRAN frequency; the DL operating value of this lowest frequency of inter-frequency then if 734; the RX band: parameter iscell not the DL operating neighboring signal quality Indicates the Band 18: DL specified, the of UEone band: 788; only after the signal Indicates whether neighboring cell scaling factor EARFCN range: does not Indicates the Band 17: DL quality intoreselect the cell isto to set to the speedmeets the related applied 5850 5999, neighboring cells measurement EARFCN better thanrange: that inon dependent scaling conditions, the TReselEutra for Indicates the lowest frequency the frequency. bandwidth of theforof 23730 to 23849, the serving cell parameters related neighboring cell medium-mobility scaling factor the DL frequency operating inter-frequency lowest of a period defined by to cell reselection. becomes a UEs. The actual cell applied to cell on band: 860; neighboring the DL operating this parameter and, If this 19: parameter is candidate for reselection time for TReselEutran for Band the frequency. The band: 704;DLafter in addition, the set to NOT_CFG, reselection. medium-mobility high-mobility UEs. EARFCN range: setting of DL this Band 18: UE camps on speed-dependent If the value of the this UEs within EThe actual cell 6000 to cell 6149, parameter depends EARFCN range: serving for cell reselections are parameter is lessfor UTRAN is equal toof reselection time lowest frequency on the bandwidth 23850 toabsolute 23999, longer than 1s. This not supported by than the the product of high-mobility UEs the DL frequency operating configuration of the lowest of parameter is and default. priority of the TReselEutra within E-UTRAN isa band: 875; cell. In E-UTRAN, the DL operating contained in SIB5. serving cell, the UE TReselEutranSfMe equal to Band 20: cell bandwidth band: 815;DLseeis For details, starts the dium. This TReselEutran EARFCN range: also expressed in Band 19: 3GPP TS DL 36.331. measurements parameter is only multiplied by 6150 to 6449, units of resource EARFCN range: when the RX signal contained in SIB5. TReselEutranSfHig lowest frequency blocks (RBs). Cellof 24000 to 24149, level of the serving For details, see h. This parameter is the DL operating bandwidths 1.4 lowest frequency cell is 3low; then if of 3GPP TS 36.331. contained in SIB5. band: 791; MHz, MHz, 5 the DL operating the RX signal level For details, Band 21: DLsee MHz, 10 MHz, 15 band: 830; of one neighboring 3GPP TS 36.331. EARFCN range: MHz, and 20 MHz Band 20: DL cell meets the 6450 to 6599, correspond to 6 EARFCN range: related conditions, lowest frequency RBs, 15 RBs, 25 of 24150 to 24449, the neighboring cell

YES

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LBFD-00201801

YES

YES

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LBFD-00201801

YES

YES

No

LBFD-00201801

YES

YES

No

LBFD-00201801

NO

NO

No

LBFD-00201801 LOFD-002009

NO

NO

No

LBFD-00201803

NO

NO

No

LBFD-00201801 LOFD-002001

NO

NO

No

LOFD-002001

NO

NO

No

LOFD-002001

NO

NO

No

LBFD-00201801 LOFD-002001

NO

NO

No

LBFD-00201801 LOFD-002001

YES

YES

No

None

YES

YES

No

NO

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NO

YES

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LBFD-00201803

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LBFD-00201803

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LBFD-00201803

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LBFD-00201803

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YES

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LBFD-00201803

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YES

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LBFD-00201803

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YES

No

LBFD-001001 LBFD-00201803 LBFD-00201802

LBFD-00201803 LBFD-00201802 LBFD-001001 LBFD-00201803 LBFD-00201802 LBFD-001001 LBFD-00201803 LBFD-00201802

neighboring cells neighboring cells on on the DL operating Indicates the a higher-priority a lower-priority band: 925; Efrequency-specific neighboring neighboring EBand 9: DL offset of the UTRAN frequency. frequency. UTRAN EARFCN range: neighboring EIndicates the UEs always perform After starting 3800 to 4149, UTRAN frequency. minimum required measurements for measurements forof lowest frequency It is contained in RX signal level higher-priority neighboring cells on the DLinoperating system information used the cells. A neighboring the lower-priority band: 1844.9; block type 5for (SIB5). evaluation UE considers acell neighboring EBand 10: in DL It is used the selection. During neighboring cell on UTRAN frequency, Indicates the EARFCN range: evaluation for cell the evaluation for higher-priority the UE configuration 4150 toconsiders 4749, reselection and for cell selection and neighboring EIndicates whether one neighboring information about lowest frequency the triggering reselection to and a of UTRAN frequency to set the maximum cell as a candidate the intra-frequency the DL operating Indicates theevent stopping of neighboring celliffor on as areselection candidate transmit power for the neighboring cellthat of band: 2110; maximum transmit A4. For details, see the neighboring Ereselection if the the UE can apply to RX signal level of the serving Band 11: DL power that acell. UE Indicates the event 3GPP TS 36.331. UTRAN frequency, RX signal level of uplink transmission the serving cell is BitString00: EARFCN range: can apply to uplink to trigger interthe UE calculates neighboring on the neighboring Indicates whether less than a Indicates thaton cell 4750 to 4949, transmission the frequency the Srxlev valuethe for is greater than E-UTRAN all neighboring cells specified threshold certain neighboring lowest frequency of neighboring Ehandovers. If the the neighboring cell value ofaneighboring this frequency. If the on this during specified cells have the same the DL operating UTRAN frequency. neighboring Ebased on the parameter during a value of subframe. this E-UTRAN cell reselection MBSFN band: 1475.9; It is used inare criteria UTRAN frequency following formula: specified cell parameter is not frequency time, that of the BitString01: Band 12: DL S to the calculate the and Srxlev =serving Measured reselection time specified, the configured with at neighboring cell is Indicates that all EARFCN range: compensated frequency are inthe the RSRP value of and other related maximum power is least two antenna greater than the neighboring cells 5000 to 5179, power. If the value same frequency neighboring cell conditions are met. subject to the UE ports. Set this value of this have the same lowest frequency of of this parameter is band, either event Minimum RX signal For details, capability. For tosee TRUE parameter during MBSFN subframe. the DL operating not specified, the A4 can level -event Power 3GPP TS 36.331. details, see 3GPP ifA3 allor these interthe cell reselection BitString10: band: 728; maximum power is be used to trigger compensation. For TS 36.101. frequency time, and otherall Indicates that Band 13: DL subject to the UE an inter-frequency details, see 3GPP neighboring cells related conditions neighboring cellsthat EARFCN range: capability. For handover. Note TS 36.304. are configured with met. For details, have mutually Indicates the blind5180 to 5279, details, see 3GPP the handover at least two see 3GPP TS different MBSFN handover priority of lowest frequency TS 36.101. performance when Indicates the cell antenna ports. SetID 36.331. subframes. the inter-frequency DL operating event A3 is used is of the local cell.toIt this parameter BitString11: neighboring cell. a band: 746; better than that uniquely FALSE if identifies one of Indicates that the Blind handover is a Band 14: DL when event A2 is cell within an these interserving TDD cells procedure in which EARFCN range: used. If the eNodeB. frequency Indicates the have neighboring the eNodeB 5280 to 5379, neighboring E- is neighboring cells physical cell cells of different instructs athe UEmobile toULlowest frequency of Indicates UTRAN frequency configured with only identifier of the DL configurations. hand over to aof the the DL operating country code and the serving one antenna port. inter-frequency For details, see Indicates specified band: 758;the E-UTRAN frequency are in ID Indicates the cell blacklisted cell. For Indicates the mobile 3GPP TSfrequency 36.331. eNodeB identity of neighboring cell Band 17: DL cell. different of the local cell. Itthe details, see 3GPP network code of the inter-frequency without EARFCN range: The PLMN consists Indicates the cell bands, only event a uniquely identifies TS 36.211. E-UTRAN neighboring cell. It measurements. 5730 to 5849, of the MCC and the identity of the interA4 can be used to cell within an neighboring cell. uniquely identifies There are 32 blindlowest frequency of MNC. frequency trigger an intereNodeB. The PLMN consists an eNodeB within handover priorities the DL operating The MCC consists neighboring cell. Ita frequency of the MCC and thea PLMN. The 28-bit in total. The priority band: 734; of three digits. uniquely identifies handover. MNC. E-UTRAN cell has aMNC positive Band 18: DL The consists cell within an The MCC consists identity correlation with the EARFCN range: of two toisthree eNodeB. The 28-bit of three digits. comprised of the value of 5999, this 5850 to digits. E-UTRAN cell The MNC consists Indicates the cellcell identity and the Indicates cell parameter. The lowest frequency of For example, MCC identity is the of two to three for eNodeB identity specific offset value 0 indicates the DL operating = 123, MNC = 45, comprised of the digits. the neighboring (represented by the between the that blind handover band: 860; PLMN = 12345. cell identity For example, MCC cell. Asignificant larger value most 20 serving cell the to the Band 19: DLand (represented by = 123, MNC = 45, of this parameter bits). The cell global inter-frequency corresponding EARFCN range: least significant PLMN 12345. results aand higher identity (CGI) ofthe an neighboring cell is 6000 bits) to=in 6149, eight probability of E-UTRAN cell is of that is related to prohibited, values lowest frequency eNodeB identity. reporting intercomprised the Etriggering ofofcell 17 32operating are theto DL The cell global frequency UTRAN cell identity reselection. assigned to The intraband: 875; identity (CGI) of an measurement and PLMN ID. larger the value of eNodeB interBandthe 20: DL E-UTRAN cell is Indicates whether events. For details, For details, see this parameter is, frequency EARFCN range: comprised of the Ehandovers ofcells UEs see 3GPP TS 3GPP 36.413. the less possibly neighboring 6150 toTS 6449, UTRAN cell identity to the neighboring 36.331. Indicates whether the cell reselection and used in theID.of lowest thefrequency PLMN cell areoperating prohibited. to orfor prohibit occurs. This evaluation thepermit DL For details, see removal of the parameter is frequency-priorityband: 791; 3GPP TS 36.413. neighboring contained in relation SIB5. based handover, Band 21: DL by ANR. For details, and valuesrange: 1see to 16 EARFCN 3GPP 36.331. are used in the 6450 toTS 6599, Indicates whether evaluation for other lowest frequency of this neighboring cell handover. If the theautomatically DL operating is switch for by the band: 1495.9; discovered frequency-priorityBand 32: DL ANR algorithm. based interEARFCN range: frequency handover 17950 to 17999, is turned on and the lowest frequency of switch the DL for operating frequency-priorityband: 1990; based interBand 33: DL

NO

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LBFD-001001 LBFD-00201803 LBFD-00201802

NO

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LBFD-00201803

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No

LBFD-00201803

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LBFD-00201803

NO

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LBFD-00201803

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LBFD-00201803

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LBFD-00201803 LBFD-00201802

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LBFD-00201803 LBFD-00201802

NO

NO

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LBFD-00201802

YES

YES

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YES

YES

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LBFD-00201803 LBFD-00201802

YES

YES

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LBFD-00201803 LBFD-00201802

YES

YES

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None

YES

YES

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LBFD-00201802

YES

YES

No

LBFD-00201802

YES

YES

No

LBFD-00201802

YES

YES

No

LBFD-00201802

NO

NO

No

LBFD-00201802 LOFD-002009

NO

NO

No

LBFD-00201803

NO

NO

No

LBFD-00201802 LOFD-002001

NO

NO

No

LOFD-002001

NO

NO

No

LBFD-00201802 LBFD-00201803

NO

NO

No

LOFD-002001

4150 to 4749, EARFCN range: lowest frequency 21800 to 22149, of the DL frequency operating of lowest band: the UL2110; operating Band DL band: 11: 1749.9; EARFCN range: Band 10: UL 4750 to 4949, Indicates the mobile EARFCN range: lowest frequency of country code of the 22150 to 22749, Indicates the name the DL operating Indicates the external E-UTRAN lowest frequency of the local cell. of Indicates the mobile band: eNodeB identity of cell. the UL1475.9; operating Indicates the name network code Band 12: DL the external E-of the The PLMN consists band: 1710; of the neighboring Indicates the external E-UTRAN EARFCN range: UTRAN cell. Itcellthe of the 11: MCC and Band DL cell. identity of the cell. 5000 to 5179, uniquely identifies MNC. EARFCN range: external E-UTRAN The PLMN consists lowest frequency an withinofa TheeNodeB MCC consists 22750 to 22949, cell. It uniquely of the MCC and the the DL operating PLMN. The 28-bit of threefrequency digits. lowest of identifies acell cell MNC. band: 728; E-UTRAN TheDL MNC consists the operating within anis eNodeB. The MCC consists Band 13: DL identity of two to three band: 1427.9; The 28-bit Eof three digits. EARFCN range: comprised of the digits. Band 12: DL UTRAN cell identity The MNC consists 5180 to 5279, cell identity and the For example, MCC EARFCN range: is comprised of the of two to three lowest frequency eNodeB identity = 123, to MNC = 45,of 23000 23179, cell identity digits. the DL operating (represented by the PLMN = 12345. lowest frequency of (represented by the For example, MCC band: 746; most significant 20 Indicates whether the DL operating least = 123, MNC 45, Band 14: DL bits). The cell=global to setsignificant the UL band: 698; eight bits) and PLMN = 12345. EARFCN range: identity (CGI) ofthe an EARFCN. If this Band 13: DL eNodeB identity. 5280 to 5379, E-UTRANrange: cell is to parameter is set EARFCN The cellfrequency global lowest of comprised ofthe theUL ENOT_CFG, 23170 to 23279, identity (CGI) of DL an the DL operating UTRAN cell identity EARFCN is the lowest frequency of E-UTRAN cell is band: 758; and the PLMN ID. EARFCN plus the DL operating comprised ofsee the EBand 17: DL For details, 18000 in FDD band: 776; UTRAN EARFCN range: 3GPP TScell 36.413. mode and is identity the Band 14: DL Indicates the and the PLMN 5730 to 5849, same as the DLID. EARFCNcell range: physical ID of For details, lowest frequency of EARFCN in see TDD 23280 to 23379, the external E3GPP TS 36.413. the DL operating mode. lowest frequency UTRAN cell. For of band: Indicates the3GPP the DL734; operating details, see Band 18: DL tracking area band: 788; TS 36.211. code EARFCN range: of the 17: external EBand DL Indicates the mobile 5850 to 5999, UTRAN cell. EARFCN range: Indicates the name country code of the lowest frequency 23730 to 23849, of the external E- of neighboring UTRAN the DL operating Indicates the cell ID lowest frequency of UTRAN cell. Indicates the mobile cell. band: 860; of the local cell. Itthe the DL operating network code of The PLMN consistsa Band 19: DL uniquely identifies band: 704; neighboring UTRAN of the MCC EARFCN range: cell within anand the Band 18: DL cell. MNC. 6000 to 6149, eNodeB. EARFCN range: The PLMN consists The MCC consists lowest frequency of 23850 to 23999, of three the MCC and the of digits. the DL operating lowest frequency MNC. The MNC consistsof band: 875; Indicates the the DL operating The MCC consists of two20: to three Band DL priority ofdigits. the band: 815; of three Indicates the digits. EARFCN range: neighboring cell Band 19:cell DL The MNC consists UTRAN ID. It For example, MCC Indicates whether 6150 to 6449, during blind EARFCN range: of two to three uniquely identifies a = 123, MNC = 45, to allowfrequency handover lowest handovers. Blind of 24000 to 24149, digits. cell within a PLMN. PLMN = 12345. of UEs to the the DL operating handover is a MCC lowest frequency For example, neighboring cell of band: 791; process in which the DL operating = 123, MNC = 45, Indicates whether that is21: determined Band DL the eNodeB band: 830; PLMN = 12345. to permit or prohibit by the neighboring EARFCN range: instructs aDL UE Band 20:of removal the to relation. 6450 to 6599, hand over torelation a EARFCN range: neighboring lowest frequency specified 24150 to 24449, of by ANR. the DL operating neighboring cell. of lowest frequency Indicates whether band: There are 32 the DL1495.9; operating this neighboring cell Band DL priorities altogether. band: 32: 832; is automatically EARFCN range: The priority has a Band 21: DL discovered by the 17950 tocorrelation 17999, positive EARFCN range: ANR algorithm. lowest Indicates frequency the name with theto value of of 24450 24599, the of the DL local operating cell. of this parameter. lowest frequency band: 1990; Note that value Indicates the name the DL operating Band 33: DL 0 indicates that of the neighboring band: 1447.9; Indicates the celltoID EARFCN range: blind cell. Band handovers 32: DL of the local cell. It 36000 to 36199, the neighboring EARFCN range:cell uniquely identifies a lowest frequency are notto allowed. 35950 35999, of cell within an the DL operating lowest frequency of eNodeB. band: the DL1900; operating Band DL band: 34: 1910; EARFCN range: Band 33: DL 36200 to 36349, EARFCN range: lowest frequency 36000 to 36199, of the DL frequency operating of lowest band: 2010;

NO

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No

LBFD-00201802 LOFD-002001

NO

NO

No

LBFD-00201802 LOFD-002001

YES

YES

No

LBFD-00201801 LBFD-00201802

YES

YES

No

LBFD-00201801 LBFD-00201802

YES

YES

No

LBFD-00201801 LBFD-00201802

YES

YES

No

LBFD-00201801 LBFD-00201802

NO

YES

No

LBFD-00201801 LBFD-00201802

NO

NO

No

LBFD-00201801 LBFD-00201802

NO

YES

No

LBFD-00201801 LBFD-00201802

NO

YES

No

LBFD-00201801 LBFD-00201802

NO

YES

No

LBFD-00201801 LBFD-00201802

NO

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LBFD-00201801 LBFD-00201802

YES

YES

No

None

YES

YES

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LOFD-001019

YES

YES

No

LOFD-001019

YES

YES

No

LOFD-001019

NO

NO

No

LOFD-001019 LOFD-002002

NO

NO

No

LOFD-002001 LOFD-002002

NO

NO

No

LBFD-002018

NO

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No

LOFD-002001 LOFD-002002

NO

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No

LOFD-001019

NO

NO

No

LOFD-001019

YES

YES

No

None

Band 1: UARFCNs: ULThe UE frequency. Normal Normal UARFCNs: UARFCNwhether = DL to decides [4132-4233] [2237-2563] UARFCN Indicates the - a950; DL reselect to Special UARFCNs: Special UARFCNs: Band UARFCN 2: UL of the neighboring cell on (782, 807, (2587,787, 2612, 2637, UARFCN external UTRAN = DL the UTRAN 812, 862) 2662,837, 2687, 2712, UARFCN cell. The UARFCN -based 400; on frequency Band 2737, 6: 2762, 2787, Band range 3: inUARFCNs: UL each FDD the value of this Normal 2812, 2837, 2862, UARFCN frequency =band DL is parameter and [4162-4188] Indicates the UL 2887, 2912) the UARFCN shown as follows: 475; absolute priority Special UARFCN of the of Band 8: UARFCNs: Indicates the Band 4: 1: UL the serving cell. (812, 837) external UTRAN Normal UARFCNs: working mode UARFCN Normal UARFCNs: = DLthis If the value of Band 7: cell. The UARFCN [2937-3088] supported by the UARFCN [10562-10838] 2000; parameter is Normal UARFCNs: range inUARFCNs: each FDD Special UTRAN in the Indicates the Band Special 5: UARFCNs: UL greater than the is [2012-2338] frequency band none current UARFCN. TDD/FDD mode of UARFCN none = DL of absolute priority Special UARFCNs: shown follows: Band 9:as the inter-RAT UARFCN Band 2: 225; the serving cell, the (2362, 2412, Band 1:2387, Normal UARFCNs: UTRAN. Band Normal 6: UARFCNs: ULperforms UE always 2437, 2462, 2487, Normal UARFCNs: [9237-9387] UARFCN [9662-9938] = DL measurements on 2512, 2562, [9612-9888] Special2537, UARFCNs: UARFCN Special UARFCNs: - 225; neighboring cells on 2587, Indicates 2612, whether 2637, Special UARFCNs: none (412,437,462,487,5 Band 7: UL the UTRAN 2662, to set the 2687) UL none The UARFCN Indicates whether 12,537,562,587,612 UARFCN =Ifthen DL frequency; if UARFCN. 8: the Band 2: range in each TDD to set the priority of ,637,662,687) UARFCN - 600; the RX signal level Normal value of UARFCNs: this frequency bandwith is Indicates the a cell assigned Band 8:neighboring ULis not of one3: [2712-2863] parameter Indicates [9262-9538] shown as the follows: minimum RX signal the UARFCN used Normal UARFCNs: UARFCN = DL cell meets the Special specified, UARFCNs: the maximum transmit minimum required Special UARFCNs: Band 1: quality used in theto in cell reselection [1162-1513] UARFCN 225; related conditions, none default DL power the UE RX signal level (12, 37,that 62, 87,cell 112, Normal UARFCNs: evaluation for UTRAN. Indicates the RX Special UARFCNs: Band 9: the UL the neighboring cell Indicates the RX UARFCN is used. can apply to uplink used in 137, 162, 187, 212, Indicates the [9500-9600] and selection. This signal level none UARFCN = DL becomes a signal level Normal For an UTRAN UARFCNs: FDD transmission on the evaluation for cell 237, 262, 287) frequency-specific [10050-10125] parameter is threshold used in Band 4: UARFCN 475; candidate for threshold used in [8762-8912] cell, the way to UTRAN frequency. selection. During Band 3: offset forUARFCNs: the Special required in the reselection to The Normal default UARFCNs: UL reselection. reselection to Special calculate UARFCNs: the default It is evaluation used infor criteria the for Normal UARFCNs: UTRAN frequency. none evaluation neighboring cells on UARFCN [1537-1738] is If the value of this neighboring cells on none UL UARFCN varies S to calculate the cell selection and [937-1288] It affects the Band 2: reselection only to a a higher-priority calculated Special UARFCNs: as parameter is less a lower-priority The depending UARFCN on compensated reselection to a Special probability of Normal UARFCNs: UTRAN cell. A UTRAN frequency. follows (1887, ifFDD the DL 1937, than the absolute UTRAN frequency. range whether in1912, the each DL TDD power. For details, neighboring cell on none triggering [9250-9550] and UE starts the UEs always perform frequency 1962, 1987, is 2012, a priority of the After starting frequency band is a see 3GPP TS the UTRAN Band 4: for is measurement [9650-9950] evaluation measurements for special 2037, 2062, one: 2087) serving cell, the UE measurements for shown normal or special follows: 25.104. frequency, the Normal UARFCNs: reports for event Specialas reselection to aUE higher-priority Band 2: 5: UL starts the neighboring cells on Band one. 1: calculates the [1312-1513] B1. For details, see none neighboring UTRAN neighboring cells. A UARFCN Normal UARFCNs: = DL measurements only the lower-priority Normal The default UARFCNs: UL Srxlev value for the Special UARFCNs: 3GPP TS 36.331. Band 3: FDD cell on the UE considers a UARFCN [4357-4458] 400; when the RX signal UTRAN frequency, [9500-9600] UARFCN is and neighboring cell (1662, 1687, 1712, Normal UARFCNs: frequency only ifon Indicates the mobile neighboring cell Band Special 4: UARFCNs: UL level of the serving the UE considers [10050-10125] calculated as based on the 1737, 1762, 1787, [9550-9650] the RX signal country of ifthe the higher-priority UARFCN (1007, 1012, =then DL 1032, cell is low; one neighboring Special follows ifcode UARFCNs: the DL following formula: 1812, 1837, 1862) Special UARFCNs: quality of the external UTRAN UTRAN frequency UARFCN 1037, 1062, 300; 1087) the RX signal level cell a Measured candidate none frequency is cell amobile Srxlev Band noneas5:= Indicates the neighboring is cell. as a candidate Band 5: 6: UL of one neighboring for reselection iffor the Band normal 2: one: RSCP ofof the Normal UARFCNs: Band network 4:value code the greater than the The PLMN consists reselection if the UARFCN Normal UARFCNs: = DL cell meets the RX signal level of Normal Band 1: UARFCNs: UL neighboring cell [4132-4233] Normal external UARFCNs: UTRAN value of this Indicates the IDofof of the MCC and RX signal UARFCN [4387-4413] -level 225; related conditions, the serving cell isthe [9250-9550] UARFCN = DL and Minimum RX signal Special UARFCNs: [12850-13100] cell. parameter. For the external UTRAN MNC. the neighboring cell Band Special 6: UARFCNs: UL less than a-807, [9650-9950] UARFCN 950; level Power (782, Special The PLMN UARFCNs: consists details, see 3GPP cell. It-787, uniquely The MCC consists is greater than the UARFCN (1037, 1062) = DL becomes a specified threshold Special Band 2: UARFCNs: UL compensation. 812, 837, (2112, of the MCC 2137, and 2162, the TS 25.304. identifies a-862) UTRAN of three value ofis this UARFCN Band 7: 225; candidate during a digits. specified none UARFCN =for DL RSCP short for Band 6: 2187, MNC. 2212, 2237, cell within a PLMN. The MNC consists parameter during a Band Normal 7: UARFCNs: UL reselection. Cells cell reselection Band UARFCN 3: -consists 400; received signal Normal 2262, The MCC 2287, 2312,of The 28-bit UTRAN of two toUARFCNs: three specified cell UARFCN [2237-2563] = DL different RATs time, that of the Normal Band 3: UARFCNs: UL code power. For [4162-4188] 2337) of three digits. cell ID ishave comprised digits. reselection time UARFCN Special UARFCNs: -=225; cannot the is neighboring cell [9550-9650] UARFCN DL details, see 3GPP Special UARFCNs: Band The MNC 5: consists of the cell ID and For example, MCC and other related For (2587, a TDD 2612, UTRAN 2637, same reselection greater than the Special UARFCN UARFCNs: 475; TS 25.304. (812, 837) Normal of two to UARFCNs: three the RNC ID that are = 123, MNC = conditions are met. 2662, 2687, 2712, cell, the UL priority. For details, value of this none 7: 4: UL 45, Band [11500-12000] digits. represented by the PLMN = 12345. For details, see 2737, 2762, 2787, UARFCN isTS the see 3GPP parameter during Band UARFCN 4: = DL Indicates the type Normal UARFCNs: Special For example, MCC least significant 16 3GPP TS 36.104. 2812, 2837, 2862, same as the DL 36.331. the cell reselection Normal UARFCN UARFCNs: 2000; of the UTRAN cell. [2012-2338] none = 123, MNC = 45, bits and the most 2887, 2912) UARFCN. For time, other [12850-13100] Band 5: UL Special Band and PLMN 6:=UARFCNs: 12345. significant 123GPP bits, Band 8:2387, details, see related conditions Special UARFCN UARFCNs: = DL (2362, 2412, Normal UARFCNs: respectively. For Normal UARFCNs: TS 25.104 are met. For details, (2112, UARFCN 2137, - and 225; 2162, 2437, 2462, 2487, [9400-9600] details, see 3GPP [2937-3088] 3GPP TS 25.105. see 3GPP TS 2187, Band 6: 2212, UL 2237, 2512, 2537, 2562, Special UARFCNs: TS 25.331. Special UARFCNs: 36.104. 2262, UARFCN = DL 2312, 2587, 2612, 2637, none 2287, none 2337) UARFCN 225; 2662, 2687) For details, Indicates thesee RNC Indicates whether Band 9: Band 5: 7: Band 8: 3GPP TSUL 25.104 ID set of the external to the routing Normal UARFCNs: Normal UARFCN UARFCNs: =TS DL Normal UARFCNs: and 3GPP UTRAN cell. The for area code (RAC) [9237-9387] [11500-12000] UARFCN 600; [2712-2863] 25.105. most significant 12 the external UTRAN Special UARFCNs: Special Band 8: UARFCNs: ULRNC ID Special UARFCNs: bits of the cell. This parameter none none UARFCN = DL none and cell must be ID setoftoan CFG The UARFCN Band UARFCN 6: - 225; Band 9: UTRAN ifexternal the external range inUARFCNs: each TDD Normal Band 9: UL Normal UARFCNs: cell must be the UTRAN cell frequency [9400-9600] UARFCN =band DL is [8762-8912] Indicates the same. supports packet shown as follows: Special UARFCN UARFCNs: 475; Special UARFCNs: routing area code of switched Band 1: (PS) none The default UL none the external UTRAN services,In other Normal UARFCNs: For details, UARFCN is see The UARFCN cell. cases, this and [9500-9600] 3GPP calculated TS 25.104 as TDD range in each parameter is set to [10050-10125] and follows 3GPP if the TSDL is frequency band NOT_CFG. Special UARFCNs: 25.105. frequency is a shown as follows: none special1:one: Band Band Band 2: 2: UARFCNs: UL Normal Normal UARFCNs: UARFCN = DL [9500-9600] and [9250-9550] and

LBFD-002009 LOFD-001019 LOFD-002002 LOFD-001019 LBFD-00201803

YES

YES

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

YES

No

NO

NO

No

LBFD-00201803

NO

NO

No

LBFD-00201803 LBFD-002009

NO

NO

No

LBFD-00201803

NO

NO

No

LOFD-001019 LOFD-002002

NO

NO

No

LBFD-00201803

NO

NO

No

LBFD-00201803

NO

NO

No

LBFD-00201803

NO

NO

No

LBFD-00201803

YES

YES

No

LOFD-001019

YES

YES

No

LOFD-001019

YES

YES

No

LOFD-001019

NO

NO

No

LOFD-001019

NO

YES

No

LOFD-001019

NO

NO

No

LOFD-001019

NO

YES

No

LOFD-001019

NO

YES

No

LOFD-001019

NO

NO

No

LOFD-001019

NO

YES

No

LOFD-001019

LOFD-001019 LOFD-002002 LOFD-001019 LBFD-00201803 LOFD-001019 LBFD-00201803 LOFD-002002

of the intra-RAT neighboring relation is prohibited. UtranEventAnrSwitc h: If this switch is Indicates turned on,the eventprimary triggeredDL ANR with scrambles of the UTRAN is enabled external UTRAN to construct and Indicates the cell. For details, see Indicates the optimize inter-RAT location area code 3GPP TS 25.331. threshold above neighboring of the external which a neighboring relations with UTRAN Indicates the name cell of ancell. E-UTRAN UTRAN cells by threshold below of the external cell is added by for triggering events which a neighboring UTRAN cell. ANR. The threshold inter-RAT handover cell of percentage an E-UTRAN is the of to UTRAN. cell is removed by the number of GeranEventAnrSwit ANR. The threshold successful ch: If this switch is is the percentage of Indicates handovers from the turned on,the eventthe number of the number of serving cell to triggered ANR with Indicates the period successful handovers based neighboring cell to GERAN is enabled during which thethe handovers from on which ANR the total number to construct and of number of to serving cell theon makes decisions handovers. optimize inter-RAT handovers neighboringisrelation cell to neighboring neighboring measured by ANR the total of setup or number removal. relations with Indicates the to make decisions handovers. Indicates the GERAN cells by number of periodic on neighboring switches for Mobility triggering events measurement Indicates the relation setup or for Robustness inter-RAT reports for fast interval at handover which removal.sent Optimization (MRO) Indicates the fast to GERAN. ANR. periodic Indicates the algorithms. If the ANR checking UtranFastAnrSwitch measurement Indicates the RSRP maximum switch for aallowed specific timer. the :reports If thisWhen switch is for are sent threshold fast number offor UEs that MRO algorithm isthe timer is expired, turned on, fast ANR fast ANR. Indicates the ANR. If the signal perform intra-RAT enabled, fewer eNodeB with UTRAN is maximum allowed quality intoafailures measurements for handover automatically enabled number of UEs that neighboring cell fast ANR. After the will occur checks whether construct and theto perform inter-RAT reported byUEs the UE number of mobility robustness disable fast ANR. optimize inter-RAT measurements is lower than theforIf performing intrawill be improved. neighboring fast ANR. After theis threshold, the cell RATswitch measurements the is turned relations with number of UEs not automatically Indicates the for fast ANR off, the cells Indicates the by UTRAN performing interadded tothe the NRT. minimum required reaches corresponding MRO collective switch performing periodic RAT measurements number of UEs that maximum number, algorithm is used to enable inter-RAT Indicates the or for fast ANR have performed intra-RAT disabled. disable handover measurements on minimum required reaches the measurements for IntraFreqMroSwitch and CS fallback UTRAN. The number of UEs that maximum number, before fast ANR will not :eNodeB If thisperformed switch algorithms. does is notbe have inter-RAT intra-RAT fast ANR performed onswitch other Indicates the turned the Fast CSon, fallback to deliver information measurements for can be UEs. for the DL ICIC eNodeB can UTRAN: If the about external fast ANR before willadjust not be automatically algorithm. dynamically switch for CS inANR UTRAN cells the inter-RAT fast performed on other disabled. The value the intra-frequency fallback tothe UTRAN measurement Indicates can be UEs. DlIcicReuse3Switch handover is turned off, this configuration to switches automatically _ON_ENUM parameters to switch does not UEs and the UEs corresponding to disabled. indicates the increase the intra-on takeinputs effect; measure only the based Reuse3 frequency handover Fast fallback to neighboring UTRAN Indicates the switch whichCS thealgorithm eNodeB for DL ICIC. The success rate; if this GERAN: If the cells contained in for the TCP proxy determines algorithm schedules switch is forturned CS off, the measurement enhancer(TPE) handover policies. all UEs onto theTPE the adjustment is fallback to The GERAN configuration. algorithm. edge frequency not performed. is turned off, this Therefore, if you algorithm increases Indicates the switch band specified InterFreqMroSwitch switch does notin want the of TCP thatrate isexternal used to the static ICICadded :UTRAN If this switch is to take effect. cells services by control whether scheme. In this turned on, the by fast ANR with measures such as enable redirection situation, all eNodeB can UTRAN to beUEs in copying and between E-UTRAN Indicates the one cell use only dynamically adjust measured inswitch splitting ACK and and other radio adjustment one third of the the inter-frequency handovers, you are locally access networks. that is used to total frequency band. handover advised to turn on retransmitting the enable and disable parameters to UtranEventAnrSwitc ACK. UL ICIC algorithm increase the interh this as If switch is in thewell. time domain. frequency handover GeranFastAnrSwitc turned on, switch the TPE When this is success rate; this h: Iftothis switch is algorithm isUL ifICIC set ON, switch is off, turned on,turned enabled. Infast thisANR in the time domain the adjustment is with GERAN is situation, the is enabled in the not performed. enabled toisthe algorithm applied cells under UtranMroSwitch: If construct and and to reaccessed eNodeB. this switch is turned optimize inter-RAT newly accessed Otherwise, UL ICIC on, thetime eNodeB can neighboring UEs. in the domain dynamically adjust relations with If this switch is is disabled. the UTRAN GERAN cells turned off, theby TPE

NO

YES

No

LOFD-001019

NO

YES

No

LOFD-001019

NO

NO

No

LOFD-001019

NO

NO

No

LOFD-002001

NO

NO

No

LOFD-002001

NO

NO

No

LOFD-002001

NO

NO

No

LOFD-002001

NO

NO

No

LOFD-002001

NO

NO

No

LOFD-002001

NO

NO

No

LOFD-002001 LOFD-002002

NO

NO

No

LOFD-002001 LOFD-002002

NO

NO

No

LOFD-002001

NO

NO

No

LOFD-002002

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LBFD-00201801 LOFD-002001 LBFD-00201802 LOFD-001019 LOFD-001019 LOFD-002002 LOFD-001020 LOFD-001020 LOFD-001021 LOFD-001021 LOFD-001022 LOFD-001022 LOFD-001023 LOFD-001023 LOFD-001044 LOFD-001043 LOFD-001046 LOFD-001045 LOFD-001033 LOFD-001044 LOFD-001034 LBFD-00202201 LOFD-001046 LOFD-001035 LOFD-00101401 LOFD-001033 LOFD-001034 LOFD-002001 LOFD-001035 LOFD-002002

NO

NO

No

LOFD-001019 LOFD-001020 LOFD-001021

NO

NO

No

LOFD-002009

NO

NO

No

LBFD-001001 LOFD-001026

NO

NO

No

LOFD-00101402

occur in an the frequency eNodeB, domain. Ifbut this fairness switch isand set to OFF, differentiation UL ICIC inthe the for Indicates combined services frequency domain Indicates the switch location services are ensured. is disabled for for reporting PCI (LCS) switch. the A UE is considered eNodeB cells. IfIf this this collision alarms. If OtdoaSwitch: to have switch iscombined setis to this switch turned switch is turned on, services ifstatic the UE STATIC, UL on, the PCI collision OTDOA-based has two or more ICIC in the alarm is displayed positioningthe is period Indicates flow-controllable frequency on the local enabled. Ifdomain this of MRO non-GBR bearers. is enabled for the maintenance switch is turned off, measurements. Fairness and eNodeBthe cells. If this terminal (LMT) OTDOA-based During period, differentiation switch setisof tofor when aisPCI positioning the number combined services DYNAMIC, dynamic collision among disabled. OTDOA is handovers is are ensured ifor the UL ICIC the external cells short for in Observed measured and UL scheduling frequency domain among neighboring Time Difference of abnormal scenarios algorithm allocates is enabled for the cell occurs. If this Arrival. (including Indicates the the Indicates bandwidths to these eNodeB switch is cells. turned off, premature threshold for the the threshold for Indicates the time flow-controllable the PCI collision handover, delayed success rate of number offor intrathreshold pingnon-GBR bearers alarm is not handover, and pinghandover to intraRAT handovers. pong handover. a based on weighting displayed when Ifare pong handover) RAT neighboring Indicates the Intra-RAT MRO is UE is handed over factors such abelow PCIfor collision identified. After cells, which threshold thethe applied and back to the source (UlschPriorityFactor actually occurs. period elapses, the intra-RAT MRO is percentage of intraparameter cell staying in )eNodeB forafter UL scheduling Note that in this makes applied. RAT ping-pong adjustment is fora a the target cell priorities. If this situation, the PCI decision on above handovers, started only when period shorter than switch is turned on, collision still parameter which parameter the number of intrathis threshold, the the scheduling persists. adjustment. adjustment RAT handovers eNodeB may algorithm is is index Indicates the performed toalimit exceeds this decide thatto pinginstructed of a simulated load reduce the number threshold. pong handover Indicates the the number ofRB configuration. One of ping-pong occurs based on of usage resource blocks BS canthreshold store 10 handovers. Ifload theto the history a simulated (RBs) allocated simulated load percentage ispower lower Indicates information about configuration. If the the UE in the the case configurations, than the threshold, usage threshold of this UE. RB usage of a cell of UL congestion. which are identified parameter a simulated load is below this However, according by the indexes. adjustment is not configuration. If the threshold, the to the related performed. power usage of a Indicates the switch simulated load the specifications, cell is below this that is used to scheduling is report number ofthe resource Indicates threshold, the control whether to performed. blocks that each period of aload simulated enable and disable non-GBR bearer of simulated load scheduling is the Indicates the the frequencyUE can use is configuration. performed. selective statistical period of determined based scheduling inload bit a onsimulated the prioritized simulated loadand configuration. rates (PBRs) configuration. priorities of theIf the switch is setlogical to ON, associated Indicates the GPSthe frequencychannels rather based frame start selective than based on time of all TDD scheduling is cells Indicates the UlschPriorityFactor. under theIfeNodeB. enabled. the number of ports As a result, if this switch is set to OFF, that enable TCP switch is turned on, the frequencyIndicates the acceleration. fairness and port diversity where thescheduling TPEfor differentiation is used. entity processing is combined services Indicates the port carried. of one the UE TPE may be where affected. entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is carried.

NO

NO

No

LBFD-00202202 LOFD-00101402

NO

NO

No

LOFD-001047

NO

NO

No

LOFD-00301102

NO

NO

No

LOFD-002007

NO

NO

No

LOFD-002005

NO

NO

No

LOFD-002005

NO

NO

No

LOFD-002005

NO

NO

No

LOFD-002005

NO

NO

No

LOFD-002005

YES

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

Indicates the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where the TPE entity processing is Indicates carried. the port where thethe TPE Indicates URL entity processing of the certificate is carried. Indicates the name authority(CA). The of the certificate URL can be either authority an HTTP (CA). or HTTPS URL. The IP address in the URL must be a valid Indicates the IPv4 address. The Indicates whether mapping identifier. default port number the mapping is from Indicates the type Indicates the IDorof is 80 for HTTP one or all nodes to of the node, the S-GW orwhich peer 443 for HTTPS. a transmission can be S-GW eNodeB. If theornode resource group. If peer eNodeB. is anparameter S-GW, theis this value thisall Sset to of YES, parameter must be GWs or peer the same as eNodeBs arethe ID of the S-GW. If the Indicates mapped tothe one node is a peer cabinet number of transmission eNodeB, the value the targetgroup. resource Indicates the of this parameter transmission subrack number of must be the same resource group. the target as the ID of the transmission peer eNodeB. Indicates the slot resource number ofgroup. the target transmission resource group.

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

NO

NO

No

LOFD-001026

YES

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

YES

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

YES

No

LOFD-002004

Indicates the type of the transmission resource group. Indicates the flag ID of that controls the the target Indicates access of the the type transmission of sub-board on the unauthenticated resource group. board where a device to Local Indicates the transmission Area Network (LAN) number ofgroup the port resource is or Wireless Local where a established. Area Network transmission Indicates the typethe (WLAN) through resource group of port where a is access port. This carried. transmission parameter is used Indicates the resource group Indicates the theis to guarantee number of the port carried. authentication security of 802.1x the where the method the transportofnetwork. authentication is 802.1x When this configured. authentication. parameter is set to Currently, only ACTIVE, the Extensible eNodeB still can Authentication Indicates access thethe network Indicates the cause Protocol - Transport number of ifofthe to be thenetwork latest IEEE Layer Security abnormal packets accessed does not 802.1x (EAP-TLS), a the received during support the 802.1x Indicates the authentication unidirectional 802.1x authentication. If number thelatest failure orofthe authentication authentication. the network to be 802.1x situation where the method, issupports accessed authentication eNodeB does not supported. the 802.1x failures. initiate the Indicates the authentication and Indicates the authentication. The Indicates the Traffic number of the eNodeB is 802.1x value of this sharing mode not Extensible activated,the the authentication parameter is state between Authentication eNodeB cannot (Not Authenticated, deleted upon the operators in RAN Protocol (EAP) access the network. Being completion of a sharing scenarios. packets received. authenticated, successful IEEE Indicates the When this Authenticated, Indicates 802.1x number of parameterthe is set to Authentication proportion of the UL authentication. Extensible SHARING, the Failed, DHCP traffic licenses to Authentication traffic license Indicates the does Activation Being the total of traffic Protocol (EAP) not differentiate number the Authenticated). licenses(The packets sent. between the total 802.1x traffic is summation operators, that is, authentication of UL licenses all thetraffic operators successes. and DLthe traffic share total Indicates the BS licenses).The Traffic of the proportion of parameter set to without proportional operator 1's thisthe 100% When indicates limits. Indicates the capacity the null of DLintraffic parameter is settotal to proportion of Traffic of the BS license . Thisthe may DEDICATE, operator 2's when the traffic influence user's traffic license Indicates the capacity in the total license connecting. differentiates proportion ofBS traffic of the differentiates between the operator when the3's traffic between the operators, that is, capacity in the total Indicates the license operators. all the operators Traffic of the BS proportion of differentiates Indicates the share the4's total when the traffic operator Traffic between the proportion of Traffic of the license in the total Traffic operators. BS inof operator 1'sAn Traffic proportion. differentiates the BS when the Indicates theshared that can be operator, whose between the traffic license proportion of with otherisoperators capacity not operators. differentiates operator 2's Traffic in the total traffic of used, however, can between the that can be shared the BS when the be used by other operators. with other operators traffic license operators. in the total Traffic of differentiates the BS when between the the traffic license operators. differentiates between the operators.

NO

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

YES

No

LOFD-002004

YES

YES

No

LOFD-003015

NO

NO

No

LOFD-003015

NO

NO

No

LOFD-003015

NO

NO

Yes

LOFD-003015

NO

NO

Yes

LOFD-003015

NO

NO

Yes

LOFD-003015

NO

NO

Yes

LOFD-003015

NO

NO

Yes

LOFD-003015

NO

NO

Yes

LOFD-003015

NO

NO

Yes

LOFD-003015

NO

NO

No

LOFD-001036

NO

NO

No

LOFD-001036

NO

NO

No

LOFD-001036

NO

NO

No

LOFD-001036

NO

NO

No

LOFD-001036

NO

NO

No

LOFD-001036

NO

NO

No

LOFD-001036

NO

NO

No

LOFD-001036

Indicates the proportion of operator 3's Traffic Indicates theshared that can be proportion of with other operators operator 4's Trafficof in the total Traffic that can be shared the BS when the with operators trafficother license in the total Traffic of differentiates the BS when Indicates the the ID of between the Indicates the first traffic license the MME. It should operators. signaling IP differentiates be consistent address ofwhether thewith Indicates between theis, the the S1interfaceID. MME. That the IPSec protocol operators. active IP is usedpeer to encrypt Indicates the address the the data of transmitted security gateway automaticallyon the SCTP link Indicates theIKE IPSec that has the established SCTP that is established proposal name negotiation with link. through thethe first the needed for peer eNodeB signaling IP when IPSec negotiation FirstIPSecFlag address of the is with the local Indicates the set to ENABLE. The MME. eNodeB when second signaling information aboutIP FirstIPSecFlag is address ofwhether theneeds this IKE peer Indicates set to ENABLE. The MME. Thatprotocol is, the to be configured. the IPSec information about standby IP is used topeer encrypt Indicates the this IPSec proposal address of the of the data transmitted security gateway needs to be link automaticallyon the SCTP the MME that has Indicates the IPSec configured. established SCTP that is established the IKE negotiation proposal name link. through the second with the for peer needed the signaling IP eNodeB when IPSec negotiation address of the is SecIPSecFlag with the local MME. Indicates the set to ENABLE. The eNodeB when number of the local information about SecIPSecFlag is port ofENABLE. the MME. this to IKE peer needs set The That is, the peer to be configured. information about port number of the this IPSec proposal automaticallyIndicates the needs to be established SCTP description the configured. of link. MME. Indicates the index of the operator. Indicates the cabinet number of the board where the Indicates S1 servicethe IP subrack number of address is located. Indicates local the board the where the slotfor IP used Indicates local S1address servicethe IP number of the IKE security IP address required address is the located. board where the S1 negotiation with when automatically service IPwhen address peer end establishing thethe IP Indicates whether is located. IPSecFlag isS1 set to path on the the IPSec The protocol ENABLED. The interface. is used to encrypt automatically DEVIP address the databetransmitted generated IPSec should on the isIPbound path that policy to configured to the is established by the port where the board already. using the S1 The IP IP is located. Indicates the service IP address. address should be cabinet number the IP address ofof the board where the Ethernet port.the It Indicates the IP S1 signaling should be subrack number of address is located. configured to the the the board where board, and the user Indicates the slot S1 signaling IP needs to ensure number of the address is located. that the IP address board where the S1 and S1ServIP signaling IP are configured at the address is located. same physical port.

NO

NO

No

LOFD-001036

NO

NO

No

LOFD-001036

YES

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

NO

NO

No

NO

NO

No

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

YES

No

LOFD-002004

YES

YES

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

YES

No

LOFD-002004

LOFD-002004 LOFD-003009 LOFD-002004 LBFD-002021 LBFD-00202103 LOFD-002004 LOFD-003009

Indicates the locIP address Indicatesrequired the local when automatically IP address of the establishing the Indicates whether IKE security SCTP link on thethe to use the IPSec negotiation with S1 interface. The protocol to encrypt peer end when DEVIP the dataaddress transmitted LocIPSecFlag is set should be The onENABLE. the SCTP link IP to configured to thebe that is established address should Indicates the Indicates the local board already. on the S1 interface the IP address of standby local IP IP address of the by the active theusing Ethernet port. It address required IKE security IP address. should bewhether when automatically Indicates negotiation with the configured tothe the establishing the protocol peerIPSec end when board, and the user SCTP link. The IP is used to encrypt SecLocIPSecFlag needs to ensure address should be theset data transmitted is to ENABLE. that the IP address configured to the on the link The IP SCTP address and LocIP are board already. that is established Indicates should bethe the IP configured atactive theof by using of the minimum value address the Indicates the local same physical port. IP address. the Retransmission Ethernet port.used It port number TimeOut should be(RTO). If when automatically the RTO is tothe configured the establishing Indicates the calculated to be board, link andon the user SCTP the maximum value of smaller than RtoMin needs to ensure S1 interface. For Retransmission details about the in thethe SCTP that IPthe address Indicates initial the RtoAlpha TimeOut (RTO). It protocol, set the and SecLocIP are value of the parameter, see provides the upper round-trip configured at theto For detailsdelay about Retransmission RFC4960. Indicates limit of the doubling RtoMin to(RTO). avoid the same physical port. the RtoBeta TimeOut the value of operation of the It is unnecessary parameter, used as the initial RtoAlpha. Itsee is used retransmission timeout caused by RFC4960. Indicates value when as smooth factor of timeout timer in the low RTO. the value of calculating thedelay the round-trip SCTP protocol. RtoBeta. Itthe is used retransmission Indicates calculation in the as smooth factor timeout in the SCTP interval between SCTP protocol. Inofa Indicates theThe the round-trip delay protocol. heart-beats. new estimation, Indicates the maximum number calculation in theisthe SCTP transmits (RtoAlpha/100) maximum number of retransmissions SCTP protocol. In a heart-beat taken from a new of retransmissions for the SCTP new estimation, information the measurement, and over a path.toWhen When association. (RtoAlpha/100) is is destination address 1-(RtoAlpha/100) the number number of of the taken from the to monitor the Indicates whether taken from the last retransmissions retransmissions for offset gain, and 1reachability to calculate thethe estimation. over a path of the association (RtoBeta/100) is idle destination checksum of value the exceeds the exceeds the value Indicates whether taken from the last address on the peer packet to be sent. of this parameter, of this parameter, to calculate the estimation. end. If checksum the path iswhether regarded Indicates the SCTP link is checksum of calculation is the as failedthat ifback no to switch to broken and a link packet is enabled, the heartbeat the primary path failure alarm is received. checksum of the acknowledgment when the primary is reported. If checksum packet to be sent is received. multiple path of If is calculation calculated. If a paths are used, automatically enabled, the checksum erroris path switching establishing S1 checksum ofsender the Indicates the type occurs, the automatically SCTP is restored. received packet is of thenot checksum does send the performed. The SCTP link is calculated. If a calculation. packet. switched the checksumtoerror secondary occurs, thepath receiver Indicates the when thethe primary discards packet. consecutive heartpath cannot be beat number the Indicates the of peer reached; This switch of required the SGW ID parameter is used Indicates the first active/standby path. for thewhether to set the service IP address automatically set up SCTP link switches of the SGW. That is, Indicates whether S1 service link and back to the primary the first peer IP the protocol security connection. pathIPSec when the address ofencrypt the is used to primary path is automaticallythe data transmitted restored. established S1that IP on the IP path path. is established through the first service IP address of the SGW.

YES

YES

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

YES

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009


Indicates the security gateway of the SGW that has Indicates the IPSec the IKE negotiation proposal name with the peer needed the eNodeBfor when IPSec negotiation ServIP1IPSecFlag with local Indicates the is setthe to ENABLE. eNodeB when IP second service The information ServIP1IPSecFlag address ofIKE the peer about this Indicates whether is set to SGW. That needs toENABLE. beis, the the IPSec protocol The information Indicates the second peer IP configured. is used to encrypt about this security address gateway ofIPSec the of the data transmitted proposal needs to the SGW that has automaticallyIndicates the IPSec on the IP path that be configured. the IKE negotiation established S1 IP proposal name is established with the peer path. needed for the through the second eNodeB when IPSec negotiation service IP address ServIP2IPSecFlag with local of set thethe SGW. is to ENABLE. Indicates the third eNodeB when The information service IP address ServIP2IPSecFlag about this IKE peer of the SGW. That is, Indicates whether is set totoENABLE. needs be the third peer IP the IPSec protocol The information Indicates the configured. address ofencrypt the of is usedthis to about IPSec security gateway automaticallythe data transmitted proposal needs to the SGW that has established IP Indicates theS1 IPSec on path that be the configured. the IKEIPnegotiation path. proposal name is established with the peer needed for the through the third eNodeB when IPSec negotiation service IP address ServIP3IPSecFlag with local of set thethe SGW. is to ENABLE. Indicates the fourth eNodeB when The information service IP address ServIP3IPSecFlag about this IKE peer of the SGW. That is, Indicates whether is set totoENABLE. needs be the fourth peer IP the IPSec protocol The information Indicates the configured. address ofencrypt the of is usedthis to about IPSec security gateway automaticallythe data transmitted proposal needs to the SGW that has established IP Indicates theS1 IPSec on path that be the configured. the IKEIPnegotiation path. proposal name is established with the peer needed for the through the fourth eNodeB when IPSec negotiation service IP address ServIP4IPSecFlag with local of set thethe SGW. is to ENABLE. eNodeB when The information ServIP4IPSecFlag about this IKE peer is set totoENABLE. Indicates the needs be The information description configured. of the about SGW. this IPSec proposal to Indicates needs the index be configured. of the operator. Indicates the cabinet number of the board where the Indicates X2 servicethe IP local Indicates the subrack number of address is located. IP address required the board where the when automatically Indicates slot X2 servicethe IPthe establishing IP number of address is the located. path the X2 boardon where the X2 interface. The IP service IP address address should be is located.the Indicates local configuredwhether to the IP address of the the IPSec protocol board already. This IKE security is used to encrypt IP address is Indicates thewith the negotiation the data to transmitted allowed beIPSec the whether the peer end when on thewith IP path that same that of negotiation held IPSecFlag isisset to is established by the S1SigIP, through the security ENABLE. The IP using X2ServIP. X2SigIP, and gateway when address should be S1ServIP MOs. IPSecFlag is set the IP address ofto ENABLE. the Ethernet port. It should be configured to the board, and the user needs to ensure that the IP address and X2ServIP are configured at the

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

YES

No

LOFD-002004

YES

YES

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

Indicates the name of the security gateway that has the IKE negotiation Indicates the name with the local of the IPSec eNodeB when proposal IPSecFlagwhen and IPSecFlag SeGWFlagand are set SeGWFlag to ENABLE.are Theset to ENABLE. The Indicates theabout information information of the cabinet number of this IKE peer needs IPSec proposal the board where to be configured. the Indicates the IP needs to be X2 signaling subrack number of configured. address is located. the board where the Indicates the active Indicates the IP slot X2 signaling local IP address number of the address is located. required when board where the X2 automatically signaling IP Indicates whether establishing the address isthe located. Indicates local the IPSec protocol SCTP signaling link IP address of the is used to encrypt on the X2 interface. IKE security the data transmitted The IP address Indicates thewith negotiation on the SCTP linkthe should be whether the IPSec peer end when that is established configured to the negotiation held IPSecFlag isisset to on the already. X2 interface board Indicates the name through the security ENABLE. The IP by using the active of the security gateway when be address should local IP address. gateway that has IPSecFlag is set the IP address ofto the IKE negotiation ENABLE. the Ethernet Indicates the port. nameIt with thebe local should of the IPSec eNodeB when configured to the proposal when Indicates the IPSecFlag and board, and the user IPSecFlag and standby local SeGWFlag areIPset needs to ensure SeGWFlag are address required to ENABLE. Theset that the IP address to ENABLE. The when automatically information about and LocIPwhether are Indicates information ofthe the establishing this IKE peer needs configured at local the Indicates the the IPSec protocol IPSec proposal SCTP signaling link to be configured. same physical port. IP address of the is used tobe encrypt needs on the to X2 interface. IKE security the data transmitted configured. The IP address Indicates thewith negotiation on the SCTP linkthe should be whether the IPSec peer end when that is established configured to negotiation is the held SecIPSecFlag is on the already. X2 interface board Indicates the name through the security set to ENABLE. The by using the active of security gateway when IP the address should standby IP address. gateway has SecIPSecFlag is be the IPthat address the IKE negotiation set to ENABLE. of the Ethernet port. Indicates the name with the local It should be of the IPSec eNodeB when configured to the Indicates the proposal when SecIPSecFlag and board, and thelocal user number of the SecIPSecFlag and SecSeGWFlag are Indicates the needs to ensure port used for SecSeGWFlag are set to ENABLE. The minimum value of that the IP address automatically set to ENABLE. The information about the Retransmission and SecLocIP are establishing an X2 information of the this IKE peer needs TimeOut (RTO). configured at theIf SCTP link. When IPSec proposal to be configured. the RTO is same physical the mode of port. needs to be Indicates the calculated to be automatic X2 linkof configured. maximum value smaller than RtoMin establishment is set thethe Retransmission in SCTP to X2_OVER_S1, Indicates the initial TimeOut (RTO). It protocol, set Indicates the the value this parameter must value of the provides the upper round-trip delay of RtoAlpha. It isto be set to 36422. Retransmission limit ofas the doubling RtoMin to avoid the used smooth TimeOut (RTO). It is operation of roundthe Indicates the value unnecessary factor of the used as the initial retransmission of RtoBeta. It is by timeout caused trip delay value when timeout timer in used as smooth low RTO. calculation in thethe calculating the SCTP protocol. factor of the roundSCTP protocol. In a retransmission trip delay new estimation, timeout in the SCTP calculation in the (RtoAlpha/100) is protocol. SCTP protocol. In a taken from a new new estimation,and measurement, (RtoBeta/100) is is 1-(RtoAlpha/100) taken from the taken from the last offset gain, and 1estimation. (RtoBeta/100) is taken from the last estimation.

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

YES

No

LOFD-002004

YES

YES

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

YES

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004


Indicates the interval between Indicates theThe heart-beats. Indicates the maximum number SCTP transmits the maximum number of retransmissions heart-beat of retransmissions for the SCTP information the over a path.toWhen When association. destination address the number number of of the to monitorwhether the Indicates retransmissions retransmissions for reachability to calculate thethe over a path of the association idle destination checksum of value the exceeds the exceeds the value Indicates whether address on the peer packet to be sent. of this parameter, of this parameter, to calculate the end. If checksum the path regarded Indicates the SCTPiswhether link is checksum of calculation is the as failedthat ifback no to switch to broken and a link packet is enabled, the heartbeat the primary path failure alarm is received. checksum of the acknowledgment when the primary is reported. If checksum packet to be sent is received. multiple path of If is calculation calculated. If a paths arethe used, automatically enabled, checksum erroris path switching establishing X2 checksum ofsender the Indicates the type occurs, the automatically SCTP is restored. received packet is of thenot checksum does send the performed. The SCTP link is calculated. If a calculation. packet. switched the checksumtoerror secondary path occurs, the receiver when thethe primary discards packet. Indicates the heartIndicates thebe ID the of a path number cannot beat of neighboring reached; switch of This the Indicates the first eNodeB. The local parameter is used active/standby path. signaling IP eNodeB to set whether the address of theits distinguishes SCTP link switches neighboring Indicates whether neighboring back to the primary eNodeB. That is, the IPSec protocol eNodeBs path whenbased the on the active peer IP is used to encrypt their IDs. primary path is address of the the data transmitted restored. Indicates the automaticallyIndicates the peer on the SCTP link whether the IPSec established X2 IP of the thataddress is established negotiation held SCTP link. IKE security through the is first through the security negotiation with the signaling IP Indicates the gateway local endwhen when address. second signaling FirstIPSecFlag is FirstIPSecFlag is IP address of the set to ENABLE. set to ENABLE. neighboring Indicates whether This IP address eNodeB. That is, the IPSec protocol needs to be the standby peer is used to encrypt configured for theIP address of the the data transmitted Ethernet port of the Indicates the automaticallyIndicates the peer on the SCTP link peer eNodeB. whether the IPSec established X2 IP of the thataddress is established negotiation held SCTP link. IKE security through the is second through the security negotiation with the signaling IP gateway local endwhen when address. Indicates the SecIPSecFlag is number of the port set to ENABLE. of the neighboring Indicates the first This IP address eNodeB. That is, service IP address needs to be the peer port of the neighboring configured for the number of the eNodeB. Thatofis,the Ethernet port automaticallyIndicates whether the first available peer eNodeB. established X2 the IPSec protocol peer IP address of signaling link. is used to encrypt the automaticallyIndicates the peer Indicates the the data transmitted established X2 IP whether the IP address ofIPSec the on the IP path that path. negotiation IKE securityis held is established by through the security negotiation the using ServIP1. Indicates thewith gateway when local end when second service IP ServIP1IPSecFlag ServIP1IPSecFlag address of the is is set set to to ENABLE. ENABLE. neighboring This IP address eNodeB. That is, needs to be the second configured for the available peer IP Ethernet port address of theof the peer eNodeB. automaticallyestablished X2 IP path.

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

YES

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004


Indicates whether the IPSec protocol is used to encrypt Indicates the Indicates the peer the data transmitted whether the IP ofIPSec the on address the IP path that negotiation is held IKE security is established by through the with security negotiation the using ServIP2. gateway local endwhen when Indicates the third ServIP2IPSecFlag ServIP2IPSecFlag service IP address is ENABLE. is set set to ENABLE. of the to neighboring This IP address eNodeB. That is, Indicates whether needs to available be the third the IPSec protocol configured for theof peer IP address is used toport encrypt Ethernet of the the automaticallyIndicates the Indicates the peer the transmitted peerdata eNodeB. established X2 IP whether IP address ofIPSec the on the IPthe path that path. negotiation IKE securityis held is established by through the with security negotiation the using ServIP3. gateway local endwhen when Indicates the fourth ServIP3IPSecFlag service IP address is ENABLE. of set the to neighboring This IP address eNodeB. That is, Indicates whether needs to be the fourth available the IPSec protocol configured for theof peer IP address is used toport encrypt Ethernet of the the automaticallyIndicates the Indicates the peer the transmitted peerdata eNodeB. established X2 IP whether IP address ofIPSec the on the IPthe path that path. negotiation IKE securityis held is established by through the with security negotiation the using ServIP4. gateway local endwhen when Indicates the mobile ServIP4IPSecFlag ServIP4IPSecFlag country code of the is set to ENABLE. is set to ENABLE. peer eNodeB. This Indicates the mobile This IP address parameter is closely network needs tocode be of the associated with the peer eNodeB. This configured for the Indicates the ID of CGI of the cell, and parameter is closely Ethernet port of the the peer eNodeB, is a part (3 decimal associated with the peer eNodeB. which uniquely digits) of the CGI of the cell, and identifies an Indicates the CGI. is a part (2 to 3 aof eNodeB within common name decimal digits) of PLMN. This the certificate the CGI. the parameter is closely request Indicates associated with the configuration, which description of the CGI of the can be the cell, and X2eNodeB. Indicates is a part ofthe theindex CGI. electronic serial Indicates the additional number (ESN), of the operator. information that is media access added behind control (MAC) the value of the address, or IP COMMNAME address of a board. parameter to Upon generation of compose a the certificate complete common Indicates the request file, the name forwhere the the country value of the certificate request eNodeB located. specifiedistype is Indicates the file. The default used as the organization that value is name common of owns the eNodeB. ".huawei.com". Indicates the the file. organization unit that owns the Indicates eNodeB. the state or province where the eNodeB is located. the Indicates specific location of the eNodeB.

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004 LOFD-003009

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

YES

No

LOFD-002004

NO

NO

No

LOFD-002004

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

purpose that the key serves, including KEY_AGREEMENT (key negotiation), DATA_ENCIPHER Indicates the MENT (data signature algorithm encryption), for the certificate KEY_ENCIPHERM request file. The ENT (key signature algorithm encryption), and can be Secure DIGITAL_SIGNATU Indicates the size Hash Algorithm 1 of RE (digital the key, which can (SHA1) or signature). be 1024 bitsThis or Message-Digest parameter can be 2048 bits.the Indicates local Algorithm 5 (MD5). set to one or name of the multiple values. eNodeB. Indicates the local IP address of the eNodeB. Indicates the file name of the device certificate. Indicates the serial number of the device certificate. Indicates the common name of the device certificate.the issuer Indicates of the device certificate.the Indicates expiration date of the device Indicates certificate.the date when the device Indicates certificatethe begins to application take effect. type of the activated device certificate. There Indicates the file are two types: IKE name of the and SSL. activated device certificate. Indicates the issuer of the activated device certificate. Indicates the common name of the activated device Indicates certificate.the serial number of the activated device Indicates certificate.the expirationthe date of Indicates IKE the activated device name of the peer certificate. device, which is used in IKE Indicates thewith date negotiation the when the activated local end to test the device device certificate certificate. begins to the take Indicates effect. status of loading the activated Indicates the device certificate. certificate application type supported by the Indicates eNodeB. the file name of the crosscertificate. Indicates the serial number of the cross-certificate.

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

YES

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

YES

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

YES

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

Indicates the common name of the cross-certificate. Indicates the issuer of the crosscertificate. Indicates the expiration date of the cross-certificate. Indicates the loading status of the cross-certificate. Indicates the date when the crosscertificate begins to take effect. Indicates the file name of the trust certificate. Indicates the serial number of the trust certificate. Indicates the common name of the trust certificate. Indicates the issuer of the trust certificate. Indicates the expiration date of the trust certificate. Indicates the loading status of the trust certificate. Indicates the date when the trust Indicates certificatethe begins to loading status of take effect. Indicates the file the CRL. Possible name of CRL. states arethe normal, certificate loss, certificate damage, failure due to unknown file issuer Indicates the format, and of the CRL. failure due to other Indicates the next causes. update time of the CRL. Indicates the latest update time of the CRL. Indicates the IP address of the FTP server or LDAP Indicates server. the user name for logging in to the FTPthe server or Indicates LDAP server. password for logging in to the Indicates whether FTP server or to update the the port CRL Indicates LDAP server. at the next update number of the time LDAPspecified server. in the CRL that Indicates is the file obtained during the name of the CRL. latest update. If this parameter is set to ENABLE, the eNodeB automatically updates the CRL from the FTP server or LDAP server when the next update time arrives.

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

YES

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

YES

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

NO

Yes

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

Indicates the interval at which the eNodeB automatically obtains the Indicates theCRL ID of fromtask the for FTP server the or LDAP server. periodically Indicates the obtainingwith thewhich CRL. method the eNodeB periodically Indicates theobtains policy Indicates theare the CRL. type. There distinguished three policies name to use of the LDAP server. Indicates whether CRLs. Thethe value Indicates the threshold a the task offor checking NOVERIFY method to expiration update a certificate the certificate indicates that certificate thatthe alarm. Ifisthe validity started. Indicates the period eNodeB does not expires ordetects is about eNodeB of checking the perform CRL-based to expire. There are that the interval certificate validity. checks. two methods: proxy between its current The value ALARM and CMP. If the time and the indicates that the proxy method expiration dateisof eNodeB performs used, the eNodeB an activated device CRL-based uses the M2000 as certificate is shorter Indicates the certificate checks the proxy to update than the threshold, maximum wait time on the peer device the certificate from a certificate for an echo Indicates thean and reports the Certificate expiration alarm response of an is maximum number alarm if the Authority (CA). If reported. echo request of timeouts of the certificate is found the CMP method is message. If no echo response in the CRL. The used, the eNodeB echo response is waiting timer. If no value directly updates the received duringisthe echo response DISCONNECT certificate from the Indicates the theby period specified received after indicates that the CA. Indicates the action Differentiated this parameter, the number specified eNodeB performs taken on the data is Services Code timer expires. by this parameter CRL-based that matches the Point (DSCP) of the reached, itchecks is an certificate ACL rule. When the GTP-U control Indicates the ID of indication ofdevice GTP-U on the peer ACL to which the message. the Access Control path failure. and stops the ACL rule belongs is List (ACL). Indicates the brief communication with referenced by a Indicates the description of theif the peerfilter, device packet the BS filtering condition Access Control the certificate is List Indicates the ID of accepts or transmits for the source port. (ACL). found in the CRL. the Access Control the data that If this parameter is List (ACL) to rule which matches the if set to OP_LT, the the ACL rule is this parameter ACL rule is applied belongs. Indicates the IDand of set to PERMIT, to the data stream the ACL rule. rejects the dataport if whose source this parameter is number is smaller set thantoorDENY. equal When to the Indicates the ACL isthe Indicates the configured port Indicates the source IP address referenced by an protocol number. type If this wildcard ofwhich theof the of data to IPSec policy, the data to which thethe parameter is set to source IPisaddress. ACL rule applied. BS encrypts or ACL rulethe is applied. OP_GT, ACL The wildcard is To add anthe ACL rule decrypts data rule istoapplied to used determine that is applicable to matches the the data stream which bits can be IP data of all source rule if this whose source port neglected when IP addresses, parameter isset setthis to Indicates whether number is larger address matching is parameter to PERMIT, and does to check the source than orperformed. equal to the being Indicates the 0.0.0.0. not perform any port number of be configured port Generally, can source portitor number encryption each data stream number. If this considered as the is used when SMPT decryption onset the before applying the parameter is to inverse of the set toifYES. If SOP data this ACL rule. OP_EQ, the ACL corresponding is set to parameter is set rule is applied to to subnet mask. this OP_RANGE, DENY. the data stream parameter indicates whose source port the smallest source number is equal to port number. If SOP thenot configured port is set to number. If thisthis OP_RANGE, parameter set to parameter is indicates OP_NEQ, the ACL a specific source rule is applied to port number. the data stream

NO

NO

No

LOFD-003010 / TDLOFD-003010

YES

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

YES

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

LOFD-003010 / TDLOFD-003010

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

YES

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

YES

YES

No

LOFD-003009 LOFD-00301401

YES

YES

No

LOFD-003009 LOFD-00301401

NO

NO

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

parameter is set to OP_LT, the ACL rule is applied Indicates the to the data stream source port number whose destination used when SMPT is port number is set to YES. Indicates theIf SOP smaller than or Indicates is set to the destination IP equal to the wildcard of the OP_RANGE, thisto address of data configured port destination IP rule parameter indicates which the ACL number. IfThe this address. the largest source is applied. To add parameter is set to wildcard is used port number. Thisis an ACL rule that OP_GT, the ACL determine parameter which is valid applicable to data rule is applied bits can beSOPtoisIP only when of all destination Indicates whether the data stream neglected when IP set to OP_RANGE. addresses, set this Indicates the to check the whose destination address matching is parameter to destination port port number is being performed. 0.0.0.0. used number when of iteach larger than orcan equal Generally, be DMPT is set to data stream before to the configured considered as the YES. If DOP is set applying Indicates the port number. If this inverse ofthe theACL to OP_RANGE, rule. destination port parameter is set this to corresponding parameter indicates number used when OP_EQ, the subnet mask.ACL the DMPT is set toto rulesmallest is applied destination port YES. If DOP is set the data stream number. If DOP is to OP_RANGE, this whose destination not set to parameter indicates port number is Indicates whether OP_RANGE, the largest equal to the this to check the DSCP parameter destination port configured indicates port of each data stream a specific number. This If this before applying the destination Indicates the parameter isport valid set to ACL rule. number. Differentiated only when the DOP is OP_NEQ, ACL Services Codeto set ruleto is OP_RANGE. applied Point (DSCP). Indicates whether the data stream to match the whose destination Indicates the fragment port number is not Indicates the source IPmessage. address equal thesession. cabinet No. to of the to BFD configured port which a BFD The source IP Indicates the number. If this session belongs. address of a BFD subrack No.is to parameter set session must be to a which a BFD OP_RANGE, the device IP address session Indicates the slot ACL rulebelongs. is applied of a specified board No. to which a BFD Indicates the to the data stream (for example, the IP session belongs. destination IP whose destination address of an address of the BFD port number isID Indicates the of Ethernet port) or aa session. If Virtual within the BFD session. logical IP address Router Redundancy configured range. Indicates the hop (for example, the IP Protocol (VRRP) type of aof BFD address the is used in the session. The single loopback port), but network, Hop BFD session is cannot betwo setBFD to the sessions must be used to perform IP address of a configured with the point-to-point remote destination detection inIP the maintenance Indicates the type addresses set to data link layer. The channel. Note that Indicates the of the BFD session. the active and multi-hop BFD a this BFDparameter session minimum intervalisat If standby physical session is used toIP cannot be which BFD set to the addresses of Indicates the perform end-to-end configured asthe a session transmits MAINTENANCE, virtual router, minimum interval at connectivity check single-hope session control the BFDpackets. session is respectively. which the BFD in the transport if its source IP used for continuity session receives layer. address is a check (CC). this Indicates theIflogical control packets. IP address. parameter is set to detection multiplier RELIABILITY, the of a BFD session. BFD session is used to trigger route interlock. Indicates the Route interlock Differentiated enables Servicesthe Code Indicates whether standby route to Point (DSCP). to delete take overthe once the statistical active route information. becomes faulty, and therefore prevents service interruption caused by route failures.

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

NO

No

LOFD-003009 LOFD-00301401

NO

YES

No

LOFD-003009 LOFD-00301401

NO

NO

No

LOFD-003009 LOFD-00301401

YES

NO

No

LOFD-003007

YES

NO

No

LOFD-003007

YES

YES

No

LOFD-003007

YES

YES

No

LOFD-003007

NO

YES

No

LOFD-003007

NO

YES

No

LOFD-003007

NO

YES

No

LOFD-003007

NO

NO

No

LOFD-003007

NO

NO

No

LOFD-003007

NO

NO

No

LOFD-003007

NO

NO

No

LOFD-003007

NO

NO

No

LOFD-003007 LBFD-00300201

NO

NO

Yes

LOFD-003007

Indicates the state of a BFD session. Indicates the effective detection mode through Indicates the negotiation. effective minimum TX interval through Indicates the negotiation. effective minimum RX interval through Indicates the negotiation. detection the timelocal when Indicates the negotiation discriminator of the takes effect. The BFD session. value of this Indicates the IP parameter is equal address at the Indicates the peer to the session Ethernet port or descriminator number plus 1.of a Ethernet trunk BFD session. Indicates the corresponding to number of The IP the RMEP. transmitted Indicatesbound thepackets address to of a BFD session. number of the remote MEP messages received cannot be the same by the BFD as the existing local Indicates the up-tosession. IP address or any down number of a IP address of an Indicates the BFD session. effective physical diagnostic field of or Indicates the loopback port. The the BFD session, interface index of of a bound that is, IP theaddress cause BFD session. For cannot be the same the failure. thethe BFD session as local IP in multiple-hop mode, address Indicates the index name the interface dynamically of the MD to which is 0. negotiated on the the RMEP belongs. PPP/MLPPP Indicates the link. name When the to IP which of the MA address is belongs. bound, the RMEP the existing Indicates theIPRMEP address of the ID. system may conflict with the IP address to be configured, run the LST/DSP Indicates the name (DEVIP, OMCH, of the MD to which PPPLNK, LOCALIP, the MA belongs. MPGRP, Indicates or theIPRT) name command of the MA. to query the IP address of Indicates cabinet the system (such as number of the deviceto IPwhich address, board the Indicates subrackof localbelongs. IP address MA number of the the remote board to which the maintenance Indicates slot MA belongs. channel, number oflocal the IP address the PPP board to of which the link, IP address of Indicates whether MA belongs. localis the MA maintenance associated with the Indicates the ID channel, local IPof VLAN. the VLANofwith address the which the MA isor MLPPP group, associated. the next hop IP address) that conflicts with the IP address to be bound. The fault needs to be cleared manually.

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

NO

NO

Yes

LOFD-003007

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

YES

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

NO

No

LOFD-00300402

Indicates the priority of the VLAN with whichthe the MA Indicates is associated. interval at which the CFM MA transmits continuity check Indicates messagesthe (CCMs). number of local MEPs in an MA. Indicates the number of RMEPs in an MA. Indicates the list of local MEPs in an MA. Indicates the list of RMEPs in an MA.

NO

NO

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

YES

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

YES

No

LOFD-00300402

NO

YES

No

None

NO

YES

No

LOFD-00300402

NO

YES

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

Indicates the name YES of the CFM MD. Indicates the level of the CFM MD. Indicates the number of MAs in a CFMMD. Indicates the list of all MAs in a CFMMD. Indicates the name of the MD to which the MEP belongs. Indicates the name of the MA to which the MEP belongs. Indicates the MEP ID. Indicates cabinet number of the board to which the Indicates subrack MEP belongs. number of the board to which the Indicates slot MEP belongs. number of the board to which the Indicates the type MEP belongs. of subboard on the board where the MEP is located. Indicates the port type of MEP. Indicates the port number of the MEP. Indicates whether to enable the continuity check Indicates the ID of a (CC) of the CFM. VLAN of the MA to which the MEP Indicates belongs. the ID of a VLAN of the MA to which the MEP Indicates belongs. the priority of a VLAN of the MA to which the MEP belongs.

Indicates the number of transmitted Connectivity Indicates the Check (CC) packets. number of received Connectivity Check Indicates the (CC) packets. number of transmitted loopback packets. Indicates the number of received loopback packets. Indicates the number of transmitted PDUs Indicates thea link. traced over number of received PDUs traced over a Indicates the link. number of transmitted packets Indicates the CFM packets. number of transmitted Indicates thepackets CFM packets. number of transmitted packets CFM packets Indicates the discarded. number of received packets IndicatesCFM the MAC packets discarded. Indicates address ofthe thename of the MD to which RMEP. It must be a the RMEP belongs. valid unicast Indicates address inthe thename of the MA to which format of XXXXthe RMEP belongs. XXXX-XXXX. The Indicates the RMEP MAC address of the ID. RMEP can be obtained from the MAC address field carried in the CCM message. If the Indicates the status MAC address of the RMEP. Indicates the actual configured by the MAC address of the user is different RMEP. The format from that carried in is XXXX-XXXXIndicates the the CCM message, XXXX. priority of a VLAN the MAC address of the MA to which carried in the the ID MAC Indicates of a the RMEP belongs. message prevails. VLAN of the MA to which the RMEP Indicates belongs. the number of received CCM packets from Indicates the RMEP.the number of the IP addresses bound to the RMEP.the list of Indicates the IP addresses bound to the Indicates the RMEP. type of the commissioning service. Indicates the number of the commissioning port.

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

YES

YES

No

LOFD-00300402

NO

NO

No

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

NO

NO

Yes

LOFD-00300402

YES

YES

No

LOFD-003014

YES

YES

No

LOFD-003014

physically located at the local maintenance Ethernet port. If this parameter is set to DISABLE, the commissioning service is disabled on the local maintenance Indicates the Ethernetnumber port. If of this cabinet parameter is set to the board where the Indicates the ENABLE, the port is located. subrack number of commissioning the board where the service is enabled Indicates the slot port is located. on the local number of the maintenance board where the Ethernet port. In Indicates the type port is located. this case, the local of sub-board on the maintenance board where a port Ethernet is located.port is Indicates port subject tothe cyber type. attacks to the commissioning port. Indicates theswitch port Enable this number. with causion. Indicates the IP address configured Indicates the for the port. subnet mask of the device IP address configured on the Indicates whether port. to enable the DHCP relay switch. Indicates the rule IP Indicates for prioritizing address ofwhether thetraffic to enable detection to meetserver. service DHCP of automatic If this requirements. establishment of to parameter is set the remote IPPRECEDENCE, Indicates the maintenance the protocol priority of the thestack highIndicates channel. of the earlier level OM data. The Indicates the priority of signaling. version is adopted, priority has ahas priority of the lowThe priority a which firstly positive level OMcorrelation data, such positive correlation converts types of Indicates thetoDSCP with the value of as the be with thedata value ofto service (TOSs) of the IP clock this parameter. The uploaded or this parameter. DSCPs and then packet. If the clock high-level OM data downloaded. The prioritizes traffic. that follows includes the priority has athe Precision Time packets related to positive correlation Protocol (PTP)ofis remote with the value used, the DSCPThe of maintenance this parameter. Indicates the the PTP packets channel switchover low-level data priority of OM user data takes effect. If the and DHCP relay. includes the data type 1. The priority clock that follows related to File has Huawei a positive the Transfer Protocol correlation with the Indicates the type proprietary protocol (FTP). value of this of primary is used, thetransport DSCP parameter. resource for user of the protocol Indicates the data type 1. effect. packet takes primary port load Indicates threshold the of user threshold data type of 1. the primary-toIndicates the secondary portdata load priority of user ratio of user data type 2. The priority type has a1.positive correlation with the Indicates the type value of this of primary transport parameter. resource for user data type 2.

NO

YES

No

LOFD-003014

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

NO

YES

No

None

NO

NO

No

YES

YES

No

NO

NO

No

LOFD-002004

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-00300201

NO

NO

No

None

LBFD-00300102 LBFD-00300103 LOFD-002004 LBFD-00300102 LBFD-00300103 LOFD-002004

Indicates the primary port load Indicates threshold the of user threshold data type of 2. the primary-toIndicates the secondary portdata load priority of user ratio 3. of The userpriority data type typea2.positive has correlationthe with the Indicates type value of this of primary transport parameter. resource for user Indicates data type the 3. primary port load Indicates threshold the of user threshold data type of 3. the primary-toIndicates the secondary portdata load priority of user ratio 4. of The userpriority data type typea3.positive has correlationthe with the Indicates type value of this of primary transport parameter. resource for user Indicates data type the 4. primary port load Indicates threshold the of user threshold data type of 4. the primary-toIndicates the secondary portdata load priority of user ratio 5. of The userpriority data type typea4.positive has correlationthe with the Indicates type value of this of primary transport parameter. resource for user Indicates data type the 5. primary port load Indicates threshold the of user threshold data type of 5. the primary-toIndicates the secondary portdata load priority of user ratio 6. of The userpriority data type typea5.positive has correlationthe with the Indicates type value of this of primary transport parameter. resource for user Indicates data type the 6. primary port load Indicates threshold the of user threshold data type of 6. the primary-toIndicates the secondary portdata load priority of user ratio 7. of The userpriority data type typea6.positive has correlationthe with the Indicates type value of this of primary transport parameter. resource for user Indicates data type the 7. primary port load Indicates threshold the of user threshold data type of 7. the primary-toIndicates the secondary portdata load priority of user ratio 8. of The userpriority data type typea7.positive has correlation with the value of this parameter.

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-00300201

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-00300201

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-00300201

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-00300201

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-00300201

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-00300201

Indicates the type of primary transport resource for user Indicates data type the 8. primary port load Indicates threshold the of user threshold data type of 8. the This parameter primary-toIndicates the belongs a data secondary port load priority ofto user feature called LMPT ratio of user data type 9. The priority This parameter Downlink Flow type has a8.positive belongs to a S1 Control. When correlation with the Indicates the type feature called LMPT interface downlink value of this of primaryFlow transport Downlink traffic volume parameter. resource When for user Control. S1 exceeds LBBP Indicates the data typedownlink 9. interface process port ability, CPU primary load traffic volume Indicates the in LBBP will threshold of user exceeds LBBP threshold of overload it will data typeand 9. the process ability, CPU primary-tolead to degradation in LBBP willport load secondary of air interface overload andTo it will ratio of user data throughput. lead to degradation type 9. solve this problem, of air interface LMPT Downlink throughput. Flow ControlTois solve this problem, Indicates the used to limit LMPT Downlink number of theof downlink rate Flow Control cabinet housing LMPT in caseisof the Indicates the an used limit board where LBBPtoCPU number of the downlink rate E1/T1 portThis is of overload. subrack housing LMPT in case of located. parameter indicates the board where the LBBP CPU Indicates the whether to limit E1/T1 port is slot overload. number ofThis the LMPT downlink rate Indicates the clock located. parameter indicates housing thein board measured bit per mode of the E1/T1 whether toE1/T1 limit where the second (bps) port. Indicates the in rate LMPT downlink port is located. case of LBBP CPU 1. If the BS extracts number of in the measured packet overload. the clock fromin E1/T1 port. per line second (pps) the E1/T1 port, the Indicates the range case of LBBP Indicates the CPU clock mode of the of E1/T1mode ports.of overload. working E1/T1 port must be the E1/T1 port. This set to SLAVE. If the parameter must be BS provides the line set to the same clock for the Indicates thelowerframe value as that at the level equipment format used by the peer end. through the E1/T1 E1/T1 port. link Indicates the line port, the clock running status. coding mode ofThe an mode of the E1/T1 link running E1/T1 port. port must bestatus set to is classified into MASTER. OK, LOCAL_LOOP, Otherwise, the line REMOTE_LOOP, clock may fail to Indicates whether PAYLOAD_LOOP, work properly. to perform the link SINGLE_CH_LOOP 2. When the the test E1/T1 test ,port and provides 8K type. The testan types PHYSICAL_LOOP, clock reference for are classified LOS, AIS, RA,into LFA, the transmission No Test, Offline Indicates whether LMFA, SLIP, interface the Test,E1/T1 and board, Online the port is BACKUP, and clock mode of the Test. used. OTHERS. E1/T1 portthe must Indicates left be set to SLAVE. loop time of the Indicates themodes type 3. The port. clock E1/T1 of sub-board on the E1/T1 ports used board where the by an inter-board E1/T1 is MLPPPport group located. cannot be all set to SLAVE.

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-00300201

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

None

Indicates the BER threshold. Indicates the cabinet number of the board where the Indicates the is Ethernet port subrack located. number of the board where the Indicates the slot Ethernet port is number of located. the board where the Indicates the type Ethernet port is of sub-board on the located. Indicates the board where the working mode of Ethernet port is the Ethernet port located. Indicates the type that complies with of the Ethernet IEEE 802.3ah. port. Indicates the If this parameter is number of the the set to ACTIVE, Indicates whether Ethernet port. local end initiates remote loopback Indicates the period negotiation. can be enabled at for sending a frame If this parameter is the port where 3AH for detection. A set fault to PASSIVE, the detection is shorter time interval local end does not activated. If remote indicates ais higher initiate negotiation; loopback frequency oflocal Indicates the size of instead, the enabled, the OAM detecting the the endProtocol waits forData ais 3AH loopback Ethernet link details, faults. Unit (PDU). negotiation allowed. For message from the see the STR peer end. ETHOAMLOOPTST command. During Indicates whether the loopback, only Indicates the to enable indication 3AH packets rather threshold for the of link faults. Indicates the than other types erroneous frame duration ofthe the of Indicates packet can event. If the number Errored Frame threshold forbe the transmitted. of erroneousIf Event. accumulated Indicates the remote loopback frames within a is erroneous frame duration ofthe thelocal Error disabled, second exceeds the event. IfSeconds the length Frame end cannot initiate threshold, an of time thatEvent. Summary the loopback. erroneous frame erroneous frames The Error Frame event occurs. This occupy within a Seconds indicates event is checked sampling period the number of error every other second. specified through frames per second. the Indicates the FSM ERRFRMSCDEVT status of the Indicates the PRD parameter Ethernet number ofOAM 3AH. exceeds discardedthe OAM threshold, an Units Protocol Data accumulated (PDUs) onthe the RX Indicates erroneous frame channel.of received number event occurs. Event OAM PDUs. Indicates the number of received Fault OAMthe PDUs. Indicates number of Info OAM PDUs Indicates the Indicates theatotal received on port. number of number of received received OAM PDUs, Loopback Control including the OAM PDUs. information OAM PDUs, event OAM PDUs, loopback OAM PDUs, and discarded OAM PDUs.

NO

NO

No

None

YES

NO

No

LOFD-00300401

YES

NO

No

LOFD-00300401

YES

YES

No

LOFD-00300401

YES

YES

No

None

YES

YES

No

LOFD-00300401

YES

YES

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

No

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

Indicates the number Indicatesofthe discarded number of OAM PDUs on theEvent TX transmitted Indicates theThe channel. OAM PDUs. number of PDUs Event OAM transmitted are used to Fault notify OAM PDUs. Indicates theThe the peer end of a Fault OAM number of PDUs link event. Indicates theInfo are used to notify transmitted number of the peer end of a OAM PDUs. The transmitted link failure. Indicates totalare Info OAM the PDUs loopback number ofOAMthe used to finish PDUs. transmitted OAM search The process. loopback OAM the PDUs, including PDUs are used information OAMfor remote loopback PDUs, event Indicates the OAM control. PDUs, loopback cabinet number of OAM PDUs, and the the board where Indicates the discarded OAM Ethernet port is subrack PDUs. located. number of the board whether where the Indicates Indicates port the slot Ethernet is to enableofthe number theARP Indicates the located. proxy function. board where theIf Maximum Indicates the type the ARP proxy Ethernet port is Transmission Unit of sub-board on the function is enabled, located. (MTU) at the Indicates the speed whether board where the the system Ethernet port,port which mode of the the Ethernet Ethernet port is is performs the ARP identifies the Indicates Ethernet port. This an electrical located. proxy on the port IP or maximum packet number of IP the parameter must be optical port. addresses ofWhen size (including the Ethernet port. set to the same the system is loopback interfaces IP header) of of the value that started, the on theas BS orsystem thethe IP Ethernet port. The peer port. GE binds the Ethernet addresses of ports recommended electrical ports MTU portthe with an on lower-level value is above 576. support 1000 Mbit/s electrical first if Indicates the BS. If the port ARPduplex If the value is only when working the default value mode function of the is of proxy smaller 576,is in auto-negotiation the port than attribute Ethernet port. disabled, the If the broadcast packets mode. SPEED AUTO. SPEED parameter systemIfdoes not of such the DHCP a optical portthis is is GE set as to AUTO, perform the ARP packet may fail to set to AUTO, the parameter must proxy on the IP be or1000 port works alsoreceived be set at to addresses of transmitted. This Mbit/s inIf autoAUTO. the loopback interfaces Indicates the parameter does not negotiation SPEED parameter on the BS ormode. the IPIf generation take effect after the SPEED of a GE is not set to addresses ofAUTO, ports Indicates whether threshold for Ethernet port is optical port isthe set to this parameter must on the lower-level Indicates the to enable the flow MAC Excessive added tothe an 1000M, port be set to FULL. BS. In this case, clearance threshold control ontrunk. the Frame Error Ratethe Ethernet works at 1000 external device for the MAC Ethernet port. alarm (ID: 25881). Mbit/s in whose IPmanual address Excessive Frame is When the number configuration mode. on theRate same subnet Error alarm of erroneous MAC as the IP address of (ID: 25881). When frames exceeds this loopback the number of Indicates threshold,the theMAC MAC interface onFrame the BS erroneous MAC address (six bytes) Excessive (or of the lowerframes falls below configured for the Error Rate alarm is level BS) port. needs to this threshold, the Ethernet The reported. Indicates the access the MAC Excessive format is XXXXphysical layer loopback interface Frame Error Rate XXXX-XXXX. status of the (or theis lower-level alarm cleared. Ethernet port. BS) through Indicates thea route. This loopback status of Indicates whether parameter does the Ethernet port.not the current Ethernet take effect after the port is in the Ethernet port is loopback test added to an mode. Ethernet trunk.

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

NO

NO

Yes

LOFD-00300401

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates whether the Ethernet OAM 3AH is enabled. Indicates the number of packets received at the Indicates the Ethernet port. number of bytes received at the Indicates the Ethernet number ofport. CRC error packets received at the Indicates the traffic Ethernet port. received at the Ethernet port. Indicates the number of packets transmitted at the Indicates the Ethernet port. number of bytes transmitted at the Ethernet Indicates port. the traffic transmitted at the Indicates the Ethernet port. number of IP addresses configuredthe forIP the Indicates Ethernet and port.mask address list configured for Indicates the port. the Ethernet negotiation mode configured on the Ethernet Indicates port. the actual Indicates themode speed Indicates the duplex negotiation of mode of the the port. mode of the Ethernet Ethernet Ethernet port. port. This If an parameter must be Ethernet electrical set toisthe same port used, this value as that of the parameter is valid peer port. when SPEED is not Indicates the If an set to AUTO. negotiation mode of Ethernet optical the NE connecting port is used, Indicates the this speed to the Ethernet port. parameter mode of themust NE be set to FULL.to the connecting Indicates the duplex Ethernet port. mode of the Indicates theNE type connecting to the Indicates the of Ethernet trunk. Ethernet port. cabinet number of If this parameter is the to board where the Indicates the set DISABLE, Ethernet trunk is number of the of member ports Indicates whether established. subrack housing the Ethernet to enable thetrunk ARP the board where must be manually Indicates the proxy function onthe Ethernet trunk is configured. In this number of thetrunk. slot the Ethernet established. case, the housing the board If this parameter is configured member where the Ethernet set to ENABLE, the Indicates the the ports are trunk is established. BS performs number of considered as the valid ARP proxythe on Ethernet trunk.ofofits member ports IP addresses the Ethernet trunk. loopback interfaces If this parameter (or of the lower- is set toBS). ENABLE, level If this member ports of to parameter is set the Ethernet DISABLE, thetrunk BS must be does also not perform manually the ARP proxy on configured. In thisof the IP addresses case, the valid its loopback member ofthe interfacesports (or of the Ethernet trunk lower-level BS). are negotiated The external device

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

LOFD-003008

YES

NO

No

LOFD-003008

YES

YES

No

LOFD-003008

YES

NO

No

LOFD-003008

NO

NO

No

LOFD-003008

NO

NO

No

LOFD-003008

Indicates the size of the Maximum Indicates the type Transmission Unit of subboard the (MTU) in the Indicates theon status board where the Ethernet trunk. The of the Ethernet Ethernet recommended MTU trunk. Thetrunk stateis of established. value is above 576. the Ethernet trunk If the value depends on Indicates theisthe MAC smaller than 576, state of the member address of the broadcast packets ports. If the state of Ethernet trunk. The such asisthe DHCP the member ports format XXXXpacket fail to be of the existing XXXX-XXXX. The received or Ethernet trunk of is an MAC address transmitted. Indicates the activated, theMAC state Ethernet port is that address ofEthernet the of of the the Ethernet first Ethernet trunk at trunkadded is activated. port to the Indicates the the peer end. Ethernet trunk. number of member

ports in the Indicates the Ethernet trunk. number of the member port of the Indicates the Ethernet trunk. number of active member ports of Indicates the trunk. the Ethernet number of an active Indicates the of the member port number packets Ethernetoftrunk. (including the Indicates discardedthe packets) number receivedofbybytes the (including the Ethernet trunk. discardedthe bytes) Indicates received number ofby the Ethernet discardedtrunk. packets Indicates thethe received by number Ethernetoftrunk. discarded bytes Indicates the receivedofbypackets the number Ethernet trunk. (including the Indicates discardedthe packets) number of bytes transmitted by the (including the Ethernet trunk. discardedthe bytes) Indicates transmitted number of by the Ethernet discardedtrunk. packets Indicates theby the transmitted number Ethernetoftrunk. discarded bytes Indicates theby the transmitted number of IP Ethernet trunk. addresses configured for the Indicates the IP Ethernet trunk. Indicates theof the address list number of the Ethernet trunk. cabinet housing the Indicates the the board where number theof an memberof port subrack housing Ethernet trunk is the board the where the Indicates located. memberof port an number theofslot Ethernetthe trunk is housing board located. where the member Indicates port of an the Ethernet number of the trunk is located. parent Ethernet trunk of the port.

YES

YES

No

None

NO

NO

No

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

YES

NO

No

LOFD-003008

YES

NO

No

LOFD-003008

YES

YES

No

LOFD-003008

YES

NO

No

LOFD-003008

Indicates Indicates the whether number ofthe the Indicates the member port is member port in an priority of the the primary port of Ethernet trunk. member port in an an Ethernet trunk. Ethernet trunk. trunk A Each Ethernet smaller has oneparameter and only value indicates a one primary port. Indicates the type higher priority. The primary port of sub-board on the must be the first Indicates the the switch board where port added to an used to control member port of an Ethernet trunk and Indicates the status whether to allocate Ethernet trunk is the lastmember port Indicates the MAC of the bandwidths to port located. Indicates the removed from the address of theperiod in an Ethernet transmission mode of port Ethernet trunk. member when trunk. resource groups on transmitting being addedthe to an the physical portData LACP Protocol Ethernet trunk. The based on theirat the Units format(PDUs) of the MAC scheduling weights. local end.isIn long address XXXXWhen period mode, the Indicates the period XXXX-XXXX. RATECFGTYPE time for modeinterval of (the rate periodically transmitting the configuration type) Indicates thethe transmitting LACP PDUs at the is set to number of received LACPend. PDUs is peer SINGLE_RATE, LACP large. PDUs Indicates the on the different values memberof port of of an number this parameter lead Ethernet trunk. transmitted LACP to different PDUs on the Indicates the of an bandwidth member port number of theID of allocation methods Indicates the Ethernet trunk. extension user as follows: (1)ID Ifdata this the transport Indicates the of type. parameter is set group the transport Indicates the typeto DISABLE and the related to the parameter group of primary transport Indicates the sum of TX services related toused the to resource priority theof bandwidths the corresponding to an service of that transmit the user service data, which associated extended QCI. corresponds to the date when hybrid is identified byisaIt resource groups extended QCI. transmission Indicates the flow DSCP value. The a exceeds the uniquely identifies adopted. HQ Indicates the rate control type for the priority of the bandwidth of the Indicates the hightransport parameter indicates that configuration mode user data with the service data has a physical port, each activity factor of group. quality transport the of transmission extended QCI. Ifis positive correlation Indicates the resource group services resources are used, resource groups this parameter is in with the DSCP primary port allocated a load corresponding to an while LQ indicates the BS, which can set to value. threshold of the bandwidth that extended QCI. is Indicates the that low-quality be set toproportional NON_FLOW_CTRL user data in the directly primary-totransport resources SINGLE_RATE or ,secondary flow control is not hybrid transmission to its configured TX port load are used. When DUAL_RATE. The performed for the scenario. A larger bandwidth; (2) If ratio threshold of admission control is dual rate service. In thisinisathe value indicates this parameter the user data performed andrefers a configuration case, if the rate and greater probability set to ENABLE hybrid transmission new service to the hybrid of theis configuration type of services being the sum of scenario. ATX smaller requests admission, peak information dual rate, the preferentially bandwidths of the value indicates a the IP pathand route rate (PIR) committed admitted to the associated greater probability with same primary committed information rate primary path. resource groups of services being transport resource information rate is (CIR) bandwidth exceeds the preferentially type will be used as (CIR). If this used to transmit bandwidth the the admitted toofthe the primary parameter is set to service data. Ifeach this physical port, primary path. transport path. the SINGLE_RATE, parameter is set resource group isto transmission FLOW_CTRL, flow allocated a resource control is group performed bandwidth that is performs traffic for this service. In directly proportional Indicates the Indicates the time IKE shaping based this case, ifsending the on rate to its scheduling interval for local name. its transmit configuration weight. Whentype is the keepalive bandwidth. If this dual rate, peak RATECFGTYPE packets. Ifthe the parameter set information (the rate is parameter israte set to to DUAL_RATE, theis (PIR) bandwidth configuration type) 0, keepalive transmission used is set to to transmit packets are not the resource group service data. DUAL_RATE, sent. performs traffic of different values shaping based lead on this parameter PIR and the to different CIR transmission allocation methods admission algorithm

YES

YES

No

LOFD-003008

NO

NO

No

LOFD-003008

NO

YES

No

LOFD-003008

YES

YES

No

None

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

NO

NO

Yes

LOFD-003008

YES

YES

No

None

NO

YES

No

None

YES

YES

No

None

NO

YES

No

NO

NO

No

NO

YES

No

LBFD-00300201 LOFD-00301101 LOFD-00301103 LOFD-003016 LOFD-001032 LOFD-003016

NO

YES

No

LOFD-003016

NO

YES

No

NO

YES

No

NO

NO

No

LOFD-003016 LOFD-00301101 LOFD-00301102 LOFD-00301103 LOFD-00301202 LOFD-003016 LOFD-001032 LOFD-00301101

NO

NO

No

LOFD-003011

NO

NO

No

LOFD-003009

NO

NO

No

LOFD-003009

Indicates the timeout duration for waiting for the keepalive packets. If this parameter is Indicates the set to 0, keepalive Differentiated packets not Servicesare Code sent. (DSCP) of the Point Indicates ISAKMP. the cabinet number of the IKE local board. Indicates the subrack number of the IKE local Indicates the board. IKE Indicates the slot exchange number of mode. the IKEIn main mode, keys local board. are exchanged Indicates the name independently from of the IKE peer. identity Indicates the ID of authentications. the IKE proposal in This protects use. identity information Indicates and hencethe IKE protocol version. Indicates the IP enhances security. Indicates address ofthe thetype peer In aggressive of theWhen identification end. the mode, identity payload that the encapsulation authentication is not local end transmits. mode of the IPSec protected. If the The authentication proposal is the authentication can be performed transmission method of themode, IKE based onproposal IP or of fully the IP address security is qualified domain the IKE peer must set to name be the(FQDN). same as the PRE_SHARED_KE name Indicates the IP destination IP Y, the main mode Indicates the preof the peer end. address of the local address of the ACL does not support shared key. The two end, which is used rule. If they are FQDN whileends the negotiation in IKE negotiation. different, encoded aggressive mode must beaddress configured This IP can packets will fail to Indicates whether supports. with the same be set to 0.0.0.0 or be decoded. to enable the Dead authenticator. a configured Peer Detection interface IP address (DPD) function. Indicates the time at the local end. If after a DPD this parameter is detection the succeeds. Indicates set to 0.0.0.0,time the interval for sending BS automatically frames a DPD Indicates the uses theforinterface detection. number of IP address to retransmission negotiate with the Indicates the attempts after a IP peer. If multiple encryption DPD detection fails. addresses are algorithm used in configured at the the IKE proposal. port, it is the Indicates The Data recommended cabinet numberthat of Encryption you specify one IP the IKE peer board. Standard (DES) is Indicates thethe address for an internationally subrack number of negotiation. used data If the the IKE peer local BS usesboard. the encryption Indicates the slot digital certificate algorithm, number of which the IKE and IP for uses a address 56-bit key. peer board. authentication in The 3DESthe is also Indicates ID of the negotiation, an internationally the IKE proposal. ensure that the IP used encryption address in which the algorithm, certificate is thekey. uses a 168-bit same as the local The Advanced IP address Encryption of the BS. Standard (AES) is an advanced encryption algorithm, which provides three

NO

NO

No

LOFD-003009

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

LOFD-003009

NO

YES

No

LOFD-003009

NO

NO

No

LOFD-003009

NO

NO

No

LOFD-003009

NO

YES

No

LOFD-003010

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003012

NO

YES

No

LOFD-003013

NO

NO

No

LOFD-003014

NO

NO

No

LOFD-003015

NO

NO

No

LOFD-003016

NO

NO

No

LOFD-003017

NO

NO

No

LOFD-003018

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

LOFD-003019

NO

NO

No

LOFD-003020

ISAKMP SA, where Digest Algorithm 5 ISAKMP is short for (MD5) uses a 128Internet Security bit secret the key,DiffieIndicates Association and whereas the Hellman (DH)Secure group Key Management Hash 1 of the Algorithm IKEand proposal. Protocol SA is (SHA1) uses a 160The shortcore for security bit secret key. Thein technology used association. MD5 algorithm an IKE proposal is IKE negotiation Indicates the supports faster the Diffie-Hellman requires a long time authentication calculation but (DH) exchange to calculate Diffiemode used in the lower security than technology. The Hellman keys. ToDH IKE proposal. For the SHA1 exchange prevent updating of details, see Indicates the algorithm. For technology is used the ISAKMP SA RFC2409. Pseudo-random details, see private to calculate from affecting Function (PRF) RFC2409. The information based communication algorithm used in AES-XCBC-MACon public security,The a lifecycle IKEv2. PRF 96 algorithmItisis information. longer than 10 algorithm to used only is in used IKEv2. mathematically minutes isthe generate For details about proven that recommended for materials required Indicates the this algorithm, see decrypting the DH the ISAKMP SA. for IKE cabinet number of RFC3566. information is and Before thethat lifecycle authentication the board impractical due of an SA elapses, Indicates encryption. For to adopts thethe IKE calculation two ends will subrack number details about howofto security proposal. complexity. negotiate with each the board that generate materials, Indicates the slot a otherRFC4306. tothe generate adopts IKE see number of the new SA to replace security proposal. Indicates board thatthe adopts the original one. number of the the IKE security The new SA is used cabinet housing the Indicates the proposal. upon the board where a number of the completion of the transmission subrack thatand the negotiation, resource group is houses the board Indicates the original SA is established. where a number the slot removedofonce its transmission corresponding to lifecycle elapses. resource the boardgroup whereisa established. transmission Indicates the ID isof a resource group transmission established. resource Indicates group. the destination IP Indicates the addressmask of passingsubnet of the by traffic. IP destination address of the service traffic bound Indicates the bearer to a transmission type of transmission Indicates the type resource group. resource group. of sub-board on the board where a transmission Indicates the type resource group of port where a is established. transmission Indicates the resourceofgroup is number the port carried.a where transmission resource group is Indicates carried. the ID of an IP path. Indicates the cabinet number of the board where the Indicates IP path is the located. subrack number of the board where the Indicates slot IP path is the located. number of the board where the IP path is located. Indicates the physical port type of the IP path.

NO

NO

No

LOFD-003021

NO

NO

No

LOFD-003022

NO

NO

No

LOFD-003023

NO

NO

No

LOFD-003024

NO

NO

No

LOFD-003025

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

MRFD-231501 LOFD-003002

YES

NO

No

MRFD-231501 LOFD-003002

YES

YES

No

MRFD-231501 LOFD-003002

YES

NO

No

MRFD-231501 LOFD-003002

YES

YES

No

MRFD-231501 LOFD-003002

YES

YES

No

MRFD-231501 LOFD-003002

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

NO

No

None

YES

YES

No

LOFD-003011

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

LOFD-003011

Indicates the type of the IP path. QOS indicates that this IP path is used to Indicates the carry the service number of theID of with specified Indicates the physical port of the Quality of Service the adjacent node IP path. (QoS), that is, with for the signaling to Indicates the local a specified DSCP. Indicates the which the IP path IP address of an IP ANY indicates Differentiated belongs. the that IP path. ThisIf IP this IP Path can be Services Code path is used for address must bean a used to carry Point (DSCP) of the S1 interface, this valid one of class A, services of must any services carried parameter be B, or C but must on not QoS hence is an path. set toand the ID of the be IP the reserved Indicates the type used to carry the S1 interface that Indicates whether address 0.x.x.x or of transport service without aIP Indicates the peer connects the to enable the PING 127.x.x.x. If this resource for the specified DSCP. IP address of the eNodeB the detection check parameter is setHQ toIP path. Thetoto value path. MME. Note that in the IP path. The 0.0.0.0, this IP indicates highS1-flex scenarios, PING detection is address needs to quality transport this parameter can used to check the be negotiated. resources, and the be setLQ to the IDan of IP connectivity of value indicates the S1If interface path. the transport PINGto low-quality any MME.isIfThis the IP detection resources. Indicates the path is used for an disabled in the parameter must be application type X2 interface, this firewall located inof set in the IP path. parameter must be the transport hybridtransmission set to theorIn IDinother of the network the scenario. X2 interface thata CN equipment, scenarios, the Indicates the actual connects the detection failure will default value of this real-time traffic eNodeB to the be resulted, which parameter is used. transmitted onrethe corresponding will causethe the Indicates actual IP path. neighboring establishment real-time trafficof eNodeB. the S1 interface received on the IP and Indicates theservices actual path.disrupt in the cell. non-real-time traffic Therefore, this transmitted on the Indicates actual parameter must be IP path. the non-real-time traffic set to DISABLE Indicates thethe actual received on IP under such TX bandwidth path. scenarios. reserved for the Indicates the actual non-real-time RX bandwidth service transmitted reserved the on the IP for path. non-real-time service received Indicates the Pingon the IP path. check result of the Indicates IP path. the ID of the transmission resource group established Indicates theon an IP path. description about Indicates whether the peer of the IP the IP path joins Indicates the typea path. transmission of sub-board on the resource group. board where the IfIP this parameter is path is established. Indicates the set to DISABLE, the source IP path IP is address of an IP pathon route. established the The source IP default transmission Indicates the type address must beon resource group Indicates the of transport the same as the a specific physical destination IP on resource carried configured device port. address of an an IP path route. IP address. IP path value route.HQ The indicates highquality transport resources, and the value LQ indicates low-quality transport resources.

NO

NO

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

NO

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

NO

No

LOFD-003011

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

YES

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

No

None

YES

YES

No

LOFD-003016

YES

YES

No

LOFD-003016

NO

YES

No

LOFD-003016

Indicates the next hop IP address of an IP path route. The next hop IP address and the configured device IP addressthe must be Indicates Indicates the local ID of on the same IP address of peer an IPof Indicates the an IP PM session network segment, PMaddress session. IP IP ofThis the IP an NE. but cannot be the address excluding PM session. This Indicates that the IP same. 0.0.0.0 must be address must be a activation direction configured at theof valid IP address of the IP PM Ethernet port, C Class A, B, session. Fororthis Ethernet or and different Indicates trunk, the parameter to from be loopback interface. any existing IP Differentiated valid, the peer must address of the local Indicates the roundServices Code also support the IP end. In addition, it trip delay calculated Point (DSCP) an PM session. Ifof this cannot be set to by an IP PM IP PM session. parameter is set to 0.x.x.x 127.x.x.x. session detection. UP, theor IP PM The round-trip session initiated by delay time the BSisisthe activated. that isparameter consumedisto If this Indicates DL transmit IPthe PM set tocalculated BIDIR, thebyIP jitter detection packets to PM sessions an IP PM sessionthe and fro between initiated bythe BSUL and Indicates detection. local andare peer by the peer jitter calculated ends. activated. an IP PM the session Indicates DL detection. byte loss rate calculated by an IP Indicates whether Indicates the UL PM session to bind therate IP PM byte loss detection. session to an IP IP calculated by an path. If the IP PM session PM Indicates UL to session isthe bound detection. Indicates the type activation status an IP path, the IPof of IP PM session. an IP PM session. PM session uses A Indicates the DL triplet consists of the local and peer activation theaddress local IPstatus IP of theofIP an IPinPM session. address, peer IP path data address, and transmission. If protocol type; TXBWASW ora quadbit consists of RXBWASW of the the local IP algorithm of a address, peer IPof transmission Indicates the ID address, protocol resource group is the IP path to which type, DSCP. set IP toand ON session and this is an PM Indicates parameter is also bound. whether the DSCP set to ON, value the of a DL IP dynamically PM session system changes. adjust bandwidth Indicates the initialof the transmission DSCP value of a DL resource group IP PM session. Indicates the associated with the modified DSCP IP pathofaccording to value a DL IP PM Indicates time the IP PMthe detection session. when result.the DSCP value of an IP PM Indicates the session changes. cabinet number of the board where the Indicates IP route isthe located. subrack number of the board where the Indicates slot IP route isthe located. number of the board where the IP route is located.

NO

YES

No

LOFD-003016

YES

YES

No

LOFD-00301201

NO

YES

No

LOFD-00301201

NO

YES

No

LOFD-00301201

NO

YES

No

LOFD-00301201

NO

NO

No

LOFD-00301201

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

Indicates the type of sub-board on the Indicates the type board where the IP of route. If this route is established. parameter is set Indicates the typeto Indicates NEXTHOP, the of port. thealltype of IP routing packetstable that for a Indicates the port static IP route. A meet the route number. static hostare route direction firstis a manually forwarded to the configured route specified next hop whose subnet mask IP address. Indicates theIf this is 255.255.255.255. parameter is set destination IP to A static IF, all thegateway packets address ofIP the Indicates the route is a manually that meet the route route. subnet mask for the configured route direction are first destination IP whose subnetthe mask forwarded address of to the is not specified egress Indicates the IP route. 255.255.255.255 port. address the next Indicatesofthe and next hop.whose priority of the hop IP address and routing table entry. egress port IP A smaller parameter address are ona value denotes different network higher priority. segments. A Indicates the route dynamic host description of the is a dynamically destination of the acquired route route. whose subnet mask Indicates the type is 255.255.255.255. of the port. A dynamic gateway route is a the port Indicates dynamically number. Indicates the acquirednumber route of cabinet whose mask the portsubnet to which Indicates is thenot IPSecthe policy subrack 255.255.255.255 group is number bound. of the to which andport whose next Indicates the slot the policy hopIPSec IP address and number of the group is bound. egress port IP port to which are the IPSec Indicates theon type address policy group ison the of sub-board different network bound. board with the port segments. to which the IPSec Indicates theistype policy group of port to which the bound. IPSec policy Indicates the group is bound.of the port number to which the IPSec policy group is Indicates bound. the name of the IPSec policy group. Indicates the name of the IPSec Indicates the policy group. sequence No. of the IPSec policy group. The smaller the number, Indicates thethe ID of higher the the accesspriority. control list. Indicates the name of the IPSec proposal.

YES

YES

No

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

None

YES

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

YES

No

LOFD-003018

YES

YES

No

LOFD-003018

NO

YES

No

LOFD-003018

YES

YES

No

LOFD-003018

YES

YES

No

LOFD-003018

NO

YES

No

LOFD-003018

NO

YES

No

LOFD-003018

can be accessed through the key. The elements used to generate keys are not reusable. If Indicates the a key is lifetime of an IPSec compromised, other Indicates SA. Whenthe thisname keys are still configuration mode of the IKE peer parameter valuethat secure. of the lifetime of an is referenced by the reaches a specified When the IPSec IPSecthe SA. The SA policy. time, IPSec launches a value not GLOBAL does take negotiation indicates theusing global effect. Before the this security lifetime of thepolicy, IPSec SA becomes Indicates the traffic a PFS is SA, and the value invalid, the IPSec volume threshold exchanged. If the a LOCAL indicates policy for theestablishes IPSec policy, PFS is assigned to the local lifetime of new SAwhich through above Indicates the the local end, the the IPSec SA. Ifa this negotiation. Before negotiation for encapsulation PFS exchange is parameter isSA set the negotiation new IPSec isisto mode of an IPSec required when the GLOBAL, the complete, thevalue 0 started. The proposal, which negotiation is used validity period ofcan the Indicates the original SA is indicates that the be set to TUNNEL launched at the IPSec SA is 3600. cabinet number of to protect function, which In or TRANSPORT. peer end. The the board that DH communication. initiates negotiation Indicates the TRANSPORT group assigned to adopts the IPSec After the IPSec for a new SA subrack number of mode, only data is the local end and policy. negotiation is traffic based on the the board that encrypted. In peer end must be Indicates the complete, the new volume, ismode, disabled. adopts the IPSec TUNNEL the same. Indicates the slotthe security protocol SA is immediately policy. whole Otherwise, the is number ofpacket the used IPSec used in toIPan protect protected, and a negotiation fails. board that adopts proposal. The value communication. new IP header is of Theindicates security level the IPSec policy. AH the Indicates the name Indicates the added to the the 1024-bit DiffieAuthentication of the IPSec authentication original IP packet. Hellman group (DhHeader (AH) proposal. algorithm used The source IP in in group2) is higher protocol specified the address and the thanAH. thatThe ofThe the RFC2402. Message-Digest destination IP 768-bitESP Diffievalue indicates Algorithm 5the (MD5) address of new Hellman group (Dhthe Encapsulating algorithm uses a IP header are the group1). However, Security Payload IP 128-bit secret key, addresses of two longer protocol processing (ESP) whereas the Secure ends the time isofrequired by specified in security Hash Algorithm tunnel. Both the1 the Dh-group2. RFC2406. The Indicates the a 160(SHA1) uses TRANSPORT mode value AH_ESP authentication bit secret key. The and the TUNNEL indicates that algorithm usedthe in MD5 algorithm modeprotocol are the used ESP is for Indicates the ESP. features faster end-to-end IPSec preferentially used encryption calculation but in protection. The to protect packets, algorithm used Indicates the lower security TUNNEL mode, but not the AH than the ESP. cabinet number of the SHA1 however, is also protocol. the board that algorithm. applied tothe the Indicates adopts the IPSec protection subrack number proposal. of a of certain segment. the board that adopts thethe IPSec Indicates slot proposal. number of the board that adopts Indicates the IPSecwhether proposal. to enable the local maintenance Indicates the Ethernet layer port. physical status of the Indicates the local maintenance number of error Ethernetthat port.are packets received at the local Indicates the maintenance number of packets Ethernet port. received the local Indicates at the maintenance number of error Ethernetthat port.are packets transmitted Indicates theat the local maintenance number of packets Ethernet port. transmitted at the local maintenance Ethernet port.

NO

YES

No

LOFD-003018

NO

NO

No

LOFD-003018

NO

NO

No

LOFD-003018

NO

NO

No

LOFD-003018

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

LOFD-003018

NO

NO

No

LOFD-003018

NO

NO

No

LOFD-003018

NO

NO

No

LOFD-003018

NO

NO

No

LOFD-003018

NO

NO

No

LOFD-003018

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

127.x.x.x. 2. This IP address must be different from the IP address of the remote maintenance channel and Indicates the the device IP address. subnet mask of a 3. This IP address local maintenance must be on different channel. This network segments subnet mask must as the IP address be a valid mask of Indicates the the remote address and cannot cabinet number of maintenance be 0.0.0.0 or the board where the channel and Indicates the the 255.255.255.255. port is located. device IPnumber address. subrack of 4. This IP address the board where the Indicates the slot mustisbe different port located. number of from other the board where the configured device port is located. IP addresses. Indicates the port 5. This IP address type. and the destination IP addressthe of port the IP Indicates route must be on number. different Indicatesnetwork the switch segments. for limitingthe theUL line Indicates rate at the port. committed information rate after rate limitation Indicates the is configured at a Committed Burst port. Size (CBS) after Indicates the is rate limitation Excess Burst Size configured at a port. (EBS) after rate limitation is Indicates the type configured at on a port. of sub-board the Indicates the aDL board where port committed is located. information rate after rate limitation Indicates the is configured number of theat a port. cabinet where the Indicates the is MLPPP group number located. of the subrack where the MLPPP group Indicates the is located. ofwhether Indicates number the slot an MLPPP group where the MLPPP supports the group is located. Indicates the multiclass feature. number of the If this parameter MLPPP group. is set to ENABLE, the MLPPP group supports Indicates the the Class of Service (CoS) authentication type feature and four or of the MLPPP Indicates the eight service group. Indicates the types local authentication user of different IP address. If this name of an MLPPP priorities. parameter is set to group. Indicates theIP 0.0.0.0, this authentication address needs to password. be negotiated. If this parameter Indicates the is not set to 0.0.0.0, subnet mask of theit must IP beaddress. set to a If local validparameter IP addressisof this class B, or Cit but set to A, 0.0.0.0, must not needs to be be the reserved address negotiated. 0.x.x.x or 127.x.x.x.

NO

NO

No

None

NO

NO

No

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

LOFD-00301101 LOFD-00301102

YES

YES

No

LOFD-00301101 LOFD-00301102

NO

NO

No

LOFD-00301101 LOFD-00301102

NO

YES

No

LOFD-00301101 LOFD-00301102

NO

YES

No

LOFD-00301101 LOFD-00301102

NO

YES

No

LOFD-00301101 LOFD-00301102

YES

YES

No

None

NO

YES

No

LOFD-00301101 LOFD-00301102

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

LBFD-00300403

NO

NO

No

LBFD-003004 LBFD-00300403

NO

NO

No

LBFD-00300403

NO

YES

No

LBFD-00300403

NO

YES

No

LBFD-00300403

NO

NO

No

LBFD-00300403

NO

NO

No

LBFD-00300403

Indicates the peer IP address. When the eNodeB is connected to a peer equipment, the peer IP address can be either userspecified or set to 0.0.0.0. this IndicatesIf the parameter is set to MP/MC head option 0.0.0.0, this IP of the MLPPP. Indicates whether address obtained to enableisPPP by means of multi-frame negotiation. multiplexing. Indicates the fragment size of an MLPPP Indicatesgroup. the maximum length of Indicates the the PPP MUX timeout duration of Indicates the subframe. a PPP MUX maximum length of combination. the PPP MUXIf the PPP MUX frame. combination takes longer time than this parameter Indicates the value, numberanofalarm MC related to 4the priorities: or PPP 8. Indicates whether MUX combination to enable header timeout is IP reported. Indicates the compression. threshold above which the MLPPP Indicates thealarm is packet loss threshold generated.below which the MLPPP packet loss alarm is Indicates cleared. the status of an MLPPP group. Indicates the status of the IPCP protocol. Indicates the status of the PPP MUX. Indicates the negotiation result of the local IP address. Indicates the negotiation result of the local IP Indicates themask. negotiation result of the peer IP address. Indicates the negotiation result of the multi-class Indicates the PPP. negotiation result of the maximum RX unit. Indicates the negotiation result of the PPP MUX. Indicates the negotiation result of the address field Indicates thefield. and control negotiation result of the protocol field compression. Indicates the negotiation result of the IPHC.

NO

NO

No

LBFD-00300403

NO

NO

No

LBFD-00300403

NO

NO

No

LBFD-00300403

NO

NO

No

LBFD-00300403

NO

NO

No

LBFD-003004 LBFD-00300402

NO

NO

No

LBFD-003004 LBFD-00300402

NO

NO

No

LBFD-003004 LBFD-00300402

NO

NO

No

LBFD-003004 LBFD-00300403

NO

NO

No

LBFD-003004

NO

NO

No

LBFD-00300401

NO

NO

No

LBFD-00300403

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the number of packets received. Indicates the number of packets sent. Indicates the RX traffic. Indicates the TX traffic. Indicates the number of IP addresses of an MLPPP Indicatesgroup. the list of IP addresses of an Indicates the type MLPPP group. of sub-board on the board where an MLPPP group is Indicates the established. number of bytes received. Indicates the number of discarded packets Indicates received. the number of discarded bytes received. Indicates the number of bytes transmitted. Indicates the number of discarded packets Indicates the transmitted. number of discardedthe bytes Indicates transmitted. number of the cabinet where the Indicates the is MLPPP sublink number located. of the subrack where the MLPPP sublink Indicates the is located. of the slot number where the MLPPP sublink is the located. Indicates number of the MLPPP sublink. Indicates the Indicates number ofthe the number of the MLPPP group. subrack housing Indicates the board the where the number of slot E1/T1 port carrying Indicates theboard holding the the MLPPP sublink number of E1/T1 the where the is located. E1/T1 slotthe carrying port carrying the Indicates the MLPPP sublink. MLPPP sublink number of the is Timeslot 0 cannot located. E1/T1 port carrying be configured. In the MLPPP sublink. Indicates E1 mode,the timeslot 1 Maximum Receive to 31 can be Unit (MRU). The configured. In T1 received packet mode, only whose length is timeslots 1 to 24 greater than this can be configured. parameter valueare is Other timeslots discarded. not used.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

NO

No

LBFD-00300403

NO

NO

No

LBFD-00300403

NO

NO

No

LBFD-00300403

NO

YES

No

LBFD-00300403

NO

NO

No

LBFD-00300403

NO

YES

No

LBFD-00300403

NO

NO

No

LBFD-00300403

Indicates whether to enable protocol Indicates whether field compression. to enable the compression of the address Indicatesfield the and control field. timeout duration of the MLPPP sublink Indicates the type negotiation. of sub-board where an MLPPP sublink Indicates the type is established. of sub-board where an MLPPP group is established. Indicates the status of the MLPPP sublink. Indicates the status of the Link Control Protocol (LCP) Indicates protocol. the negotiation result of the maximum RX Indicates the unit. negotiation result of Indicates thefield the protocol negotiation result of compression. the Address-AndIndicates the type Control-Fieldof sub-board Compressionon the board where the (ACFC). E1/T1 port carrying the MLPPP Indicates thesublink is located. number of packets received. Indicates the number of bytes received. Indicates the number of discarded packets Indicates received. the number of discarded bytes received. Indicates the number of packets transmitted. Indicates the number of bytes transmitted. Indicates Indicates the the peer number of of the IP address discarded packets connectivity Indicates the transmitted. detection number ofof the remote discarded bytes Indicates the maintenance transmitted. master/slave flag of channel. The BS the remote performs PING from Indicates the local maintenance the local IP of address IP address the channel. to the peer IP remote Indicates address ofthe thelocal maintenance subnet mask of a remote channel. remote maintenance maintenance channel. In general, channel. the peer IP address is set to the IP address of the M2000; but when the BS cannot directly connect to the M2000 by performing PING, for example, a

NO

NO

No

LBFD-003004

NO

NO

No

LBFD-003004

NO

NO

No

LBFD-00300403

YES

YES

No

None

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

Indicates whether Indicates the peer to add a route for subnet mask of a the remote remote Indicates the maintenance maintenance cabinet channel.number If this of channel. the board the parameterwhere is set to Indicates the remote YES, one route is subrack number of maintenance automatically added the board where the channel is located. to the remote Indicates remote the slot maintenance number of the maintenance channel according board where the channel is located. to the parameters remote Indicates the configured bybearer the maintenance Indicates the type of a remote user. If this channel is located. destination maintenance parameter isIPset to address used channel. NO, you must in the routing table for a manually add Indicates the one remote route to a remote subnet mask of the maintenance maintenance destination IPtype Indicates the channel. This IP channel when the address used in the of route in the address is a peer IP address of routing table for a routing table for a Network ID, which the remote remote remote is usually the maintenance maintenance maintenance address of the channel and Indicates the the channel, that is,the the channel. network where device IP address priority of the route destination network If this parameter is M2000 is located. are notfor onwhere same added athe remote segment the set to NEXTHOP, network segment maintenance EMSnext is located. the hop Indicates the IP next and the network channel. address must beof hop IP address segment of the A smaller in parameter specified the the route for device IP added address value indicates routing table. a a remote does not cover that higher priority. Indicates the maintenance of the peer IPstatus of a remote channel. address. maintenance Indicates whether channel. the remote Indicates the type maintenance of sub-board on the channel is being board where a used. remote Indicates the maintenance cabinet of channelnumber is the board where the established. Indicates the is packet filtering subrack used. number of the board where the Indicates the slot packet filtering is number used. of the board where the packet filtering is used. Indicates the type of the port. Indicates the Indicates whether sequence number to permit or reject Indicates the port of the Access access of the data number. Control List that does not(ACL). match The BS currently the ACL rule. If this supports only parameter is set to advancedaccess ACLs. of PERMIT, ACLsthat 3000 through data does not 3999 matchare theadvanced ACL rule Indicates the type ACLs. is allowed. If this of sub-board on the parameter is set to board where packet Indicates the DENY, data that filter is enabled. number does notofmatch the transmitted ACL rule is packets. discarded.

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

LBFD-004002

NO

YES

No

LBFD-004002

NO

YES

No

LBFD-004002

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

YES

No

None

YES

NO

No

LOFD-00301401

YES

NO

No

LOFD-00301401

YES

YES

No

LOFD-00301401

YES

YES

No

LOFD-00301401

YES

YES

No

LOFD-00301401

NO

YES

No

LOFD-00301401

NO

NO

No

LOFD-003014

YES

YES

No

None

NO

NO

Yes

LOFD-00301401

Indicates the number of received packets. Indicates the number of permitted packets Indicates on the TXthe channel. number of permitted packets Indicates on the RXthe channel. number of rejected packets on the TX Indicates channel. the number of rejected packets on the RX Indicates the channel. number of bytes contained in transmitted Indicates the packets. number of bytes contained in Indicates Indicates the the received number of ofpackets. bytes number bytes contained in in the contained Indicates the permitted packets packets that match number of channel. bytes on the TX the defaultthe ACL Indicates contained in rule. If MB the is set to Indicates number permittedofthe packets PERMIT, this number of bytes packets that match on the RX channel. parameter contained the defaultinACL Indicates the measures the rejected packets on rule. If MB is set to number of bytes number ofthis bytes the TX channel. PERMIT, contained contained in in the parameter rejected packets on accessed packets measures the the RX channel. that match the number of default ACL rule. If accessed packets Indicates the MB is set to DENY, that match the destination IP this parameter default ACL rule. address in a pingIf measures the MB isentry. set to DENY, filter This number of bytes this parameter address must Indicates the be a contained in measures thethe of valid IPmask address subnet discarded packets number of class A, B, or C.toIt corresponding that match the discarded packets can also be the IP address in a Indicates thea default ACL rule. that match the network segment ping filterofentry. The number the This parameter default rule.is address. subnet ACL mask cabinet that houses valid only the when is This parameter Indicates cannot be where 0.0.0.0. the board CATALOG is set to valid only number ofwhen the port security is PORT. CATALOG is set to subrack that enabled. Indicates theboard PORT. the houses number of the slot where port security corresponding to is enabled. the board where Indicates the istype port security of sub-board on the enabled. board where port Indicates type security isthe enabled. of port on which Indicates whether port security is Indicates the to disable services enabled. number of the on a specified port port on which port port to implement security is security. If this configured.is set to parameter DISABLE, running Indicates thethe port services on cabinet number of is prohibited, the board where the thereby PPP link is located. guaranteeing the security of the port.

NO

NO

Yes

LOFD-00301401

NO

NO

Yes

LOFD-00301401

NO

NO

Yes

LOFD-00301401

NO

NO

Yes

LOFD-00301401

NO

NO

Yes

LOFD-00301401

NO

NO

Yes

LOFD-003014

NO

NO

Yes

LOFD-003014

NO

NO

Yes

LOFD-003014

NO

NO

Yes

LOFD-003014

NO

NO

Yes

LOFD-003014

NO

NO

Yes

LOFD-003014

NO

NO

Yes

LOFD-003014

NO

NO

Yes

LOFD-003014

YES

YES

No

LOFD-003014

YES

YES

No

LOFD-003014

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

YES

NO

No

LOFD-003014

YES

YES

No

LOFD-003014

NO

NO

No

LOFD-003014

YES

NO

No

None

Indicates the mode in which the local end of a PPP link authenticates the peer end. The authentication Indicates the mode is classified subrack number of into NONAUTH, the board where In the PAP, and CHAP. Indicates slot PPP link isthe located. PAP mode, user number of the names and board where the passwords are PPP link isthe located. Indicates transmitted number of the PPP explicitly on Indicates thethe link. network. they are number ofIf the intercepted during ET/T1 port that transmission, a carries the PPP great link. threat to network security is Indicates the caused. of Thus, number the the Indicates the PAP is timeslot applied user only ET/T1 that authentication to the of network carries the name thePPP PPP Indicates the with environment link. Timeslot 0 is password low security used for for authenticating a requirements. With synchronization, PPP link. threecannot handshakes, and be the CHAPthe provides configured. Inlocal E1 Indicates a more secure mode, timeslots 1 IP address. If this Indicates the peer authentication. In to 31 can be parameter isIfset Indicates the IP address. theto CHAP mode, only configured. Inof T1 0.0.0.0, this subnet mask BS isaccounts connectedthe to user mode, only parameter needs local IP address. Ifto an upper-level rather than timeslots 1 to 24 be Indicates thisnegotiated. parameter is node, thiswhether address passwords arePPP can be0.0.0.0, configured. to enable the set to it is specified transmitted, Other timeslots are multiframe needs to be according to the enhancing security not used. multiplexing negotiated. upper-level node. comparedIf to the If function. this the BS is cascaded PAP. parameter is set to to a lower-level ENABLE, multiple node, thisthe address Indicates PPP frames are must be specified. maximum length of multiplexed on the This parameter can the PPP MUX PPP link to reduce be set to 0.0.0.0. Indicates the subframe. the bandwidth maximum length of overhead. the PPP MUX Indicates frame. the timeout duration of the PPP MUX combination. Indicates the whether Indicates to enable IP header Maximum Receive compression. Unit (MRU). If the size of a received packet is greater than the MRU Indicates whether value, the protocol packet is to enable Indicates whether discarded. field compression. to enable the compression of the address field Indicates the and control field. timeout duration for the PPP link negotiation. Indicates the status of the PPP link. Indicates the status of the Link Control Protocol (LCP) protocol. Indicates the status of the IP Control Protocol (IPCP).

YES

NO

No

None

YES

YES

No

None

YES

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

YES

No

None

NO

YES

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LBFD-003004 LBFD-00300402

NO

NO

No

LBFD-003004 LBFD-00300402

NO

NO

No

LBFD-003004 LBFD-00300402

NO

NO

No

LBFD-003004 LBFD-00300402

NO

NO

No

LBFD-003004 LBFD-00300401

NO

NO

No

None

NO

NO

No

LBFD-003004

NO

NO

No

LBFD-003004

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the status of the PPP MUX. Indicates the local IP address negotiated with the Indicates the mask peer of theend. local IP address that is negotiatedthe with the Indicates peer peer end. IP address negotiated with the Indicates peer end. the negotiation result of Indicates the the IP header negotiation result of compression. the compression switch of the Indicates the address fieldresult and of negotiation control field. the compression switch of the Indicates the protocol field. negotiation result of the maximum RX unit. Indicates the negotiation result of the PPP MUX. Indicates the number of packets received on the Indicates PPP link. the number of packets transmitted on the PPP link. the RX Indicates traffic of the PPP link. Indicates the TX traffic of the PPP link. Indicates the number of IP addresses of the PPP link. the list of Indicates IP addresses of the Indicates PPP link. the PPP frame error rate threshold above Indicates PPP which the the related frame error rate alarm is generated. threshold below which the the related Indicates type alarm is cleared. of sub-board on the board where a PPP Indicates the link is located. number of bytes received Indicates on thethe PPP link. number of discarded packets Indicates thethe received on number of PPP link. discarded bytes received on Indicates thethe PPP link.of bytes number transmitted Indicates theon the PPP link.of number discarded packets transmitted on the PPP link.

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

None

YES

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the the lowest Indicates number priority ofofqueue 0. discarded bytes If the Differentiated transmitted the Services Code Indicates theonlowest PPP link. Point (DSCP) of priority of queue the 1. service packet is If the DSCP of the Indicates thethis lowest greater packet than service is priority of queue 2. parameter value, less than PRI0 but If the DSCP of the the priority is greater than Indicates thethis lowest service packet is 0. mapped to value, queue parameter priority of queue 3. less than PRI1 but the priority isof the If the DSCP greater than this mapped tothe queue Indicates lowest service packet is 1. parameter value, priority of queue 4. less than PRI2 but the priority isof the If the DSCP greater than this mapped tothe queue Indicates lowest service packet is 2. parameter value, priority of queue 5. less than PRI3 but the priority isoflowest Indicates the If the DSCP the greater than this mapped toqueue queue priority of service packet is 6.3. parameter value, If the DSCP value less than PRI4 but the ispacket of apriority service greater than this mapped queue 4. is smallertothan PRI5 parameter value, Indicates the but greater than or the priority is number the equal to of this mapped to queue 5. cabinet that houses Indicates the parameter value, the a number ofwhere the the board service packet transmission subrack that is mapped to queue resource group is houses the 6. Indicates theboard established. where a number of the slot transmission to corresponding resource the boardgroup whereisa established. transmission Indicates the bearer resource type of a group is Indicates the type established. transmission of sub-board on the resource group. board where a transmission Indicates the type resource group of port where a is established. transmission Indicates the resource is number ofgroup the port carried. where a transmission Indicates the resource maximum uplink Indicates group the ID isof a Indicates the rate carried. bandwidth of transmission unit of the TXa transmission resource group. bandwidth, RX resource group at bandwidth, TX CIR, the MACTX layer RX CIR, PIR when thePIR of the and RX transmission transmission resource group is resource group. Indicates theIP. RXThis carried over bandwidth of a is parameter value transmission Indicates theuplink TX used as the resource committed burst transport group. admission size of a and TX bandwidth transmission traffic shaping Indicates the TX resource group. bandwidth. excessive burst size Indicates the of a transmission Indicates the index scheduling weight resource group.This of a the operator. of transmission parametergroup. is used resource to differentiate This parameter is between operators. used in calculating the bandwidth scheduled to a resource group, which helps achieve the user admission control.

NO

NO

Yes

None

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

NO

NO

No

LBFD-00300201

YES

NO

No

None

YES

NO

No

None

YES

YES

No

None

YES

YES

No

LOFD-003011

YES

YES

No

None

YES

YES

No

LOFD-003011

YES

NO

No

LOFD-003011

YES

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

NO

No

LOFD-003011

NO

NO

No

LOFD-003011

Indicates the transmit CIR of the transmission Indicates the resource group. receive CIR of the transmission Indicates the resource group. transmit PIR of the transmission Indicates the resource group. receive PIR the Indicates theoflocal transmission Indicates traffic the size of real-time that resource group. the peak burst is transmitted in a Indicates thefrom local transmitted the transmission real-time traffic transmission resource group.that is received in a resource The local group. traffic Indicates the local transmission includes only the non-real-time traffic resource group. local traffic stream that is transmitted The local the traffic exclusive of the Indicates local in a transmission includes only the passing-by data non-real-time traffic resource group. local traffic stream flow and non-traffic that is received in a The local traffic exclusive of the stream. transmission includes only the passing-by data resource group. local traffic stream flow and non-traffic The local traffic exclusive of the stream. Indicates the TX includes only the passing-by data bandwidth reserved local traffic stream flow and non-traffic for non-real-time exclusive of the stream. Indicates RX services inthe adata passing-by bandwidth reserved transmission flow and non-traffic for non-real-time resource group. stream. services in a Indicates the GBR transmission service traffic that is resource group. transmitted by the Indicates the GBR resource group. service traffic received by the Indicates the rate resource group. configuration mode of the resource Indicates the uplink group. admission bandwidth of the Indicates the transmission downlink admission resource group. bandwidth of the transmission Indicates the UL resource group. CIR admission bandwidth of the Indicates the CIR resource group. admission bandwidth of the Indicates the logical port in UL DL. PIR admission bandwidth of the Indicates the PIR resource group. admission Indicates the bandwidth of the number of the logical port inhouses DL. cabinet that Indicates the the board where number of the a transmission subrack that resource is houses the Indicates group theboard established. where a of the slot number transmission to corresponding resource the boardgroup whereisa established. transmission resource group is occupied.

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

LOFD-003011

NO

YES

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

YES

NO

No

LOFD-00301101 LOFD-00301102 LOFD-00301103

YES

NO

No

None

YES

YES

No

LOFD-00301101 LOFD-00301102 LOFD-00301103

Indicates the type Indicates whether of sub-board on the Indicates whether Indicates whether to enable the board where a to enable traffic to enableadjustment the dynamic transmission Indicates whether thea type shaping for backpressure of the TX bandwidth resource is to enable the of port ongroup which transmission algorithm of a a of a transmission established. dynamic adjustment transmission resource group. Indicates the transmission resource group. of the parameter RX resource group isis If this number of the port resource group. If this parameter is bandwidth of a carried. set to ON, traffic on which a The BS monitors set to ON, the TX transmission shaping transmission the data is buffered in bandwidth is resource group. performed Indicates whether resource group isof a Indicates the ID the queues of each Indicates the rate adjusted according If this parameter is according to the backpressure is TX carried. transmission downsizing packet to the network set to ON, the RX bandwidth so that performed on the resource group. group, loss rate threshold performance andin a bandwidth istraffic the transmit OM FTP queue determines whether for bandwidth dynamic adjusted according would notbandwidth exceed transmission the transmission adjustment. When adjustment to the network the capability of isIf resource group. resource group RXBWASW or parameters (down Indicates the performance and downstream this parameter is congested, and TXBWASW is set to speed PLR number of Priority dynamic bandwidth routers, thus set to ENABLE, the transmits the ON, the estimated threshold and down Queues in a adjustment avoiding OM FTP(PQs) queue Indicates the backpressure available transport speed delay transmission parameters (down unnecessary packet participates the threshold for delay signals (number bandwidth is threshold). The resource group. speed PLR loss and decision of the due to rate and congestion reduced ifand theindown network The queues a threshold congestion. congestion status downsizing. Whenof status of the packet loss rate performance is transmission speed delay If this parameter the transmission RXBWASW or isIP transmission detected through Indicates the monitored through resource group are threshold). The set to OFF, traffic resource group, TXBWASW is settoto resource group) Performance number threshold of IP PM sessions, classified into PQs network shaping is not and the OM lowON, the estimated each flow control Monitoring (IP PM) discarded packets. which can be and non-PQs. The performance is performed during level upload and available transport service. Indicates the is higher than this This parameter enabled at the local scheduling priority monitored through data transmission. download data bandwidth is If the number of congestion time threshold. If the indicates the end or at peer of any PQ is higher IP PM sessions, preempts the reduced ifthe the data packets indelay the threshold of a packet loss rate Indicates capability of the end. than that of any which can be bandwidth of nonjitter detected by an buffer of any transmission detected through congestion clear queue in a If this parameter isIP non-PQ. There is enabled at the local real-time services. IP PM session is a If backpressure resource group. PM is lower than time threshold of transmission set to OFF, the TX no Priority Queues end or this at the peer this parameter isset above queue exceeds When TCSW isthe this threshold, transmission resource group tothe bandwidth is not when this end. set to DISABLE, threshold. 75% ofpackets. the queue to ENABLE, if the estimated available resource group. buffer A adjusted. parameter value If this parameter is OM FTP queue capacity, the BS buffer time of nontransport bandwidth When TCSW is set greater parameter 0.The queues Indicates the TX set to OFF, the RX does notthis participate regards real-time service is increased. to ENABLE, the value indicates a0 to numbered from bandwidth reserved is ifof not the decision the transmission data in a buffer time of nonstronger capability. the result after this for signaling or OM adjusted. status of congestion resource group transmission real-time service If this parameter is parameter valueas data. This the transmission congested and resource group data in a set to 0, the queue minus 1 are PQs. parameter should resource group, transmits exceeds the transmission in aset transmission PQ scheduling is be toOM a value and the lowcongestion threshold, itsignals. isTX resource group used between PQs. smaller than the level upload and If the number of indicates that the Indicates the below the cannot buffer A smaller PQ bandwidth of a download data data packets the transmission reserved RX threshold, it in packets, and thus number indicates a transmission does not preempt buffers of all resource group is bandwidth, which indicates that the all the delayed higher scheduling resource group. the bandwidth ofthe backpressure congested and should be to a transmission packets onset the TX priority. The queues The recommended non-real-time queues is less than backpressure value smaller than resource group is channel are numbered from this reserved TX services. The 50% of are the queue signals or equal to the RX not congested and discarded. The parameter value to bandwidth is lower bandwidth of OM capacity, the BS transmitted. bandwidth of a therefore the to 3% number threshold of 6 are non-PQs. than or equal low-level upload the does not regard transmission congestion clear discarded packets Weight Round of the TX bandwidth and download data transmission resource group. signals are determines Robin (WPR) of a transmission Indicates thethe is far smaller than resource group as transmitted. maximum amount scheduling is used resource number ofgroup. the that of any other congested and of datalink. that can be between non-PQs. SCTP service. therefore not Indicates the buffered inwould a transmitnumber congestion cabinet of transmission release signals. the SCTP link. resource group. Indicates the The congestion subrack number of time threshold of a the SCTP link. transmission Indicates the slot resource number ofgroup the determines the SCTP link. Indicates the Indicates the first amount of data that maximum stream local IP address of is buffered when number oflink. the It an SCTP the transmission SCTP link. must be agroup valid IP resource is address of A, congested. class Ensure B, or C but must that the maximumnot be the reserved amount of data that address 0.x.x.x or can be buffered is 127.x.x.x. not less than the amount of data that is buffered during congestion.

YES

YES

No

None

YES

YES

No

LOFD-003011

YES

NO

No

LOFD-003011

YES

YES

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-00301102

NO

NO

No

LOFD-003011

NO

NO

No

LOFD-00301101 LOFD-00301102 LOFD-00301103

NO

NO

No

LOFD-00301102

NO

NO

No

LOFD-00301102

NO

NO

No

LOFD-003011

NO

NO

No

LOFD-003011

NO

NO

No

LOFD-003011

YES

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

LOFD-00301101 LOFD-00301102 LOFD-00301103 LOFD-00301101 LOFD-00301102 LOFD-00301103 LOFD-00301101 LOFD-00301102 LOFD-00301103 LOFD-00301101 LOFD-00301102 LOFD-00301103 LOFD-00301101 LOFD-00301102 LOFD-00301103 LOFD-00301101 LOFD-00301102 LOFD-00301103

alpha value of an SCTP link. This Indicates parameterthe RTO second local beta value of IP an computes the value address of the SCTP link. This of the Smoothed SCTP link. ItTime must parameter Round-Trip be a valid IP computes the (SRTT) for a value address of Class A, of the Smoothed specific destination B, or C, but it Round-Trip Time address; A larger cannot be set to (SRTT) for a Indicates the first value of this Indicates the local 0.x.x.x or 127.x.x.x. specific destination peer IP address of parameter indicates port number of the The valueimportance 0.0.0.0 address; Athe larger anhigher SCTP link. It Indicates a SCTP link. indicates the Indicates the value of this must athat valid IP minimum to thebe last RTT local second peer IP parameter indicates address of class A, Retransmission measurement. For is invalid. address of an a importance B,higher or C but must Timeout (RTO) definitions of the not SCTP link. It see must to last RTT bethe thefor reserved value the SCTP alpha value, be a valid IP measurement. For address 0.x.x.xvalue or link. A smaller RFC4960. address of class A, definitions of the 127.x.x.x. of this parameter RTO Calculation: Indicates the peer B, or C but must not beta value, see indicates shorter The rules agoverning port number of the be the reserved RFC4960. time required to of the computation SCTP link. address 127.x.x.x. RTO checkCalculation: link SRTT, RTTVAR, Indicates the The rules are governing connectivity. The and RTO as maximum RTO Indicates the the computation time required to of follows: value of an SCTP heartbeat interval SRTT, RTTVAR, Indicates the initial check link 1) Until an RTT link.an A SCTP larger value for and RTO areislink. as RTO value an connectivity twice measurement has indicates a of longer The heartbeat follows: SCTP link. A larger the sum of the been made for afor period required check isan RTTnew 1) Until value indicates a RTO and heartbeat packet sent to the checking link independently measurement has longer period interval. The new given destination connectivity. initiated by each been made for a required for RTO ranges from transport address, end of an packet sent to the checking link the minimum RTO set RTO to the association and given destination connectivity. value to maximum protocol parameter then confirmed Indicates the by transport address, RTO value. 'RTO.Initial'. Indicates the the peer end maximum number set RTO to the 2) When the first maximum number through the HB of retransmissions protocol parameter RTT measurement of retransmissions ACK packet. for the SCTP When 'RTO.Initial'. R isservices made, over a path.set When no are association. When 2) When theRTTVAR first SRTT = aR, the number of carried, link the number of RTT measurement = R/2, and RTO = retransmissions disconnection retransmissions R is made, setis for SRTT + 4 * over a path determined if the the association SRTT = R, RTTVAR RTTVAR. exceeds value number ofthe exceeds theRTO value = R/2, and = 3) When awhether new RTT of this parameter, heartbeat check Indicates of this +parameter, SRTT 4 * measurement R' the path regarded attempts reaches to switch back to is the SCTPis link is RTTVAR. Indicates whether made, set RTTVAR as failed if no maximum the primary path broken and a link 3) When a new RTT to calculate the = (1 - itRTO.Beta) * heartbeat retransmission when is restored. failure alarm is measurement R' is checksum of the RTTVAR + Indicates whether acknowledgment is attempts on an The SCTP link is reported. made, RTTVAR data toset bethe RTO.Beta |SRTT to check received. If*sent. multiple association but the* switched to the = (1 RTO.Beta) R'|, SRTT = (1 checksum of the paths arepacket used, is HB ACK secondary RTTVAR + path RTO.Alpha) SRTT packet that is*from path switching is Indicates the not received when the primary RTO.Beta * |SRTT + RTO.Alpha * R'. received. number of automatically checksum the peer end. path cannot be R'|, SRTT = (1 Note: The value heartbeats to beof performed. calculation reached. If this RTO.Alpha) * SRTT SRTT used thethe detected before algorithm. parameter isinset + RTO.Alpha * R'.to update to RTTVAR transmission ENABLE, the SCTP Note: Theback value is itsisvalue before switches totoof link switched SRTT used in the updating SRTT the path. the primary primary path update toprimary RTTVAR itself the After using the when the primary is its value before second assignment. path is the path is restored, restored. updating SRTT If After the transmission Indicates the status this parameter is Indicates the itself using thecause computation, switches back to the of the SCTP link. set to DISABLE, of the latest change second assignment. update RTO = the primary SCTP link ispath not that the operational After the SRTT + 4 * when thethe number Indicates the time of switched to the state of SCTP computation, RTTVAR. heartbeats detected of the latest change primary path when link transits from update RTO = reaches thispath value. that the operational the primary is available SRTT + 4to * state of the SCTP restored. unavailable. RTTVAR. the Indicates link transits from number availableofto outbound streams unavailable. negotiated for the Indicates the SCTP link. number of inbound streams negotiated for the SCTP link.

NO

NO

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

YES

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

NO

NO

Yes

None

Indicates the time interval that Indicates theone end of anaddress SCPT link working has to wait before it flag of the SCTP can send an SACK link. Indicates whether message in the SCTP link is response the blocked ortonot. reception of data. A larger value of this parameterthe indicates Indicates a longer time description about Indicates the switch interval between the upper layer NE that is used to the reception of of an SCTP link. control whether to data and the Indicates the Indicates the switch apply UL admission sending of the activity factortoof the that is used control to a with corresponding service data control whether to resource group. SACKClass message. QoS Indicator apply DL admission (QCI) controlofto1.aThe activity factor must resource group. be set for the Indicates theeach service with activity factor QCI, becauseof the service data of QCI services ofthe different Indicates 2. QCIs activityexperience factor of the different loads. service data of QCI Indicates the 3. activity factor of the service data of QCI Indicates the 4. activity factor of the service data of QCI Indicates the 5. activity factor of the service data of QCI Indicates the 6. activity factor of the service data of QCI Indicates the 7. activity factor of the service data of QCI Indicates the Indicates the UL 8. admission threshold activity factor of the for handed-over service data of Indicates A the DLQCI services. larger 9. admission threshold value of this for handed-over parameter indicates Indicates the UL services. A larger a higher UL admission threshold value of this admission success for new Gold-level parameter indicates rate of handed-over Indicates the DL services. A large a higher DL services. admission threshold value of this admission success for new Gold-level parameter willUL result rate of handed-over Indicates the services. A large in a high UL services. admission threshold value of this admission success for new Silver-level parameter will result rate of new GoldIndicates the DL services. A large in a high DL level services. admission threshold value of this admission success for new Silver-level parameter will result rate of new GoldIndicates the UL services. A large in a high UL level services. admission threshold value of this admission success for new Copperparameter will result rate of new SilverIndicates the DL level services. A in a high DL level services. admission threshold large value of this admission success for new Copperparameter will rate of new Silverlevel services. A UL results in a high level services. large value of this admission success parameter result rate of newwill Copperin a high DL level services. admission success rate of new Copperlevel services.

NO

NO

Yes

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

None

NO

NO

No

LOFD-00301101

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-00301101 LOFD-00301101 LOFD-00301103 LOFD-003016 LOFD-00301101 LOFD-001032 LOFD-00301103 LOFD-003016 LOFD-00301101 LOFD-001032 LOFD-00301103 LOFD-003016 LOFD-00301101 LOFD-001032 LOFD-00301103 LOFD-003016 LOFD-00301101 LOFD-001032 LOFD-00301103 LOFD-003016 LOFD-00301101 LOFD-001032 LOFD-00301103 LOFD-003016 LOFD-00301101 LOFD-001032 LOFD-00301103 LOFD-003016 LOFD-00301101 LOFD-001032 LOFD-00301103 LOFD-003016 LOFD-00301101 LOFD-001032 LOFD-00301103 LOFD-003016 LOFD-001032 LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

control whether tois If this parameter enable the the DL UL preset to ON, emption algorithm. pre-emption Indicates the uplink If this parameter is algorithm is transport admission set to ON,Inthe DL enabled. this threshold for the pre-emption Indicates DLBit case, the the service Guaranteed the algorithm isthreshold admission with higher priority Ratea(GBR) service. enabled. In this for the guaranteed that requests A large value of this case, the service bit rate (GBR) admission preparameter may will result with athe higher priority service. A large empt resources in a high UL that requests value of this of admitted services admission success admission may preparameter will result with lower priorities rate of GBR empt the resources in a high DL Indicates the switch when UL services. of admitted services admission that is usedsuccess to transmission with lower priorities rate of GBR control whether to bandwidth is Indicates when DL services. enable ULtheIf switch insufficient. this that is used to transmission overbooking parameter is set to Indicates the switch control whether bandwidth is pre-to It admission control. OFF,isthe UL that used to enable DL insufficient. If this is is used whether toalgorithm emption control to overbooking parameter isthis set to determine the Indicates the switch disabled. In apply UL admission admission control. OFF, the DL preadmission that isservices used to withIt case, control to a physical is used to emption algorithm bandwidth of thethat control whether to is higher port. If priorities this determine the disabled. In this resource group and apply DL admission request admission parameter is set to admission case, services with facilitate admission control to a physical cannot pre-empt ON, UL admission bandwidth of thethat higher priorities control. port. If this the resources of control is group appliedand to resource request admission parameter isport. set toIf admitted services the physical facilitate admission cannot pre-empt ON, DL admission with lower priorities this parameter is control. the resources of control is applied when UL set to OFF, ULtypeto Indicates the admitted services the physical port. Ifis transmission admission control of flow control for with lower priorities this parameter is bandwidth is not applied to the user data type 5. when DL set to OFF, DL insufficient. physical port. Indicates the type transmission admission control Indicates the of flow control for is bandwidth isto the not applied threshold for user data type 6. insufficient. physical port. Indicates theUL type entering the Indicates the of flow control high load state.for If threshold userratio dataoffor type the the 7. UL Indicates theDL type entering the transport load to the Indicates the of flow control for high load state. If UL transport threshold user dataoffor type 8. the ratio thethe DL bandwidth of Indicates the leaving the ULtype high transport load to the BS keeps above Indicates the of flow control for load state. If the DL transport this threshold for threshold user data type 9. a ratio of thefor ULthe bandwidth of time-to-trigger, the leaving the DL high Indicates the transport load to the BS keeps above UL transport load of load state. If the threshold for UL transport this threshold for the thea ratioBS of enters the DL entering theof UL bandwidth the time-to-trigger, the Indicates the high loadload state. transport load to the medium state. BS keeps below DL transport load of threshold for When in UL high DL transport If thethreshold ratio of the UL this for a the BS enters the entering the DLto load state, the BS bandwidth of transport load hysteresis, thethe ULthe high load state. medium load state. sends a UL S1 BS keeps below UL transport transport load ofTNL the When in DL high If thethreshold ratio of Load Indicator, this for DL a Indicates the bandwidth of the the BS enters the load state, the BS transport load to which is set to hysteresis, the DLthe threshold for BS is above this medium load sends athe DL S1 DL transport HighLoad, to transport load ofTNL the leaving UL threshold and state.When ineach UL Load Indicator, Indicates the bandwidth of the neighboring BS BS enters the medium load state. below than medium load state, which is the set to threshold for BS is ratio above this through medium load state. If the ofX2 the UL TRMULLDRTRGTH the BS sends a UL HighLoad, to leaving DLeach threshold and interface. When inthe DL transport load to the ,S1 theTNL UL transport Load neighboring BS medium load state. below medium load UL loadtransport ofthan the BSstate, Indicator, which isDL through the X2 If the ratio of the TRMDLLDRTRGTH the BSMediumLoad, sends a DL bandwidth of the enters the medium set to Indicates the UL transport load to the ,interface. theTNL DL transport S1 Load BS isstate. below this load When in to each neighboring Over Load Control DL transport load of the BS Indicator, which is threshold, the UL UL medium load BS through X2 (OLC) algorithm bandwidth ofthe the enters theload medium set to MediumLoad, transport of the Indicates switch state, the BS sends interface. switch. In the thethis case BS is below load state. When to each neighboring BS enters the lowin for the OLC a UL S1DL TNL Load of enabled switch, threshold, the DL in DL medium load BS through the load state. When algorithm. If this Indicator, whichofX2 is the bandwidth transport load of to the state, the BS sends interface. UL low loadisstate, parameter set set to MediumLoad, the services with BS enters the low a DL S1 TNL Load the BS sends a of UL ON, bandwidth to each neighboring low priority would load state. When Indicator, which isin S1 TNL Load the services of a BS through the X2 be released to DL low load state, set to MediumLoad, Indicator, which is low priority is interface. the QoS guarantee the BSLowLoad, sends a DL to each neighboring set to released to of the services ofto S1 TNL Load BS through theQoS X2 each neighboring guarantee the high priority when Indicator, which isa interface. BS through the of X2 of the services the TXLowLoad, bandwidth set to interface. high priority whento changes or during each neighboring transport bandwidth the overloadthe X2 BS through changes caused byorreal-time interface. overload services. occurs due to increased load of non-flow control services.

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00102901

NO

NO

No

LOFD-00102901

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

LOFD-00301101

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

NO

NO

No

LOFD-00301101 LOFD-00301101 LOFD-00301102 LOFD-00301103 LOFD-00301101 LOFD-00301202 LOFD-00301102 LOFD-003016 LOFD-00301103 LOFD-001032 LOFD-00301101 LOFD-00301202 LOFD-00301102 LOFD-003016 LOFD-00301103 LOFD-001032 LOFD-00301101 LOFD-00301202 LOFD-00301102 LOFD-003016 LOFD-00301103 LOFD-001032 LOFD-00301101 LOFD-00301202 LOFD-00301102 LOFD-003016 LOFD-00301103 LOFD-001032 LOFD-00301202 LOFD-003016 LOFD-001032 LOFD-001032

NO

NO

No

LOFD-001032

NO

NO

No

LOFD-001032

NO

NO

No

LOFD-001032

NO

NO

No

LOFD-001032

NO

NO

No

LOFD-001032

NO

NO

No

LOFD-001032

NO

NO

No

LOFD-001032

NO

NO

No

LOFD-00301103

NO

NO

No

LOFD-00301103

Indicates the threshold for triggering the UL OLC. When the Indicates bandwidththe threshold occupancyforof UL clearing UL services the reaches Overload Control this threshold, low(OLC). Indicates the priority When bearers are Indicates the the bandwidth release bearer removed to threshold for occupancy of DL UL number inthe one OLC guarantee the QoS triggering services is below action period. This of the When services of a OLC. the this threshold, Indicates the number is the high priority. bandwidth Indicates theno traffic bearers are threshold for number of bearers occupancy ofofDL type. Traffic longer removed. clearing the DLOLC released in an services reaches different types is Indicates the mode Overload Control action period. this threshold, transmitted by lowof the ping filtering. (OLC). When the priority bearers are different VLANs. When the whitelist Indicates the VLAN bandwidth removed to Other data refers to is used, only group that the occupancy ofthe DL guarantee the QoS the data except the network segments added VLAN services is below of the services of a user data, or hosts specified mapping belongs this threshold, high priority. signaling, highby the ping filter to. Multiple bearers areVLAN no priority OM data, can ping theused NE. in groups are longer removed. and low-priority When the blacklist the scenario in OM Indicates whether data. Low-priority is used, the network which telecom to set the of OM data includes segments priority or hosts operators share a single VLAN. If a the data of the File transport resources Indicates the VLAN special VLAN Transfer Protocol and use different mode. If this Indicates the DSCP mapping is not (FTP) service.User VLAN policies. parameter is to priority of ituser data. required, is set data includes IP SINGLEVLAN, it recommended that Indicates CLOCK the VLAN indicates the the parameter be ID that thethat service service.Used HighIndicates the VLAN configured ID set tobelongs DISABLE. data to. In priority OM VLAN data priority. A greater and VLAN priority this case, the includes the data of parameter valueused can be VLAN directly default NTP/SNTP, remote denotes a higher to label the VLAN Indicates the next mapping is used. maintenance priority. tag. hop IP address The default channel switchover, If thisTCP parameter is used for mapping mapping between Indicates the and (excluding set to the VLAN. DSCPs and subnet mask of the that related to FTP). VLANGROUP, it priorities next hop is IP address indicates that the described as used for mapping next hop IP follows: the VLAN. addresses If the DSCPare is mapped the within thetorange VLAN and Indicates thethen VLAN from 0 groups, to 7, then mapped to the ID indefault the VLAN tag. the priority VLAN is 0; tags in the Indicates theisVLAN VLAN groups If the DSCP priority. according to the within the range DSCPs of the IP from 8 to 15, Indicates the then VLAN packets. In the default priority group number. VLANGROUP is 1; mode, ensure If the DSCP is that the VLAN groups within the range are fromconfigured. 16 to 23, then Otherwise, the the default priority configuration does is 2; not take effect. If the DSCP is within the range from 24 to 31, then the default priority is 3; If the DSCP is within the range from 32 to 39, then the default priority is 4; If the DSCP is within the range from 40 to 47, then the default priority is 5; If the DSCP is within the range from 48 to 55, then

NO

NO

No

LOFD-00301103 LOFD-001032

NO

NO

No

LOFD-00301103 LOFD-001032

NO

NO

No

LOFD-00301103

NO

NO

No

LOFD-00301103 LOFD-001032

NO

NO

No

LOFD-00301103 LOFD-001032

NO

NO

No

LOFD-003014

YES

YES

No

None

YES

YES

No

LBFD-003003

YES

NO

No

LBFD-003003

NO

YES

No

LBFD-003003

NO

NO

No

LBFD-003003

YES

YES

No

None

YES

NO

No

None

NO

YES

No

LBFD-003003

NO

YES

No

LBFD-003003

NO

NO

No

LBFD-003003

NO

YES

No

LBFD-003003

NO

NO

No

None

Feature Name

Value Type

GUI Value Range

Enumeration Number/Bit

Unit

Remote Electrical Tilt Control

Interval values

0~29

Not involved

None


Character string

0~2 characters

Not involved

None


Character string

0~17 characters

Not involved

None


Character string

0~49 characters

Not involved

None


Interval values

0~62

Not involved

None


Interval values

4~5,60~254

Not involved

None


Interval values

0~5

Not involved AISG1.1~1, AISG1.1, AISG2.0, AISG2.0~2, Enumeration values 3GPP, UNKNOWN 3GPP~3, UNKNOWN~255 Interval values 0~8 Not involved

None


Character string

0~19 characters

Not involved

None


Character string

0~127 characters

Not involved

None


Character string

0~19 characters

Not involved

None


Enumeration values

SINGLE_RET~1, SINGLE_RET, STMA~2, STMA, MULTI_RET MULTI_RET~17

None


Character string

0~2 characters

Not involved

None


Character string

0~17 characters

Not involved

None


Enumeration values

SINGLE_RET, MULTI_RET

SINGLE_RET~1, MULTI_RET~17

None


Enumeration values SINGLE, DUAL

SINGLE~1, DUAL~2

None


Enumeration values

REGULAR, DAISY_CHAIN

REGULAR~1, DAISY_CHAIN~2

None


Interval values

1~8

Not involved

None


Interval values

0~29

Not involved

None


Character string

0~2 characters

Not involved

None


Character string

0~17 characters

Not involved

None

Remote Electrical Tilt Control Remote Electrical Tilt Control

None None


Character string

0~49 characters

Not involved

None


Interval values

0~62

Not involved

None


Interval values

4~5,60~254

Not involved

None


Interval values

0~5

Not involved AISG1.1~1, AISG1.1, AISG2.0, AISG2.0~2, Enumeration values 3GPP, UNKNOWN 3GPP~3, UNKNOWN~255 Interval values 0~8 Not involved

None


Character string

0~19 characters

Not involved

None


Character string

0~127 characters

Not involved

None


Character string

0~19 characters

Not involved

None


Enumeration values


None


Interval values

0~29

Not involved

None


Interval values

1~8

Not involved

None


Interval values

0~359

Not involved

degree


Character string

0~31 characters

Not involved

None


Character string

0~31 characters

Not involved

None


Interval values

0~359

Not involved

degree


Interval values

0~359

Not involved

degree


Interval values

0~359

Not involved

degree


Interval values

0~359

Not involved

degree


Interval values

0~255

Not involved

0.1dBi


Interval values

0~255

Not involved

0.1dBi


Interval values

0~255

Not involved

0.1dBi


Interval values

0~255

Not involved

0.1dBi


None None


Character string


Interval values


Character string


Enumeration values


Enumeration values


Enumeration values


Enumeration values


Character string


Character string


Interval values


Interval values


Interval values


Interval values


Interval values


0~6 characters UNUSED, -100~300 Band800(800MHz), Band900(900MHz), UNUSED, Band1500(1500MH 0~5 characters Band800(800MHz), z), Band900(900MHz), Band1800(1800MH UNUSED, Band1500(1500MH z), Band800(800MHz), z), Band1900(1900MH Band900(900MHz), Band1800(1800MH z), UNUSED, Band1500(1500MH z), Band2100(2100MH Band800(800MHz), z), Band1900(1900MH z), Band900(900MHz), Band1800(1800MH z), Band2600(2600MH Band1500(1500MH z), Band2100(2100MH z) z), Band1900(1900MH z), Band1800(1800MH z), Band2600(2600MH z), Band2100(2100MH z) Band1900(1900MH z), z), Band2600(2600MH 0~31 characters Band2100(2100MH z) z), Band2600(2600MH 0~17 characters z)

Not involved

None

Not involved

0.1degree

UNUSED~0, Not involved Band800~1, Band900~2, UNUSED~0, Band1500~3, Band800~1, Band1800~4, Band900~2, Band1900~5, UNUSED~0, Band1500~3, Band2100~6, Band800~1, Band1800~4, Band2600~7 Band900~2, Band1900~5, UNUSED~0, Band1500~3, Band2100~6, Band800~1, Band1800~4, Band2600~7 Band900~2, Band1900~5, Band1500~3, Band2100~6, Band1800~4, Band2600~7 Band1900~5, Band2100~6, Not involved Band2600~7

None MHz MHz MHz MHz None

Not involved

None

-1800~1800

Not involved

0.1degree

-1800~1800

Not involved

0.1degree

0 Not involved

None

Not involved

None

0 Not involved

None

60~254

Enumeration values RET_PORT UER_SELF_DEFIN E, Enumeration values RET_ONLY_MULTI CORE Enumeration values ON, OFF

RET_PORT~2 None UER_SELF_DEFIN E~0, None RET_ONLY_MULTI CORE~4 ON~0, OFF~1 None


Interval values

10~3500

Not involved

mA


Interval values

10~3500

Not involved

mA


Interval values

10~3500

Not involved

mA


Interval values

10~3500

Not involved

mA


Interval values

0~3500

Not involved

mA


Enumeration values ON, OFF

ON~0, OFF~1

None



Interval values

0~29

Not involved

None


Interval values

1~8

Not involved

None


AVAILABLE, Enumeration values UNAVAILABLE, BREAKLINK

AVAILABLE~0, UNAVAILABLE~1, BREAKLINK~2

None


Interval values

-100~300

Not involved

0.1degree


Interval values

0~11

Not involved

None


Interval values

0~62

Not involved

None


Interval values

4~5,60~255

Not involved

None


Interval values

0~5

None


R0A, R0B, R0C, Enumeration values R0D, R0E, R0F, R0G, R0H


Interval values

0~62

Not involved R0A~0, R0B~1, R0C~2, R0D~3, R0E~4, R0F~5, R0G~6, R0H~7 Not involved


Interval values

4~5,60~255

Not involved

None


Interval values

0~5

None




Interval values

-100~300



Interval values

0~10

Not involved

0.1degree


Interval values

1~2

Not involved

None


Interval values

0~29

Not involved

None


Character string

0~2 characters

Not involved

None


Character string

0~17 characters

Not involved

None


Character string

0~49 characters

Not involved

None


Interval values

0~62

Not involved

None


Interval values

4~5,60~254

Not involved

None


Interval values

0~5

Not involved

None

None None

None 0.1degree


AISG1.1~1, AISG1.1, AISG2.0, AISG2.0~2, Enumeration values 3GPP, UNKNOWN 3GPP~3, UNKNOWN~255 Interval values 0~8 Not involved

None None


Character string

0~19 characters

Not involved

None


Character string

0~127 characters

Not involved

None


Character string

0~19 characters

Not involved

None


Enumeration values


None


Interval values

0~29

Not involved

None


Interval values

1~2

Not involved

None


Interval values

0~359

Not involved

degree


Character string

0~31 characters

Not involved

None


Interval values

0~359

Not involved

degree


Interval values

0~359

Not involved

degree


Interval values

0~359

Not involved

degree


Interval values

0~359

Not involved

degree


Interval values

0~255

Not involved

0.1dBi


Interval values

0~255

Not involved

0.1dBi


Interval values

0~255

Not involved

0.1dBi


Interval values

0~255

Not involved

0.1dBi


Character string

0~6 characters

Not involved

None


Interval values

Not involved

0.1degree

Remote Electrical Tilt Control Remote Electrical Tilt Control Remote Electrical Tilt Control

UNUSED, -100~300 Band800(800MHz), Band900(900MHz), UNUSED, Band1500(1500MH Character string 0~5 characters Band800(800MHz), z), Band900(900MHz), Band1800(1800MH Enumeration values Band1500(1500MH z), z), Band1900(1900MH Band1800(1800MH z), Enumeration values z), Band2100(2100MH Band1900(1900MH z), z), Band2600(2600MH Band2100(2100MH z) z), Band2600(2600MH z)

UNUSED~0, Not involved Band800~1, Band900~2, UNUSED~0, Band1500~3, Band800~1, Band1800~4, Band900~2, Band1900~5, Band1500~3, Band2100~6, Band1800~4, Band2600~7 Band1900~5, Band2100~6, Band2600~7

None MHz MHz

UNUSED, Band800(800MHz), Band900(900MHz), UNUSED, Band1500(1500MH Band800(800MHz), z), Band900(900MHz), Band1800(1800MH Enumeration values Band1500(1500MH z), z), Band1900(1900MH Band1800(1800MH z), Enumeration values z), Band2100(2100MH Band1900(1900MH z), z), Band2600(2600MH Character string 0~31 characters Band2100(2100MH z) z), Band2600(2600MH Character string 0~17 characters z)

UNUSED~0, Band800~1, Band900~2, UNUSED~0, Band1500~3, Band800~1, Band1800~4, Band900~2, Band1900~5, Band1500~3, Band2100~6, Band1800~4, Band2600~7 Band1900~5, Band2100~6, Not involved Band2600~7 Not involved

None


Character string

Not involved

None


Interval values

Remote Electrical Tilt Control Remote Electrical Tilt Control Remote Electrical Tilt Control Remote Electrical Tilt Control

0~31 characters

MHz MHz None

0~255 UNSUPPORT, SUPPORT_PASSB Enumeration values Y, SUPPORT_VSWR, VSWR/PASSBY Interval values 0~65535

Not involved 0.25dB UNSUPPORT~0, SUPPORT_PASSB Y~1, None SUPPORT_VSWR~ 2, VSWR/PASSBY~3 Not involved 100KHz


Interval values

0~65535

Not involved

100KHz


Interval values

0~65535

Not involved

100KHz


Interval values

0~65535

Not involved

100KHz


Interval values

0~255

Not involved

0.25dB


Interval values

0~255

Not involved

0.25dB


Interval values

0~29

Not involved

None


Interval values

1~2

Not involved

None


Interval values

0~11

Not involved

None


Interval values

0~255

Not involved

0.25dB


Enumeration values NORMAL, BYPASS



Interval values

0~62

NORMAL~0, BYPASS~1 AVAILABLE~0, UNAVAILABLE~1, BREAKLINK~2 R0A~0, R0B~1, R0C~2, R0D~3, R0E~4, R0F~5, R0G~6, R0H~7 Not involved


Interval values

0~5

Not involved

None


Interval values

4~5,60~254

Not involved

None


AVAILABLE, Enumeration values UNAVAILABLE, BREAKLINK R0A, R0B, R0C, Enumeration values R0D, R0E, R0F, R0G, R0H

None None None None


Interval values


Enumeration values

None

Interval values

None

Interval values

None

Interval values

None

Enumeration values

None

Enumeration values

None

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

Avail_508(Inconsist ent), Avail_509(Inconsist ent, Fault), Avail_520(Starting up,In test), Avail_521(Starting up, Fault, In test), 0~255 Avail_524(Unconfig ured,In test), NORMAL, BYPASS Avail_528(Inconsist ent,In test), Avail_529(Inconsist 0~7 ent, Fault, In test), Avail_800(Commun ication 0~1 lost), Avail_801(Fault, Communication 0~5 lost), Avail_820(Commun ication In test), Locked,lost, Unlocked, Avail_821(Fault, Shutingdown Alarm_0(Normal), Communication Alarm_1(Warning), RAT_FDD, lost, In test), Alarm_2(Minor), RAT_TDD, Avail_c10(Power Alarm_3(Minor), TDD_ENHANCE off), Alarm_4(Major), LBBPb(LBBPb), Avail_c11(Power Alarm_5(Major), LBBPc(LBBPc) off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 -Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Avail_d24(Unconfig ured, Communication lost, In test), Avail_d28(Inconsist ent, Communication

Not involved

0.25dB

NORMAL~0, BYPASS~1

None

Not involved

None

Not involved Avail_0~0, Avail_1~1, Avail_20~32, Not involved Avail_21~33, Avail_500~1280, Locked~0, Avail_501~1281, Unlocked~1, Alarm_0~0, Avail_504~1284, Shutingdown~2 Alarm_1~1, RAT_FDD~0, Avail_508~1288, Alarm_2~2, RAT_TDD~1, Avail_509~1289, Alarm_3~3, TDD_ENHANCE~2 Avail_520~1312, Alarm_4~4, LBBPb~0, Avail_521~1313, Alarm_5~5, LBBPc~1 Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None

CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius

None None None None None None None None None None None None None None None None

None

Master(Master), 0~255 characters Avail_0(Normal), NDD(NDD), Avail_1(Fault), NCD(NCD), CABINET(CABINE Enumeration values Avail_20(In NDC(NDC),test), T), Avail_21(Fault, In NEC(NEC), SUBRACK(SUBRA test), EUL(EUL), Enumeration values CK), Avail_500(Starting EDL(EDL) BOARD(BOARD), up), SUBBOARD(SUBB Avail_501(Starting Character string 0~63 characters OARD), SFP(SFP) up, Fault), Avail_504(Unconfig ured), Character string 0~63 characters Avail_508(Inconsist ent), Character string 0~63 characters Avail_509(Inconsist ent, Fault), Avail_520(Starting Character string 0~63 characters up,In test), Avail_521(Starting up, Fault, In test), Character string 1~39 characters Avail_524(Unconfig Normal(Normal), ured,In test), Fault(Fault), Enumeration values Avail_528(Inconsist Timeout(Timeout), ent,In test), NULL(NULL) Avail_529(Inconsist Interval values 0~65535 ent, Fault, In test),

None

Interval values

None

Interval values

None

Interval values

None

Interval values

Main Processing and Transport Unit Cold Backup

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None None None None None None None None None

Character string

Avail_800(Commun ication lost), 0~65535 Avail_801(Fault, Communication 0~7 lost), Avail_820(Commun ication lost, In test), 0~1 Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, Alarm_2(Minor), 6~7 In test), Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), Active, Standby Avail_c11(Power Alarm_5(Major), off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), Avail_d04(Unconfig ured, Communication lost), Avail_d08(Inconsist

Not involved Master~0, NDD~1, NCD~2, NDC~3, NEC~4, EUL~5, CABINET~0, EDL~6 SUBRACK~1, BOARD~2, SUBBOARD~3, SFP~4 Not involved

None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

None None None

Normal~0, Fault~1, Timeout~2, None NULL~4294967295 Not involved

None

Not involved Avail_0~0, Avail_1~1, Avail_20~32, Not involved Avail_21~33, Avail_500~1280, Avail_501~1281, Not involved Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involved Avail_509~1289, Alarm_3~3, Avail_520~1312, Alarm_4~4, Active~0, Avail_521~1313, Alarm_5~5, Standby~1 Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Avail_d24~3364, Avail_d28~3368, Avail_d29~3369

None None None None None None None None None None None None None

None

Character string

None

Character string

0~23 characters

None

LMPT(LMPT), 0~19 characters LBBP(LBBP), FAN(FAN), Enumeration values UPEU(UPEU), UTRP(UTRP), USCU(USCU), Interval values 0~4294967295 UEIU(UEIU)

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Not involved

None

Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None

CPU(CPU), CPU~0, DSP~1 DSP(DSP) 2147483648~2147 Not involved 483647 2147483648~2147 Not involved 483647

None None None degree Celsius degree Celsius


None

None

Master(Master), 0~255 characters NDD(NDD), NCD(NCD), Enumeration values CABINET(CABINE NDC(NDC), T), NEC(NEC), SUBRACK(SUBRA EUL(EUL), Enumeration values CK), EDL(EDL) BOARD(BOARD), SUBBOARD(SUBB Character string 0~63 characters OARD), SFP(SFP)

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None

1~39 characters Normal(Normal), Fault(Fault), Enumeration values Timeout(Timeout), NULL(NULL) Interval values 0~65535

Not involved

None

None

Interval values

0~65535

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

Not involved Alarm_0~0, Alarm_1~1, Alarm_2~2, Not involved Alarm_3~3, Alarm_4~4, UIEB~5 Alarm_5~5, Alarm_6~6, Alarm_7~7, Alarm_8~8, Alarm_9~9, Alarm_10~10, Alarm_11~11, Alarm_12~12, Alarm_13~13, Alarm_14~14, Alarm_15~15

None

None None

None

None None Fault Management

0~1 Alarm_0(Normal), Alarm_1(Warning), Alarm_2(Minor), Interval values 0~5 Alarm_3(Minor), Alarm_4(Major), Enumeration values Alarm_5(Major), UIEB Alarm_6(Major), Alarm_7(Major), Enumeration values Alarm_8(Critical), Alarm_9(Critical), Alarm_10(Critical), Alarm_11(Critical), Alarm_12(Critical), Alarm_13(Critical), Alarm_14(Critical), Alarm_15(Critical)

None None None

Normal~0, Fault~1, None Timeout~2, NULL~4294967295

None None None

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

None

Character string

None

Character string

Avail_c10(Power off), Avail_c11(Power off, Fault), Avail_c12(Uninstall ed), Avail_c13(Uninstall Enabled(Enabled), ed, Fault), Disabled(Disabled) Avail_c14(Unconfig ured, Power off), Avail_c30(Power off,In test), Avail_c31(Power 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB 0~63Fault, characters ent, OARD), SFP(SFP) Communication lost, In test) 0~63 characters

None

Character string

None

Character string

None

Character string

None

Avail_509~1289, Avail_520~1312, Avail_521~1313, Avail_524~1316, Avail_528~1320, Avail_529~1321, Avail_800~2048, Avail_801~2049, Enabled~0, Avail_820~2080, Disabled~1 Avail_821~2081, Avail_c10~3088, Avail_c11~3089, Avail_c12~3090, Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None None None None None None None None None None None

CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius


None

Not involved

None

0~63 characters

Not involved

None

0~63 characters

Not involved

None

Not involved

None

1~39 characters Normal(Normal), Fault(Fault), Enumeration values Timeout(Timeout), NULL(NULL)

None None None

Normal~0, Fault~1, Timeout~2, None NULL~4294967295

None

Interval values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

Avail_524(Unconfig ured,In test), Avail_528(Inconsist ent,In test), Avail_529(Inconsist ent, Fault, In test), Avail_800(Commun ication lost), 0~65535 Avail_801(Fault, Communication 0~65535 lost), Avail_820(Commun ication lost, In test), 0~7 Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, Alarm_2(Minor), 0~1 In test), Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), 0~5 Avail_c11(Power Alarm_5(Major), off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB ent, Fault, OARD), SFP(SFP) Communication lost, In test)

Not involved Avail_0~0, Avail_1~1, Avail_20~32, Not involved Avail_21~33, Avail_500~1280, Avail_501~1281, Not involved Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involved Avail_509~1289, Alarm_3~3, Avail_520~1312, Alarm_4~4, Avail_521~1313, Not involved Alarm_5~5, Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None

CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius

Not involved Master~0, NDD~1, NCD~2, NDC~3, NEC~4, EUL~5, CABINET~0, EDL~6 SUBRACK~1, BOARD~2, SUBBOARD~3, SFP~4

None


None None

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

Avail_21(Fault, In test), Avail_500(Starting up), Avail_501(Starting up, Fault), Avail_504(Unconfig ured), 0~63 characters Avail_508(Inconsist ent), 0~63 characters Avail_509(Inconsist ent, Fault), Avail_520(Starting 0~63 characters up,In test), Avail_521(Starting up, Fault, In test), 0~63 characters Avail_524(Unconfig ured,In test), 1~39 characters Avail_528(Inconsist ent,In test), Normal(Normal), Avail_529(Inconsist Fault(Fault), ent, Fault, In test), Timeout(Timeout), Avail_800(Commun NULL(NULL) ication lost), 0~65535 Avail_801(Fault, Communication 0~65535 lost), Avail_820(Commun ication lost, In test), 0~7 Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, Alarm_2(Minor), 0~1 In test), Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), Avail_c11(Power Alarm_5(Major), 16 off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication lost), Avail_d20(Starting up, Communication lost,In test), Avail_d21(Starting up, Fault,

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Normal~0, Fault~1, None Timeout~2, NULL~4294967295 Not involved Avail_0~0, Avail_1~1, Avail_20~32, Not involved Avail_21~33, Avail_500~1280, Avail_501~1281, Not involved Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involved Avail_509~1289, Alarm_3~3, Avail_520~1312, Alarm_4~4, Avail_521~1313, Not involved Alarm_5~5, Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None None None None None None None None None None None None None None None None None

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

CPU(CPU), DSP(DSP) 2147483648~2147 483647 2147483648~2147 Avail_0(Normal), 483647 Avail_1(Fault), Master(Master), Avail_20(In test), 0~255 characters NDD(NDD), Avail_21(Fault, In NCD(NCD), test), CABINET(CABINE NDC(NDC), Avail_500(Starting T), NEC(NEC), up), SUBRACK(SUBRA EUL(EUL), Avail_501(Starting CK), EDL(EDL) up, Fault), BOARD(BOARD), Avail_504(Unconfig SUBBOARD(SUBB ured), 0~63 characters OARD), SFP(SFP) Avail_508(Inconsist ent), 0~63 characters Avail_509(Inconsist ent, Fault), Avail_520(Starting 0~63 characters up,In test), Avail_521(Starting up, Fault, In test), 0~63 characters Avail_524(Unconfig ured,In test), 1~39 characters Avail_528(Inconsist ent,In test), Normal(Normal), Avail_529(Inconsist Fault(Fault), ent, Fault, In test), Timeout(Timeout), Avail_800(Commun NULL(NULL) ication lost), 0~65535 Avail_801(Fault, Communication 0~65535 lost), Avail_820(Commun ication lost, In test), 0~7 Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, Alarm_2(Minor), 0~1 In test), Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), 18~19 Avail_c11(Power Alarm_5(Major), off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), Avail_d00(Commun ication lost), Avail_d01(Starting up, Fault, Communication lost),

CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius


None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

None None None

Normal~0, Fault~1, Timeout~2, None NULL~4294967295 Not involved Avail_0~0, Avail_1~1, Avail_20~32, Not involved Avail_21~33, Avail_500~1280, Avail_501~1281, Not involved Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involved Avail_509~1289, Alarm_3~3, Avail_520~1312, Alarm_4~4, Avail_521~1313, Not involved Alarm_5~5, Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Avail_d04~3332, Avail_d08~3336, Avail_d09~3337, Avail_d20~3360, Avail_d21~3361,


None

Character string

0~259 characters

Not involved

None

None

Character string

0~11 characters

Not involved

None

None

Character string

0~23 characters

Not involved

None

None

Character string


None

None


None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None




None

None


None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None


Not involved

None

None

Interval values

0~65535

Not involved

None

None

Interval values

0~1048575

Not involved

None

None

Character string

1~64 characters

Not involved

None

None

Character string

3 characters

Not involved

None

None None

None

None None None


DBS3900_LTE(DB 2~3 characters S3900 LTE), BTS3900_LTE(BTS 3900 LTE), Enumeration values BTS3900A_LTE(BT S3900A LTE), Enumeration values BTS3900L_LTE(BT ON, OFF S3900L LTE)

Not involved None DBS3900_LTE~1, BTS3900_LTE~2, None BTS3900A_LTE~3, BTS3900L_LTE~4 ON~0, OFF~1 None

Adaptive Power Consumption

Composite type

22:00:00~5:00:00

Not involved

None


Composite type

23:00:00~6:00:00

Not involved

None

None

Interval values

Not involved

1e-6 degree

None

Interval values

Not involved

1e-6 degree

None

Character string

None

License Management

Enumeration values


Enumeration values

None

Character string

None

Enumeration values

None

Character string

None

Character string

None

Enumeration values

None

Enumeration values

None

Interval values

None

Interval values

None

Interval values

None

Enumeration values

None

Interval values

Not involved Default~0, Normal~1, Demo~2, Protected~3, Emergency~4 Poweroff~0, Normal~1 Transmission_Pack et_Loss_Rate~0, Not involved Transmission_Dela y~1, DEG~0, SEC~1 Transmission_Jitter ~2, Packet_Loss_Rate Not ~3, involved Cell_RRC_Connect _Succ_Rate~4, Not involved Cell_SAEB_Setup_ Succ_Rate~5, Cell_Call_Drop_Rat e~6, IntraFrequency_HO_Su ON~0, OFF~1 cc_Rate~7, InterFrequency_HO_Su cc_Rate~8, Not involvedLTECDMA_Handover_ Succ_Rate~9, LTEWCDMA_Handover Not involved _Succ_Rate~10, LTENot involved GERAN_Handover 15minutes~15, _Succ_Rate~11 30minutes~30, 60minutes~60, 1day~1440 Not involved

None

Interval values

Not involved

None

None

Interval values

Not involved

None

None None Adaptive Power Consumption

Character string

180000000~18000 0000 90000000~900000 Transmission_Pack 00 et_Loss_Rate(Tran 0~20 characters smission Packet Loss Rate), Default, Normal, Transmission_Dela Demo, Protected, y(Transmission Emergency Delay), Poweroff(Power Transmission_Jitter( off), Normal Jitter), Transmission Packet_Loss_Rate( 0~128 Packet characters Loss Rate), Cell_RRC_Connect _Succ_Rate(Cell DEG, SEC RRC Connect Succ Rate), Cell_SAEB_Setup_ 0~16 characters Succ_Rate(Cell SAEB Setup Succ 0~16 characters Rate), Cell_Call_Drop_Rat e(Cell Call Drop Rate), IntraFrequency_HO_Su cc_Rate(IntraON, OFF Frequency HO Succ Rate), Inter0~4294967295 Frequency_HO_Su cc_Rate(Inter Frequency HO 0~4294967295 Succ Rate), LTECDMA_Handover_ Succ_Rate(LTE0~4294967295 CDMA Handover 15minutes, Succ Rate), LTE30minutes, WCDMA_Handover 60minutes, 1day _Succ_Rate(LTEWCDMA Handover 0~23 Succ Rate), LTEGERAN_Handover _Succ_Rate(LTE1~3 GERAN Handover Succ Rate) 0~7

None None None None s s None None None None None min h

None

Interval values

None

Interval values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

None

Character string

None

Character string

Avail_801(Fault, Communication lost), Avail_820(Commun ication lost, In test), Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, Alarm_2(Minor), 0~1 In test), Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), 18~19 Avail_c11(Power Alarm_5(Major), off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 -Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB 0~63 characters ent, Fault, OARD), SFP(SFP) Communication lost, In test) 0~63 characters

None

Character string

0~63 characters

Avail_0~0, Avail_1~1, Avail_20~32, Avail_21~33, Avail_500~1280, Avail_501~1281, Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involved Avail_509~1289, Alarm_3~3, Avail_520~1312, Alarm_4~4, Avail_521~1313, Not involved Alarm_5~5, Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None None None None None None None None None None None None None None

CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius


None

Not involved

None

Not involved

None

None None None

None

Character string

None

Character string

Not involved

None

Not involved

None

None


Not involved

None

None

Interval values

0~65535

Not involved

None


Interval values

0~62

Not involved

None


Interval values

4~5,60~254

Not involved

None


Interval values

0~5 UER_SELF_DEFIN R0A, R0B, R0C, E, Enumeration values R0D, R0E, R0F, TMA12DB_ONLY_ R0G, R0H NON_AISG, TMA24DB_ONLY_ Enumeration values NON_AISG, RET_ONLY_COAXI Enumeration values AL, ON, OFF TMA12DB_AISG, TMA24DB_AISG Interval values 10~3500

Not involved UER_SELF_DEFIN R0A~0, R0B~1, E~0, R0C~2, R0D~3, TMA12DB_ONLY_ R0E~4, R0F~5, NON_AISG~1, R0G~6, R0H~7 TMA24DB_ONLY_ NON_AISG~2, RET_ONLY_COAXI AL~3, ON~0, OFF~1 TMA12DB_AISG~5 , TMA24DB_AISG~6 Not involved

None


Interval values

10~3500

Not involved

mA


Interval values

10~3500

Not involved

mA


Interval values

10~3500

Not involved

mA


Interval values

0~1000

Not involved

m


Interval values

0~50

Not involved

ns


Interval values

0~50

Not involved

ns


Interval values

0~3500

Not involved

mA



ON~0, OFF~1

None

None

Interval values

0~62

Not involved

None

None

Interval values

0~1,4~5,60~254

Not involved

None

None

Interval values

0~5

Not involved

None

None

Remote Electrical Tilt Control Remote Electrical Tilt Control Remote Electrical Tilt Control Remote Electrical Tilt Control

0~63 characters


None None None mA

None

Interval values

None

Enumeration values

None None

0~5

Not involved

None

0.614~0, 1.25~1, 2.5~2, 4.9~3, Gbit/s NULL~4294967295 BLOCK~0, Enumeration values BLOCK, UNBLOCK None UNBLOCK~1 Locked~0, Locked, Unlocked, Enumeration values Unlocked~1, None Shutingdown Shutingdown~2 0.614, 1.25, 2.5, 4.9, NULL

None


ON~0, OFF~1

None

Interval values

15~100

Not involved

0.1

None

Interval values

15~30

Not involved

0.1

None

Interval values

0~3

Not involved

None

None

Interval values

0~249

Not involved

None

None

None

Enumeration values TRUNK LO_TD(LTE(TDD)), LO(LTE(FDD)), Enumeration values CL(CDMA_LTE), GL(GSM_LTE), UL(UMTS_LTE) Interval values 1,2,4,8

None

Interval values

None

None

None

TRUNK~42949672 None 95 LO_TD~4, LO~8, CL~40, GL~72, None UL~136 Not involved

None

1,2,4,8

Not involved

None

Interval values

0~255

Not involved

None

None

Interval values

0~255

Not involved

None

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~10000

Not involved

10mW

None

Interval values

0~65535

Not involved

0.1dB

None

Interval values

0~4294967295

Not involved

0.1MHz

None

Interval values

-100~200

Not involved

degree Celsius

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

None

Character string

Avail_528(Inconsist ent,In test), Avail_529(Inconsist ent, Fault, In test), Avail_800(Commun ication lost), Avail_801(Fault, Communication 0~6 lost), Avail_820(Commun CONNECTHEAD(A ication lost, test), LO_TD, LO,InWL, 0~24 characters ccess from chain Avail_821(Fault, Alarm_0(Normal), CL, CWL, GL, head ring GCWL, head), Communication Alarm_1(Warning), GWL,or GCL, CONNECTTAIL(Ac lost, In test), Alarm_2(Minor), UL, UWL, UCL, cess from ring tail), Avail_c10(Power Alarm_3(Minor), UCWL, UGL, CONNECTBOTH(A off), Alarm_4(Major), UGWL, UGCL, ccess from both Avail_c11(Power Alarm_5(Major), UGCWL, NULL ends of the ring), off, Fault), Alarm_6(Major), SEPERATEBYBRE Avail_c12(Uninstall Alarm_7(Major), AK(Seperated by ed), Alarm_8(Critical), break points), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), LINKDOWN(Link ed, Fault), Alarm_10(Critical), Disabled(Disabled) down) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 -Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB 0~63 characters ent, Fault, OARD), SFP(SFP) Communication lost, In test)

Avail_0~0, Avail_1~1, LO_TD~4, LO~8, Avail_20~32, WL~20, CL~40, Not involved Avail_21~33, CWL~56, GL~72, Avail_500~1280, GWL~88, Avail_501~1281, Not involved GCL~104, Alarm_0~0, Avail_504~1284, GCWL~120, Alarm_1~1, Avail_508~1288, UL~136, UWL~152, CONNECTHEAD~0 Alarm_2~2, Avail_509~1289, ,UCL~168, CONNECTTAIL~1, Alarm_3~3, Avail_520~1312, UCWL~184, CONNECTBOTH~2 Alarm_4~4, Avail_521~1313, UGL~200, , Alarm_5~5, Avail_524~1316, UGWL~216, SEPERATEBYBRE Alarm_6~6, Avail_528~1320, UGCL~232, AK~3, Alarm_7~7, Avail_529~1321, UGCWL~248, LINKDOWN~4 Alarm_8~8, Avail_800~2048, NULL~65535 Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved


CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius


None None None None

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

None

Enumeration values

None

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

Avail_0(Normal), Avail_1(Fault), Avail_20(In test), Avail_21(Fault, In test), Avail_500(Starting up), Avail_501(Starting 0~63 characters up, Fault), Avail_504(Unconfig ured), 0~63 characters Avail_508(Inconsist ent), 0~63 characters Avail_509(Inconsist ent, Fault), Avail_520(Starting 1~39 characters up,In test), Normal(Normal), Avail_521(Starting Fault(Fault), up, Fault, In test), Timeout(Timeout), Avail_524(Unconfig NULL(NULL) ured,In test), 0~65535 Avail_528(Inconsist ent,In test), Avail_529(Inconsist 0~65535 ent, Fault, In test), Avail_800(Commun ication 0~62 lost), Avail_801(Fault, Communication 4~5 lost), Avail_820(Commun ication lost, In test), 0~5 Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, In test), Alarm_2(Minor), MRFU, LRFU Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), Locked, Unlocked, Avail_c11(Power Alarm_5(Major), Shutingdown off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist UEIU(UEIU) ent, Fault, Communication lost), Avail_d20(Starting up, Communication

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Normal~0, Fault~1, None Timeout~2, NULL~4294967295 Not involved

None

Not involved

None

Not involved Avail_0~0, Avail_1~1, Avail_20~32, Not involved Avail_21~33, Avail_500~1280, Avail_501~1281, Not involved Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, MRFU~2, LRFU~3 Avail_509~1289, Alarm_3~3, Avail_520~1312, Locked~0, Alarm_4~4, Avail_521~1313, Unlocked~1, Alarm_5~5, Avail_524~1316, Shutingdown~2 Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13


None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

0~4294967295

Not involved


None None degree Celsius degree Celsius

None

Master(Master), 0~255 characters NDD(NDD), NCD(NCD), Enumeration values CABINET(CABINE NDC(NDC), T), NEC(NEC), SUBRACK(SUBRA EUL(EUL), Enumeration values CK), EDL(EDL) BOARD(BOARD), SUBBOARD(SUBB Enumeration values ON, OFFSFP(SFP) OARD),

Not involved Master~0, NDD~1, NCD~2, NDC~3, NEC~4, EUL~5, CABINET~0, EDL~6 SUBRACK~1, BOARD~2, SUBBOARD~3, SFP~4 ON~0, OFF~1

None

Interval values

15~100

Not involved

0.1

None

Interval values

15~30

Not involved

0.1

None

Interval values

0~3

Not involved

None

None

Interval values

0~249

Not involved

None

None

None

Enumeration values TRUNK LO_TD(LTE(TDD)), LO(LTE(FDD)), Enumeration values CL(CDMA_LTE), GL(GSM_LTE), UL(UMTS_LTE) Interval values 1,2,4,8

None

Interval values

None

None None

None

None None None None

TRUNK~42949672 None 95 LO_TD~4, LO~8, CL~40, GL~72, None UL~136 Not involved

None

1,2,4,8

Not involved

None

Interval values

0~255

Not involved

None

None

Interval values

0~255

Not involved

None

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~10000

Not involved

10mW

None

Interval values

0~65535

Not involved

0.1dB

None

Interval values

0~4294967295

Not involved

0.1MHz

None

Interval values

-100~200

Not involved

degree Celsius

None

Interval values

None

Character string

None None None None

LO_TD~4, LO~8, WL~20, CL~40, Not involved CWL~56, GL~72, GWL~88, Not involved GCL~104, GCWL~120, UL~136, UWL~152, CONNECTHEAD~0 UCL~168, , CONNECTTAIL~1, UCWL~184, CONNECTBOTH~2 ,UGL~200, UGWL~216, SEPERATEBYBRE UGCL~232, AK~3, Not involved UGCWL~248, LINKDOWN~4 NULL~65535

0~6

CONNECTHEAD(A LO_TD, LO, WL, 0~24 characters ccess fromGL, chain CL, CWL, head or ring head), GWL, GCL, GCWL, CONNECTTAIL(Ac Enumeration values UL, UWL, UCL, cess from ring tail), UCWL, UGL, CONNECTBOTH(A UGWL, UGCL, Enumeration values ccess from both UGCWL, NULL ends of the ring), SEPERATEBYBRE Character string 0~63 characters AK(Seperated by break points), LINKDOWN(Link Character string 0~63 characters Not involved down)

None None None None None None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None


Not involved

None

None

Interval values

Not involved

None

None

Interval values

0 Not involved

None

None

Interval values

Not involved

None

None

Interval values

0 Not involved

None

None

Character string

None

Enumeration values

None

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

None


0~65535

60~254

0~30 characters Alarm_0(Normal), Alarm_1(Warning), Alarm_2(Minor), MRRU, LRRU Alarm_3(Minor), Alarm_4(Major), Locked, Unlocked, Alarm_5(Major), Shutingdown Alarm_6(Major), Alarm_7(Major), Alarm_8(Critical), Alarm_9(Critical), Enabled(Enabled), Alarm_10(Critical), Disabled(Disabled) Alarm_11(Critical), Alarm_12(Critical), Alarm_13(Critical), Alarm_14(Critical), Alarm_15(Critical)

Not involved Alarm_0~0, Alarm_1~1, Alarm_2~2, MRRU~0, LRRU~1 Alarm_3~3, Locked~0, Alarm_4~4, Unlocked~1, Alarm_5~5, Shutingdown~2 Alarm_6~6, Alarm_7~7, Alarm_8~8, Alarm_9~9, Enabled~0, Alarm_10~10, Disabled~1 Alarm_11~11, Alarm_12~12, Alarm_13~13, Alarm_14~14, Alarm_15~15

None None None None None

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Interval values

Avail_c11(Power off, Fault), Avail_c12(Uninstall ed), Avail_c13(Uninstall ed, Fault), Avail_c14(Unconfig ured, Power off), Avail_c30(Power off,In test), Avail_c31(Power 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 -Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB ON, OFFSFP(SFP) ent, Fault, OARD), Communication lost, In test) 15~100

None

Interval values

None

Avail_524~1316, Avail_528~1320, Avail_529~1321, Avail_800~2048, Avail_801~2049, Avail_820~2080, Avail_821~2081, Avail_c10~3088, Avail_c11~3089, Avail_c12~3090, Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None None None None None None None None None None

CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius

Not involved Master~0, NDD~1, NCD~2, NDC~3, NEC~4, EUL~5, CABINET~0, EDL~6 SUBRACK~1, BOARD~2, SUBBOARD~3, SFP~4 ON~0, OFF~1

None None None None

Not involved

0.1

15~30

Not involved

0.1

Interval values

0~3

Not involved

None

None

Interval values

0~249

Not involved

None

None

Enumeration values TRUNK LO_TD(LTE(TDD)), LO(LTE(FDD)), Enumeration values CL(CDMA_LTE), GL(GSM_LTE), UL(UMTS_LTE)

None

TRUNK~42949672 None 95 LO_TD~4, LO~8, CL~40, GL~72, None UL~136

None

Interval values

1,2,4,8

Not involved

None

None

Interval values

1,2,4,8

Not involved

None

None

Interval values

0~255

Not involved

None

None

Interval values

0~255

Not involved

None

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~4294967295

Not involved

0.2MHz

None

Interval values

0~10000

Not involved

10mW

None

Interval values

0~65535

Not involved

0.1dB

None

Interval values

0~4294967295

Not involved

0.1MHz

None

Interval values

-100~200

Not involved

degree Celsius

None

Interval values

0~6

None

Character string

None None None None

LO_TD~4, LO~8, WL~20, CL~40, Not involved CWL~56, GL~72, GWL~88, Not involved GCL~104, GCWL~120, UL~136, UWL~152, CONNECTHEAD~0 ,UCL~168, CONNECTTAIL~1, UCWL~184, CONNECTBOTH~2 UGL~200, , UGWL~216, SEPERATEBYBRE UGCL~232, AK~3, Not involved UGCWL~248, LINKDOWN~4 NULL~65535

CONNECTHEAD(A LO_TD, LO, WL, 0~24 characters ccess fromGL, chain CL, CWL, head ring GCWL, head), GWL,or GCL, CONNECTTAIL(Ac Enumeration values UL, UWL, UCL, cess from ring tail), UCWL, UGL, CONNECTBOTH(A UGWL, UGCL, Enumeration values ccess from both UGCWL, NULL ends of the ring), SEPERATEBYBRE Character string 0~63 characters AK(Seperated by break points), LINKDOWN(Link Character string 0~63 characters Not involved down)


None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None None



None

None

Interval values

0~65535

Not involved

None

None

Interval values

0~249

Not involved

None

None

Enumeration values

CHAIN, RING, LOADBLANCE

CHAIN~0, RING~1, None LOADBLANCE~2

None

Enumeration values COLD, HOT

COLD~0, HOT~1

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~5

Not involved

None

None

Interval values

0~5

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~5

Not involved

None

None

Interval values

0~5

Not involved

None

None

Interval values

0~4,255

Not involved

None

None

Interval values

Not involved

None

LOCALPORT~0, PEERPORT~1

None

None

0~4,255 LOCALPORT(local port), Enumeration values PEERPORT(peer port) Interval values 0~3

Not involved

None

None

Interval values

0~3

Not involved

None

None

Interval values

0~62

Not involved

None

None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

Not involved

None

None

Interval values

0~7

Not involved

None

None


ON~0, OFF~1

None

None

Interval values

Not involved

0.5dB

None

0~44

None


ON~0, OFF~1

None

None

Interval values

Not involved

None

None

Interval values

Not involved

1e-6 degree

Not involved

1e-6 degree

1T1R~0, 1T2R~1, 2T2R~3, 2T4R~4, 4T4R~5, 8T8R~6

None

None None

0~11

180000000~18000 0000 Interval values 90000000~900000 00 1T1R, 1T2R, 2T2R, Enumeration values 2T4R, 4T4R, 8T8R

None

Interval values

0~62

Not involved

None

None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

None

None


None

Interval values

0~62


None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

None

None


None

Interval values

0~62


None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

None

None


None

Interval values

0~62


None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

None

None


None

Interval values

0~62


None

Interval values

4~5,60~254

Not involved

None

None None

None None

None None

None None

None

Interval values

0~5

None

0~62


None


None

Interval values

None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

None

None


None

Interval values

0~62


None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

None

None


None

Interval values

0~62


None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

None None

None None

None None

None

None

Not involved R0A~0, R0B~1, R0A, R0B, R0C, R0C~2, R0D~3, Enumeration values R0D, R0E, R0F, R0E~4, R0F~5, R0G, R0H NormalMIMO(Norm R0G~6, R0H~7 al MIMO), NormalMIMO~0, Enumeration values AIDMIMO(mutual- AIDMIMO~1 aid MIMO) Character string 0~30 characters Not involved

None

Interval values

-32767~32767

Not involved

m

None

Interval values

0~1800000

Not involved

m

None

Interval values

0~1800000

Not involved

m

None

Interval values

0~179

Not involved

degree

None

Interval values

0~990

Not involved

m

None

Interval values

None RRU Channel Cross Connection Under MIMO

None

0~100 COMBTYPE_SING LE_RRU, Enumeration values COMBTYPE_MULT I_RRU

None None None

Not involved % COMBTYPE_SING LE_RRU~0, None COMBTYPE_MULT I_RRU~1

None

Enumeration values DEG, SEC

DEG~0, SEC~1

None

None

Character string

0~16 characters

Not involved

s

None

Character string

0~16 characters

Not involved

s

None

Enumeration values FALSE, TRUE

FALSE~0, TRUE~1 None

None

Interval values

Not involved

0.1dBm

License Management

Enumeration values Normal, NoLicense

Normal~0, NoLicense~1

None

None

Character string

0~40 characters

Not involved

0.2MHz

None

Character string

0~40 characters

Not involved

0.2MHz

None

Interval values

0~62

Not involved

None

None

Interval values

0~1,4~5,60~254

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~5

None

0~500

None

Character string

None

SINGLEMODE, Enumeration values MULTIMODE, UNKNOWN

None

Interval values

0~65535

Not involved INPOSITION~0, NOTINPOSITION~ 1, INVALID~42949672 SFP~0, ESFP~1, 95 ELEC_SFP~2, UNKNOWN~42949 67295 Not involved SINGLEMODE~0, MULTIMODE~1, UNKNOWN~42949 67295 Not involved

None

Interval values

0~255

Not involved

100Mbit/s

None

Interval values

0~255

Not involved

km

None

Interval values

0~255

Not involved

100m

None

Interval values

0~255

Not involved

10m

None

Interval values

0~255

Not involved

10m

None

Interval values

-128000~128000

Not involved

0.001 degree Celsius

None None

INPOSITION, Enumeration values NOTINPOSITION, INVALID SFP, ESFP, Enumeration values ELEC_SFP, UNKNOWN 0~15 characters

None None None None nm

None

Interval values

0~65535

Not involved

100microvolt

None

Interval values

0~65535

Not involved

2microampere

None

Interval values

0~65535

Not involved

0.1microwatt

None

Interval values

0~65535

Not involved

0.1microwatt

None

Interval values

0~255

Not involved

m

None

Interval values

0~62

Not involved

None

None

Interval values

4~5,60~254

Not involved

None

None

Interval values

0~5

Not involved

None

None

Interval values

0~7

Not involved

None

None


ON~0, OFF~1

None

None

Interval values

Not involved

None


ON~0, OFF~1

None

None

Interval values

0~4294967295

Not involved

m

None

Interval values

0~10000

Not involved

10mW

None

Interval values

None

Interval values

None

Interval values

None

Interval values

100~2500

0 Not involved

None

0~7

Not involved

None

0~1

Not involved

None

Not involved

None

DEACTIVATED~0, ACTIVATED~1

None

UNAVAILABLE~0, AVAILABLE~1

None

Not involved

None

0 Not involved

None

Not involved

None

None

0~7 DEACTIVATED(De activated), Enumeration values ACTIVATED(Activat UNAVAILABLE(Una ed) vailable), Enumeration values AVAILABLE(Availab le) Interval values 1~4

None

Interval values

None

Interval values

None None

0.01

0~7

None

Interval values

0~1

Not involved

None

None

Interval values

0~5

Not involved

None

None

Interval values

Not involved

None


None


None

Not involved

None

Multi-mode BS Common Reference Interval values Clock(eNodeB)

Not involved

None

None


None


None

Not involved

None

None None None


None

0 DEACTIVATED(De activated), Enumeration values ACTIVATED(Activat UNAVAILABLE(Una ed) vailable), Enumeration values AVAILABLE(Availab le) Interval values 0~1

None

Enumeration values

IN(Input), OUT(Output)

IN~0, OUT~1

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~5

Not involved

None

None

TWISTEDTWISTED-PAIR~0, Enumeration values PAIR(Twisted-Pair), None COAXIAL~1 COAXIAL(Coaxial)

None

Interval values

None

Not involved

m


None


None

None


Not involved

ns

None

Interval values

1~4

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None None

None None None None

USER_CONFIG(Us er Config), Interval values 0~7 SEARCH_WITH_D URATION(Search with duration), Enumeration values SEARCH_WITH_P -RECISION(Search with precision), Interval values 180000000~18000 AUTO_SEARCH(A 0000 -uto Search) Interval values 90000000~900000 00

Not involved None USER_CONFIG~0, SEARCH_WITH_D URATION~1, None SEARCH_WITH_P RECISION~2, AUTO_SEARCH~3 Not involved 1e-6 degree Not involved

1e-6 degree

None

Interval values

-1000~10000

Not involved

m

None

Interval values

0~89

Not involved

degree

None

Interval values

0~100000

Not involved

ns

None

Interval values

1~2880

Not involved

min

None

Interval values

1~100

Not involved

m

None

TWISTEDTWISTED-PAIR~0, Enumeration values PAIR(Twisted-Pair), None COAXIAL~1 COAXIAL(Coaxial)

None

Interval values

0~1000

Not involved

m

None

Enumeration values

Lock(Yes), Unlock(No)

Lock~0, Unlock~1

None

None

Enumeration values

Valid(Valid), Invalid(Invalid)

Valid~0, Invalid~1

None

None

Enumeration values

Valid(Valid), Invalid(Invalid)

Valid~0, Invalid~1

None

NotFixed~0, Fixed~1

None

Enabled~0, Disabled~1

None

None None None None None None None None None

NotFixed(Not Enumeration values NOTEXIST(Inexiste Fixed), Fixed(Fixed) nt), ANTENNASHORTE Enabled(Enabled), Enumeration values D(Antenna Disabled(Disabled) Shorted), M12M(M12M), ANTENNAOPENE Valid(Valid), UT(UT), RT(RT), Enumeration values D(Antenna Invalid(Invalid) JPS15L(JPS15L), Opened), K161(K161), SELF_CHECK_FAI GG16(GG16), Interval values 0~100 LURE(Self-check JNS100(JNS100), Failure), RGPS(RGPS), Enumeration values COMEXCEPTION( CWAIN(CWAIN), COM Port GPS(GPS), RTSMT(RTSMT), Communication GLONASS(GLONA UBLOX5(UBLOX5), Enumeration values Fault), SS), BD7702(BD7702), NORMAL(Normal), GPS/GLONASS(G NAVIOR(NAVIOR), UNKNOWN(Unkno PS/GLONASS with PPSTOD(PPSTOD) Interval values 0~100 Exception), GPS Prioritized), ,wn M1000(M1000), USCUINVALID(US COMPASS(COMPA TRGPS(TRGPS), Invalid), Enumeration values CU SS), BD7702CMS(BD77 UNKNOWN_STAR COMPASS/GPS(C 02CMS), _CARD(Unknown OMPASS/GPS OEM4(OEM4), with Interval values 0~100 Star Card) COMPASS UNKNOWN(Unkno Prioritized), wn) GPS/COMPASS(G PS/COMPASS with GPS Prioritized)

NOTEXIST~0, Valid~0, Invalid~1 ANTENNASHORTE M12M~0, UT~1, D~1, JPS15L~3, RT~2, ANTENNAOPENE K161~4, GG16~5, Not involved D~2, JNS100~6, SELF_CHECK_FAI RGPS~7, LURE~3, CWAIN~8, COMEXCEPTION~ RTSMT~9, 4, NORMAL~5, UBLOX5~10, UNKNOWN~6, BD7702~11, USCUINVALID~7, NAVIOR~12, UNKNOWN_STAR PPSTOD~13, Not involved GPS~0, _CARD~8 M1000~14, GLONASS~1, TRGPS~15, GPS/GLONASS~2, BD7702CMS~16, COMPASS~3, OEM4~17, COMPASS/GPS~4, UNKNOWN~65535 GPS/COMPASS~5 Not involved

None None None None None None None

None None

DEACTIVATED(De activated), DEACTIVATED~0, Enumeration values ACTIVATED(Activat ACTIVATED~1 ed) Interval values 1~4 Not involved

None None

None Interval values IEEE1588 V2 Clock Synchroniztion Clock over IP Enumeration values (Huawei proprietary) None Interval values

0~1 HW_DEFINED(Hua Wei Defined Protocol), PTP(PTP Protocol) 0~7

Not involved

None

HW_DEFINED~0, PTP~1

None

Not involved

None

None

0~1

Not involved

None

0~7

Not involved

None

Valid IP address

Not involved

None

Valid IP address

Not involved

None

IEEE1588 V2 Clock Interval values Synchroniztion

0~127

Not involved

None

None

Enumeration values

E2E(E2E), P2P(P2P)

E2E~0, P2P~1

None

None

Enumeration values OFF(OFF), ON(ON) OFF~0, ON~1

None

None

Interval values

0~255

Not involved

None

None

Interval values

0~255

Not involved

None

None

Interval values

0~255

Not involved

None

None

Interval values

0~255

Not involved

None

None

Interval values

Not involved

None


None


None

Interval values

None Interval values IEEE1588 V2 Clock Synchroniztion Clock over IP IP address type (Huawei proprietary) IEEE1588 V2 Clock IP address type Synchroniztion

0~4294967295 DEACTIVATED(De activated), None Enumeration values ACTIVATED(Activat UNAVAILABLE(Una ed) vailable), None Enumeration values AVAILABLE(Availab le) UNICAST(Unicast), IEEE1588 V2 Clock Enumeration values L2_MULTICAST(L2 Synchroniztion Multicast) Synchronization with Ethernet(ITU-T Interval values -100000~100000 G.8261) ONE_STEP(One Step), None Enumeration values TWO_STEP(Two Step) None Interval values 0~4094

UNICAST~0, None L2_MULTICAST~2 Not involved

ns

ONE_STEP~0, TWO_STEP~1

None

Not involved

None

None

Interval values

None

Interval values

2147483648~2147 Not involved 483647

None

1~4 1/16(1/16), 1/8(1/8), 1/4(1/4), 1/2(1/2), Enumeration values 1/2(1/2), 1.0(1.0), 1.0(1.0), 2.0(2.0), 2.0(2.0), 4.0(4.0), 4.0(4.0), 8.0(8.0) 8.0(8.0), 16.0(16.0), Enumeration values 32.0(32.0), 64.0(64.0), 128.0(128.0) Interval values 0~255

None

Enumeration values

1588V2(1588V2), 1588V2~0, G.8265.1(G.8265.1) G.8265.1~1

None

None

Interval values

60~1000

s

None

Interval values

None

Interval values

None

None None

Not involved 1/16~0, 1/8~1, 1/4~2, 1/2~3, 1.0~4, 1.0~1, 2.0~5, 1/2~0, 4.0~6, 2.0~2, 8.0~7 4.0~3, 8.0~4, 16.0~5, 32.0~6, 64.0~7, 128.0~8 Not involved

None

Not involved

None Hz Hz None

0 Not involved

None

0~7

Not involved

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

DISABLE~0, ENABLE~1

None


None


None

None

Enumeration values DISABLE, ENABLE DEACTIVATED(De Synchronization activated), with Ethernet(ITU-T Enumeration values ACTIVATED(Activat G.8261) UNAVAILABLE(Una ed) Clock Source vailable), Switching Manually Enumeration values AVAILABLE(Availab or Automatically le) AVAILABLE(Availab None Interval values 1~4 le), UNAVAILABLE(Una vailable), None Enumeration values UNSUPPORT(Unsu pport), FORBID(Forbid), None Enumeration values PARTAVAILABLE(P ALLOW(Allow), GPS(GPS Clock), artial Available) NA(N/A) BITS(BITS Clock), IPCLK(IP Clock), None Interval values 1~4 SYNCETH(SyncEth Clock), 0(0), 1(1), None Enumeration values LINECLK(Line AUTO(AUTO) Clock), TOD(TOD Multi-mode BS Clock), Common Reference Enumeration values PEERCLK(Peer Clock(eNodeB) Clock), AUTO(Auto), Fault Management Enumeration values SYNCETH+IPCLK( MANUAL(Manual), SyncEth Clock+IP FREE(Free) Clock), FREQ(FREQ), None Enumeration values GPS+SYNCETH(G PHASE(PHASE) PS Clock+SyncEth Clock)

Not involved None AVAILABLE~0, UNAVAILABLE~1, None UNSUPPORT~2, PARTAVAILABLE~3 FORBID~0, None ALLOW~1, NA~2 Not involved GPS~0, BITS~1, IPCLK~2, 0~0, 1~1, AUTO~2 SYNCETH~3, LINECLK~4, TOD~5, PEERCLK~6, AUTO~0, SYNCETH+IPCLK~ MANUAL~1, 7, FREE~2 GPS+SYNCETH~8 FREQ~0, PHASE~1


None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Interval values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Interval values

NORMAL(Normal), LOST(Lost), UNAVAILABLE(Una vailable), FREDVAT(Frequen GPS(GPS Clock), cy Deviation), FREERUNNING(Fr BITS(BITS Clock), JITTER(Jitter), ee running), IPCLK(IP Clock), PHASEOUTSCOP FASTTRACKING(F SYNCETH(SyncEth E(Phaseoutscope), ast tracking), Clock), UNKNOWN(Unkno LOCKED(Locked), LINECLK(Line wn), HOLDOVER(Holdo Clock), TOD(TOD DIFFSRC(Inconsist QL-PRC(QL-PRC), ver), Clock), ent Clock QL-SSU-A(QLUNKNOWN(Unkno PEERCLK(Peer References) SSU-A), QL-SSUwn) Clock), B(QL-SSU-B), QLSYNCETH+IPCLK( EEC2(QL-EEC2), SyncEth Clock+IP QL-EEC1(QLClock), LBR0(NULL), EEC1), QL0~249 GPS+SYNCETH(G LBR1(1.25), DNU(QL-DNU) PS Clock+SyncEth LBR2(2.5), Clock) NEGOTIATED(Neg LBR3(3.0), otiated), LBR4(4.9), NEGOTIATING(Ne LBR5(6.1), LBR0(NULL), gotiating), LBR6(9.8) LBR1(1.25), NOTREADY(Not LBR2(2.5), ready), NEGOTIATED(Neg LBR3(3.0), TIMEOUT(Timeout) otiated), LBR4(4.9), NEGOTIATING(Ne LBR5(6.1), gotiating), LBR6(9.8) NOTREADY(Not ready), 0~62 TIMEOUT(Timeout)

None

Interval values

0~254

Not involved

None

None

Interval values

0~7

Not involved

None


NORMAL~0, LOST~1, UNAVAILABLE~2, FREDVAT~3, JITTER~4, FREERUNNING~0, PHASEOUTSCOP GPS~0, BITS~1, FASTTRACKING~1 E~5, IPCLK~2, ,UNKNOWN~6, LOCKED~2, SYNCETH~3, HOLDOVER~3, DIFFSRC~7 LINECLK~4, UNKNOWN~4 TOD~5, QL-PRC~2, QLPEERCLK~6, SSU-A~4, QL-SSUSYNCETH+IPCLK~ B~8, QL-EEC2~10, 7, QL-EEC1~11, QLGPS+SYNCETH~8 DNU~15 Not involved LBR0~0, LBR1~1, LBR2~2, LBR3~4, LBR4~8, LBR5~16, NEGOTIATED~0, LBR6~32 NEGOTIATING~1, NOTREADY~2, LBR0~0, LBR1~1, TIMEOUT~3 LBR2~2, LBR3~4, LBR4~8, LBR5~16, NEGOTIATED~0, LBR6~32 NEGOTIATING~1, NOTREADY~2, TIMEOUT~3 Not involved

None None None None None Gbit/s None Gbit/s None None

HEAD(Head), Enumeration values LBR0(NULL), TAIL(Tail) LBR1(1.25), LBR2(2.5), Enumeration values LBR3(3.0), LBR4(4.9), LBR5(6.1), Enumeration values DC(DC), AC(AC) LBR6(9.8)

HEAD~4294967294 None , TAIL~4294967295 LBR0~0, LBR1~1, LBR2~2, LBR3~4, Gbit/s LBR4~8, LBR5~16, LBR6~32 DC~0, AC~1 None

DISABLE(Disable), Enumeration values APM30(APM30), ENABLE(Enable) TMC(TMC), BBC(BBC), Interval values 0~62 PS4890(PS4890), OMB(OMB), RFC(RFC), Enumeration values BTS3900(BTS3900 ), BTS3900L(BTS390 Character string 0~79 characters 0L), VIRTUAL(Virtual Character string 0~31 characters BBU3900(BBU3900 Cabinet) Subrack), RFU(RFU Interval values 0~62 Subrack), PMU(Power Subrack), Interval values 0~254 TCU(Temperature Control Subrack), Enumeration values FMU(FMU Subrack), RRU(RRU Subrack), EMU(EMU Subrack), PICO(PICO Subrack), UNKNOW(Unknow)

DISABLE~0, ENABLE~1 APM30~128, TMC~129, Not involved BBC~130, PS4890~133, OMB~134, RFC~135, BTS3900~136, Not involved BTS3900L~137, VIRTUAL~142

None None None None

Not involved

None

Not involved

None

BBU3900~128, RFU~129, Not involved PMU~130, TCU~131, FMU~132, RRU~134, EMU~137, PICO~147, UNKNOW~255

None None

None

Character string

None

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

None

Character string

None

Character string

Avail_801(Fault, Communication lost), Avail_820(Commun ication lost, In test), Avail_821(Fault, Alarm_0(Normal), AC220V(AC 220V), Communication Alarm_1(Warning), DC-48V(DC -48V), lost, Incharacters test), Alarm_2(Minor), 0~79 DC+28V(DC +28V), Avail_c10(Power Alarm_3(Minor), DC+24V(DC +24V), off), Alarm_4(Major), DC-48V-2(DC Avail_c11(Power Alarm_5(Major), -48V), AC110V(AC off, Fault), Alarm_6(Major), 110V), RDCAvail_c12(Uninstall Alarm_7(Major), 48V(RDC -48V), ed), Alarm_8(Critical), NDC-48V(NDC Avail_c13(Uninstall Alarm_9(Critical), -48V) Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 -Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB 0~63 characters ent, Fault, OARD), SFP(SFP) Communication lost, In test) 0~63 characters

None

Character string

0~63 characters

Avail_0~0, Avail_1~1, Avail_20~32, Avail_21~33, Avail_500~1280, Avail_501~1281, Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involvedDCAC220V~0, Avail_509~1289, Alarm_3~3, 48V~1, DC+28V~2, Avail_520~1312, Alarm_4~4, DC+24V~3, DCAvail_521~1313, Alarm_5~5, 48V-2~4, Avail_524~1316, Alarm_6~6, AC110V~5, RDCAvail_528~1320, Alarm_7~7, 48V~6, NDC-48V~7 Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved


CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius


None

Not involved

None

Not involved

None

None None None

None

Character string

None

Character string

Not involved

None

Not involved

None

None


Not involved

None

None

Interval values

0~65535

Not involved

None

None

Interval values

0~62

Not involved

None

None

Interval values

40~59

Not involved

None

None

Interval values

0 Not involved

None

Environment Monitor

Interval values

0~62

Not involved

None

Environment Monitor

Interval values

0~254

Not involved

None

Environment Monitor

Interval values

0~1

Not involved

None

Environment Monitor

Interval values

1~30

Not involved

None

Environment Monitor

Interval values

-20~80

Not involved

degree Celsius

Environment Monitor

Interval values

-20~80

Not involved

degree Celsius

Environment Monitor

Interval values

Not involved

%

Environment Monitor

Interval values Bit field type

Environment Monitor

Bit field type

Environment Monitor

Interval values

Not involved 48V_DISABLE~0, RES0~1, RES1~2, RES2~3, TS_DISABLE~4, WS_DISABLE~0, HS_DISABLE~5 SS_DISABLE~1, IS_DISABLE~2, GS_DISABLE~3 Not involved

%

Environment Monitor

Environment Monitor

Interval values

48V_DISABLE(-48 Voltage 0~100 Disabled), RES0(Reserved Sensor 0), 0~100 RES1(Reserved WS_DISABLE(Wat Sensor 1), er -Immersed RES2(Reserved Sensor Disabled), Sensor 2), SS_DISABLE(Smo TS_DISABLE(Temp g Sensor Disabled), erature Sensor IS_DISABLE(Infrar Disabled), ed Sensor -Disabled), HS_DISABLE(Humi 2147483648~2147 dity Sensor GS_DISABLE(Gati 483647 Disabled) ng Sensor Disabled) 0~100

Not involved

%

Environment Monitor

Character string

1~7 characters

Not involved

V

Environment Monitor

Character string

1~7 characters

Not involved

None

Environment Monitor

Character string

1~7 characters

Not involved

None

None

0~63 characters


None None degree Celsius

Environment Monitor

Character string

Fault Management

Character string

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

None

Character string

None

Character string

Avail_801(Fault, Communication lost), Avail_820(Commun ication lost, In test), Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, In test), Alarm_2(Minor), 1~7 characters Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), 1~7 characters Avail_c11(Power Alarm_5(Major), off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 -Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB 0~63 characters ent, Fault, OARD), SFP(SFP) Communication lost, In test) 0~63 characters

None

Character string

0~63 characters

Avail_0~0, Avail_1~1, Avail_20~32, Avail_21~33, Avail_500~1280, Avail_501~1281, Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involved Avail_509~1289, Alarm_3~3, Avail_520~1312, Alarm_4~4, Avail_521~1313, Not involved Alarm_5~5, Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved


CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius


None

Not involved

None

Not involved

None

None None None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None

Enumeration values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

None

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Bit field type

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Fault Management

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

1~39 characters Normal(Normal), Fault(Fault), Timeout(Timeout), NULL(NULL) 0~65535 Avail_0(Normal), Avail_1(Fault), Avail_20(In 0~65535 test), Avail_21(Fault, In test), 0~62 Avail_500(Starting up), Avail_501(Starting 11~12 up, Fault), Avail_504(Unconfig ured), 0 Avail_508(Inconsist ent), 0~62 Avail_509(Inconsist ent, Fault), Avail_520(Starting 0~254 up,In test), Avail_521(Starting up, 0~1Fault, In test), Avail_524(Unconfig ured,In test), 1~30 Avail_528(Inconsist WS_DISABLE(Wat ent,In test), er-Immersed Avail_529(Inconsist Sensor Disabled), ent, Fault, In test), SS_DISABLE(Smo Avail_800(Commun g Sensor Disabled) ication 0~100 lost), Avail_801(Fault, Communication -127~127 lost), Avail_820(Commun ication lost, In test), -127~127 Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, In test), Alarm_2(Minor), 0~4294967295 Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), DISABLE(Disable), Avail_c11(Power Alarm_5(Major), ENABLE(Enable) off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig ured, Power off, In test), Avail_d00(Commun ication lost), Avail_d01(Starting


None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

WS_DISABLE~0, SS_DISABLE~1

None

Not involved Avail_0~0, Avail_1~1, Avail_20~32, Not involved Avail_21~33, Avail_500~1280, Avail_501~1281, Not involved Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involved Avail_509~1289, Alarm_3~3, Avail_520~1312, Alarm_4~4, DISABLE~0, Avail_521~1313, Alarm_5~5, ENABLE~1 Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Avail_d04~3332, Avail_d08~3336, Avail_d09~3337,

% degree Celsius degree Celsius r/min None None None None None None

None

Character string

0~31 characters

Not involved

None

None

Character string

0~259 characters

Not involved

None

None

Character string

0~11 characters

Not involved

None

None

Character string

0~23 characters

Not involved

None

None

Character string


None

None


None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None




None

None


None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None


Not involved

None

None

Interval values

0~65535

Not involved

None

None

Interval values

0~62

Not involved

None

None

Interval values

8,14

Not involved

None

None None

None

None None None


None

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Bit field type

Environment Monitor

Interval values

Environment Monitor

Enumeration values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Interval values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

0 Avail_0(Normal), Avail_1(Fault), Avail_20(In test), 0~62 Avail_21(Fault, In test), 0~254 Avail_500(Starting up), Avail_501(Starting 0~1 up, Fault), Avail_504(Unconfig ured), 1~30 Avail_508(Inconsist ent), -40~10 Avail_509(Inconsist ent, Fault), Avail_520(Starting 20~80 up,In test), WS_DISABLE(Wat Avail_521(Starting er-Immersed up, Fault, In test), Sensor Disabled), Avail_524(Unconfig SS_DISABLE(Smo ured,In test), g Sensor Disabled) 0~2 Avail_528(Inconsist ent,In test), Avail_529(Inconsist DISABLE(Disable), ent, Fault, In test), ENABLE(Enable) Avail_800(Commun ication lost), -127~127 Avail_801(Fault, Communication -127~127 lost), Avail_820(Commun ication lost, In test), -127~127 Avail_821(Fault, Alarm_0(Normal), Communication Alarm_1(Warning), lost, In test), Alarm_2(Minor), 0~4294967295 Avail_c10(Power Alarm_3(Minor), off), Alarm_4(Major), 0~4294967295 Avail_c11(Power Alarm_5(Major), off, Fault), Alarm_6(Major), Avail_c12(Uninstall Alarm_7(Major), ed), Alarm_8(Critical), Avail_c13(Uninstall Alarm_9(Critical), Enabled(Enabled), ed, Fault), Alarm_10(Critical), Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), ured, Power off), Alarm_12(Critical), Avail_c30(Power Alarm_13(Critical), off,In test), Alarm_14(Critical), Avail_c31(Power Alarm_15(Critical) 0~2047 characters off, Fault, In test), Avail_c32(Uninstall ed,In 0~31 test), characters Avail_c33(Uninstall ed, Fault, In test), Avail_c34(Unconfig 0~31 characters ured, Power off, In test), 0~259 characters Avail_d00(Commun ication lost), Avail_d01(Starting 0~11 characters up, Fault, Communication lost), Avail_d04(Unconfig ured, Communication lost), Avail_d08(Inconsist

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Not involved

None

Not involved

degree Celsius

Not involved

degree Celsius

WS_DISABLE~0, SS_DISABLE~1

None

Not involved

None

DISABLE~0, ENABLE~1

None

Not involved Avail_0~0, Avail_1~1, Avail_20~32, Not involved Avail_21~33, Avail_500~1280, Avail_501~1281, Not involved Alarm_0~0, Avail_504~1284, Alarm_1~1, Avail_508~1288, Alarm_2~2, Not involved Avail_509~1289, Alarm_3~3, Avail_520~1312, Alarm_4~4, Avail_521~1313, Not involved Alarm_5~5, Avail_524~1316, Alarm_6~6, Avail_528~1320, Alarm_7~7, Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Avail_d24~3364, Avail_d28~3368, Avail_d29~3369

degree Celsius degree Celsius degree Celsius r/min r/min None None None None None None None None

None

Character string

None

Character string

0~23 characters

None


None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Not involved

None


None




None

None


None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None


Not involved

None

None

Interval values

0~65535

Not involved

None

None

Interval values

0~62

Not involved

None

None

Interval values

8,14

Not involved

None

None

Interval values

0 Not involved

None

Environment Monitor

Interval values

-99~70

Not involved

degree Celsius

Environment Monitor

Interval values

-99~70

Not involved

degree Celsius

None None

None

None None None


Environment Monitor

Interval values

-99~70

Not involved

degree Celsius

Environment Monitor

Interval values

0~30

Not involved

degree Celsius

Environment Monitor

Interval values

0~30

Not involved

degree Celsius

Environment Monitor

Interval values

0~30

Not involved

degree Celsius

Environment Monitor

Interval values

0~30

Not involved

degree Celsius

None

Interval values

0~62

Not involved

None

None

Interval values

7 Not involved

None

None

Interval values

0 Not involved

None

Environment Monitor

Interval values

0~62

Not involved

None

Environment Monitor

Interval values

0~254

Not involved

None

Environment Monitor

Interval values

Not involved

None

Environment Monitor Environment Monitor Environment Monitor Environment Monitor

APM100(APM 100), 0~1 APM200(APM 200), APM30(APM 30), EPS4890(EPS4890 Interval values 1~30 ), EPS4815(EPS4815 Enumeration values ), SC48200(SC48200 ), Interval values 60~300 EPS48200(EPS482 00), TP48300A(TP4830 Interval values 60~300 0A)

APM100~0, Not involved APM200~1, APM30~2, EPS4890~3, EPS4815~4, SC48200~5, EPS48200~7, Not involved TP48300A~8

None None V

Not involved

V

Environment Monitor

Interval values

350~556

Not involved

0.1V

Environment Monitor

Interval values

580~600

Not involved

0.1V

Environment Monitor

Enumeration values

DISABLE(Disable), DISABLE~0, ENABLE(Enable) ENABLE~1

None

Environment Monitor

Interval values

350~556

Not involved

0.1V

Environment Monitor

Interval values

-20~20

Not involved

degree Celsius

Environment Monitor

Interval values

35~80

Not involved

degree Celsius

Environment Monitor

Interval values

0~50

Not involved

%

Environment Monitor

Interval values

50~100

Not involved

%

Environment Monitor

Bit field type

Environment Monitor

Bit field type

Environment Monitor

Interval values

Environment Monitor

Character string

Environment Monitor

Character string

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Enumeration values

Environment Monitor

Enumeration values

Environment Monitor

Character string

Environment Monitor

Enumeration values

Environment Monitor

Enumeration values

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

Enumeration values

Environment Monitor

BT1_DISABLE(Batt ery Temperature Sensor 1 Disabled), AH_DISABLE(Cabi net Humidity WS_DISABLE(Wat Sensor Disabled), er-Immersed AT1_DISABLE(Cabi Sensor Disabled), net Temperature SS_DISABLE(Smo Sensor 1 Disabled), g Sensor Disabled), BT2_DISABLE(Batt -GS_DISABLE(Gati ery Temperature ng Sensor 2147483648~2147 Sensor 2 Disabled) Disabled) 483647

BT1_DISABLE~0, AH_DISABLE~1, AT1_DISABLE~2, BT2_DISABLE~3 WS_DISABLE~0, SS_DISABLE~1, GS_DISABLE~2

None None

Not involved

V

1~7 characters

Not involved

V

Not involved

A

Not involved

degree Celsius

Character string

1~7 characters PowerOn(Power on), LowVoltagePowerO 2147483648~2147 ff(Low 483647voltage power off), 0~100 MasterControlPowe rOff(Master control BoostCharging(Boo power off), st-Charging), HighTemperaturePo FloatCharging(Float werOff(High -Charging), temperature power ForceBoostChargin off), g(ForceBoostPowerOn(Power LowTemperaturePo Charging), on), 1~7 characters werOff(Low Discharging(Discha LowVoltagePowerO temperature power CurrentLimiting(Cur rging) ff(Low voltage off) limiting), rent power off), NoCurrentLimiting( MasterControlPowe No current limiting) rOff(Master control power off), ManualPowerOff(M anual 0~100power off), HighTemperaturePo -werOff(High 2147483648~2147 temperature power CHARGE(Charging 483647 off) ), DISCHARGE(Disch arging), REC(Recording), END(Finished) 1~7 characters

Environment Monitor

Character string

1~7 characters

Environment Monitor

Interval values

2147483648~2147 Not involved 483647

degree Celsius

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Character string

0~18 characters

Not involved

None

None

Character string

0~32 characters

Not involved

None

PowerOn~0, LowVoltagePowerO Not involved ff~1, MasterControlPowe rOff~2, HighTemperaturePo BoostCharging~0, werOff~3, FloatCharging~1, LowTemperaturePo ForceBoostChargin werOff~4 g~2, Discharging~3 Not involved

% None None A

CurrentLimiting~0, PowerOn~0, NoCurrentLimiting~ LowVoltagePowerO None 1 ff~1, MasterControlPowe None rOff~2, ManualPowerOff~3, HighTemperaturePo Not involved % werOff~4 Not involved

degree Celsius

CHARGE~0, DISCHARGE~1, REC~2, END~3

None

Not involved

A

Not involved

A

None

Character string

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

EltekEnergy(Eltek Avail_524(Unconfig Energy ured,In test), Technology(Dong Avail_528(Inconsist Guan)Ltd.), ent,In test), Switchtec(Hangzho Avail_529(Inconsist u Switchtec Power ent, Fault,Co.,LTD.), In test), Systems Avail_800(Commun TycoElectronics(Tyc ication lost), 0~18 characters o Electronics Avail_801(Fault, (Shang hai) Communication Co.,Ltd.), lost), ARTESYN(Artesyn SUCCEEDED(Succ Avail_820(Commun UNSUPPORTED(N Technologies eeded), ication lost, In test), ot Supported), Co.,Ltd.), BRDNOTREADY(T Avail_821(Fault, SUPPORTED(Supp Alarm_0(Normal), CHROMA(Chroma he board is Communication orted) Alarm_1(Warning), Electronics), DISABLE(Disable), unavailable), lost, In test), Alarm_2(Minor), LuckyValley(Lucky ENABLE(Enable) UNSUPPORTED(T Avail_c10(Power Alarm_3(Minor), Valley Technology he PSU intelligent off), Alarm_4(Major), Co.,Ltd), shutdown is not Avail_c11(Power Alarm_5(Major), ACBEL(Acbel supported by the off, Fault), Alarm_6(Major), Electronic Co.,Ltd), board), Avail_c12(Uninstall Alarm_7(Major), Zippy(Zippy BATNOTEXIST(The ed), Alarm_8(Critical), Technology corp.), battery does not Avail_c13(Uninstall Alarm_9(Critical), GuoyaoElectronics( Enabled(Enabled), exist), ed, Fault), Alarm_10(Critical), Shenzhen Guoyao Disabled(Disabled) INTERNALERR(Int Avail_c14(Unconfig Alarm_11(Critical), Electronics ernal error) ured, Power off), Alarm_12(Critical), Technology Avail_c30(Power Alarm_13(Critical), Co.,LTD.), off,In test), Alarm_14(Critical), DPC(Beijing Avail_c31(Power Alarm_15(Critical) Dynamic Power 0~2047 characters off, Fault, Science &In test), Avail_c32(Uninstall Technology ed,In 0~31 test), characters Co.,Ltd.), Avail_c33(Uninstall GoldPower(Shenzh ed, Fault,Power In test), en Gold Elec Avail_c34(Unconfig 0~31 characters Tech Co.,Ltd), ured, Power off, In SungrowPowerSup test), ply(Sungrow Power 0~259 characters Avail_d00(Commun Supply Co.,Ltd), ication lost), Ecom Ecom(Beijing Avail_d01(Starting 0~11 characters Communications up, Fault, Co. Ltd) Technology Communication lost), 0~23 characters Avail_d04(Unconfig ured, LMPT(LMPT), 0~19 characters Communication LBBP(LBBP), lost), FAN(FAN), Avail_d08(Inconsist UPEU(UPEU), ent, Communication UTRP(UTRP), lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB ent, Fault, OARD), SFP(SFP) Communication lost, In test)

Huawei~0, Emerson~1, Holdluck-ZYT~2, Power-One~3, Kehua~4, DeltaElectronics~5, EltekEnergy~6, Not involved Avail_0~0, Switchtec~7, Avail_1~1, TycoElectronics~8, Avail_20~32, ARTESYN~9, Avail_21~33, CHROMA~10, Avail_500~1280, LuckyValley~11, UNSUPPORTED~0 Avail_501~1281, ACBEL~12, ,Avail_504~1284, SUPPORTED~1 Alarm_0~0, Zippy~13, Alarm_1~1, Avail_508~1288, DISABLE~0, GuoyaoElectronics Alarm_2~2, SUCCEEDED~0, Avail_509~1289, ENABLE~1 ~14, DPC~15, Alarm_3~3, BRDNOTREADY~1 Avail_520~1312, GoldPower~16, Alarm_4~4, , Avail_521~1313, SungrowPowerSup Alarm_5~5, UNSUPPORTED~2 Avail_524~1316, ply~17, Ecom~18 Alarm_6~6, , BATNOTEXIST~3, Avail_528~1320, Alarm_7~7, INTERNALERR~4 Avail_529~1321, Alarm_8~8, Avail_800~2048, Alarm_9~9, Avail_801~2049, Enabled~0, Alarm_10~10, Avail_820~2080, Disabled~1 Alarm_11~11, Avail_821~2081, Alarm_12~12, Avail_c10~3088, Alarm_13~13, Avail_c11~3089, Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None None None None None None None None None None None None None None None None None

CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius

Not involved Master~0, NDD~1, NCD~2, NDC~3, NEC~4, EUL~5, CABINET~0, EDL~6 SUBRACK~1, BOARD~2, SUBBOARD~3, SFP~4

None None None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None


Not involved

None

None

Interval values

0~65535

Not involved

None

None

Interval values

0~62

Not involved

None

None

Interval values

7 Not involved

None

None

Interval values

0 Not involved

None

None

Enumeration values


None

None

Interval values

1~1000

Not involved

0.1kVA

None

Character string

1~7 characters

Not involved

cm

None

Character string

1~7 characters

Not involved

A

None

Interval values

0~4294967295

Not involved

h

None

Interval values

0~62

Not involved

None

None

Interval values

7 Not involved

None

None

Interval values

0 Not involved

None

None

Enumeration values

INNER(Inner), OUTER(Outer)

INNER~0, OUTER~1

None

None

Interval values

30~240

Not involved

day

None

Interval values

433~576

Not involved

0.1V

None

Interval values

5~5000

Not involved

Ah

None


None

Interval values

5~25

Not involved

None

Interval values

432~575

Not involved

None

Enumeration values


None

None

Interval values

40~70

degree Celsius

None

Enumeration values


None

None

Interval values

350~556

Not involved

0.1V

None

Interval values

0~500

Not involved

mV/degree Celsius

None

Interval values

-20~20

Not involved

degree Celsius

None

Interval values

35~80

Not involved

degree Celsius

None

Interval values

1~2

Not involved

None

None

VRLA_BAT(VRLA VRLA_BAT~2, Enumeration values Battery), LI_BAT(LiLI_BAT~3 Ion Battery)

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

Not involved

0.01 0.1V

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Composite type

2000-01-01~209912-31

Not involved

None

None

Interval values

5~5000

Not involved

Ah

None

Interval values

0~62

Not involved

None

None

Interval values

7 Not involved

None

None

Interval values

0 Not involved

None

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

1~5000

Not involved

0.01h

None

Interval values

80~100

Not involved

%

None

Interval values

170~220

Not involved

0.01V/Cell

None

Interval values

1~50

Not involved

None

None

Interval values

1~100

Not involved

h

None

Interval values

Not involved

min

None

Interval values Enumeration values

None

Interval values

Not involved NOAUTOTEST~0, PERIOD~1, POWERCUT~2, PERIODPOWERC UT~3 Not involved

0.1V

None

None


None

Composite type

None

Enumeration values

None

Enumeration values

Not involved STANDARD~0, SIMPLE~1, TIMER~2, PWROFF~3, NONE~4 Not involved BelowEndVol~0, OverTime~1, CurrRecover~2, ManualEnd~3, AlmEnd~4 None~0, Normal~1, PreAlm~2, Alm~3

day

None

None

Interval values

1~240 NOAUTOTEST(No Auto Test), 400~540 PERIOD(Period Auto Test), POWERCUT(Powe r Off Auto Test), PERIODPOWERC UT(Period 30~240 and Power Off Auto STANDARD(Standa Test) rd Test), 1~60 SIMPLE(Simple Test), BelowEndVol(Lower TIMER(Period Than Test), End Voltage), 2000-01-01 OverTime(Test PWROFF(Power 00:00:00~2038-12Timeout), Cut Test), 31 23:59:59 Test) CurrRecover(Power NONE(None Resume Stop None(No result), Power Drop Auto Normal(Battery Test), normal), ManualEnd(Manual PreAlm(Battery preStop Test), alarm), Alm(Battery AlmEnd(Alarm Stop alarm) 0~100 Test)

Not involved

%

None

Character string

1~7 characters

Not involved

h

None

Character string

1~7 characters

Not involved

V

None

Character string

1~7 characters

Not involved

A

None

Interval values

0~4294967295

Not involved

Ah

None

Interval values

2147483648~2147 Not involved 483647

degree Celsius

None

Interval values

0~62

Not involved

None

None

Interval values

7 Not involved

None

None

Interval values

Not involved

None

1~6

None day

None None None None

None

Enumeration values

None

Character string

None

Enumeration values

Fault Management

Enumeration values

None

Enumeration values

Environment Monitor

Enumeration values

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Character string

None

Enumeration values

None

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Character string

None

Enumeration values

None

Enumeration values

None

Character string

None

Character string

ent, Fault, In test), Power(Dong guan) Avail_800(Commun LTD.), ication lost), NORMAL(Normal), EltekEnergy(Eltek Avail_801(Fault, COMMUNICATEFAI Energy Communication LED(Communicatio Technology(Dong lost), n failed), Guan)Ltd.), Avail_820(Commun SHUTDOWN(Shut Switchtec(Hangzho ication lost, In test), down), u Switchtec Power Avail_821(Fault, FAULT(Fault), Alarm_0(Normal), Systems Co.,LTD.), Communication PROTECT(Fault), Alarm_1(Warning), TycoElectronics(Tyc lost, Incharacters test), UNCONFIGURED( Alarm_2(Minor), 0~18 o Electronics Avail_c10(Power Unconfigured), Alarm_3(Minor), (Shang hai) off), ILLEGAL(Unconfigu Alarm_4(Major), Co.,Ltd.), Avail_c11(Power red) Alarm_5(Major), ARTESYN(Artesyn off, Fault), Alarm_6(Major), Technologies Avail_c12(Uninstall Alarm_7(Major), Co.,Ltd.), ed), Alarm_8(Critical), CHROMA(Chroma Avail_c13(Uninstall Alarm_9(Critical), Electronics), Enabled(Enabled), ed, Fault), Alarm_10(Critical), LuckyValley(Lucky Disabled(Disabled) Avail_c14(Unconfig Alarm_11(Critical), Valley Technology ured, Power off), Alarm_12(Critical), Co.,Ltd), Avail_c30(Power Alarm_13(Critical), ACBEL(Acbel off,In test), Alarm_14(Critical), Electronic Co.,Ltd), Avail_c31(Power Alarm_15(Critical) Zippy(Zippy 0~2047 characters off, Fault, In test), Technology corp.), Avail_c32(Uninstall GuoyaoElectronics( ed,In 0~31 test), characters Shenzhen Guoyao Avail_c33(Uninstall Electronics ed, Fault, In test), Technology Avail_c34(Unconfig 0~31 characters Co.,LTD.), ured, Power off, In DPC(Beijing test), Dynamic Power 0~259 characters Avail_d00(Commun Science & ication lost), Technology Avail_d01(Starting 0~11 characters Co.,Ltd.), up, Fault, GoldPower(Shenzh Communication en Gold Power Elec lost), 0~23 characters Tech Co.,Ltd), Avail_d04(Unconfig SungrowPowerSup ured, LMPT(LMPT), ply(Sungrow Power 0~19 characters Communication LBBP(LBBP), Supply Co.,Ltd), lost), FAN(FAN), Ecom(Beijing Ecom Avail_d08(Inconsist UPEU(UPEU), Communications ent, Communication UTRP(UTRP), Technology Co. Ltd) lost), USCU(USCU), Avail_d09(Inconsist 0~4294967295 UEIU(UEIU) ent, Fault, Communication CPU(CPU), lost), DSP(DSP) Avail_d20(Starting up, Communication 2147483648~2147 lost,In test), 483647 Avail_d21(Starting up, Fault, 2147483648~2147 Communication 483647 lost, In test), Master(Master), 0~255 characters Avail_d24(Unconfig NDD(NDD), ured, NCD(NCD), Communication CABINET(CABINE NDC(NDC), lost, In test), T), NEC(NEC), Avail_d28(Inconsist SUBRACK(SUBRA EUL(EUL), ent, Communication CK), EDL(EDL) lost, In test), BOARD(BOARD), Avail_d29(Inconsist SUBBOARD(SUBB 0~63Fault, characters ent, OARD), SFP(SFP) Communication lost, In test) 0~63 characters

Avail_0~0, Avail_1~1, Huawei~0, NORMAL~0, Avail_20~32, Emerson~1, COMMUNICATEFAI Avail_21~33, Holdluck-ZYT~2, LED~1, Avail_500~1280, Power-One~3, SHUTDOWN~2, Avail_501~1281, Kehua~4, FAULT~3, Alarm_0~0, Avail_504~1284, DeltaElectronics~5, PROTECT~4, Alarm_1~1, Avail_508~1288, EltekEnergy~6, UNCONFIGURED~ Alarm_2~2, Not involved Avail_509~1289, Switchtec~7, 5, ILLEGAL~6 Alarm_3~3, Avail_520~1312, TycoElectronics~8, Alarm_4~4, Avail_521~1313, ARTESYN~9, Alarm_5~5, Avail_524~1316, CHROMA~10, Alarm_6~6, Avail_528~1320, LuckyValley~11, Alarm_7~7, Avail_529~1321, ACBEL~12, Alarm_8~8, Avail_800~2048, Zippy~13, Alarm_9~9, Avail_801~2049, Enabled~0, GuoyaoElectronics Alarm_10~10, Avail_820~2080, Disabled~1 ~14, DPC~15, Alarm_11~11, Avail_821~2081, GoldPower~16, Alarm_12~12, Avail_c10~3088, SungrowPowerSup Alarm_13~13, Avail_c11~3089, ply~17, Ecom~18 Alarm_14~14, Avail_c12~3090, Alarm_15~15 Avail_c13~3091, Not involved Avail_c14~3092, Avail_c30~3120, Not involved Avail_c31~3121, Avail_c32~3122, Avail_c33~3123, Not involved Avail_c34~3124, Avail_d00~3328, Avail_d01~3329, Not involved Avail_d04~3332, Avail_d08~3336, Not involved Avail_d09~3337, Avail_d20~3360, Avail_d21~3361, Not involved Avail_d24~3364, Avail_d28~3368, Avail_d29~3369 Not involved LMPT~1, LBBP~2, FAN~3, UPEU~4, UTRP~11, USCU~12, UEIU~13 Not involved

None None None None None None None None None None None None None None None

CPU~0, DSP~1

None

Not involved

degree Celsius

Not involved

degree Celsius


None

Not involved

None

None None None

None

Character string

0~63 characters

Not involved

None

None

Character string

0~63 characters

Not involved

None

None

Character string

Not involved

None

None


Not involved

None

None

Interval values

0~65535

Not involved

None

None

Interval values

0~62

Not involved

None

None

Interval values

40~59

Not involved

None

None

Interval values

0 Not involved

None

None

Interval values

0~5

Not involved

None

Environment Monitor

Character string

0~50 characters

Not involved

None

Environment Monitor

Enumeration values OFF(Off), ON(On)

OFF~0, ON~1

None

None

Interval values

0~62

Not involved

None

None

Interval values

0~1,7~8,11~12,14,4 Not involved 0~254

None

None

Interval values

0,18~19

Not involved

None

None

Interval values

0~35

Not involved

None

Environment Monitor


OFF~0, ON~1

None

Environment Monitor

Interval values

Not involved

None

None

Environment Monitor Environment Monitor

BOOL(Digital Port), Enumeration values VALUE(Analog BOOL~0, VALUE~1 None Port) HIGH(High Enumeration values Voltage), LOW(Low HIGH~0, LOW~1 None Voltage)

Environment Monitor

Interval values

Environment Monitor

Interval values

Environment Monitor

65033~65233


-99999~999999

Not involved

-99999~999999 Not involved VOLTAGE(Voltage Type), VOLTAGE~0, Enumeration values CURRENT(Current CURRENT~1 Type)

0.01 0.01 None

Environment Monitor

Interval values

-99999~999999

Not involved

0.01

Environment Monitor

Interval values

-99999~999999

Not involved

0.01

Environment Monitor

Interval values


Interval values

None

Enumeration values

None

IP address type

None

Interval values

None

Interval values

None

Enumeration values

None

Enumeration values

None

IP address type

None

Enumeration values

None

Character string

None

Interval values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Interval values

None

Enumeration values

None

Enumeration values

None

Composite type

GMT-1200(GMT12:00), GMT0~999999 1100(GMT-11:00), GMT-1000(GMT0~999999 10:00), GMT0930(GMT-09:30), NONE(Verify GMT-0900(GMTNone), PEER(Verify 09:00), GMTPeer Certificate) 0800(GMT-08:00), GMT-0700(GMTValid IP address 07:00), GMT0600(GMT-06:00), 1~525600 GMT-0500(GMT05:00), GMT0430(GMT-04:30), 123~5999,6100~65 GMT-0400(GMT534 04:00), GMT0330(GMT-03:30), OFF(Off), ON(On) GMT-0300(GMT03:00), GMTIPV4(IPv4), 0200(GMT-02:00), IPV6(IPv6) GMT-0100(GMT01:00), GMT(GMT), Valid IP address GMT+0100(GMT+0 PLAIN(Plain), 1:00), DES_S(DES_S), GMT+0200(GMT+0 DES_N(DES_N), 2:00), DES_A(DES_A), GMT+0300(GMT+0 MD5(MD5) 1~16 characters 3:00), GMT+0330(GMT+0 3:30), 1~4294967295 GMT+0400(GMT+0 4:00), Slaver(Slave), GMT+0430(GMT+0 Master(Master) 4:30), GMT+0500(GMT+0 5:00), GMT+0530(GMT+0 NO(No), 5:30), YES(Yes), JAN(January), ALL(Always on GMT+0545(GMT+0 DATE(Date mode), FEB(February), DST) 5:45), WEEK(Week MAR(March), GMT+0600(GMT+0 mode), APR(April), 6:00), DATEWEEK(Date MAY(May), GMT+0630(GMT+0 and week mode) JUN(June), 6:30), JUL(July), GMT+0700(GMT+0 AUG(August), 7:00), SEP(September), 1~31 GMT+0800(GMT+0 LAST(Last), OCT(October), 8:00), FIRST(First), NOV(November), GMT+0845(GMT+0 MON(Monday), SECOND(Second), DEC(December) 8:45), TUE(Tuesday), THIRD(Third), GMT+0900(GMT+0 WED(Wednesday), FOURTH(Fourth) 9:00), THU(Thursday), GMT+0930(GMT+0 FRI(Friday), 9:30), SAT(Saturday), 00:00:00~23:59:59 GMT+1000(GMT+1 SUN(Sunday) 0:00), GMT+1030(GMT+1 0:30), GMT+1100(GMT+1 1:00), GMT+1130(GMT+1 1:30),

Not involved

0.01V or 0.01mA

Not involved

0.01V or 0.01mA

NONE~0, PEER~1 None Not involved

None

Not involved

min

Not involved

None

GMT-1200~0, GMTOFF~0, 1100~4, ON~1 GMT1000~8, GMT0930~10, GMTIPV4~0, IPV6~1 0900~12, GMT0800~16, GMT0700~20, GMTNot involved 0600~24, PLAIN~0, GMT0500~28, DES_S~1,GMT0430~30, DES_N~2,GMT0400~32, DES_A~3,GMTMD5~4 0330~34, GMTNot involved 0300~36, GMT0200~40, GMT0100~44, GMT~48, Not involved GMT+0100~52, GMT+0200~56, Slaver~0, Master~1 GMT+0300~60, GMT+0330~62, GMT+0400~64, GMT+0430~66, GMT+0500~68, NO~0, YES~1, GMT+0530~70, ALL~2 GMT+0545~71, GMT+0600~72, DATE~0, WEEK~1, GMT+0630~74, JAN~1, FEB~2, DATEWEEK~2 GMT+0700~76, MAR~3, APR~4, GMT+0800~80, MAY~5, JUN~6, GMT+0845~83, JUL~7, AUG~8, GMT+0900~84, SEP~9, OCT~10, GMT+0930~86, NOV~11, DEC~12 Not involved GMT+1000~88, LAST~0, FIRST~1, GMT+1030~90, SECOND~2, GMT+1100~92, THIRD~3, GMT+1130~94, MON~1, TUE~2, FOURTH~4 GMT+1200~96, WED~3, THU~4, GMT+1245~99, FRI~5, SAT~6, GMT+1300~100, SUN~7 GMT+1400~104, Not involved CUSTOM~200

None None None None None None None None None None None None None None None

None

Enumeration values

None

Enumeration values

None

Interval values

None

Enumeration values

None

Enumeration values

None

Composite type

JAN(January), DATE(Date mode), FEB(February), WEEK(Week MAR(March), mode), APR(April), DATEWEEK(Date MAY(May), and week mode) JUN(June), JUL(July), AUG(August), SEP(September), 1~31 LAST(Last), OCT(October), FIRST(First), NOV(November), MON(Monday), SECOND(Second), DEC(December) TUE(Tuesday), THIRD(Third), WED(Wednesday), FOURTH(Fourth) THU(Thursday), FRI(Friday), SAT(Saturday), 00:00:00~23:59:59 SUN(Sunday)

None

Interval values

-120~120

Not involved

min

None

Interval values

-720~840

Not involved

min

None

Composite type

2000-01-01~203312-31

Not involved

None

None

Composite type

00:00:00~23:59:59 Not involved

None

None

Composite type

None

Not involved

None

None

NTP(NTP), Enumeration values GPS(GPS), NONE(None)

NTP~0, GPS~1, NONE~2

None

None

Character string

0~30 characters

Not involved

None

None

Interval values

0~3

Not involved

None

10~254

Not involved

None

0~9

Not involved

None

Not involved QCI1~1, QCI2~2, QCI3~3, QCI4~4, QCI5~5, QCI6~6, QCI7~7, QCI8~8, QCI9~9 Not involved

None

Not involved

None

None Service based inter- Interval values RAT handover to UTRAN Interval values Service based interRAT handover to GERAN None Interval values

QCI1(QCI 1), QCI2(QCI 2), 0~3 QCI3(QCI 3), QCI4(QCI 4), None based inter- Enumeration values QCI5(QCI 5), Service QCI6(QCI 6), RAT handover to QCI7(QCI 7), UTRAN Interval values 0~9 QCI8(QCI 8), Service based interQCI9(QCI 9) RAT handover to GERAN None Interval values 0~3 CS Fallback to UTRAN CS Fallback to UTRAN, GERAN, Enumeration values CS Fallback to GERAN CDMA2000 UTRAN CS Fallback to CS Fallback 1xRTT to UTRAN, GERAN, CDMA2000 Enumeration values CS Fallback to GERAN CDMA2000, NULL UTRAN CS Fallback to CS Fallback 1xRTT to UTRAN, GERAN, CDMA2000 Enumeration values GERAN CDMA2000, NULL CS Fallback to CDMA2000 1xRTT

DATE~0, WEEK~1, None JAN~1, FEB~2, DATEWEEK~2 MAR~3, APR~4, MAY~5, JUN~6, None JUL~7, AUG~8, SEP~9, OCT~10, NOV~11, DEC~12 None Not involved LAST~0, FIRST~1, SECOND~2, None THIRD~3, MON~1, TUE~2, FOURTH~4 WED~3, THU~4, None FRI~5, SAT~6, SUN~7 Not involved None

UTRAN~0, GERAN~1, CDMA2000~2 UTRAN~0, GERAN~1, CDMA2000~2, UTRAN~0, NULL~3 GERAN~1, CDMA2000~2, NULL~3

None None

None None None

CS Fallback to UTRAN LoCation CS Fallback to Services(LCS) GERAN LoCation CS Fallback to Services(LCS) CDMA2000 1xRTT Intra-LTE LoCation Load Balancing Services(LCS) Inter-RAT Load Intra-LTE Sharing toLoad UTRAN Balancing Inter-RAT Load Inter-RAT Sharing toLoad GERAN Intra-LTE Sharing toLoad UTRAN Balancing Inter-RAT Load Inter-RAT Sharing toLoad GERAN Intra-LTE Sharing toLoad UTRAN Balancing Inter-RAT Load Inter-RAT Sharing toLoad GERAN Sharing to UTRAN Inter-RAT Load Sharing to GERAN None Service based interRAT handover to UTRAN Service Service based based interinterRAT RAT handover handover to to UTRAN GERAN Service based interRAT handover to GERAN None


OFF~0, ON~1

None


OFF~0, ON~1

None


OFF~0, ON~1

None

Interval values

0~255

Not involved

None

Enumeration values

LTE, UTRAN, GERAN

LTE~0, UTRAN~1, GERAN~2

None

Interval values

0~39649,65336~65 Not involved 535

None

Interval values

0~7

Not involved

None

Interval values

0~3

Not involved

None

Interval values

0~9

Not involved

None

NO_HO, Enumeration values PERMIT_HO, MUST_HO

NO_HO~0, PERMIT_HO~1, MUST_HO~2

None

Interval values

1~256

Not involved

None

DRX Intra-LTE Load Balancing Inter-RAT Load Intra-LTE Sharing to Load UTRAN Balancing Inter-RAT Load Inter-RAT Sharing toLoad GERAN Sharing to UTRAN Inter-RAT Load Sharing GERAN Integrity to Protection

Enumeration values

FALSE(FALSE), TRUE(TRUE)

FALSE~0, TRUE~1 None

Enumeration values

NOT_CFG(NOT_C NOT_CFG~0, FG), CFG(CFG) CFG~1

None

Interval values

0~255

Not involved

None

Interval values

0,10~600

Not involved

s

Integrity Protection

Interval values

0,128~4294967295 Not involved

Integrity Protection

Enumeration values OFF(Off), ON(On) NULL(NULL Algorithm), Snow3G(SNOW 3G Enumeration values NULL(NULL Algorithm), Algorithm), AES(AES Snow3G(SNOW 3G Enumeration values Algorithm) NULL(NULL Algorithm), Algorithm), AES(AES Snow3G(SNOW 3G Enumeration values Algorithm) NULL(NULL Algorithm), Algorithm), AES(AES Snow3G(SNOW 3G Enumeration values Algorithm) NULL(NULL Algorithm), Algorithm), AES(AES Snow3G(SNOW 3G Enumeration values Algorithm) NULL(NULL Algorithm), Algorithm), AES(AES Snow3G(SNOW 3G Enumeration values Algorithm) Algorithm), AES(AES Algorithm)

Encryption AES Encryption SNOW 3G Encryption AES Encryption SNOW 3G Encryption AES Encryption SNOW 3G Integrity Protection Integrity Protection Integrity Protection

OFF~0, ON~1

None None

NULL~0, None Snow3G~1, AES~2 NULL~0, None Snow3G~1, AES~2 NULL~0, None Snow3G~1, AES~2 NULL~0, None Snow3G~1, AES~2 NULL~0, None Snow3G~1, AES~2 NULL~0, None Snow3G~1, AES~2

Mobility Management Coverage Based Intra-frequency Handover Coverage Based Basic Scheduling Inter-frequency Enhanced Basic Scheduling Handover Scheduling Enhanced Scheduling Logical Channel RObust Header Management Compression (ROHC) RObust Header Compression (ROHC) RObust Header Compression (ROHC) RRC Connection Management Mobility Management Cell Selection and Mobility Re-selection Management Cell Selection and Mobility Re-selection Management Cell Selection and Mobility Re-selection Management Cell Selection and Re-selection RRC Connection Management

Interval values

X2_OVER_M2000( X2SonLink is set up over M2000), X2_OVER_S1(X2S onLink is set up over S1) ON(On) OFF(Off), LCG_PROFILE_0(L CG_PROFILE_0), LCG_PROFILE_1(L CG_PROFILE_1) U_MODE(Unidirecti OFF(Off), ON(On) onal Mode), O_MODE(BiProfile0x0001(Profil directional e0x0001), Optimistic Mode), Profile0x0002(Profil R_MODE(Bie0x0002), Directional Reliable Profile0x0003(Profil Mode) e0x0003), Profile0x0004(Profil 1~16 min5(5), min10(10), e0x0004) min20(20), min30(30), ms50(50), min60(60), ms100(100), min120(120), ms150(150), ms100(100), min180(180) ms200(200), ms200(200), ms500(500), ms500(500), ms1000(1000), ms1000(1000), min5(5), min10(10), ms2000(2000) ms2000(2000), min20(20), ms4000(4000), min30(30), ms8000(8000) min60(60), min120(120), min180(180) 0~3600

None

Interval values

2000~60000

Not involved

ms

None

Interval values

2000~60000

Not involved

ms

None

Interval values

2000~60000

Not involved

ms

None

Interval values

2000~60000

Not involved

ms

None

Interval values

0,2000~60000

Not involved

ms

None

Interval values

5~3600

Not involved

s

None

Interval values

Not involved

None

Dynamic Downlink Power Allocation Dynamic Downlink Power Allocation None DRX

Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Bit field type Interval values Enumeration values Enumeration values Enumeration values Enumeration values

0~11 DB_6_P_A(-6 dB), DB_4DOT77_P_A(Enumeration values 4.77 OFF(Off), dB), ON(On) DB_3_P_A(-3 dB), DB_1DOT77_P_A(Enumeration values 1.77 dB), DB0_P_A(0 dB), DB1_P_A(1 dB), Interval values 0~11 DB2_P_A(2 dB), DB3_P_A(3 dB) Interval values 0~1000

X2_OVER_M2000~ None 0, X2_OVER_S1~1 OFF~0, ON~1 None LCG_PROFILE_0~ 0, None LCG_PROFILE_1~ 1 OFF~0, ON~1 None U_MODE~1, O_MODE~2, R_MODE~3 Profile0x0001~0, Profile0x0002~1, Profile0x0003~2, Profile0x0004~3 Not involved min5~0, min10~1, min20~2, min30~3, min60~4,ms100~1, ms50~0, min120~5, ms150~2, min180~6 ms200~3, ms100~0, ms500~4, ms200~1, ms1000~5, ms500~2, ms2000~6 ms1000~3, min5~0, min10~1, ms2000~4, min20~2, min30~3, ms4000~5, min60~4, ms8000~6 min120~5, min180~6 Not involved

None None s min ms ms min s

DB_6_P_A~0, OFF~0, ON~1 None DB_4DOT77_P_A~ 1, DB_3_P_A~2, DB_1DOT77_P_A~ dB 3, DB0_P_A~4, DB1_P_A~5, DB2_P_A~6, Not involved None DB3_P_A~7 Not involved

None

DRX

Interval values

0~1000

Not involved

None

DRX

Interval values

0~2000

Not involved

None

DRX

Interval values

Not involved

None

DRX

Interval values

Not involved

None

DRX

Interval values

Not involved

None

DRX

Interval values

None

Interval values

Uplink Power Control

Enumeration values


Interval values


Interval values


Enumeration values

None

Interval values

DRX

Interval values

DRX

Enumeration values

DRX

Enumeration values

DRX DRX DL Asynchronization HARQ DRX

Enumeration values

DRX

Enumeration values

DRX

Enumeration values

Enumeration values Enumeration values

PS Inter-RAT Mobility between E- Interval values DRX UTRAN and UTRAN 3GPP R8 Interval values PS Inter-RAT Specifications Mobility between EUTRAN and Interval values GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN

UU_FC0_FILTER_ 0~2000 COEFF(UU_FC0_F ILTER_COEFF), UU_FC1_FILTER_ 0~2000 COEFF(UU_FC1_F ILTER_COEFF), 0~2000 UU_FC2_FILTER_ COEFF(UU_FC2_F ILTER_COEFF), 2~300 UU_FC3_FILTER_ COEFF(UU_FC3_F ILTER_COEFF), 0~11 UU_FC4_FILTER_ UU_DISABLE(Disa COEFF(UU_FC4_F ble), ILTER_COEFF), UU_ENABLE(Enabl UU_FC5_FILTER_ -105,-90,-75,-60,e) COEFF(UU_FC5_F 45,-30,ILTER_COEFF), 15,0,15,30,45,60,75 PSF1(1 subframe), -30,-20,UU_FC6_FILTER_ ,90,105,120 PSF2(2 subframes), 10,0,10,20,30,40,50 COEFF(UU_FC6_F PSF3(3 subframes), ,60,70,80,90,100,11 ILTER_COEFF), PSF4(4 PSF1(1 subframes), subframe), 0,120 UU_FC7_FILTER_ PSF5(5 subframes), PSF2(2 subframes), COEFF(UU_FC7_F PSF6(6 subframes), PSF3(3 subframes), ILTER_COEFF), PSF8(8 subframes), PSF4(4 subframes), UU_FC8_FILTER_ PSF10(10 0~11 PSF5(5 subframes), COEFF(UU_FC8_F SF10(10 subframes), PSF6(6 subframes), ILTER_COEFF), subframes), PSF20(20 PSF8(8 subframes), UU_FC9_FILTER_ SF20(20 0~9 subframes), PSF10(10 COEFF(UU_FC9_F subframes), PSF30(30 subframes), ILTER_COEFF), SF32(32 subframes), PSF20(20 UU_FC11_FILTER_ OFF(Off), ON(On) subframes), PSF40(40 subframes), COEFF(UU_FC11_ SF40(40 subframes), PSF30(30 FILTER_COEFF), SF2(2 subframes), subframes), PSF50(50 subframes), UU_FC13_FILTER_ SF5(5 subframes), SF64(64 subframes), PSF40(40 COEFF(UU_FC13_ SF8(8 subframes), subframes), PSF60(60 sf1(1 subframe), subframes), FILTER_COEFF), SF10(10 SF80(80 subframes), sf2(2 subframes), PSF50(50 UU_FC15_FILTER_ subframes), PSF80(80 sf4(4 subframes), subframes), COEFF(UU_FC15_ SF16(16 SF128(128 subframes), sf6(6 subframes), PSF60(60 FILTER_COEFF), subframes), PSF100(100 sf8(8 subframes), subframes), UU_FC17_FILTER_ SF20(20 SF160(160 subframes), sf16(16 subframes), PSF80(80 COEFF(UU_FC17_ subframes), PSF200(200 sf24(24 subframes), subframes), FILTER_COEFF), SF32(32 SF256(256 subframes), sf33(33 subframes) PSF100(100 UU_DISABLE(Disa UU_FC19_FILTER_ subframes), PSF300(300 subframes), ble), COEFF(UU_FC19_ SF40(40 SF320(320 subframes), PSF200(200 UU_ENABLE(Enabl FILTER_COEFF) subframes), PSF500(500 subframes) e) SF64(64 SF512(512 subframes), subframes), PSF750(750 SF80(80 SF640(640 subframes), subframes), PSF1280(1280 1~16 SF128(128 SF1024(1024 subframes), subframes), PSF1920(1920 SF160(160 SF1280(1280 subframes), 0~11 subframes), PSF2560(2560 SF256(256 SF2048(2048 subframes) subframes), 0~9 SF320(320 SF2560(2560 subframes), subframes) SF512(512 subframes), SF640(640 subframes)

UU_FC0_FILTER_ COEFF~0, Not involved UU_FC1_FILTER_ COEFF~1, Not involved UU_FC2_FILTER_ COEFF~2, UU_DISABLE~0, UU_FC3_FILTER_ UU_ENABLE~1 COEFF~3, UU_FC4_FILTER_ COEFF~4, Not involved UU_FC5_FILTER_ COEFF~5, Not involved UU_FC6_FILTER_ COEFF~6, UU_FC7_FILTER_ COEFF~7, UU_FC8_FILTER_ COEFF~8, Not involved UU_FC9_FILTER_ COEFF~9, PSF1~0, PSF2~1, PSF1~0, PSF2~1, Not involved UU_FC11_FILTER_ PSF3~2, PSF4~3, PSF3~2, PSF4~3, COEFF~10, PSF5~4, PSF6~5, PSF5~4, PSF6~5, UU_FC13_FILTER_ PSF8~6, PSF10~7, OFF~0, ON~1 PSF8~6, PSF10~7, COEFF~11, PSF20~8, PSF20~8, UU_FC15_FILTER_ PSF30~9, PSF30~9, COEFF~12, PSF40~10, PSF40~10, UU_FC17_FILTER_ PSF50~11, PSF50~11, COEFF~13, SF10~0, SF20~1, PSF60~12, PSF60~12, UU_FC19_FILTER_ SF32~2, SF40~3, PSF80~13, PSF80~13, COEFF~14 sf1~0, sf2~1, sf4~2, SF64~4, SF80~5, PSF100~14, PSF100~14, sf6~3, sf8~4, SF128~6, PSF200~15, PSF200~15 sf16~5, sf24~6, SF160~7, PSF300~16, sf33~7 SF256~8, PSF500~17, SF320~9, PSF750~18, SF2~0, SF5~1, SF512~10, PSF1280~19, SF8~2, SF10~3, SF640~11, PSF1920~20, UU_DISABLE~0, SF16~4, SF20~5, SF1024~12, PSF2560~21 UU_ENABLE~1 SF32~6, SF40~7, SF1280~13, SF64~8, SF80~9, SF2048~14, SF128~10, SF2560~15 SF160~11, SF256~12, Not involved SF320~13, SF512~14, SF640~15 Not involved Not involved

20ms None None 0.1dB 0.1dB None None None None subframe subframe subframe subframe None subframe None None None

PS Inter-RAT Mobility between EUTRAN and SRVCC GERAN to GERAN SRVCC SRVCC to to UTRAN GERAN PS Inter-RAT PS Inter-RAT SRVCC to GERAN Mobility between Mobility between EEPS Inter-RAT UTRAN and UTRAN and Mobility between EUTRAN CDMA2000 SRVCC to GERAN UTRAN and PS Inter-RAT PS Inter-RAT UTRAN Mobility between Mobility between EEPS Inter-RAT UTRAN and SRVCC to GERAN UTRAN and Mobility between EGERAN PS Inter-RAT UTRAN UTRAN and PS Inter-RAT Mobility between ESRVCC to PS Inter-RAT GERAN SRVCC to UTRAN GERAN Mobility between EUTRAN and Mobility between EPS Inter-RAT and UTRAN UTRAN and Mobility between ECDMA2000 PS Inter-RAT GERAN UTRAN and Mobility between EPS Inter-RAT CDMA2000 UTRAN UTRAN between and Mobility ESRVCC to UTRAN PS Inter-RAT GERAN UTRAN and Mobility between EPS Inter-RAT CDMA2000 UTRAN and Mobility between ESRVCC to UTRAN GERAN UTRAN and 3GPP R8 PS Inter-RAT CDMA2000 Specifications Mobility between ESRVCC to UTRAN PS Inter-RAT UTRAN and Mobility between ECDMA2000 UTRAN and SRVCC to UTRAN PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and CDMA2000 Enhanced Load Balancing Scheduling Dynamic Scheduling 3GPP R8 Specifications Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EPS Inter-RAT UTRAN and Mobility between EPS Inter-RAT CDMA2000 UTRAN and Mobility between EUTRAN UTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EPS Inter-RAT UTRAN and Mobility between EPS Inter-RAT GERAN UTRAN and Mobility between ECDMA2000 UTRAN and

0ms, 40ms, 64ms, 0~30 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, Interval values -141~-44 2560ms, 5120ms Interval values

0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, Not involved 2560ms~14, 5120ms~15

0.5dB ms dBm

Interval values

-40~-6

Interval values

-141~-44

Not involved

dBm

Interval values

-40~-6

Not involved

0.5dB

Interval values

0~11

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~30

0ms, 40ms, 64ms, -63~0 100ms, 80ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, Interval values -63~0 5120ms Interval values

0ms~0, 40ms~1, 64ms~2, 80ms~3, Not involved 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, Not involved 2560ms~14, 5120ms~15

0.5dB

0.5dB 0.5dB None 0.5dB

Interval values

10~254

None

Interval values

0~11

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

UTRAN Coverage Based Intra-frequency Handover

Interval values

0~9

Not involved

None

DRX

Interval values

0~9

Not involved

None

3GPP R8 Specifications

Interval values

0~11

Not involved

None

QCI1(QCI 1), QCI2(QCI 2), QCI3(QCI 3), QCI4(QCI 4), Enumeration values QCI5(QCI 5), QCI6(QCI 6), QCI7(QCI 7), Interval values 0~9 QCI8(QCI 8), QCI9(QCI 9)

QCI1~1, QCI2~2, QCI3~3, QCI4~4, QCI5~5, QCI6~6, QCI7~7, QCI8~8, QCI9~9 Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~9

Not involved

None

UTRAN Coverage Based Intra-frequency Handover

Interval values

0~9

Not involved

None

DRX

Interval values

0~9 ms5(SRI 5ms), ms10(SRI 10ms), Enumeration values ms20(SRI 20ms), ms40(SRI 40ms) Interval values 0~11

Not involved

None

ms5~0, ms10~1, ms20~2, ms40~3

None

Not involved

None

Interval values

0~9

Not involved

None

Interval values

0~30

Enhanced Scheduling Dynamic Scheduling Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EPS Inter-RAT UTRAN and Mobility between EPS Inter-RAT CDMA2000 UTRAN and Mobility between EUTRAN UTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EPS Inter-RAT UTRAN and Mobility between EPS Inter-RAT GERAN UTRAN and Mobility between ECDMA2000 UTRAN and

Basic Scheduling Enhanced Scheduling 3GPP R8 Specifications PS Inter-RAT Mobility between EUTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and CDMA2000 Load 3GPPBalancing R8 Specifications PS Inter-RAT Mobility between EPS Inter-RAT UTRAN between and Mobility EGERAN UTRAN and SRVCC GERAN to GERAN SRVCC to GERAN PS Inter-RAT Service based interMobility between EPS Inter-RAT RAT handover UTRAN between and to EMobility GERAN GERAN UTRAN and PS Inter-RAT SRVCC to GERAN GERAN Mobility ESRVCC between to GERAN UTRAN and interService based GERAN RAT handover to Load Balancing GERAN Service based inter3GPP R8 RAT handover to Specifications GERAN

0ms, 40ms, 64ms, -63~0 100ms, 80ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, Interval values -63~0 5120ms Interval values

Interval values

0~11

Interval values

0~9

Interval values

0~30

0ms, 40ms, 64ms, -110~-48 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, Interval values -110~-48 2560ms, 5120ms Interval values

Interval values

0~11

0ms~0, 40ms~1, 64ms~2, 80ms~3, Not involved 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, Not involved 2560ms~14, 5120ms~15 Not involved 0ms~0, 40ms~1, 64ms~2, 80ms~3, Not involved 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, Not involved 2560ms~14, 5120ms~15

None

0.5dB 0.5dB ms 0.5dB None None 0.5dB dBm ms dBm None

PS Inter-RAT Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility ESRVCC between to UTRAN UTRAN and PS Inter-RAT UTRAN Mobility between EPS Inter-RAT SRVCC to UTRAN UTRAN and Mobility between EUTRAN and UTRAN PS Inter-RAT SRVCC to UTRAN UTRAN Mobility between EPS Inter-RAT SRVCC to UTRAN UTRAN and Mobility between EService based interUTRAN UTRAN and RAT handover to PS Inter-RAT SRVCC to UTRAN UTRAN Mobility between EService based interLoad Balancing UTRAN and RAT handover to Service based interUTRAN RAT handover to Load UMTSBalancing Service Service based based interinterRAT handover RAT handover to to UMTS 3GPP R8 UTRAN Service based interSpecifications RAT handover to Coverage Based UTRAN Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Intra-LTE Load Balancing Intra-LTE Load Balancing Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover

Interval values

0~9

Not involved

None

Interval values

-48~0

Not involved

0.5dB

Interval values

-120~-25

0ms, 40ms, 64ms, 0~30 100ms, 80ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, Interval values -48~0 5120ms Interval values

Interval values

-120~-25

Interval values

0~11

Interval values

0~9

0ms, 40ms, 64ms, 0~30 100ms, 80ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, Interval values -141~-44 2560ms, 5120ms Interval values

0ms~0, 40ms~1, 64ms~2, 80ms~3, Not involved 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, Not involved 2560ms~14, 5120ms~15 Not involved 0ms~0, 40ms~1, 64ms~2, 80ms~3, Not involved 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, Not involved 2560ms~14, 5120ms~15

dBm 0.5dB ms 0.5dB dBm None None 0.5dB ms dBm

Interval values

-40~-6

Interval values

-141~-44

Not involved

dBm

Interval values

-40~-6

Not involved

0.5dB

Interval values

0~30

Not involved

0.5dB

Interval values

-141~-44

0ms, 40ms, 64ms, -40~-6 100ms, 80ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, Interval values -141~-44 2560ms, 5120ms Interval values

0ms~0, 40ms~1, 64ms~2, 80ms~3, Not involved 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, Not involved 2560ms~14, 5120ms~15

0.5dB

dBm 0.5dB ms dBm

Interval values

-40~-6

0.5dB

Interval values

-141~-44

Not involved

dBm

Interval values

-40~-6

Not involved

0.5dB

Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover 3GPP R8 Specifications Coverage Based Intra-frequency Coverage Handover Based Intra-frequency Handover Intra-LTE Load Coverage Balancing Based Intra-frequency Handover Coverage Based Intra-frequency Handover RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier None RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier None

Interval values

-30~30

Not involved

0.5dB

Interval values

-141~-44

Not involved

dBm

Interval values

-141~-44

Not involved

dBm

Interval values

0~11

Not involved

None

Interval values

0~9

Not involved

None

0ms~0, 40ms~1, 64ms~2, 80ms~3, Interval values 0~30 Not involved 100ms~4, 0ms, 40ms, 64ms, 128ms~5, Interval values -30~30 Not involved 80ms, 100ms, 160ms~6, 128ms, 160ms, 256ms~7, 256ms, 320ms, 320ms~8, Enumeration values 480ms, 512ms, 480ms~9, 640ms, 1024ms, 512ms~10, 1280ms, 2560ms, 640ms~11, Interval values 0~3 Not involved 5120ms 1024ms~12, 1280ms~13, Character string 0~31 characters Not involved 2560ms~14, CNOPERATOR_PR 5120ms~15 IMARY(Primary CNOPERATOR_PR Operator), IMARY~0, Enumeration values CNOPERATOR_SE CNOPERATOR_SE CONDARY(Second CONDARY~1 ary Operator) Character string 3 characters Not involved

0.5dB 0.5dB ms None None None None

None RAN Sharing with Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with Dedicated Carrier Emergency Call

Character string

2~3 characters

Not involved

None

Interval values

0~65535

Not involved

None

Interval values

0~3

Not involved

None

Interval values

0~65535

Not involved

None

Interval values

0~3

Not involved

None


OFF~0, ON~1

None

Emergency Call


OFF~0, ON~1

None

Emergency Call

Interval values

Not involved

None

Emergency Call RAN Sharing with Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with Dedicated Carrier

1~15 INDEPENDENT(Ind ependent Operator Interval values 1~15 Mode), SHARED_FREQ(S hared Frequency Enumeration values Sharing Mode), SEPARATED_FRE Q(Separate Interval values 0~3 Frequency Sharing Mode)

Not involved None INDEPENDENT~0, SHARED_FREQ~1, None SEPARATED_FRE Q~2 Not involved None

RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier License Management None S1-flex RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier S1-flex

Interval values

1~100

Not involved

%

Interval values

1~300

Not involved

s

Interval values

1~300

Not involved

s

Interval values

0~15

Not involved

None

None S1-flex RAN Sharing with Common Carrier RAN with 3GPPSharing R8 Dedicated Carrier Specifications 3GPP R9 Specifications None

Interval values

0~47

Not involved

None

Interval values

Not involved

None

Release_R8~0, Release_R9~1

None

None

Enumeration values

None

Enumeration values

S1-flex

Enumeration values

0~3 Release_R8(Releas e_R8), Release_R9(Releas e_R9) FALSE(FALSE), TRUE(TRUE) Normal(Normal), Abnormal(Abnormal ) Normal(Normal), Abnormal(Abnormal ) FALSE(FALSE), TRUE(TRUE), NULL(NULL)

None

Interval values

0~3600

Not involved

None

None

Interval values

0~100

Not involved

None

None S1-flex RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier None

Character string

0~150 characters

Not involved

None

Character string

0~224 characters

Not involved

None

Character string

0~300 characters

Not involved

None

Interval values

0~255

Not involved

None

Interval values

16~47

Not involved

None

Interval values

0~47

Not involved

None

Not involved

None

Mobility None Management Coverage Based Intra-frequency Handover Coverage Based Inter-frequency None Handover RAN Sharing with Common Carrier RAN Sharing with 3GPP R8 Carrier Dedicated Specifications 3GPP R9 Specifications None None


Interval values

0~3 Release_R8(Releas e_R8), Enumeration values FORBID_AUTO_R Release_R9(Releas MV(Forbid Auto e_R9) Remove), Enumeration values PERMIT_AUTO_R MV(Permit Auto Remove) Character string 0~50 characters

FALSE~0, TRUE~1 None Normal~0, Abnormal~1

None

Normal~0, Abnormal~1

None

FALSE~0, TRUE~1, None NULL~2

Release_R8~0, Release_R9~1 FORBID_AUTO_R MV~0, PERMIT_AUTO_R MV~1 Not involved

None None None

None

Character string

None

Enumeration values

DRX

Enumeration values

DRX

Enumeration values

DRX

Enumeration values

DRX

Enumeration values

DRX

Enumeration values

DRX

Enumeration values

DRX

Enumeration values

DRX Enhanced Scheduling Dynamic Enhanced Scheduling Scheduling Dynamic Enhanced Scheduling PS Inter-RAT Scheduling Mobility between EDynamic UTRAN and Enhanced Scheduling UTRAN Scheduling PS Inter-RAT Dynamic Mobility between EScheduling Basic Scheduling UTRAN and Enhanced GERAN Scheduling PS Inter-RAT Basic Scheduling Mobility between EEnhanced UTRAN and Scheduling Basic Scheduling CDMA2000 Enhanced SRVCC to UTRAN Scheduling SRVCC to GERAN PS Inter-RAT Inter-RAT Load EMobility between Sharing to UTRAN UTRAN and Inter-RAT Load Basic Scheduling UTRAN Sharing to GERAN Enhanced PS Inter-RAT Service interScheduling Mobility based between EBasic Scheduling RAT handover UTRAN and to Enhanced UTRAN GERAN Scheduling Service based interLogical Channel PS Inter-RAT RAT handover to EManagement Mobility between GERAN Radio Bearer UTRAN and CS Fallback to Management Basic Scheduling CDMA2000 UTRAN Enhanced SRVCC to UTRAN CS Fallback to Scheduling SRVCC to GERAN GERAN Inter-RAT Load CS Fallback to Sharing to UTRAN CDMA2000 1xRTT Inter-RAT Load Sharing to GERAN Service based interRAT handover to UTRAN Service based interRAT handover to

Interval values Interval values Enumeration values Interval values Interval values Enumeration values Enumeration values Interval values Interval values Enumeration values Interval values Interval values Enumeration values Interval values

SF10(10 subframes), SF20(20 PSF1(1 subframe), subframes), PSF2(2 SF32(32subframes), 0~50 characters PSF3(3 subframes), subframes), PSF4(4 SF40(40subframes), PSF1(1 subframe), Normal(Normal), PSF5(5 subframes), subframes), PSF2(2 subframes), Abnormal(Abnormal PSF6(6 subframes), SF64(64 PSF3(3 )PSF8(8 subframes), subframes), subframes), PSF4(4 subframes), PSF10(10 SF80(80 OFF(Off), ON(On) PSF5(5 subframes), subframes), PSF6(6 subframes), PSF20(20 SF128(128 PSF8(8subframes), subframes), SF2(2 OFF(Off), ON(On) subframes), PSF10(10 SF5(5 subframes), PSF30(30 SF160(160 subframes), SF8(8 subframes), subframes), PSF20(20 SF10(10 PSF40(40 SF256(256 subframes), subframes), PSF30(30 SF16(16 PSF50(50 SF320(320 subframes), subframes), PSF40(40 SF20(20 PSF60(60 SF512(512 subframes), subframes), PSF50(50 SF32(32 PSF80(80 SF640(640 UU_DISABLE(Disa subframes), subframes), ble), PSF60(60 SF40(40 PSF100(100 SF1024(1024 UU_ENABLE(Enabl subframes), subframes), e) PSF80(80 SF64(64 PSF200(200 SF1280(1280 subframes), subframes), PSF100(100 SF80(80 PSF300(300 SF2048(2048 subframes), subframes), 1~16 PSF200(200 SF128(128 PSF500(500 SF2560(2560 subframes) subframes), subframes), subframes) SF160(160 IMSSignalling(IMS 10~254 MinGbrRate_0_KB( PSF750(750 subframes), Signalling), 0KB/s), subframes), SF256(256 LowDelay(Low MinGbrRate_1_KB( PSF1280(1280 subframes), Delay), MinGbrRate_0_KB( 1KB/s), subframes), SF320(320 TCPorBuffStreamin 0KB/s), MinGbrRate_2_KB( PSF1920(1920 subframes), g(TCP Based or MinGbrRate_1_KB( 2KB/s), subframes), 1~1000 SF512(512 Buffered Streaming) 1KB/s), MinGbrRate_4KB(4 PSF2560(2560 subframes), MinGbrRate_2_KB( KB/s), subframes) SF640(640 2KB/s), 1~1000 MinGbrRate_8_KB( subframes) MinGbrRate_4KB(4 8KB/s), KB/s), MinGbrRate_16_K MinGbrRate_8_KB( B(16KB/s), 8KB/s), MinGbrRate_32_K MinGbrRate_16_K B(32KB/s), B(16KB/s), PBR_0_KBps(0KB/ MinGbrRate_64_K MinGbrRate_32_K s), B(64KB/s), B(32KB/s), PBR_8_KBps(8KB/ 0~10 MinGbrRate_128_K MinGbrRate_64_K s), B(128KB/s), B(64KB/s), PBR_16_KBps(16K MinGbrRate_256_K 0~39 MinGbrRate_128_K B/s), B(256KB/s), B(128KB/s), PBR_32_KBps(32K MinGbrRate_512_K MinGbrRate_256_K B/s), B(512KB/s) B(256KB/s), PBR_64_KBps(64K MinGbrRate_512_K B/s), B(512KB/s) PBR_128_KBps(12 9~16 8KB/s), PBR_256_KBps(25 0~39 6KB/s), PBR_INFINITY(Infi PAID_USER(Paid nity) User), FREE_USER(Free User) 0~39

Not involved

None

Normal~0, Abnormal~1

None

SF10~0, SF20~1, OFF~0, SF32~2,ON~1 SF40~3, SF64~4, SF80~5, PSF1~0, PSF2~1, SF128~6, PSF1~0, PSF2~1, OFF~0, ON~1 PSF3~2, SF160~7,PSF4~3, PSF3~2, PSF4~3, PSF5~4, SF256~8, PSF5~4, PSF6~5, PSF6~5, PSF8~6, SF320~9, PSF8~6, PSF10~7, PSF10~7, PSF20~8, SF512~10, PSF20~8, PSF30~9, SF640~11, PSF30~9, PSF40~10, SF1024~12, PSF40~10, PSF50~11, SF1280~13, PSF50~11, PSF60~12, SF2048~14, PSF60~12, SF2~0, SF5~1, PSF80~13, SF2560~15 PSF80~13, SF8~2, SF10~3, PSF100~14, PSF100~14, UU_DISABLE~0, SF16~4, SF20~5, PSF200~15, PSF200~15 UU_ENABLE~1 SF32~6, SF40~7, PSF300~16, SF64~8, SF80~9, PSF500~17, SF128~10, PSF750~18, SF160~11, PSF1280~19, SF256~12, PSF1920~20, Not involved SF320~13, PSF2560~21 SF512~14, SF640~15 Not involved MinGbrRate_0_KB IMSSignalling~5, ~0, LowDelay~7, MinGbrRate_1_KB MinGbrRate_0_KB TCPorBuffStreamin ~8000, ~0, g~9 MinGbrRate_2_KB MinGbrRate_1_KB ~16000, Not involved ~8000, MinGbrRate_4KB~ MinGbrRate_2_KB 32000, ~16000, Not involved MinGbrRate_8_KB MinGbrRate_4KB~ ~64000, 32000, MinGbrRate_16_K MinGbrRate_8_KB B~128000, ~64000, MinGbrRate_32_K MinGbrRate_16_K B~256000, B~128000, MinGbrRate_64_K MinGbrRate_32_K B~512000, B~256000, Not involved MinGbrRate_128_K MinGbrRate_64_K B~1024000, B~512000, PBR_0_KBps~0, MinGbrRate_256_K Not involved MinGbrRate_128_K PBR_8_KBps~1, B~2048000, B~1024000, PBR_16_KBps~2, MinGbrRate_512_K MinGbrRate_256_K PBR_32_KBps~3, B~4096000 B~2048000, PBR_64_KBps~4, MinGbrRate_512_K PBR_128_KBps~5, B~4096000 PBR_256_KBps~6, Not involved PBR_INFINITY~7

None None subframe subframe subframe None subframe None None None 0.001 0.001 KB/s KB/s 0.1 None KB/s None

Not involved

None

PAID_USER~0, FREE_USER~1

None

Not involved

None

SRVCC to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to GERAN PS Inter-RAT PS Inter-RAT Mobility between EMobility between EUTRAN and UTRAN and GERAN PS Inter-RAT GERAN PS Inter-RAT Mobility Mobility between between EEUTRAN and UTRAN and PS Inter-RAT CDMA2000 CDMA2000 Mobility between ESRVCC to UTRAN UTRAN and SRVCC to GERAN CDMA2000 Inter-RAT Load Sharing to UTRAN Inter-RAT Load Automatic Neighbor Sharing to GERAN Relation (ANR) Service based Inter-RAT ANR interLogical Channel RAT handover to Management UTRAN Radio Bearer Service based interLogical Channel Management RAT handover to Management GERAN Radio Bearer Logical Channel CS Fallback to Management Management UTRAN Radio Bearerto CS Fallback Logical Channel Management GERAN Management CS Fallback Radio Bearerto CDMA2000 1xRTT Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Management

Bit field type Bit field type Bit field type Bit field type Bit field type Enumeration values Enumeration values Interval values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values

s), Tpollretrans_m15(1 Tstatprohibit_m0(0 Tpollretrans_m10(1 5ms), ms), 0ms), Tpollretrans_m20(2 Tstatprohibit_m5(5 Tpollretrans_m15(1 0ms), Tstatprohibit_m0(0 ms), 5ms), Tpollretrans_m25(2 ms), Tstatprohibit_m10(1 Tpollretrans_m20(2 5ms), Tstatprohibit_m5(5 0ms), 0ms), Tpollretrans_m30(3 ms), Tstatprohibit_m15(1 Tpollretrans_m25(2 0ms), Tstatprohibit_m10(1 5ms), PS_HO, SRVCC 5ms), Tpollretrans_m35(3 0ms), Tstatprohibit_m20(2 Tpollretrans_m30(3 5ms), Tstatprohibit_m15(1 0ms), 0ms), Tpollretrans_m40(4 5ms), SRVCC Tstatprohibit_m25(2 Tpollretrans_m35(3 0ms), Tstatprohibit_m20(2 5ms), 5ms), PS_HO, Tpollretrans_m45(4 0ms), Tstatprohibit_m30(3 Tpollretrans_m40(4 NACC_HO, 5ms), Tstatprohibit_m25(2 0ms), 0ms), NON_NACC_HO Tpollretrans_m50(5 5ms), Tstatprohibit_m35(3 Tpollretrans_m45(4 0ms), Tstatprohibit_m30(3 SRVCC(CDMA1XR 5ms), 5ms), Tpollretrans_m55(5 0ms), TTHoSwitch) Tstatprohibit_m40(4 Tpollretrans_m50(5 5ms), Tstatprohibit_m35(3 0ms), 0ms), OPT_HO, Tpollretrans_m60(6 5ms), Tstatprohibit_m45(4 Tpollretrans_m55(5 NON_OPT_HO 0ms), Tstatprohibit_m40(4 5ms), PERMIT_HO_ENU 5ms), Tpollretrans_m65(6 0ms), Tstatprohibit_m50(5 M(Permit Ho), Tpollretrans_m60(6 5ms), Tstatprohibit_m45(4 0ms), FORBID_HO_ENU DiscardTimer_50(5 0ms), Tpollretrans_m70(7 5ms), PERMIT_FAST_AN Tstatprohibit_m55(5 M(Forbid Ho) 0 ms), Tpollretrans_m65(6 0ms), Tstatprohibit_m50(5 R_MEAS_ENUM, 5ms), DiscardTimer_100( 5ms), Tpollretrans_m75(7 0ms), FORBID_FAST_AN Tstatprohibit_m60(6 100 ms), Tpollretrans_m70(7 5ms), Tstatprohibit_m55(5 R_MEAS_ENUM PollByte_kb25(25 0ms), DiscardTimer_150( 0ms), Tpollretrans_m80(8 5ms), kBytes), Tstatprohibit_m65(6 0~39ms), 150 Tpollretrans_m75(7 Maxretx_Threshold 0ms), Tstatprohibit_m60(6 PollByte_kb50(50 5ms), DiscardTimer_300( 5ms), _t1(1), PollByte_kb25(25 Tpollretrans_m85(8 0ms), kBytes), Tstatprohibit_m70(7 300 ms), Tpollretrans_m80(8 Maxretx_Threshold kBytes), 5ms), Tstatprohibit_m65(6 PollByte_kb75(75 0ms), DiscardTimer_500( Maxretx_Threshold 0ms), RlcMode_AM(Ackn _t2(2), PollByte_kb50(50 Tpollretrans_m90(9 5ms), kBytes), Tstatprohibit_m75(7 500 ms), Mode), _t1(1), Tpollretrans_m85(8 Treordering_m0(0m owledge Maxretx_Threshold kBytes), 0ms), Tstatprohibit_m70(7 PollByte_kb100(10 5ms), DiscardTimer_750( Maxretx_Threshold 5ms), s), RlcMode_UM(Un_t3(3), PollByte_kb75(75 Tpollretrans_m95(9 0ms), 0 kBytes), Tstatprohibit_m80(8 750 ms), _t2(2), Tpollretrans_m90(9 Treordering_m5(5m acknowledge Maxretx_Threshold kBytes), 5ms), Tstatprohibit_m75(7 PollByte_kb125(12 0ms), Treordering_m0(0m DiscardTimer_1500 Maxretx_Threshold 0ms), s), Mode) _t4(4), PollByte_kb100(10 Tpollretrans_m100( 5ms), 5 kBytes), Tstatprohibit_m85(8 s), (1500 ms), _t3(3), Tpollretrans_m95(9 Treordering_m10(1 Maxretx_Threshold 0 kBytes), 100ms), Tstatprohibit_m80(8 PollByte_kb250(25 5ms), Treordering_m5(5m DiscardTimer_Infinit Maxretx_Threshold 5ms), 0ms), _t6(6), PollByte_kb125(12 Tpollretrans_m105( 0ms), 0 kBytes), Tstatprohibit_m90(9 s), y(infinity) _t4(4), Tpollretrans_m100( Treordering_m15(1 Maxretx_Threshold 5 kBytes), 105ms), Tstatprohibit_m85(8 PollByte_kb375(37 0ms), Treordering_m10(1 Maxretx_Threshold PollPdu_p4(4 100ms), 5ms), _t8(8), PollByte_kb250(25 Tpollretrans_m110( 5ms), 5 kBytes), Tstatprohibit_m95(9 0ms), _t6(6), PDUs), Tpollretrans_m105( Treordering_m20(2 Maxretx_Threshold 0 kBytes), 110ms), Tstatprohibit_m90(9 PollByte_kb500(50 5ms), Treordering_m15(1 Maxretx_Threshold PollPdu_p8(8 105ms), 0ms), _t16(16), PollByte_kb375(37 Tpollretrans_m115( 0ms), 0 kBytes), PollPdu_p4(4 Tstatprohibit_m100( 5ms), _t8(8), PDUs), Tpollretrans_m110( Treordering_m25(2 Maxretx_Threshold 5 kBytes), 115ms), Tstatprohibit_m95(9 PollByte_kb750(75 PDUs), 100ms), Treordering_m20(2 Maxretx_Threshold PollPdu_p16(16 110ms), 5ms), _t32(32) PollByte_kb500(50 Tpollretrans_m120( 5ms), 0 kBytes), PollPdu_p8(8 Tstatprohibit_m105( 0ms), _t16(16), PDUs), Tpollretrans_m115( Treordering_m30(3 0 kBytes), 120ms), Tstatprohibit_m100( PollByte_kb1000(1 PDUs), 105ms), Treordering_m25(2 Maxretx_Threshold PollPdu_p32(32 115ms), 0ms), PollByte_kb750(75 Tpollretrans_m125( 100ms), 000 kBytes), PollPdu_p16(16 Tstatprohibit_m110( 5ms), _t32(32) PDUs), Tpollretrans_m120( Treordering_m35(3 0 kBytes), 125ms), Tstatprohibit_m105( PollByte_kb1250(1 PDUs), 110ms), Treordering_m30(3 PollPdu_p64(64 120ms), 5ms), PollByte_kb1000(1 Tpollretrans_m130( 105ms), 250 kBytes), PollPdu_p32(32 Tstatprohibit_m115( 0ms), PDUs), Tpollretrans_m125( Treordering_m40(4 000 kBytes), 130ms), Tstatprohibit_m110( PollByte_kb1500(1 PDUs), 115ms), Treordering_m35(3 PollPdu_p128(128 125ms), 0ms), PollByte_kb1250(1 Tpollretrans_m135( 110ms), 500 kBytes), PollPdu_p64(64 Tstatprohibit_m120( 5ms), PDUs), Tpollretrans_m130( Treordering_m45(4 250 kBytes), 135ms), Tstatprohibit_m115( PollByte_kb2000(2 PDUs), 120ms), Treordering_m40(4 PollPdu_p256(256 130ms), 5ms), PollByte_kb1500(1 Tpollretrans_m140( 115ms), 000 kBytes), PollPdu_p128(128 Tstatprohibit_m125( 0ms), PDUs), Tpollretrans_m135( Treordering_m50(5 500 kBytes), 140ms), Tstatprohibit_m120( PollByte_kb3000(3 PDUs), 125ms), Treordering_m45(4 PollPdu_Infinity(infi 135ms), 0ms), PollByte_kb2000(2 Tpollretrans_m145( 120ms), 000 kBytes), PollPdu_p256(256 Tstatprohibit_m130( 5ms), nite PDUs) Tpollretrans_m140( Treordering_m55(5 000 kBytes), 145ms), Tstatprohibit_m125( PollByte_infinity(infi PDUs), 130ms), Treordering_m50(5 140ms), 5ms), PollByte_kb3000(3 Tpollretrans_m150( 125ms), nite kBytes) PollPdu_Infinity(infi Tstatprohibit_m135( 0ms), Tpollretrans_m145( Treordering_m60(6 000 kBytes), 150ms), Tstatprohibit_m130( nite PDUs) 135ms), Treordering_m55(5 145ms), 0ms), PollByte_infinity(infi Tpollretrans_m155( 130ms), Tstatprohibit_m140( 5ms), Tpollretrans_m150( Treordering_m65(6 nite kBytes) 155ms), Tstatprohibit_m135( 140ms), Treordering_m60(6 150ms), 5ms), Tpollretrans_m160( 135ms), Tstatprohibit_m145( 0ms), Tpollretrans_m155( Treordering_m70(7 160ms), Tstatprohibit_m140( 145ms), Treordering_m65(6 155ms), 0ms), Tpollretrans_m165( 140ms), Tstatprohibit_m150( 5ms), Tpollretrans_m160( Treordering_m75(7 165ms), Tstatprohibit_m145( 150ms), Treordering_m70(7 160ms), 5ms), Tpollretrans_m170( 145ms), Tstatprohibit_m155( 0ms), Tpollretrans_m165( Treordering_m80(8 170ms), Tstatprohibit_m150( 155ms), Treordering_m75(7 165ms), 0ms), Tpollretrans_m175( 150ms), Tstatprohibit_m160( 5ms), Tpollretrans_m170( Treordering_m85(8 175ms), Tstatprohibit_m155( PdcpSnsize_7bits(7 160ms), Treordering_m80(8 170ms), 5ms), Tpollretrans_m180( 155ms), bits per second), Tstatprohibit_m165( 0ms), Tpollretrans_m175( Treordering_m90(9 180ms), Tstatprohibit_m160( PdcpSnsize_12bits( 160ms), Treordering_m85(8 175ms), 0ms), Tpollretrans_m185( 160ms), 12 bits per second) Tstatprohibit_m170( 5ms), Tpollretrans_m180( Treordering_m95(9 185ms), Tstatprohibit_m165( 170ms), Treordering_m90(9 180ms), 5ms), Tpollretrans_m190( 160ms), Tstatprohibit_m175( 0ms), Tpollretrans_m185( Treordering_m100( 190ms), Tstatprohibit_m170( 175ms), Treordering_m95(9 185ms), 100ms), Tpollretrans_m195( 170ms), Tstatprohibit_m180( 5ms), Tpollretrans_m190( Treordering_m110(1 195ms), Tstatprohibit_m175( 180ms), Treordering_m100( 190ms), 10ms), Tpollretrans_m200( 175ms), Tstatprohibit_m185( 100ms), Tpollretrans_m195( Treordering_m120(

Tpollretrans_m10~1 , ,Tstatprohibit_m0~0, Tpollretrans_m20~3 Tpollretrans_m15~2 Tstatprohibit_m5~1, , ,Tpollretrans_m25~4 Tstatprohibit_m10~ Tstatprohibit_m0~0, Tpollretrans_m20~3 2, , Tstatprohibit_m5~1, ,Tstatprohibit_m15~ Tpollretrans_m30~5 Tstatprohibit_m10~ Tpollretrans_m25~4 3, , 2, ,PS_HO~0, Tstatprohibit_m20~ Tpollretrans_m35~6 Tstatprohibit_m15~ SRVCC~1 Tpollretrans_m30~5 4, , 3, ,Tstatprohibit_m25~ Tpollretrans_m40~7 Tstatprohibit_m20~ Tpollretrans_m35~6 5, ,SRVCC~0 4, ,Tstatprohibit_m30~ Tpollretrans_m45~8 PS_HO~0, Tstatprohibit_m25~ Tpollretrans_m40~7 6, , NACC_HO~1, 5, ,Tpollretrans_m50~9 Tstatprohibit_m35~ NON_NACC_HO~2 Tstatprohibit_m30~ Tpollretrans_m45~8 7, , 6, ,Tstatprohibit_m40~ Tpollretrans_m55~1 SRVCC~0 Tstatprohibit_m35~ Tpollretrans_m50~9 8, 0, 7, ,Tpollretrans_m60~1 Tstatprohibit_m45~ OPT_HO~0, Tstatprohibit_m40~ Tpollretrans_m55~1 9, 1, NON_OPT_HO~1 8, 0, Tstatprohibit_m50~ Tpollretrans_m65~1 PERMIT_HO_ENU Tstatprohibit_m45~ Tpollretrans_m60~1 10, 2, M~0, 9, 1, Tstatprohibit_m55~1 Tpollretrans_m70~1 FORBID_HO_ENU DiscardTimer_50~0 PERMIT_FAST_AN Tstatprohibit_m50~ Tpollretrans_m65~1 1, 3, M~1 ,R_MEAS_ENUM~0 10, 2, Tstatprohibit_m60~ Tpollretrans_m75~1 DiscardTimer_100~ ,Tstatprohibit_m55~1 Tpollretrans_m70~1 12, 4, 1, FORBID_FAST_AN 1, 3, Tstatprohibit_m65~ Tpollretrans_m80~1 DiscardTimer_150~ R_MEAS_ENUM~1 Tstatprohibit_m60~ Tpollretrans_m75~1 13, Not involved 5, 2, Maxretx_Threshold 12, 4, Tstatprohibit_m70~ Tpollretrans_m85~1 DiscardTimer_300~ _t1~0, Tstatprohibit_m65~ Tpollretrans_m80~1 14, 6, 3, Maxretx_Threshold 13, 5, Tstatprohibit_m75~ Tpollretrans_m90~1 DiscardTimer_500~ Maxretx_Threshold _t2~1, Tstatprohibit_m70~ Tpollretrans_m85~1 15, 7, 4, _t1~0, PollByte_kb25~0, Maxretx_Threshold 14, 6, RlcMode_AM~1, Tstatprohibit_m80~ Tpollretrans_m95~1 DiscardTimer_750~ Maxretx_Threshold Treordering_m0~0, PollByte_kb50~1, _t3~2, Tstatprohibit_m75~ Tpollretrans_m90~1 RlcMode_UM~2 16, 8, 5, _t2~1, Treordering_m5~1, PollByte_kb75~2, Maxretx_Threshold 15, 7, Tstatprohibit_m85~ PollByte_kb25~0, Tpollretrans_m100~ DiscardTimer_1500 Maxretx_Threshold Treordering_m10~2 PollByte_kb100~3, _t4~3, Tstatprohibit_m80~ Tpollretrans_m95~1 17, Treordering_m0~0, PollByte_kb50~1, 19, ~6, _t3~2, ,PollByte_kb125~4, Maxretx_Threshold 16, 8, Tstatprohibit_m90~ Treordering_m5~1, PollByte_kb75~2, Tpollretrans_m105~ DiscardTimer_Infinit Maxretx_Threshold Treordering_m15~3 PollByte_kb250~5, _t6~4, Tstatprohibit_m85~ Tpollretrans_m100~ 18, Treordering_m10~2 PollByte_kb100~3, 20, y~7 _t4~3, ,17, PollByte_kb375~6, Maxretx_Threshold 19, Tstatprohibit_m95~ ,Treordering_m20~4 PollByte_kb125~4, Tpollretrans_m110~ Maxretx_Threshold PollByte_kb500~7, _t8~5, Tstatprohibit_m90~ Tpollretrans_m105~ 19, Treordering_m15~3 PollByte_kb250~5, 21, _t6~4, ,PollByte_kb750~8, Maxretx_Threshold 18, 20, ,Tstatprohibit_m100 PollByte_kb375~6, Tpollretrans_m115~ Maxretx_Threshold Treordering_m25~5 PollByte_kb1000~9, _t16~6, Tstatprohibit_m95~ Tpollretrans_m110~ ~20, Treordering_m20~4 PollByte_kb500~7, 22, _t8~5, ,PollByte_kb1250~1 Maxretx_Threshold 19, 21, ,Tstatprohibit_m105 PollByte_kb750~8, Tpollretrans_m120~ Maxretx_Threshold PollPdu_p4~0, Treordering_m30~6 0, _t32~7 Tstatprohibit_m100 Tpollretrans_m115~ ~21, Treordering_m25~5 PollByte_kb1000~9, _t16~6, PollPdu_p8~1, ,23, PollByte_kb1500~1 ~20, 22, ,Tstatprohibit_m110~ PollByte_kb1250~1 Tpollretrans_m125~ Maxretx_Threshold PollPdu_p16~2, Treordering_m35~7 1, Tstatprohibit_m105 Tpollretrans_m120~ PollPdu_p4~0, 22, Treordering_m30~6 0, 24, _t32~7 ,PollPdu_p32~3, PollByte_kb2000~1 ~21, 23, PollPdu_p8~1, ,Tstatprohibit_m115~ PollByte_kb1500~1 Tpollretrans_m130~ PollPdu_p64~4, Treordering_m40~8 2, Tstatprohibit_m110~ Tpollretrans_m125~ PollPdu_p16~2, 23, Treordering_m35~7 1, 25, PollPdu_p128~5, ,22, PollByte_kb3000~1 24, PollPdu_p32~3, ,Tstatprohibit_m120 PollByte_kb2000~1 Tpollretrans_m135~ PollPdu_p256~6, Treordering_m45~9 3, Tstatprohibit_m115~ Tpollretrans_m130~ PollPdu_p64~4, ~24, Treordering_m40~8 2, PollPdu_Infinity~7 ,26, PollByte_infinity~14 23, 25, PollPdu_p128~5, ,Tstatprohibit_m125 PollByte_kb3000~1 Tpollretrans_m140~ Treordering_m50~1 Tstatprohibit_m120 Tpollretrans_m135~ PollPdu_p256~6, ~25, Treordering_m45~9 3, 27, 0, ~24, 26, PollPdu_Infinity~7 Tstatprohibit_m130 ,Tpollretrans_m145~ PollByte_infinity~14 Treordering_m55~1 Tstatprohibit_m125 Tpollretrans_m140~ ~26, Treordering_m50~1 28, 1, ~25, 27, Tstatprohibit_m135 0, Tpollretrans_m150~ Treordering_m60~1 Tstatprohibit_m130 Tpollretrans_m145~ ~27, Treordering_m55~1 29, 2, ~26, 28, Tstatprohibit_m140 1, Tpollretrans_m155~ Treordering_m65~1 Tstatprohibit_m135 Tpollretrans_m150~ ~28, Treordering_m60~1 30, 3, ~27, 29, Tstatprohibit_m145 2, Tpollretrans_m160~ Treordering_m70~1 Tstatprohibit_m140 Tpollretrans_m155~ ~29, Treordering_m65~1 31, 4, ~28, 30, Tstatprohibit_m150 3, Tpollretrans_m165~ Treordering_m75~1 Tstatprohibit_m145 Tpollretrans_m160~ ~30, Treordering_m70~1 32, 5, ~29, 31, Tstatprohibit_m155 4, Tpollretrans_m170~ Treordering_m80~1 Tstatprohibit_m150 Tpollretrans_m165~ ~31, Treordering_m75~1 33, 6, ~30, 32, Tstatprohibit_m160 5, Tpollretrans_m175~ Treordering_m85~1 Tstatprohibit_m155 Tpollretrans_m170~ ~32, Treordering_m80~1 34, 7, ~31, PdcpSnsize_7bits~ 33, Tstatprohibit_m165 6, Tpollretrans_m180~ Treordering_m90~1 Tstatprohibit_m160 0, Tpollretrans_m175~ ~33, Treordering_m85~1 35, 8, ~32, PdcpSnsize_12bits 34, Tstatprohibit_m170 7, Tpollretrans_m185~ Treordering_m95~1 Tstatprohibit_m165 ~1 Tpollretrans_m180~ ~34, Treordering_m90~1 36, 9, ~33, 35, Tstatprohibit_m175 8, Tpollretrans_m190~ Treordering_m100~ Tstatprohibit_m170 Tpollretrans_m185~ ~35, Treordering_m95~1 37, 20, ~34, 36, Tstatprohibit_m180 9, Tpollretrans_m195~ Treordering_m110~ Tstatprohibit_m175 Tpollretrans_m190~ ~36, Treordering_m100~ 38, 21, ~35, 37, Tstatprohibit_m185 20, Tpollretrans_m200~ Treordering_m120~ Tstatprohibit_m180 Tpollretrans_m195~ ~37, Treordering_m110~ 39, 22,

None None None None None None None None ms None None None byte byte None None ms ms ms ms ms ms bit

Logical Channel Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Logical Channel Management Management Radio Bearer Enhanced Management Scheduling Dynamic Enhanced Scheduling PS Inter-RAT Scheduling Mobility between EDynamic UTRAN and Enhanced Scheduling UTRAN Scheduling PS Inter-RAT Dynamic Mobility between EScheduling Basic Scheduling UTRAN and Enhanced GERAN Scheduling PS Inter-RAT Basic Scheduling Mobility between EEnhanced UTRAN and Scheduling Basic Scheduling CDMA2000 Enhanced SRVCC to UTRAN Scheduling SRVCC to GERAN Inter-RAT Load Sharing to UTRAN Inter-RAT Load Basic Scheduling Sharing to GERAN Enhanced Service based interScheduling Basic Scheduling RAT handover to Enhanced UTRAN Scheduling Service based interEnhanced RAT handover to Scheduling GERAN Dynamic CS Fallback to Scheduling Dynamic UTRAN Coverage Based Scheduling CS Fallback to Inter-frequency GERAN Handover DL 2x2 MIMO CS Fallback PS Inter-RAT DL 4x2 MIMOto CDMA2000 1xRTT Mobility between EDL 2x2 MIMO UTRAN and DL 4x2 MIMO UTRAN PS Inter-RAT Mobility between Coverage Based EUTRAN and Intra-frequency Coverage Based GERAN Handover Intra-frequency Coverage Based PS Inter-RAT Coverage Based Handover Intra-frequency Mobility between Inter-frequency Coverage Based EHandover UTRAN and Handover Inter-frequency Coverage Based CDMA2000 PS Inter-RAT Handover Inter-frequency SRVCC between to GERAN UTRAN Mobility ESRVCC to Handover SRVCC to GERAN UTRAN and PS Inter-RAT GERAN Mobility between ESRVCC to GERAN UTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and

Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Interval values Interval values Enumeration values Enumeration values Interval values Interval values Interval values Enumeration values Interval values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values

5ms), Treordering_m45(4 Treordering_m40(4 5ms), 0ms), Treordering_m50(5 Treordering_m45(4 0ms), 5ms), Treordering_m55(5 Treordering_m50(5 5ms), RlcSnSize_size5(5b 0ms), Treordering_m60(6 its), Treordering_m55(5 0ms), RlcSnSize_size10(1 5ms), Treordering_m65(6 RlcSnSize_size5(5b 0bits) Treordering_m60(6 5ms), its), 0ms), Treordering_m70(7 RlcSnSize_size10(1 Treordering_m65(6 0ms), 0bits) 5ms), Treordering_m75(7 Treordering_m70(7 5ms), 0ms), Treordering_m80(8 Treordering_m75(7 0ms), 5ms), Treordering_m85(8 QCI1(QCI 1), Treordering_m80(8 5ms), FALSE(FALSE), QCI2(QCI 2), 0ms), Treordering_m90(9 MinGbrRate_0_KB( TRUE(TRUE) QCI3(QCI 3), Treordering_m85(8 0ms), 0KB/s), QCI4(QCI 4), 5ms), Treordering_m95(9 MinGbrRate_1_KB( QCI5(QCI 5), Treordering_m90(9 MinGbrRate_0_KB( 5ms), 1KB/s), QCI6(QCI 6), 0ms), 0KB/s), Treordering_m100( MinGbrRate_2_KB( QCI7(QCI 7), Treordering_m95(9 MinGbrRate_1_KB( 100ms), 2KB/s), 1~1000 QCI8(QCI 8), 5ms), 1KB/s), Treordering_m110(1 MinGbrRate_4KB(4 QCI9(QCI 9) Treordering_m100( MinGbrRate_2_KB( 10ms), KB/s), 100ms), 2KB/s), 1~1000 Treordering_m120( MinGbrRate_8_KB( Treordering_m110(1 MinGbrRate_4KB(4 120ms), 8KB/s), 10ms), KB/s), Treordering_m130( MinGbrRate_16_K Treordering_m120( MinGbrRate_8_KB( 130ms), B(16KB/s), 120ms), 8KB/s), Treordering_m140( MinGbrRate_32_K Treordering_m130( MinGbrRate_16_K 140ms), B(32KB/s), 130ms), B(16KB/s), Treordering_m150( MinGbrRate_64_K Treordering_m140( MinGbrRate_32_K 150ms), B(64KB/s), 140ms), B(32KB/s), 0~10 Treordering_m160( MinGbrRate_128_K PBR_0_KBps(0KB/ Treordering_m150( MinGbrRate_64_K 160ms), B(128KB/s), s), 150ms), B(64KB/s), Treordering_m170( MinGbrRate_256_K PBR_8_KBps(8KB/ 0~39 Treordering_m160( MinGbrRate_128_K 170ms), B(256KB/s), s), 160ms), B(128KB/s), Treordering_m180( MinGbrRate_512_K PBR_16_KBps(16K Treordering_m170( MinGbrRate_256_K 180ms), B(512KB/s) 0~39 B/s), 170ms), B(256KB/s), Treordering_m190( PBR_32_KBps(32K Treordering_m180( MinGbrRate_512_K 190ms), B/s), 180ms), B(512KB/s) Treordering_m200( PBR_64_KBps(64K Treordering_m190( 200ms) B/s), 190ms), PBR_128_KBps(12 9~16 Treordering_m200( CLASS_0(CLASS_ 8KB/s), 200ms) 0), PBR_256_KBps(25 NO_ADAPTIVE(NO CLASS_1(CLASS_ 6KB/s), _ADAPTIVE), 1), PBR_INFINITY(Infi OL_ADAPTIVE(OL CLASS_2(CLASS_ nity) _ADAPTIVE), 2) CL_ADAPTIVE(CL_ TM2(TM2), ADAPTIVE), TM3(TM3), OC_ADAPTIVE(OC TM4(TM4), _ADAPTIVE) GAP_PATTERN_T TM6(TM6) YPE_1, GAP_PATTERN_T FC0, FC1, FC2, YPE_2 FC3, FC4, FC5, FC6, FC7, FC8, FC0, FC9, FC1, FC11,FC2, FC13, FC3, FC5, FC15,FC4, FC17, FC19 FC6, FC7, FC8, FC0, FC9, FC1, FC11,FC2, FC13, FC3, FC5, FC15,FC4, FC17, FC19 FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 NOT_CFG, CFG

Treordering_m40~8 , ,Treordering_m50~1 Treordering_m45~9 0, ,Treordering_m55~1 Treordering_m50~1 1, 0, Treordering_m60~1 Treordering_m55~1 2, RlcSnSize_size5~0, 1, Treordering_m65~1 RlcSnSize_size10~ Treordering_m60~1 3, 1 2, RlcSnSize_size5~0, Treordering_m70~1 Treordering_m65~1 RlcSnSize_size10~ 4, 3, 1 Treordering_m75~1 Treordering_m70~1 5, 4, Treordering_m80~1 Treordering_m75~1 6, 5, Treordering_m85~1 Treordering_m80~1 7, 6, Treordering_m90~1 Treordering_m85~1 FALSE~0, TRUE~1 8, MinGbrRate_0_KB QCI1~1, QCI2~2, 7, Treordering_m95~1 ~0, QCI3~3, QCI4~4, Treordering_m90~1 9, MinGbrRate_1_KB QCI5~5, QCI6~6, 8, MinGbrRate_0_KB Treordering_m100~ ~8000, QCI7~7, QCI8~8, Treordering_m95~1 ~0, 20, MinGbrRate_2_KB QCI9~9 9, MinGbrRate_1_KB Treordering_m110~ ~16000, Not involved Treordering_m100~ ~8000, 21, MinGbrRate_4KB~ 20, MinGbrRate_2_KB Treordering_m120~ 32000, Treordering_m110~ ~16000, Not involved 22, MinGbrRate_8_KB 21, MinGbrRate_4KB~ Treordering_m130~ ~64000, Treordering_m120~ 32000, 23, MinGbrRate_16_K 22, MinGbrRate_8_KB Treordering_m140~ B~128000, Treordering_m130~ ~64000, 24, MinGbrRate_32_K 23, MinGbrRate_16_K Treordering_m150~ B~256000, Treordering_m140~ B~128000, 25, MinGbrRate_64_K 24, MinGbrRate_32_K Treordering_m160~ B~512000, Treordering_m150~ B~256000, Not involved 26, MinGbrRate_128_K 25, MinGbrRate_64_K Treordering_m170~ B~1024000, Treordering_m160~ B~512000, 27, MinGbrRate_256_K Not involved 26, MinGbrRate_128_K Treordering_m180~ B~2048000, Treordering_m170~ B~1024000, 28, MinGbrRate_512_K PBR_0_KBps~0, 27, MinGbrRate_256_K Treordering_m190~ B~4096000 Not involved PBR_8_KBps~1, Treordering_m180~ B~2048000, 29, PBR_16_KBps~2, 28, MinGbrRate_512_K Treordering_m200~ PBR_32_KBps~3, Treordering_m190~ B~4096000 30 PBR_64_KBps~4, 29, PBR_128_KBps~5, Treordering_m200~ PBR_256_KBps~6, Not involved 30 PBR_INFINITY~7 CLASS_0~0, CLASS_1~1, CLASS_2~2 NO_ADAPTIVE~0, OL_ADAPTIVE~1, CL_ADAPTIVE~2, OC_ADAPTIVE~3 TM2~0, TM3~1, TM4~2, TM6~3 GAP_PATTERN_T FC0~0, FC1~1, YPE_1~1, FC2~2, FC3~3, GAP_PATTERN_T FC4~4, FC5~5, FC0~0, YPE_2~2 FC6~6, FC1~1, FC7~7, FC2~2, FC8~8, FC3~3, FC9~9, FC4~4, FC5~5, FC11~10, FC0~0, FC1~1, FC6~6, FC7~7, FC13~11, FC2~2, FC3~3, FC8~8, FC9~9, FC15~12, FC4~4, FC5~5, FC11~10, FC17~13, FC19~14 FC6~6, FC7~7, FC13~11, FC8~8, FC9~9, FC15~12, FC11~10, FC17~13, FC19~14 FC13~11, NOT_CFG~0, FC15~12, CFG~1 FC17~13, FC19~14

bit bit ms ms None None 0.001 0.001 KB/s KB/s 0.1 None None KB/s None None None None None None None None None

Handover Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EHigh Speed Mobility UTRAN and Ultra High Speed GERAN Mobility High Speed Mobility PS Inter-RAT Ultra High Speed EMobility between Mobility UTRAN and High Speed Mobility CDMA2000 Ultra High Speed SRVCC to UTRAN Mobility SRVCC to UMTS High Speed Mobility

Interval values Enumeration values Enumeration values Enumeration values Interval values

High Speed Mobility Interval values Ultra High Speed Mobility High Speed Mobility Enumeration values High Speed Mobility Ultra High Speed PS Inter-RAT Mobility PS Inter-RAT Mobility between EMobility between EPS Inter-RAT UTRAN and UTRAN and PS Inter-RAT Handover UTRAN between GERAN Mobility between ELTE and GERAN SRVCC to UTRAN SRVCC to UTRAN and SRVCC to GERAN GERAN PS UTRAN PS Inter-RAT Inter-RAT Mobility between ESRVCC to between UTRAN Handover UTRAN and LTE and CDMA2000 CDMA2000 PS Inter-RAT PS Inter-RAT PS Inter-RAT Mobility between EMobility between EHandover between UTRAN and UTRAN and LTE and UMTS GERAN UTRAN SRVCC SRVCC to to UMTS GERAN SRVCC to UTRAN PS Inter-RAT Service based interService based interPS Inter-RAT Handover between RAT handover to RAT handover Mobility between LTE and UMTSto EGERAN UTRAN SRVCC and to UMTS Service based interUTRAN RAT handover to SRVCC to UTRAN PS Inter-RAT GERAN Service based interMobility between RAT handover to EUTRAN and UTRAN PS Inter-RAT CDMA2000 Mobility between EUTRAN and PS Inter-RAT CDMA2000 PS Inter-RAT Mobility Mobility between between EEUTRAN and UTRAN and PS Inter-RAT CDMA2000 GERAN Mobility between ESRVCC to GERAN UTRAN and PS Inter-RAT CDMA2000 Mobility between ECoverage Based UTRAN and Intra-frequency CDMA2000 Coverage Based Handover PS Inter-RAT Intra-frequency Coverage Based EMobility between Handover Inter-frequency UTRAN and Coverage Based Handover UTRAN Inter-frequency SRVCC to UTRAN Handover Coverage Based Intra-LTE Load Intra-frequency Balancing Handover

Enumeration values Enumeration values Enumeration values Interval values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Interval values

-141~-44 T_CRMAX_30S(30 s), NOT_CFG, CFG T_CRMAX_60S(60 T_CRMAXHYST_3 s), 0S(30s), T_CRMAX_120S(1 T_CRMAXHYST_6 20s), 0S(60s), T_CRMAX_180S(1 T_CRMAXHYST_1 80s), 20S(120s), T_CRMAX_240S(2 T_CRMAXHYST_1 40s) 80S(180s), 1~16 T_CRMAXHYST_2 40S(240s) TTT_SF_MEDIUM_ 1~16 0DOT25(0.25), TTT_SF_MEDIUM_ TTT_SF_HIGH_0D 0DOT50(0.5), OT25(0.25), TTT_SF_MEDIUM_ TTT_SF_HIGH_0D 0DOT75(0.75), OT50(0.5), TTT_SF_MEDIUM_ TTT_SF_HIGH_0D FC0, FC1, FC2, LDOT0(1) OT75(0.75), FC3, FC4, FC5, TTT_SF_HIGH_LD FC6, FC7, FC8, FC0, OT0(1) FC9, FC1, FC11,FC2, FC13, FC3, FC5, FC15,FC4, FC17, FC19 FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 1~8 r1(1), r2(2), r4(4), r8(8), r16(16), 120ms, r32(32), 240ms, r64(64), 480ms, 640ms, Infinity(Infinity) 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, UTRAN_RSCP, 30min, 60min UTRAN_ECN0, 120ms, 240ms, UTRAN_BOTH 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, PILOT_STRENGTH 120ms,60min 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, PILOT_STRENGTH 120ms,60min 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, RSRP, 30min, RSRQ, 60min BOTH

1~8 r1(1), r2(2), r4(4), r8(8), r16(16), Enumeration values r32(32), r64(64), Infinity(Infinity) Enumeration values RSRP, RSRQ

Not involved NOT_CFG~0, T_CRMAX_30S~0, CFG~1 T_CRMAX_60S~1, T_CRMAXHYST_3 T_CRMAX_120S~2 0S~0, ,T_CRMAXHYST_6 T_CRMAX_180S~3 0S~1, , T_CRMAXHYST_1 T_CRMAX_240S~4 20S~2, T_CRMAXHYST_1 80S~3, Not involved T_CRMAXHYST_2 40S~4 TTT_SF_MEDIUM_ Not involved 0DOT25~0, TTT_SF_MEDIUM_ TTT_SF_HIGH_0D 0DOT50~1, OT25~0, TTT_SF_MEDIUM_ TTT_SF_HIGH_0D FC0~0, FC1~1, 0DOT75~2, OT50~1, FC2~2, FC3~3, TTT_SF_MEDIUM_ TTT_SF_HIGH_0D FC4~4, FC5~5, LDOT0~3 FC0~0, OT75~2,FC1~1, FC6~6, FC7~7, FC2~2, FC3~3, TTT_SF_HIGH_LD FC8~8, FC9~9, FC4~4, FC5~5, OT0~3 FC11~10, FC6~6, FC7~7, FC13~11, FC8~8, FC9~9, FC15~12, FC11~10, FC17~13, FC19~14 FC13~11, 120ms~0, Not involved FC15~12, 240ms~1, FC17~13, r1~0, r2~1,FC19~14 r4~2, 480ms~2, r8~3, r16~4, r32~5, 640ms~3, r64~6, Infinity~7 1024ms~4, 2048ms~5, 120ms~0, 5120ms~6, 240ms~1, 10240ms~7, UTRAN_RSCP~0, 480ms~2, 1min~8, 6min~9, UTRAN_ECN0~1, 640ms~3, 12min~10, UTRAN_BOTH~2 1024ms~4, 30min~11, 2048ms~5, 120ms~0, 60min~12 5120ms~6, 240ms~1, 10240ms~7, 480ms~2, PILOT_STRENGTH 1min~8, 6min~9, 640ms~3, ~0 12min~10, 1024ms~4, 30min~11, 2048ms~5, 120ms~0, 60min~12 5120ms~6, 240ms~1, 10240ms~7, 480ms~2, PILOT_STRENGTH 1min~8, 6min~9, 640ms~3, ~0 12min~10, 1024ms~4, 30min~11, 2048ms~5, 60min~12 5120ms~6,

dBm None s s None None None None None None None None None None None None None None None

10240ms~7, RSRP~0, RSRQ~1, 1min~8, 6min~9, None BOTH~2 12min~10, 30min~11, Not involved None 60min~12 r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, None r64~6, Infinity~7 RSRP~0, RSRQ~1 None

Coverage Based Intra-frequency Coverage Handover Based Intra-frequency Handover Coverage Intra-LTE Based Load Inter-frequency Balancing Handover Coverage Intra-LTE Based Load Inter-frequency Balancing Handover Intra-LTE Load Coverage Balancing Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover 3GPP R8 Specifications CS Fall Back to UMTS CS Fall Back to GERAN CS Fall Back to 1xRTT CS Fall Back to UMTS

120ms~0, 240ms~1, SAME_AS_TRIG_ 480ms~2, SAME_AS_TRIG_ Enumeration values QUAN(Same as 120ms, 240ms, 640ms~3, QUAN~0, BOTH~1 Trig Quan), BOTH 1024ms~4, 480ms, 640ms, 1024ms, 2048ms, 2048ms~5, 120ms~0, Enumeration values 5120ms, 10240ms, 5120ms~6, 240ms~1, 1min, 6min, 12min, 10240ms~7, SAME_AS_TRIG_ 480ms~2, SAME_AS_TRIG_ 30min, 1min~8, 6min~9, Enumeration values QUAN(Same as 120ms,60min 240ms, 640ms~3, QUAN~0, BOTH~1 Trig Quan), BOTH 12min~10, 480ms, 640ms, 1024ms~4, 1024ms, 2048ms, 30min~11, 2048ms~5, Enumeration values 5120ms, 10240ms, 60min~12 5120ms~6, 1min, 6min, 12min, 10240ms~7, RSRP, RSRQ, RSRP~0, RSRQ~1, 1min~8, 6min~9, Enumeration values 30min, 60min BOTH BOTH~2 12min~10, 30min~11, RSRP, RSRQ, RSRP~0, RSRQ~1, Enumeration values 60min~12 BOTH BOTH~2 Enumeration values

RSRP, RSRQ, BOTH

0ms, 40ms, 64ms, 0~11 100ms, 80ms, 128ms, 160ms, 0ms, 40ms, 64ms, 256ms, 320ms, Enumeration values 80ms, 100ms, 480ms, 512ms, 128ms, 160ms, 640ms, 1024ms, 0ms, 40ms, 64ms, 256ms, 320ms, 1280ms, 2560ms, Enumeration values 80ms, 100ms, 480ms, 512ms, 5120ms 128ms, 640ms, 160ms, 1024ms, 256ms, 320ms, Enumeration values 1280ms, 2560ms, 480ms, 5120ms512ms, 640ms, 1024ms, 1280ms, Interval values -120~-25 2560ms, 5120ms Interval values

0ms~0, 40ms~1, RSRP~0, RSRQ~1, 64ms~2, 80ms~3, BOTH~2 100ms~4, 0ms~0, 40ms~1, 128ms~5, 64ms~2, 80ms~3, Not involved 160ms~6, 100ms~4, 256ms~7, 0ms~0, 40ms~1, 128ms~5, 320ms~8, 64ms~2, 80ms~3, 160ms~6, 480ms~9, 100ms~4, 256ms~7, 512ms~10, 128ms~5, 320ms~8, 640ms~11, 160ms~6, 480ms~9, 1024ms~12, 256ms~7, 512ms~10, 1280ms~13, 320ms~8, 640ms~11, 2560ms~14, 480ms~9, 1024ms~12, 5120ms~15 512ms~10, 1280ms~13, 640ms~11, Not involved 2560ms~14, 1024ms~12, 5120ms~15 1280ms~13, Not involved 2560ms~14, 5120ms~15

None None None None None None None None ms ms ms dBm

CS Fall Back to UMTS

Interval values

-48~0

CS Fall Back to GERAN

Interval values

-110~-48

Not involved

dBm

CS Fall Back to 1xRTT

Interval values

-63~0

Not involved

0.5dB

Interval values

0~11

Not involved

None

3GPP R8 Specifications 3GPP R8 Specifications Broadcast of system information Emergency Call 3GPP R8 Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of system information

NOT_CFG(Not Enumeration values configure), CFG(Configure) P00(0%), P05(5%), BOOLEAN_FALSE( ACCESS_BARRIN P10(10%), False), Enumeration values G_TIME_S4(4s), P15(15%), BOOLEAN_TRUE( ACCESS_BARRIN P20(20%), True) NOT_CFG(Not G_TIME_S8(8s), Enumeration values P25(25%), configure), ACCESS_BARRIN P30(30%), CFG(Configure) G_TIME_S16(16s), P40(40%), Enumeration values ACCESS_BARRIN P50(50%), G_TIME_S32(32s), P60(60%), ACCESS_BARRIN P70(70%), Enumeration values G_TIME_S64(64s), P75(75%), ACCESS_BARRIN BOOLEAN_FALSE( P80(80%), G_TIME_S128(128 False), Enumeration values P85(85%), s), BOOLEAN_TRUE( P90(90%), BOOLEAN_FALSE( ACCESS_BARRIN True) P95(95%) False), Enumeration values G_TIME_S256(256 BOOLEAN_TRUE( s), True) ACCESS_BARRIN G_TIME_S512(512 s)

NOT_CFG~0, CFG~1 BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ ACCESS_BARRIN 1 G_TIME_S4~0, P00~0, P05~1, NOT_CFG~0, ACCESS_BARRIN P10~2, P15~3, CFG~1 G_TIME_S8~1, P20~4, P25~5, ACCESS_BARRIN P30~6, P40~7, G_TIME_S16~2, P50~8, P60~9, ACCESS_BARRIN P70~10, P75~11, G_TIME_S32~3, P80~12, P85~13, ACCESS_BARRIN P90~14, P95~15 BOOLEAN_FALSE G_TIME_S64~4, ~0, ACCESS_BARRIN BOOLEAN_TRUE~ G_TIME_S128~5, BOOLEAN_FALSE 1 ACCESS_BARRIN ~0, G_TIME_S256~6, BOOLEAN_TRUE~ ACCESS_BARRIN 1 G_TIME_S512~7

0.5dB

None None None % s None None

3GPP R8 Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of system information 3GPP R8 3GPP R8 Specifications Specifications Broadcast of 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection system information Cell Selection and 3GPP R8 Re-selection 3GPP R8 Specifications Specifications Broadcast of 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Specifications Cell Selection and Broadcast of Re-selection system information Cell Selection and 3GPP R8 Re-selection Specifications

BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ ACCESS_BARRIN 1 G_TIME_S4~0, P00~0, P05~1, NOT_CFG~0, ACCESS_BARRIN P10~2, P15~3, CFG~1 G_TIME_S8~1, P20~4, P25~5, ACCESS_BARRIN P30~6, P40~7, G_TIME_S16~2, P50~8, P60~9, ACCESS_BARRIN P70~10, P75~11, G_TIME_S32~3, P80~12, P85~13, ACCESS_BARRIN P90~14, P95~15 BOOLEAN_FALSE G_TIME_S64~4, ~0, ACCESS_BARRIN BOOLEAN_TRUE~ G_TIME_S128~5, BOOLEAN_FALSE 1 ACCESS_BARRIN ~0, G_TIME_S256~6, BOOLEAN_TRUE~ ACCESS_BARRIN BOOLEAN_FALSE 1 G_TIME_S512~7 ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ 1 Not involved

Interval values

BOOLEAN_FALSE( False), BOOLEAN_TRUE( BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( P00(0%), P05(5%), BOOLEAN_FALSE( True) ACCESS_BARRIN P10(10%), False), G_TIME_S4(4s), P15(15%), BOOLEAN_TRUE( ACCESS_BARRIN P20(20%), True) NOT_CFG(Not G_TIME_S8(8s), P25(25%), configure), ACCESS_BARRIN P30(30%), CFG(Configure) G_TIME_S16(16s), P40(40%), ACCESS_BARRIN P50(50%), G_TIME_S32(32s), P60(60%), ACCESS_BARRIN P70(70%), G_TIME_S64(64s), P75(75%), ACCESS_BARRIN BOOLEAN_FALSE( P80(80%), G_TIME_S128(128 False), P85(85%), s), BOOLEAN_TRUE( P90(90%), BOOLEAN_FALSE( ACCESS_BARRIN True) P95(95%) False), G_TIME_S256(256 BOOLEAN_TRUE( s), BOOLEAN_FALSE( True) ACCESS_BARRIN False), G_TIME_S512(512 BOOLEAN_TRUE( s) BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( True) 0~11 CELL_BARRED(Ba rred), CELL_NOT_BARR CELL_RESERVED( ED(Not Barred) Reserved), CELL_NOT_RESE RVED(Not Reserved) ALLOWED, NOT_ALLOWED NORMAL_MODE(N ormal mode), RR_MODE(Round Robin Mode) 1~720

Not involved

h

Interval values

0~11

Not involved

None

Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Interval values Enumeration values Enumeration values Enumeration values Enumeration values

Interval values

None None None None % s None None None None None None

CELL_BARRED~0, CELL_NOT_BARR None ED~1 CELL_RESERVED ~0, None CELL_NOT_RESE RVED~1 ALLOWED~0, None NOT_ALLOWED~1 NORMAL_MODE~ None 0, RR_MODE~1

0~65535 CELL_RESERVED _FOR_OP(Reserve d), Enumeration values CELL_NOT_RESE RVED_FOR_OP(N ot Reserved) Interval values 1~100

Not involved None CELL_RESERVED _FOR_OP~0, None CELL_NOT_RESE RVED_FOR_OP~1 Not involved %

Interval values

1~100

Not involved

%

Interval values

0~11

Not involved

None

3GPP R8 Specifications Broadcast of 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection system information Cell Selection and Re-selection

DB4_Q_HYST(4dB) , DB5_Q_HYST(5dB) , DB6_Q_HYST(6dB) , DB8_Q_HYST(8dB) , DB10_Q_HYST(10 S30_T_EVALULATI dB), NOT_CFG(Not ON(30s), DB12_Q_HYST(12 configure), S60_T_EVALULATI dB), S30_T_HYST_NOR CFG(Configure) ON(60s), DB14_Q_HYST(14 MAL(30s), S120_T_EVALULA dB), S60_T_HYST_NOR TION(120s), DB16_Q_HYST(16 MAL(60s), S180_T_EVALULA dB), S120_T_HYST_NO TION(180s), DB18_Q_HYST(18 RMAL(120s), S240_T_EVALULA dB), S180_T_HYST_NO TION(240s) DB20_Q_HYST(20 RMAL(180s), 1~16 dB), S240_T_HYST_NO DB22_Q_HYST(22 RMAL(240s) DB_6_Q_HYST_SF 1~16 dB), _MEDIUM(-6dB), DB24_Q_HYST(24 DB_4_Q_HYST_SF DB_6_Q_HYST_SF dB) _MEDIUM(-4dB), _HIGH(-6dB), DB_2_Q_HYST_SF DB_4_Q_HYST_SF _MEDIUM(-2dB), _HIGH(-4dB), DB0_Q_HYST_SF_ DB_2_Q_HYST_SF MEDIUM(0dB) _HIGH(-2dB), NOT_CFG(Not DB0_Q_HYST_SF_ configure), HIGH(0dB) CFG(Configure)

DB2_Q_HYST~2, DB3_Q_HYST~3, DB4_Q_HYST~4, DB5_Q_HYST~5, DB6_Q_HYST~6, DB8_Q_HYST~7, DB10_Q_HYST~8, DB12_Q_HYST~9, DB14_Q_HYST~10 S30_T_EVALULATI , ON~0, DB16_Q_HYST~11 NOT_CFG~0, S60_T_EVALULATI , CFG~1 S30_T_HYST_NOR ON~1, DB18_Q_HYST~12 MAL~0, S120_T_EVALULA , S60_T_HYST_NOR TION~2, DB20_Q_HYST~13 MAL~1, S180_T_EVALULA , S120_T_HYST_NO TION~3, DB22_Q_HYST~14 RMAL~2, S240_T_EVALULA , S180_T_HYST_NO TION~4 DB24_Q_HYST~15 RMAL~3, Not involved S240_T_HYST_NO RMAL~4 DB_6_Q_HYST_SF Not involved _MEDIUM~0, DB_4_Q_HYST_SF DB_6_Q_HYST_SF _MEDIUM~1, _HIGH~0, DB_2_Q_HYST_SF DB_4_Q_HYST_SF _MEDIUM~2, _HIGH~1, DB0_Q_HYST_SF_ DB_2_Q_HYST_SF MEDIUM~3 _HIGH~2, NOT_CFG~0, DB0_Q_HYST_SF_ CFG~1 HIGH~3

Interval values

0~31

Not involved

2dB

Interval values

0~31

Not involved

2dB

Interval values

0~7

Not involved

None

Interval values

-70~-22

Not involved

2dBm

NOT_CFG(Not Enumeration values configure), CFG(Configure)

NOT_CFG~0, CFG~1

None

Interval values

Not involved

dBm


NOT_CFG~0, CFG~1

None

Interval values

Not involved

2dB

Enumeration values Enumeration values Enumeration values Enumeration values Interval values Interval values Enumeration values Enumeration values Enumeration values

-30~33

0~31

dB None s s None None dB dB None

NOT_CFG(Not Enumeration values configure), MBW6(1.4M), CFG(Configure) MBW15(3M), MBW25(5M), Enumeration values MBW50(10M), MBW75(15M), MBW100(20M) Interval values 0~7

NOT_CFG~0, MBW6~0, CFG~1 MBW15~1, MBW25~2, MBW50~3, MBW75~4, MBW100~5 Not involved

NOT_CFG(Not T_RESEL_SF_0DO Enumeration values configure), T25(0.25), CFG(Configure) T_RESEL_SF_0DO T_RESEL_SF_0DO T5(0.5), Enumeration values T25(0.25), T_RESEL_SF_0DO T_RESEL_SF_0DO T75(0.75), T5(0.5), Enumeration values T_RESEL_SF_1DO T_RESEL_SF_0DO T0(1.0) T75(0.75), T_RESEL_SF_1DO T0(1.0)

T_RESEL_SF_0DO NOT_CFG~0, None T25~0, CFG~1 T_RESEL_SF_0DO T_RESEL_SF_0DO T5~1, None T25~0, T_RESEL_SF_0DO T_RESEL_SF_0DO T75~2, T5~1, T_RESEL_SF_1DO None T_RESEL_SF_0DO T0~3 T75~2, T_RESEL_SF_1DO T0~3

None MHz s

3GPP R8 Specifications Broadcast of 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection system information Cell Selection and 3GPP R8 Re-selection 3GPP R8 Specifications Specifications Broadcast of 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Specifications Cell Selection 3GPP R8 of and Broadcast Re-selection Specifications system information Broadcast of and Cell Selection 3GPP R8 system information Re-selection Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection system information CS Fall Back to 1x Cell RTT Selection and Re-selection CS Fall Back to 1x RTT

BitString00(00), BitString01(01), Enumeration values BitString10(10), BOOLEAN_FALSE( BitString11(11) False), Enumeration values BOOLEAN_TRUE( True) Interval values 0~11

BitString00~0, BitString01~1, None BitString10~2, BOOLEAN_FALSE BitString11~3 ~0, None BOOLEAN_TRUE~ 1 Not involved None

NOT_CFG(Not Enumeration values configure), CFG(Configure) BOOLEAN_FALSE( False), Enumeration values BOOLEAN_TRUE( True) NOT_CFG(Not Enumeration values configure), CFG(Configure)

NOT_CFG~0, None CFG~1 BOOLEAN_FALSE ~0, None BOOLEAN_TRUE~ 1 NOT_CFG~0, None CFG~1

Interval values

Not involved

None

NOT_CFG~0, CFG~1

None

0~15

NOT_CFG(Not Enumeration values configure), CFG(Configure) NOT_CFG(Not Enumeration values configure), CFG(Configure) BOOLEAN_FALSE( False), Enumeration values BOOLEAN_TRUE( True) Interval values 0~255

NOT_CFG~0, None CFG~1 BOOLEAN_FALSE ~0, None BOOLEAN_TRUE~ 1 Not involved None


NOT_CFG~0, CFG~1

None

Interval values

Not involved

None


NOT_CFG~0, CFG~1

None

Interval values

0~255

Not involved

None

Interval values

0~7

Not involved

s

0~255

NOT_CFG(Not T_RESEL_SF_0DO Enumeration values configure), T25(0.25), CFG(Configure) T_RESEL_SF_0DO T_RESEL_SF_0DO T5(0.5), Enumeration values T25(0.25), T_RESEL_SF_0DO T_RESEL_SF_0DO T75(0.75), T5(0.5), Enumeration values T_RESEL_SF_1DO T_RESEL_SF_0DO T0(1.0) T75(0.75), NOT_CFG(Not Enumeration values T_RESEL_SF_1DO configure), T0(1.0) CFG(Configure) NOT_CFG(Not Enumeration values configure), CFG(Configure)

T_RESEL_SF_0DO NOT_CFG~0, T25~0, CFG~1 T_RESEL_SF_0DO T_RESEL_SF_0DO T5~1, T25~0, T_RESEL_SF_0DO T_RESEL_SF_0DO T75~2, T5~1, T_RESEL_SF_1DO T_RESEL_SF_0DO T0~3 T75~2, NOT_CFG~0, T_RESEL_SF_1DO CFG~1 T0~3 NOT_CFG~0, CFG~1

None

Interval values

0~32767

Not involved

None

Interval values

0~65535

Not involved

None

None None None None

3GPP R8 Specifications Broadcast of 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection 3GPP R8 system information CS Fall Back to 1x Specifications Cell Selection and RTT Broadcast of Re-selection system information CS FallR8 Back to 1x 3GPP Cell Selection and RTT Specifications Re-selection Broadcast of to 1x CS FallR8 Back 3GPP system information RTT Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Specifications Cell Selection and Broadcast of Re-selection system information Cell Selection and 3GPP R8 Re-selection 3GPP R8 Specifications Specifications 3GPP R8 of Broadcast Specifications system information Broadcast of and Cell Selection 3GPP R8 system information Re-selection Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Mobility Specifications Cell Selection and Management Broadcast of Re-selection system information Mobility Cell Selection and Management Re-selection Mobility Management

Interval values

BOOLEAN_FALSE( False), BOOLEAN_TRUE( BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( BOOLEAN_FALSE( True) False), BOOLEAN_TRUE( True) 0~127

BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ BOOLEAN_FALSE 1 ~0, BOOLEAN_TRUE~ 1 Not involved

Interval values

0~4095

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~7

Not involved

None


NOT_CFG~0, CFG~1

None

Character string

Not involved

None


NOT_CFG~0, CFG~1

None

Interval values

Not involved

s

Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values

0~6 characters

0~7

NOT_CFG(Not T_RESEL_SF_0DO Enumeration values configure), T25(0.25), CFG(Configure) T_RESEL_SF_0DO T_RESEL_SF_0DO T5(0.5), Enumeration values T25(0.25), T_RESEL_SF_0DO T_RESEL_SF_0DO T75(0.75), T5(0.5), Enumeration values T_RESEL_SF_1DO T_RESEL_SF_0DO T0(1.0) T75(0.75), T_RESEL_SF_1DO Interval values 0~11 T0(1.0)

T_RESEL_SF_0DO NOT_CFG~0, T25~0, CFG~1 T_RESEL_SF_0DO T_RESEL_SF_0DO T5~1, T25~0, T_RESEL_SF_0DO T_RESEL_SF_0DO T75~2, T5~1, T_RESEL_SF_1DO T_RESEL_SF_0DO T0~3 T75~2, T_RESEL_SF_1DO Not involved T0~3

Interval values

Not involved

0~7

NOT_CFG(Not T_RESEL_SF_0DO Enumeration values configure), T25(0.25), CFG(Configure) T_RESEL_SF_0DO T_RESEL_SF_0DO T5(0.5), Enumeration values T25(0.25), T_RESEL_SF_0DO T_RESEL_SF_0DO T75(0.75), T5(0.5), Enumeration values T_RESEL_SF_1DO T_RESEL_SF_0DO T0(1.0) T75(0.75), T_RESEL_SF_1DO T0(1.0)

None None None None None None None None

None None None None s

T_RESEL_SF_0DO NOT_CFG~0, None T25~0, CFG~1 T_RESEL_SF_0DO T_RESEL_SF_0DO T5~1, None T25~0, T_RESEL_SF_0DO T_RESEL_SF_0DO T75~2, T5~1, T_RESEL_SF_1DO None T_RESEL_SF_0DO T0~3 T75~2, T_RESEL_SF_1DO T0~3

3GPP R8 3GPP R8 Specifications Specifications 3GPP R8 of Broadcast Specifications system information Broadcast of and Cell Selection 3GPP R8 system information Re-selection Specifications Cell Selection and Broadcast of Re-selection 3GPP R8 system information Mobility Specifications Cell Selection and Management Broadcast of Re-selection system information Mobility Cell Selection and Management Re-selection 3GPP R8 Mobility 3GPP R8 Specifications Management Specifications Broadcast of 3GPP systemR8 information Specifications Cell Selection and Broadcast of Re-selection system information Cell Selection and 3GPP R8 Re-selection Specifications 3GPP R8 Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of system information 3GPP R8 3GPP R8 Specifications Specifications Broadcast of 3GPP systemR8 information Specifications Uplink Power Broadcast of Control 3GPP systemR8 information Specifications Uplink Power Broadcast of Control 3GPP R8 system information Specifications Uplink Power Broadcast of Control 3GPP systemR8 information Specifications Uplink Power Broadcast of Control system information Uplink Power Control

Interval values

0~11

Not involved

None

Interval values

0~7

Not involved

s

NOT_CFG(Not T_RESEL_SF_0DO Enumeration values configure), T25(0.25), CFG(Configure) T_RESEL_SF_0DO T_RESEL_SF_0DO T5(0.5), Enumeration values T25(0.25), T_RESEL_SF_0DO T_RESEL_SF_0DO T75(0.75), T5(0.5), Enumeration values T_RESEL_SF_1DO T_RESEL_SF_0DO T0(1.0) T75(0.75), T_RESEL_SF_1DO Interval values 0~11 T0(1.0)

T_RESEL_SF_0DO NOT_CFG~0, T25~0, CFG~1 T_RESEL_SF_0DO T_RESEL_SF_0DO T5~1, T25~0, T_RESEL_SF_0DO T_RESEL_SF_0DO T75~2, T5~1, T_RESEL_SF_1DO T_RESEL_SF_0DO T0~3 T75~2, T_RESEL_SF_1DO Not involved T0~3

Interval values

-70~-22

Not involved

2dBm

Interval values

0~8

Not involved

2dB

Interval values

Not involved BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ RF8~0, RF16~1, 1 RF32~2, RF64~3, RF128~4, RF8~0, RF16~1, RF256~5, RF512~6 RF32~2, RF64~3, RF128~4, RF8~0, RF16~1, RF256~5, RF512~6 RF32~2, RF64~3, RF128~4, RF8~0, RF16~1, RF256~5, RF512~6 RF32~2, RF64~3, RF128~4, RF8~0, RF16~1, RF256~5, RF512~6 RF32~2, RF64~3, RF128~4, RF8~0, RF16~1, RF256~5, RF512~6 RF32~2, RF64~3, RF128~4, RF8~0, RF16~1, RF256~5, RF512~6 RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 Not involved AL0~0, AL04~1, AL05~2, AL06~3, AL07~4, AL08~5, AL09~6, AL1~7 Not involved

None

Interval values

0~11 RF8(8 radio BOOLEAN_FALSE( frames), RF16(16 False), radio frames), RF8(8 radio BOOLEAN_TRUE( RF32(32 radio frames), RF16(16 True) frames), RF64(64 radio frames), radio frames), RF8(8 radio RF32(32 radio RF128(128 radio frames), RF16(16 frames), RF64(64 frames), RF256(256 radio frames), radio frames), radio frames), RF8(8 radio RF32(32 radio RF128(128 radio RF512(512 radio frames), RF16(16 frames), RF64(64 frames), RF256(256 frames) radio frames), radio frames), radio frames), RF8(8 radio RF32(32 radio RF128(128 radio RF512(512 radio frames), RF16(16 frames), RF64(64 frames), RF256(256 frames) radio frames), radio frames), radio frames), RF8(8 radio RF32(32 radio RF128(128 radio RF512(512 radio frames), RF16(16 frames), RF64(64 frames), RF256(256 frames) radio frames), radio frames), radio frames), RF8(8 radio RF32(32 radio RF128(128 radio RF512(512 radio frames), RF16(16 frames), RF64(64 frames), RF256(256 frames) radio frames), radio frames), radio frames), RF32(32 radio RF128(128 radio RF512(512 radio frames), RF64(64 frames), RF256(256 frames) radio radio frames), frames), RF128(128 RF512(512 radio radio frames), RF256(256 frames) 0~11 AL0(0), AL04(0.4), radio frames), AL05(0.5), RF512(512 radio AL06(0.6), frames) AL07(0.7), AL08(0.8), AL09(0.9), -127~-96 AL1(1)

Interval values

-126~24

Not involved

dBm

Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Interval values Enumeration values

DELTAF_2(-2dB), Enumeration values DELTAF0(0dB), DELTAF2(2dB) DELTAF1(1dB), Enumeration values DELTAF3(3dB), DELTAF5(5dB)

DELTAF_2~0, DELTAF0~1, DELTAF2~2 DELTAF1~0, DELTAF3~1, DELTAF5~2

None None None None

None None None None None None None None None None dBm

dB dB

3GPP R8 Specifications Broadcast of 3GPP systemR8 information Specifications Uplink Power Broadcast of Control 3GPP systemR8 information Specifications Uplink Power Broadcast of Control 3GPP systemR8 information Specifications Uplink Power Broadcast of Control system information Uplink Power 3GPP ControlR8 Specifications 3GPP R8 Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of 3GPP systemR8 information Specifications Broadcast of system information None

DELTAF_2(-2dB), DELTAF0(0dB), DELTAF1(1dB), DELTAF2(2dB) DELTAF_2(-2dB), DELTAF0(0dB), DELTAF2(2dB) DELTAF_2(-2dB), DELTAF0(0dB), MS100_T300(100m DELTAF2(2dB) s), MS200_T300(200m -1~6 MS100_T301(100m s), s), MS300_T300(300m MS200_T301(200m 0~11 s), s), MS400_T300(400m MS300_T301(300m s), MS0_T310(0ms), s), MS600_T300(600m MS50_T310(50ms), MS400_T301(400m s), MS1000_T311(100 MS100_T310(100m s), MS1000_T300(100 0ms), s), MS600_T301(600m 0ms), MS3000_T311(300 MS200_T310(200m s), MS1500_T300(150 0ms), s), MS1000_T301(100 0ms), MS5000_T311(500 MS500_T310(500m 0ms), MS2000_T300(200 0ms), s), MS1500_T301(150 0ms) MS10000_T311(10 MS1000_T310(100 0ms), 000ms), 0ms), MS2000_T301(200 MS15000_T311(15 n1(1), n2(2), n3(3), MS2000_T310(200 0ms) 000ms), n4(4), 0ms) n5(5), n6(6), MS20000_T311(20 n8(8), n10(10) n1(1), n2(2), n3(3), 000ms), n4(4), n6(6), n8(8), MS30000_T311(30 n10(10), 000ms) n20(20)

DELTAF_2~0, DELTAF0~1, DELTAF1~2, DELTAF2~3 DELTAF_2~0, DELTAF0~1, DELTAF2~2 DELTAF_2~0, DELTAF0~1, DELTAF2~2

Interval values

0~11

Not involved

None

None

Character string

1~99 characters

Not involved

None

None

Interval values

Enumeration values Enumeration values Enumeration values Interval values Interval values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values

0~11 BOOLEAN_FALSE( Broadcast of False), Enumeration values system information BOOLEAN_TRUE( Broadcast of NORMAL_CP(Nor True) system information mal), Enumeration values CP length EXTENDED_CP(Ex Normal CP NORMAL_CP(Nor tended) CP length Extended CP mal), Enumeration values Normal CP EXTENDED_CP(Ex Extended CP tended) Broadcast of Interval values 1~40,64 system information NOT_CFG(Not Broadcast of Enumeration values configure), system information CFG(Configure) Broadcast of 18000~39649,6533 CELL_BW_N6(1.4 Interval values system information 6~65535 M), Broadcast of Interval values system information Scalable Bandwidth Broadcast of Enumeration values system information Scalable Bandwidth Broadcast of Enumeration values system information

CELL_BW_N15(3M 0~39649,65336~65 CELL_BW_N6(1.4 ), 535 M), CELL_BW_N25(5M CELL_BW_N15(3M ), ), CELL_BW_N50(10 CELL_BW_N25(5M M), ), CELL_BW_N75(15 CELL_BW_N50(10 M), M), CELL_BW_N100(2 CELL_BW_N75(15 0M) M), CELL_BW_N100(2 0M)

Not involved MS100_T300~0, Not involved MS200_T300~1, MS300_T300~2, MS100_T301~0, MS400_T300~3, MS200_T301~1, MS600_T300~4, MS300_T301~2, MS1000_T300~5, MS400_T301~3, MS0_T310~0, MS1500_T300~6, MS600_T301~4, MS50_T310~1, MS2000_T300~7 MS1000_T301~5, MS100_T310~2, MS1000_T311~0, MS1500_T301~6, MS200_T310~3, MS3000_T311~1, MS2000_T301~7 MS500_T310~4, MS5000_T311~2, MS1000_T310~5, MS10000_T311~3, MS2000_T310~6 MS15000_T311~4, n1~0, n2~1, n3~2, MS20000_T311~5, n4~3, n5~4, n6~5, MS30000_T311~6 n8~6, n10~7 n1~0, n2~1, n3~2, n4~3, n6~4, n8~5, n10~6, n20~7

dB dB dB 2dB None ms ms ms ms None None

Not involved None BOOLEAN_FALSE ~0, None BOOLEAN_TRUE~ 1 NORMAL_CP~0, None EXTENDED_CP~1 NORMAL_CP~0, None EXTENDED_CP~1 Not involved

None

NOT_CFG~0, CFG~1

None

Not involved

None

Not involved None CELL_BW_N6~0, CELL_BW_N15~1, CELL_BW_N25~2, MHz CELL_BW_N6~0, CELL_BW_N50~3, CELL_BW_N15~1, CELL_BW_N75~4, CELL_BW_N25~2, CELL_BW_N100~5 MHz CELL_BW_N50~3, CELL_BW_N75~4, CELL_BW_N100~5

Broadcast of Interval values system information Broadcast of Interval values system information Broadcast of Interval values system information None

Enumeration values

None

Enumeration values

None

Interval values

Broadcast of Enumeration values system information Broadcast of Enumeration values system information Broadcast of Enumeration values system information None

Enumeration values

None

Enumeration values

Random Access Interval values Procedure High Speed Mobility Ultra High Speed Enumeration values Mobility Random Access Interval values Procedure Random Access Procedure

Interval values

None

Enumeration values

None

Interval values

None

Interval values

None

Enumeration values

None

Enumeration values

None

Character string

None

Enumeration values

None

Character string

E(Unavailable MPT board), GET_LICENSE_FAI L(Failed to obtain the cell license), TDD_CELL_FRAM E_CFG_ERR(Incorr ect TDD uplink0~255 downlink subframe configuration in a baseband 0~503 processing unit), CELL_POWER_EX 1~32 CEED_RRU_CAP( User-configured CELL_DEACTIVE( CELL_UNBLOCK(U maximum cell TX Deactivated), nblock), power exceeding CELL_ACTIVE(Acti CELL_HIGH_BLOC the ve) allowed power K(High range ofblock), RRU),dBdB-24(-24dB), CELL_MIDDLE_BL INTRA_BBI_PREA 22(-22dB), dB-20(OCK(Middle block), MBLEFMT_CFG_E 20dB), dB-18(CELL_LOW_BLOC dB-24(-24dB), 1~1440dB-16(-dBRR(Inconsistent 18dB), K(Low 22(-22dB), dB-20(preamble format of 16dB), block) dB-14(20dB), dB-18(a cell in a baseband CELL_FDD(FDD), 14dB), dB-12(SA0(SA0), 18dB), dB-16(processing unit), CELL_TDD(TDD) 12dB), dB-10(SA1(SA1), 16dB), dB-14(INTRA_BBI_CYCLI SSP0(SSP0), 10dB), dB-8(-8dB), SA2(SA2), 14dB), dB-12(CPREFIX_CFG_ER SSP1(SSP1), dB-6(-6dB), SA3(SA3), dB-5(12dB), dB-10(R(Inconsistent SSP2(SSP2), 5dB), dB-4(-4dB), SA4(SA4), 10dB), dB-8(-8dB), uplink/downlink CP SSP3(SSP3), dB-3(-3dB), SA5(SA5), dB-2(dB-6(-6dB), dB-5(length of a cell in SSP4(SSP4), 2dB), dB-1(-1dB),a SA6(SA6) 5dB), dB-4(-4dB), baseband SSP5(SSP5), dB0(0dB), dB-3(-3dB), dB-2(processing unit), SSP6(SSP6), dB1(1dB), 2dB), dB-1(-1dB), BBI_CELL_NUM_O SSP7(SSP7), dB2(2dB), dB0(0dB), VER(Cell SSP8(SSP8) dB3(3dB), dB1(1dB), configurations dB4(4dB), dB2(2dB), exceeding dB5(5dB), the dB3(3dB), specifications of the dB6(6dB), LOW_SPEED(Low dB4(4dB), baseband board), 0~837 dB8(8dB), speed cell flag), dB5(5dB), CELL_EXCEED_D dB10(10dB), HIGH_SPEED(High dB6(6dB), SP_SPEC(Cell dB12(12dB), speed cell flag), dB8(8dB), configurations dB14(14dB), ULTRA_HIGH_SPE CELL_NO_OP(No dB10(10dB), exceeding the dB16(16dB), ED(Ultra high of the Operation), dB12(12dB), specifications dB18(18dB), 0~4 speed cell flag) CELL_SETUP_ACT dB14(14dB), baseband dB20(20dB), (Act Cell), dB16(16dB), processing), dB22(22dB), CELL_SETUP_UBL dB18(18dB), MULTI_CARRIER_ 1~100000 dB24(24dB) (UnBlock Cell), dB20(20dB), CELL_TOPO_NOT NOT_CFG(Not CELL_INST_UNIN CELL_SETUP_HE dB22(22dB), _SPT(A multiconfigure), STALL(Uninstall), ALCHK(Cell dB24(24dB) carrier cell CFG(Configure) CELL_INST_UEM_ Healthy Check), supporting only CFGING(UEM CELL_SETUP_141 RRUs in star 98 configuring), (141 Cell or Setup), topology two CELL_INST_RRU_ CELL_SETUP_UL combined RRUs), CFGING(RRU 98 WIDESCAN(UL BF_ALGO_NOT_S configuring), Wide Freq Scan UPPORT(The CELL_INST_BBI_C Cell Setup), baseband version FGING(BBI CELL_DEL_BLK_L not supporting the configuring), OW(Block Cell BF algorithm), CELL_INST_RECF Low), BBI_MIMOCELL_B GING(Recfging), CELL_DEL_BLK_M W_ERR(MIMO CELL_INST_DELE ID(Block Cell Mid), mutual aid TING(Deleting), CELL_DEL_BLK_H supporting only the 0~32 characters CELL_INST_NORM IGH(Block Cell of 10 cell bandwidth AL(Normal), High), MHz or higher), CELL_INST_BARR CELL_DEL_NOUS MIMOCELL_BW_M ED(Barred) ER(Block Cell No IX_ERR(MIMO User), mutual aid not 0~32 characters CELL_DEL_DEA(D supporting hybrid eactive Cell), bandwidth), CELL_DEL_RMV(D MIMOCELL_TOPO elete Cell), _MIX_ERR(Coexist CELl_DEL_HEALC ence not allowed HK(Cell betweenHealthy MIMO Chk), mutual aid and CELL_DEL_UNHE other network

Not involved

None

Not involved

None

Not involved

None

CELL_UNBLOCK~ CELL_DEACTIVE~ 0, CELLINFO_INIT_F 0, CELL_ACTIVE~1 CELL_HIGH_BLOC AIL~0, K~1, ALLOC_RRU_FAIL CELL_MIDDLE_BL ~1, OCK~2, ALLOC_BBI_FAIL~ CELL_LOW_BLOC Not involved 2, K~3 ALLOC_IDX2_FAIL ~3, CELL_FDD~0, RES_CHK_FAIL~4, CELL_TDD~1 dB-24~0, dB-22~1, SA0~0, UEM_CFG_FAIL~5, dB-20~2,SA1~1, dB-18~3, SA2~2, RRU_CFG_FAIL~6, dB-16~4,SA3~3, dB-14~5, SA4~4, dB-24~0, dB-22~1, BBI_CFG_FAIL~7, SSP0~0,SA5~5, SSP1~1, dB-12~6, dB-10~7, SA6~6 dB-20~2, dB-18~3, TX_BRANCH_NOT SSP2~2, SSP3~3, dB-8~8, dB-6~9, dB-16~4, _USABLE~8, SSP4~4, SSP5~5, dB-5~10, dB-14~5, dB-4~11, dB-12~6, dB-10~7, RX_BRANCH_NOT SSP6~6, SSP7~7, dB-3~12, dB-2~13, dB-8~8, _USABLE~9, SSP8~8 dB-6~9, dB-1~14, dB0~15, dB-5~10, dB-4~11, CELL_FREQ_ERR dB1~16, dB2~17, dB-3~12, dB-2~13, OR~10, dB3~18, dB4~19, dB-1~14, dB0~15, CELL_ACT_SUCC dB5~20, dB6~21, dB1~16, ESS~11, dB8~22, dB2~17, dB10~23, dB3~18, NO_INFO~12, dB12~24,dB4~19, dB14~25, dB5~20, dB6~21, S1_LINK_DOWN~1 Not involved dB16~26, dB18~27, dB8~22, 3, dB20~28,dB10~23, dB22~29, LOW_SPEED~0, dB12~24, ALLOC_CONTAINE dB24~30 dB14~25, HIGH_SPEED~1, dB16~26, dB18~27, R_FAIL~14, ULTRA_HIGH_SPE dB20~28, dB22~29, MPT_NOT_USABL ED~2 dB24~30 E~15, Not involved GET_LICENSE_FAI L~16, TDD_CELL_FRAM Not involved E_CFG_ERR~17, CELL_NO_OP~0, CELL_POWER_EX NOT_CFG~0, CELL_SETUP_ACT CEED_RRU_CAP~ CFG~1 CELL_INST_UNIN ~1, 18, STALL~0, CELL_SETUP_UBL INTRA_BBI_PREA CELL_INST_UEM_ ~2, Not involved MBLEFMT_CFG_E CFGING~1, CELL_SETUP_HE RR~19, CELL_INST_RRU_ ALCHK~3, INTRA_BBI_CYCLI Not involved CFGING~2, CELL_SETUP_141 CPREFIX_CFG_ER CELL_INST_BBI_C ~4, R~20, FGING~3, CELL_SETUP_UL BBI_CELL_NUM_O CELL_INST_RECF WIDESCAN~5, VER~21, GING~4, CELL_DEL_BLK_L CELL_EXCEED_D CELL_INST_DELE OW~26, SP_SPEC~22, TING~5, CELL_DEL_BLK_M MULTI_CARRIER_ CELL_INST_NORM ID~27, CELL_TOPO_NOT Not involved AL~6, CELL_DEL_BLK_H _SPT~23, CELL_INST_BARR IGH~28, BF_ALGO_NOT_S ED~7 CELL_DEL_NOUS UPPORT~24, ER~29, BBI_MIMOCELL_B CELL_DEL_DEA~3 W_ERR~25, 0, Not involved MIMOCELL_BW_M CELL_DEL_RMV~3 IX_ERR~26, 1, MIMOCELL_TOPO CELl_DEL_HEALC _MIX_ERR~27, HK~32, DOUBLERRU_10M CELL_DEL_UNHE BL_BW_MIX_ERR AL~33, ~28, CELL_DEL_SETUP DOUBLERRU_TOP _FAIL~34,

None None min None None None dB dB None None None m None 0.1MHz 0.1MHz None None None None None

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Interval values

None

Interval values

Downlink Static None Inter-Cell Interference Downlink Static Coordination Inter-Cell Downlink Dynamic Interference Inter-Cell Downlink Static Coordination Interference Inter-Cell Downlink Dynamic Coordination Interference Inter-Cell Downlink Static Coordination Interference Inter-Cell Downlink Dynamic Coordination Interference Inter-Cell Downlink Static Coordination Interference Inter-Cell Downlink Dynamic Coordination Interference Inter-Cell Downlink Static Coordination Interference Inter-Cell Downlink Dynamic Coordination Interference Inter-Cell Downlink Static Coordination Interference Inter-Cell Downlink Dynamic Coordination Interference Inter-Cell Downlink Static Coordination Interference Inter-Cell Downlink Dynamic Coordination Interference Inter-Cell Coordination Interference Downlink Dynamic Coordination Inter-Cell Low Power Interference Consumption Coordination Mode

Interval values Enumeration values Interval values Enumeration values Enumeration values

CELL_DEL_BLK_L E(Star basic Type), Shutdown OW(Block Mode), Cell HOT_BACKUP_TY CELL_PWRSAVE_ Low), Backup PE(Hot LOWPWR_CELLU CELL_DEL_BLK_M Type), SEDPWRRDU(Low ID(Block Cell Mid), COLD_BACKUP_T Power CELL_DEL_BLK_H YPE(Cold Backup Consumption IGH(Block Cell Type), Mode-Cell Used High), MULTI_CHAIN_TY Power Reduced), CELL_DEL_NOUS PE(MuLti Chain CELL_PWRSAVE_ ER(Block Cell No Type), BBI_SLOT_0(0), LOWPWR_RSPWR User), STAR_DOUBLE_R BBI_SLOT_1(1), RDU(Low Power CELL_DEL_DEA(D RU_TYPE(Star BBI_SLOT_2(2), Consumption eactive Cell), Double RRU Type), BBI_SLOT_3(3), Mode-Reference CELL_DEL_RMV(D CHAIN_LEVEL2_T BBI_SLOT_4(4), Signal Power elete Cell), YPE(2 Level Chain BBI_SLOT_5(5), Reduced), CELl_DEL_HEALC Cell Type), BBI_SLOT_INVALI CELL_PWRSAVE_ HK(Cell Healthy LOAD_SHARE_TY D(Invalid Slot LOWPWR_RFSHD( Chk), PE(Load Share Number) Low Power CELL_DEL_UNHE Mode Type), Consumption 0~255 AL(Cell UnHealthy), MIMO_MUTUAL_AI Mode-RF CELL_DEL_SETUP D_TYPE(MIMO Shutdown), _FAIL(Cell mutual aid),Setup 0~255 CELL_PWRSAVE_ Fail), MULTI_SECTOR_S LOWPWR_CELLS CELL_DEL_141_D TAR(Multi sector HD(Low Power EL(141 Cell Del), star), 0~11 120ms, 240ms, Consumption CELL_DEL_ULWID MULTI_SECTOR_C 480ms, 640ms, Mode-Cell ESCAN(UL Wide HAIN(Multi sector 1024ms, 2048ms, Shutdown), Freq Scan10240ms, Cell chain), 5120ms, AUTO_PWROFF_ Del), MUX_NORMAL_TY 1min, 6min, 12min, ONTIME(Auto CELL_DEL_CELLN PE(MUX normal), 30min, 60min 1~8 Power Off On Time OACCESSALM(Cel MUX_DOUBLE_TY r1(1), r2(2), r4(4), Mode) l No Access Alarm) PE(MUX double), r8(8), r16(16), INVALID_TYPE(Inv r32(32), r64(64), alid Type) Infinity(Infinity) SAME_AS_TRIG_ QUAN(Same as Trig Quan), BOTH

Enumeration values RSRP, RSRQ 0ms, 40ms, 64ms, 0~30 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, Interval values -30~30 2560ms, 5120ms Interval values

Interval values

0~11

WIDESCAN~5, CELL_PWRSAVE_ CELL_DEL_BLK_L UNINSTALL~0, OW~26, CELL_PWRSAVE_ CELL_DEL_BLK_M STAR_BASIC_TYP RFSHD~1, ID~27, E~0, CELL_PWRSAVE_ CELL_DEL_BLK_H HOT_BACKUP_TY CELLSHD~2, IGH~28, PE~1, CELL_PWRSAVE_ CELL_DEL_NOUS COLD_BACKUP_T LOWPWR_CELLU ER~29, YPE~2, SEDPWRRDU~3, CELL_DEL_DEA~3 BBI_SLOT_0~0, MULTI_CHAIN_TY CELL_PWRSAVE_ 0, BBI_SLOT_1~1, PE~3, LOWPWR_RSPWR CELL_DEL_RMV~3 BBI_SLOT_2~2, STAR_DOUBLE_R RDU~4, 1, BBI_SLOT_3~3, RU_TYPE~4, CELL_PWRSAVE_ CELl_DEL_HEALC BBI_SLOT_4~4, CHAIN_LEVEL2_T LOWPWR_RFSHD HK~32, BBI_SLOT_5~5, YPE~6, ~5, CELL_DEL_UNHE BBI_SLOT_INVALI LOAD_SHARE_TY CELL_PWRSAVE_ AL~33, D~65535 PE~7, LOWPWR_CELLS CELL_DEL_SETUP MIMO_MUTUAL_AI HD~6, _FAIL~34, Not involved D_TYPE~8, AUTO_PWROFF_ CELL_DEL_141_D MULTI_SECTOR_S ONTIME~7 EL~35, TAR~9, 120ms~0, Not involved CELL_DEL_ULWID MULTI_SECTOR_C 240ms~1, ESCAN~36, HAIN~10, 480ms~2, CELL_DEL_CELLN MUX_NORMAL_TY Not involved 640ms~3, OACCESSALM~11 PE~11, 1024ms~4, 2 MUX_DOUBLE_TY 2048ms~5, PE~12, 5120ms~6, INVALID_TYPE~13 10240ms~7, 1min~8, 6min~9, Not involved 12min~10, r1~0, r2~1, r4~2, 30min~11, r8~3, r16~4, r32~5, 60min~12 r64~6, Infinity~7 SAME_AS_TRIG_ QUAN~0, BOTH~1 0ms~0, 40ms~1, 64ms~2, RSRP~0,80ms~3, RSRQ~1 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, Not involved 2560ms~14, 5120ms~15

None None None None None None None ms None None None None 0.5dB None 0.5dB None

Low Power Enumeration values OFF(Off), ON(On) Consumption Mode

OFF~0, ON~1

None

Low Power Enumeration values OFF(Off), ON(On) Consumption Mode

OFF~0, ON~1

None

Low Power Composite type Consumption Mode

00:00:00~23:59:59 Not involved

None

Low Power Composite type Consumption Mode

00:00:00~23:59:59 Not involved

None

Low Power Interval values Consumption Mode

0~1440

Not involved

min


0~1440

Not involved

min


0~1440

Not involved

min


10~100

Not involved

%


-10~0

Not involved

dB


1~1440

Not involved

min

Interval values

0~11

Not involved

None

Interval values

1~15

Not involved

None

Interval values

1~15

Not involved

None

Interval values

10~99

Not involved

%

Interval values

10~99

Not involved

%

Interval values

10~99

Not involved

%

Interval values

10~99

Not involved

%

Interval values

0~90

Not involved

%

Interval values

0~90

Not involved

%

Interval values

0~90

Not involved

%

Interval values

0~99

Not involved

%

Interval values

0~99

Not involved

%

Interval values

0~99

Not involved

%

Interval values

0~99

Not involved

%

Interval values

1~100

Not involved

%

Interval values

1~100

Not involved

%

Interval values

1~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

1~15

Not involved

None

3GPP R8 Specifications 3GPP R8 Specifications Admission Control 3GPP R8 Control Congestion Specifications Admission Control Congestion 3GPP R8 Control Specifications Admission Control 3GPP R8 Specifications Admission Control 3GPP R8 Specifications Admission Control 3GPP R8 Specifications Admission Control 3GPP R8 Specifications Admission Control 3GPP R8 Specifications Admission Control 3GPP R8 Specifications Admission Control 3GPP R8 Specifications Congestion Control 3GPP R8 Specifications Congestion Control 3GPP R8 Specifications Congestion Control 3GPP R8 Specifications Congestion Control 3GPP R8 Specifications Congestion Control 3GPP R8 Specifications Congestion Control 3GPP R8 Specifications Congestion Control 3GPP R8 Specifications Admission Control 3GPP R8 Specifications Admission Control 3GPP R8 Specifications Congestion Control

3GPP R8 Specifications 3GPP R8 Control Congestion Specifications Radio/transport Resource 3GPP R8 Preemption Specifications Admission Control 3GPP R8 Control Congestion Specifications Admission Control 3GPP R8 Control Congestion Specifications Admission Control 3GPP R8 Control Congestion Specifications Admission Control Congestion 3GPP R8 Control Specifications Admission Control RF Channel Intelligent Shutdown RF Channel Intelligent Shutdown RF Channel Intelligent Shutdown RF Channel Intelligent Shutdown RF Channel Intelligent Shutdown Intelligent PowerOff of Carriers in the Same Coverage Intelligent PowerOff of Carriers in the Same Coverage Intelligent PowerOff of Carriers in the Same Coverage Intelligent PowerOff of Carriers in the Same Coverage Intelligent PowerOff of Carriers in the Same Coverage Intelligent PowerOff of Carriers in the Same Coverage Intelligent PowerOff of Carriers in the Same Coverage Intelligent PowerOff of Carriers in the Same Coverage Uplink None Static InterCell Interference Coordination Uplink InterUplink Static Dynamic Cell Interference Inter-Cell Coordination Interference Uplink Dynamic Coordination Inter-Cell Interference Coordination

Interval values

0~50

Not involved

%

Interval values

1~15

Not involved

None

Interval values

10~100

Not involved

%

Interval values

10~100

Not involved

%

Interval values

10~100

Not involved

%

Interval values

10~100

Not involved

%

Interval values

0~9000

Not involved

None

Interval values

0~11

Not involved

None

OFF~0, ON~1

None

Enumeration values OFF(Off), ON(On) Composite type

00:00:00~23:59:59 Not involved

None

Composite type

00:00:00~23:59:59 Not involved

None

Interval values

0~7

Not involved

dB

Interval values

0~11

Not involved

None

OFF~0, ON~1

None

Enumeration values OFF(Off), ON(On) Composite type

00:00:00~23:59:59 Not involved

None

Composite type

00:00:00~23:59:59 Not involved

None

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

120ms~0, Not involved 240ms~1, 480ms~2, Interval values 0~11 Not involved 120ms, 240ms, 640ms~3, 480ms, 640ms, 1024ms~4, 1024ms, 2048ms, 2048ms~5, Enumeration values 5120ms, 10240ms, 5120ms~6, 1min, 6min, 12min, 10240ms~7, 30min, 60min 1min~8, 6min~9, Interval values 1~8 Not involved 12min~10, 30min~11, 60min~12 Interval values

0~100

% None ms None

Uplink Static InterCell Interference Coordination Uplink InterUplink Static Dynamic Cell Interference Inter-Cell Coordination Interference Uplink Static InterUplink Dynamic Coordination Cell Interference Inter-Cell Coordination Interference Uplink Static InterUplink Dynamic Coordination Cell Interference Inter-Cell Coordination Interference Uplink Static InterUplink Dynamic Coordination Cell Interference Inter-Cell Coordination Interference Uplink Static InterUplink Dynamic Coordination Cell Interference Inter-Cell Coordination Interference Uplink Dynamic Coordination Inter-Cell Interference None Coordination

r1(1), r2(2), r4(4), r8(8), r16(16), Enumeration values r32(32), r64(64), Infinity(Infinity) SAME_AS_TRIG_ Enumeration values QUAN(Same as Trig Quan), BOTH Enumeration values RSRP, RSRQ

0ms, 40ms, 64ms, 0~30 100ms, 80ms, 128ms, 160ms, 256ms, 320ms, Enumeration values 480ms, 512ms, 640ms, 1024ms, 1280ms, Interval values -30~30 2560ms, 5120ms ULSCH_STRATEG Y_EPF(EPF), Interval values 0~11 ULSCH_STRATEG Basic Scheduling Y_MAX_CI(MAX_C Enhanced Enumeration values ADAPTIVE_HARQ_ I), SW_ON(On), Scheduling ULSCH_STRATEG ADAPTIVE_HARQ_ Y_PF(PF), UL Synchronization Enumeration values SW_OFF(Off), ULSCH_STRATEG HARQ ADAPTIVE_HARQ_ Y_RR(RR) SW_SEMI_ON(Se AMC Interval values 1~99 miOn) Interval values

r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, r64~6, Infinity~7 SAME_AS_TRIG_ QUAN~0, BOTH~1 0ms~0, 40ms~1, 64ms~2, RSRP~0,80ms~3, RSRQ~1 100ms~4, 128ms~5, Not involved 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, Not involved 1024ms~12, 1280ms~13, ULSCH_STRATEG Not involved 2560ms~14, Y_EPF~0, 5120ms~15 ULSCH_STRATEG Y_MAX_CI~1, ADAPTIVE_HARQ_ ULSCH_STRATEG SW_ON~0, Y_PF~2, ADAPTIVE_HARQ_ ULSCH_STRATEG SW_OFF~1, Y_RR~3 ADAPTIVE_HARQ_ SW_SEMI_ON~2 Not involved

None None None 0.5dB ms 0.5dB None None None 0.01

Dynamic Scheduling

Interval values

0~100

Not involved

%

Dynamic Scheduling

Interval values

1~10

Not involved

ms

HOPPING_OFF(Ho Dynamic pping off), Interval values 45~1500 Scheduling HOPPING_TYPE1( Basic Scheduling Hopping Type 1), Enhanced Enumeration values HOPPING_TYPE2( Scheduling Hopping Type 2), Dynamic HOPPING_TYPE2_ Scheduling Interval values 0~100 RANDOM(Hopping Admission Control RachAdjSwitch(Rac Type 2 Random) Congestion Control hAdjSwitch), None Interval values 0~11 HoRaSwitch(HoRa 3GPP R8 Switch), Specifications UnsyncRaSwitch(U Bit field type Random Access nsyncRaSwitch), Procedure MaksIdxSwitch(Mak SrsSubframeRecfS 3GPP R8 sIdxSwitch), Bit field type witch(SrsSubframe Specifications BackOffSwitch(Bac RecfSwitch) kOffSwitch) 3GPP R8 PucchSwitch(Pucch Bit field type Specifications Switch) Active Queue Management Bit field type AqmAlgoSwitch (AQM) UL 2x2 MU-MIMO CQI Adjustment CqiAdjAlgoSwitch, Bit field type Dynamic StepVarySwitch Scheduling None Enumeration values OFF(Off), ON(On) Adaptive Power Consumption

Bit field type

HOPPING_OFF~0, Not involved byte HOPPING_TYPE1~ 1, HOPPING_TYPE2~ None 2, HOPPING_TYPE2_ Not involved % RANDOM~3 Not involved None RachAdjSwitch~0, HoRaSwitch~1, UnsyncRaSwitch~2 None , MaksIdxSwitch~3, BackOffSwitch~4 SrsSubframeRecfS None witch~0 PucchSwitch~0

None

AqmAlgoSwitch~0

None

CqiAdjAlgoSwitch~ 0, None StepVarySwitch~1 OFF~0, ON~1

None

DynAdjVoltSwitch(D DynAdjVoltSwitch~ ynamic Adjust None 0 Voltage Switch)

TCH(dlCacPredictS witch), LCEM_RAC_ALG_ UL_PREDICT_SWI IntraFreqActiveMlb TCH(ulCacPredictS Switch(IntraFreqAct 3GPP R8 witch), iveMlbSwitch), Specifications LCEM_RAC_ALG_ InterFreqMlbSwitch( Admission Control 3GPP R8 GBR_USAGE_SWI InterFreqMlbSwitch) Congestion Control Bit field type Specifications ,TCH(GbrUsedPRb Radio/transport Intra-LTE Load CheckSwitch), UtranMlbSwitch(Utr Resource Balancing PreLCEM_RAC_ALG_ Bit field type anMlbSwitch), Physical Channel emption Load Inter-RAT DL_LDC_SWITCH( CloseLoopSpsSwitc GeranMlbSwitch(G Management PdschSpsPcSwitch, Sharing to UTRAN dlLdcSwitch), h, eranMlbSwitch), Broadcast of PhichInnerLoopPcS Inter-RAT Load Bit field type LCEM_RAC_ALG_ InnerLoopPuschSwi CdmaMlbSwitch(Cd system information witch, Sharing to GERAN UL_LDC_SWITCH( Broadcast of tch, maMlbSwitch), Dynamic Downlink PdcchPcSwitch ulLdcSwitch), system information PhSinrTarUpdateS IntraFreqIdleMlbSwi Power Allocation Bit field type LCEM_LDC_ALG_ Uplink Power witch, tch(IntraFreqIdleMlb Single REL_DRB_SWITC ControlStreaming InnerLoopPucchSwi Switch) SpsSchSwitch(Sps Beamforming H(LdcDrbRelSwitch tch, Bit field type BfSwitch SchSwitch), Dual streaming ), OiSinrTarUpdateSw FreqSelSwitch(Freq SinrAdjustSwitch(Si Beamforming Basic Scheduling LCEM_RAC_ALG_ itch SelSwitch), Basic Scheduling nrAdjustSwitch), Bit field type Enhanced PREEMPTION_SW ServiceDiffSwitch(S Enhanced PreAllocationSwitch Scheduling ITCH(PreemptionS erviceDiffSwitch) Scheduling (PreAllocationSwitc witch) Bit field type TTI Bundling h), VoIP SemiUlVmimoSwitch(UlV 3GPP R8 persistent mimoSwitch), Specifications OFF(Off), ON(On) SchedulingControl Enumeration values FreqPriorIFHOSwitc TtiBundlingSwitch(T Admission h(FreqPriorIFHOSw tiBundlingSwitch), Basic Scheduling Intra-LTE Load itch), Im2IcSwitch(Im2IcS Bit field type Balancing FreqPriorIFBlindHO witch) Switch(FreqPriorIF Downlink Static MODE1(DL band BlindHOSwitch) None Interval values 0~11 scheme Inter-Cell division Interference No.1), MODE2(DL Coordination band division Enumeration values Downlink Dynamic scheme No.2), Inter-Cell MODE3(DL band Dynamic Downlink Interference division Interval values 0~11 scheme Power Allocation Coordination No.3)

LCEM_RAC_ALG_ DL_PREDICT_SWI TCH~2, LCEM_RAC_ALG_ UL_PREDICT_SWI TCH~3, LCEM_RAC_ALG_ IntraFreqActiveMlb GBR_USAGE_SWI Switch~0, TCH~4, InterFreqMlbSwitch LCEM_RAC_ALG_ ~1, DL_LDC_SWITCH~ UtranMlbSwitch~2, 5, PdschSpsPcSwitch CloseLoopSpsSwitc GeranMlbSwitch~3, LCEM_RAC_ALG_ ~0, h~0, CdmaMlbSwitch~4, UL_LDC_SWITCH~ PhichInnerLoopPcS InnerLoopPuschSwi IntraFreqIdleMlbSwi 6, witch~1, tch~1, tch~5 LCEM_LDC_ALG_ PdcchPcSwitch~2 PhSinrTarUpdateS REL_DRB_SWITC witch~2, H~7, InnerLoopPucchSwi LCEM_RAC_ALG_ tch~3, BfSwitch~0 PREEMPTION_SW OiSinrTarUpdateSw ITCH~8 itch~4 FreqSelSwitch~0, SpsSchSwitch~0, ServiceDiffSwitch~1 SinrAdjustSwitch~1, PreAllocationSwitch ~2, UlVmimoSwitch~3, TtiBundlingSwitch~ OFF~0, ON~1 4, Im2IcSwitch~5 FreqPriorIFHOSwitc h~0, FreqPriorIFBlindHO Switch~1 Not involved

None None None None None None None None None None

MODE1~0, MODE2~1, MODE3~2

None

Not involved

None

Not involved

0.1dB

PA_NEG6(-6), 0~11 PA_NEG4DOT77(4.77), PA_NEG3(PA_NEG6(-6), 3), Enumeration values PA_NEG4DOT77(PA_NEG1DOT77(4.77), 1.77), PA_NEG3(PA_0(0), 3), PA_1(1), PA_2(2), Enumeration values PA_NEG1DOT77(PA_3(3) 1.77), PA_0(0), PA_1(1), PA_2(2), Interval values 0~11 PA_3(3)

Not involved PA_NEG6~0, PA_NEG4DOT77~1 , PA_NEG3~2, PA_NEG6~0, PA_NEG1DOT77~3 PA_NEG4DOT77~1 , PA_0~4, PA_1~5, ,PA_2~6, PA_NEG3~2, PA_3~7 PA_NEG1DOT77~3 , PA_0~4, PA_1~5, PA_2~6, PA_3~7 Not involved

None

Dynamic Downlink Power Allocation

Interval values

Not involved

0.1dBm

None

Interval values


Interval values


Interval values

Dynamic Downlink Power Allocation Dynamic Downlink Power Allocation Dynamic Downlink Power Allocation

-150~150

-150~150

DLSCH_PRI_TYPE 0~11 _EPF(EPF), DLSCH_PRI_TYPE _PF(PF), Enumeration values DLSCH_PRI_TYPE _MAX_CI(MAX C/I), DLSCH_PRI_TYPE Interval values 0~100 _RR(RR)

Basic Scheduling Enhanced Scheduling Dynamic Scheduling Admission Control Dynamic Congestion Control Scheduling Interval values Admission Control Dynamic Congestion Control Scheduling Interval values Admission Control Congestion Control

None None None

DLSCH_PRI_TYPE Not involved None _EPF~0, DLSCH_PRI_TYPE _PF~1, None DLSCH_PRI_TYPE _MAX_CI~2, DLSCH_PRI_TYPE Not involved % _RR~3

0~100

Not involved

0.01

0~100

Not involved

0.01

None 3GPP R8 Specifications Intra-LTE Load 3GPP R8 Balancing Specifications 3GPP R8 Load Intra-LTE Specifications Balancing 3GPP R8 Load Inter-RAT Specifications Sharing to UTRAN Intra-LTE Load Inter-RAT 3GPP R8 Load Balancing Sharing to GERAN Specifications Inter-RAT Load Intra-LTE Load Sharing 3GPP R8to UTRAN Balancing Inter-RAT Load Specifications Inter-RAT Load Sharing to GERAN Intra-LTE Sharing toLoad UTRAN Balancing Inter-RAT Load Inter-RAT Sharing toLoad GERAN Sharing to UTRAN Inter-RAT Load None Sharing to GERAN

Interval values

0~11

Not involved

None

Interval values

1~100

Not involved

%

Interval values

1~100

Not involved

%

LOAD_EXCHANGE _PERIOD_1S(1s), Interval values 1~100 LOAD_EXCHANGE _PERIOD_2S(2s), Enumeration values LOAD_EXCHANGE _PERIOD_5S(5s), LOAD_EXCHANGE Interval values 1~50 _PERIOD_10S(10s )

LOAD_EXCHANGE Not involved % _PERIOD_1S~0, LOAD_EXCHANGE _PERIOD_2S~1, s LOAD_EXCHANGE _PERIOD_5S~2, LOAD_EXCHANGE Not involved % _PERIOD_10S~3

Interval values

1~50

Not involved

%

Interval values

0~11

Not involved

None



OFF~0, ON~1

None


Interval values

Not involved

None



OFF~0, ON~1

None

None

Interval values

0~11

Not involved

None

None

Interval values

0~50

Not involved

None

Sleeping Cell Detection

Interval values

0~11

Not involved

None


Composite type

00:00:00~23:59:59 Not involved

None


Composite type

00:00:00~23:59:59 Not involved

None


Interval values

0~72

Not involved

h

Not involved

None

MODE1~1, MODE2~2, MODE3~3

None

Not involved

None

Not involved

None

TM1~0, TM2~1, TM7~6, TM8~7

None

Not involved

None

MODE1(UL band 0~11 scheme division No.1), MODE2(UL band division Enumeration values scheme No.2), MODE3(UL band division Interval values 0~11 scheme No.3)

Uplink None Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference None Coordination

Interval values

None

Interval values

None None

1~4

0~9 TM1(TM1), TM2(TM2), Enumeration values TM7(TM7), TM8(TM8) Interval values 0~100

None

Interval values

0~100

Not involved

None

None

Interval values

0~10000

Not involved

0.01mw

None

Interval values

0~10000

Not involved

0.01mw

None

Interval values

0~1200

Not involved

None

None

Interval values

0~1200

Not involved

None

MOD_PERIOD_CO 0~11 EFF_N2(2), MOD_PERIOD_CO Broadcast of EFF_N4(4), Enumeration values system information MOD_PERIOD_CO EFF_N8(8), MOD_PERIOD_CO None Interval values 0~11 Physical Channel EFF_N16(16) Management Broadcast of Interval values -3175~3175 Physical Channel system information Management Dynamic Downlink Broadcast of Power Allocation Interval values -3175~3175 Physical Channel system information Management Dynamic Downlink Broadcast of Power Allocation Interval values -3175~3175 Physical Channel system information Management Dynamic Downlink Broadcast of Physical Channel Power Allocation Interval values -3175~3175 system information Management Dynamic Downlink Broadcast of Physical Channel Power Allocation system information Interval values -3175~3175 Management Paging Broadcast of Dynamicinformation Downlink system Interval values -3175~3175 Power Allocation Random Access Procedure Dynamic Downlink Interval values None -3175~3175 Power Allocation

MOD_PERIOD_CO Not involved None EFF_N2~0, MOD_PERIOD_CO EFF_N4~1, None MOD_PERIOD_CO EFF_N8~2, MOD_PERIOD_CO Not involved None EFF_N16~3

None Physical Channel Management Broadcast of Physical Channel system information Management Dynamic Downlink Broadcast of Power Allocation system information Dynamic Downlink 3GPP Power R8 Allocation Specifications 3GPP R8 Specifications Transport Channel 3GPP R8 Management Specifications Transport Channel Management 3GPP R8 Specifications 3GPP R8 Specifications Physical Channel Management


Interval values

Interval values

0~11 DBM_120(120dBm), DBM_118(Interval values -600~500 118dBm), DBM_116(Interval values 0~3 116dBm), DBM_114(DB0_PWR_RAMPI 114dBm), Interval values 0~11 NG_STEP(0dB), DBM_112(DB2_PWR_RAMPI 112dBm), NG_STEP(2dB), Enumeration values DBM_110(DB4_PWR_RAMPI 110dBm), NG_STEP(4dB), DBM_108(DB6_PWR_RAMPI Enumeration values 108dBm), NG_STEP(6dB) SC0(0), SC1(1), DBM_106(SC2(2), SC3(3), 106dBm), Interval values 0~11 SC4(4), SC5(5), DBM_104(SC6(6), SC7(7), 104dBm), SC8(8), SC9(9), DBM_102(Enumeration values SC10(10), 102dBm), SC11(11), DBM_100(SC12(12), 100dBm), SC13(13), DBM_98(-98dBm), SC14(14) DBM_96(-96dBm), DBM_94(-94dBm), DBM_92(-92dBm), DBM_90(-90dBm)

Not involved

0.005dB

Not involved

0.005dB

Not involved

0.005dB

Not involved

0.005dB

Not involved

0.005dB

Not involved

0.005dB

Not involved

0.005dB

Not involved

None

Not involved

0.1dBm

Not involved DBM_120~0, DBM_118~1, DB0_PWR_RAMPI DBM_116~2, Not involved NG_STEP~0, DBM_114~3, DB2_PWR_RAMPI DBM_112~4, NG_STEP~1, DBM_110~5, DB4_PWR_RAMPI DBM_108~6, NG_STEP~2, DBM_106~7, DB6_PWR_RAMPI DBM_104~8, NG_STEP~3 SC0~0, SC1~1, DBM_102~9, SC2~2, SC3~3, DBM_100~10, Not involved SC4~4, SC5~5, DBM_98~11, SC6~6, SC7~7, DBM_96~12, SC8~8, SC9~9, DBM_94~13, SC10~10, DBM_92~14, SC11~11, DBM_90~15 SC12~12, SC13~13, SC14~14

None None dB dBm None None

3GPP R8 Specifications Physical Channel Management None Physical Channel Management Broadcast of Physical Channel system information Management Broadcast of system information None Logical Channel Management Broadcast of system information Broadcast of Paging system information Paging None Physical Channel Management Broadcast of Physical Channel system information Management Broadcast of Physical Channel system information Management Broadcast of Physical Channel system information Management Broadcast of Physical Channel system information Management Broadcast of Physical Channel system information Management Broadcast of Physical Channel system information Management Broadcast of system information UL 64QAM 3GPP R8 Specifications 3GPP R8 Specifications Physical Channel RAN Sharing with Management Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with Dedicated Carrier None PS Inter-RAT Mobility between EUTRAN and CDMA2000

BOOLEAN_FALSE( False), Enumeration values BOOLEAN_TRUE( True) Interval values 0~11

BOOLEAN_FALSE ~0, None BOOLEAN_TRUE~ 1 Not involved None

NORMAL~0, EXTENDED~1 ONE_SIXTH~0, ONE_SIXTH, HALF, Enumeration values HALF~1, ONE~2, ONE, TWO TWO~3 Enumeration values

NORMAL, EXTENDED

Interval values

None None

0~11 rf32(32 radio frames), rf64(64 FOURT, TWOT, radio frames), Enumeration values ONET, HALFT, rf128(128 radio QUARTERT, frames), rf256(256 ONE_EIGHTT, Enumeration values radio frames) ONE_SIXTEENTHT , ONE_THIRTY_SEC Interval values 0~11 ONDT

Not involved

Interval values

Not involved INTER_SUB_FRA ME~0, INTRA_AND_INTE R_SUB_FRAME~1 Not involved BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 Not involved BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 Not involved BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 Not involved DS2_DELTA_SHIF T~1, DS3_DELTA_SHIF T~2 Not involved

None

Character string

1~4 INTER_SUB_FRA ME(Inter), INTRA_AND_INTE R_SUB_FRAME(Int er And Intra) 0~98 BOOLEAN_FALSE( False), BOOLEAN_TRUE( True) 0~29 BOOLEAN_FALSE( False), BOOLEAN_TRUE( True) 0~7 BOOLEAN_FALSE( False), BOOLEAN_TRUE( True) 0~11 DS2_DELTA_SHIF T(ds2), DS3_DELTA_SHIF T(ds3) 6~16 characters

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Interval values

0~11

Not involved

None

Character string

6~16 characters

Not involved

None

Enumeration values Interval values Enumeration values Interval values Enumeration values Interval values Enumeration values Interval values Enumeration values

None

FOURT~0, rf32~0, rf64~1, TWOT~1, ONET~2, None rf128~2, rf256~3 HALFT~3, QUARTERT~4, None ONE_EIGHTT~5, ONE_SIXTEENTHT ~6, Not involved None ONE_THIRTY_SEC ONDT~7

None RB None None None None None None None None

PS Inter-RAT Mobility between EUTRAN and LOFDCDMA2000 002001:Automatic Inter-RAT ANR Neighbour Relation (ANR) Inter-RAT Mobility ANR Management Automatic PS Inter-RAT Neighbour Relation Mobility (ANR) between EUTRAN and Inter-RAT ANR PS Inter-RAT CDMA2000 Mobility between EAutomatic UTRAN andRelation Neighbour CDMA2000 (ANR) Automatic Inter-RAT ANR Neighbour Relation PS Inter-RAT (ANR) None Mobility between Inter-RAT ANR EUTRAN and PS Inter-RAT CDMA2000 Mobility between Cell Selection andEUTRAN and Reselection CDMA2000 Inter-RAT ANR PS CellInter-RAT Selection and Mobility between EReselection UTRAN and 3GPP R8 Inter-RAT ANR CDMA2000 Specifications Inter-RAT ANR PS Inter-RAT 3GPP R8 Mobility between ESpecifications UTRAN and PS Inter-RAT CDMA2000 Mobility between ERAN Sharing UTRAN and with Common Carrier CDMA2000 RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with Dedicated Carrier

PERMIT_HO_ENU M(Permit Ho), Enumeration values FORBID_HO_ENU PERMIT_RMV_EN M(Forbid Ho) UM(Permit Rmv), Enumeration values FORBID_RMV_EN UM(Forbid Rmv) Interval values 0~32 BOOLEAN_FALSE( False), Enumeration values BOOLEAN_TRUE( True) Character string 0~99 characters

PERMIT_HO_ENU M~0, FORBID_HO_ENU PERMIT_RMV_EN M~1 UM~0, FORBID_RMV_EN UM~1 Not involved BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 Not involved

Character string

Not involved

0~99 characters


bc0~0, bc1~1, bc2~2, bc3~3, Interval values 0~11 None bc0, bc1, bc2, bc3, Not involved bc4~4, bc5~5, bc4, bc5, bc6, bc7, bc6~6, bc7~7, bc8, bc9, bc10, Enumeration values bc8~8, bc9~9, None bc11, bc12, bc13, bc10~10, bc11~11, bc14, bc15, bc16, bc12~12, bc13~13, bc17 Interval values 0~2047 Not involved bc14~14, bc15~15, None bc16~16, bc17~17 Interval values

-15~15

Not involved

dB


NOT_CFG~0, CFG~1

None

Interval values

0~15

Not involved

None

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Interval values

0~1048575

Not involved

None

Interval values

0~255

Not involved

None

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Interval values

0~65535

Not involved

None

Interval values

1~65533,65535

Not involved

None

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Character string

3 characters

Not involved

None

RAN Sharing with Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier RAN Sharing with PS Inter-RAT Dedicated Carrier Mobility between EPS Inter-RAT UTRAN between and Mobility ECDMA2000 UTRAN and PS Inter-RAT CDMA2000 Mobility between Cell Selection andEUTRAN 3GPP R8and Reselection CDMA2000 Specifications Inter-RAT ANR CellInter-RAT Selection and PS Reselection Mobility between EPS Inter-RAT Inter-RAT ANR UTRAN and Mobility between ECDMA2000 UTRAN and and Cell Selection CDMA2000 Reselection RAN Sharing with Cell Selection and Common Carrier Reselection RAN Sharing with RAN Sharing with Dedicated Carrier Common Carrier PS Inter-RAT RAN Sharing withEMobility between Dedicated Carrier UTRAN and CDMA2000 Cell Selection and Reselection None Inter-RAT ANR PS Inter-RAT Mobility between EUTRAN and PS Inter-RAT CDMA2000 Mobility between EUTRAN and CDMA2000 Automatic Inter-RAT ANR Neighbour Relation (ANR) Inter-RAT ANR Mobility Management Automatic Neighbour Relation (ANR) PS Inter-RAT Inter-RAT ANR EMobility between UTRAN and PS Inter-RAT CDMA2000 Mobility between Inter-RAT ANR EUTRAN and CDMA2000 Inter-RAT ANR None

Character string

2~3 characters

Not involved

None

Interval values

0~268435455

Not involved

None

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

bc0~0, bc1~1, bc2~2, bc3~3, Character string 6~16 characters None bc0, bc1, bc2, bc3, Not involved bc4~4, bc5~5, bc4, bc5, bc6, bc7, bc6~6, bc7~7, bc8, bc9, bc10, Enumeration values bc8~8, bc9~9, None bc11, bc12, bc13, bc10~10, bc11~11, bc14, bc15, bc16, bc12~12, bc13~13, bc17 Interval values 0~2047 Not involved bc14~14, bc15~15, None bc16~16, bc17~17 Interval values

0~511 CDMA2000_HRPD( CDMA2000_HRPD) , Enumeration values CDMA2000_1XRTT (CDMA2000_1XRT T) Character string 3 characters

Not involved None CDMA2000_HRPD ~0, None CDMA2000_1XRTT ~1 Not involved None

Character string

2~3 characters

Not involved

None

Character string

0~99 characters

Not involved

None

Interval values

0~11

Not involved

None

6~16 characters PERMIT_HO_ENU M(Permit Ho), Enumeration values FORBID_HO_ENU PERMIT_RMV_EN M(Forbid Ho) UM(Permit Rmv), Enumeration values FORBID_RMV_EN UM(Forbid Rmv) Interval values 0~32 BOOLEAN_FALSE( False), Enumeration values BOOLEAN_TRUE( True) Character string 0~99 characters

Not involved PERMIT_HO_ENU M~0, FORBID_HO_ENU PERMIT_RMV_EN M~1 UM~0, FORBID_RMV_EN UM~1 Not involved BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 Not involved

None

Character string

0~99 characters

Not involved

None

Interval values

0~11

Not involved

None

Character string


PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration values PS Inter-RAT Cell Selection andEMobility between Reselection UTRAN and Interval values Inter-RAT ANR CDMA2000 Cell Selection and Cell Selection and Reselection Interval values Reselection Cell Selection and Reselection PS Inter-RAT Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EPS Inter-RAT UTRAN and Mobility between EGERAN and UTRAN GERAN Service based interPS Inter-RAT RAT handover to EMobility between GERAN and UTRAN GERAN None PS Inter-RAT Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and Automatic GERAN Neighbour Relation (ANR) Inter-RAT ANR Inter-RAT ANR

bc0~0, bc1~1, bc2~2, bc3~3, bc0, bc1, bc2, bc3, bc4~4, bc5~5, bc4, bc5, bc6, bc7, bc6~6, bc7~7, bc8, bc9, bc10, bc8~8, bc9~9, None bc11, bc12, bc13, bc10~10, bc11~11, bc14, bc15, bc16, bc12~12, bc13~13, bc17 0~7 Not involved bc14~14, bc15~15, None bc16~16, bc17~17 0~63

Not involved

dB

Interval values

0~63

Not involved

dB

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Interval values

0~65535

Not involved

None

Interval values

1~65533,65535

Not involved

None


NOT_CFG~0, CFG~1

None

Interval values

0~255

Not involved

None

Enumeration values

GSM_dcs1800, GSM_pcs1900

GSM_dcs1800~0, GSM_pcs1900~1

None

Interval values

0~1023

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~7

Interval values

0~11

Not involved

None

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Interval values

1~65533,65535

Not involved

None

Not involved None DTM_AVAILABLE~ DTM_AVAILABLE, 0, Enumeration values DTM_NOT_AVAILA None DTM_NOT_AVAILA BLE BLE~1 Character string 0~99 characters Not involved None

Interval values

0~65535 PERMIT_RMV_EN UM(Permit Rmv), Enumeration values FORBID_RMV_EN PERMIT_HO_ENU UM(Forbid Rmv) M(Permit Ho), Enumeration values FORBID_HO_ENU M(Forbid Ho)

Not involved None PERMIT_RMV_EN UM~0, None FORBID_RMV_EN PERMIT_HO_ENU UM~1 M~0, None FORBID_HO_ENU M~1

Mobility Management Automatic Neighbour Relation (ANR) PS Inter-RAT Inter-RAT ANR Mobility between EUTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and GERAN None PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Inter-RAT ANR EMobility between PS Inter-RAT UTRAN and Mobility GERAN between EUTRAN and GERAN PS CellInter-RAT Selection and Mobility between EReselection UTRAN and GERAN Cell Selection and Reselection

Interval values

0~32 BOOLEAN_FALSE( False), Enumeration values BOOLEAN_TRUE( True) Character string 0~99 characters

Not involved None BOOLEAN_FALSE ~0, None BOOLEAN_TRUE~ 1 Not involved None

Character string

0~99 characters

Not involved

None

Interval values

0~11

Not involved

None

Interval values

0~31

Not involved

None

Enumeration values

GSM, GPRS, EDGE

GSM~0, GPRS~1, EDGE~2

None

Interval values

0~1023

Not involved

None

GSM_dcs1800, GSM_pcs1900 NOT_CFG(Not Enumeration values configure), CFG(Configure)

GSM_dcs1800~0, GSM_pcs1900~1

None

NOT_CFG~0, CFG~1

None

Cell Selection and Reselection

Interval values

Not involved

None



NOT_CFG~0, CFG~1

None


Interval values

0~39

Not involved

dBm


Interval values

0~45

Not involved

dBm


Interval values

0~31

Not involved

2dB

0~31

Not involved

2dB

-15~15

Not involved

dB

0~255

Not involved

None

Interval values

0~11

Not involved

None

Interval values

0~31

Not involved

None

Interval values

0~1023

Not involved

None

Interval values

0~11

Not involved

None

Interval values

0~503

Not involved

None

Enumeration values

Cell Selection and Interval values Reselection PS Inter-RAT Mobility between EInterval values UTRAN and GERAN Inter-RAT ANRand Cell Selection Interval values Reselection None Broadcast of system information PS Inter-RAT Broadcast of Mobility between Esystem information UTRAN and PS Inter-RAT GERAN Mobility between EUTRAN and GERAN None Cell Selection and Re-selection Coverage Based Intra-frequency Handover

0~7

None Coverage Based Intra-frequency Handover Coverage Based Intra-frequency Handover Coverage Based Intra-frequency Handover Coverage Based Intra-frequency Coverage Handover Based Intra-frequency Handover Mobility Robust Optimization Cell Selection and Re-selection Coverage Based Intra-frequency Handover Automatic Neighbor Relation(ANR) Automatic Neighbor Relation(ANR) Automatic Neighbour Relation Coverage Based (ANR) Intra-frequency Handover Coverage Automatic Based Neighbor Intra-frequency Relation(ANR) Handover Automatic Neighbor Relation(ANR) None Cell Selection and Re-selection 3GPP R8 Based Coverage Specifications Inter-frequency Cell Selection and Handover 3GPP R8 Re-selection Specifications Coverage Based Cell Selection and Inter-frequency Re-selection Handover Coverage Based Inter-frequency Cell Selection and Handover Re-selection

Not involved

None

Not involved

None

Not involved dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, Not involved dB-24~0, dB-12~6, dB-22~1, dB-10~7, dB-20~2, dB-18~3, dB-8~8, dB-6~9, dB-16~4, Not involved dB-5~10, dB-14~5, dB-4~11, dB-12~6, dB-3~12, dB-10~7, dB-2~13, dB-8~8, dB-1~14,dB-6~9, dB0~15, dB-5~10, dB-4~11, dB1~16, dB2~17, dB-3~12, dB-2~13, dB3~18, dB4~19, dB-1~14, dB0~15, dB5~20, dB6~21, dB1~16, dB2~17, dB8~22, dB10~23, PERMIT_HO_ENU dB3~18, dB4~19, dB12~24, dB14~25, M~0, dB5~20, dB6~21, dB16~26, dB18~27, FORBID_HO_ENU dB8~22, dB10~23, dB20~28, dB22~29, PERMIT_RMV_EN M~1 dB12~24, dB24~30 dB14~25, UM~0, dB16~26, dB18~27, FORBID_RMV_EN dB20~28, dB22~29, BOOLEAN_FALSE UM~1 dB24~30 ~0, BOOLEAN_TRUE~ 1 Not involved

None

Character string

dB-24(-24dB), dB0~11 22(-22dB), dB-20(20dB), dB-18(dB-24(-24dB), 3 characters 18dB), dB-16(-dB22(-22dB), dB-20(16dB), dB-14(20dB), dB-18(14dB), dB-12(2~3 characters 18dB), 12dB), dB-16(dB-10(16dB), 10dB), dB-14(dB-8(-8dB), 14dB), dB-12(dB-6(-6dB), 0~1048575 dB-5(12dB), dB-10(5dB), dB-4(-4dB), 10dB), dB-8(-8dB), dB-3(-3dB), dB-2(dB-6(-6dB), dB-5(0~255 2dB), dB-1(-1dB), 5dB), dB-4(-4dB), dB0(0dB), dB-3(-3dB), dB1(1dB), dB-2(2dB), dB-1(-1dB), dB2(2dB), dB0(0dB), dB3(3dB), dB1(1dB), dB4(4dB), dB2(2dB), dB5(5dB), PERMIT_HO_ENU dB3(3dB), dB6(6dB), M(Permit Ho), dB4(4dB), dB8(8dB), FORBID_HO_ENU dB5(5dB), dB10(10dB), PERMIT_RMV_EN M(Forbid Ho) dB6(6dB), dB12(12dB), UM(Permit Rmv), dB8(8dB), dB14(14dB), FORBID_RMV_EN dB10(10dB), BOOLEAN_FALSE( dB16(16dB), UM(Forbid Rmv) dB12(12dB), False), dB18(18dB), dB14(14dB), BOOLEAN_TRUE( dB20(20dB), dB16(16dB), True) dB22(22dB), dB18(18dB), 0~99 characters dB24(24dB) dB20(20dB), dB22(22dB), 0~99 characters dB24(24dB)

Not involved

None

Interval values

0~11

Not involved

None

Not involved

None

NOT_CFG~0, CFG~1

None

Not involved

None

NOT_CFG~0, CFG~1

None

Interval values Character string Character string Interval values Interval values Enumeration values Enumeration values Enumeration values Enumeration values Enumeration values Character string

0~39649,65336~65 535 NOT_CFG(Not Enumeration values configure), CFG(Configure) 18000~39649,6533 Interval values 6~65535 NOT_CFG(Not Enumeration values configure), CFG(Configure) Interval values

None None dB dB None None None None

Cell Selection and Re-selection

Interval values

0~7

Not involved

None


Interval values

0~7

Not involved

s

Cell Selection and Re-selection Cell Selection and Re-selection Cell Selection and 3GPP R8 Re-selection Specifications Cell Selection and Re-selection Coverage Based Inter-frequency Handover

NOT_CFG(Not Enumeration values 0DOT25_ENUM(0. configure), 25), CFG(Configure) 0DOT5_ENUM(0.5) Enumeration values 0DOT25_ENUM(0. , 25), 0DOT75_ENUM(0. 0DOT5_ENUM(0.5) 75), Enumeration values MBW6(1.4M), ,1DOT0_ENUM(1.0) 0DOT75_ENUM(0. MBW15(3M), 75), MBW25(5M), Enumeration values 1DOT0_ENUM(1.0) MBW50(10M), MBW75(15M), MBW100(20M)

NOT_CFG~0, CFG~1 0DOT25_ENUM~0, 0DOT5_ENUM~1, 0DOT75_ENUM~2, 0DOT25_ENUM~0, 1DOT0_ENUM~3 0DOT5_ENUM~1, MBW6~0, 0DOT75_ENUM~2, MBW15~1, 1DOT0_ENUM~3 MBW25~2, MBW50~3, MBW75~4, MBW100~5

None None None MHz

12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), 0~31 dB5(5dB), dB6(6dB), 0~31 dB8(8dB), dB10(10dB), dB12(12dB), -70~-22 dB14(14dB), dB16(16dB), NOT_CFG(Not dB18(18dB), configure), dB20(20dB), CFG(Configure) dB22(22dB), -30~33 dB24(24dB) BitString00(00), BitString01(01), BitString10(10), BOOLEAN_FALSE( BitString11(11) False), BOOLEAN_TRUE( True) EventA3(EventA3), EventA4(EventA4)

dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, Not involved dB8~22, dB10~23, dB12~24, dB14~25, Not involved dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 Not involved

dB

NOT_CFG~0, CFG~1

None

Not involved BitString00~0, BitString01~1, BitString10~2, BOOLEAN_FALSE BitString11~3 ~0, BOOLEAN_TRUE~ 1 EventA3~0, EventA4~1

dBm

Interval values

0~11

Not involved

None

Interval values

0~39649,65336~65 Not involved 535

None

Interval values

0~503

Not involved

None

Interval values

dB-24(-24dB), dB0~11 22(-22dB), dB-20(20dB), dB-18(dB-24(-24dB), 3 characters 18dB), dB-16(-dB22(-22dB), dB-20(16dB), dB-14(20dB), dB-18(14dB), dB-12(2~3 characters 18dB), 12dB), dB-16(dB-10(16dB), 10dB), dB-14(dB-8(-8dB), 14dB), dB-12(dB-6(-6dB), 0~1048575 dB-5(12dB), dB-10(5dB), dB-4(-4dB), 10dB), dB-8(-8dB), dB-3(-3dB), dB-2(dB-6(-6dB), dB-5(0~255 2dB), dB-1(-1dB), 5dB), dB-4(-4dB), dB0(0dB), dB-3(-3dB), dB1(1dB), dB-2(2dB), dB-1(-1dB), dB2(2dB), dB0(0dB), dB3(3dB), dB1(1dB), dB4(4dB), dB2(2dB), dB5(5dB), PERMIT_HO_ENU dB3(3dB), dB6(6dB), M(Permit Ho), dB4(4dB), dB8(8dB), FORBID_HO_ENU dB5(5dB), dB10(10dB), PERMIT_RMV_EN M(Forbid Ho) dB6(6dB), dB12(12dB), UM(Permit Rmv), dB8(8dB), dB14(14dB), FORBID_RMV_EN dB10(10dB), dB16(16dB), UM(Forbid Rmv) dB12(12dB), dB18(18dB), 0~32 dB14(14dB), dB20(20dB), BOOLEAN_FALSE( dB16(16dB), dB22(22dB), False), dB18(18dB), dB24(24dB) BOOLEAN_TRUE( dB20(20dB), True) dB22(22dB), dB24(24dB)

Not involved

None

Not involved

None

Not involved dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, Not involved dB-24~0, dB-12~6, dB-22~1, dB-10~7, dB-20~2, dB-18~3, dB-8~8, dB-6~9, dB-16~4, Not involved dB-5~10, dB-14~5, dB-4~11, dB-12~6, dB-3~12, dB-10~7, dB-2~13, dB-8~8, dB-1~14,dB-6~9, dB0~15, dB-5~10, dB-4~11, dB1~16, dB2~17, dB-3~12, dB-2~13, dB3~18, dB4~19, dB-1~14, dB0~15, dB5~20, dB6~21, dB1~16, dB2~17, dB8~22, dB10~23, PERMIT_HO_ENU dB3~18, dB4~19, dB12~24, dB14~25, M~0, dB5~20, dB6~21, dB16~26, dB18~27, FORBID_HO_ENU dB8~22, dB10~23, dB20~28, dB22~29, PERMIT_RMV_EN M~1 dB12~24, dB24~30 dB14~25, UM~0, dB16~26, dB18~27, FORBID_RMV_EN dB20~28, dB22~29, UM~1 dB24~30 Not involved BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1

None

3GPP R8 Specifications Cell Selection and Re-selection Coverage Based Inter-frequency Cell Selection and Handover Re-selection

Enumeration values


Interval values


Interval values


Enumeration values

Cell Selection and Re-selection Cell Selection and Re-selection Coverage Based Cell Selection and Inter-frequency Re-selection Handover Coverage Based Inter-frequency Coverage Handover Based Inter-frequency Handover None Cell Selection and Re-selection Coverage Based Cell Selection and Inter-frequency Re-selection Handover Coverage Based Inter-frequency Handover None Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Handover Coverage Based Inter-frequency Coverage Handover Based Inter-frequency Handover Mobility Robust Optimization Cell Selection and Re-selection Coverage Based Inter-frequency Handover Automatic Neighbor Relation(ANR) Automatic Neighbor Relation(ANR) Coverage Based Inter-frequency Handover Cell Selection and Automatic Reselection Neighbour Relation (ANR)

Interval values

Interval values Enumeration values Enumeration values Enumeration values

Character string Character string Interval values Interval values Enumeration values Enumeration values Enumeration values Enumeration values Interval values Enumeration values

2dB 2dB 2dBm

None None None

None None dB dB None None None None

Coverage Based Inter-frequency Handover Coverage Automatic Based Neighbor Inter-frequency Relation(ANR) Handover Based Coverage Automatic Neighbor Intra-frequency Relation(ANR) Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Coverage Based Based Intra-frequency Inter-frequency Handover Handover Coverage Based Inter-frequency Handover None PS Inter-RAT Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN between EMobility UTRAN and UTRAN Automatic Inter-RAT ANR Neighbour Relation (ANR) Inter-RAT ANR Mobility Management Automatic Neighbour Relation (ANR) PS Inter-RAT Inter-RAT ANR Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and UTRAN None

Character string

0~99 characters

Not involved

None

Character string

0~99 characters

Not involved

None

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Interval values

0~1048575

Not involved

None

Interval values

0~255

Not involved

None

Not involved

None

NOT_CFG~0, CFG~1

None

Not involved

None

0~39649,65336~65 535 NOT_CFG(Not Enumeration values configure), CFG(Configure) 18000~39649,6533 Interval values 6~65535 Interval values

Interval values

0~503

Not involved

None

Interval values

0~65535

Not involved

None

Character string

0~99 characters

Not involved

None

Interval values

0~11

Not involved

None

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

0~268435455 PERMIT_HO_ENU M(Permit Ho), Enumeration values FORBID_HO_ENU PERMIT_RMV_EN M(Forbid Ho) UM(Permit Rmv), Enumeration values FORBID_RMV_EN UM(Forbid Rmv) Interval values 0~32 BOOLEAN_FALSE( False), Enumeration values BOOLEAN_TRUE( True) Character string 0~99 characters

Not involved PERMIT_HO_ENU M~0, FORBID_HO_ENU PERMIT_RMV_EN M~1 UM~0, FORBID_RMV_EN UM~1 Not involved BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 Not involved

None

Character string

0~99 characters

Not involved

None

Interval values

0~11

Not involved

None

Interval values


Broadcast of System Information PS Inter-RAT Mobility between EPS Inter-RAT UTRAN between and Mobility EUTRAN and UTRAN Inter-RAT ANR UTRAN PS Inter-RAT Cell Selection andEMobility between Reselection UTRAN and PS Inter-RAT UTRAN between EMobility Inter-RAT ANR UTRAN and PS Inter-RAT UTRAN Mobility between ECell Selection UTRAN and and Reselection UTRAN Cell Selection and Reselection Cell Selection and Inter-RAT ANR Reselection Cell Selection and Reselection Broadcast of System Information Cell Selection and Reselection PS Inter-RAT Mobility between EUTRAN and UTRAN Inter-RAT ANRand Cell Selection Reselection

Interval values

0~16383

Not involved

None

Enumeration values

R99, HSDPA, HSUPA, HSPA

R99~0, HSDPA~1, None HSUPA~2, HSPA~3

UTRAN_FDD, UTRAN_TDD NOT_CFG(Not Enumeration values configure), CFG(Configure)

UTRAN_FDD~0, UTRAN_TDD~1

None

NOT_CFG~0, CFG~1

None

Interval values

Not involved

None


NOT_CFG~0, CFG~1

None

Interval values

0~7

Not involved

None

Interval values

-50~33

Not involved

dBm

Interval values

-15~15

Not involved

dB

Interval values

-24~0

Not involved

dB


Interval values

-60~-13

Not involved

dBm


Interval values

0~31

Not involved

2dB

Interval values

0~31

Not involved

2dB

Character string

3 characters

Not involved

None

Character string

2~3 characters

Not involved

None

Interval values

0~268435455

Not involved

None

Enumeration values

UTRAN_FDD, UTRAN_TDD

UTRAN_FDD~0, UTRAN_TDD~1

None

Interval values

0~16383

Not involved

None


NOT_CFG~0, CFG~1

None

Interval values

0~16383

Not involved

None

Interval values

0~4095

Not involved

None


NOT_CFG~0, CFG~1

None

Interval values

Not involved

None

Cell Selection and Reselection PS Inter-RAT Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and UTRAN

Enumeration values

0~16383

0~255

PS Inter-RAT Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and PS Inter-RAT UTRAN Mobility between EUTRAN and UTRAN Automatic Neighbour Relation(ANR) Automatic Neighbour Relation(ANR) Automatic Neighbour Relation(ANR) Automatic Neighbour Relation(ANR) Automatic Neighbour Relation(ANR) Automatic Neighbour Relation(ANR) Automatic Neighbour Relation(ANR) Coverage Based Automatic Inter-RAT ANR Intra-frequency Neighbour Handover Relation(ANR) Coverage Based Inter-RAT ANR PS Inter-RAT Automatic Inter-frequency Mobility between ENeighbour Handover UTRAN and Relation(ANR) PS Inter-RAT UTRAN Mobility between EInter-RAT ANR PS Inter-RAT UTRAN and Mobility between EUTRAN Automatic UTRAN and PS Inter-RAT Neighbour GERAN Mobility between ERelation(ANR) PS Inter-RAT UTRAN and Mobility Inter-RAT ANR EGERAN between UTRAN and PS Inter-RAT CDMA2000 Mobility between ESRVCC to UTRAN UTRAN and SRVCC to GERAN CDMA2000 Downlink Static Inter-RAT SRVCC toLoad UTRAN Inter-Cell Sharing to SRVCC to UTRAN GERAN Interference Inter-RAT LoadinterService based Coordination Sharing to GERAN PS Inter-RAT RAT handover to Downlink Dynamic Service based interMobility between EUTRAN Automatic Inter-Cell RAT handover to UTRAN and Service based interNeighbour Relation Interference UTRAN RAT handover to (ANR) Coordination Service based PS Inter-RAT GERAN Inter-RAT ANR interRAT handover Mobility between CS Fallback to to EGERAN UTRAN UTRAN and CS Fallback to GERAN CS Fallback to Mobility Robust UTRAN PS Inter-RAT GERAN Optimization CS to Mobility between CS Fallback Fallback to E3GPP R8 GERAN UTRAN and CDMA2000 1xRTT Specifications CS CDMA2000 TCPFallback Proxy to CDMA2000 1xRTT Uplink Dynamic Enhancer(TPE) Inter-Cell Interference Coordination

Interval values

0~511

Not involved

None

Interval values

1~65533,65535

Not involved

None

Character string

0~99 characters

Not involved

None

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

1~10000

Not involved

None

120ms~0, Not involved 240ms~1, r1~0, r2~1, r4~2, 480ms~2, r8~3, r16~4, r32~5, 640ms~3, r64~6, Infinity~7 1024ms~4, 2048ms~5, 5120ms~6, 10240ms~7, 1min~8, 6min~9, Not involved 12min~10, EutranVoipCapSwit 30min~11, Not involved ch~0, 60min~12 UtranVoipCapSwitc h~1, Not involved GeranVoipCapSwitc IntraFreqCoverHoS h~2, witch~0, Cdma1xRttVoipCap Not involved InterFreqCoverHoS Switch~3, witch~1, UtranPsHoSwitch~ UtranCsfbSwitch~2, Not involved 4, GeranCsfbSwitch~3 GeranPsHoSwitch~ , 5, Cdma1xRttCsfbSwit Not involved IntraRatEventAnrS CdmaHrpdNonOtpi ch~4, witch~0, misedHoSwitch~6, UtranServiceHoSwit IntraRatFastAnrSwit CdmaHrpdOptimise ch~5, ch~1, dHoSwitch~7, GeranServiceHoSw IntraRatAnrAutoDel GeranNaccSwitch~ DlIcicSwitch_OFF_ itch~6, Switch~2, 8, ENUM~0, CdmaHrpdServiceH UtranEventAnrSwitc GeranNonNaccSwit DlIcicDynamicSwitc oSwitch~7, h~3, ch~9, h_ON_ENUM~1, Cdma1xRttService GeranEventAnrSwit UtranSrvccSwitch~ DlIcicStaticSwitch_ HoSwitch~8, ch~4, 10, ON_ENUM~2, UlPowerHoSwitch~ UtranFastAnrSwitch GeranSrvccSwitch~ DlIcicReuse3Switch 9, ~5, 11, _ON_ENUM~3 InterPlmnHoSwitch GeranFastAnrSwitc Cdma1xRttSrvccSw LOAD_BASED_RE ~10 h~6, itch~12, DIRECT_SWITCH~ IntraFreqMroSwitch CdmaFastAnrSwitc UtranRedirectSwitc 0 ~0, h~7, h~13, InterFreqMroSwitch UtranAutoNrtDelete GeranRedirectSwitc ~1, Switch~8, h~14, UtranMroSwitch~2, GeranAutoNrtDelet CdmaHrpdRedirect GeranMroSwitch~3 TpeAlgoSwitch~0 eSwitch~9, Switch~15, CdmaAutoNrtDelete Cdma1xRttRedirect Switch~10 Switch~16, UlIcicIntraSwitch~0 BlindHoSwitch~17

min

Interval values

1~10080 r1(1), r2(2), r4(4), r8(8), r16(16), Enumeration values EutranVoipCapSwit 120ms, r32(32), 240ms, r64(64), ch(EutranVoipCapS 480ms, 640ms, Infinity(Infinity) witch), 1024ms, 2048ms, Enumeration values UtranVoipCapSwitc 5120ms, 10240ms, h(UtranVoipCapSwi 1min, 6min, 12min, tch), 30min, 60min Interval values 1~10080 GeranVoipCapSwitc h(GeranVoipCapSw IntraFreqCoverHoS itch), witch(IntraFreqCov Interval values -130~-70 Cdma1xRttVoipCap erHoSwitch), Switch(Cdma1xRttV InterFreqCoverHoS oipCapSwitch), Interval values 1~200 witch(InterFreqCov UtranPsHoSwitch(U erHoSwitch), tranPsHoSwitch), UtranCsfbSwitch(Ut Interval values 1~200 GeranPsHoSwitch( ranCsfbSwitch), GeranPsHoSwitch), GeranCsfbSwitch(G CdmaHrpdNonOtpi eranCsfbSwitch), Interval values 1~10000 misedHoSwitch(Cd Cdma1xRttCsfbSwit maHrpdNonOtpimis ch(Cdma1xRttCsfb edHoSwitch), Interval values 1~10000 Switch), IntraRatEventAnrS CdmaHrpdOptimise UtranServiceHoSwit witch, dHoSwitch(CdmaHr ch(UtranServiceHo IntraRatFastAnrSwit Bit field type pdOptimisedHoSwit Switch), ch, ch), GeranServiceHoSw IntraRatAnrAutoDel DlIcicSwitch_OFF_ GeranNaccSwitch( itch(GeranServiceH Switch, Bit field type ENUM, GeranNaccSwitch), oSwitch), UtranEventAnrSwitc DlIcicDynamicSwitc GeranNonNaccSwit CdmaHrpdServiceH h, h_ON_ENUM, Enumeration values ch(GeranNonNaccS oSwitch(CdmaHrpd GeranEventAnrSwit DlIcicStaticSwitch_ witch), ServiceHoSwitch), ch, ON_ENUM, UtranSrvccSwitch(U Cdma1xRttService UtranFastAnrSwitch DlIcicReuse3Switch Bit field type tranSrvccSwitch), ,HoSwitch(Cdma1x _ON_ENUM GeranSrvccSwitch( RttServiceHoSwitch GeranFastAnrSwitc IntraFreqMroSwitch GeranSrvccSwitch), LOAD_BASED_RE ), h, Bit field type (IntraFreqMroAlgoS Cdma1xRttSrvccSw DIRECT_SWITCH UlPowerHoSwitch( CdmaFastAnrSwitc witch), itch(Cdma1xRttSrvc UlPowerHoSwitch), h, InterFreqMroSwitch cSwitch), Bit field type InterPlmnHoSwitch( UtranAutoNrtDelete (InterFreqMroAlgoS UtranRedirectSwitc InterPlmnHoSwitch) Switch, witch), h(UtranRedirectSwit GeranAutoNrtDelet UtranMroSwitch, Bit field type TpeAlgoSwitch ch), eSwitch, GeranMroSwitch GeranRedirectSwitc CdmaAutoNrtDelete UlIcicIntraSwitch(U h(GeranRedirectSw Switch Bit field type plink itch), Intra-eNB ICIC switch) CdmaHrpdRedirect Switch(CdmaHrpdR edirectSwitch), Cdma1xRttRedirect Switch(Cdma1xRtt RedirectSwitch), BlindHoSwitch(Blin

None ms min dBm None None None None None None None None None None None None

Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference LoCation Services Coordination (LCS)

OFF(Off), STATIC(Static), Enumeration values DYNAMIC(Dynamic ) OtdoaSwitch(OTDO Bit field type A switch) UlUuFlowCtrlSwitch Bit field type (UU flow control switch)

Transport Differentiated Flow Control PCI Collision Detection & SelfEnumeration values OFF(Off), ON(On) Optimization Mobility Robust Interval values 1~70000 Optimization (MRO)

OFF~0, STATIC~1, None DYNAMIC~2 OtdoaSwitch~0

None

UlUuFlowCtrlSwitch None ~0 OFF~0, ON~1

None

Not involved

min

Mobility Robust Interval values Optimization (MRO)

0~100

Not involved

%


0~10000

Not involved

None


1~60

Not involved

s


0~100

Not involved

%

None

Interval values

0~9

Not involved

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~100

Not involved

%

None

Interval values

0~50000

Not involved

ms

None

Interval values

0~50000

Not involved

ms

None


OFF~0, ON~1

None

None

Interval values

0~261120

Not involved

Ts

TCP Proxy Enhancer(TPE)

Interval values

0~20

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None


Interval values

0~65535

Not involved

None

Public Key Infrastructure(PKI)

Character string

1~127 characters

Not involved

None


Character string

1~128 characters

Not involved

None

Self-configuration

Interval values

0~47

Not involved

None

Self-configuration

Enumeration values SGW, X2eNodeB

SGW~0, X2eNodeB~1

None

Self-configuration

Enumeration values NO(No), YES(Yes)

NO~0, YES~1

None

Self-configuration

Interval values

0~47

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

Interval values

0~1

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

Enumeration values IP(IP)

IP~1

None

Self-configuration

Interval values

0~15 BASE_BOARD(Bas e Board), Enumeration values E1_COVERBOARD (E1 Cover Board) Interval values 0~15 PPP(PPP Link), MPGRP(Multi-link PPP Group), Enumeration values ETH(Ethernet Port), ETHTRK(Ethernet Trunk) Interval values 0~1

Not involved

None

Not involved

None

DEACTIVE(DEATIV Enumeration values EAPE), ACTIVE(Active) INVALID(Unconfigu red authentic Enumeration values method), EAPTLS(EAP-TLS authentic method) Interval values 0~4294967295 NULL(NULL), LIC_OFF(License Off), Interval values 0~4294967295 NOTIFY_FAIL(Notifi UNAUTHENTICAT cation Enumeration values ED(Unauthenticate Authentication d), Failed), AUTHENTICATING NO_CERT(Certifica Interval values 0~4294967295 (Authenticating), te Not Exist), AUTHENTIC_SUC PORT_DOWN(Tran CEED(Authenticate Enumeration values sport Not Activated) Succeed), AUTHENTIC_FAIL( Authenticate Fail), Interval values 0~4294967295 DHCP_AUTHENTI CATING(DHCP Interval values 0~4294967295 Activation Authenticating)

DEACTIVE~0, ACTIVE~1

None

EAP-INVALID~0, EAP-TLS~13

None

Not involved

None

Not involved NULL~0, LIC_OFF~1, NOTIFY_FAIL~2, UNAUTHENTICAT NO_CERT~3, ED~0, PORT_DOWN~6 Not involved AUTHENTICATING ~1, AUTHENTIC_SUC CEED~2, AUTHENTIC_FAIL~ 3, Not involved DHCP_AUTHENTI CATING~4 Not involved

None

RAN Sharing with Common Carrier

Interval values

Not involved

%


SHARING(Sharing), SHARING~0, Enumeration values DEDICATE(Dedicat DEDICATE~1 e)

None


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%

Self-configuration Self-configuration Self-configuration Access Control based on 802.1x Access Control based on 802.1x Access Control based on 802.1x Access Control based on 802.1x Access Control based on 802.1x Access Control based on 802.1x Access Control based on 802.1x Access Control based on 802.1x Access Control based on 802.1x Access Control based on 802.1x

1~100

BASE_BOARD~0, E1_COVERBOARD None ~3 Not involved

None

PPP~6, MPGRP~8, None ETH~9, ETHTRK~10



Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%

Self-configuration

Interval values

0~15

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None

Self-configuration IPSEC

Enumeration values


None


Character string

0~15 characters

Not involved

None

0~15 characters

Not involved

None

Valid IP address

Not involved

None


None

Self-configuration Character string IPSEC Self-configuration Reliability IP address type SCTP Multi-homing Self-configuration Enumeration values IPSEC Self-configuration IPSEC

Character string

0~15 characters

Not involved

None


Character string

0~15 characters

Not involved

None

Self-configuration

Interval values

1024~65535

Not involved

None

Self-configuration

Character string

0~20 characters

Not involved

None

Self-configuration

Interval values

0~3

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

Interval values

0~1

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


IP address type

Valid IP address

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

Interval values

0~1

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None

Valid IP address

Not involved

None

Valid IP address

Not involved

None


None

Self-configuration IP address type IPSEC Self-configuration Reliability IP address type SCTP Multi-homing Self-configuration Enumeration values IPSEC Self-configuration IPSEC

IP address type

Valid IP address

Not involved

None

Self-configuration

Interval values

1024~65535

Not involved

None

Self-configuration

Interval values

1000~60000

Not involved

ms

Self-configuration

Interval values

1000~60000

Not involved

ms

Self-configuration

Interval values

1000~60000

Not involved

ms

Self-configuration

Interval values

1~99

Not involved

None

Self-configuration

Interval values

1~99

Not involved

None

Self-configuration

Interval values

1000~60000

Not involved

None

Self-configuration

Interval values

2~254

Not involved

None

Self-configuration

Interval values

1~253

Not involved

None

Self-configuration

Enumeration values


None

Self-configuration

Enumeration values


None

Self-configuration

Enumeration values

ALDER32(ALDER3 ALDER32~0, 2), CRC32(CRC32) CRC32~1

None

Self-configuration

Enumeration values


None

Self-configuration

Interval values

1~254

Not involved

None

Self-configuration

Interval values

0~15

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Character string

0~15 characters

Not involved

None


Character string

0~15 characters

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Character string

0~15 characters

Not involved

None


Character string

0~15 characters

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Character string

0~15 characters

Not involved

None


Character string

0~15 characters

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Character string

0~15 characters

Not involved

None


Character string

0~15 characters

Not involved

None

Self-configuration

Character string

0~20 characters

Not involved

None

Self-configuration

Interval values

0~3

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

Interval values

0~1

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Enumeration values


None


IP address type

Valid IP address

None

Not involved


Character string

0~15 characters

Not involved

None


Character string

0~15 characters

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

Interval values

0~1

Not involved

None

Self-configuration

Interval values

0~7

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Enumeration values


None


IP address type

Valid IP address

Not involved

None


Character string

0~15 characters

Not involved

None

0~15 characters

Not involved

None

Valid IP address

Not involved

None


None

Self-configuration Character string IPSEC Self-configuration Reliability IP address type SCTP Multi-homing Self-configuration Enumeration values IPSEC Self-configuration IPSEC

Enumeration values


None


IP address type

Valid IP address

Not involved

None


Character string

0~15 characters

Not involved

None


Character string

0~15 characters

Not involved

None

Self-configuration

Interval values

1024~65535

Not involved

None

Self-configuration

Interval values

1000~60000

Not involved

ms

Self-configuration

Interval values

1000~60000

Not involved

ms

Self-configuration

Interval values

1000~60000

Not involved

ms

Self-configuration

Interval values

1~99

Not involved

None

Self-configuration

Interval values

1~99

Not involved

None

Self-configuration

Interval values

1000~60000

Not involved

None

Self-configuration

Interval values

2~254

Not involved

None

Self-configuration

Interval values

1~253

Not involved

None

Self-configuration

Enumeration values


None

Self-configuration

Enumeration values


None

Self-configuration

Enumeration values

ALDER32(ALDER3 ALDER32~0, 2), CRC32(CRC32) CRC32~1

None

Self-configuration

Enumeration values


None

Self-configuration

Interval values

1~254

Not involved

None

Self-configuration

Interval values

16~47

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Enumeration values


None

Valid IP address

Not involved

None

Valid IP address

Not involved

None


None

Self-configuration IP address type IPSEC Self-configuration Reliability IP address type SCTP Multi-homing Self-configuration Enumeration values IPSEC Self-configuration IPSEC

Enumeration values


None


IP address type

Valid IP address

Not involved

None

Self-configuration

Interval values

1024~65535

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Enumeration values


None


IP address type

Valid IP address

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Enumeration values


None


IP address type

Valid IP address

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Enumeration values


None


IP address type

Valid IP address

Not involved

None

Self-configuration

IP address type

Valid IP address

Not involved

None


Enumeration values


None


Enumeration values


None


IP address type

Valid IP address

Not involved

None

Self-configuration

Character string

0~0,3~3 characters Not involved

None

Self-configuration

Character string


None

Self-configuration

Interval values

0~1048575

Not involved

None

Self-configuration

Character string

0~20 characters

Not involved

None

Self-configuration

Interval values

0~3

Not involved

None


Enumeration values

ESN(ESN), MAC(MAC), IP(IP)

ESN~0, MAC~1, IP~2

None


Character string

0~32 characters

Not involved

None


Character string


None


Character string

0~64 characters

Not involved

None


Character string

0~64 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None

Public Key Infrastructure(PKI) Public Key Infrastructure(PKI) Public Key Infrastructure(PKI)

DATA_ENCIPHER MENT(DATA_ENCI PHERMENT), DIGITAL_SIGNATU RE(DIGITAL_SIGN ATURE), Bit field type KEY_AGREEMENT (KEY_AGREEMEN SHA1(SHA1), Enumeration values T), MD5(MD5) KEY_ENCIPHERM KEYSIZE1024(KEY ENT(KEY_ENCIPH SIZE1024), Enumeration values ERMENT) KEYSIZE2048(KEY

DATA_ENCIPHER MENT~0, DIGITAL_SIGNATU RE~1, None KEY_AGREEMENT ~2, KEY_ENCIPHERM SHA1~0, MD5~1 None ENT~3 KEYSIZE1024~0, KEYSIZE2048~1

None

Not involved

None


Character string

SIZE2048) 0~128 characters


IP address type

Valid IP address

Not involved

None


Character string

1~64 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Enumeration values IKE(IKE), SSL(SSL) IKE~0, SSL~1

None


Character string

1~64 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~15 characters

Not involved

None


Character string

0~128 characters NORMALLY(NORM ALLY), ABNORMALITY(AB Enumeration values NORMALITY), FILENOTEXIST(Fil not exist)SSL(SSL) Enumeration values e IKE(IKE),

Not involved

None

IKE~0, SSL~1

None


Character string

1~64 characters

Not involved

None


Character string

0~128 characters

Not involved

None

Public Key Infrastructure(PKI) Public Key Infrastructure(PKI)

NORMALLY~0, ABNORMALITY~1, None FILENOTEXIST~2


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters NORMALLY(NORM ALLY), ABNORMALITY(AB Enumeration values NORMALITY), FILENOTEXIST(Fil e not exist) Character string 0~128 characters

Not involved

None

Not involved

None


Character string

1~64 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters

Not involved

None


Character string

0~128 characters NORMALLY(NORM ALLY), ABNORMALITY(AB Enumeration values NORMALITY), FILENOTEXIST(Fil e not exist) Character string 0~128 characters NORMAL(Normal), CERTLOSS(Certific Character string 1~64 characters ate Loss), CERTDAMAGE(Ce rtificate Damage), Enumeration values UNKNOWFORMAT (Unknow File Format), Character string 0~128 characters FAILED(Other failed Reason) Character string 0~128 characters

Not involved

None

Not involved

None


Character string

0~128 characters

Not involved

None


IP address type

Valid IP address

Not involved

None


Character string

0~255 characters

Not involved

None


Character string

0~255 characters

Not involved

None


Interval values

0~65535

Not involved

None


Character string

1~64 characters

Not involved

None


Enumeration values


None

Public Key Infrastructure(PKI) Public Key Infrastructure(PKI)

Public Key Infrastructure(PKI) Public Key Infrastructure(PKI) Public Key Infrastructure(PKI) Public Key Infrastructure(PKI) Public Key Infrastructure(PKI) Public Key Infrastructure(PKI)

NORMALLY~0, ABNORMALITY~1, None FILENOTEXIST~2

NORMALLY~0, ABNORMALITY~1, None FILENOTEXIST~2 Not involved

None

Not involved None NORMAL~0, CERTLOSS~1, CERTDAMAGE~2, None UNKNOWFORMAT ~3, FAILED~4 Not involved None


Interval values

8~240

Not involved

h


Interval values

0~3

Not involved

None


Enumeration values

FTP(FTP), LDAP(LDAP)

FTP~0, LDAP~1

None


Character string

0~255 characters

Not involved

None


Enumeration values


None


Interval values

1~15

Not involved

day


Interval values

7~180

Not involved

day

Public Key Infrastructure(PKI) Public Key Infrastructure(PKI) None

NOVERIFY(No PROXY(PROXY), Enumeration values Verifying), CMP(CMP) ALARM(Send an Alarm If Verifying Enumeration values CRL Failed), DISCONNECT(Disc onnect If Verifying Interval values 20000~60000 CRL Failed)

PROXY~0, CMP~1 None NOVERIFY~0, ALARM~1, DISCONNECT~2

None

Not involved

ms

None

Interval values

3~6

Not involved

None

None

Interval values

0~63

Not involved

None

Interval values

3000~3999

Not involved

None

Character string

0~127 characters

Not involved

None

Interval values

3000~3999

Not involved

None

Interval values

1~65535

Not involved

None

IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL)

DENY(Deny), PERMIT(Permit) IP(IP), ICMP(ICMP), Enumeration values TCP(TCP), UDP(UDP), SCTP(SCTP) IP address type Valid IP address Enumeration values

valid wildcard of the IP address OP_LT(Less or Enumeration values Equal), NO(No), YES(Yes) OP_GT(Greater or Equal), Enumeration values OP_EQ(Equivalent) , OP_NEQ(Not Equivalent), Interval values 0~65535 OP_RANGE(Range ) Wildcard mask type

DENY~0, PERMIT~1 IP~0, ICMP~1, TCP~6, UDP~17, SCTP~132

None None

Not involved

None

Not involved

None

NO~0, YES~1 OP_LT~1, OP_GT~2, OP_EQ~3, OP_NEQ~4, OP_RANGE~5 Not involved

None None None

IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) IPSEC Access Control List (ACL) Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Bidirectional Detection Forwarding Detection DiffServ QoS Bidirectional Support Forwarding Detection

Interval values

0~65535

Not involved

None

IP address type

Valid IP address

Not involved

None

Not involved

None

NO~0, YES~1 OP_LT~1, OP_GT~2, OP_EQ~3, OP_NEQ~4, OP_RANGE~5 Not involved

None

Not involved

None


NO~0, YES~1

None

Interval values

Not involved

None


NO~0, YES~1

None

Interval values

0~7

Not involved

None

Interval values

0~1

Not involved

None

Interval values

6~7

Not involved

None

Interval values

0~95

Not involved

None

IP address type

Valid IP address

Not involved

None

Valid IP address SINGLE_HOP(Singl e Hop), Enumeration values MULTI_HOP(Multipl e Hops) Interval values 10~1000

Not involved

None

SINGLE_HOP~0, MULTI_HOP~1

None

Not involved

ms

Interval values

Not involved

ms

3~10 MAINTENANCE(M aintenance), Enumeration values RELIABILITY(Relia bility) Interval values 0~63

Not involved

None

Not involved

None


NO~0, YES~1

None

valid wildcard of the IP address OP_LT(Less or Enumeration values Equal), NO(No), YES(Yes) OP_GT(Greater or Equal), Enumeration values OP_EQ(Equivalent) , OP_NEQ(Not Equivalent), Interval values 0~65535 OP_RANGE(Range ) Wildcard mask type

Interval values

0~65535

0~63

IP address type

10~1000

Interval values

None None

MAINTENANCE~0, None RELIABILITY~1

Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Bidirectional Forwarding Detection Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag)

ADMINDOWN(Adm in Down), Enumeration values DOWN(Down), DEMAND_MODE(D INIT(Init), UP(Up) emand Mode), Enumeration values ASYNCHRONOUS _MODE(Asynchron ous Mode) Interval values 10~1000

ADMINDOWN~0, DOWN~1, INIT~2, None UP~3 DEMAND_MODE~ 1, None ASYNCHRONOUS _MODE~2 Not involved ms

Interval values

Not involved

ms

Not involved

ms

Not involved

None

Not involved

None

10~1000

NO_DIAGNOSTIC( 0~4294967295 No Diagnostic), CTRL_DECT_TIME _EXPIRED(Control Interval values 0~4294967295 Detection Time Expired), ECHO_FUNC_FAIL Interval values 0~4294967295 ED(Echo Function Failed), Interval values 0~4294967295 NEIGHBOR_SIG_S ESSION_DOWN(N eighbor Signaled Interval values 0~4294967295 Session Down), FORDWARDING_P LANE_RESET(For Interval values 0~4294967295 warding Plane Reset), Enumeration values PATH_DOWN(Path Down), CONCATENATED_ Interval values 0~15 PATH_DOWN(Conc atenated Path Down), Character string 1~43 characters ADMIN_DOWN(Ad ministratively Down), Character string 1~43 characters REVERSE_CONCA TENTATED_PATH_ Interval values 1~8191 DOWN(Reverse Concatenated Path Down), IP address type Valid IP address PEER_ADMIN_DO WN(Peer Administratively Character string 1~43 characters Down) Interval values

NO_DIAGNOSTIC~ Not involved 0, CTRL_DECT_TIME _EXPIRED~1, Not involved ECHO_FUNC_FAIL ED~2, NEIGHBOR_SIG_S Not involved ESSION_DOWN~3, FORDWARDING_P LANE_RESET~4, PATH_DOWN~5, CONCATENATED_ Not involved PATH_DOWN~6, ADMIN_DOWN~7, REVERSE_CONCA Not involved TENTATED_PATH_ DOWN~8, PEER_ADMIN_DO Not involved WN~9

None None None None None None None

Not involved

None

Not involved

None

Not involved

None

Character string

1~43 characters

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~1

Not involved

None

Interval values

6~7

Not involved

None


NO~0, YES~1

None

Interval values

Not involved

None

1~4094

Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) None Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag)

Interval values

0~7 10ms(10ms), 100ms(100ms), Enumeration values 1s(1s), 10s(10s), 1min(1min), 10min(10min) Interval values 0~32

Not involved

None

Not involved

None

Interval values

0~64

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Character string

1~43 characters

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

None

Not involved

None

Character string

1~43 characters

Not involved

None

Character string

1~43 characters

Not involved

None

Interval values

1~8191

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~1

Not involved

None

Interval values

6~7

Not involved

None

10ms~2, 100ms~3, 1s~4, 10s~5, None 1min~6, 10min~7

BASE_BOARD(Bas BASE_BOARD~0 None e Board) ETH(Ethernet Port), Enumeration values ETHTRK(Ethernet ETH~3, ETHTRK~4 None Trunk) Enumeration values

Interval values

0~1

Not involved

None

Enumeration values


None


NO~0, YES~1

None

Interval values

1~4094

Not involved

None

Interval values

0~7

Not involved

None

Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Ethernet OAM(IEEE 802.1ag) Integrated Firewall Integrated Firewall

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Character string

1~43 characters

Not involved

None

Character string

1~43 characters

Not involved

None

Interval values

1~8191

Not involved

None

Composite type

14 characters

Not involved

None

Enumeration values

NORMAL(Normal), NORMAL~1, FAULT(Fault) FAULT~2

None

Composite type

14 characters

Not involved

None


NO~0, YES~1

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Not involved 22~22, 23~23, 67~67, 68~68, Not involved 319~319, 320~320, 500~500, 1110~1110, TCP~6, UDP~17 1120~1120, 2700~2700, 3784~3784, 4443~4443, 4500~4500, 4784~4784, 17185~17185, 30023~30023, 33003~33003, 45300~45300

None

Interval values

0~4 22(22), 23(23), 67(67), 68(68), IP address type Valid IP address 319(319), 320(320), 500(500), TCP(TCP Protocol), Enumeration values 1110(1110), UDP(UDP Protocol) 1120(1120), 2700(2700), Enumeration values 3784(3784), 4443(4443), 4500(4500), 4784(4784), 17185(17185), 30023(30023), 33003(33003), 45300(45300)

None None None

Integrated Firewall

Enumeration values


None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7 BASE_BOARD(Bas PPP(PPP e Board), Link), Enumeration values MPGRP(Multi-link E1_COVERBOARD PPP Group), (E1 Cover Board) ETH(Ethernet Port), Enumeration values ETHTRK(Ethernet Trunk), LOOPINT(Loopbac Interval values 0~15 k Interface)

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

Subnet mask type

Valid Mask address Not involved

None

Chain Topology Tree Topology Self-configuration Chain Topology Tree Topology Self-configuration

DISABLE(DISABLE DISABLE~0, Enumeration values ), ENABLE~1 ENABLE(ENABLE)

None

IP address type

Not involved

None

Self-configuration

Enumeration values

DISABLE(Disable), ENABLE(Enable) IPPRECEDENCE(I Enumeration values P Precedence), DSCP(DSCP)

DISABLE~0, ENABLE~1

None

DiffServ QoS Support

Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None

None

Enumeration values

HQ(High Quality), LQ(Low Quality)

HQ~0, LQ~1

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%


Interval values

0~63

Not involved

None

None

Enumeration values


HQ~0, LQ~1

None

None None None


Valid IP address

BASE_BOARD~0, E1_COVERBOARD None ~3 PPP~0, MPGRP~2, ETH~3, None ETHTRK~4, LOOPINT~6 Not involved None

IPPRECEDENCE~ None 0, DSCP~1

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%


Interval values

0~63

Not involved

None

None

Enumeration values


HQ~0, LQ~1

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%


Interval values

0~63

Not involved

None

None

Enumeration values


HQ~0, LQ~1

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%


Interval values

0~63

Not involved

None

None

Enumeration values


HQ~0, LQ~1

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%


Interval values

0~63

Not involved

None

None

Enumeration values


HQ~0, LQ~1

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%


Interval values

0~63

Not involved

None

None

Enumeration values


HQ~0, LQ~1

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%


Interval values

0~63

Not involved

None

None

Enumeration values


HQ~0, LQ~1

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%


Interval values

0~63

Not involved

None

None

Enumeration values


HQ~0, LQ~1

None

None

Interval values

0~100

Not involved

%

None

Interval values

0~1000

Not involved

%

None


OFF~0, ON~1

None

None


OFF~0, ON~1

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~5

Not involved

None

None

Interval values

Not involved

None

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Interval values

None

Enumeration values

E1_DOUBLE_FRA 0~7,255Double ME(E1 Frames), ALLPORT(All E1_CRC4_MULTI_ Ports), E1_UNBA(E1 FRAME(E1 CRC4 SINGLEPORT(Sing Unbalance), Multiple OK(Available), le Port) Frames), E1_BA(E1 T1_SUPER_FRAM LOCAL_LOOP(Loc Balance), T1(T1), E(T1 Super al Loop), UNKNOWN(Unkno Frames), REMOTE_LOOP(R HDB3(E1 HDB3 wn) T1_EXTENDED_S emote Loop), Code), AMI(E1/T1 UPER_FRAME(T1 PAYLOAD_LOOP(P AMI Code), Extended Super ayload Loop), B8ZS(T1 Frames), B8ZS SINGLE_CH_LOO Code), MASTER(Master E1_MODIFY_CRC4 P(Single Channel UNKNOWN(Unkno Mode), _MULTIFRAME(Mo Loop), LOS(Loss of wn) SLAVE(Slave dify CRC4 Multiple Signal), AIS(Alarm Mode) Frames), Indication Signal), EXECUTELINKTES UNKNOWN(Unkno LFA(Loss of Frame TFlAG_0(No Test), wn) Alignment), EXECUTELINKTES RA(Remote Alarm TFlAG_1(Offline Indication), Test), LMFA(Loss of EXECUTELINKTES Multiframe TFlAG_2(Online NO(No), YES(Yes) Alignment), Test) SLIP(Slip), OTHERS(Other 0~720 Fault), BACKUP(Backup), E1_COVERBOARD PHYSICAL_LOOP( (E1 Cover Board) Physical Loop)

ALLPORT~0, E1_DOUBLE_FRA SINGLEPORT~1 ME~0, E1_UNBA~0, E1_CRC4_MULTI_ E1_BA~1, T1~2, FRAME~1, UNKNOWN~42949 T1_SUPER_FRAM 67294 E~2, T1_EXTENDED_S OK~0, HDB3~0, AMI~1, UPER_FRAME~3, LOCAL_LOOP~1, B8ZS~2, E1_MODIFY_CRC4 REMOTE_LOOP~2 UNKNOWN~42949 _MULTIFRAME~4, ,67294 UNKNOWN~42949 MASTER~0, PAYLOAD_LOOP~ 67294 SLAVE~1 3, SINGLE_CH_LOO P~4, LOS~5, EXECUTELINKTES AIS~6, LFA~7, TFlAG_0~0, RA~8, LMFA~9, EXECUTELINKTES SLIP~10, TFlAG_1~1, OTHERS~11, EXECUTELINKTES BACKUP~12, TFlAG_2~2 NO~0, YES~1 PHYSICAL_LOOP~ 13 Not involved

None None None None None None None None min

E1_COVERBOARD None ~3

None Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) None Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah)

1E-3(1E-3), 1EEnumeration values 4(1E-4), 1E-5(1E5), 1E-6(1E-6)

1E-3~3, 1E-4~4, 1E-5~5, 1E-6~6

None

Interval values

0~7

Not involved

None

Interval values

0~1

Not involved

None

Interval values

6~7

Not involved

None

Enumeration values

BASE_BOARD(Bas BASE_BOARD~0 e Board)

None

Enumeration values ETH(Ethernet Port) ETH~3

None

Interval values

0~1 PASSIVE(Passive Mode), Enumeration values ACTIVE(Active Mode) 10,20,50,100,200,5 Interval values 00,1000

Not involved

None

PASSIVE~0, ACTIVE~1

None

Not involved

ms

Interval values

64~1518

Not involved

byte

Enumeration values


None

Enumeration values


None

Interval values

1~60

Not involved

s

1~65535 OAM3AH_SESSIO N_IDLE(Idle Phase), Interval values 10~900 OAM3AH_SESSIO N_DISCOVER(Disc over Phase), Interval values 1~900 OAM3AH_SESSIO N_DETECT(Detect Enumeration values Phase), OAM3AH_SESSIO N_LB_LOCAL(Loop Interval values 0~4294967295 back Response Phase), OAM3AH_SESSIO Interval values 0~4294967295 N_LB_REMOTE(Lo opback Start Phase) Interval values 0~4294967295

Not involved

None

Not involved OAM3AH_SESSIO N_IDLE~0, Not involved OAM3AH_SESSIO N_DISCOVER~1, OAM3AH_SESSIO N_DETECT~2, OAM3AH_SESSIO N_LB_LOCAL~3, Not involved OAM3AH_SESSIO N_LB_REMOTE~4 Not involved

s

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

None None None None

Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah) Ethernet OAM(IEEE 802.3ah)

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

6~7

Not involved

None

None

Enumeration values


None

Interval values

None

Enumeration values

None

Interval values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

0~1 COPPER(Copper), FIBER(Fiber), AUTO(Automatic Detection) 10M(10M), 46~1800 100M(100M), 1000M(1000M), AUTO(Automatic Negotiation), FULL(Full Duplex), UNKNOWN(UNKN AUTO(Automatic OWN) Negotiation) DISABLE(Disable), ENABLE(Enable)

Not involved

Enumeration values

None

None None

COPPER~0, None FIBER~1, AUTO~2 Not involved

byte

10M~0, 100M~1, 1000M~2, AUTO~3, None UNKNOWN~4 FULL~1, AUTO~2

None

DISABLE~0, ENABLE~1

None

CLOSE(Close), OPEN(Open)

CLOSE~0, OPEN~1

None

Interval values

0~100

Not involved

per mill

None

Interval values

0~100

Not involved

per mill

None

Composite type

14 characters

Not involved

None

UP~0, DOWN~1 NOLOOP~0, REMOTE~1, LOCAL~2, UNKNOWN~3 NO~0, YES~1

None

None None None

NOLOOP(No UP(Up), Enumeration values Loop), DOWN(Down) REMOTE(Remote Loopback), Enumeration values LOCAL(Local Loopback), Enumeration values UNKNOWN(Unkno NO(No), YES(Yes) wn)

None None

None

Enumeration values


None

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte/s

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~10

Not involved

byte/s

None

Interval values

0~4294967295

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

Enumeration values

FORCE(FORCE), AUTO(AUTO)

FORCE~0, AUTO~1

None

None

Enumeration values

FORCE~0, AUTO~1

None

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values

None

Enumeration values Interval values

FORCE(FORCE), AUTO(AUTO) 10M(10M), 100M(100M), 1000M(1000M), AUTO(Automatic HALF(Half Duplex), Negotiation) FULL(Full Duplex), AUTO(Automatic FORCE(FORCE), Negotiation) AUTO(AUTO), 10M(10M), UNKNOWN(UNKN 100M(100M), OWN) 1000M(1000M), AUTO(Automatic HALF(Half Duplex), Negotiation), FULL(Full Duplex), UNKNOWN(UNKN AUTO(Automatic OWN) Negotiation), UNKNOWN(UNKN OWN) 0~7

Not involved

None

Interval values

0~1

Not involved

None

Interval values

6~7

Not involved

None

Not involved

None

DISABLE~0, ENABLE~1

None

DISABLE~0, ENABLE~1

None

Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad)

Interval values

0~1 DISABLE(Disable LACP), Enumeration values ENABLE(Enable LACP) DISABLE(Disable), Enumeration values ENABLE(Enable)

10M~0, 100M~1, None 1000M~2, AUTO~3 HALF~0, FULL~1, AUTO~2 FORCE~0, AUTO~1, UNKNOWN~2 10M~0, 100M~1, 1000M~2, AUTO~3, UNKNOWN~4 HALF~0, FULL~1, AUTO~2, UNKNOWN~3

None None None None

None Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad)

Enumeration values


None

Interval values

46~1800

Not involved

byte

Enumeration values

UP(Up), DOWN(Down)

UP~0, DOWN~1

None

Composite type

14 characters

Not involved

None

Composite type

14 characters

Not involved

None

Interval values

0~2

Not involved

None

Character string

0~7 characters

Not involved

None

Interval values

0~2

Not involved

None

Character string

0~7 characters

Not involved

None

Interval values

0~4294967295

Not involved

packet

Interval values

0~4294967295

Not involved

byte

Interval values

0~4294967295

Not involved

packet

Interval values

0~4294967295

Not involved

byte

Interval values

0~4294967295

Not involved

packet

Interval values

0~4294967295

Not involved

byte

Interval values

0~4294967295

Not involved

packet

Interval values

0~4294967295

Not involved

byte

Interval values

0~4294967295

Not involved

None

IP address type

Valid IP address

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~1

Not involved

None

Interval values

6~7

Not involved

None

Interval values

0~1

Not involved

None

Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad)

Interval values

0~1

Not involved

None

Interval values

0~255

Not involved

None

NO~0, YES~1

None

Enumeration values NO(No), YES(Yes) Enumeration values


None

Enumeration values

UP(Up), DOWN(Down)

UP~0, DOWN~1

None

14 characters SHORT(Short Timeout), Enumeration values LONG(Long SHORT(Short Timeout), Timeout), NULL(NULL) Enumeration values LONG(Long Timeout), NULL(NULL) Interval values 0~4294967295

Not involved

None

Not involved

packet

Interval values

0~4294967295

Not involved

packet

None

Interval values

10~254

Not involved

None

None

Interval values

0~39

Not involved

None

None

Interval values

0~39

Not involved

None

Interval values

0~63

Not involved

None

Interval values

0~100

Not involved

%

Enumeration values


HQ~0, LQ~1

None

Interval values

0~100

Not involved

%

Not involved

%

IPSEC

0~1000 FLOW_CTRL(Flow Control), Enumeration values NON_FLOW_CTRL (Non Flow Control) DISABLE(Disable), Enumeration values ENABLE(Enable) SINGLE_RATE(Sin gle Rate), Enumeration values DUAL_RATE(Dual Rate) Character string 0~31 characters

IPSEC

Interval values

None Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad) Ethernet Link Aggregation(IEEE 802.3ad)

Transport DiffServ QoS Overbooking Support Transport Resource Overload Control Different Transport Paths based on Different Transport QoS Grade Paths based on Intra-LTE Load QoS Grade Balancing Transport Different Transport Overbooking Paths based on Transport QoS Grade Different Transport Differentiated Flow Paths based on Control QoS Grade Transport Resource Overload Control Transport Dynamic Flow Control Transport Different Transport Overbooking Paths based on Enhanced QoS Grade Transmission Intra-LTE LoadQoS Management Balancing

Composite type

Interval values

0,20~28800

SHORT~0, LONG~1, NULL~255 SHORT~0, LONG~1, NULL~255

None None

FLOW_CTRL~0, NON_FLOW_CTRL None ~1 DISABLE~0, None ENABLE~1 SINGLE_RATE~0, DUAL_RATE~1

None

Not involved

None

Not involved

s

IPSEC

Interval values

0,60~28800

Not involved

s

None

Interval values

0~63

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

IPSEC

Character string

1~15 characters

Not involved

None

IPSEC

Interval values

1~99

Not involved

None

IPSEC

Enumeration values

IKE_V1(IKE V1), IKE_V2(IKE V2) MAIN(Main Mode), Enumeration values AGGRESSIVE(Agg ressive Mode) IP(IP Identify), Enumeration values FQDN(Name Identify)

IKE_V1~1, IKE_V2~2

None

MAIN~2, AGGRESSIVE~4

None

IP~1, FQDN~2

None

IPSEC

IP address type

Valid IP address

Not involved

None

IPSEC

Character string

0~31 characters

Not involved

None

IPSEC

Character string

0~127 characters

Not involved

None

IPSEC

DISABLE(Disable), DISABLE~0, Enumeration values PERIODIC(Periodic PERIODIC~2 )

None

IPSEC

Interval values

10~3600

Not involved

s

IPSEC

Interval values

3~30

Not involved

s

IPSEC

Interval values

3~10

Not involved

None

IPSEC

IP address type

Valid IP address

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

IPSEC

Interval values

Not involved DES~2, 3DES~3, AES128~11, AES192~12, AES256~13

None

IPSEC IPSEC

IPSEC

1~99 DES(DES), 3DES(3DES), Enumeration values AES128(AES128), AES192(AES192), AES256(AES256)

None

IPSEC

Enumeration values

IPSEC

Enumeration values

IPSEC

Enumeration values

IPSEC

Interval values

IPSEC

Enumeration values

None

Interval values

MD5(MD5), SHA1(SHA1), AES_XCBC_96(AE PRE_SHARED_KE DH_GROUP1(768S_XCBC_96) Y(Pre-shared Key), bit Diffie-Hellman IKE_RSA_SIG(RSA Group), Digital Certificate DH_GROUP2(1024 Signature) -bit Diffie-Hellman Group), DH_GROUP14(204 60~604800 HMAC_MD5(HMAC 8-bit Diffie-Hellman _MD5), Group) HMAC_SHA1(HMA C_SHA1), AES128_XCBC(AE S128_XCBC) 0~7

None

Interval values

None IP-Based Multimode CoTransmission on BS IP-Based Multiside(eNodeB) mode 2G/3GCoand LTE CoTransmission on BS transmission IP-Based Multiside(eNodeB) mode 2G/3GCoand LTE CoTransmission on BS transmission IP-Based Multiside(eNodeB) mode 2G/3GCoand LTE CoTransmission on BS transmission IP-Based Multiside(eNodeB) mode 2G/3GCoand LTE CoTransmission on BS transmission IP-Based Multiside(eNodeB) mode 2G/3GCoand LTE CoTransmission transmission on BS side(eNodeB) 2G/3G and LTE Cotransmission None

MD5~4, SHA1~5, None AES_XCBC_96~6 PRE_SHARED_KE Y~8, None IKE_RSA_SIG~9 DH_GROUP1~6, DH_GROUP2~7, None DH_GROUP14~14 Not involved

s

HMAC_MD5~14, HMAC_SHA1~15, None AES128_XCBC~18 Not involved

None

0~1

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~1

Not involved

None

Interval values

0~7

Not involved

None

Interval values

0~15

Not involved

None

IP address type

Valid IP address

Not involved

None

Subnet mask type


None

Enumeration values IP(IP) BASE_BOARD(Bas e Board), Enumeration values PPP(PPP Link), E1_COVERBOARD MPGRP(Multi-link (E1 Cover Board) PPP Group), Enumeration values ETH(Ethernet Port), ETHTRK(Ethernet Trunk) Interval values 0~15

IP~1

Not involved

None

Enhanced Transmission QoS Management

Interval values

0~65535

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

None None None

Enhanced Transmission QoS Management

None

BASE_BOARD~0, E1_COVERBOARD None ~3 PPP~0, MPGRP~2, None ETH~3, ETHTRK~4

0~7 Not involved None PPP(PPP Link), MPGRP(Multi-link PPP Group), PPP~0, MPGRP~2, Enumeration values None ETH(Ethernet Port), ETH~3, ETHTRK~4 ETHTRK(Ethernet Trunk)

Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management

Interval values

0~15

Not involved

None

Enumeration values

QOS(QOS), ANY(ANY)

QOS~0, ANY~1

None

Interval values

0~63

Not involved

None

IP address type

Valid IP address

Not involved

None

IP address type

Valid IP address

Not involved

None

Interval values

0~47

Not involved

None

Enumeration values


HQ~0, LQ~1

None

S1~0, X2~1

None

Enumeration values S1(S1), X2(X2) Enumeration values


None

None

Interval values

0~4294967295

Not involved

Kbit/s

None

Interval values

0~4294967295

Not involved

Kbit/s

None

Interval values

0~4294967295

Not involved

Kbit/s

None

Interval values

0~4294967295

Not involved

Kbit/s

None

Interval values

0~4294967295

Not involved

Kbit/s

None

Interval values

Not involved NORMAL~0, FAULT~1, CHECK_DISABLE D~2 Not involved

Kbit/s

None

0~4294967295 NORMAL(Normal), FAULT(Fault), Enumeration values CHECK_DISABLE D(IP Path Check Disabled) Interval values 0~15

None

Character string

Not involved

None

None

None None

0~47 characters BASE_BOARD(Bas e Board), Enumeration values E1_COVERBOARD (E1 Cover Board) DISABLE(Disable), Enumeration values ENABLE(Enable)

Differernt Transport Paths based on IP address type Qos Grade Differernt Transport Paths based on IP address type Qos Grade Differernt Transport Paths based on Enumeration values Qos Grade

None None

BASE_BOARD~0, E1_COVERBOARD None ~3 DISABLE~0, None ENABLE~1

Valid IP address

Not involved

None

Valid IP address

Not involved

None


HQ~0, LQ~1

None

Differernt Transport Paths based on IP address type Qos Grade IP Performance Interval values Monitoring

Valid IP address

Not involved

None

0~65535

Not involved

None

IP Performance Monitoring

IP address type

Valid IP address

Not involved

None


IP address type

Valid IP address

Not involved

None


Interval values

0~63

Not involved

None


Enumeration values

UP(Uplink), BIDIR(Bidirection)

UP~1, BIDIR~2

None

None

Interval values

0~10000

Not involved

ms

None

Interval values

-10000~10000

Not involved

ms

None

Interval values

-10000~10000

Not involved

ms

None

Interval values

0~1000

Not involved

per mill

None


None

Enumeration values

None

Enumeration values

Not involved IDLE~0, ACTING~1, PMUP~2, IDLE~0, DEACTING~3, ACTING~1, UNKNOWN~255 PMUP~2, DEACTING~3, UNKNOWN~255 FOUR_TUPLE~0, THREE_TUPLE~2

per mill

None

None

Enumeration values

0~1000 IDLE(IDLE), ACTING(ACTING), PMUP(IP PM UP), IDLE(IDLE), DEACTING(DEACT ACTING(ACTING), ING), PMUP(IP PM UP), UNKNOWN(NULL) DEACTING(DEACT FOUR_TUPLE(FO ING), UR_TUPLE), UNKNOWN(NULL) THREE_TUPLE(TH REE_TUPLE) NO(No), YES(Yes)

NO~0, YES~1

None

None

Interval values

0~65535

Not involved

None

None


NO~0, YES~1

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Composite type

None

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

None None None

None None None

BASE_BOARD(Bas PPP(PPP Link), e Board), MPGRP(Multi-link Enumeration values E1_COVERBOARD PPP Group), (E1 Cover Board) ETH(Ethernet Port), Enumeration values ETHTRK(Ethernet Trunk), LOOPINT(Loopbac Interval values 0~32 k Interface), VI(Virtual Interface) NEXTHOP(Next

BASE_BOARD~0, E1_COVERBOARD None ~3 PPP~0, MPGRP~2, ETH~3, None ETHTRK~4, LOOPINT~6, VI~7 Not involved None

None

Enumeration values Hop), IF(Exit Interface)

NEXTHOP~0, IF~1 None

None

IP address type

Valid IP address

Not involved

None

None

Subnet mask type


None

None

IP address type

Valid IP address

None

None

Not involved

STATICHOST(Stati c1~255 Host Route), Interval values STATICGATEWAY( Static Gateway Enumeration values Route), HOST(Dynamic PPP(PPP Link), Host Route), MPGRP(Multi-link Character string 0~47 characters GATEWAY(Dynami PPP Group), cETH(Ethernet Gateway Route) Port),

Not involved STATICHOST~1, STATICGATEWAY~ 2, HOST~3, GATEWAY~4 Not involved PPP~0, MPGRP~2, ETH~3, Enumeration values ETHTRK(Ethernet ETHTRK~4, Trunk), LOOPINT~6, VI~7 LOOPINT(Loopbac Interval values 0~32 Not involved k Interface), VI(Virtual Interface)

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

6~7

Not involved

None

None

Enumeration values

None None None None

IPSEC

None None None None

BASE_BOARD(Bas BASE_BOARD~0 None e Board) ETH(Ethernet Port), Enumeration values ETHTRK(Ethernet ETH~3, ETHTRK~4 None Trunk)

IPSEC

Interval values

0~1

Not involved

None

IPSEC

Character string

0~15 characters

Not involved

None

IPSEC

Character string

1~15 characters

Not involved

None

IPSEC

Interval values

1~10000

Not involved

None

IPSEC

Interval values

3000~3999

Not involved

None

IPSEC

Character string

0~15 characters

Not involved

None

IPSEC

DISABLE(Disable), 0~15 characters PFS_GROUP1(768 -bit Diffie-Hellman Enumeration values Group), PFS_GROUP2(102 GLOBAL(Global 4-bit Diffie-Hellman Configuration), Enumeration values Group) LOCAL(Local Configuration) Interval values 30~604800

None

Interval values

0,1843200~429496 Not involved 7295

KB

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

IPSEC

Character string

1~15 characters

Not involved

None

TUNNEL~0, TRANSPORT~1

None

AH~0, ESP~1, AH_ESP~2

None

NULL~0, MD5~1, SHA1~2

None

IPSEC IPSEC IPSEC

Character string

Not involved DISABLE~0, PFS_GROUP1~1, PFS_GROUP2~2 GLOBAL~0, LOCAL~1 Not involved

None None None s

None

TUNNEL(Tunnel), Enumeration values TRANSPORT(Tran sport) AH(AH Protocol), ESP(ESP Protocol), Enumeration values AH_ESP(AH/ESP Protocol) NULL(NULL), Enumeration values MD5(MD5), SHA1(SHA1) NULL(NULL), Enumeration values MD5(MD5), NULL(NULL), SHA1(SHA1) DES(DES), 3DES(3DES), Enumeration values AES128(AES128), AES192(AES192), AES256(AES256) Interval values 0~7

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

None

Enumeration values


None

None

Enumeration values

UP(Up), DOWN(Down)

UP~0, DOWN~1

None

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

packet

IPSEC IPSEC IPSEC IPSEC IPSEC

NULL~0, MD5~1, SHA1~2 DES~1, NULL~0, 3DES~2, AES128~6, AES192~7, AES256~8 Not involved

None None None

None

IP address type

Valid IP address

Not involved

None

None

Subnet mask type


None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None Transport Overbooking Transport Transport Differentiated Flow Overbooking Control Transport Transport Differentiated Flow Overbooking Control Transport Transport Differentiated Flow Overbooking Control Transport Transport Differentiated Flow Overbooking Control Transport Transport Differentiated Flow Overbooking Control Transport Differentiated Flow Control None Transport Overbooking Transport Differentiated Flow Control None

Interval values

Not involved

None

0~7 MPGRP(Multi-link PPP Group), Enumeration values ETH(Ethernet Port), ETHTRK(Ethernet Trunk) Interval values 0~3

MPGRP~2, ETH~3, None ETHTRK~4 Not involved

None

Enumeration values


None

Interval values

32~360000

Not involved

Kbit/s

Interval values

32~300000

Not involved

Kbit

0~300000 BASE_BOARD(Bas e Board), Enumeration values E1_COVERBOARD (E1 Cover Board) Interval values 32~540000

Not involved

Kbit

Not involved

Kbit/s

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~5

Not involved

None

ML-PPP/MC-PPP Compression & Multiplexing over E1/T1 ML/MC-PPP ML-PPP/MC-PPP

Interval values

0~3

Not involved

None

DISABLE~0, ENABLE~1

None

NONAUTH~0, PAP~1, CHAP~2

None

ML-PPP/MC-PPP

DISABLE(Disable), Enumeration values NONAUTH(No ENABLE(Enable) Authentication), PAP(PAP Enumeration values Authentication), CHAP(CHAP Authentication) Character string 0~67 characters

Not involved

None

ML-PPP/MC-PPP

Character string

0~19 characters

Not involved

None

ML-PPP/MC-PPP

IP address type

Valid IP address

Not involved

None

ML-PPP/MC-PPP

Subnet mask type


None

Interval values

BASE_BOARD~0, E1_COVERBOARD None ~3

ML-PPP/MC-PPP

IP address type

Valid IP address

Not involved

None

ML-PPP/MC-PPP

Enumeration values

LONG(Long), SHORT(Short)

LONG~0, SHORT~1

None

ML-PPP/MC-PPP

Enumeration values


None

ML-PPP/MC-PPP Compression & Multiplexing over E1/T1 Compression & PPP MUX Multiplexing over E1/T1 Compression & PPP MUX Multiplexing over E1/T1 Compression & PPP MUX Multiplexing over E1/T1 ML/MC-PPP Compression & Multiplexing over E1/T1 IP Header Compression

Interval values

128~1500

Not involved

byte

Interval values

1~512

Not involved

byte

Interval values

3~1500

Not involved

byte

Interval values

1~1000

Not involved

ms

Interval values

4,8

Not involved

None

DISABLE~0, ENABLE~1

None

Not involved

per mill

ML-PPP/MC-PPP


None

Enumeration values

None

Enumeration values

None

IP address type

None

IP address type

Not involved INITIAL~1, STARTING~2, UP~1, DOWN~2 CLOSED~3, INITIAL~1, STOPPED~4, STARTING~2, CLOSING~5, CLOSED~3, STOPPING~6, STOPPED~4, REQSENT~7, CLOSING~5, ACKRCVD~8, STOPPING~6, ACKSENT~9, REQSENT~7, OPENED~10 ACKRCVD~8, Not involved ACKSENT~9, OPENED~10 Not involved

per mill

None

None

IP address type

Not involved

None

None

Enumeration values

DISABLE(Disable), ENABLE(Enable) INITIAL(INITIAL), 0~1000 STARTING(STARTI NG), INITIAL(INITIAL), CLOSED(CLOSED) 0~1000 STARTING(STARTI , NG), STOPPED(STOPP CLOSED(CLOSED) UP(Up), ED), ,DOWN(Down) CLOSING(CLOSIN STOPPED(STOPP G), ED), STOPPING(STOPP CLOSING(CLOSIN ING), G), REQSENT(REQSE STOPPING(STOPP NT), ING), ACKRCVD(ACKRC REQSENT(REQSE VD), Valid IP address NT), ACKSENT(ACKSE ACKRCVD(ACKRC NT), VD), OPENED(OPENED Valid IP address ACKSENT(ACKSE ) NT), OPENED(OPENED Valid IP address ) DISABLE(Disable), ENABLE(Enable)

DISABLE~0, ENABLE~1

None

None

Interval values

128~1500

Not involved

byte

None

Enumeration values


None

None

Enumeration values


None

None

Enumeration values


None

None

Enumeration values


None

Enumeration values Interval values


None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte/s

None

Interval values

0~4294967295

Not involved

byte/s

None

Interval values

0~4294967295

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

Enumeration values

E1_COVERBOARD E1_COVERBOARD None (E1 Cover Board) ~3

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

Not involved

None

ML-PPP/MC-PPP

Interval values

Not involved

None

ML-PPP/MC-PPP

Interval values

ML-PPP/MC-PPP

Interval values

ML-PPP/MC-PPP

Interval values

ML-PPP/MC-PPP

Interval values

ML-PPP/MC-PPP

Bit field type

ML-PPP/MC-PPP

Interval values

0~5 TS1(Time Slot 1), TS2(Time Slot 2), 0~15 TS3(Time Slot 3), TS4(Time Slot 4), TS5(Time Slot 5), 0~3 TS6(Time Slot 6), TS7(Time Slot 7), 0~1 TS8(Time Slot 8), TS9(Time Slot 9), TS10(Time Slot10), 0~5 TS11(Time Slot11), TS12(Time Slot12), TS13(Time Slot13), 0~7 TS14(Time Slot14), TS15(Time Slot15), TS16(Time Slot16), TS17(Time Slot17), TS18(Time Slot18), 128~1500 TS19(Time Slot19), TS20(Time Slot20), TS21(Time Slot21), TS22(Time Slot22), TS23(Time Slot23), TS24(Time Slot24), TS25(Time Slot25), TS26(Time Slot26),

TS1~0, TS2~1, Not involved TS3~2, TS4~3, TS5~4, TS6~5, TS7~6, TS8~7, Not involved TS9~8, TS10~9, TS11~10, TS12~11, TS13~12, Not involved TS14~13, TS15~14, Not involved TS16~15, TS17~16, TS18~17, TS19~18, TS20~19, TS21~20, Not involved TS22~21, TS23~22, TS24~23, TS25~24, TS26~25, TS27~26, TS28~27, TS29~28,

None None None None None byte

Compression & Multiplexing over E1/T1 Compression & Multiplexing over E1/T1 ML-PPP/MC-PPP None None None None None None None None

Enumeration values


None

Enumeration values


None

Interval values

1~65535

ms

INITIAL(INITIAL), E1_COVERBOARD Enumeration values STARTING(STARTI (E1 Cover Board) NG), CLOSED(CLOSED) E1_COVERBOARD Enumeration values , (E1 Cover Board) STOPPED(STOPP UP(Up), Enumeration values ED), DOWN(Down) CLOSING(CLOSIN G), Enumeration values STOPPING(STOPP ING), REQSENT(REQSE Interval values 128~1500 NT), ACKRCVD(ACKRC DISABLE(Disable), Enumeration values VD), ENABLE(Enable) ACKSENT(ACKSE NT), DISABLE(Disable), Enumeration values OPENED(OPENED ENABLE(Enable) ) E1_COVERBOARD Enumeration values (E1 Cover Board)

Not involved

E1_COVERBOARD None ~3 E1_COVERBOARD None ~3 INITIAL~1, STARTING~2, UP~1, DOWN~2 CLOSED~3, STOPPED~4, CLOSING~5, STOPPING~6, REQSENT~7, ACKRCVD~8, Not involved ACKSENT~9, OPENED~10 DISABLE~0, ENABLE~1 DISABLE~0, ENABLE~1

None None byte None None

E1_COVERBOARD None ~3

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Enumeration values

MASTER(Master), SLAVE(Slave)

MASTER~0, SLAVE~1

None

None

IP address type

Valid IP address

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

None

Enumeration values IPV4(IPV4)

IPV4~1

None

Centralized M2000 Enumeration values NO(No), YES(Yes) Management

NO~0, YES~1

None

Centralized M2000 IP address type Management

Valid IP address

Not involved

None

Centralized M2000 IP address type Management

Valid IP address

Not involved

None

None

Enumeration values

NEXTHOP(Next Hop)

NEXTHOP~0

None

None

Interval values

1~255

Not involved

None

None

IP address type

Not involved

None

None None

Valid IP address NORMAL(Normal), ABNORMAL(Abnor Enumeration values mal), UNKNOWN(Unkno wn) INUSE(In Use), Enumeration values UNUSED(Unused)

NORMAL~0, ABNORMAL~1, UNKNOWN~2 INUSE~0, UNUSED~1

None None

None

Enumeration values


None

Access Control List(ACL)

Interval values

0~7

Not involved

None


Interval values

0~1

Not involved

None


Interval values

6~7

Not involved

None


ETH(Ethernet Port), Enumeration values ETHTRK(Ethernet ETH~3, ETHTRK~4 None Trunk)


Interval values

0~3

Not involved

None


Interval values

3000~3999

Not involved

None

Integrated Firewall

Enumeration values

PERMIT(Permit), DENY(Deny)

PERMIT~0, DENY~1

None

None

Enumeration values


None


Interval values

0~4294967295

packet

Not involved


Interval values

0~4294967295

Not involved

packet


Interval values

0~4294967295

Not involved

packet


Interval values

0~4294967295

Not involved

packet


Interval values

0~4294967295

Not involved

packet


Interval values

0~4294967295

Not involved

packet

Integrated Firewall

Interval values

0~4294967295

Not involved

byte

Integrated Firewall

Interval values

0~4294967295

Not involved

byte

Integrated Firewall

Interval values

0~4294967295

Not involved

byte

Integrated Firewall

Interval values

0~4294967295

Not involved

byte

Integrated Firewall

Interval values

0~4294967295

Not involved

byte

Integrated Firewall

Interval values

0~4294967295

Not involved

byte

Integrated Firewall

Interval values

0~4294967295

Not involved

byte

Integrated Firewall

Interval values

0~4294967295

Not involved

packet

Integrated Firewall

IP address type

Valid IP address

Not involved

None

Integrated Firewall

Subnet mask type


None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7 BASE_BOARD(Bas e Board), Enumeration values E1_COVERBOARD (E1 Cover Board) ETH(Ethernet Port), Enumeration values E1T1(E1/T1 Port)

Not involved

None

ETH~0, E1T1~1

None

Integrated Firewall

Interval values

0~7

Not involved

None

Integrated Firewall

Enumeration values


None

None

Interval values

0~7

None

None Integrated Firewall

BASE_BOARD~0, E1_COVERBOARD None ~3

Not involved

None

Interval values

None

Interval values

None None None None None None None None None Compression & Multiplexing over E1/T1 Compression & PPP MUX Multiplexing over E1/T1 Compression & PPP MUX Multiplexing over E1/T1 Compression & PPP MUX Multiplexing over E1/T1 Compression & PPP MUX over Multiplexing E1/T1 IP Header Compression None Compression & Multiplexing over E1/T1 Compression & Multiplexing over E1/T1

0~1

0~5 TS1(Time Slot 1), TS2(Time Slot 2), Interval values 0~15 TS3(Time Slot 3), TS4(Time Slot 4), TS5(Time Slot 5), Interval values 0~7 NONAUTH(No TS6(Time Slot 6), Authentication), TS7(Time Slot 7), PAP(PAP Enumeration values TS8(Time Slot 8), Authentication), TS9(Time Slot 9), CHAP(CHAP TS10(Time Slot10), Authentication) Character string 0~67 characters TS11(Time Slot11),

Not involved

None

Not involved

None

Not involved

None

TS1~0, TS2~1, Not involved TS3~2, TS4~3, TS5~4, TS6~5, NONAUTH~0, TS7~6, TS8~7, PAP~1, TS10~9, CHAP~2 TS9~8, TS11~10, TS12~11, TS13~12, Not involved TS14~13, TS15~14, Not involved TS16~15, TS17~16, TS18~17, TS19~18, TS20~19, TS21~20, Not involved TS22~21, TS23~22, Not involved TS24~23, TS25~24, TS26~25, Not involved TS27~26, TS28~27, DISABLE~0, TS29~28, ENABLE~1 TS30~29, TS31~30

TS12(Time Slot12), TS13(Time Slot13), Character string 0~19 characters TS14(Time Slot14), TS15(Time Slot15), Bit field type TS16(Time Slot16), TS17(Time Slot17), TS18(Time Slot18), IP address type Valid IP address TS19(Time Slot19), TS20(Time Slot20), Slot21), Subnet mask type TS21(Time Valid Mask address TS22(Time Slot22), TS23(Time Slot23), TS24(Time Slot24), IP address type Valid IP address TS25(Time Slot25), TS26(Time Slot26), DISABLE(Disable), Enumeration values TS27(Time Slot27), ENABLE(Enable) TS28(Time Slot28), TS29(Time Slot29), Not involved Interval values 1~512 TS30(Time Slot30), TS31(Time Slot31) Interval values 3~1500 Not involved

None None None None None None None None byte byte

Interval values

1~1000

Enumeration values


None

Interval values

128~1500

Not involved

byte

DISABLE(Disable), ENABLE(Enable) INITIAL(INITIAL), DISABLE(Disable), STARTING(STARTI ENABLE(Enable) NG), INITIAL(INITIAL), CLOSED(CLOSED) 1~65535 STARTING(STARTI , NG), STOPPED(STOPP CLOSED(CLOSED) UP(Up), ED), ,DOWN(Down) CLOSING(CLOSIN STOPPED(STOPP G), ED), STOPPING(STOPP CLOSING(CLOSIN ING), G), REQSENT(REQSE STOPPING(STOPP NT), ING), ACKRCVD(ACKRC REQSENT(REQSE VD), NT), ACKSENT(ACKSE ACKRCVD(ACKRC NT), VD), OPENED(OPENED ACKSENT(ACKSE ) NT), OPENED(OPENED

DISABLE~0, ENABLE~1

None

DISABLE~0, ENABLE~1

None


None

Interval values

None

Enumeration values

None

Enumeration values

None

Enumeration values

Not involved

None

Not involved INITIAL~1, STARTING~2, UP~1, DOWN~2 CLOSED~3, INITIAL~1, STOPPED~4, STARTING~2, CLOSING~5, CLOSED~3, STOPPING~6, STOPPED~4, REQSENT~7, CLOSING~5, ACKRCVD~8, STOPPING~6, ACKSENT~9, REQSENT~7, OPENED~10 ACKRCVD~8, ACKSENT~9, OPENED~10

ms

ms None None None


STARTING(STARTI NG), CLOSED(CLOSED) , STOPPED(STOPP ED), CLOSING(CLOSIN G), Enumeration values STOPPING(STOPP ING), REQSENT(REQSE IP address type Valid NT), IP address ACKRCVD(ACKRC VD), IP address type Valid IP address ACKSENT(ACKSE NT), OPENED(OPENED IP address type Valid IP address ) DISABLE(Disable), Enumeration values ENABLE(Enable)

INITIAL~1, STARTING~2, CLOSED~3, STOPPED~4, CLOSING~5, STOPPING~6, REQSENT~7, ACKRCVD~8, Not involved ACKSENT~9, OPENED~10 Not involved

None

Not involved

None

DISABLE~0, ENABLE~1

None

None None

None

Enumeration values


None

None

Enumeration values


None

None

Interval values

128~1500

byte

None

Enumeration values


None

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte/s

None

Interval values

0~4294967295

Not involved

byte/s

None

Interval values

0~4294967295

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

Interval values

1~1000

Not involved

per mill

None

Interval values

1~1000

Not involved

per mill

None

Enumeration values

E1_COVERBOARD E1_COVERBOARD None (E1 Cover Board) ~3

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

packet

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

byte

None

Interval values

0~4294967295

Not involved

packet

Not involved

None

Interval values

0~4294967295

Not involved

byte


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None


Interval values

0~63

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

Enumeration values IP(IP) BASE_BOARD(Bas e Board), Enumeration values PPP(PPP Link), E1_COVERBOARD MPGRP(Multi-link (E1 Cover Board) PPP Group), Enumeration values ETH(Ethernet Port), ETHTRK(Ethernet Trunk) Interval values 0~15 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, Enumeration values 14, 15, DEFAULTPORT(De fault Port) Enumeration values KBPS(Kbit/s)

IP~1

None

Interval values

32~360000

Not involved

None

Interval values

32~540000

Not involved

None

Interval values

64~400000

Not involved

Kbit

Interval values

64~450000

Not involved

Kbit

Interval values

0~3

Not involved

None

Interval values

1~100

Not involved

None

Enhanced Transmission QoS Management None Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management

BASE_BOARD~0, E1_COVERBOARD ~3 PPP~6, MPGRP~8, ETH~9, ETHTRK~10 0~0, 1~1, 2~2, 3~3, Not 4~4,involved 5~5, 6~6, 7~7, 8~8, 9~9, 10~10, 11~11, 12~12, 13~13, 14~14, 15~15, DEFAULTPORT~12 KBPS~0 7


Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management

Interval values

64~360000

Not involved

None

Interval values

64~540000

Not involved

None

Interval values

64~360000

Not involved

None

Interval values

64~540000

Not involved

None

None

Interval values

64~400000

Not involved

Kbit

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

Not involved

None

SINGLE_RATE~0, DUAL_RATE~1

None

None

0~4294967295 SINGLE_RATE(Sin gle Rate), Enumeration values DUAL_RATE(Dual Rate) Interval values 0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

None

Interval values

0~4294967295

Not involved

None

Transport None Interval values Overbooking Transport Differentiated Flow Interval values Control Transport Resource Transport None Interval values Overload Control Overbooking

0~4294967295

Not involved

None

0~7

Not involved

None

0~1

Not involved

None

0~7

Not involved

None

None

Transport Differentiated Flow Interval values Control Transport Resource Overload Control

None Enhanced Transmission QoS Management Enhanced Transport Transmission QoS Overbooking Management Transport Transport Differentiated Flow Overbooking Control Transport Transport Resource Transport Differentiated Flow Overload Control Overbooking Control Transport Transport Resource Transport Differentiated Flow Overload Control Overbooking Control Transport Transport Resource Transport Differentiated Flow Overload Control Overbooking Control Transport Transport Resource Transport Differentiated Flow Overload Control Overbooking Control Transport Transport Resource Differentiated Flow Overload Control Control Transport Transport Resource Differentiated Flow Overload Control Control Enhanced Transport Transmission QoS Overbooking Management Transport Differentiated Flow Control Transport Transport Resource Differentiated Flow Overload Control Control Transport Differentiated Flow Control Enhanced Transmission QoS Management Enhanced Transmission QoS Management Enhanced Transmission QoS Management

Enumeration values Enumeration values Interval values Enumeration values Enumeration values

BASE_BOARD(Bas e Board), PPP(PPP Link), E1_COVERBOARD MPGRP(Multi-link (E1 Cover Board) PPP Group), ETH(Ethernet Port), ETHTRK(Ethernet Trunk) 0~15 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, DEFAULTPORT(De fault Port) OFF(Off), ON(On)

BASE_BOARD~0, E1_COVERBOARD ~3 PPP~6, MPGRP~8, ETH~9, ETHTRK~10 0~0, 1~1, 2~2, 3~3, Not 4~4,involved 5~5, 6~6, 7~7, 8~8, 9~9, 10~10, 11~11, 12~12, 13~13, 14~14, 15~15, DEFAULTPORT~12 OFF~0, ON~1 7



OFF~0, ON~1

None


OFF~0, ON~1

None

Interval values

0~1000

Not involved

per mill

Interval values

0~10000

Not involved

ms

Enumeration values


None

Enumeration values


None

Interval values

0~6

Not involved

None

Interval values

0~500

Not involved

ms

Interval values

0~500

Not involved

ms

Interval values

0~1000000

Not involved

Kbit/s

Interval values

0~1000000

Not involved

Kbit/s

Interval values

0~8192

Not involved

packet

None

Interval values

0~47

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

0~1

Not involved

None

None

Interval values

0~7

Not involved

None

None

Interval values

1~34

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

Interval values

1024~65535

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

IP address type

Valid IP address

Not involved

None

None

Interval values

1024~65535

Not involved

None

None

Interval values

10~59999

Not involved

ms

None

Interval values

11~60000

Not involved

ms

None

Interval values

10~59999

Not involved

ms

None

Interval values

1~99

Not involved

None

None

Interval values

1~99

Not involved

None

None

Interval values

1000~60000

Not involved

ms

None

Interval values

2~254

Not involved

None

None

Interval values

1~253

Not involved

None

None

Enumeration values


None

None

Enumeration values


None


ALDER32(ALDER3 Enumeration values SCTP_TRANSFER 2), CRC32(CRC32) _CAUSE_START(S tart), DISABLE(Disable), Enumeration values SCTP_TRANSFER ENABLE(Enable) _CAUSE_LINKDO WN(Link Down), SCTP_STAT_DOW Interval values 1~254 SCTP_TRANSFER N(Down), _CAUSE_PORTDI SCTP_STAT_CON Enumeration values SABLED(Port GESTION(Congesti Disabled), on), SCTP_TRANSFER SCTP_STAT_UP(U Enumeration values _CAUSE_INIT(Initia p) l), SCTP_TRANSFER Composite type None _CAUSE_UNKNO WERROR(Unknow n Error), Interval values 0~34 SCTP_TRANSFER _CAUSE_NORMAL (Normal), Interval values 0~34 SCTP_TRANSFER _CAUSE_USERDE LETE(User Delete)

ALDER32~0, CRC32~1 SCTP_TRANSFER DISABLE~0, _CAUSE_START~0 ENABLE~1 , SCTP_TRANSFER _CAUSE_LINKDO Not involved SCTP_STAT_DOW WN~1, N~0, SCTP_TRANSFER SCTP_STAT_CON _CAUSE_PORTDI GESTION~1, SABLED~2, SCTP_STAT_UP~2 SCTP_TRANSFER _CAUSE_INIT~3, SCTP_TRANSFER _CAUSE_UNKNO Not involved WERROR~4, SCTP_TRANSFER Not involved _CAUSE_NORMAL ~5, SCTP_TRANSFER Not involved _CAUSE_USERDE LETE~6


None None

ACTIVE(Active Path), Enumeration values STANDBY(Standby Path) UNBLOCK(Unblock Enumeration values ), BLOCK(Block)

ACTIVE~0, STANDBY~1

None

UNBLOCK~0, BLOCK~1

None

None

Interval values

10~500

Not involved

ms

None

Character string

0~47 characters

Not involved

None


OFF~0, ON~1

None


OFF~0, ON~1

None

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Transport Overbooking

Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%

Transport Overbooking Transport Transport Overbooking Overbooking Transport Resource Transport Overload Control Overbooking Different Transport Transport Resource Paths based on Transport Overload Control QoS Grade Overbooking Different Transport Intra-LTE Load Transport Resource Paths based on Balancing Transport Overload Control QoS Grade Overbooking Different Transport Intra-LTE Load Transport Resource Paths based on Balancing Transport Overload Control QoS Grade Overbooking Different Transport Intra-LTE Load Transport Resource Paths based on Balancing Transport Overload Control QoS Grade Overbooking Different Transport Intra-LTE Load Transport Resource Paths based on Balancing Transport Overload Control QoS Grade Overbooking Different Transport Intra-LTE Load Transport Resource Paths based on Balancing Transport Overload Control QoS Grade Overbooking Different Transport Intra-LTE Load Transport Resource Paths based on Balancing Transport Overload Control QoS Grade Overbooking Different Transport Intra-LTE Load Transport Resource Paths based on Balancing Overload Control QoS Grade Different Intra-LTETransport Load Paths based on Balancing QoS Grade Transport Intra-LTE Load Overbooking Balancing Transport Overbooking


Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%


OFF~0, ON~1

None


OFF~0, ON~1

None


OFF~0, ON~1

None


OFF~0, ON~1

None


OFF~0, ON~1

None

Enumeration values OFF(Off), ON(On) FLOW_CTRL(Flow Control), Enumeration values NON_FLOW_CTRL FLOW_CTRL(Flow (None Flow Control) Control), Enumeration values NON_FLOW_CTRL FLOW_CTRL(Flow (None Flow Control) Control), Enumeration values NON_FLOW_CTRL FLOW_CTRL(Flow (None Flow Control) Control), Enumeration values NON_FLOW_CTRL FLOW_CTRL(Flow (None Flow Control) Control), Enumeration values NON_FLOW_CTRL (None Flow Control) Interval values 0~100

OFF~0, ON~1

None

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Intra-LTE Load Balancing

Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%


Interval values

0~100

Not involved

%

Transport Resource Enumeration values OFF(Off), ON(On) Overload Control

OFF~0, ON~1

None

Transport Resource Enumeration values OFF(Off), ON(On) Overload Control

OFF~0, ON~1

None

Transport Overbooking Radio/transport Resource Preemption Radio/transport Resource Preemption Transport Overbooking Transport Overbooking Transport Transport Overbooking Overbooking Transport Transport Differentiated Flow Transport Overbooking Control Overbooking Transport Transport Resource Transport Differentiated Flow Overload Control Overbooking Control Transport Dynamic Transport Transport Resource Flow Control Transport Differentiated Flow Overload Control Different Transport Overbooking Control Transport Dynamic Paths based on Transport Transport Resource Flow Control Transport QoS Grade Differentiated Flow Overload Control Different Transport Overbooking Intra-LTE Load Control Transport Dynamic Paths based on Transport Balancing Transport Resource Flow Control QoS Grade Differentiated Flow Overload Control Different Transport Intra-LTE Load Control Transport Dynamic Paths based on Balancing Transport Resource Flow Control QoS Grade Overload Control Different Transport Intra-LTE Load Transport Dynamic Paths based on Balancing Flow Control QoS Grade Intra-LTE Load Different Transport Intra-LTE Load Balancing Paths based on Balancing QoS Grade Intra-LTE Load Intra-LTE BalancingLoad Balancing Intra-LTE Load Balancing

FLOW_CTRL~0, NON_FLOW_CTRL ~1 FLOW_CTRL~0, NON_FLOW_CTRL ~1 FLOW_CTRL~0, NON_FLOW_CTRL ~1 FLOW_CTRL~0, NON_FLOW_CTRL ~1 FLOW_CTRL~0, NON_FLOW_CTRL ~1


Transport Resource Overload Control Intra-LTE Load Transport Balancing Resource Overload Control Intra-LTE Load Balancing Transport Resource Overload Control Transport Resource Overload Control Intra-LTE Load Transport Balancing Resource Overload Control Intra-LTE Load Balancing Integrated Firewall

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

%

Interval values

0~100

Not involved

None

Interval values

0~100

Not involved

%

0~100 WHITELIST(Whiteli st), Enumeration values USERDATA(User BLACKLIST(Blackli Data), st) SIG(Signaling Interval values 0~3 Data), OTHER(Other Data), Enumeration values OM_HIGH(High Level Maintenance Data), Interval values 0~63 OM_LOW(Low Level Maintenance Interval values 1~4094 Data)

Not involved

%

WHITELIST~1, BLACKLIST~2

None

VLAN Support (IEEE 802.1p/q)

Interval values

None

IP address type

None

Subnet mask type

None

Interval values

Not involved USERDATA~0, SIG~1, OTHER~3, OM_HIGH~4, OM_LOW~5 Not involved

None

Not involved

None

0~7

Not involved

None

Valid IP address

Not involved

None

Valid Mask address SINGLEVLAN(Singl e VLAN), Enumeration values VLANGROUP(VLA N Group) Interval values 1~4094

Not involved

None

SINGLEVLAN~0, VLANGROUP~1

None

Not involved

None


Interval values

0~7

Not involved

None


Interval values

0~3

Not involved

None

None

Enumeration values


None

VLAN Support (IEEE 802.1p/q) VLAN Support (IEEE 802.1p/q) VLAN Support (IEEE 802.1p/q)

VLAN Support (IEEE 802.1p/q) VLAN Support (IEEE 802.1p/q)

None None

Actual Value Range

Recommended Value

Default Value

Impact

Parameter TheRelationship device number of the ALD must be unique. That is, DeviceNo of the RET and TMA MOs must None be unique.

0~29

None

None

ALD

0~2 characters

None

None

ALD

0~17 characters

None

None

ALD

0~49 characters

NULL

None

ALD

0~62

0

0

ALD

4~5,60~254

None

None

ALD

None

0~5

None

None

ALD

None

AISG1.1, AISG2.0, None 3GPP, UNKNOWN

None

ALD

None

0~8

None

None

ALD

None

0~19 characters

None

None

ALD

None

0~127 characters

None

None

ALD

None

0~19 characters

None

None

ALD

None

SINGLE_RET, None STMA, MULTI_RET

None

ALD

0~2 characters

None

None

RET

0~17 characters

None

None

RET

SINGLE_RET, MULTI_RET

None

None

RET

SINGLE, DUAL

None

None

RET

REGULAR, DAISY_CHAIN

None

None

RET

1~8

1

None

RET

0~29

None

None

RET

0~2 characters

None

None

RET

None VendorCode and SerialNo of an ALD 1. When thefrom RET must differ VendorCode antenna type and is other ALDs. SerialNo of an ALD 1. In a daisy chain SINGLE_RET, the must differ from scenario, number of RET other ALDs. VENDORCODE subunits is 1. and SERIALNO 2. When the RET must be specified. antenna type is Only one physical 2. The controlling MULTI_RET, enter port is required for RRU or RFUofMO the number thein a uni-polarization When the RET a daisyantenna. chain configured RET single antenna type is scenario subunits. cannot SINGLE_RET, thein control RET MOs number of RET regular scenarios. subunits is 1. The controlling The device number If the RET antenna RRU or RFU MObe in of the ALD must type is MULTI_RET, a regular scenario unique. That is, of enter the number cannot control RET DeviceNo ofRET the configured MOs in other RET and TMA MOs subunits. regular scenarios must None be unique. either.

0~17 characters

None

None

RET

The device name of None an ALD must differ from other ALDs. The device names of RET and TMA must also differ from Noneother RETs and TMAs.

None

The device name of an ALD must differ from other ALDs. The device names of RET and TMA must also differ from Noneother RETs and TMAs.

0~49 characters

NULL

None

RET

0~62

0

0

RET

4~5,60~254

None

None

RET

None

0~5

None

None

RET

None


None

RET

None

0~8

None

None

RET

None

0~19 characters

None

None

RET

None

0~127 characters

None

None

RET

None

0~19 characters

None

None

RET

None


None

RET

None

0~29

None

None

RetDeviceData

None

1~8

None

None

RetDeviceData

None

0~359

0

None

RetDeviceData

None

0~31 characters

NULL

None

RetDeviceData

None

0~31 characters

NULL

None

RetDeviceData

None

0~359

0

None

RetDeviceData

None

0~359

0

None

RetDeviceData

None

0~359

0

None

RetDeviceData

None

0~359

0

None

RetDeviceData

None

0~25.5, step:0.1

0

None

RetDeviceData

None

0~25.5, step:0.1

0

None

RetDeviceData

None

0~25.5, step:0.1

0

None

RetDeviceData

None

0~25.5, step:0.1

0

None

RetDeviceData

None

0~6 characters

NULL

None

RetDeviceData

None

-10~30, step:0.1

0

None

RetDeviceData

None

UNUSED, 0~5 characters Band800, Band900, Band1500, UNUSED, Band1800, Band800, Band1900,Band900, Band1500, Band2100, UNUSED, Band1800, Band2600 Band800, Band1900,Band900, Band1500, Band2100, UNUSED, Band1800, Band2600 Band800, Band900, Band1900, Band1500, Band2100, Band1800, Band2600 Band1900, Band2100, 0~31 characters Band2600

NULL

None

RetDeviceData

UNUSED

None

RetDeviceData

UNUSED

None

RetDeviceData

UNUSED

None

RetDeviceData

UNUSED

None

RetDeviceData

NULL

None

RetDeviceData

None The four frequency bands supported by the RET antenna The fourbefrequency cannot repeated. bands supported by the RET antenna The fourbefrequency cannot repeated. bands supported by the RET antenna The fourbefrequency cannot repeated. bands supported by the RET antenna cannot be repeated. None

0~17 characters

NULL

None

RetDeviceData

None

-180~180, step:0.1 None

None

RetDeviceData

None

-180~180, step:0.1 None

None

RetDeviceData

None

0 None

None

RetPort

None

None

None

RetPort

None

0 None

None

RetPort

None

RetPort

None

RetPort

1. NoneRetPort MO The OverCurrAlmClrThr and R0A port of the eshld must beMO of AntennaPort greater an RRUthan MO cannot UnderCurrAlmClrTh be enabled at the reshld. same time. 1. 2. OverCurrAlmOccTh UnderCurrAlmClrTh OverCurrAlmClrThr reshld reshld must must be be eshld must greater greater than thanbe smaller than OverCurrAlmClrThr UnderCurrAlmOccT OverCurrAlmOccTh eshld. hreshld. reshld. 2. UnderCurrAlmOccT UnderCurrAlmClrTh hreshld must be reshld must smaller thanbe smaller than ON~0, Value range: UnderCurrAlmClrTh OverCurrAlmClrThr OFF~1 reshld. None this eshld. When parameter is 0, the power switch is turned on. When this parameter is 1, the power switch is turned off.

60~254

RET_PORT UER_SELF_DEFIN E, RET_ONLY_MULTI CORE ON, OFF

None

None

UER_SELF_DEFIN E

10~3500

155

10~3500

185

10~3500

60

10~3500

40

If an ALD needs According to the power supply, set ALD type the ALD power supply switch to ON. In other cases, set ALD power For the RET (multi-wire supply switch to cable mode) only: OFF.mA 120 For RET (multi-wire cable mode) only: 150 mA For RET (multi-wire cable mode) only: 15 mA For RET (multi-wire cable mode) only: 10 mA

0~3500

None

None

RetPort

ON, OFF

None

None

RetPort

OFF

RetPort RetPort RetPort RetPort RetPort

0~29

None

None

RETSubUnit

None

1~8

None

None

RETSubUnit

None

AVAILABLE, UNAVAILABLE, BREAKLINK

None

None

RETSubUnit

-10~30, step:0.1

None

None

RETSubUnit

0~11

None

None

RETSubUnit

0~62

0

0

RETSubUnit

4~5,60~255

255

None

RETSubUnit

0~5

0

None

RETSubUnit

R0A, R0B, R0C, R0D, R0E, R0F, R0G, R0H

R0A

None

RETSubUnit

0~62

0

0

RETSubUnit

4~5,60~255

255

None

RETSubUnit

0~5

0

None

RETSubUnit


R0B

None

RETSubUnit

-10~30, step:0.1

0

None

RETSubUnit

0~1, step:0.1

5

5

RETSubUnit

1~2

None

None

TMA

0~29

None

None

TMA

0~2 characters

None

None

TMA

None In the non-MIMO1.When the subrack mutual-aid None number of scenarios, the the port is 255, the port connecting portsis1 not connected. and 2 must be None 2. In the antenna nondifferent In the non-MIMOMIMO-mutual-aid ports on the same mutual-aid scenarios, RRU.In thethe MIMOscenarios, the connecting ports 1 mutual-aid In the non-MIMOconnecting ports and 2 mustthe be 1 scenarios, mutual-aid and 2 must be different antenna connecting ports 1 scenarios, the different antenna ports theports same1 In the non-MIMOand 2on must connecting ports on thebe same 1.When the subrack RRU. In the MIMOmutual-aid different antenna and 2 must be RRU.In the MIMOnumber of the mutual-aid scenarios, the port ports different different antenna mutual-aid is 255,onthe port is scenarios, connecting ports RRUs. ports on thethe same1 scenarios, the not connected. connecting ports 1 and 2 must be RRU.In the MIMOconnecting ports 1 2.In the non-MIMOand 2 can be different antenna mutual-aid In the non-MIMOand 2 can be mutual-aid different ports on antenna thethe same scenarios, mutual-aid different antenna scenarios, the ports on different RRU.In the MIMOconnecting ports scenarios, the ports on different connecting ports 1 1 RRUs. mutual-aid In the non-MIMOand 2 can be connecting ports RRUs. and 2 must be 1 scenarios, the mutual-aid different antenna and 2 must be different antenna connecting ports 1 scenarios, the ports on different different antenna ports the same1 and 2on can be connecting ports RRUs. ports on the same RRU.In the MIMOdifferent antenna and 2 must be RRU.In the MIMOmutual-aid ports on antenna different different mutual-aid scenarios, RRUs. ports on thethe same scenarios, the connecting ports 1 RRU.In the MIMOconnecting ports 1 and 2 can be mutual-aid and 2 can be different antenna scenarios, the different antenna ports on different None connecting ports 1 ports on different RRUs. and 2 can be RRUs. different None antenna ports on different RRUs. Nonedevice number The of the ALD must be unique. That is, DeviceNo of the RET and TMA MOs must None be unique.

0~17 characters

None

None

TMA

0~49 characters

NULL

None

TMA

0~62

0

0

TMA

4~5,60~254

None

None

TMA

None

0~5

None

None

TMA

None

The device name of None an ALD must differ from other ALDs. The device names of RET and TMA must also differ from Noneother RETs and TMAs.


None

TMA

None

0~8

None

None

TMA

None

0~19 characters

None

None

TMA

None

0~127 characters

None

None

TMA

None

0~19 characters

None

None

TMA

None


None

TMA

None

0~29

None

None

TMADeviceData

None

1~2

None

None

TMADeviceData

None

0~359

0

None

TMADeviceData

None

0~31 characters

NULL

None

TMADeviceData

None

0~359

0

None

TMADeviceData

None

0~359

0

None

TMADeviceData

None

0~359

0

None

TMADeviceData

None

0~359

0

None

TMADeviceData

None

0~25.5, step:0.1

0

None

TMADeviceData

None

0~25.5, step:0.1

0

None

TMADeviceData

None

0~25.5, step:0.1

0

None

TMADeviceData

None

0~25.5, step:0.1

0

None

TMADeviceData

None

0~6 characters

NULL

None

TMADeviceData

None

-10~30, step:0.1

0

None

TMADeviceData

None

None

TMADeviceData

None

TMADeviceData

None

TMADeviceData

None The four frequency bands supported by the TMA cannot be The four frequency repeated. bands supported by the TMA cannot be repeated.

UNUSED, 0~5 characters NULL Band800, Band900, Band1500, UNUSED, Band1800, UNUSED Band800, Band1900,Band900, Band1500, Band2100, Band1800, UNUSED Band2600 Band1900, Band2100, Band2600

UNUSED, Band800, Band900, Band1500, UNUSED, Band1800, UNUSED Band800, Band1900,Band900, Band1500, Band2100, Band1800, UNUSED Band2600 Band1900, Band2100, 0~31 characters NULL Band2600

None

TMADeviceData

None

TMADeviceData

None

TMADeviceData

The four frequency bands supported by the TMA cannot be The four frequency repeated. bands supported by the TMA cannot be repeated. None

0~17 characters

NULL

None

TMADeviceData

None

0~31 characters

NULL

None

TMADeviceData

None

None

TMADeviceData

None

None

TMADeviceData

None

TMADeviceData

0~63.75, step:0.25 0 UNSUPPORT, SUPPORT_PASSB UNSUPPORT Y, SUPPORT_VSWR, VSWR/PASSBY 0~6553500, 0 step:100 0~6553500, step:100

0

None

TMADeviceData

0~6553500, step:100

0

None

TMADeviceData

0~6553500, step:100

0

None

TMADeviceData

0~63.75, step:0.25

None

None

TMADeviceData

None TmaRxMaxFreBand must not be less than TmaTxMaxFreBand TmaRxMinFreBand. must not be less than TmaRxMinFreBand TmaTxMinFreBand. must not be more than TmaTxMinFreBand TmaRxMaxFreBand must not be more . than TmaTxMaxFreBand . None

0~63.75, step:0.25

None

None

TMADeviceData

None

0~29

None

None

TMASubUnit

None

1~2

None

None

TMASubUnit

None

0~11

None

None

TMASubUnit

None

0~63.75, step:0.25

None

None

TMASubUnit

None

NORMAL, BYPASS None

None

TMASubUnit

None

None

None

TMASubUnit

None

None

None

TMASubUnit

None

0~62

None

0

TMASubUnit

None

0~5

None

None

TMASubUnit

None

4~5,60~254

None

None

TMASubUnit

None

AVAILABLE, UNAVAILABLE, BREAKLINK R0A, R0B, R0C, R0D, R0E, R0F, R0G, R0H

0~63.75, step:0.25

0

48

TMASubUnit

NORMAL, BYPASS NORMAL

NORMAL

TMASubUnit

0~7

0

0

BBP

0~1 Avail_0, Avail_1, Avail_20, Avail_21, 0~5 Avail_500, Avail_501, Locked, Unlocked, Avail_504, Shutingdown Avail_508, RAT_FDD, Avail_509, RAT_TDD, Avail_520, Alarm_0, Alarm_1, TDD_ENHANCE Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, Alarm_5, LBBPb, LBBPc Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

0

0

BBP

None

1,2,3

BBP

Unlocked

Unlocked

BBP

None

None

BBP

None

None

BBP

None

None

BBP

None

None

BBP

None

None

BBP

None

None

BBP

None

None

BBP

None 1. When Mode in the BBP MO is set to TDD_ENHANCE, None the RRUCHAIN MO does not support None the ring topology, namely that TopoType cannot None be RING in this case. When None Mode in the BBP MO is set to TDD, the None RRUCHAIN MO does not support the hot backup ring topology. That is, when TopoType is set to RING, None BackupMode cannot be HOT. None 2. When Mode in the BBP MO is set to TDD or None TDD_ENHANCE, the RRU MO does not support a multiNone level chain, namely that InsertPos in the None MO cannot be RRU greater than 0 in this case. None

None

None

BBP

None

None

None

BBP

None

None

None

BBP

None

None

None

BBP

None

None

None

BBP

None

LMPT, LBBP, FAN, UPEU, UTRP, USCU, UEIU

None

None

BBP

None

0~4294967295

None

None

BBP

None

CPU, DSP

None

None

BBP

None

None

BBP

None

None

BBP

None

2147483648~2147 None 483647 2147483648~2147 None 483647

0~255 characters

None

Master, NDD, NCD, NDC, NEC, EUL, None EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP 0~63 characters None

None

BBP

None

None

BBP

None

None

BBP

None

None

BBP

None

0~63 characters

None

None

BBP

None

0~63 characters

None

None

BBP

None

0~63 characters

None

None

BBP

None

1~39 characters

None

None

BBP

None

Normal, Fault, Timeout, NULL

None

None

BBP

None

0~65535

None

None

BBP

None

0~65535 Avail_0, Avail_1, Avail_20, Avail_21, 0~7 Avail_500, Avail_501, Avail_504, 0~1 Avail_508, Avail_509, 6~7 Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, Alarm_5, Active, Standby Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, Avail_d28, Avail_d29

None

None

BBP

None

0

0

MPT

None

0

0

MPT

None

None

7

MPT

None

None

None

MPT

None

None

None

MPT

None

None

None

MPT

None

None

None

MPT

None

None

None

MPT

None

None

None

MPT

None

None

None

MPT

None

None

None

MPT

None

None

None

MPT

None

0~23 characters

None

None

MPT

None

0~19 characters

None

None

MPT

None


None

None

MPT

None

0~4294967295

None

None

MPT

None

CPU, DSP

None

None

MPT

None

None

MPT

None

None

MPT

None

None

MPT

None

None

MPT

None

None

MPT

None

None

MPT

None

2147483648~2147 None 483647 2147483648~2147 None 483647 0~255 characters

None

Master, NDD, NCD, NDC, NEC, EUL, None EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP 0~63 characters None 0~63 characters

None

None

MPT

None

0~63 characters

None

None

MPT

None

0~63 characters

None

None

MPT

None

1~39 characters

None

None

MPT

None


None

None

MPT

None

0~65535

None

None

MPT

None

0~65535

None

None

MPT

None

0~7

0

0

TRP

None

0~1

0

0

TRP

None

0~5 Alarm_0, Alarm_1, Alarm_2, Alarm_3, Alarm_4, Alarm_5, UIEB Alarm_6, Alarm_7, Alarm_8, Alarm_9, Alarm_10, Alarm_11, Alarm_12, Alarm_13, Alarm_14, Alarm_15

None

5

TRP

None

None

None

TRP

None

None

None

TRP

None

Avail_520, Avail_521, Avail_524, Avail_528, Avail_529, Avail_800, Avail_801, Avail_820, Enabled, Avail_821,Disabled Avail_c10, Avail_c11, Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

None

None

TRP

None

None

None

TRP

None

None

None

TRP

None

None

None

TRP

None

None

None

TRP

None

None

None

TRP

None

None

None

TRP

None

None

None

TRP

None

None

None

TRP

None


None

None

TRP

None

0~4294967295

None

None

TRP

None

CPU, DSP

None

None

TRP

None

None

TRP

None

None

TRP

None

None

TRP

None

None

TRP

None

None

TRP

None

None

TRP

None


None

Master, NDD, NCD, None NDC, NEC, EUL, EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP 0~63 characters None 0~63 characters

None

None

TRP

None

0~63 characters

None

None

TRP

None

0~63 characters

None

None

TRP

None

1~39 characters

None

None

TRP

None


None

None

TRP

None

0~65535 Avail_0, Avail_1, Avail_20, 0~65535 Avail_21, Avail_500, Avail_501, Avail_504, 0~7 Avail_508, Avail_509, 0~1 Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, Alarm_5, 0~5 Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

None

None

TRP

None

None

None

TRP

None

0

0

USCU

None

0

0

USCU

None

None

4

USCU

None

None

None

USCU

None

None

None

USCU

None

None

None

USCU

None

None

None

USCU

None

None

None

USCU

None

None

None

USCU

None

None

None

USCU

None

None

None

USCU

None

None

None

USCU

None

None

None

USCU

None


None

None

USCU

None

0~4294967295

None

None

USCU

None

CPU, DSP

None

None

USCU

None

None

USCU

None

None

USCU

None

None

USCU

None

None

USCU

None

None

USCU

None


None

Master, NDD, NCD, NDC, NEC, EUL, None EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP

0~63 characters

None

None

USCU

None

0~63 characters

None

None

USCU

None

0~63 characters

None

None

USCU

None

0~63 characters

None

None

USCU

None

1~39 characters

None

None

USCU

None


None

None

USCU

None

None

None

USCU

None

None

None

USCU

None

0

0

BbuFan

None

0

0

BbuFan

None

None

16

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None


None

None

BbuFan

None

0~4294967295

None

None

BbuFan

None

0~65535 Avail_0, Avail_1, Avail_20, 0~65535 Avail_21, Avail_500, Avail_501, Avail_504, 0~7 Avail_508, Avail_509, 0~1 Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, Alarm_5,16 Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

CPU, DSP

None


None

Master, NDD, NCD, None NDC, NEC, EUL, EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP 0~63 characters None

None

BbuFan

None

None

BbuFan

None

None

BbuFan

None

None

BbuFan

None

None

BbuFan

None

None

BbuFan

None

None

BbuFan

None

0~63 characters

None

None

BbuFan

None

0~63 characters

None

None

BbuFan

None

0~63 characters

None

None

BbuFan

None

1~39 characters

None

None

BbuFan

None


None

None

BbuFan

None

None

None

BbuFan

None

None

None

BbuFan

None

0

0

EIU

None

0

0

EIU

None

None

18

EIU

None

None

None

EIU

None

None

None

EIU

None

None

None

EIU

None

None

None

EIU

None

None

None

EIU

None

None

None

EIU

None

0~65535 Avail_0, Avail_1, Avail_20, 0~65535 Avail_21, Avail_500, Avail_501, Avail_504, 0~7 Avail_508, Avail_509, 0~1 Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, 18~19 Alarm_5, Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, Avail_d08, Avail_d09, Avail_d20, Avail_d21, Avail_d24,

0~259 characters

None

None

EIU

None

0~11 characters

None

None

EIU

None

0~23 characters

None

None

EIU

None

0~19 characters

None

None

EIU

None


None

None

EIU

None

0~4294967295

None

None

EIU

None

CPU, DSP

None

None

EIU

None

None

EIU

None

None

EIU

None

None

EIU

None

None

EIU

None

None

EIU

None

None

EIU

None


None


None

None

EIU

None

0~63 characters

None

None

EIU

None

0~63 characters

None

None

EIU

None

1~39 characters

None

None

EIU


None

None

EIU

0~65535

None

None

EIU

0~65535

None

None

EIU

0~1048575

0

None

eNodeB

1~64 characters

DBS3900 LTE

None

eNodeB

000~999

460

None

eNodeB

Before modifying None this parameter, The string ensure thatofallName cells of of the the eNodeB eNodeB are None be null cannot deactivated. If there characters or are neighboring Before modifying contain any of the relationships None this parameter, following between some cells ensure that all cells characters: of an eNodeB, all of the eNodeB question marksare (?), None neighboring deactivated. If there colons (:), right relationships with all are neighboring angle brackets (>), cells of the eNodeB relationships left angle brackets must be removed. between some(*), cells (<), asterisks After an eNodeB ID of an eNodeB, all slashes (/), the CGI is modified, neighboring backslashes of all serving (\), cells relationships with all bars (|), double of the eNodeB must cells of the eNodeB quotation marks ("), be modified must be removed. commas (,), manually. The After an eNodeB semicolons (;),be ID eNodeB must is modified, CGI equal signs the (=), reset before the of all serving cells single quotation change in this must of the eNodeB marks ('), three parameter takesplus be modified signs (+++), two or effect. manually. Theand more blanks, eNodeB must two or more be

00~99,000~999 DBS3900_LTE, BTS3900_LTE, BTS3900A_LTE, BTS3900L_LTE ON, OFF

20

None

eNodeB

DBS3900_LTE(DB S3900 LTE)

None

eNodeB

OFF

None

eNodeB

22:00:00~5:00:00

00:00:00

None

eNodeB

23:00:00~6:00:00

06:00:00

None When KPITYPE is set to Transmission_Pack None When KPITYPE et_Loss_Rate or is set to Cell_Call_Drop_Rat Transmission_Pack None e, the et_Loss_Rate recommended or Cell_Call_Drop_Rat value for None e, the FLTTHRESHOLD is recommended 10. value When KPITYPE is None for RESTHRESHOLD set to is 5. Transmission_Delay When KPITYPE is ,None the recommended set to value for Transmission_Delay FLTTHRESHOLD is None ,300. the recommended value When for KPITYPE is RESTHRESHOLD set to None is 200. Transmission_Jitter, When KPITYPE is the recommended When KPITYPE is set to None value for set to Transmission_Jitter, FLTTHRESHOLD is Transmission_Pack the recommended 100. et_Loss_Rate, None for value When KPITYPE is Transmission_Delay RESTHRESHOLD set to ,is 50. Packet_Loss_Rate, None Transmission_Jitter, When KPITYPE is the recommended or set to for value Packet_Loss_Rate, Packet_Loss_Rate, OFF FLTTHRESHOLD is the recommended the recommended 5. value of this value for When KPITYPE parameter is 360.is RESTHRESHOLD set to KPITYPE is When is 1. Cell_RRC_Connect set to KPITYPE is When _Succ_Rate or Cell_RRC_Connect set to Cell_SAEB_Setup_ _Succ_Rate, Cell_RRC_Connect Succ_Rate, the Cell_SAEB_Setup_ _Succ_Rate or recommended Succ_Rate, Cell_SAEB_Setup_ value for Cell_Call_Drop_Rat Succ_Rate, the is FLTTHRESHOLD e, Intra60minutes recommended 90. Frequency_HO_Su value for When KPITYPE cc_Rate, Inter- is RESTHRESHOLD set to IntraNone Frequency_HO_Su is 95. Frequency_HO_Su cc_Rate, LTEWhen KPITYPE cc_Rate or Inter-is CDMA_Handover_ set 1 to IntraFrequency_HO_Su Succ_Rate, LTEFrequency_HO_Su cc_Rate, the WCDMA_Handover cc_Rate or Interrecommended _Succ_Rate, or 0 Frequency_HO_Su value for LTEcc_Rate, the FLTTHRESHOLD is GERAN_Handover recommended 85. _Succ_Rate, the value for When KPITYPE is recommended RESTHRESHOLD set to LTEvalue is 90. of this CDMA_Handover_ parameter is 100.is When KPITYPE Succ_Rate, LTEset to LTEWCDMA_Handover CDMA_Handover_

eNodeB

-180~180, step:1e0 6 -90~90, step:1e-6

0

0~20 characters

None

Default, Normal, Demo, Protected, Emergency

None

Poweroff, Normal

None

0~128 characters Transmission_Pack et_Loss_Rate, Transmission_Delay DEG, SEC , Transmission_Jitter, Packet_Loss_Rate, 0~16 Cell_RRC_Connect _Succ_Rate, 0~16 Cell_SAEB_Setup_ Succ_Rate, Cell_Call_Drop_Rat e, IntraFrequency_HO_Su cc_Rate, ON, OFF InterFrequency_HO_Su cc_Rate, LTE0~4294967295 CDMA_Handover_ Succ_Rate, LTEWCDMA_Handover 0~4294967295 _Succ_Rate, LTEGERAN_Handover _Succ_Rate 0~4294967295

None DEG None None None None None None 100

15minutes, 30minutes, 60minutes, 1day

60minutes

0~23

0

1~3

1

0~7

0

eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB eNodeB KPIALARM KPIALARM KPIALARM KPIALARM KPIALARM KPIALARM KPIALARM KPIALARM PEU

eNodeB are RESTHRESHOLD Cell_Call_Drop_Rat deactivated. If there ranges from 0‰ to e. are neighboring 1000‰. When 2. The value range relationships KPITYPE is set to of between some cells Transmission_Delay FLTTHRESHOLD anvalue eNodeB, ,ofthe of all depends on the neighboring RESTHRESHOLD value offrom KPITYPE. relationships ranges 0with ms all to When KPITYPE is cells of theWhen eNodeB 5000 ms. set tobe removed. must KPITYPE is set to Transmission_Pack After a mobile Transmission_Jitter, None et_Loss_Rate, network the valuecode of isthe value of the CGI of modified, RESTHRESHOLD 1. PowerOffTime FLTTHRESHOLD all serving cells of to ranges from 0 ms None must range from ranges from 0‰ to the eNodeB must 1000 ms. When 22:00 to When 05:00 of 1000‰. bePowerOnTime modified KPITYPE is set to 1. the next day. KPITYPE is from set to manually. The Packet_Loss_Rate, must range 2. PowerOnTime Transmission_Delay system must beof the value of 23:00 to an 06:00 must be hour ,the thenext value of reset before the RESTHRESHOLD later thanday. FLTTHRESHOLD modified MNC ranges from 0‰ to 2. PowerOnTime PowerOffTime. ranges from 0 ms This is to takesparameter effect. 1000‰. When must be an hour 5000 ms. When valid only when KPITYPE later than is set to KPITYPE is set GCDF is set to to Cell_RRC_Connect PowerOffTime. This is Transmission_Jitter, DEG.parameter _Succ_Rate, the valid only when the value value of of GCDF is set to FLTTHRESHOLD RESTHRESHOLD DEG. ranges mstoto ranges from from 0 0% None ms. 1000 When 100%. When KPITYPE is is set set to to KPITYPE Packet_Loss_Rate, Cell_SAEB_Setup_ None the value of the Succ_Rate, FLTTHRESHOLD value of The LONGITUDE 1. If GCDF set to to ranges fromis0‰ RESTHRESHOLD None and LATITUDE SEC, this 1000‰.from When ranges 0% to parameters are parameter be KPITYPE ismust set to 100%. When 1. If GCDF isthe setthis to valid only in when specified None Cell_RRC_Connect KPITYPE isisset to SEC, this parameter set to format of _Succ_Rate, the Cell_Call_Drop_Rat parameter DEG. The must be dd:mm:ss.ssss,dd value of e, the value of specified in LONGITUDESECF indicates thethe FLTTHRESHOLD RESTHRESHOLD format of ORMAT and degree ranging ranges from from 0% to to ranges 0% ddd:mm:ss.ssss, LONGITUDESECF from –90 to 90, mm 100%. When 100%. When ddd indicates the ORMAT parameters indicates the minute KPITYPE is to KPITYPE is set set to degree ranging are valid only when ranging from 0 to Cell_SAEB_Setup_ Intrafrom –180 to 180, this parameter 59, and ss.ssss Succ_Rate, theis Frequency_HO_Su mm indicates the set to SEC. indicates the value of the value cc_Rate, minute ranging second ranging from FLTTHRESHOLD of 0 to 59, and ss.ssss None from 0 to 59.9999. ranges from 0% to RESTHRESHOLD indicates the is 2. When GCDF 100%. When ranges from 0% to second ranging SEC,This paramter KPITYPE is set to 100%. When None0 to 59.9999. from is not NULL. Cell_Call_Drop_Rat KPITYPE is set to 2. When GCDF is e, the value of InterSEC,This paramter FLTTHRESHOLD Frequency_HO_Su is not NULL. ranges from to cc_Rate, the0% value 100%. When of KPITYPE is set to RESTHRESHOLD Intraranges from 0% to Frequency_HO_Su 100%. None When cc_Rate, the value KPITYPE is set to of LTEFLTTHRESHOLD None CDMA_Handover_ ranges from the 0% to Succ_Rate, 100%. When value of None KPITYPE is set to RESTHRESHOLD Inter- from 0% to ranges Frequency_HO_Su 100%. None When cc_Rate, value KPITYPEthe is set to of LTEFLTTHRESHOLD None WCDMA_Handover ranges from 0% _Succ_Rate, theto 100%. value ofWhen KPITYPE is set to RESTHRESHOLD LTEranges from 0% to CDMA_Handover_ 100%. When Succ_Rate, KPITYPE is the set to value LTE- of FLTTHRESHOLD GERAN_Handover

Avail_0, Avail_1, Avail_20, Avail_21, Avail_500, Avail_501, Avail_504, Avail_508, Avail_509, 0~1 Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, 18~19 Alarm_5, Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

0

0

PEU

None

None

19

PEU

None

None

None

PEU

None

None

None

PEU

None

None

None

PEU

None

None

None

PEU

None

None

None

PEU

None

None

None

PEU

None

None

None

PEU

None

None

None

PEU

None

None

None

PEU

None

None

None

PEU

None


None

None

PEU

None

0~4294967295

None

None

PEU

None

CPU, DSP

None

None

PEU

None

None

PEU

None

None

PEU

None

None

PEU

None

None

PEU

None

None

PEU

None

None

PEU

None


None


None

None

PEU

None

0~63 characters

None

None

PEU

None

0~63 characters

None

None

PEU

None

1~39 characters

None

None

PEU

None


None

None

PEU

None

0~65535

None

None

PEU

None

0~65535

None

None

PEU

None

0~62

0

0

AntennaPort

None

4~5,60~254

None

None

AntennaPort

None

0~5 UER_SELF_DEFIN R0A, R0B, R0C, E, R0D, R0E, R0F, TMA12DB_ONLY_ R0G, R0H NON_AISG, TMA24DB_ONLY_ NON_AISG, RET_ONLY_COAXI AL, ON, OFF TMA12DB_AISG, TMA24DB_AISG 10~3500

None

None

AntennaPort

None

None

None

AntennaPort

None

UER_SELF_DEFIN E

AntennaPort

10~3500

185

10~3500

60

10~3500

40

0~1000

0

If an ALD needs According to the power supply, set ALD type For 12 dB nonthe ALD power AISG TMA: 150 supply switch to mA; For 24 dB nonON. In other cases, For 12TMA: dB nonAISG 280 set the ALD power AISG TMA: 170 mA; For RET supply switch tononmA; For 24 dB (coaxial) only: 120 OFF. AISG TMA: 310TMA For dB mA;12 For 12nondB mA; For RET AISG TMA: and RET or 40 12 mA; dB (coaxial) 150 For dBonly: nonTMA24 (AISG) only: For 12 dB mA; For 12nondB AISG TMA: 60 TMA mA; 400 mA AISG TMA: 30 and RET or 12 mA; dB For RET (coaxial) For nonTMA24 (AISG) only: only: 33dB mA; For 12 AISG TMA: mA;or 450TMA mA dB and40 RET For RET (coaxial) 12 dB TMA (AISG) only: only: 25 40 mA; mA For 12 dB TMA and RET or None 12 dB TMA (AISG) only: 30 mA

AntennaPort

1. NoneRetPort MO The OverCurrAlmClrThr and R0A port of the eshld must beMO of AntennaPort greater an RRUthan MO cannot UnderCurrAlmClrTh be enabled at the reshld. same time. 1. 2. OverCurrAlmOccTh UnderCurrAlmClrTh OverCurrAlmClrThr reshld reshld must must be be eshld must greater greater than thanbe smaller than OverCurrAlmClrThr UnderCurrAlmOccT OverCurrAlmOccTh eshld. hreshld. reshld. 2. UnderCurrAlmOccT UnderCurrAlmClrTh hreshld must be reshld must smaller thanbe smaller than UnderCurrAlmClrTh OverCurrAlmClrThr reshld. None eshld.

0~50

0

None

AntennaPort

None

0~50

0

None

AntennaPort

None

0~3500

None

None

AntennaPort

None

ON, OFF

None

None

AntennaPort

None

0~62

0

0

CpriPort

None

0~1,4~5,60~254

None

None

CpriPort

None

0~5

None

None

CpriPort

None

OFF 155

AntennaPort AntennaPort AntennaPort AntennaPort AntennaPort

0~5

None

None

CpriPort

0.614, 1.25, 2.5, 4.9, NULL

None

None

CpriPort

BLOCK, UNBLOCK None

None

CpriPort

Locked, Unlocked, Shutingdown

Unlocked

Unlocked

RE

ON, OFF

ON

ON

RE

1.5~10, step:0.1

25

25

RE

1.5~3, step:0.1

20

20

RE

0~3

None

None

RE

0~249

None

None

RE

TRUNK

TRUNK

None

RE

LO_TD, LO, CL, GL, UL

None

None

RE

1,2,4,8

None

None

RE

1,2,4,8

None

None

RE

0~255

None

None

RE

0~255

None

None

RE

0~858993459, step:0.2

None

None

RE

0~858993459, step:0.2

None

None

RE

0~858993459, step:0.2

None

None

RE

0~858993459, step:0.2

None

None

RE

0~100000, step:10

None

None

RE

0~6553.5, step:0.1

None

None

RE

0~429496729.5, step:0.1

None

None

RE

1. PS in an RRU MO must be unique and consecutive on None an RRU chain/ring. PS in an RFU MO must None be set to 0. If TT and BM in an 1. An RRU with RRUCHAIN MO, 8T8R TX or where the RRU None (eight channels and eight You can the RFU MOspecify is RX channels) VswrAlmThrhld only configured, are set supports onlyHOT the None 1. The number of when the to RING and chain or load AntennaPort MOs VswrAlmSwitch is respectively, PS in sharing topology. is toorthe setequal to ON. the RRU RFU 1. The value of to Therefore, if set larger value If the MO must be ALMPROCTHRHL RXNUM is set tois8, between RXNUM VswrAlmSwitch 0. D must besame greater TT inTXNUM the and in the set OFF, If TT in an 1 20to than that of RRUCHAIN MO RRU MO. For VswrAlmThrhld is RRUCHAIN MO, 2. 1. If Mode into the ALMTHRHLD. must be set example, an RRU invalid. where the RRU or ALMPROCTHRHL BBP MOorTX is set to 2 25 one CHAIN with RFU MO is D must be or greater RAT_TDD BALANCE. channel configured, istwo set to than the and TDD_ENHANCE, An RRU with 8T8R RX channels are BALANCE, PS in RCN and PS must ALMTHRHLD. RS in theonly RRU MO can use ports connected to the RRU or RFU be unique into an must be set 0 and 1. Therefore, antenna ports R0A MO must be set to RRU or RFU MO. LO_TD. if0.RXNUM set to and R0B. Ifisposition the That is, the 2. If RSvalue in the the RRU 8, HPN in larger 2. RCN and of anisRRU orPS RFU MO not set to CpriPort MO used between RXNUM must be unique in in the topology LO_TD, its value by the RRUCHAIN None and TXNUM is an RRU or RFUMO. must bebe unique. cannot greater MO be set to changed, the Thatmust is, the position than 2. 0 or 1. number of of an RRU or RFU 3. RS innumber the RRU 2. The of AntennaPort MOs in the topology MO and AntennaPort MOs must be the changed unique. working standard of is to or the by 3. equal Aadding multi-level the BBP MO must larger value removing chain can be set up both support FDD, between RXNUM corresponding only on CPRI port TDD, or and in the AntennaPort MOs. 0, 1,TXNUM or 2. TDD_ENHANCE. RRU MO. For An AntennaPort MO Therefore, if PS is That is, if Mode in example, an RRU cannot removed set to abe value the BBP MO isaset None with one TXby0, ifgreater it is used than HPN to FDD,MO. RS intwo the channel and Sector in the CpriPort MO RRU MO must be RX channels are 2. An RRU with which is used by None set to LO, GL, UL, connected to 8T8R supports only the RRUCHAIN MO or antenna R0A theCL. chain or set load can only ports be to and If the sharing topology. None 0, 1,R0B. or 2. larger valueif Therefore, betweenisRXNUM TXNUM set to 8, None and is TT inTXNUM the same changed, the RRUCHAIN MO number must be of set to None AntennaPort MOs CHAIN or must be changed BALANCE. by adding or 8T8R An RRU with None removing can use only ports corresponding 0 and 1. Therefore, None MOs. ifAntennaPort TXNUM is set to AnHPN AntennaPort 8, in the MO cannot beMO removed CpriPort used None ifbyit the is used by a RRUCHAIN SectorMO. MO must be set to 0 or None1.

-100~200

None

None

RE

None

Avail_0, Avail_1, Avail_20, Avail_21, 0~6 Avail_500, Avail_501, LO_TD, LO, WL, Avail_504, 0~24 characters CL, CWL, GL, Avail_508, GWL, GCL, GCWL, Avail_509, UL, UWL, UCL, Avail_520, Alarm_0, Alarm_1, CONNECTHEAD, UCWL, UGL, Avail_521, Alarm_2, Alarm_3, CONNECTTAIL, UGWL, UGCL, Avail_524, Alarm_4, Alarm_5, CONNECTBOTH, UGCWL, NULL Avail_528, Alarm_6, Alarm_7, SEPERATEBYBRE Avail_529, Alarm_8, Alarm_9, AK, LINKDOWN Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None

None

None

RE

None


None

None

RE

None

0~4294967295

None

None

RE

None

CPU, DSP

None

None

RE

None

None

RE

None

None

RE

None

None

RE

None

None

RE

None

None

RE

None

None

RE

None


None

Master, NDD, NCD, NDC, NEC, EUL, None EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP 0~63 characters None

0~63 characters

None

None

RE

None

0~63 characters

None

None

RE

None

0~63 characters

None

None

RE

None

1~39 characters

None

None

RE

None


None

None

RE

None

0~65535

None

None

RE

None

0~65535

None

None

RE

0~62 Avail_0, Avail_1, Avail_20, Avail_21, 4~5 Avail_500, Avail_501, Avail_504, 0~5 Avail_508, Avail_509, MRFU, LRFU Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Locked, Avail_524, Alarm_4,Unlocked, Alarm_5, Shutingdown Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

0

None

RFU

None

None

RFU

None

None

RFU

None

None

RFU

Unlocked

Unlocked

RFU

None

None

RFU

None

None

RFU

None

None

RFU

None 1 WorkStandard in the RFU MO must be LO, and the None working standard of the BBP must be FDD. None 2. The RRUCHAIN MO containing a NoneMO cannot be RFU a multi-level chain, namely that InsertPos in the RFU MO cannot be greater None than 0. 3. When RRUType is LRFU, None WorkStandard can be LO only. When RRUType is MRFU, None WorkStandard can be LO, GL, UL, or CL. None

None

None

RFU

None

None

None

RFU

None

None

None

RFU

None

None

None

RFU

None

None

None

RFU

None

None

None

RFU

None

None

None

RFU

None

None

None

RFU

None


0~4294967295

None

None

RFU

None

CPU, DSP

None

None

RFU

None

None

RFU

None

RFU

None

RFU

None

RFU

None

RFU

ON

RFU

1. PS in an RRU None MO must be unique and consecutive on None an RRU chain/ring. PS in an RFU MO must None be set to 0. If TT and BM in an 1. An RRU with RRUCHAIN MO, 8T8R TX or where the RRU None (eight channels and eight You can the RFU MOspecify is RX channels) VswrAlmThrhld only configured, are set supports onlyHOT the None 1. The number of when the to RING and chain or load AntennaPort MOs VswrAlmSwitch respectively, PS is in sharing topology. is toorthe setequal to ON. the RRU RFU 1. The value of to Therefore, if set larger value If the MO must be ALMPROCTHRHL RXNUM is set tois8, between RXNUM VswrAlmSwitch 0. D must be greater TT in the same and TXNUM in the set If TT inOFF, an 1 20tothat than of RRUCHAIN MO RRU MO. For VswrAlmThrhld RRUCHAIN MO,is 2. 1. If Mode into the ALMTHRHLD. must be set example, an RRU invalid. where the RRU or ALMPROCTHRHL BBP MO is set to 2 25 CHAIN or with one TX RFU MO is D must be or greater RAT_TDD BALANCE. channel andistwo configured, set to than the TDD_ENHANCE, An RRU withPS 8T8R RX channels are BALANCE, in RCN and PS must ALMTHRHLD. RS in theonly RRU MO can use ports connected toRFU theunique RRU orin be an must be set to 0 and 1. Therefore, antenna ports R0A MO must be set to RRU or RFU MO. LO_TD. ifand RXNUM isthe set to R0B. If 0. That is, the position 2. If RS in the the RRU 8, in larger value 2. HPN RCN and of an RRU orPS RFU MO is not set to CpriPort MO used between RXNUM must unique in in thebe topology LO_TD, its value by RRUCHAIN None and TXNUM is an the RRU or RFUMO. must be unique. cannot be greater MO be set to changed, the Thatmust is, the position than 2. of 0 number ofor an1.RRU or RFU 3. RS innumber the RRU 2. The of AntennaPort MOs in the topology MO and AntennaPort MOs must be the changed unique. working standard of is to or the by 3. equal Aadding multi-level the BBP MO must larger value removing chain can be set up both support FDD, between RXNUM corresponding only on CPRI port TDD, or and TXNUM in the AntennaPort MOs. 0, 1, or 2. TDD_ENHANCE. RRU MO. For An AntennaPort MO Therefore, if PS is That is,be if Mode in example, an RRU cannot removed set to a value the BBP MO isaset None with one TXby0, ifgreater it is used than HPN to FDD, RS in channel and two Sector MO. the in the CpriPort MO RRU MO must be RX channels are 2. An RRU with which is used by None set to supports LO, GL, UL, connected to 8T8R the RRUCHAINonly MO or CL. antenna R0A the chain or set load can only ports be to and If the sharing topology. None 0, 1,R0B. or 2. larger value Therefore, if between TXNUM isRXNUM set to 8, None and is TT inTXNUM the same changed, theMO RRUCHAIN number must be of set to None AntennaPort MOs CHAIN or must be changed BALANCE. by adding or 8T8R An RRU with None removing can use only ports corresponding 0 and 1. Therefore, None AntennaPort MOs. if TXNUM is set to An AntennaPort 8, HPN in the MO cannot beMO removed CpriPort used if it the is used by a by RRUCHAIN SectorMO. MO must be set to 0 or 1.


None

Master, NDD, NCD, None NDC, NEC, EUL, EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP ON, OFF ON 1.5~10, step:0.1

25

25

RFU

1.5~3, step:0.1

20

20

RFU

0~3

None

None

RFU

0~249

None

None

RFU

TRUNK

TRUNK

None

RFU


None

None

RFU

1,2,4,8

None

None

RFU

1,2,4,8

None

None

RFU

0~255

None

None

RFU

0~255

None

None

RFU

0~858993459, step:0.2

None

None

RFU

0~858993459, step:0.2

None

None

RFU

0~858993459, step:0.2

None

None

RFU

0~858993459, step:0.2

None

None

RFU

0~100000, step:10

None

None

RFU

0~6553.5, step:0.1

None

None

RFU

None

0~429496729.5, step:0.1

None

None

RFU

None

-100~200

None

None

RFU

None

0~6

None

None

RFU

None

LO_TD, LO, WL, 0~24 characters CL, CWL, GL, GWL, GCL, GCWL, UL, UWL, UCL, CONNECTHEAD, UCWL, UGL, CONNECTTAIL, UGWL, UGCL, CONNECTBOTH, UGCWL, NULL SEPERATEBYBRE AK, LINKDOWN 0~63 characters

None

None

RFU

None

None

None

RFU

None

None

None

RFU

None

None

None

RFU

None

0~63 characters

None

None

RFU

None

0~63 characters

None

None

RFU

None

0~63 characters

None

None

RFU

None

1~39 characters

None

None

RFU

None


None

None

RFU

None

0~65535

None

None

RFU

None

0~65535

None

None

RFU

0

RRU

60

RRU

None

RRU

None 1. If RRUType is set to LRRU, WorkStandard can None be LO or LO_TD. If RRUType is set to None MRRU, WorkStandard can be LO, LO_TD, GL, None UL, or CL. 2. If RRUType in the RRU MO are None set to LRRU and WorkStandard is set to LO_TD, the RRUCHAIN MO does not support None the ring topology. 3. When the RRU type Noneis changed, the current RRU must be reset. 4. WorkStandard in None the RRU MO and the working standard of the BBP MO must both be FDD or TDD.

0 0 60~254

None 0 0

0~30 characters

NULL

None

RRU

MRRU, Alarm_0,LRRU Alarm_1, Alarm_2, Alarm_3, Locked, Unlocked, Alarm_4, Alarm_5, Shutingdown Alarm_6, Alarm_7, Alarm_8, Alarm_9, Alarm_10, Alarm_11, Alarm_12, Enabled, Alarm_13,Disabled Alarm_14, Alarm_15

None

None

RRU

Unlocked

Unlocked

RRU

None

None

RRU

None

None

RRU

Avail_528, Avail_529, Avail_800, Avail_801, Avail_820, Avail_821, Avail_c10, Avail_c11, Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

None

None

RRU

None

None

None

RRU

None

None

None

RRU

None

None

None

RRU

None

None

None

RRU

None

None

None

RRU

None

None

None

RRU

None

None

None

RRU

None


None

None

RRU

None

0~4294967295

None

None

RRU

None

CPU, DSP

None

None

RRU

None

None

RRU

None

RRU

None

RRU

None

RRU

None

RRU

ON

RRU

1. PS in an RRU None MO must be unique and consecutive on None an RRU chain/ring. PS in an RFU MO must None be set to 0. If TT and BM in an RRUCHAIN MO, where None the RRU or You can the RFU MOspecify is VswrAlmThrhld only configured, are set None when theand HOT to RING VswrAlmSwitch respectively, PS is in set to ON.or RFU the RRU 1. The value of to If the MO must be set ALMPROCTHRHL VswrAlmSwitch is 0. D must be greater set If TT inOFF, an 1 20tothat than of MO,is VswrAlmThrhld RRUCHAIN 2. 1. If Mode in the ALMTHRHLD. invalid. where the RRU or ALMPROCTHRHL BBP MO is 2 25 MO is set to RFU D must be or greater RAT_TDD configured, is set to than the TDD_ENHANCE, BALANCE, PS in RCN must ALMTHRHLD. RS inand the PS RRU MO theunique RRU orinRFU be an must be set to MO must be set RRU or RFU MO.to LO_TD. 0. is, the position That 2. If RS in the RRU 2. RCN andorPS of MOanisRRU not set RFU to must be unique in in the topology LO_TD, its value None an RRU or RFUMO. must bebe unique. cannot greater That is, the position than 2. of an RRU or RFU 3. RS in the RRU in the topology MO and the must be unique. working standard of 3. A multi-level the BBP MO must chain can be set up both support FDD, only on CPRI port TDD, or 0, 1, or 2. TDD_ENHANCE. Therefore, if PS is That is, if Mode in set to a value the BBP MO is set


None

Master, NDD, NCD, None NDC, NEC, EUL, EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP ON, OFF ON 1.5~10, step:0.1

25

25

RRU

1.5~3, step:0.1

20

20

RRU

0~3

None

None

RRU

0~249

None

None

RRU

TRUNK

TRUNK

None

RRU


None

None

RRU

1,2,4,8

None

None

RRU

1,2,4,8

None

None

RRU

0~255

None

None

RRU

0~255

None

None

RRU

0~858993459, step:0.2

None

None

RRU

0~858993459, step:0.2

None

None

RRU

0~858993459, step:0.2

None

None

RRU

0~858993459, step:0.2

None

None

RRU

0~100000, step:10

None

None

RRU

0~6553.5, step:0.1

None

None

RRU

0~429496729.5, step:0.1

None

None

RRU

8, HPNvalue in the larger CpriPort MO used between RXNUM by the RRUCHAIN and TXNUM is MO must be changed, theset to 0 or 1. of number 2. The number of AntennaPort MOs AntennaPort MOs must be changed is equal to or the by adding larger value removing between RXNUM corresponding and TXNUM the AntennaPort in MOs. RRU MO. For MO An AntennaPort example, RRU cannot bean removed None TXby a ifwith it isone used channel and two Sector MO. RX channels are 2. An RRU with None connected to only 8T8R supports antenna R0A the chainports or load and If the sharing topology. NoneR0B. larger valueif Therefore, between TXNUM isRXNUM set to 8, None and is TT inTXNUM the same changed, theMO RRUCHAIN number must be of set to None AntennaPort MOs CHAIN or must be changed BALANCE. by adding or 8T8R An RRU with None removing can use only ports corresponding 0 and 1. Therefore, None AntennaPort MOs. if TXNUM is set to An AntennaPort 8, HPN in the MO cannot beMO removed CpriPort used None if it the is used by a by RRUCHAIN SectorMO. MO must be set to 0 or 1. None

-100~200

None

None

RRU

None

0~6

None

None

RRU

None

LO_TD, LO, WL, 0~24 characters CL, CWL, GL, GWL, GCL, GCWL, UL, UWL, UCL, CONNECTHEAD, UCWL, UGL, CONNECTTAIL, UGWL, UGCL, CONNECTBOTH, UGCWL, NULL SEPERATEBYBRE AK, LINKDOWN 0~63 characters

None

None

RRU

None

None

None

RRU

None

None

None

RRU

None

None

None

RRU

None

0~63 characters

None

None

RRU

None

0~63 characters

None

None

RRU

None

0~63 characters

None

None

RRU

None

1~39 characters

None

None

RRU

None


None

None

RRU

None

0~65535

None

None

RRU

None

0~65535

None

None

RRU

0~249

None

None

RRUCHAIN

CHAIN, RING, LOADBLANCE

None

None

RRUCHAIN

COLD, HOT

None

None

RRUCHAIN

0~7

None

None

RRUCHAIN

0~1

None

None

RRUCHAIN

0~5

None

None

RRUCHAIN

0~5

None

None

RRUCHAIN

0~7

0

None

RRUCHAIN

0~1

0

None

RRUCHAIN

0~5

0

None

RRUCHAIN

0~5

0

None

RRUCHAIN

0~4,255

255

255

RRUCHAIN

0~4,255

255

255

RRUCHAIN

LOCALPORT, PEERPORT

LOCALPORT(local None port)

RRUCHAIN

0~3

None

None

RRUCHAIN

0~3

None

None

RRUCHAIN

0~62

0

None

RxBranch

cannot be set to the 1. If TTvalue is setfor tothe same CHAIN, BM must ring topology. be 4. Ifset TTtoisCOLD. set to If TT is set to and RING, BALANCE BM can be set to Mode in the BBP either COLD or MO is TDD HOT. If TT is set to or TDD_ENHANCE, None BALANCE, the CpriPortBM MOis invalid. can only be ports 0 2. If is set to None or 1.TT That is, HPN RING and BM and TPN in theis set to HOT, SN in the RRUCHAIN MO two CpriPort MOs cannot be greater under than 1.the BBP MOs can to to two 5. If be TT set is set values of 0, 1, BALANCE and2, and 3,inexcept 0 and Mode the BBP 1. Before None MO is FDD, the configuring CpriPort MOmultiple can hot rings onlybackup be ports 0 toon 2. None two LBBPs, ensure That is, HPN and that in the BBP TPNSN in the MOs can only be RRUCHAIN MO None set to 2be or greater 3. cannot 3. If TT than 2. is set to RING BMtois set None 6. If TTand is set This parameter is to HOT, the RING or BALANCE, valid only when the CpriPort must be two CpriPort MOs topology type is configured under used byvalue the of isring This parameter 1. The or load sharing different BBPMO MOs. RRUCHAIN valid only when the breakpoint 1 cannot mode. may be configured topology type is the ring be greater than This parameter is 1. The value ofBBP on one or or load sharing number oftwo RRU valid when the breakpoint 2 are cannot MOs.only Ifonthey mode. levels the topology type is be greater than the configured on two RRUCHAIN MO.isring This parameter or load sharing number of RRU BBP MOs, the 2. Theonly value oftwo valid when the mode. levels on the RRU BBP MOs must breakpoint 2 on a topology type is ring chain/ring. have the same WM. chain must be 255, or load sharing 2. Breakpoint 2 on 7. If TTisisinvalid. set to which mode. an RRU chain RING, the CpriPort 3. The value ofmust be 255, which isa MO can only be breakpoint 1 on invalid. ports 0, 1, or 2. ring or the load If AT in an 3. The of That is,value HPN and sharing mode RRUCHAIN is breakpoint 1 MO on an TPN in be thegreater cannot set toring PEERPORT, RRU or the RRUCHAIN MO than the value of HSN in be the same load sharing mode cannot greater breakpoint 2, and RRUCHAIN MO cannot greater than 2. be the two breakpoints must be set to 2 or than the value must exist or beof None 3. breakpoint 2, and removed at the the two breakpoints same time. must None exist or be removed at the same time. None

4~5,60~254

None

None

RxBranch

None

0~5

None

RxBranch

None

0~7

None

RxBranch

None

ON, OFF

ON

RxBranch

None

0~22, step:0.5

0

RxBranch

None

When the TMA is None not used, the recommended value None of the attenuation is 0. When a 12 dB TMA ON is used, the recommended value of the attenuation ranges from 4 dB to 11 dB. When a 24 dB TMA is used, the recommended value of the attenuation ranges from 11 dB to 22

ON, OFF

None

None

RxBranch

0~11

None

None

Sector

-180~180, step:1eNone 6

None

Sector

-90~90, step:1e-6

None

None

Sector

1T1R, 1T2R, 2T2R, None 2T4R, 4T4R, 8T8R

None

Sector

0~62

None

None

Sector

4~5,60~254

None

None

Sector

0~5

None

None

Sector


None

None

Sector

0~62

0

None

Sector

4~5,60~254

60

None

Sector

0~5

0

None

Sector


R0A

None

Sector

0~62

0

None

Sector

4~5,60~254

60

None

Sector

0~5

0

None

Sector


R0A

None

Sector

0~62

0

None

Sector

4~5,60~254

60

None

Sector

0~5

0

None

Sector


R0A

None

Sector

0~62

0

None

Sector

4~5,60~254

60

None

Sector

2T2R mode. 3. The antenna ports used by a consolidation sector must be located on two RRUs or RFUs. 4. When a common MIMO None sector in TDD mode is used, 4T4R sectors are None set up on the RRU with 8 TX channels and 8 RX channels, None and the channels must be in the same None polarization direction. That is, the AntennaPort MOs used by the Sector MOs in this case must be one None of the following combinations: R0A, R0B, None R0E, and R0F ports; R0B, R0D, R0F, and R0H ports; None R0C, R0D, R0G, and R0H ports. Meanwhile, None CabinetNo, SubrackNo, and SlotNo None in the RRU or RFU MOs where the antenna ports are located must be None the same. 5. The antenna None used in the ports MIMO-mutual-aid scenarios must be None located on two RRUs or RFUs. 6. When a common None MIMO sector in TDD mode is used, None 2T2R sectors are set up on the RRU with 4 TX channels None and 4 RX channels, and the channels must None be in the same polarization direction. That is, None the AntennaPort MOs used by the Sector MOs in this None case must be one of the following combinations: R0A None and R0B ports; R0C and R0D None Meanwhile, ports. CabinetNo, SubrackNo, and None SlotNo in the RRU or RFU MOs where the antenna ports None are located must be the same.

0~5

0

None

Sector


R0A

None

Sector

0~62

0

None

Sector

4~5,60~254

60

None

Sector

0~5

0

None

Sector


R0A

None

Sector

0~62

0

None

Sector

4~5,60~254

60

None

Sector

0~5

0

None

Sector


R0A

None

Sector

0~62

0

None

Sector

4~5,60~254

60

None

Sector

0~5

0

None

Sector

R0A

None

Sector

NormalMIMO(Norm None al MIMO)

Sector

0~30 characters

None

None

Sector

-32767~32767

None

None

Sector

0~1800000

3

None

Sector

0~1800000

3

None

Sector

0~179

0

None

Sector

0~990

3

None

Sector

0~100 0 None COMBTYPE_SING LE_RRU, COMBTYPE_SING None COMBTYPE_MULT LE_RRU I_RRU

Sector

R0A, R0B, R0C, R0D, R0E, R0F, R0G, R0H NormalMIMO, AIDMIMO

Sector

sector. In TDD mode, only 2T2R supports consolidation sectors. In FDD mode, only 2T2R, 2T4R, or 4T4R supports None consolidation sectors. The consolidation or None MIMO-mutual-aid sectors must be set up on the singleNone level of a chain on a baseband processing board, None namely that When InsertPos in the None SectorCombInd RRU or RFU MOis the combination cannot be greater mode of multiple than 0. None RRUs, the following 2. When requirements SectorMode ismust set be met: to mutual-aid None 1) AntennaMode MIMO, the antenna must setmeet to the ports be must None 2T2R. following 2) The RRU/RFU requirements: MOs of the 1) AntennaMode is None AntennaPort MOs set to 2T2R only. used theorSector 2) All by RRU RFU MOs must be of the None located on theMOs AntennaPort same chain the used by the or Sector None same level a MOs are onofthe chain. If a sector single-level of a is configured withthat chain, namely None multiple InsertPosRRUs in theon the chain, RRUsame or RFU MO is there 0. None is a maximum of RRUs on the 3) two CabinetNo1, chain. If a sector SubrackNo1, andis None arewith configured SlotNo1 not all multiple the sameRRUs as on different chains, CabinetNo2, there can be only SubrackNo2, and one RRU on each SlotNo2. chain. 4) PortNo1 differs None 3) All PortNo2, the RRUsand of from the onlyAntennaPort the R0A and Noneports MOs used are by the R0B used. Sector MOs are of 5) All the RRUs connected to the the AntennaPort None same BBP.by the MOs used 4) CabinetNo1, Sector MOs are SubrackNo1, and connected to the None SlotNo1; same BBP. CabinetNo2, 6) The CpriPort MO None SubrackNo2, and connected to the SlotNo2; RRUChain MO that CabinetNo3, contains the RRU None SubrackNo3, and or RFU MO must SlotNo3; meet the following CabinetNo4, requirements: None SubrackNo4, (1) Only portsand 0 to SlotNo4 2 can bemust usedmeet as the following CpriPort MO requirements: that is connected to a. theCabinetNo1, RRUChain MO. SubrackNo1, (2) The serialand SlotNo1 the numbersare of the same as AntennaPort and CabinetNo2, CpriPort MOs must SubrackNo2, and meet one of the SlotNo2 following

The LONGITUDE 1. When GCDF is and LATITUDE SEC,This parameters are parameter must this be valid onlyGCDF when 1. When is specified in the parameter is set to SEC,This format of DEG. The parameter must dd be dd:mm:ss.ssss, ANTLATITUDESEC specified in the indicates the FORMAT and format of degree ranging ANTLONGITUDES ddd:mm:ss.ssss, from –90 to 90, mm ECFORMAT ddd indicates the indicates theare minute parameters degree ranging ranging from 0 tothis valid only when If this–180 parameter is from to 180, 59, and ss.ssss parameter is set to set to TRUE, the mm indicates indicates the the SEC. cell is an minute ranging from second ranging omnidirectional cell. 0 to 59, and ss.ssss from 0parameter to 59.9999. If this indicates the isis 2. When GCDF set to FALSE, the second ranging SEC,This paramter cell is not an None from to 59.9999. is not0NULL. omnidirectional 2. When GCDF cell. is SEC,This paramter None is not NULL.

DEG, SEC

DEG

None

Sector

0~16

None

None

Sector

0~16

None

None

Sector

FALSE, TRUE

FALSE

None

Sector

0~50, step:0.1

None

None

Sector

Normal, NoLicense None

None

Sector

0~40 characters

None

None

Sector

None

0~40 characters

None

None

Sector

None

0~62

0

0

SFP

None

0~1,4~5,60~254

None

None

SFP

None

0~7

None

None

SFP

None

0~5

None

None

SFP

None

None

None

SFP

None

None

None

SFP

None

0~15 characters

None

None

SFP

None

SINGLEMODE, MULTIMODE, UNKNOWN

None

None

SFP

None

0~65535

None

None

SFP

None

0~25500, step:100

None

None

SFP

None

0~255

None

None

SFP

None

0~25500, step:100

None

None

SFP

None

0~2550, step:10

None

None

SFP

None

0~2550, step:10

None

None

SFP

None

-128~128, step:0.001

None

None

SFP

None

INPOSITION, NOTINPOSITION, INVALID SFP, ESFP, ELEC_SFP, UNKNOWN

0~6553500, step:100

None

None

SFP

None

0~131070, step:2

None

None

SFP

None

0~6553.5, step:0.1

None

None

SFP

None

0~6553.5, step:0.1

None

None

SFP

None

0~2550

None

None

SFP

None

0~62

0

None

TxBranch

None

4~5,60~254

None

None

TxBranch

None

0~5

None

None

TxBranch

None

0~7

None

None

TxBranch

None

ON, OFF

ON

ON

TxBranch

None

1~25, step:0.01

None

None

TxBranch

None

ON, OFF

None

None

TxBranch

None

0~4294967295

None

None

TxBranch

None

0~100000, step:10

None

None

TxBranch

None

None

BITS

None

0 0 0~7

0

0

BITS

None

0~1

0

0

BITS

None

0~7

0

0

BITS

None

DEACTIVATED, ACTIVATED

None

None

BITS

None

UNAVAILABLE, AVAILABLE

None

None

BITS

None

1~4

4

4

BITS

None

0 0

0

LineClk

None

0

0

LineClk

None

0~7

0~1

0

0

LineClk

None

0~5

4

4

LineClk

None

0~7

0

0

LineClk

None


None

None

LineClk

None


None

None

LineClk

None

1~4

4

4

LineClk

None

0 0

0

PeerClk

None


None

None

PeerClk

None


None

None

PeerClk

None

0~1

0

0

TOD

None

IN, OUT

IN(Input)

IN(Input)

TOD

None

0~7

0

0

TOD

None

0~1

0

0

TOD

0~5

0

None

TOD

TWISTED-PAIR, COAXIAL

TWISTEDNone PAIR(Twisted-Pair)

TOD

None If two TOD MOs are configured, they should have the same SN. None

0~1000

0

None

TOD

None


None

None

TOD

None


None

None

TOD

None

0~100000

None

0

TOD

None

1~4

4

4

TOD

None

0~1

0

0

GPS

None

0~7

0

0

GPS

None

0~1

0

0

GPS

None

0~7 USER_CONFIG, SEARCH_WITH_D URATION, SEARCH_WITH_P RECISION, -180~180, step:1eAUTO_SEARCH 6

7

None

GPS

None

AUTO_SEARCH(A None uto Search)

GPS

None

0

None

GPS

None

-90~90, step:1e-6

0

None

GPS

None

-1000~10000

0

None

GPS

None

0~89

5

None

GPS

None

0~100000

None

0

GPS

None

1~2880

1

None

GPS

None

1~100

1

None

GPS

None

TWISTED-PAIR, COAXIAL

COAXIAL(Coaxial)

None

GPS

None

0~1000

0

None

GPS

None

Lock, Unlock

None

None

GPS

None

Valid, Invalid

None

None

GPS

None

Valid, Invalid

None

None

GPS

None

NotFixed, Fixed

None

None

GPS

None

Enabled, Disabled

None

None

GPS

None

None

None

GPS

None

None

None

GPS

None

None

None

GPS

None

None

None

GPS

None

None

None

GPS

None

GPS(GPS)

GPS(GPS)

GPS

None

None

None

GPS

None

NOTEXIST, Valid, Invalid ANTENNASHORTE D, ANTENNAOPENE 0~100 D, M12M, UT, RT, SELF_CHECK_FAI JPS15L, K161, LURE, GG16, JNS100, COMEXCEPTION, RGPS, CWAIN, NORMAL, RTSMT, UBLOX5, UNKNOWN, BD7702, NAVIOR, USCUINVALID, PPSTOD, M1000, UNKNOWN_STAR TRGPS, 0~100 _CARD GPS, GLONASS, BD7702CMS, GPS/GLONASS, OEM4, UNKNOWN COMPASS, COMPASS/GPS, GPS/COMPASS 0~100


None

None

GPS

1~4

4

4

GPS

0~1

0

0

IPCLKLNK

HW_DEFINED, PTP

PTP(PTP Protocol) PTP(PTP)

IPCLKLNK

0~7

0

0

IPCLKLNK

0~1

0

0

IPCLKLNK

0~7

7

6

IPCLKLNK

Valid IP address

0.0.0.0

None

IPCLKLNK

Valid IP address

0.0.0.0

None

IPCLKLNK

0~127

0

0

IPCLKLNK

E2E, P2P

E2E(E2E)

E2E(E2E)

IPCLKLNK

OFF, ON

ON(ON)

ON(ON)

IPCLKLNK

0~255

6

6

IPCLKLNK

0~255

13

13

IPCLKLNK

0~255

7

7

IPCLKLNK

0~255

14

14

IPCLKLNK

0~4294967295

None

None

IPCLKLNK


None

None

IPCLKLNK


None

None

IPCLKLNK

UNICAST, L2_MULTICAST

UNICAST(Unicast) UNICAST(Unicast) IPCLKLNK

-100000~100000

0

0

IPCLKLNK

ONE_STEP, TWO_STEP

None

None

IPCLKLNK

0~4094

None

None

IPCLKLNK

in the corresponding DEVIP MO cannot be set to LOOPINT. 3. If two IPCLKLNK MOs are configured and ICPT in the MOs are both set to None PTP, the two MOs must have the same None CN, SRN, SN, CNM, DM, CMPST, None DELAYTYPE, and PRI. If CNM in the MOs are both set to UNICAST, the two MOs must have the same None PROFILETYPE, ANNFREQ, 1. CIP cannot be None SYNCFREQ, and set to 0.0.0.0 or NEGDURATION. 255.255.255.255. 4. This If two IPCLKLNK 2. None parameter is MOs are configured 1. Theonly values of valid when 1. This parameter is When and ICPT and CNM any parameters CNMtwo in the valid only when CLASSIDENTIFY is in the MOs are set among CLASS0, IPCLKLNK MO is 1. CNM the set to OFF, the to When PTP and CLASS1, CLASS2, not setin to CLASSIDENTIFY IPCLKLNK MO is is in BMC algorithm L2_MULTICAST and CLASS3 L2_MULTICAST. the IPCLKLNK MO not set to disabled, and the respectively, cannot be the of 3. In parameter one 1. The This is is set tovalues OFF, L2_MULTICAST. settings of MO, MACMODE inthe the same. IPCLKLNK SIP any two parameters valid only when BMC algorithm is 2. SIP cannot be CLASS0, CLASS1, two MOs must be 2. When must be different among CLASS0, ICPT in the disabled, and the set toparameter 0.0.0.0 or CLASS2, and YES and CLASSIDENTIFY in 1. The values ofis from CIP. This CLASS1, CLASS2, IPCLKLNK MO is setting of CLASS1 255.255.255.255. CLASS3 do not CLKMAC in theMO two the IPCLKLNK any two parameters valid only when and set toCLASS3 PTP. does not take take When MOs must be set to is seteffect. tobe OFF, among CLASS0, ICPT in the cannot the the effect. When CLASSIDENTIFY different values. BMC algorithm CLASS1, CLASS2, IPCLKLNK MO is is is same. CLASSIDENTIFY in set to ON, the BMC 5. If two IPCLKLNK disabled, and the and CLASS3 setWhen to PTP. 2. the IPCLKLNK MO algorithm isthe MOs are setting of cannot beCLASS0 CLASSIDENTIFY is set not to ON, the inin enabled. If there configured, ICPT does take same. the IPCLKLNK MO BMC algorithm is are multiple the MOs areTime both effect. When 2. When is set to OFF, the enabled. If there Servers of different set to PTP, and CLASSIDENTIFY BMC algorithm is in are multiple Time clock qualities, the CNM in the MOs the IPCLKLNK MO disabled, and the Servers of different target server isthe areset not set tothe ON, is to setting ofOFF, CLASS2 clock qualities, the selected in L2_MULTICAST, BMC algorithm does not takeis is target server descending order the two MOs must enabled. Ifand there disabled, the of effect. When selected in priority. The Server have the same CIP. are multiple Time setting of CLASS3 CLASSIDENTIFY in descending order of that isnot closest to the 6. If two IPCLKLNK Servers of different does take the IPCLKLNK MO priority. The Server user's anticipation MOs are clock the effect. When is setisqualities, toclosest ON, the that to the is selected as the configured, the two target server is CLASSIDENTIFY BMC algorithm is in user's anticipation target server. MOs must have the selected in the IPCLKLNK MO enabled. If there is selected the of same ICPT. descending order is set to ON,as the None are multiple Time target server. priority. The Server BMC algorithm is Servers of different 2. The values of that is closest to the enabled. If there clock qualities, the any two parameters None user's anticipation are multiple Time target server is among CLASS0, is selected as the Servers of different selected in CLASS1, CLASS2, target server. clock qualities, theof descending order 1. This parameter is None and CLASS3 target server is is This parameter priority. The Server valid only when cannot be the selected inwhento the valid that isonly ICPT inclosest the same. descending order ICPT the MO user'sinanticipation IPCLKLNK is of priority. The Server IPCLKLNK MO is is selected set to PTP. as the that is closest to set to PTP. target server. 2. If ICPT in the the user's anticipation IPCLKLNK MO is is selected as the set to target server. HW_DEFINED, None CMPST in the IPCLKLNK MO None be set. cannot

2147483648~2147 None 483647

None

IPCLKLNK

None

1~4

4

4

IPCLKLNK

None

1/2(1/2)

None

IPCLKLNK

None

16.0(16.0)

None

IPCLKLNK

None

0~255

255

None

IPCLKLNK

None

1588V2, G.8265.1

1588V2(1588V2)

None

IPCLKLNK

None

60~1000

300

None

IPCLKLNK

None

0 0

0

SyncEth

None

0~7

0

0

SyncEth

None

0~1

0

0

SyncEth

None

0~7

7

6

SyncEth

0~1

0

0

SyncEth

DISABLE, ENABLE DISABLE

None

SyncEth

None When SN in the SyncEth MO refers to the main control board, PN is set to 0 or 1. None


None

None

SyncEth

None


None

None

SyncEth

None

1~4 AVAILABLE, UNAVAILABLE, UNSUPPORT, PARTAVAILABLE FORBID, ALLOW, NA

4

4

SyncEth

None

None

None

Tasm

None

None

None

Tasm

1~4

None

None

Tasm

0, 1, AUTO GPS, BITS, IPCLK, 0(0) SYNCETH, LINECLK, TOD, GPS(GPS Clock) PEERCLK, SYNCETH+IPCLK, AUTO, MANUAL, GPS+SYNCETH AUTO(Auto) FREE

None

Tasm

GPS(GPS Clock)

Tasm

AUTO(Auto)

Tasm

1. If MODE is set to None This parameter MANUAL and is valid only is when CLKSRC set to more than one None SYNCETH+IPCLK clock link is or GPS+SYNCETH, supported by the MODE cannot be clock source that is switched to AUTO. This parameter is specified through If MODE needs to valid only when CLKSRC in the be switched, MODE MODE in the Tasm Tasm MO, and must be set to MO is set to meanwhile MODE FREE or CLKSRC MANUAL. is set to MANUAL. must be set to

FREQ, PHASE

None

1/16, 1/8, 1/4, 1/2, 1.0, 2.0, 4.0, 8.0 1/2, 1.0, 2.0, 4.0, 8.0, 16.0, 32.0, 64.0, 128.0

FREQ(FREQ)

Tasm

values other than SYNCETH+IPCLK None and GPS+SYNCETH. 2. If MODE is set to MANUAL, ensure that the clock source corresponding to CLKSRC and

NORMAL, LOST, UNAVAILABLE, FREDVAT, JITTER, PHASEOUTSCOP FREERUNNING, E, UNKNOWN, FASTTRACKING, DIFFSRC LOCKED, GPS, BITS, IPCLK, HOLDOVER, SYNCETH, UNKNOWN LINECLK, TOD, PEERCLK, QL-PRC, QL-SSUSYNCETH+IPCLK, A, QL-SSU-B, QLGPS+SYNCETH EEC2, QL-EEC1, QL-DNU 0~249

None

None

Tasm

None

None

None

Tasm

None

None

Tasm

QL-SSU-B(QLSSU-B)

None

Tasm

0

None

CPRILBR

None

None

CPRILBR

None

None

CPRILBR

None

None

CPRILBR

None

None

CPRILBR

None

None

CPRILBR

0~254

None

None

CPRILBR

0~7

None

None

CPRILBR

HEAD, TAIL

None

None

CPRILBR

LBR0, LBR1, LBR2, LBR3, LBR4, LBR5, None LBR6

None

CPRILBR

DC, AC

None

ENERGYCON

DISABLE, ENABLE DISABLE(Disable)

DISABLE(Disable)

PSUIS

0~62 APM30, TMC, BBC, PS4890, OMB, RFC, BTS3900, BTS3900L, VIRTUAL 0~79 characters

None

None

Cabinet

VIRTUAL(Virtual Cabinet)

None

Cabinet

None

None

Cabinet

0~31 characters

None

None

Cabinet

0~62

None

None

Subrack

0~254 BBU3900, RFU, PMU, TCU, FMU, RRU, EMU, PICO, UNKNOW

None

None

Subrack

None

None

Subrack

1. If TYPE in the None Cabinet MO where the Subrack MO is None is set to located BTS3900 or RFC, only one RFU can None be added in the subrack. 2. If TYPE in the None Subrack MO is set to BBU3900, CN None be greater cannot than 7. 3. If TYPE in the None Subrack MO is set to BBU3900, SRN cannot None be greater than 1. 4. If TYPE in the None Subrack MO is set to RFU, SRN is set to 4 or 5. None 5. If TYPE in the Subrack MO is set to TCU, SRN must None be set to 8 or 14, and only the TCU can be added in the None subrack. 6. If TYPE in the None Subrack MO is set to FMU, SRN must be set to 11 or 12, None and only the FMU can be added in the subrack. None 7. If TYPE in the Subrack MO is set None to PMU, SRN must be set to 7 and only the PMU can be None added in the the cabinet 1. When subrack. number ranges 8. If TYPE thethe None from 0 to 7 in and Subrack MO is set subrack number is to RFU, TYPE of 0 or 1, the subrack None the must can cabinet be a 2 U BBUbe set to RFC, subrack. BTS3900, 2. When the cabinet None BTS3900L or number ranges VIRTUAL. from 0 to 7 and the 9. If TYPE in the is subrack number Subrack MO is set 4 or 5, the subrack to TCU, TYPE can only be an of RF None the cabinet must be subrack. set to APM30, TMC, 3. When the cabinet BBC, OMB, number ranges BTS3900AL, from 8 to 62 and BTS3900S the subrackor number VIRTUAL. is 4 or 5, the 10. If TYPE thebe subrack caninonly Subrack MO is set an RF subrack. to BBU3900, TYPE of the cabinet must be set to APM30,

LBR0, LBR1, LBR2, LBR3, LBR4, LBR5, LBR6 NEGOTIATED, NEGOTIATING, NOTREADY, TIMEOUT LBR0, LBR1, LBR2, LBR3, LBR4, LBR5, LBR6 NEGOTIATED, NEGOTIATING, NOTREADY, TIMEOUT 0~62

DC(DC)

Avail_0, Avail_1, Avail_20, Avail_21, Avail_500, Avail_501, Avail_504, Avail_508, Avail_509, 0~79 characters Avail_520, Alarm_0, Alarm_1, AC220V, DC-48V, Avail_521, Alarm_2, DC+28V, Alarm_3, DC+24V, Avail_524, Alarm_4, DC-48V-2,Alarm_5, AC110V, Avail_528, Alarm_6, RDC-48V,Alarm_7, NDCAvail_529, Alarm_8, Alarm_9, 48V Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

None

None

Subrack

None

None

None

Subrack

None

None

None

RU

None

None

None

RU

None

None

None

RU

None

None

None

RU

None

None

None

RU

None

None

None

RU

None

None

None

RU

None

None

None

RU

None

None

None

RU

None

None

None

RU

None


None

None

RU

None

0~4294967295

None

None

RU

None

CPU, DSP

None

None

RU

None

None

RU

None

None

RU

None

None

RU

None

None

RU

None

None

RU

None

None

RU

None


None


None

None

RU

None

0~63 characters

None

None

RU

None

0~63 characters

None

None

RU

None

1~39 characters

None

None

RU

None


None

None

RU

None

0~65535

None

None

RU

None

0~65535

None

None

RU

None

0~62

0

0

EMU

None

40~59

40

40

EMU

None

0

EMU

None

EMU

None

EMU

None

EMU

None

EMU

EMU

None TUTHD in the EMU MO must be greater than TLTHD by 3% TUTHD in the EMU or a higher percent. MO must be greater than TLTHD by 3% HUTHD in the EMU or a higher percent. MO must be greater than HLTHD by 5% HUTHD in the EMU or a higher percent. MO must be greater than HLTHD by 5% or a higher percent. None

EMU

None

0 0 0~62

0

0~254

0

0~1

None

1~30

2

-20~80

0

-20~80

50

When the EMU is connected to the 0 MON1 port on the UPEU, set this 0 parameter to 1. When the EMU is connected to the MON0 port on the UPEU, set this parameter to 0. 2 When the EMU is connected to the 0 RRU, set this parameter to 0.

EMU

50

EMU

10 -48 Voltage Disabled:OFF, Reserved Sensor 0~100 80 48V_DISABLE, 0:ON, Reserved Water RES0, RES1, Sensor-Immersed 1:ON, Sensor RES2, Reserved Sensor Disabled:OFF, TS_DISABLE, 2:ON, Temperature WS_DISABLE, Smog HS_DISABLE SensorSensor SS_DISABLE, Disabled:OFF, Disabled:OFF, IS_DISABLE, Infrared HumiditySensor Sensor -GS_DISABLE Disabled:ON, Disabled:OFF 2147483648~2147 None Gating Sensor 483647 Disabled:OFF

10 -48 Voltage Disabled:OFF, Reserved Sensor 80 0:ON, Reserved Water Sensor-Immersed 1:ON, Sensor Reserved Sensor Disabled:OFF, 2:ON, Temperature Smog SensorSensor Disabled:OFF, Disabled:OFF, Infrared HumiditySensor Sensor Disabled:ON, Disabled:OFF None Gating Sensor Disabled:OFF

EMU

EMU

None

0~100

None

None

EMU

None

0.0~100.0

None

None

EMU

None

-999.99~9999.99

None

None

EMU

None

-999.99~9999.99

None

None

EMU

None

0~100

EMU

Avail_0, Avail_1, Avail_20, Avail_21, Avail_500, Avail_501, Avail_504, Avail_508, Avail_509, -999.99~9999.99 Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, Alarm_5, -999.99~9999.99 Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None

None

None

EMU

None


None

None

EMU

None

0~4294967295

None

None

EMU

None

CPU, DSP

None

None

EMU

None

None

EMU

None

None

EMU

None

None

EMU

None

None

EMU

None

None

EMU

None

None

EMU

None


None


None

None

EMU

None

0~63 characters

None

None

EMU

None

0~63 characters

None

None

EMU

None

1~39 characters

None

None

EMU

None


None

None

EMU

None

0~65535

None

None

EMU

None

0~65535

None

None

EMU

None

0~62

0

0

FMU

None

11~12

11

11

FMU

None

0

FMU

None

FMU

None

FMU

None

FMU

None

FMU

None

FMU

None

FMU

None

0 0 0~62 0~254 0~1 1~30 WS_DISABLE, SS_DISABLE 0~100 Avail_0, Avail_1, Avail_20, -127~127 Avail_21, Avail_500, Avail_501, Avail_504, -127~127 Avail_508, Avail_509, 0~4294967295 Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, DISABLE,Alarm_5, ENABLE Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Disabled Avail_821, Alarm_13, Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, Avail_d00, Avail_d01, Avail_d04, Avail_d08, Avail_d09, Avail_d20,

When the FMU is connected to the 0 MON1 port on the UPEU, set of thisa The FMUs 0 0 parameter to 1. maximum of two When can the FMU levels be is connected to to a the connected bus. None MON0 port on the The communication UPEU, addressset of this the FMU parameter to 0. 14 that is directly Water-Immersed Water-Immersed When the FMU connected to theis Sensor Sensor connected BBU is set to to the 14. Disabled:ON, Smog Disabled:ON, RRU,communication set this Smog The Sensor Sensor parameter address of to the0. Disabled:ON Disabled:ON lower-level FMU is None None set to 15. 0

None

None

FMU

None

None

None

FMU

None

None

None

FMU

None

ENABLE(Enable)

Disable(DISABLE)

FMU

None

None

None

FMU

None

None

None

FMU

None

None

None

FMU

None

None

None

FMU

None

None

None

FMU

None

0~31 characters

None

None

FMU

None

0~259 characters

None

None

FMU

None

0~11 characters

None

None

FMU

None

0~23 characters

None

None

FMU

None

0~19 characters

None

None

FMU

None


None

None

FMU

None

0~4294967295

None

None

FMU

None

CPU, DSP

None

None

FMU

None

None

FMU

None

None

FMU

None

None

FMU

None

None

FMU

None

None

FMU

None

None

FMU

None


None


None

None

FMU

None

0~63 characters

None

None

FMU

None

0~63 characters

None

None

FMU

None

1~39 characters

None

None

FMU

None


None

None

FMU

None

0~65535

None

None

FMU

None

0~65535

None

None

FMU

None

0~62

0

0

TCU

None

8,14

8

8

TCU

None

0 0 0~62 0~254 0~1 1~30 -40~10 20~80 WS_DISABLE, SS_DISABLE 0~2

0 For thethe TCU in ais When TCU cabinet other than connected to the 0 0 BBC, the MON1 port on the recommended UPEU, set this value is 7. For 0 0 parameter to 1.the TCU theTCU BBC, Wheninthe is the addresstoofthe the connected None PMU to MON0connected port on the the BBC is 3, and UPEU, set this the addresstoof0.the parameter 7 level-1 TCU is set When the TCU is to 23the and that ofthe the connected toin the For TCU level-2 TCU is set -20 -20 the RRU, set this BBC, to 24. For the PMU parameter to 0. recommended whose address 4, value is 50. For is the 68 the address of the TCU in another Water-Immersed Water-Immersed level-1 TCU is set cabinet, Sensor Sensor the to 25 and that of Disabled:ON, Smog recommended Disabled:ON, Smog level-2 TCU value is 68. is set Sensor Sensor to 26. Disabled:ON Disabled:ON 0 0

TCU

None

TCU

None

TCU

None

TCU

None

TCU

None

TCU

None

TCU

None

TCU

None

TCU

None

DISABLE, ENABLE ENABLE(Enable)

ENABLE(Enable)

TCU

None

-127~127 Avail_0, Avail_1, Avail_20, -127~127 Avail_21, Avail_500, Avail_501, Avail_504, -127~127 Avail_508, Avail_509, 0~4294967295 Avail_520, Alarm_0, Alarm_1, Avail_521, Alarm_2, Alarm_3, Avail_524, Alarm_4, Alarm_5, 0~4294967295 Avail_528, Alarm_6, Alarm_7, Avail_529, Alarm_8, Alarm_9, Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, Avail_d28, Avail_d29

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

None

None

TCU

None

0~23 characters

None

None

TCU

None

0~19 characters

None

None

TCU

None


None

None

TCU

None

0~4294967295

None

None

TCU

None

CPU, DSP

None

None

TCU

None

None

TCU

None

None

TCU

None

None

TCU

None

None

TCU

None

None

TCU

None

None

TCU

None


None


None

None

TCU

None

0~63 characters

None

None

TCU

None

0~63 characters

None

None

TCU

None

1~39 characters

None

None

TCU

None


None

None

TCU

None

0~65535

None

None

TCU

None

0~65535

None

None

TCU

None

0~62

0

0

HtCDPa

None

8,14

8

8

HtCDPa

None

0 0

0

HtCDPa

None

-99~70

0

0

HtCDPa

LTCP must be lower than HTCP.

-99~70

40

40

HtCDPa

HTCP must be higher than LTCP.

-99~70

45

45

HtCDPa

None

0~30

2

2

HtCDPa

None

0~30

9

9

HtCDPa

None

0~30

16

16

HtCDPa

None

0~30

13

13

HtCDPa

None

0~62

0

0

PMU

7 7

7

PMU

0 0

0

PMU

None 1. FCV in the Battery None MO corresponding to the SC48200 PMU MO minus 1.5V None must be greater than or equal to the None smaller value between 46.5 V and DCVLTHD in the None PMU MO plus 0.5 V. 2. The actual value None of this parameter for the SC48200 None MO ranges PMU 1. This parameter is from 46 V to 50 V. valid only when The actual value of None LSDF in the PMU When PTYPE is thisThis parameter fornot 1. parameter MO is SC48200, set to set to other types of PMU not for the ENABLE. ACVLTHD infrom the 35 MO ranges SC48200 PMU When PTYPE isMO 2. If both LSDF innot PMU MO must V toto55.6 V. thebe should meet set SC48200, PMU MO and SDV smaller than 3. DCVLTHD for the following ACVLTHD in the in Battery MO equal ACVUTHD. APM30, APM100, requirements: BCV PMU MO mustSDV be to "ENABLE", APM200, EPS4890, in Battery smaller than in the Battery MO MO must EPS48200 or should be smaller ACVUTHD. be smaller than TP48300A PMU than in LSDVDCVUTHD in other PMU MO should beminus the PMU MO LSDF in the MO than SC48200. greater than LSDV 1 V. SC48200 PMU MO 3. This parameter in the PMU MO. 2. This parameter is set to ENABLE for the SC48200 4. DCVLTHD for the for theMO SC48200 by default. LSDF in PMU should SC48200 PMU MO PMU MO should other the types of PMU meet following should notfollowing meet MO isthe set tobe SDV requirements: smaller than requirements: BCV DISABLE by LSDV in Battery MO must in the PMU MO plus in the Battery MO default. be smaller than 0.5 V. should larger ATLTHD in be the PMU LSDV innot the PMU 5. If LSDF in smaller PMU than DCVUTHD MO be MO must plus -0.5 V. in MO PMU equal to minus the MO than ATUTHD. 4. When LSDF is ATLTHD in the "DISABLE" andPMU 1.5 V. set to ENABLE, the MO must be smaller SDV in Battery MO following than ATUTHD. equal to "ENABLE", AHLTHD in the requirements SDV in Battery MO PMU MO must be should be met: The must bethan smaller smaller actual value of this AHUTHD in the than DCVLTHD in AHUTHD. parameter for the PMU other MO PMUmust MO be than SC48200 PMU MO greater than SC48200. ranges from 45.5 V AHLTHD. 6. FCV in Battery to 48.5 V. The MO should be actual value of this greater than parameter for other DCVLTHD in the types of PMU MO other PMU MO than ranges from 35 V to SC48200 plus 2 V. 55.6 V.

0~62

0

0~254

0

0~1

None

1~30 APM100, APM200, 3 APM30, EPS4890, EPS4815, APM30(APM 30) SC48200, EPS48200, TP48300A 60~300 180

When the PMU is connected to the 0 MON1 port on the UPEU, set this 0 parameter to 1. When the PMU is connected to the MON0 port on the UPEU, set this parameter to 0. 3 When the PMU is connected to the APM30(APM RRU, set this 30) parameter to 0.

PMU PMU PMU PMU PMU

-20~20

0

35~80

50

180 The recommended value of this 280 parameter for the The recommended SC48200 PMU is value of this 470. The parameter for the recommended The recommended SC48200 PMU is value of value of this this 585. The parameter parameter for for other the recommended types of PMU isis The recommended SC48200 PMU value of this 450. value of this ENABLE(Enable). parameter for parameter for other the The recommended types of PMU isis SC48200 PMU value of this 580. 465. The for other parameter recommended types of PMU is value of this DISABLE(Disable). parameter for other 0 types of PMU is 440. 50

0~50

10

10

PMU

50~100

80

80

PMU

60~300

280

35.0~55.6, step:0.1 450 58.0~60.0, step:0.1 580 DISABLE, ENABLE DISABLE(Disable) 35.0~55.6, step:0.1 440

PMU PMU PMU PMU PMU PMU PMU PMU

Battery Temperature Sensor 1 Disabled:OFF, Cabinet Humidity Sensor BT1_DISABLE, Disabled:ON, AH_DISABLE, Water-Immersed Cabinet AT1_DISABLE, Sensor Temperature BT2_DISABLE WS_DISABLE, Disabled:ON, Smog Sensor 1 SS_DISABLE, Sensor Disabled:ON, GS_DISABLE Disabled:ON, Battery Gating Sensor 2147483648~2147 Temperature None Disabled:OFF Sensor 2 483647 Disabled:ON -100.0~100.0 None

for the APM30, PS4890, and SC48200 PMUs is set to OFF, and for other PMUs is set Water-Immersed to ON. Cabinet Sensor HumidityDisabled Sensor and SmogisSensor Disabled set to Disabled are set to ON. The Cabinet ON. The Gating Temperature Sensor for Sensor Disabled 1 Disabled the APM30, for the APM100 and APM100, and is APM200 PMUs APM200 PMUs None set to OFF, and is for set to PMUs OFF, and for other is set other PMUs is set to ON. Battery None to ON. Temperature Sensor 2 Disabled is set to ON. None

PMU

None

PMU

None

PMU

None

PMU

None

PMU

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

-150.0~150.0

None

None

PMU

None

-150.0~150.0

None

None

PMU

None

2147483648~2147 None 483647

None

PMU

None

0~4294967295

None

None

PMU

None

0~4294967295

None

None

PMU

None

0~4294967295

None

None

PMU

None

0~18 characters

None

None

PMU

None

0~32 characters

None

None

PMU

None

-150.0~150.0

None

2147483648~2147 None 483647 PowerOn, LowVoltagePowerO 0~100 ff, MasterControlPowe rOff, HighTemperaturePo BoostCharging, werOff, FloatCharging, LowTemperaturePo ForceBoostChargin werOff g, Discharging -150.0~150.0 PowerOn, CurrentLimiting, LowVoltagePowerO NoCurrentLimiting ff, MasterControlPowe rOff, ManualPowerOff, HighTemperaturePo 0~100 werOff 2147483648~2147 483647 CHARGE, DISCHARGE, REC, END

Huawei, Emerson, Holdluck-ZYT, Power-One, Kehua, DeltaElectronics, EltekEnergy, 0~18 characters Switchtec, Avail_0, Avail_1, TycoElectronics, Avail_20, Avail_21, ARTESYN, Avail_500, CHROMA, Avail_501, LuckyValley, UNSUPPORTED, Avail_504, ACBEL, Zippy, SUPPORTED Avail_508, GuoyaoElectronics, Avail_509, DPC, GoldPower, DISABLE, ENABLE Avail_520, Alarm_0, Alarm_1, SungrowPowerSup SUCCEEDED, Avail_521, Alarm_2, Alarm_3, ply, Ecom BRDNOTREADY, Avail_524, Alarm_4, Alarm_5, UNSUPPORTED, Avail_528, Alarm_6, Alarm_7, BATNOTEXIST, Avail_529, Alarm_8, Alarm_9, INTERNALERR Avail_800, Alarm_10, Avail_801, Alarm_11, Avail_820, Alarm_12, Enabled, Avail_821, Alarm_13,Disabled Avail_c10, Alarm_14, Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None

None

None

PMU

None


None

None

PMU

None

0~4294967295

None

None

PMU

None

CPU, DSP

None

None

PMU

None

None

PMU

None

None

PMU

None

None

PMU

None

None

PMU

None

None

PMU

None


None

Master, NDD, NCD, NDC, NEC, EUL, None EDL CABINET, SUBRACK, None BOARD, SUBBOARD, SFP

0~63 characters

None

None

PMU

None

0~63 characters

None

None

PMU

None

0~63 characters

None

None

PMU

None

0~63 characters

None

None

PMU

None

1~39 characters

None

None

PMU

None


None

None

PMU

None

0~65535

None

None

PMU

None

0~65535

None

None

PMU

None

0~62

0

0

DieselGen

None

7 7

7

DieselGen

None

0 0

0

DieselGen

None


DISABLE(Disable)

DieselGen

0.1~100.0, step:0.1 125

125

DieselGen

1~7 characters

None

None

DieselGen

-150.0~150.0

None

None

DieselGen

0~4294967295

None

None

DieselGen

0~62

0

0

Battery

7 7

7

Battery

None 1. The actual value of this parameter None for the SC48200 PMU MO ranges from None54.2 V to 57.5 V. The actual value of this parameter None for other types of PMU MO ranges from None43.3 V to 57.6 V. 2. This parameter for the SC48200 None PMU MO should meet the following None requirements: BCV in the Battery MO should not be None smaller than FCV INSTALLTYPE of in the Battery MO plus for 2.2 V. a SC48200 PMU 3. This parameter MO must be set to not for the OUTER. None SC48200 PMU MO should meet the 1. The actual value following range of BC1 in a requirements: PMU MO otherBCV than in the Battery PMU MO the SC48200 should be larger is 5 to 5000. than FCV in the 2. The actual value Battery MO. range of BC1 in the 4. This parameter SC48200 PMU MO not50fortothe is 5000. SC48200 PMU MO should meet the following requirements: BCV

0 0 INNER, OUTER

INNER(Inner)

30~240

60

43.3~57.6, step:0.1 565 5~5000

36

The battery installation type of 0 the SC48200 PMU Based on the PMU is OUTER. The type: The battery installation recommended type of other types value for the of PMU should be APM30 is 30. The 60 set based on the recommended actual situation. value for the 565 APM100 is 100. The recommended value for the APM200 is 200. The recommended value for the PS4890 is 30. The recommended value for the EPS4815 is 65. The recommended

Battery Battery Battery Battery Battery

0.05~0.25, step:0.01

15

43.2~57.5, step:0.1 535

15

Battery

535

Battery

ranges from 52 V to 56.3 V. Theinactual 1. If LSDF PMU valueequal of FCV MO to for other types of PMU "DISABLE" and MO fromMO SDVranges in Battery 43.2 57.5 V. equalVtoto"ENABLE", 1. The actual 2. FCV in the value SDV in Battery MO of SDT the Battery MO must befor smaller None SC48200 PMUtoMO corresponding than DCVLTHD in ranges from 45 to the SC48200 PMU other PMU MO than 70. The actual MO minus 1.5 V SC48200. value of SDT forin must be greater 2. If both LSDF other types of to PMU than or equal the PMU MO and SDV MO ranges from 40 smaller value None in Battery MO equal to 70. between 46.5 V and to "ENABLE", SDV 2. The value this DCVLTHD in of the in Battery MO must parameter for the PMU MO plus 0.5 be smaller than SC48200 PMUPMU MO V. LSDV in other should not be 3. FCV other MO thaninSC48200. None smaller than PMU MO than 3. This parameter 1. TLTHD the of The actualinvalue TUTHD in should the SC48200 for the Battery MO be TCC forSC48200 the must be Battery MO plus 10. greater than PMU MO should smaller than SC48200 PMU MO 3. Thisthe parameter is DCVLTHD in0the meet following TUTHD. ranges from to valid only when PMU MO minus 2 requirements: SDV 2. The actual value 100. The actual HTSDF in MO the V. in Battery must of TUTHD in the value of this Battery MO is set TLTHD in the be smaller than Battery MO of the the to parameter for ENABLE. Battery MO must be LSDV in the PMU SC48200 PMU MO other-type batteries smaller than MO plus -0.5 V. ranges from 35 0 toto TUTHD. 4. The value 60. Theactual cabinet 500. of SDV for the number, subrack SC48200and PMU number, slotMO ranges from 45 V to number of the None 48 V. The actual battery is the same value of SDV as those of thefor other of PMU PMU. The actual None types MO ranges value of thisfrom 35 V to 55.3 V.for other parameter 5. Thisofparameter types PMU MO is None valid only when ranges from 35 to LVSDF in the 80. None Battery MO is set to ENABLE.

0~500

80

-20~20

-19

The recommended value of this ENABLE(ENABLE) parameter for the SC48200 PMU is 60. The The recommended recommended value of this ENABLE(ENABLE) parameter for the other SC48200 PMUisis53. types of PMU 460. The recommended value of this parameter for other 80 types of PMU is 430. -19

35~80

50

50

Battery

1~2

1

1

Battery

VRLA_BAT, LI_BAT

VRLA_BAT(VRLA Battery)

VRLA_BAT(VRLA Battery)

Battery

0~4294967295

None

None

Battery

0~4294967295

None

None

Battery

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

DISABLE, ENABLE ENABLE(Enable) 40~70

53

DISABLE, ENABLE ENABLE(Enable) 35.0~55.6, step:0.1 430

Battery Battery Battery Battery Battery Battery

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

None

Battery

None

0~4294967295

None

Battery

None

0~4294967295

None

Battery

None

0~4294967295

None

Battery

None

0.01~50.00, step:0.01

1200

None Based on the PMU type: The None recommended value for the APM30 None is 30. The recommended value for the None APM100 is 100. The recommended value for the APM200 is 200. The recommended value for the 0 PS4890 is 30. The recommended 7 value for the EPS4815 is 65. The recommended 0 value for the SC48200 is 1000. 1200

0.01~50.00, step:0.01

600

600

BatCTPa

None

0.01~50.00, step:0.01

300

300

BatCTPa

None

0.01~50.00, step:0.01

150

150

BatCTPa

None

0.01~50.00, step:0.01

100

100

BatCTPa

None

0.01~50.00, step:0.01

70

70

BatCTPa

None

0.01~50.00, step:0.01

50

50

BatCTPa

None

0.01~50.00, step:0.01

40

40

BatCTPa

None

0.01~50.00, step:0.01

30

30

BatCTPa

None

2000-01-01~209912-31

None

5~5000

36

0~62

0 7 7 0 0

Battery Battery BatCTPa

1. The actual value range None of BC2 in a PMU MO other than the SC48200 PMU is 5 to 5000. 2. The actual value range of BC2 in the None SC48200 PMU MO is 50 to 5000.

BatCTPa

None

BatCTPa

None

BatCTPa

None

0.01~50.00, step:0.01

25

25

BatCTPa

None

80~100

80

80

BatCTPa

None

1.70~2.20, step:0.01

190

190

BatCTPa

None

1~50

24

24

BatCTPa

None

1~100

10

10

BatCTPa

None

1~240

60

60

BatCTPa

None

40.0~54.0, step:0.1 NOAUTOTEST, PERIOD, POWERCUT, PERIODPOWERC UT 30~240

450

450

BatCTPa

120

120

BatCTPa

1~60

14

14

BatCTPa

None

None

BatCTPa

None

None

BatCTPa

None

None

BatCTPa

None

None

None

BatCTPa

None

0~100

None

None

BatCTPa

None

1~7 characters

None

None

BatCTPa

None

-100.00~100.00

None

None

BatCTPa

None

-150.0~150.0

None

None

BatCTPa

None

0~4294967295

None

None

BatCTPa

None

2147483648~2147 None 483647

None

BatCTPa

None

0~62

0

0

PSU

None

7 7

7

PSU

None

None

PSU

None

STANDARD, SIMPLE, TIMER, PWROFF, NONE 2000-01-01 00:00:00~2038-12BelowEndVol, 31 23:59:59 OverTime, CurrRecover, ManualEnd, AlmEnd None, Normal, PreAlm, Alm

1~6

POWERCUT(Powe POWERCUT(Powe BatCTPa r Off Auto Test) r Off Auto Test)

1

When ATMODE in None the BatCTPa MO is set to When ATMODE in PERIOD(Period None the BatCTPa Auto Test) or MO is set to PERIODPOWERC PERIOD(Period UT(Period and Auto Test) or Power Off Auto PERIODPOWERC Test), TDSTM in the UT(Period andmust BatCTPa MO Power Off Auto be greater than Test), TDSTM DDSTM in the in the None BatCTPa MO BatCTPa MO.must be greater than DDSTM None in the BatCTPa MO.

Avail_0, Avail_1, Avail_20, Avail_21, NORMAL, Avail_500, Huawei, Emerson, COMMUNICATEFAI Avail_501, Holdluck-ZYT, LED, SHUTDOWN, Avail_504, Power-One, Kehua, FAULT, PROTECT, Avail_508, DeltaElectronics, UNCONFIGURED, Avail_509, EltekEnergy, ILLEGAL 0~18 characters Avail_520, Alarm_0, Switchtec,Alarm_1, Avail_521, Alarm_2, Alarm_3, TycoElectronics, Avail_524, Alarm_4, Alarm_5, ARTESYN, Avail_528, Alarm_6, CHROMA,Alarm_7, Avail_529, Alarm_8, Alarm_9, LuckyValley, Avail_800, Alarm_10, ACBEL, Zippy, Avail_801, Alarm_11, GuoyaoElectronics, Avail_820, Alarm_12, DPC, GoldPower, Enabled, Disabled Avail_821, Alarm_13, SungrowPowerSup Avail_c10, Alarm_14, ply, Ecom Avail_c11, Alarm_15 Avail_c12, Avail_c13, Avail_c14, 0~2047 characters Avail_c30, Avail_c31, 0~31 characters Avail_c32, Avail_c33, Avail_c34, 0~31 characters Avail_d00, Avail_d01, Avail_d04, 0~259 characters Avail_d08, Avail_d09, 0~11 characters Avail_d20, Avail_d21, Avail_d24, 0~23 characters Avail_d28, Avail_d29 0~19 characters

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None

None

None

PSU

None


None

None

PSU

None

0~4294967295

None

None

PSU

None

CPU, DSP

None

None

PSU

None

None

PSU

None

None

PSU

None

None

PSU

None

None

PSU

None

None

PSU

None

None

PSU

None

None

PSU

None


None


None

0~63 characters

None

None

PSU

None

0~63 characters

None

None

PSU

None

1~39 characters

None

None

PSU

None


None

None

PSU

None

0~65535

None

None

PSU

None

0~65535

None

None

PSU

None

0~62

0

0

OutPort

None

40~59

40

40

OutPort

None

0

OutPort

None

0 0 0~5

None

None

OutPort

None

0~50 characters

None

None

OutPort

OFF, ON

OFF(Off)

OFF(Off)

OutPort

0~62

None

None

AlmPort

0~1,7~8,11~12,14,4 None 0~254

None

AlmPort

0,18~19

None

None

AlmPort

0~35

None

None

AlmPort

OFF, ON

OFF(Off)

OFF(Off)

AlmPort

65033~65233

65033

65033

AlmPort

BOOL, VALUE

BOOL(Digital Port)

BOOL(Digital Port)

AlmPort

HIGH, LOW

LOW(Low Voltage) LOW(Low Voltage) AlmPort

-999.99~9999.99, step:0.01

9900

9900

AlmPort

-999.99~9999.99, step:0.01

100

100

AlmPort

VOLTAGE, CURRENT

VOLTAGE(Voltage Type)

VOLTAGE(Voltage Type)

AlmPort

None 1. PT must be set to BOOL when the None MO is AlmPort located on the EMU MO (the value of None subrack number of the EMU ranges from None40 to 59), the value of PN ranges from 0 to 31, and None SW in the AlmPort MO is set to ON. When the AlmPort None MO is located on MOs other than the EMU, None and SW in the AlmPort MO is set to ON, PT is set None to BOOL only. 2. PT must be set to VALUE when the AlmPort MO is This parameter is located on the EMU valid only when MO value ofPT 1. UL(the in the AlmPort in the AlmPort MO subrack number of MO must be greater is set to BOOL. the EMU ranges than LL. from to the 1. UL LL 40 in AlmPort 2. in the the59), AlmPort value of PN ranges MO must be smaller MO should not be from 32 than to 35,SMUL. and than UL. greater SWLLinshould the AlmPort 2. not be MO is set to ON. smaller than SMLL 3. SMLL, SMUL, in the AlmPort MO. None SOLL, SOUL, and ST must exist when SW and PT in the AlmPort MO are set to ON and VALUE respectively. AVOL must exist when SW and PT are set

1. This parameter is valid only when PT in the AlmPort MO is to VALUE. 1. set SMLL in the 2. SMULMO in the AlmPort must AlmPort MO must be smaller than be greater than SMUL. SMLL in the 1. This parameter is SMLL. AlmPort should valid onlyMO when PT 3. SMUL in theMO notthe beAlmPort greater than in AlmPort MO should 1. This parameter is LL. is set to VALUE. not be smaller than valid only when PT 2. This parameter is 2. The output upper UL. in the AlmPort MO valid only when PT limit SOUL in the is VALUE. in set the to AlmPort MO AlmPort MO must 2. The output lower is set to VALUE. be greater than the limit SOLL in limit the output lower AlmPort SOLL. MO must be smaller than the None output upper limit This parameter is SOUL. valid only when

-999.99~9999.99, step:0.01

10000

10000

AlmPort

-999.99~9999.99, step:0.01

0

0

AlmPort

0~9999.99, step:0.01

100

100

AlmPort

0~9999.99, step:0.01

0

0

AlmPort

NONE, PEER

NONE(Verify None) None

SSL

Valid IP address

0.0.0.0

None

NtpCp

1~525600

None

6 hours

NtpCp

MODE in the NtpCp MO is IPV4. None

123~5999,6100~65 123 534

None

NtpCp

None

OFF, ON

ON(On)

None

NtpCp

None

IPV4(IPv4)

None

NtpCp

0:0:0:0:0:0:0:0

None

NtpCp

PLAIN(Plain)

None

NtpCp

None

None

NtpCp

None

None

NtpCp

Slaver(Slave)

None

NtpCp

None This parameter is valid only when MODE in the NtpCp MO is IPV6. None This parameter is valid when the AUTHMODE This parameter parameter is notisset valid when to PLAIN. the AUTHMODE parameter is not set to PLAIN. None

GMT-1200, GMTIPV4, GMT-1000, IPV6 1100, GMT-0930, GMT0900, GMT-0800, Valid IP address GMT-0700, GMT0600, GMT-0500, PLAIN, DES_S, GMT-0430, GMTDES_N, DES_A, 0400, MD5 GMT-0330, GMT-0300, GMT1~16 characters 0200, GMT-0100, GMT, GMT+0100, GMT+0200, 1~4294967295 GMT+0300, GMT+0330, GMT+0400, Slaver, Master GMT+0430, GMT+0500, GMT+0530, GMT+0545, GMT+0600, NO, YES, ALL GMT+0630, GMT+0700, DATE, WEEK, GMT+0800, DATEWEEK GMT+0845, JAN, FEB, MAR, GMT+0900, APR, MAY, JUN, GMT+0930, JUL, AUG, SEP, GMT+1000, OCT, NOV, DEC GMT+1030, 1~31 GMT+1100, GMT+1130, LAST, FIRST, GMT+1200, SECOND, THIRD, GMT+1245, FOURTH GMT+1300, MON, TUE, WED, GMT+1400, THU, FRI, SAT, CUSTOM SUN

GMT+0800(GMT+0 None 8:00)

TZ

NO(No)

None

TZ

DATE(Date mode)

None

TZ

JAN(January)

None

TZ

1

None

TZ

FIRST(First)

None

TZ

MON(Monday)

None

TZ

None

TZ

00:00:00~23:59:59 00:00:00

1. This parameter is Noneonly when valid DST in the TZ MO is YES and is 1. set Thistoparameter None SM isonly set to valid when is This parameter DATEWEEK DST in the TZorMO valid only when DATE. is setintothe YES DST TZand MO 2. If is DST, SM, and SM set to is set to YES. SMONTH in the TZ DATEWEEK, DATE, MO are set to YES, or WEEK. DATE, and 2. If DST in FEB the TZ respectively, SDAY MO is set to YES, cannot be greater This parameter SMONTH must is than valid only differ28. fromwhen 3. If DST DST in theand TZSM MO EMONTH. This parameter is in the TZ areand set is set toMO YES valid only when to andTZ MO SMYES isinWEEK. DST the DATEWEEK is set to YES and respectively, EDAY This is SM isparameter DATEWEEK must be set to a valid only when or WEEK. valueinless or DST thethan TZ MO equal to YES. the number is set to of days in SMONTH minus six.

DATE(Date mode)

None

TZ

JAN(January)

None

TZ

1

None

TZ

FIRST(First)

None

TZ

MON(Monday)

None

TZ

00:00:00~23:59:59 00:00:00

None

TZ

-120~120

0

None

TZ

-720~840

0

None

TZ

2000-01-01~203312-31

None

None

OmuCurTime

1. This parameter is valid only when DST in the TZ MO is set to YES and EM is set to This parameter DATEWEEK or is valid only when DATE. This parameter is DST in theEM, TZ MO 2. If DST, valid only whenand is set to YES. EMONTH the TZ DST in theinTZ MO MO are set to YES, is set to YES and DATE, and FEB EM is DATEWEEK, respectively, EDAY DATE, or WEEK. cannot be greater This parameter is than valid 28. only when 3. If DST DST in theand TZEM MO This parameter is in the TZ MO are set is set to YES and valid only when to YES andTZ MO EM isinWEEK. DST the DATEWEEK is set to YES and respectively, EDAY This is EM isparameter DATEWEEK must be set to a valid only when or WEEK. value or DST inless thethan TZ MO This parameter is equal to YES. the number is setonly to valid when of days in EMONTH DST in the TZ MO This minus is setparameter tosix. YES or is valid ALL. only when ZONET in the TZ MO is set to CUSTOM. None

00:00:00~23:59:59 None

None

OmuCurTime

None

None

None

None

OmuCurTime

None

NTP, GPS, NONE

NTP(NTP)

None

TimeSrc

None

0~30 characters

None

None

TimeSrc

None

0~3

None

None

CnOperatorExtende None dQci

10~254

None

None


0~9

0

None


0~3

None

None

CnOperatorStandar None dQci

QCI1, QCI2, QCI3, QCI4, QCI5, QCI6, None QCI7, QCI8, QCI9

None

0~9

0

None

0~3

None

None

UTRAN, GERAN, CDMA2000

UTRAN

UTRAN

UTRAN, GERAN, CDMA2000, NULL

GERAN

GERAN

UTRAN, GERAN, CDMA2000, NULL

CDMA2000

CDMA2000

DATE, WEEK, DATEWEEK JAN, FEB, MAR, APR, MAY, JUN, JUL, AUG, SEP, OCT, NOV, DEC 1~31 LAST, FIRST, SECOND, THIRD, FOURTH MON, TUE, WED, THU, FRI, SAT, SUN

CnOperatorStandar 1. In the None CSFallBackBlindHo dQci Cfg MO, 1. In In the the CnOperatorStandar 1. InterRatHighestPri CSFallBackBlindHo None CSFallBackBlindHo dQci must be different Cfg MO, Cfg MO, from InterRatHighestPri CSFallBackBlindHo InterRatLowestPri InterRatSecondPri. None be different must Cfg must be set to 2. In the from NULL if CSFallBackBlindHo CSFallBackBlindHo InterRatLowestPri. InterRatSecondPri Cfg Cfg 2. InMO, the is set to NULL. InterRatSecondPri CSFallBackBlindHo 2. In the CSFallBackBlindHo must be different Cfg MO, CSFallBackBlindHo Cfg from InterRatHighestPri Cfg MO, InterRatLowestPri be different if CSFallBackBlindHo must InterRatSecondPri InterRatSecondPri from Cfg must is not be setdifferent to NULL. InterRatSecondPri. from 3. In the InterRatLowestPri CSFallBackBlindHoif InterRatSecondPri Cfg MO, is not set to NULL. InterRatLowestPri 3. In the must be set to CSFallBackBlindHo NULL if Cfg MO, InterRatSecondPri

OFF, ON

OFF(Off)

OFF(Off)

CSFallBackBlindHo None Cfg

OFF, ON

OFF(Off)

OFF(Off)

CSFallBackBlindHo None Cfg

OFF, ON

OFF(Off)

OFF(Off)

0~255

None

None

LTE, UTRAN, GERAN

None

None

0~39649,65336~65 None 535

None

0~7

0

None

0~3

None

None

0~9

None

None

NO_HO, PERMIT_HO, MUST_HO

NO_HO

None

1~256

None

None

SpidCfg

None

FALSE, TRUE

FALSE(FALSE)

None

SpidCfg

None

NOT_CFG, CFG

NOT_CFG(NOT_C None FG)

SpidCfg

None

0~255

0

None

SpidCfg

None

0,10~600

0

0

CounterCheckPara None

0,128~4294967295 0

0

OFF, ON NULL, Snow3G, AES NULL, Snow3G, AES NULL, Snow3G, AES NULL, Snow3G, AES NULL, Snow3G, AES NULL, Snow3G, AES

CSFallBackBlindHo None Cfg Among RatFreqPriorityGrou RatFreqPriorityGrou None p 1. Among p MOs with RatFreqPriorityGrou RatType of UTRAN RatFreqPriorityGrou p MOs with or GERAN, only p RatType of UTRAN one Priority can be GERAN, only mapped to one RatFreqPriorityGrou or None one Priority can be RatFreqPriorityGrou p mapped to one pId. RatFreqPriorityGrou RatFreqPriorityGrou p pId. 2. Among ServiceIrHoCfgGro RatFreqPriorityGrou None up p MOs, Priority ServiceIrHoCfgGro must be unique for None each up RatFreqPriorityGrou ServiceIrHoCfgGro pId. None up

CounterCheckPara None In the ENodeBCipherCap OFF(Off) OFF(Off) CounterCheckPara None MO, the In the PrimaryCipherAlgo, ENodeBCipherCap NULL(NULL NULL(NULL SecondCipherAlgo, ENodeBCipherCap MO, the Algorithm) Algorithm) and In the PrimaryCipherAlgo, ThirdCipherAlgo ENodeBCipherCap AES(AES AES(AES SecondCipherAlgo, must be ENodeBCipherCap parameters MO, In thethe Algorithm) Algorithm) and set to different PrimaryCipherAlgo, ENodeBIntegrityCa ThirdCipherAlgo values. Snow3G(SNOW 3G Snow3G(SNOW 3G SecondCipherAlgo, MO, the must be parameters ENodeBCipherCap p In the Algorithm) Algorithm) and PrimaryIntegrityAlg set to different ENodeBIntegrityCa ThirdCipherAlgo o, NULL(NULL NULL(NULL ENodeBIntegrityCa values. p MO, the must be parameters SecondIntegrityAlg In the Algorithm) Algorithm) p PrimaryIntegrityAlg set to different o, and ENodeBIntegrityCa o, values. AES(AES AES(AES ENodeBIntegrityCa ThirdIntegrityAlgo p MO, the SecondIntegrityAlg parameters must be Algorithm) Algorithm) p PrimaryIntegrityAlg o, and set to different o, Snow3G(SNOW 3G Snow3G(SNOW 3G ENodeBIntegrityCa ThirdIntegrityAlgo values. SecondIntegrityAlg parameters must be Algorithm) Algorithm) p o, setand to different ThirdIntegrityAlgo values. parameters must be set to different values.

X2_OVER_M2000( X2_OVER_M2000( X2_OVER_M2000, X2SonLink is set up X2SonLink is set up GlobalProcSwitch X2_OVER_S1 over M2000) over M2000)

None

OFF, ON

ON(On)

GlobalProcSwitch

None

LCG_PROFILE_0, LCG_PROFILE_1

LCG_PROFILE_0(L LCG_PROFILE_0(L GlobalProcSwitch CG_PROFILE_0) CG_PROFILE_0)

None

OFF, ON

OFF(Off)

OFF(Off)

None

U_MODE(Unidirecti onal Mode) Profile0x0001:on, Profile0x0002:on, Profile0x0003:on, Profile0x0004:on 4

U_MODE(Unidirecti PdcpRohcPara None onal Mode) Profile0x0001: on; Profile0x0002: on; PdcpRohcPara None Profile0x0003: on; Profile0x0004: on 4 RrcConnStateTimer None

min10(10)

min10(10)

RrcConnStateTimer None

ms500(500)

ms500(500)


ms8000(8000)

ms8000(8000)


min120(120)

min120(120)


1800

1800


2000~60000

5000

None

RRSTATETIMER

None

2000~60000

15000

None

RRSTATETIMER

None

2000~60000

15000

None

RRSTATETIMER

None

2000~60000

20000

None

RRSTATETIMER

None

0,2000~60000

5000

None

RRSTATETIMER

None

5~3600

10

None

RRSTATETIMER

None

0~11

None

None

CellDlpcPdschPa

None

U_MODE, O_MODE, R_MODE Profile0x0001, Profile0x0002, Profile0x0003, Profile0x0004 1~16 min5, min10, min20, min30, min60, min120, ms50, min180ms100, ms150, ms200, ms500, ms1000, ms100, ms2000ms200, ms500, ms1000, ms2000, ms4000, min5, min10, ms8000 min20, min30, min60, min120, min180 0~3600

ON(On)

PdcpRohcPara

DB_6_P_A, OFF, ON OFF(Off) DB_4DOT77_P_A, DB_3_P_A, DB_1DOT77_P_A, DB_3_P_A(-3 dB) DB0_P_A, DB1_P_A, DB2_P_A, 0~11 None DB3_P_A

OFF(Off) CellDlpcPdschPa Dual-antenna or four-antenna: -3 dB CellDlpcPdschPa Single antenna: 0 dB None CellDrxPara

0~1, step:0.001

300

300

CellDrxPara

When the None PdschPcSwitch and DlIcicAlgoSwitch are off, the PDSCH uses the fixed power. The PA is set this None In aby CellDrxPara pararmeter. MO, the value of FddEnterDrxThd must be smaller than that of FddExitDrxThd.

0~1, step:0.001

800

0~2, step:0.001

300

0~2, step:0.001

800

0~2, step:0.001

300

0~2, step:0.001

800

UU_FC0_FILTER_ COEFF, 40~6000, step:20 UU_FC1_FILTER_ COEFF, 0~11 UU_FC2_FILTER_ COEFF, UU_DISABLE, UU_FC3_FILTER_ UU_ENABLE COEFF, -10.5,-9,-7.5,-6,UU_FC4_FILTER_ 4.5,-3,COEFF, 1.5,0,1.5,3,4.5,6,7.5 UU_FC5_FILTER_ ,9,10.5,12 -3,-2,COEFF, 1,0,1,2,3,4,5,6,7,8,9 UU_FC6_FILTER_ ,10,11,12 COEFF, UU_FC7_FILTER_ COEFF, UU_FC8_FILTER_ COEFF, 0~11 UU_FC9_FILTER_ COEFF, 0~9 UU_FC11_FILTER_ COEFF, UU_FC13_FILTER_ PSF1, PSF2, PSF3, OFF, ON COEFF, PSF4, PSF2, PSF5, PSF3, PSF6, PSF1, UU_FC15_FILTER_ PSF8, PSF4, PSF10, PSF5, PSF6, COEFF, PSF20, PSF30, PSF8, PSF10, UU_FC17_FILTER_ PSF40, PSF30, PSF50, PSF20, COEFF, PSF60, PSF50, PSF80, PSF40, UU_FC19_FILTER_ PSF100,PSF80, PSF200 PSF60, COEFF PSF100, PSF200, sf1, sf2, sf4, sf6, SF10, SF20, SF32, PSF300, PSF500, sf8, sf16, sf24, sf33 SF40, SF64, SF80, PSF750, PSF1280, SF128, SF160, PSF1920, PSF2560 SF256, SF320, SF512, SF640, SF1024, UU_DISABLE, SF2, SF5,SF1280, SF8, SF2048, SF2560 UU_ENABLE SF10, SF16, SF20, SF32, SF40, SF64, SF80, SF128, SF160, SF256, SF320, SF512, 1~16 SF640

30 None UU_DISABLE(Disa ble) -30 -30 UU_FC6_FILTER_ COEFF(UU_FC6_F ILTER_COEFF) None None OFF(Off) PSF2(2 subframes) PSF3(3 subframes) sf8(8 subframes) SF40(40 subframes) UU_ENABLE(Enabl e) SF5(5 subframes) 8

0~11

None

0~9

None

PSF6(6 subframes) subframes) PSF6(6 QCI 1-TDD1-TDDQCI Configuration Configuration 4: 4: PSF8(8 PSF8(8 subframes) subframes) QCI 1-TDD1-TDDQCI Configuration 5: 5: Configuration PSF8(8 subframes) PSF10(10 QCI 1-TDDsubframes) 800 Configuration QCI 1-TDD- 6: PSF5(5 subframes) Configuration 6: QCI 4-FDD PSF3(3 subframes) 300 : PSF2(2 QCI 4-FDD subframes) : PSF4(4 QCI subframes) 800 4-TDDConfiguration QCI 4-TDD- 0: PSF2(2 subframes) Configuration 0: QCI 300 4-TDDPSF4(4 subframes) Configuration QCI 4-TDD- 1: PSF2(2 subframes) Configuration 1: 800 QCI 4-TDDPSF4(4 subframes) Configuration QCI 4-TDD- 2: PSF4(4 subframes) Configuration 2: 30 QCI 4-TDDPSF5(5 subframes) Configuration QCI 4-TDD- 3: PSF4(4 None subframes) Configuration 3: QCI 4-TDDPSF6(6 subframes) Configuration QCI 4-TDD- 4: UU_DISABLE(Disa PSF4(4 subframes) Configuration 4: ble) QCI 4-TDDPSF8(8 subframes) Configuration QCI -30 4-TDD- 5: PSF4(4 subframes) Configuration 5: QCI 4-TDDPSF10(10 Configuration 6: -30 subframes) PSF2(2 subframes) QCI 4-TDDUU_FC6_FILTER_ QCI 6-FDD 6: Configuration COEFF(UU_FC6_F : PSF2(2 PSF4(4 subframes) ILTER_COEFF) subframes) QCI 6-FDD QCI 6-TDD: PSF3(3 None Configuration subframes) 0: QCI 1: ON(On) PSF2(2 subframes) QCI 6-TDDQCI 2: OFF(Off) QCI None6-TDDConfiguration 0: QCI 3: OFF(Off) Configuration 1: PSF3(3 subframes) QCI ON(On) PSF2(2 subframes) QCI 4: 6-TDDQCI 5: OFF(Off) QCI 6-TDDConfiguration 1: QCI 6: ON(On) Configuration 2: PSF3(3 subframes) QCI 7: OFF(Off) PSF4(4 subframes) QCI 6-TDDQCI 8: ON(On)2: QCI Configuration QCI 6-TDD1: sf8(8 QCI 9: ON(On) Configuration 3: PSF5(5 subframes) subframes) PSF4(4 subframes) QCI 4: 6-TDDQCI sf8(8 6-TDDQCI 1: Configuration 3: QCI 1: SF20(20 subframes) Configuration subframes) PSF6(6 subframes) UU_DISABLE(Disa QCI 6: sf8(8 4: PSF4(4 subframes) QCI 4: SF20(20 6-TDDble) subframes) QCI 6-TDDsubframes) Configuration QCI 4: 8: sf8(8 4: Configuration 5: QCI 6: SF40(40 PSF8(8 subframes) UU_ENABLE(Enabl subframes) PSF4(4 subframes) subframes) QCI 6-TDDe) QCI 9: sf8(8 6-TDDQCI 8: Configuration QCI 6: subframes) QCI 4: SF40(40 SF5(5 5: Configuration subframes) PSF10(10 UU_ENABLE(Enabl subframes) 6: PSF2(2 subframes) QCI 9: subframes) e) QCI 6: SF40(40 SF5(5 QCI 8-FDD subframes) 6-TDDQCI 8: subframes) : PSF2(2 Configuration UU_ENABLE(Enabl QCI 8: SF5(5 6: subframes) QCI4:2 PSF3(3 subframes) e) subframes) QCI 8-TDDQCI6:8 8-FDD QCI 9: QCI 9: SF5(5 Configuration 0: QCI8:8 : PSF3(3 UU_ENABLE(Enabl subframes) PSF2(2 subframes) QCI9:8 subframes) e) QCI 8-TDDQCI None8-TDDConfiguration 0: 1: Configuration PSF2(2 PSF3(3 subframes) subframes) None QCI QCI 8-TDD8-TDDConfiguration Configuration 2: 1: PSF4(4 subframes) subframes) PSF3(3 QCI 8-TDD8-TDDQCI Configuration Configuration 3: 2: PSF4(4 PSF5(5 subframes) subframes) QCI QCI 8-TDD8-TDDConfiguration 3: 4: Configuration PSF4(4 subframes)

CellDrxPara

In a CellDrxPara MO, the value of FddEnterDrxThd In a CellDrxPara must be smaller MO, of than the thatvalue of TddEnterDrxThdUl FddExitDrxThd. In a CellDrxPara must be smaller MO, of than the thatvalue of TddEnterDrxThdUl TddExitDrxThdUl. In a CellDrxPara must be smaller MO, of than the thatvalue of TddEnterDrxThdDl TddExitDrxThdUl. In a CellDrxPara must be smaller MO, of than the thatvalue of TddEnterDrxThdDl TddExitDrxThdDl. must be smaller than that of TddExitDrxThdDl. None

CellUlpcDedic

None

CellUlpcDedic

None

CellUlpcDedic

None

CellUlpcDedic

None

CellUlpcDedic

None

CellDrxPara CellDrxPara CellDrxPara CellDrxPara CellDrxPara

1. This parameter is None when invalid EnterDrxSwitch is set to OFF. DrxParaGroup None 2. In a DrxParaGroup MO, the value of DrxParaGroup None OnDurationTimer cannot be larger DrxParaGroup than the value of LongDrxCycle. This parameter Ifis SupportShortDrx is invalid when DrxParaGroup setThis to parameter 1. EnterDrxSwitch is is This is UU_ENABLE, invalid when the set toparameter OFF. invalid when value of EnterDrxSwitch is DrxParaGroup EnterDrxSwitch is OnDurationTimer set to OFF. set to OFF. 1. This parameter cannot 2. In a be larger is invalid when than the value of DrxParaGroup DrxParaGroup MO, EnterDrxSwitch is ShortDrxCycle. the value of This parameter is set to OFF. OnDurationTimer invalid when DrxParaGroup 2. In a be largeris cannot EnterDrxSwitch DrxParaGroup MO, thantothe value of set OFF. the value of LongDrxCycle. DrxParaGroup OnDurationTimer This parameter cannot be largeris invalid when than the value of DrxParaGroup EnterDrxSwitch ShortDrxCycle ifis set to OFF. InterRatHoCommGr SupportShortDrx is None set to oup UU_ENABLE. InterRatHoCommGr None oup DrxParaGroup

4

None

640ms

None

-105

None

-20~-3, step:0.5

-20

None

-141~-44

-109

None

-20~-3, step:0.5

-24

None

0~11

None

None

0~9

None

None

0~15, step:0.5

2

None

-28

None

640ms

None

-24

None

10~254

None

None

0~11

None

None

0~9

0

None

0~9

0

None

1. The value of InterRatHoCommGr InterRatHoA1ThdR None srp must be larger oup 1. In an than that of InterRatHoCommGr InterRatHoCommGr InterRatHoA2ThdR None oup MO, the value oup srp. 1. The value of of 2. In an InterRatHoCommGr InterRatHoA2ThdR InterRatHoA1ThdR InterRatHoCommGr srp must be smaller oup srq be larger oup MO, the value 1. Inmust an than that of than or equal to of InterRatHoCommGr InterRatHoCommGr InterRatHoA1ThdR InterRatHoA2ThdR InterRatHoA1ThdR oup MO, the value oup srp. srq. srp must be larger of 2. In anvalue The ofto InterRatHoCommGr 2. than or equal InterRatHoA1ThdR InterRatHoCommGr InterRatHoA1ThdR oup InterRatHoA2ThdR srq must oup MO, be thelarger value srq must be larger srp. than or equal to InterRatHoCommGr of than that of InterRatHoA2ThdR InterRatHoA1ThdR oup InterRatHoA2ThdR srq. srp must be larger srq. The InterRatHoCdma1x 2. than orvalue equalofto None InterRatHoA2ThdR RttGroup InterRatHoA2ThdR srq srp.must be smaller InterRatHoCdma1x than that of None RttGroup InterRatHoA1ThdR If coverage-based srq. InterRatHoCdma1x handover is None RttGroup enabled and the threshold specified InterRatHoCdma1x through this None RttGroup parameter is higher InterRatHoCdma1x than the associated None threshold for RttGroup coverage-based InterRatHoCdma1x inter-RAT handover, RttGroup coverage-based handover takes precedence over CellExtendedQci None both load- and service-based CellExtendedQci None handovers. In this case, load- and service-based CellExtendedQci None handovers will not occur. CellExtendedQci None

0~9

0

None

CellExtendedQci

None

0~9

0

None

CellExtendedQci

None

0~9

0

None

CellExtendedQci

None

0~9

0

None

CellExtendedQci

None

0~9

0

None

CellExtendedQci

None

0~9

0

None

CellExtendedQci

None

0~11

None

None

CellStandardQci

None

0ms, 40ms, 64ms, 0~15 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, -141~-44 2560ms, 5120ms

0ms, 40ms, 64ms, -31.5~0, step:0.5 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, -31.5~0, step:0.5 5120ms

QCI1, QCI2, QCI3, QCI4, QCI5, QCI6, None QCI7, QCI8, QCI9

None

CellStandardQci

None

0~9

0

None

CellStandardQci

None

0~9

0

None

CellStandardQci

None

0~9

0

None

CellStandardQci

None

0~9

0

None

CellStandardQci

None

0~9

0

None

CellStandardQci

None

0~9

0

None

CellStandardQci

None

0~9

0

None

CellStandardQci

None

0~9

0

None

CellStandardQci

None

ms5, ms10, ms20, ms40

ms10(SRI 10ms)

ms10(SRI 10ms)

CellStandardQci

None

0~11

None

None

InterRatHoCdmaHr None pdGroup

0~9

None

None

0~15, step:0.5

2

None

-14

None

640ms

None

-10

None

0~11

None

None

0~9

None

None

0~15, step:0.5

2

None

-100

None

640ms

640ms

-98

None

None

None

0ms, 40ms, 64ms, -31.5~0, step:0.5 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, -31.5~0, step:0.5 5120ms

0ms, 40ms, 64ms, -110~-48 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, -110~-48 2560ms, 5120ms 0~11

InterRatHoCdmaHr None pdGroup If coverage-based InterRatHoCdmaHr handover is None pdGroup enabled and the threshold specified InterRatHoCdmaHr through this None pdGroup parameter is higher InterRatHoCdmaHr than the associated None threshold for pdGroup coverage-based InterRatHoCdmaHr inter-RAT handover, pdGroup coverage-based handover takes InterRatHoGeranGr precedence over None oup both load- and InterRatHoGeranGr service-based None handovers. In this oup If the threshold case, load- and specified through InterRatHoGeranGr service-based None this parameter is handovers will not oup higher than the occur. InterRatHoGeranGr associated None threshold for the oup coverage-based InterRatHoGeranGr inter-RAT handover None oup and the coveragebased handover is InterRatHoGeranGr enabled, the oup coverage-based InterRatHoUtranGro handover takes None precedence over up both the load- and service-based handovers. In this case, the load- and service-based handovers would not occur.

InterRatHoUtranGro None up

0~9

None

None

-24~0, step:0.5

-20

None

-120~-25

-103

None

2

None

640ms

None

-18

None

-120~-25

-101

None

0~11

None

None

0~9

None

None

4

4

640ms

None

-105

None

-20~-3, step:0.5

-20

None

-141~-44

-109

None

-20~-3, step:0.5

-24

None

0~15, step:0.5

4

4

-141~-44

-105

None

-20

None

InterFreqHoGroup

None

640ms

None

InterFreqHoGroup

None

-103

-103

InterFreqHoGroup

None

-20~-3, step:0.5

-18

-18

InterFreqHoGroup

None

-141~-44

-85

None

InterFreqHoGroup

None

-20~-3, step:0.5

-16

None

InterFreqHoGroup

None

0ms, 40ms, 64ms, 0~15, step:0.5 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, -24~0, step:0.5 5120ms

0ms, 40ms, 64ms, 0~15, step:0.5 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, -141~-44 2560ms, 5120ms

0ms, 40ms, 64ms, -20~-3,100ms, step:0.5 80ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, -141~-44 2560ms, 5120ms

InterRatHoUtranGro None up If coverage-based InterRatHoUtranGro handover is None up enabled and the If coverage-based threshold specified InterRatHoUtranGro handover is through this None up enabled and parameter is the higher threshold specified than the associated InterRatHoUtranGro through this None threshold for up parameter is higher coverage-based the associated InterRatHoUtranGro than inter-RAT handover, threshold for up coverage-based coverage-based handover takes InterRatHoUtranGro inter-RAT handover, precedence over up coverage-based both load- and handover takes service-based precedence over InterFreqHoGroup handovers. None In this both loadand case, load- and service-based service-based InterFreqHoGroup None handovers. In this handovers will not case, occur. 1. Theloadvalueand of service-based InterFreqHoGroup InterFreqHoA1Thd None handovers willlarger not Rsrp must be occur. 1. The value of than that of InterFreqHoGroup InterFreqHoA1Thd None InterFreqHoA2Thd Rsrq must be larger Rsrp. 1. The value than that of of 2. In an InterFreqHoA2Thd InterFreqHoGroup InterFreqHoA2Thd InterFreqHoGroup Rsrp must be Rsrq. MO, thevalue valueofof 1. The smaller 2. In an than that of InterFreqHoA1Thd InterFreqHoGroup InterFreqHoA2Thd InterFreqHoA1Thd InterFreqHoGroup Rsrp Rsrq must be larger Rsrp. MO, the valuethat than or equal toof of smaller than 2. In an InterFreqHoA1Thd InterFreqHoGroup InterFreqHoA1Thd InterFreqHoA2Thd InterFreqHoGroup Rsrq must be larger Rsrp. Rsrq. MO, the value of than or 2. In an equal to InterFreqHoGroup InterFreqHoA1Thd InterFreqHoA2Thd InterFreqHoGroup Rsrp must be larger Rsrq. MO, valuetoof than the or equal InterFreqHoA1Thd InterFreqHoGroup InterFreqHoA2Thd None Rsrq Rsrp.must be larger than or equal to InterFreqHoGroup InterFreqHoA2Thd None Rsrq.

In an InterFreqHoGroup None MO, the value of In an A3InterFreqHoA1T InterFreqHoGroup hdRsrp must be MO, value of largerthe than or equal A3InterFreqHoA1T to that of hdRsrp must be A3InterFreqHoA2T larger than or equal hdRsrp. to that of None A3InterFreqHoA2T hdRsrp.

-15~15, step:0.5

2

2

InterFreqHoGroup

-141~-44

-95

-95

InterFreqHoGroup

-141~-44

-99

-99

InterFreqHoGroup

0~11

None

None

IntraFreqHoGroup

0~9

None

None

IntraFreqHoGroup

None

0~15, step:0.5

2

2

IntraFreqHoGroup

None

2

2

IntraFreqHoGroup

320ms

320ms

None

None

0~31 characters None CNOPERATOR_PR IMARY, None CNOPERATOR_SE CONDARY 3 characters None

None

2~3 characters

None

None

0~65535

None

None

0~3

None

None

0~65535

None

None

0~3

None

None

OFF, ON

OFF(Off)

None

OFF, ON

OFF(Off)

None

1~15

1

1

1~15 INDEPENDENT, SHARED_FREQ, SEPARATED_FRE Q 0~3

1

1

0ms, 40ms, 64ms, -15~15, step:0.5 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 0~3 5120ms

None None

INDEPENDENT(Ind ependent Operator None Mode) None

None

None 1. A maximum of one CnOperator IntraFreqHoGroup None MO with CnOperatorType of CNOPERATOR_PR CnOperator None CnOperatorName in IMARY can be each CnOperator configured for an CnOperator MO must be eNodeB. specified 2. Before and be unique. configuring a CnOperator CnOperator MO Each with CnOperator MO must contain of a CnOperatorType CnOperator unique combination CNOPERATOR_SE Each of MccCnOperator and Mnc. CONDARY, ensure MO must contain a CnOperator that the CnOperator unique combination MO withand Mnc. of Mcc CnOperatorType of CnOperatorTa None CNOPERATOR_PR Each CnOperatorTa IMARY exists. MO must contain a CnOperatorTa unique combination Each CnOperatorTa of CnOperatorId MO must contain a In the CnOperator and Tac. CnOperatorTa unique MO, if combination of CnOperatorId is CnOperatorType and Tac. set to Emc CNOPERATOR_PR IMARY, CnOperatorId must Emc None be set to 0. This parameter is valid when Emc EmcEnable is set to This ON. parameter is valid when Emc EmcEnable is set to This ON. parameter is valid when Emc EmcEnable is set to ON. ENodeBSharingMo None de LicenseSharingPoli None cy

The sum of MaxUserNumRate LicenseSharingPoli In in all the cy LicenseSharingPoli S1ReestTimer MO, cy theMOs valuecannot of In the 100. exceed S1ReestTimer S1ReestMinTimer S1ReestTimer must be smallerMO, the of thanvalue that of S1ReestTimer S1ReestMinTimer S1ReestMaxTimer. must be smaller than that of S1Interface None S1ReestMaxTimer. S1SctpLinkId in each S1Interface S1Interface MO must have a unique value. S1Interface None

1~100

None

None

1~300

1

None

1~300

300

None

0~15

None

None

0~47

None

None

0~3

None

None

Release_R8, Release_R9

Release_R8(Releas None e_R8)

S1Interface

None

FALSE, TRUE

FALSE(FALSE)

None

S1Interface

None

Normal, Abnormal

None

None

S1Interface

None

Normal, Abnormal

None

None

S1Interface

None

FALSE, TRUE, NULL

None

None

S1Interface

None

0~3600

None

None

S1Interface

None

0~100

None

None

S1Interface

None

0~150 characters

None

None

S1Interface

None

0~224 characters

None

None

S1Interface

None

0~300 characters

None

None

S1Interface

None

0~255

None

None

S1Interface

None

16~47

None

None

X2Interface

0~47

None

None

X2Interface

0~3

None

None

X2Interface

None The X2SctpLinkId in each X2Interface MO must be unique. None

Release_R8, Release_R9 FORBID_AUTO_R MV, PERMIT_AUTO_R MV 0~50 characters

Release_R9(Releas e_R9) FORBID_AUTO_R MV(Forbid Auto Remove)

None

X2Interface

None

FORBID_AUTO_R MV(Forbid Auto X2Interface Remove)

None

None

None

None

X2Interface

0~50 characters

None

None

X2Interface

None

Normal, Abnormal

None

None

X2Interface

None

OFF, ON

OFF(Off)

OFF(Off)

Drx

SF10, SF20, SF32, OFF, ON SF40, SF64, SF80, SF128, SF160, PSF1, PSF3, SF256,PSF2, SF320, PSF4, PSF5, PSF6, PSF1, PSF3, SF512,PSF2, SF640, PSF8, PSF10, PSF4, PSF5, PSF6, SF1024, SF1280, PSF20, PSF30, PSF8, PSF10, SF2048, SF2560 PSF40, PSF20, PSF50, PSF30, PSF60, PSF40, PSF80, PSF50, PSF100, PSF200 PSF60, PSF80, PSF100, PSF200, UU_DISABLE, SF2, SF5,PSF500, SF8, PSF300, UU_ENABLE SF10, SF16, SF20, PSF750, PSF1280, SF32, SF40, SF64, PSF1920, PSF2560 SF80, SF128, SF160, SF256, SF320, SF512, 1~16 SF640

ON(On)

ON(On)

Drx

SF10(10 subframes)

SF10(10 subframes)

Drx

ExtendedQci

1. In the Drx MO, None the value of OnDurationTimerSp In thecannot Drx MO, ecia be the None value of larger than the OnDurationTimerSp value of ecial cannot be ShortDrxCycleSpeci larger al if than the value of SupportShortDrxSp LongDrxCycleSpeci ecial is set to al. UU_ENABLE. 2. In the Drx MO, None thethe value In Drxof MO, the OnDurationTimerSp value of ecial OnDurationTimerSp Nonecannot be larger than the ecia cannot be value of larger than the LongDrxCycleSpeci value of al. ShortDrxCycleSpeci al if None SupportShortDrxSp ecial is set to UU_ENABLE. None

ExtendedQci

None

ExtendedQci

None

ExtendedQci

None

ExtendedQci

None

ExtendedQci

None

ExtendedQci

None

ExtendedQci

None

ExtendedQci

None

ExtendedQci

None

None

ExtendedQci

None

PAID_USER(Paid User)

PAID_USER(Paid User)

ExtendedQci

None

None

None

InterRatPolicyCfgGr None oup

PSF4(4 subframes) PSF4(4 subframes) Drx PSF5(5 subframes) PSF5(5 subframes) Drx UU_DISABLE(Disa UU_DISABLE(Disa Drx ble) ble) SF10(10 subframes)

SF10(10 subframes)

Drx

IMS signaling: 1 IMSSignalling(IMS Signalling) 10~254 None None Low-delay service: IMSSignalling, LowDelay(Low TCPorBuffStreamin LowDelay, Delay) MinGbrRate_0_KB, g(TCP Based or IMS TCPorBuffStreamin TCP signaling: service or1000 nonMinGbrRate_1_KB, Buffered Streaming) Low-delay service: g real-time streaming MinGbrRate_2_KB, 900 service: 0.001~1, step:0.001 700 MinGbrRate_0_KB, IMS signaling: MinGbrRate_4KB, TCP service or1000 nonTCPorBuffStreamin MinGbrRate_1_KB, Low-delay service: MinGbrRate_8_KB, real-time streaming g(TCP Based or MinGbrRate_2_KB, 900 MinGbrRate_16_K service: 700 0.001~1, step:0.001 700 Buffered Streaming) MinGbrRate_4KB, TCP service or nonB, MinGbrRate_8_KB, real-time streaming MinGbrRate_32_K MinGbrRate_1_KB( MinGbrRate_1_KB( MinGbrRate_16_K service: 700 B, 1KB/s) 1KB/s) B, MinGbrRate_64_K MinGbrRate_32_K B, MinGbrRate_1_KB( MinGbrRate_1_KB( B, MinGbrRate_128_K 1KB/s) 1KB/s) MinGbrRate_64_K B, B, MinGbrRate_256_K 0~1, step:0.1 10 10 MinGbrRate_128_K B, B, MinGbrRate_512_K PBR_0_KBps, MinGbrRate_256_K B 0~39 0 None PBR_8_KBps, B, PBR_16_KBps, MinGbrRate_512_K PBR_32_KBps, PBR_64_KBps(64K PBR_64_KBps(64K B PBR_64_KBps, B/s) B/s) PBR_128_KBps, PBR_256_KBps, 9~16 11 11 PBR_INFINITY

Drx

0~39

5

PAID_USER, FREE_USER 0~39

1

PS_HO, SRVCC SRVCC PS_HO, NACC_HO, NON_NACC_HO SRVCC OPT_HO, NON_OPT_HO PERMIT_HO_ENU M, FORBID_HO_ENU PERMIT_FAST_AN M R_MEAS_ENUM, Tpollretrans_m5, FORBID_FAST_AN Tpollretrans_m10, DiscardTimer_50, R_MEAS_ENUM Tpollretrans_m15, DiscardTimer_100, Tpollretrans_m5, 0~39 Tpollretrans_m20, DiscardTimer_150, Maxretx_Threshold Tpollretrans_m10, Tpollretrans_m25, DiscardTimer_300, _t1, Tpollretrans_m15, Tstatprohibit_m0, Tpollretrans_m30, DiscardTimer_500, Maxretx_Threshold Tpollretrans_m20, Tstatprohibit_m5, Tpollretrans_m35, DiscardTimer_750, Maxretx_Threshold _t2, Tpollretrans_m25, Tstatprohibit_m10, Tpollretrans_m40, DiscardTimer_1500 _t1, Maxretx_Threshold Tstatprohibit_m0, Tpollretrans_m30, RlcMode_AM, Tstatprohibit_m15, Tpollretrans_m45, ,_t3, Maxretx_Threshold Tstatprohibit_m5, Tpollretrans_m35, RlcMode_UM Tstatprohibit_m20, Tpollretrans_m50, DiscardTimer_Infinit _t2, PollByte_kb25, Maxretx_Threshold Tstatprohibit_m10, Tpollretrans_m40, Tstatprohibit_m25, Tpollretrans_m55, y_t4, Maxretx_Threshold PollByte_kb50, Tstatprohibit_m15, Tpollretrans_m45, Tstatprohibit_m30, Tpollretrans_m60, _t3, PollByte_kb75, Maxretx_Threshold Tstatprohibit_m20, Tpollretrans_m50, Tstatprohibit_m35, PollByte_kb25, Tpollretrans_m65, Maxretx_Threshold PollByte_kb100, _t6, Tstatprohibit_m25, Tpollretrans_m55, Tstatprohibit_m40, PollByte_kb50, Tpollretrans_m70, _t4, PollByte_kb125, Maxretx_Threshold Tstatprohibit_m30, Tpollretrans_m60, Tstatprohibit_m45, PollByte_kb75, Tpollretrans_m75, Maxretx_Threshold PollByte_kb250, _t8, Tstatprohibit_m35, Tpollretrans_m65, Tstatprohibit_m50, PollByte_kb100, Tpollretrans_m80, _t6, PollByte_kb375, Maxretx_Threshold Tstatprohibit_m40, Tpollretrans_m70, Tstatprohibit_m55, PollByte_kb125, Tpollretrans_m85, Maxretx_Threshold PollByte_kb500, _t16, Tstatprohibit_m45, Tpollretrans_m75, Tstatprohibit_m60, PollByte_kb250, Tpollretrans_m90, _t8, PollByte_kb750, Maxretx_Threshold Tstatprohibit_m50, Tpollretrans_m80, Tstatprohibit_m65, PollByte_kb375, Tpollretrans_m95, Maxretx_Threshold PollPdu_p4, PollByte_kb1000, _t32 Tstatprohibit_m55, Tpollretrans_m85, Tstatprohibit_m70, PollByte_kb500, Tpollretrans_m100, _t16, PollPdu_p8, PollByte_kb1250, Tstatprohibit_m60, Tpollretrans_m90, Tstatprohibit_m75, PollByte_kb750, Tpollretrans_m105, Maxretx_Threshold PollPdu_p16, PollByte_kb1500, Tstatprohibit_m65, Tpollretrans_m95, PollPdu_p4, Tstatprohibit_m80, PollByte_kb1000, Tpollretrans_m110, _t32 PollPdu_p32, PollByte_kb2000, Tstatprohibit_m70, Tpollretrans_m100, PollPdu_p8, Tstatprohibit_m85, PollByte_kb1250, Tpollretrans_m115, PollPdu_p64, PollByte_kb3000, Tstatprohibit_m75, Tpollretrans_m105, Treordering_m0, PollPdu_p16, Tstatprohibit_m90, PollByte_kb1500, Tpollretrans_m120, PollPdu_p128, PollByte_infinity Tstatprohibit_m80, Tpollretrans_m110, Treordering_m5, PollPdu_p32, Tstatprohibit_m95, PollByte_kb2000, Tpollretrans_m125, PollPdu_p256, Tstatprohibit_m85, Tpollretrans_m115, Treordering_m10, PollPdu_p64, Tstatprohibit_m100, PollByte_kb3000, Tpollretrans_m130, PollPdu_Infinity Treordering_m0, Tstatprohibit_m90, Tpollretrans_m120, Treordering_m15, PollPdu_p128, Tstatprohibit_m105, PollByte_infinity Tpollretrans_m135, Treordering_m5, Tstatprohibit_m95, Tpollretrans_m125, Treordering_m20, PollPdu_p256, Tstatprohibit_m110, Tpollretrans_m140, Treordering_m10, Tstatprohibit_m100, Tpollretrans_m130, Treordering_m25, PollPdu_Infinity Tstatprohibit_m115, Tpollretrans_m145, Treordering_m15, Tstatprohibit_m105, Tpollretrans_m135, Treordering_m30, Tstatprohibit_m120, Tpollretrans_m150, Treordering_m20, Tstatprohibit_m110, Tpollretrans_m140, Treordering_m35, Tstatprohibit_m125, Tpollretrans_m155, Treordering_m25, Tstatprohibit_m115, Tpollretrans_m145, Treordering_m40, Tstatprohibit_m130, Tpollretrans_m160, Treordering_m30, Tstatprohibit_m120, Tpollretrans_m150, Treordering_m45, Tstatprohibit_m135, Tpollretrans_m165, Treordering_m35, Tstatprohibit_m125, Tpollretrans_m155, Treordering_m50, Tstatprohibit_m140, Tpollretrans_m170, Treordering_m40, Tstatprohibit_m130, Tpollretrans_m160, Treordering_m55, Tstatprohibit_m145, Tpollretrans_m175, Treordering_m45, Tstatprohibit_m135, Tpollretrans_m165, Treordering_m60, Tstatprohibit_m150, Tpollretrans_m180, Treordering_m50, Tstatprohibit_m140, Tpollretrans_m170, Treordering_m65, Tstatprohibit_m155, Tpollretrans_m185, Treordering_m55, Tstatprohibit_m145, Tpollretrans_m175, Treordering_m70, Tstatprohibit_m160, Tpollretrans_m190, Treordering_m60, Tstatprohibit_m150, Tpollretrans_m180, Treordering_m75, Tstatprohibit_m165, Tpollretrans_m195, Treordering_m65, Tstatprohibit_m155, Tpollretrans_m185, Treordering_m80, Tstatprohibit_m170, Tpollretrans_m200, Treordering_m70, Tstatprohibit_m160, Tpollretrans_m190, Treordering_m85, Tstatprohibit_m175, Tpollretrans_m205, Treordering_m75, Tstatprohibit_m165, Tpollretrans_m195, Treordering_m90, Tstatprohibit_m180, Tpollretrans_m210, Treordering_m80, Tstatprohibit_m170, Tpollretrans_m200, Treordering_m95, Tstatprohibit_m185, Tpollretrans_m215, Treordering_m85, Tstatprohibit_m175, PdcpSnsize_7bits, Tpollretrans_m205, Treordering_m100, Tstatprohibit_m190, Tpollretrans_m220, Treordering_m90, Tstatprohibit_m180, PdcpSnsize_12bits Tpollretrans_m210, Treordering_m110, Tstatprohibit_m195, Tpollretrans_m225, Treordering_m95, Tstatprohibit_m185, Tpollretrans_m215, Treordering_m120, Tstatprohibit_m200, Tpollretrans_m230, Treordering_m100, Tstatprohibit_m190, Tpollretrans_m220, Treordering_m130, Tstatprohibit_m205, Tpollretrans_m235, Treordering_m110, Tstatprohibit_m195, Tpollretrans_m225, Treordering_m140, Tstatprohibit_m210, Tpollretrans_m240, Treordering_m120, Tstatprohibit_m200, Tpollretrans_m230, Treordering_m150, Tstatprohibit_m215, Tpollretrans_m245, Treordering_m130, Tstatprohibit_m205, Tpollretrans_m235, Treordering_m160, Tstatprohibit_m220, Tpollretrans_m250, Treordering_m140, Tstatprohibit_m210, Tpollretrans_m240, Treordering_m170, Tstatprohibit_m225, Tpollretrans_m300, Treordering_m150, Tstatprohibit_m215, Tpollretrans_m245, Treordering_m180, Tstatprohibit_m230, Tpollretrans_m350,

PS_HO:On, SRVCC:On

None

SRVCC:On None PS_HO:On, NACC_HO:Off, None NON_NACC_HO:O ff CDMA1XRTTHoSw None itch:On

InterRatPolicyCfgGr None oup InterRatPolicyCfgGr None oup

OPT_HO:On, None NON_OPT_HO:Off

InterRatPolicyCfgGr None oup LOFD-001021:PS InterRatPolicyCfgGr Inter-RAT Mobility oup between E-UTRAN and CDMA2000 InterRatPolicyCfgGr None oup

PERMIT_HO_ENU None M(Permit Ho)


PERMIT_FAST_AN None R_MEAS_ENUM


None

None

RlcPdcpParaGroup None

DiscardTimer_1500 None (1500 ms)

RlcPdcpParaGroup None

RlcMode_AM(Ackn None owledge Mode) Maxretx_Threshold None _t8(8) Maxretx_Threshold None _t8(8) PollByte_kb25(25 kBytes)

None

PollByte_kb25(25 kBytes)

None

PollPdu_p32(32 PDUs)

None

PollPdu_p32(32 PDUs)

None

Tpollretrans_m40(4 None 0ms) Tpollretrans_m50(5 None 0ms) Tstatprohibit_m50(5 None 0ms) Tstatprohibit_m40(4 None 0ms) Treordering_m50(5 None 0ms) Treordering_m40(4 None 0ms) PdcpSnsize_12bits( None 12 bits per second)

RlcPdcpParaGroup None This parameter is valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to This parameter is RlcMode_AM. valid when RlcMode RlcPdcpParaGroup is set to RlcMode_UM.

Treordering_m10, Treordering_m0, Treordering_m15, Treordering_m5, Treordering_m20, Treordering_m10, Treordering_m25, Treordering_m15, Treordering_m30, Treordering_m20, Treordering_m35, Treordering_m25, Treordering_m40, Treordering_m30, Treordering_m45, RlcSnSize_size5, Treordering_m35, Treordering_m50, RlcSnSize_size10 Treordering_m40, Treordering_m55, Treordering_m45, RlcSnSize_size5, Treordering_m60, Treordering_m50, RlcSnSize_size10 Treordering_m65, Treordering_m55, Treordering_m70, Treordering_m60, Treordering_m75, Treordering_m65, Treordering_m80, Treordering_m70, Treordering_m85, Treordering_m75, Treordering_m90, Treordering_m80, Treordering_m95, Treordering_m85, Treordering_m100, FALSE, TRUE Treordering_m90, Treordering_m110, Treordering_m95, Treordering_m120, QCI1, QCI2, QCI3, Treordering_m100, Treordering_m130, QCI4, QCI5, QCI6, MinGbrRate_0_KB, Treordering_m110, Treordering_m140, QCI7, QCI8, QCI9 MinGbrRate_1_KB, Treordering_m120, Treordering_m150, MinGbrRate_2_KB, Treordering_m130, 0.001~1, step:0.001 MinGbrRate_0_KB, Treordering_m160, MinGbrRate_4KB, Treordering_m140, MinGbrRate_1_KB, Treordering_m170, MinGbrRate_8_KB, Treordering_m150, MinGbrRate_2_KB, Treordering_m180, MinGbrRate_16_K 0.001~1, step:0.001 Treordering_m160, MinGbrRate_4KB, Treordering_m190, B, Treordering_m170, MinGbrRate_8_KB, Treordering_m200 MinGbrRate_32_K Treordering_m180, MinGbrRate_16_K B, Treordering_m190, B, MinGbrRate_64_K Treordering_m200 MinGbrRate_32_K B, B, MinGbrRate_128_K MinGbrRate_64_K B, B, MinGbrRate_256_K 0~1, step:0.1 MinGbrRate_128_K B, B, MinGbrRate_512_K MinGbrRate_256_K B 0~39 B, MinGbrRate_512_K PBR_0_KBps, B 0~39 PBR_8_KBps, PBR_16_KBps, PBR_32_KBps, PBR_64_KBps, PBR_128_KBps, PBR_256_KBps, 9~16 PBR_INFINITY CLASS_0, CLASS_1, CLASS_2 NO_ADAPTIVE, OL_ADAPTIVE, CL_ADAPTIVE, OC_ADAPTIVE TM2, TM3, TM4, TM6 GAP_PATTERN_T YPE_1, GAP_PATTERN_T FC0, FC1, FC2, YPE_2 FC3, FC4, FC5, FC6, FC7, FC8, FC0, FC9, FC1, FC11,FC2, FC13, FC3, FC5, FC15,FC4, FC17, FC19 FC6, FC7, FC8, FC0, FC9, FC1, FC11,FC2, FC13, FC3, FC5, FC15,FC4, FC17, FC19 FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 NOT_CFG, CFG

RlcSnSize_size10(1 None 0bits)

RlcPdcpParaGroup

RlcSnSize_size10(1 None 0bits)

RlcPdcpParaGroup

Treordering_m50(5 None 0ms)

RlcPdcpParaGroup

Treordering_m50(5 None 0ms)

RlcPdcpParaGroup

TRUE(TRUE)

RlcPdcpParaGroup

TRUE(TRUE)

None

None QCI6: 1000 QCI7: 900 700 QCI8: 800 QCI6: QCI9: 1000 700 QCI7: 900 700 QCI8: 800 QCI9: 700 MinGbrRate_1_KB( MinGbrRate_1_KB( 1KB/s) 1KB/s)

StandardQci StandardQci StandardQci StandardQci

MinGbrRate_1_KB( MinGbrRate_1_KB( StandardQci 1KB/s) 1KB/s)

This parameter is valid when RlcMode is set to RlcMode_UM. This parameter is valid when RlcMode is setparameter to UM. is This valid when RlcMode is set to This parameter is RlcMode_UM. valid when RlcMode is set to This parameter is RlcMode_UM. valid when RlcMode is set to RlcMode_AM. None This parameter is valid only for QCIs 6 to 9. This parameter is valid only for QCIs 6 to 9. This parameter is valid only for QCIs 6 to 9. This parameter is valid only for QCIs 6 to 9. This parameter is valid only for QCIs 6 to 9.

10

10

StandardQci

0

None

StandardQci

None

0

None

StandardQci

None

PBR_64_KBps(64K PBR_64_KBps(64K StandardQci B/s) B/s) QCI 6: 9 QCI 7: 10 11 StandardQci QCI 8: 11 QCI 9: 12 CLASS_1(CLASS_ CLASS_1(CLASS_ AlgoDefaultPara 1) 1)

This parameter is valid only for QCIs 6 to 9. This parameter is valid only for QCIs 6 to 9. None

OL_ADAPTIVE(OL OL_ADAPTIVE(OL MimoAdaptivePara None _ADAPTIVE) _ADAPTIVE) Cfg This parameter is valid only when MimoAdaptivePara TM3(TM3) TM3(TM3) MimoAdaptiveSwitc Cfg h is set to NO_ADAPTIVE. GAP_PATTERN_T GAP_PATTERN_T HoMeasComm None YPE_1 YPE_1 FC6

FC6

HoMeasComm

None

FC6

FC6

HoMeasComm

None

FC6

FC6

HoMeasComm

None

NOT_CFG

NOT_CFG

HoMeasComm

None

-141~-44

-44

-44

HoMeasComm

None

NOT_CFG, CFG T_CRMAX_30S, T_CRMAXHYST_3 T_CRMAX_60S, 0S, T_CRMAX_120S, T_CRMAXHYST_6 T_CRMAX_180S, 0S, T_CRMAX_240S T_CRMAXHYST_1 20S, T_CRMAXHYST_1 80S, 1~16 T_CRMAXHYST_2 40S TTT_SF_MEDIUM_ 1~16 0DOT25, TTT_SF_MEDIUM_ TTT_SF_HIGH_0D 0DOT50, OT25, TTT_SF_MEDIUM_ TTT_SF_HIGH_0D 0DOT75, OT50, TTT_SF_MEDIUM_ TTT_SF_HIGH_0D FC0, FC1, FC2, LDOT0 OT75,FC4, FC5, FC3, TTT_SF_HIGH_LD FC6, FC7, FC8, FC0, OT0 FC9, FC1, FC11,FC2, FC13, FC3, FC5, FC15,FC4, FC17, FC19 FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 1~8

NOT_CFG

NOT_CFG

HoMeasComm

None

T_CRMAX_60S(60 T_CRMAX_60S(60 HoMeasComm s) s)

None

T_CRMAXHYST_6 T_CRMAXHYST_6 HoMeasComm 0S(60s) 0S(60s) 4

4

HoMeasComm

8

8

HoMeasComm

TTT_SF_MEDIUM_ TTT_SF_MEDIUM_ HoMeasComm LDOT0(1) LDOT0(1) TTT_SF_HIGH_0D TTT_SF_HIGH_0D HoMeasComm OT75(0.75) OT75(0.75)

In the HoMeasComm MO, None if In the SpeedDepParaInd HoMeasComm is set to CFG, MO, ifNcrHighConnMode SpeedDepParaInd must be larger than is set to CFG, NcrMediumConnMo NcrHighConnMode de. must be larger than None NcrMediumConnMo de. None

FC6

FC6

HoMeasComm

None

FC6

FC6

HoMeasComm

None

4

4

InterRatHoComm

None

Infinity(Infinity)

infinity(Infinity)

InterRatHoComm

None

480ms

480ms

InterRatHoComm

None

UTRAN_RSCP

UTRAN_RSCP

InterRatHoComm

None

480ms

480ms

InterRatHoComm

None

PILOT_STRENGTH PILOT_STRENGTH InterRatHoComm

None

480ms

InterRatHoComm

None

PILOT_STRENGTH PILOT_STRENGTH InterRatHoComm

None

480ms

480ms

InterRatHoComm

None

BOTH

BOTH

InterRatHoComm

None

1~8

4

4

IntraRatHoComm

None

r1, r2, r4, r8, r16, r32, r64, Infinity

Infinity(Infinity)

infinity(Infinity)

IntraRatHoComm

None

RSRP, RSRQ

RSRP

RSRP

IntraRatHoComm

None

r1, r2, r4, r8, r16, 120ms, r32, r64,240ms, Infinity 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, UTRAN_RSCP, 30min, 60min UTRAN_ECN0, 120ms, 240ms, UTRAN_BOTH 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, PILOT_STRENGTH 120ms,60min 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, PILOT_STRENGTH 120ms,60min 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, RSRP, 30min, RSRQ, 60min BOTH

480ms

SAME_AS_TRIG_ QUAN(Same as Trig Quan)


IntraRatHoComm

None

240ms

240ms

IntraRatHoComm

None

BOTH

BOTH

IntraRatHoComm

None

240ms

240ms

IntraRatHoComm

None

BOTH

BOTH

IntraRatHoComm

None

RSRP, RSRQ, BOTH

RSRP

RSRP

IntraRatHoComm

None

RSRP, RSRQ, BOTH

RSRP

RSRP

IntraRatHoComm

None

None

None

CSFallBackHo

None

40ms

40ms

CSFallBackHo

None

40ms

40ms

CSFallBackHo

None

40ms

40ms

CSFallBackHo

None

-106

-106

CSFallBackHo

None

-24~0, step:0.5

-13

-13

CSFallBackHo

-110~-48

-103

-103

CSFallBackHo

-31.5~0, step:0.5

-34

-34

CSFallBackHo

0~11

None

None

CellAcBar

NOT_CFG, CFG

NOT_CFG(Not configure)


CellAcBar

None If this parameter is set to CFG, the following None parameters must be set: AcBarringForEmerg None ency, AcBarringForMoDat None aCfgInd, and AcBarringForMoSig CfgInd. AcBarringForEmerg If this parameter is ency optional, set toisNOT_CFG, depending on the the following AcBarringForMoDat setting of parameters do not aCfgInd is optional, AcBarringInfoCfgIn need to be set: depending on the d. AcBarringForEmerg AcBarringFactorFor setting of ency, Call is optional, AcBarringInfoCfgIn AcBarringForMoDat depending on the d. AcBarTimeForCall aCfgInd, setting ofand is optional, AcBarringForMoSig AcBarringForMoDat depending CfgInd. aCfgInd. on the setting of AC11BarforCall is AcBarringForMoDat optional, depending aCfgInd. on the setting of AC12BarforCall is AcBarringForMoDat optional, depending aCfgInd. on the setting of AcBarringForMoDat aCfgInd.

SAME_AS_TRIG_ 120ms, 240ms, QUAN, BOTH 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, SAME_AS_TRIG_ 30min, 60min 120ms, 240ms, QUAN, BOTH 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, RSRP, 30min, RSRQ, 60min BOTH

0ms, 40ms, 64ms, 0~11 100ms, 80ms, 128ms, 160ms, 0ms, 40ms, 64ms, 256ms, 320ms, 80ms, 100ms, 480ms, 512ms, 128ms, 160ms, 640ms, 1024ms, 0ms, 40ms, 64ms, 256ms, 320ms, 1280ms, 2560ms, 80ms, 100ms, 480ms, 512ms, 5120ms 128ms, 640ms, 160ms, 1024ms, 256ms, 1280ms,320ms, 2560ms, 480ms, 5120ms512ms, 640ms, 1024ms, 1280ms, -120~-25 2560ms, 5120ms

BOOLEAN_FALSE, BOOLEAN_TRUE ACCESS_BARRIN G_TIME_S4, ACCESS_BARRIN NOT_CFG, CFG P00, P05, P10, G_TIME_S8, P15, P20, P25, ACCESS_BARRIN P30, P40, P50, G_TIME_S16, P60, P70, P75, ACCESS_BARRIN P80, P85, P90, P95 G_TIME_S32, ACCESS_BARRIN G_TIME_S64, BOOLEAN_FALSE, ACCESS_BARRIN BOOLEAN_TRUE G_TIME_S128, ACCESS_BARRIN BOOLEAN_FALSE, G_TIME_S256, BOOLEAN_TRUE ACCESS_BARRIN G_TIME_S512

BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar False) False) NOT_CFG(Not configure)


CellAcBar

P95(95%)

P95(95%)

CellAcBar

ACCESS_BARRIN ACCESS_BARRIN CellAcBar G_TIME_S4(4s) G_TIME_S4(4s) BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar False) False) BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar False) False)

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar BOOLEAN_TRUE False) False) BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar BOOLEAN_TRUE False) False) BOOLEAN_FALSE, BOOLEAN_TRUE ACCESS_BARRIN G_TIME_S4, ACCESS_BARRIN NOT_CFG, CFG P00, P05, P10, G_TIME_S8, P15, P20, P25, ACCESS_BARRIN P30, P40, P50, G_TIME_S16, P60, P70, P75, ACCESS_BARRIN P80, P85, P90, P95 G_TIME_S32, ACCESS_BARRIN G_TIME_S64, BOOLEAN_FALSE, ACCESS_BARRIN BOOLEAN_TRUE G_TIME_S128, ACCESS_BARRIN BOOLEAN_FALSE, G_TIME_S256, BOOLEAN_TRUE ACCESS_BARRIN G_TIME_S512 BOOLEAN_FALSE, BOOLEAN_TRUE

BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar False) False) NOT_CFG(Not configure)


CellAcBar

P95(95%)

P95(95%)

CellAcBar

ACCESS_BARRIN ACCESS_BARRIN CellAcBar G_TIME_S4(4s) G_TIME_S4(4s) BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar False) False) BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar False) False) BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar False) False)

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar BOOLEAN_TRUE False) False) BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellAcBar BOOLEAN_TRUE False) False) 0~11 CELL_BARRED, CELL_NOT_BARR ED CELL_RESERVED, CELL_NOT_RESE RVED ALLOWED, NOT_ALLOWED

None

None

CellAccess

CELL_NOT_BARR ED(Not Barred) CELL_NOT_RESE RVED(Not Reserved)

CELL_NOT_BARR CellAccess ED(Not Barred) CELL_NOT_RESE RVED(Not CellAccess Reserved)

ALLOWED

ALLOWED

AC13BarforCall is optional, depending on the setting of AC14BarforCall is AcBarringForMoDat optional, depending aCfgInd. on the setting of AC15BarforCall is AcBarringForMoDat optional, aCfgInd. depending on the setting of AcBarringForMoDat AcBarringForMoDat aCfgInd is optional, aCfgInd. on the depending AcBarringFactorFor setting of Sig is optional, AcBarringInfoCfgIn depending on the d. setting of AcBarTimeForSig is AcBarringForMoSig optional, depending CfgInd. on the setting of AC11BarForSig is AcBarringForMoSig optional, CfgInd. depending on the setting of AC12BarForSig is AcBarringForMoSig optional, depending CfgInd. on the setting of AC13BarForSig is AcBarringForMoSig optional, CfgInd. depending on the setting of AC14BarForSig is AcBarringForMoSig optional, depending CfgInd. on the setting of AC15BarForSig is AcBarringForMoSig optional, CfgInd. depending on the setting of AcBarringForMoSig CfgInd. None None None

CellAccess

None

NORMAL_MODE, RR_MODE

NORMAL_MODE(N NORMAL_MODE(N CellAccess ormal mode) ormal mode)

None

1~720

1

1

CellAccess

None

0~11

None

None

CellOp

None

0~65535 CELL_RESERVED _FOR_OP, CELL_NOT_RESE RVED_FOR_OP 1~100

None

None

CellOp

None

25

25

CellOp

1~100

25

25

CellOp

0~11

None

None

CellResel

CELL_NOT_RESE CELL_NOT_RESE RVED_FOR_OP(N RVED_FOR_OP(N CellOp ot Reserved) ot Reserved)

None The sum of OpUlRbUsedRatio in all CellOp MOs The sum of cannot exceed 100. OpUlRbUsedRatio in all CellOp MOs cannot exceed 100. None

DB0_Q_HYST, DB1_Q_HYST, DB2_Q_HYST, DB3_Q_HYST, DB4_Q_HYST, DB5_Q_HYST, DB6_Q_HYST, DB8_Q_HYST, DB10_Q_HYST, S30_T_EVALULATI DB12_Q_HYST, ON, DB14_Q_HYST, NOT_CFG, CFG S60_T_EVALULATI DB16_Q_HYST, S30_T_HYST_NOR ON, DB18_Q_HYST, MAL, S120_T_EVALULA DB20_Q_HYST, S60_T_HYST_NOR TION, DB22_Q_HYST, MAL, S180_T_EVALULA DB24_Q_HYST S120_T_HYST_NO TION, RMAL, S240_T_EVALULA S180_T_HYST_NO TION RMAL, 1~16 S240_T_HYST_NO RMAL DB_6_Q_HYST_SF 1~16 _MEDIUM, DB_4_Q_HYST_SF DB_6_Q_HYST_SF _MEDIUM, _HIGH, DB_2_Q_HYST_SF DB_4_Q_HYST_SF _MEDIUM, _HIGH, DB0_Q_HYST_SF_ DB_2_Q_HYST_SF MEDIUM _HIGH, DB0_Q_HYST_SF_ NOT_CFG, CFG HIGH

DB4_Q_HYST(4dB) DB4_Q_HYST(4dB) CellResel CFG(Configure)

CFG(Configure)

CellResel

S60_T_EVALULATI S60_T_EVALULATI CellResel ON(60s) ON(60s) S30_T_HYST_NOR S30_T_HYST_NOR CellResel MAL(30s) MAL(30s) 4

4

CellResel

8

8

CellResel

DB0_Q_HYST_SF_ DB0_Q_HYST_SF_ CellResel MEDIUM(0dB) MEDIUM(0dB) DB0_Q_HYST_SF_ DB0_Q_HYST_SF_ CellResel HIGH(0dB) HIGH(0dB) CFG(Configure)

CFG(Configure)

CellResel

0~62, step:2

5

5

CellResel

0~62, step:2

0

0

CellResel

0~7

7

7

CellResel

-140~-44, step:2

-64

-64

CellResel

NOT_CFG, CFG



CellResel

-30~33

23

23

CellResel

NOT_CFG, CFG

CFG(Configure)

CFG(Configure)

CellResel

0~62, step:2

29

29

CellResel

NOT_CFG, CFG



CellResel

MBW6, MBW15, MBW25, MBW50, MBW75, MBW100

MBW6(1.4M)

DL bandwidth of the CellResel serving cell

0~7

1

1

CellResel

CFG(Configure)

CFG(Configure)

CellResel

T_RESEL_SF_0DO NOT_CFG, CFG T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T5, T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T75, T5, T_RESEL_SF_1DO T_RESEL_SF_0DO T0 T75, T_RESEL_SF_1DO T0

T_RESEL_SF_1DO T_RESEL_SF_1DO CellResel T0(1.0) T0(1.0) T_RESEL_SF_0DO T_RESEL_SF_0DO CellResel T75(0.75) T75(0.75)

the following parameters must be set: TEvaluation, This parameter is THystNormal, optional. Whether NCellChangeMediu to configure this This parameter m, parameter is is optional. Whether NCellChangeHigh, 1. This parameter determined by the is None to configure QHystSfMedium, optional, depending parameter this parameter is of QHystSfHigh. on the setting SpeedDepReselCfg 1. This parameter determined by the is If SpeedDepReselCfg Ind. optional, depending parameter SpeedDepReselCfg Ind. When on the setting SpeedDepReselCfg Ind is set to of If SpeedDepReselCfg SpeedDepReselCfg Ind. NOT_CFG, SpeedDepReselCfg Ind is set to the CFG, Ind. When following Ind is set to CFG, TEvaluation needs If SpeedDepReselCfg parameters do NCellChangeMediu to be configured. This parameternot is SpeedDepReselCfg Ind is to setbetoset. CFG, need set: m must When optional, depending Ind is set to CFG, THystNormal needs TEvaluation, If SpeedDepReselCfg on the setting of NCellChangeHigh to be configured. THystNormal, SpeedDepReselCfg Ind isparameter set to SpeedDepReselCfg This is must When NCellChangeMediu Ind is be setset. to NOT_CFG, Ind. optional, depending If SpeedDepReselCfg m, NOT_CFG, TEvaluation does If on the setting SpeedDepReselCfg Ind is set to beof NCellChangeHigh, NCellChangeMediu not need to This SpeedDepReselCfg Ind isparameter set to needisto NOT_CFG, QHystSfMedium, m does configured. Ind is setnot to CFG, optional. Whether Ind. NOT_CFG, THystNormal does QHystSfHigh. be set. If QHystSfMedium to configure this If NCellChangeHigh not need to be 2. In the CellResel SNonIntraSearchCf must be parameter is to be SpeedDepReselCfg does notset. need configured. MO, gInd isset settotoby CFG, If determined the Ind is CFG, set. NCellChangeHigh SNonIntraSearch SpeedDepReselCfg parameter QHystSfHigh must 2. In the CellResel must than must be set. Ind is be setlarger to SNonIntraSearchCf be set. MO, NCellChangeMediu If NOT_CFG, gInd. If NCellChangeHigh m. SNonIntraSearchCf QHystSfMedium When SpeedDepReselCfg must be larger than gInd setneed does SNonIntraSearchCf Ind isisnot set toto to be NCellChangeMediu NOT_CFG, set. gInd NOT_CFG, m. is set to CFG, SNonIntraSearch SNonIntraSearch QHystSfHigh does does not need be needs to be not need to be to set. None set. configured. When SNonIntraSearchCf None gInd is set to NOT_CFG, If PMaxCfgInd is SNonIntraSearch None This is set toparameter CFG, PMax does not need to be optional, depending must be set. configured. This parameter is on the setting of If PMaxCfgInd is optional. Whether PMaxCfgInd. If set to NOT_CFG, to set this If PMaxCfgInd SIntraSearchCfgInd PMax does notis parameter isPMax set to CFG, is set to be CFG, need set. determined the must be set.bymust SIntraSearch parameter If PMaxCfgInd is be set. If This is SIntraSearchCfgInd set toparameter NOT_CFG, If MeasBandWidthCfg optional, depending .PMax does not SIntraSearchCfgInd Ind is set to CFG, on the setting When need set.of is set to be NOT_CFG, MeasBandWidth MeasBandWidthCfg SIntraSearchCfgInd If SIntraSearch must be set. does Ind. is set to CFG, SpeedStateSfCfgIn not need to be set. If If SIntraSearch needs d is set to CFG, the MeasBandWidthCfg MeasBandWidthCfg to be set. following Ind is set set to to CFG, Ind is When parameters must be NOT_CFG, MeasBandWidth This parameter is SIntraSearchCfgInd set: MeasBandWidth must be set. optional, depending is set to NOT_CFG, TReselEutranSfMe does not needdoes be If on theand setting oftothe SIntraSearch dium None This parameter is set. MeasBandWidthCfg SpeedStateSfCfgIn not need to be set. TReselEutranSfHig optional, Ind is set depending to d parameter. h. on the setting of the NOT_CFG, If If SpeedStateSfCfgIn MeasBandWidth SpeedStateSfCfgIn SpeedStateSfCfgIn d parameter. does notto d is CFG,to be d is set set toneed If set. TReselEutranSfMe NOT_CFG, the SpeedStateSfCfgIn dium must be set. following d is set to CFG, If parameters do not TReselEutranSfHig SpeedStateSfCfgIn need to be set: h must d is set be to set. TReselEutranSfMe If NOT_CFG, dium and SpeedStateSfCfgIn TReselEutranSfMe TReselEutranSfHig d is set to not need dium does h. NOT_CFG, to be set. TReselEutranSfHig h does not need to be set.

BitString00, BitString01, BitString01(01) BitString01(01) CellResel BitString10, BitString11 BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellResel BOOLEAN_TRUE False) False) 0~11

None

None

CellReselCdma200 0

NOT_CFG, CFG



CellReselCdma200 0

BOOLEAN_FALSE, BOOLEAN_TRUE( BOOLEAN_TRUE( CellReselCdma200 BOOLEAN_TRUE True) True) 0 NOT_CFG, CFG



CellReselCdma200 0

0~15

1

1

CellReselCdma200 0

NOT_CFG, CFG



CellReselCdma200 0

NOT_CFG, CFG



CellReselCdma200 0

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellReselCdma200 BOOLEAN_TRUE False) False) 0 0~255

1

1

CellReselCdma200 0

NOT_CFG, CFG



CellReselCdma200 0

0~255

2

2

CellReselCdma200 0

NOT_CFG, CFG



CellReselCdma200 0

0~255

3

3

CellReselCdma200 0

0~7

1

1

CellReselCdma200 0

T_RESEL_SF_0DO NOT_CFG, CFG T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T5, T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T75, T5, T_RESEL_SF_1DO T_RESEL_SF_0DO T0 T75, T_RESEL_SF_1DO NOT_CFG, CFG T0



CellReselCdma200 0

T_RESEL_SF_0DO T_RESEL_SF_0DO CellReselCdma200 T75(0.75) T75(0.75) 0 T_RESEL_SF_1DO T_RESEL_SF_1DO CellReselCdma200 T0(1.0) T0(1.0) 0 NOT_CFG(Not configure)


CellReselCdma200 0

NOT_CFG, CFG



CellReselCdma200 0

0~32767

0

0

CellReselCdma200 0

0~65535

0

0

CellReselCdma200 0

None None 1.SysTimeCfgInd This parameter is is If This parameter is optional, depending set to CFG, None optional, depending on the setting of CdmaEutraSyn on the setting HrpdParamCfgInd. must be set. of SysTimeCfgInd. If HrpdParamCfgInd SysTimeCfgInd This parameter is is If HrpdParamCfgInd If SysTimeCfgInd is SearchWndSizeCfg is set CFG, set to to NOT_CFG, optional, depending is set to CFG, the set to CFG, Ind is set to CFG, HrpdCellReselectP CdmaEutraSyn on the setting of following CdmaEutraSyn SearchWndSize aramCfgInd must does not need to be SearchWndSizeCfg parameters must be 1. This is Ifset. must beparameter set. must be set. be set. Ind. set: optional, depending HrpdPreRegistAllow If HrpdParamCfgInd SysTimeCfgInd is If HrpdPreRegistAllow on the setting ed is set to of set NOT_CFG, SearchWndSizeCfg is set NOT_CFG, 1. Ifto to SearchWndSizeCfg ed, HrpdParamCfgInd. BOOLEAN_TRUE, CdmaEutraSyn Ind is set set to to CFG, HrpdCellReselectP Cdma1XrttCsfbReg Ind is HrpdSecondPreRe If HrpdParamCfgInd HrpdPreRegistZone does not need be NOT_CFG, aramCfgInd does CfgInd is set totoand SearchWndSize gistZoneId0Ind, is set to be CFG, Id must set. set. SearchWndSize not need to be set. CFG, theset. following must be HrpdCellReselectP HprdSecondPreRe If does not need tois be 2 IfThis If parameters must be aramCfgInd. This parameter 1. parameter is gistZoneId0Ind HrpdPreRegistAllow set. HrpdCellReselectP SearchWndSizeCfg set: If HrpdParamCfgInd optional, depending must be set. ed is set to is set aramCfgInd Ind Cdma1XrttCsfbReg is to set to of is set NOT_CFG, on the setting If HrpdParamCfgInd BOOLEAN_FALSE, to CFG, the NOT_CFG, Sid, the following HrpdPreRegistAllow HrpdSecondPreRe is set to NOT_CFG, HrpdPreRegistZone following SearchWndSize Cdma1XrttCsfbReg parameters do notto ed. gistZoneId0Ind. HprdSecondPreRe Id does not need parameters must does Nid, not need to be 1. This parameter is need to be set: If gistZoneId0Ind be set. parameter is 1. This set: set. Cdma1XrttCsfbReg optional, depending HrpdPreRegistAllow HrpdSecondPreRe does not need to be 2. This parameter is optional, depending TreselectionHrpd MultiSidInd, on the setting ofis ed, ed is set to gistZoneId0Ind set. optional, depending on the setting of and Cdma1XrttCsfbReg HprdSecondPreRe HrpdSecondPreRe BOOLEAN_TRUE, set to CFG, 2. Ifthe on setting of HrpdCellReselectP SpeedStateSfCfgIn MultiNidInd, gistZoneId0Ind. gistZoneId0Ind, and HrpdPreRegistZone HrpdSecondPreRe HrpdParamCfgInd. aramCfgInd. d. Cdma1XrttCsfbReg If HrpdCellReselectP Id must be set. gistZoneId1Ind gistZoneId0Ind This parameter is If HrpdParamCfgInd If HomeRegInd, HprdSecondPreRe aramCfgInd. If must be set. set to CFG, the optional, depending is set to CFG, HrpdCellReselectP Cdma1XrttCsfbReg gistZoneId0Ind is HrpdPreRegistAllow If following on the setting HrpdPreRegistAllow aramCfgInd is of set ForeignSidRegInd, set toset CFG, ed is to HrpdSecondPreRe parameters must HprdSecondPreRe edCFG, must be set.the This parameter is be to NOT_CFG, Cdma1XrttCsfbReg HprdSecondPreRe BOOLEAN_FALSE, gistZoneId0Ind is set: gistZoneId1Ind. If HrpdParamCfgInd optional, depending SpeedStateSfCfgIn following ForeignNidRegInd, gistZoneId0 must HrpdPreRegistZone set to to NOT_CFG, HrpSecondPreRegi If is set NOT_CFG, on the setting d must be set. parameters doofnotto Cdma1XrttCsfbReg be set. Id does not need HrpdSecondPreRe stZoneId0 and HprdSecondPreRe HrpdPreRegistAllow HrpdCellReselectP If need to be set: ParamRegInd, If be set. gistZoneId1Ind HrpdSecondPreRe gistZoneId1Ind is to ed does not need aramCfgInd. HrpdCellReselectP TreselectionHrpd Cdma1XrttCsfbReg HprdSecondPreRe does not need to be gistZoneId1Ind. set to CFG, be set. If aramCfgInd is set and PowerUpRegInd, gistZoneId0Ind set. If HprdSecondPreRe This parameter is is HrpdCellReselectP to NOT_CFG, SpeedStateSfCfgIn Cdma1XrttCsfbReg set to NOT_CFG, 2. If HrpdSecondPreRe gistZoneId1 must optional, depending aramCfgInd is set SpeedStateSfCfgIn d. RegPeriod, HprdSecondPreRe HrpdSecondPreRe gistZoneId0Ind be set. on the setting ofis to CFG, This parameter isto d does not need Cdma1XrttCsfbReg gistZoneId0 does gistZoneId1Ind is If Cdma1XrttCfgInd set to NOT_CFG, SpeedStateSfCfgIn TreselectionHrpd optional, depending be set. RegZone, not need to bethe set. set to CFG, is set to CFG, the following HprdSecondPreRe d. must be set. of on setting 2 Ifthe Cdma1XrttCsfbReg HrpdSecondPreRe following parameters do not gistZoneId1Ind is If SpeedStateSfCfgIn TotalZone, gistZoneId1 must be parameters must need to be set: set to NOT_CFG, SpeedStateSfCfgIn HrpdCellReselectP d. d is set to CFG, the Cdma1XrttCsfbReg be set: HrpdSecondPreRe HprdSecondPreRe d isset. set to CFG, aramCfgInd is set If following ZoneTimer. If Cdma1XrttCsfbReg gistZoneId0 and gistZoneId1 does be TReselCdmaHprdSf to NOT_CFG, SpeedStateSfCfgIn parameters must If HrpdSecondPreRe CfgInd, not need to be set. High must be set. TreselectionHrpd d is set to CFG, set: Cdma1XrttCsfbReg gistZoneId1Ind is Cdma1XrttLongCod gistZoneId1Ind. If does not to This parameter is be TReselCdmaHrpdSf CfgInd is need set toand set to NOT_CFG, eStateCfgInd, SpeedStateSfCfgIn set. Medium must be optional, and depending NOT_CFG, the HrpdSecondPreRe Cdma1XrttCellRese d isthe setsetting to set. on of TReselCdmaHrpdSf following gistZoneId1 does lCfgInd. This parameter is NOT_CFG, If Cdma1XrttCsfbReg High. parameters do set. not not need to be If Cdma1XrttCfgInd optional, depending TReselCdmaHprdSf SpeedStateSfCfgIn CfgInd. If need to be set: is set tosetting NOT_CFG, on the High does not of need d is set to If SpeedStateSfCfgIn Cdma1XrttCsfbReg the following Cdma1XrttCsfbReg to be set. NOT_CFG, Cdma1XrttCsfbReg d is set to Sid, parameters CfgInd. TReselCdmaHrpdSf CfgInd is setdo to not NOT_CFG, the Cdma1XrttCsfbReg need to be set: If Medium does not CFG, following Nid, Cdma1XrttCsfbReg need to be set. Cdma1XrttCsfbReg parameters do not Cdma1XrttCsfbReg CfgInd, CfgInd isbe set to Sid must be set. need to set: MultiSidInd, Cdma1XrttLongCod CFG, If TReselCdmaHrpdSf Cdma1XrttCsfbReg eStateCfgInd, and Cdma1XrttCsfbReg Cdma1XrttCsfbReg Medium and MultiNidInd, Cdma1XrttCellRese Nid must be set. CfgInd is set to TReselCdmaHrpdSf Cdma1XrttCsfbReg lCfgInd. If NOT_CFG, High. HomeRegInd, Cdma1XrttCsfbReg Cdma1XrttCsfbReg Cdma1XrttCsfbReg CfgInd is not set to Sid does need ForeignSidRegInd, NOT_CFG, to be set. Cdma1XrttCsfbReg Cdma1XrttCsfbReg ForeignNidRegInd, Nid does not need Cdma1XrttCsfbReg

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellReselCdma200 BOOLEAN_TRUE False) False) 0 BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellReselCdma200 BOOLEAN_TRUE False) False) 0 BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellReselCdma200 BOOLEAN_TRUE False) False) 0 BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellReselCdma200 BOOLEAN_TRUE False) False) 0 BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellReselCdma200 BOOLEAN_TRUE False) False) 0 BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellReselCdma200 BOOLEAN_TRUE False) False) 0 BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( CellReselCdma200 BOOLEAN_TRUE False) False) 0 0~127

0

0

CellReselCdma200 0

0~4095

0

0

CellReselCdma200 0

0~7

0

0

CellReselCdma200 0

0~7

0

0

CellReselCdma200 0

NOT_CFG, CFG



CellReselCdma200 0

0~6 characters

None

None

CellReselCdma200 0

NOT_CFG, CFG



CellReselCdma200 0

0~7

1

1

CellReselCdma200 0

T_RESEL_SF_0DO NOT_CFG, CFG T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T5, T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T75, T5, T_RESEL_SF_1DO T_RESEL_SF_0DO T0 T75, T_RESEL_SF_1DO 0~11 T0



CellReselCdma200 0

None

None

CellReselGeran

0~7

1

1

CellReselGeran

T_RESEL_SF_0DO NOT_CFG, CFG T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T5, T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T75, T5, T_RESEL_SF_1DO T_RESEL_SF_0DO T0 T75, T_RESEL_SF_1DO T0



CellReselGeran

T_RESEL_SF_1DO T_RESEL_SF_1DO CellReselCdma200 T0(1.0) T0(1.0) 0 T_RESEL_SF_0DO T_RESEL_SF_0DO CellReselCdma200 T75(0.75) T75(0.75) 0

T_RESEL_SF_1DO T_RESEL_SF_1DO CellReselGeran T0(1.0) T0(1.0) T_RESEL_SF_0DO T_RESEL_SF_0DO CellReselGeran T75(0.75) T75(0.75)

optional, depending Cdma1XrttCsfbReg on the setting of MultiNidInd is Cdma1XrttCsfbReg optional, depending CfgInd. Cdma1XrttCsfbReg on the setting of If HomeRegInd is Cdma1XrttCsfbReg Cdma1XrttCsfbReg optional, depending Cdma1XrttCsfbReg CfgInd. CfgInd is set toof on the setting FrgnSidRegInd is If CFG, Cdma1XrttCsfbReg optional, depending Cdma1XrttCsfbReg Cdma1XrttCsfbReg Cdma1XrttCsfbReg CfgInd. on the setting CfgInd is setmust toof be MultiSidInd FrgnNidRegInd is If Cdma1XrttCsfbReg CFG, set. optional, depending Cdma1XrttCsfbReg CfgInd. Cdma1XrttCsfbReg If on the setting CfgInd is setmust toof be Cdma1XrttCsfbReg If MultiNidInd Cdma1XrttCsfbReg Cdma1XrttCsfbReg CFG, ParamRegInd is Cdma1XrttCsfbReg set. CfgInd is depending set to CfgInd. Cdma1XrttCsfbReg optional, CfgInd is set to Cdma1XrttCsfbReg If NOT_CFG, If HomeRegInd on the setting must of is CFG, PowerUpRegInd Cdma1XrttCsfbReg Cdma1XrttCsfbReg Cdma1XrttCsfbReg be set. Cdma1XrttCsfbReg optional, CfgInd is depending set to MultiSidInd CfgInd is setdoes to If CfgInd. FrgnSidRegInd on the setting NOT_CFG, not need to beofset. CFG, This parameter is Cdma1XrttCsfbReg If must be set. Cdma1XrttCsfbReg Cdma1XrttCsfbReg optional, depending CfgInd is setdoes to Cdma1XrttCsfbReg If CfgInd. MultiNidInd FrgnNidRegInd on the setting NOT_CFG, CfgInd is to setbe toofset. Cdma1XrttCsfbReg If not need This parameter is must be set. Cdma1XrttCsfbReg CFG, CfgInd is depending set to Cdma1XrttCsfbReg optional, If CfgInd. HomeRegInd Cdma1XrttCsfbReg NOT_CFG, CfgInd is set todoes on setting Cdma1XrttCsfbReg If notthe need to beof set. ParamRegInd must Cdma1XrttCsfbReg CFG, This parameter is Cdma1XrttCsfbReg 1. If CfgInd is set to Cdma1XrttCsfbReg be set. depending FrgnSidRegInd Cdma1XrttCsfbReg optional, CfgInd. Cdma1XrttLongCod NOT_CFG, CfgInd is need set toofto be If does PowerUpRegInd on thenot setting 1. If eStateCfgInd is is set CFG, This parameter Cdma1XrttCsfbReg set. must be set. Cdma1XrttCsfbReg Cdma1XrttCellRese Cdma1XrttCsfbReg to CFG, FrgnNidRegInd Cdma1XrttCsfbReg optional, CfgInd isisdepending set to If CfgInd. lCfgInd optional, CfgInd is need set tooftobe Cdma1XrttLongCod does be RegPeriod must on thenot setting NOT_CFG, Cdma1XrttCsfbReg If depending CFG, eState mustonbethe set. 1. set. Cdma1XrttCsfbReg CfgInd is set to Cdma1XrttCsfbReg setting of Cdma1XrttCsfbReg If Cdma1XrttSpeedSt If CfgInd. ParamRegInd NOT_CFG, CfgInd is set todoes Cdma1XrttCfgInd. RegZone must be Cdma1XrttLongCod ateCfgInd is Cdma1XrttCsfbReg If not need to be set. Cdma1XrttCsfbReg CFG, If Cdma1XrttCfgInd set. eStateCfgInd is set This parameter optional, depending CfgInd is set to is Cdma1XrttCsfbReg PowerUpRegInd Cdma1XrttCsfbReg is set tosetting CFG, If to NOT_CFG, optional, depending on the of NOT_CFG, CfgInd is need set totobebe does not TotalZone must Cdma1XrttCellRese Cdma1XrttCsfbReg Cdma1XrttLongCod on the setting of Cdma1XrttCellRese Cdma1XrttCsfbReg CFG, set. lCfgInd be set. CfgInd ismust set to eState does not Cdma1XrttLongCod lCfgInd. RegPeriod does not Cdma1XrttCsfbReg If If Cdma1XrttCfgInd NOT_CFG, need to be set. eStateCfgInd. If need to be set. ZoneTimer must be Cdma1XrttCsfbReg is set to NOT_CFG, Cdma1XrttCsfbReg 2. If Cdma1XrttCellRese set. This parameter is CfgInd is set to Cdma1XrttCellRese RegZone does Cdma1XrttLongCod Cdma1XrttLongCod lCfgInd isdepending set tonot If optional, NOT_CFG, lCfgInd does not need to be set. eStateCfgInd is eStateCfgInd is CFG, Cdma1XrttCsfbReg on thetosetting ofset Cdma1XrttCsfbReg need be set. optional, depending to CFG, Cdma1XrttSpeedSt CfgInd is set to Cdma1XrttCellRese TotalZone does not 2. Ifthe setting on ofbe Cdma1XrttLongCod ateCfgInd must NOT_CFG, lCfgInd. need to be set. Cdma1XrttCellRese Cdma1XrttCfgInd. eState must be set. set. Cdma1XrttCsfbReg If lCfgInd is set to This parameter If Cdma1XrttCfgInd If ZoneTimer doesisnot Cdma1XrttCellRese CFG, the following optional, depending is set to CFG, This parameter is Cdma1XrttLongCod Cdma1XrttCellRese need to is be set. lCfgInd set to parameters must be on the setting ofset Cdma1XrttLongCod optional. Whether eStateCfgInd is lCfgInd is set to CFG, set: Cdma1XrttSpeedSt eStateCfgInd must to set this NOT_CFG, NOT_CFG, Cdma1XrttTreselect Cdma1XrttTreselect ateCfgInd. be set. parameter is Cdma1XrttLongCod Cdma1XrttSpeedSt ion must be set. ion anddoes If Cdma1XrttCfgInd determined by eState notthe ateCfgInd does not If Cdma1XrttSpeedSt is set to to be NOT_CFG, parameter need set. Cdma1XrttCellRese ateCfgInd. ateCfgInd is set to Cdma1XrttLongCod Cdma1XrttSpeedSt 2. If lCfgInd is set to If CFG, eStateCfgInd does ateCfgInd. Cdma1XrttSpeedSt NOT_CFG, Cdma1XrttCellRese Cdma1XrttSfMediu not need toisbe set. When If ateCfgInd set to Cdma1XrttTreselect lCfgInd is set m must befollowing set.to Cdma1XrttSpeedSt SpeedStateSfCfgIn CFG, the ion does notthe need NOT_CFG, If ateCfgInd ismust set the tobe d isbeset to CFG, parameters to set. following Cdma1XrttSpeedSt CFG, following set: parameters do ateCfgInd ismust setnot tobe Cdma1XrttSfHigh parameters Cdma1XrttSfMediu None This parameter need totobe NOT_CFG, needs beset: set.is set: m and optional, depending Cdma1XrttTreselect Cdma1XrttSfMediu When TReselGeranSfMed Cdma1XrttSfHigh. on the setting of the ion and m does not need to Cdma1XrttSpeedSt ium and If None This parameter is SpeedStateSfCfgIn Cdma1XrttSpeedSt be set. ateCfgInd is set to TReselGeranSfHigh Cdma1XrttSpeedSt optional, depending d parameter. ateCfgInd. .NOT_CFG, ateCfgInd is set on the setting of to the If Cdma1XrttSfHigh If NOT_CFG, the SpeedStateSfCfgIn SpeedStateSfCfgIn does not need to be SpeedStateSfCfgIn following d parameter. d is set to set. d is set to CFG, parameters do not If TReselGeranSfMed NOT_CFG, the need to be set: SpeedStateSfCfgIn ium must be set. following Cdma1XrttSfMediu d is set to CFG, If parameters do not m and TReselGeranSfHigh SpeedStateSfCfgIn need to be set: Cdma1XrttSfHigh. must betoset. d is set TReselGeranSfMed If NOT_CFG, ium and SpeedStateSfCfgIn TReselGeranSfMed TReselGeranSfHigh d is set to not need ium does .NOT_CFG, to be set. TReselGeranSfHigh does not need to be set.

0~11

None

None

CellReselUtran

0~7

1

1

CellReselUtran

T_RESEL_SF_0DO NOT_CFG, CFG T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T5, T25, T_RESEL_SF_0DO T_RESEL_SF_0DO T75, T5, T_RESEL_SF_1DO T_RESEL_SF_0DO T0 T75, T_RESEL_SF_1DO 0~11 T0



CellReselUtran

None

None

CellSel

-140~-44, step:2

-64

-64

CellSel

0~16, step:2

0

0

CellSel

If SpeedStateSfCfgIn d is set to CFG, the following None This parameter parameters mustis be optional, depending set: on the setting of the TReselUtranSfMedi None This parameter is SpeedStateSfCfgIn um and depending optional, d parameter. TReselUtranSfHigh. on the setting of the If If SpeedStateSfCfgIn SpeedStateSfCfgIn SpeedStateSfCfgIn d parameter. d is d is set set to to CFG, If TReselUtranSfMedi NOT_CFG, the SpeedStateSfCfgIn um must be set. following d is set to CFG, If parameters do not TReselUtranSfHigh SpeedStateSfCfgIn need to be set: must betoset. d is set TReselUtranSfMedi If NOT_CFG, um and None SpeedStateSfCfgIn TReselUtranSfMedi TReselUtranSfHigh. d is set tonot need um does NOT_CFG, to be set. None TReselUtranSfHigh does not need to be set. None

0~11

None

None

CellSiMap

None

BOOLEAN_FALSE, BOOLEAN_TRUE RF8, RF16, RF32, RF64, RF128, RF256, RF512 RF8, RF16, RF32, RF64, RF128, RF256, RF512 RF8, RF16, RF32, RF64, RF128, RF256, RF512 RF8, RF16, RF32, RF64, RF128, RF256, RF512 RF8, RF16, RF32, RF64, RF128, RF256, RF512 RF8, RF16, RF32, RF64, RF128, RF256, RF512 RF8, RF16, RF32, RF64, RF128, RF256, RF512

BOOLEAN_TRUE( BOOLEAN_TRUE( CellSiMap True) True)

None

RF16(16 radio frames)


CellSiMap

None



CellSiMap

None



CellSiMap

None



CellSiMap

None



CellSiMap

None



CellSiMap

None



CellSiMap

None

0~11

None

None

CellUlpcComm

None

AL0, AL04, AL05, AL06, AL07, AL08, AL09, AL1

AL07(0.7)

AL07(0.7)

CellUlpcComm

None

-127~-96

-105

-105

CellUlpcComm

None

-126~24

-67

-67

CellUlpcComm

None

DELTAF0(0dB)

DELTAF0(0dB)

CellUlpcComm

None

DELTAF3(3dB)

DELTAF3(3dB)

CellUlpcComm

None

DELTAF_2, DELTAF0, DELTAF2 DELTAF1, DELTAF3, DELTAF5

T_RESEL_SF_1DO T_RESEL_SF_1DO CellReselUtran T0(1.0) T0(1.0) T_RESEL_SF_0DO T_RESEL_SF_0DO CellReselUtran T75(0.75) T75(0.75)

DELTAF_2, DELTAF0, DELTAF1, DELTAF2 DELTAF_2, DELTAF0, DELTAF2 DELTAF_2, DELTAF0, DELTAF2 -2~12, step:2 MS100_T300, 0~11 MS200_T300, MS300_T300, MS100_T301, MS400_T300, MS200_T301, MS600_T300, MS300_T301, MS1000_T300, MS400_T301, MS0_T310, MS1500_T300, MS600_T301, MS50_T310, MS2000_T300 MS1000_T301, MS100_T310, MS1000_T311, MS1500_T301, MS200_T310, MS3000_T311, MS2000_T301 MS500_T310, MS5000_T311, MS1000_T310, MS10000_T311, MS2000_T310 MS15000_T311, MS20000_T311, n1, n2, n3, n4, n5, MS30000_T311 n6, n8, n10

DELTAF1(1dB)

DELTAF1(1dB)

CellUlpcComm

None

DELTAF2(2dB)

DELTAF2(2dB)

CellUlpcComm

None

DELTAF2(2dB)

DELTAF2(2dB)

CellUlpcComm

None

4

4

CellUlpcComm

None

None

None

UeTimerConst

None

MS200_T300(200m MS200_T300(200m UeTimerConst s) s)

None

MS200_T301(200m MS200_T301(200m UeTimerConst s) s)

None

MS200_T310(200m MS200_T310(200m UeTimerConst s) s) MS10000_T311(10 MS10000_T311(10 UeTimerConst 000ms) 000ms) n5(5)

n5(5)

UeTimerConst

n1, n2, n3, n4, n6, n8, n10, n20

n6(6)

n6(6)

UeTimerConst

0~11

None

None

Cell

1~99 characters

None

None

Cell

0~11

None

None

Cell

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Cell BOOLEAN_TRUE False) False) NORMAL_CP, EXTENDED_CP

NORMAL_CP(Nor mal)

NORMAL_CP(Nor mal)

Cell

NORMAL_CP, EXTENDED_CP

NORMAL_CP(Nor mal)

NORMAL_CP(Nor mal)

Cell

1~40,64

None

None

Cell

NOT_CFG, CFG



Cell

None

Cell

None

Cell

None

Cell

None

Cell

18000~39649,6533 None 6~65535 0~39649,65336~65 None CELL_BW_N6, 535 CELL_BW_N15, CELL_BW_N25, None CELL_BW_N6, CELL_BW_N50, CELL_BW_N15, CELL_BW_N75, CELL_BW_N25, CELL_BW_N100 None CELL_BW_N50, CELL_BW_N75, CELL_BW_N100

In the Cell MO, if None FddTddInd is set to CELL_TDD, the In the In the Cell Cell MO, MO, ifthe following None FddTddInd is set to value of CellName constraints apply CELL_TDD, the of is a string a during the of setting following None maximum of 99 UlCyclicPrefix, constraints characters. apply Theand DlCyclicPrefix, during the setting string cannot be allof SpecialSubframePa None UlCyclicPrefix, null characters or tterns: DlCyclicPrefix, and contain any of the (1). If UlCyclicPrefix SpecialSubframePa following and DlCyclicPrefix None tterns: characters: are both setdouble to (1). If UlCyclicPrefix quotation marks ("), NORMAL_CP, and DlCyclicPrefix commas (,), SpecialSubframePa are both toset to semicolons (;), tterns canset be NORMAL_CP, equal (=), SSP4, SSP5 or In the signs Cell MO, None SpecialSubframePa single quotation SSP7; 1. This parameter is CsgInd must bebe set tterns can only marks ('),depending three (2). If UlCyclicPrefix optional, to set toDlCyclicPrefix SSP4,plus SSP5 consecutive and on the setting of BOOLEAN_FALSE. or SSP7; signs (+++), are both set to or UlEarfcnCfgInd. Currently thetwo (2). If consecutive UlCyclicPrefix more EXTENDED_CP, If UlEarfcnCfgInd eNodeB does not is and DlCyclicPrefix blanks, and two or SpecialSubframePa 1. If UlEarfcnCfgInd set to CFG, support CSG cells. In the Cell MO, are both set more consecutive tterns can betoset is set to CFG, UlEarfcn must beto DlEarfcn and EXTENDED_CP, percentage signs SSP3, SSP4 orbe UlEarfcn must set. UlEarfcn must be SpecialSubframePa (%). SSP5; set; If UlEarfcnCfgInd is set in accordance tterns canCell onlyMO, beisif 1. In the (3). IfFreqBand. UlCyclicPrefix If UlEarfcnCfgInd set to NOT_CFG, with set to SSP3, FddTddInd isSSP4 set is set to set tois, NOT_CFG, UlEarfcn does notto That certain or SSP5; CELL_TDD and EXTENDED_CP UlEarfcn does notbe need to be set. constraints must (3). IfDlCyclicPrefix UlCyclicPrefix UlEarfcnCfgInd is and need to be set. 2. Induring the Cell met theMO, if is set to set to CFG, is set to 2. In the Cell MO, FddTddInd set toif setting. For is details, EXTENDED_CP DlEarfcn and NORMAL_CP, FddTddInd is CELL_TDD and see 3GPP TS set to and DlCyclicPrefix UlEarfcn must SpecialSubframePa CELL_TDD andbe UlEarfcnCfgInd is 36.104. is set to set to the same tterns can be UlEarfcnCfgInd set to CFG, setisto NORMAL_CP, value. SSP4, SSP5 set to CFG, DlEarfcn and or SpecialSubframePa 1. In the Cell MO, 2. SSP7; DlEarfcn UlEarfcn and must be tterns can only be CustomizedBandWi DlEarfcn and (4). to If UlCyclicPrefix UlEarfcn be set themust same DlBandWidth must set to SSP4, SSP5 thCfgInd must be UlEarfcn is set set to to the same value. be the same asandif or SSP7; set to NOT_CFG inthe accordance NORMAL_CP value. 3. In Cell MO, UlBandWidth (4). If UlCyclicPrefix DlBandWith isinis not with FreqBand. DlCyclicPrefix set DlEarfcn and each Cell MO. is set to set to That is, certain to EXTENDED_CP, UlEarfcn must be NORMAL_CP and CELL_BW_N50(10 constraints must be SpecialSubframePa set in accordance DlCyclicPrefix is set M). met during the tternsFreqBand. can be set to with to EXTENDED_CP, 2. DlBandWidth setting. For details, SSP3, or and That is,SSP4 certain SpecialSubframePa UlBandWidth must see 3GPP TS SSP5. constraints must be tterns can only be be set to the same 36.104. met during the set to in SSP3, value eachSSP4 Cell setting. For details, or SSP5. MO. see 3GPP TS 36.104.

0~255

None

None

Cell

0~503

None

None

Cell

1~32

1

1

Cell

CELL_DEACTIVE, CELL_UNBLOCK, CELL_ACTIVE CELL_HIGH_BLOC K, CELL_MIDDLE_BL OCK, CELL_LOW_BLOC 1~1440 CELLINFO_INIT_F K AIL, ALLOC_RRU_FAIL, CELL_FDD, ALLOC_BBI_FAIL, CELL_TDD ALLOC_IDX2_FAIL SA0, SA1, SA2, ,SA3, RES_CHK_FAIL, SA5, dB-24,SA4, dB-22, dBUEM_CFG_FAIL, SA6 SSP0, SSP1, 20, dB-18, dB-16, RRU_CFG_FAIL, SSP2, SSP3, dB-14, dB-12, dBBBI_CFG_FAIL, dB-24, dB-22, SSP4, SSP5, 10, dB-8, dB-6,dBdBTX_BRANCH_NOT 20, dB-18, dB-16, SSP6, SSP7, SSP8 5, dB-4, dB-3, dB-2, _USABLE, dB-14, dB-12, dBdB-1, dB0, dB1, RX_BRANCH_NOT 10, dB-8, dB-6, dBdB2, dB3, dB4, _USABLE, 5, dB-4, dB-3, dB-2, dB5, dB6, dB8, CELL_FREQ_ERR dB-1, dB0, dB1, dB10, dB12, dB14, OR, dB2, dB3, dB4, dB16, dB18, dB20, CELL_ACT_SUCC dB5, dB6, dB8, dB22, dB24 ESS, NO_INFO, 0~837 dB10, dB12, dB14, S1_LINK_DOWN, LOW_SPEED, dB16, dB18, dB20, ALLOC_CONTAINE HIGH_SPEED, dB22, dB24 R_FAIL, ULTRA_HIGH_SPE MPT_NOT_USABL ED E, 0~4 GET_LICENSE_FAI L, TDD_CELL_FRAM 1~100000 E_CFG_ERR, CELL_POWER_EX NOT_CFG, CFG CEED_RRU_CAP, CELL_INST_UNIN CELL_NO_OP, INTRA_BBI_PREA STALL, CELL_SETUP_ACT MBLEFMT_CFG_E ,CELL_INST_UEM_ 98 RR, CFGING, CELL_SETUP_UBL INTRA_BBI_CYCLI ,CELL_INST_RRU_ CPREFIX_CFG_ER 98 CFGING, CELL_SETUP_HE R, CELL_INST_BBI_C ALCHK, BBI_CELL_NUM_O FGING, CELL_SETUP_141, VER, CELL_INST_RECF CELL_SETUP_UL CELL_EXCEED_D GING, WIDESCAN, SP_SPEC, CELL_INST_DELE CELL_DEL_BLK_L MULTI_CARRIER_ TING, OW, CELL_TOPO_NOT CELL_INST_NORM CELL_DEL_BLK_M _SPT, 0~32 AL, ID, characters BF_ALGO_NOT_S CELL_INST_BARR CELL_DEL_BLK_H UPPORT, ED IGH, BBI_MIMOCELL_B CELL_DEL_NOUS W_ERR, ER, MIMOCELL_BW_M CELL_DEL_DEA, 0~32 characters IX_ERR, CELL_DEL_RMV, MIMOCELL_TOPO CELl_DEL_HEALC _MIX_ERR, HK, DOUBLERRU_10M CELL_DEL_UNHE BL_BW_MIX_ERR, AL, DOUBLERRU_TOP CELL_DEL_SETUP O_MIX_ERR, _FAIL, MUTICHAINCELL_ CELL_DEL_141_D

CELL_DEACTIVE( CELL_DEACTIVE( Cell Deactivated) Deactivated) CELL_UNBLOCK(U CELL_UNBLOCK(U Cell nblock) nblock) 60

60

Cell

None

None

Cell

None

None

Cell

None

None

Cell

Cell radius <= 1400 m: Preamble dB0(0dB) dB0(0dB) formats 0 to 3 are applicable to an dB0(0dB) dB0(0dB) FDD cell, preamble formats 0 to 4 are applicable to a TDD None None cell; 1400 m < Cell LOW_SPEED(Low radius LOW_SPEED(Low <= 14,500 m: speed cell flag) speed cell formats flag) 0 Preamble to 3 are applicable; 0 14,500 m < Cell radius <= 29,500 m: Preamble formats 1 10000 10000 to 3 are applicable; 29,500 m < Cell NOT_CFG(Not NOT_CFG(Not radius <= 77,300 m: configure) configure) Preamble formats 1 and 3 are applicable; 98 98 77,300 m < Cell radius <= 100,000 98 98 Preamble format m: 3 is applicable.

Cell Cell Cell Cell Cell Cell Cell Cell Cell

None

None

Cell

None

None

Cell

None

None

Cell

None

None

Cell

None

None

Cell

setting of Cell MO, if 2. In the SSP7; (5) 2600 (2) 1,000
CELL_SETUP_UL WIDESCAN, CELL_PWRSAVE_ CELL_DEL_BLK_L UNINSTALL, OW, CELL_PWRSAVE_ CELL_DEL_BLK_M STAR_BASIC_TYP RFSHD, ID, E, CELL_PWRSAVE_ CELL_DEL_BLK_H HOT_BACKUP_TY CELLSHD, IGH, PE, CELL_PWRSAVE_ CELL_DEL_NOUS COLD_BACKUP_T LOWPWR_CELLU ER, YPE, SEDPWRRDU, BBI_SLOT_0, CELL_DEL_DEA, MULTI_CHAIN_TY CELL_PWRSAVE_ BBI_SLOT_1, CELL_DEL_RMV, PE, LOWPWR_RSPWR BBI_SLOT_2, CELl_DEL_HEALC STAR_DOUBLE_R RDU, BBI_SLOT_3, HK, RU_TYPE, CELL_PWRSAVE_ BBI_SLOT_4, CELL_DEL_UNHE CHAIN_LEVEL2_T LOWPWR_RFSHD, BBI_SLOT_5, AL, YPE, CELL_PWRSAVE_ BBI_SLOT_INVALI CELL_DEL_SETUP LOAD_SHARE_TY LOWPWR_CELLS D _FAIL, PE, HD, CELL_DEL_141_D MIMO_MUTUAL_AI AUTO_PWROFF_ 0~255 EL, D_TYPE, ONTIME CELL_DEL_ULWID MULTI_SECTOR_S 0~255 ESCAN, TAR, CELL_DEL_CELLN MULTI_SECTOR_C OACCESSALM HAIN, 0~11 120ms, 240ms, MUX_NORMAL_TY 480ms, 640ms, PE, 1024ms, 2048ms, MUX_DOUBLE_TY 5120ms, 10240ms, PE, INVALID_TYPE 1min, 6min, 12min, 30min, 60min 1~8

None

None

Cell

None

None

None

Cell

None

None

None

Cell

None

None

None

Cell

None

None

None

Cell

None

None

None

Cell

None

None

None

CellDLIcicMcPara

None

5120ms

5120ms

CellDLIcicMcPara

None

8

8

CellDLIcicMcPara

None


Infinity(Infinity)

Infinity(Infinity)

CellDLIcicMcPara

None

SAME_AS_TRIG_ QUAN, BOTH

BOTH

BOTH

CellDLIcicMcPara

None

RSRP, RSRQ

RSRP

RSRP

CellDLIcicMcPara

None

4

4

CellDLIcicMcPara

None

640ms

640ms

CellDLIcicMcPara

None

-10

-10

CellDLIcicMcPara

None

0~11

None

None

CellLowPower

None

OFF, ON

OFF(Off)

OFF(Off)

CellLowPower

None

OFF, ON

OFF(Off)

OFF(Off)

CellLowPower

None

00:00:00~23:59:59 00:00:00

00:00:00

CellLowPower

None

00:00:00~23:59:59 06:00:00

06:00:00

CellLowPower

None

0~1440

120

120

CellLowPower

None

0~1440

120

120

CellLowPower

None

0~1440

120

120

CellLowPower

None

0ms, 40ms, 64ms, 0~15, 80ms, step:0.5 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, -15~15, step:0.5 5120ms

10~100

50

50

CellLowPower

None

-10~0

-1

-1

CellLowPower

None

1~1440

5

5

CellLowPower

None

0~11

None

None

CellRacThd

1~15

5

5

CellRacThd

1~15

10

10

CellRacThd

10~99

90

90

CellRacThd

10~99

90

90

CellRacThd

10~99

90

90

CellRacThd

10~99

90

90

CellRacThd

0~90

5

5

CellRacThd

0~90

5

5

CellRacThd

0~90

5

5

CellRacThd

0~99

65

65

CellRacThd

0~99

65

65

CellRacThd

0~99

65

65

CellRacThd

0~99

65

65

CellRacThd

1~100

90

90

CellRacThd

1~100

90

90

CellRacThd

1~100

90

90

CellRacThd

0~100

95

95

CellRacThd

0~100

90

90

CellRacThd

1~15

10

10

CellRacThd

In the CellRacThd None MO, 1. In the GoldServiceArpThd CellRacThd MO, In thebe CellRacThd must smaller the sum of MO, than 1. In the Qci1CongThd and GoldServiceArpThd SilverServiceArpTh CellRacThd MO, CongRelOffset 1. In the must be of smaller d. the sum must be smaller CellRacThd MO, than 1. In the NewCopperService than Qci1HoThd. the sum of MO, SilverServiceArpTh CellRacThd Offset and 2. Insum the NewCopperService d. the of Qci2HoThd CellRacThd MO, be 1. In the Offset and must NewCopperService smaller than or be the sum of must CellRacThd MO, Qci4HoThd Offset and equal to 100. NewCopperService the sumthan of must smaller or be Qci3HoThd 2. In the Offset and Qci4CongThd equal to 100.orand smaller than CellRacThd MO, Qci1HoThd CongRelOffset 2. In the equal to of 100.must be the sum smaller or must bethan smaller CellRacThd MO, 2. In the Qci2CongThd and 1. Insum the equal to 100. than Qci4HoThd. the of CellRacThd MO, CongRelOffset In the CellRacThd CellRacThd MO, 2. Insum the of NewCopperService the must be smaller MO, NewSilverServiceOf CellRacThd MO, Offset and Qci3CongThd and than Qci2HoThd. NewGoldServiceOff fset mustofbemust smaller the sum Qci3HoThd be CongRelOffset set must be smaller than or equal to NewCopperService smaller than or must beequal smaller than or NewCopperService Offset and equal to 100. to than Qci3HoThd. NewSilverServiceOf Offset. Qci4HoThd must be 3. In the fset. 2. 1. In thethan MO, smaller or CellRacThd CellRacThd equal to of 100.MO, the sum NewGoldServiceOff the sum of NewCopperService In the CellRacThd 1. Inmust the set be smaller Qci2CongThd Offset and MO, the sum ofand 1. In CellRacThd MO, than or equal to CongRelOffset Qci2HoThd must Qci1CongThd andbe CellRacThd MO, the sum of NewSilverServiceOf must be smaller smaller than or CongRelOffset 1. In the the sum of Qci3CongThd and fset. than Qci2HoThd. equal to less 100.MO, must be than CellRacThd Qci2CongThd and CongRelOffset 2. Insum the of 4. Qci1HoThd. the CongRelOffset must be smaller CellRacThd MO, Qci4CongThd and must be smaller than Qci3HoThd. the sum of CongRelOffset than 2. 1. In the Qci2CongThd and NewCopperService must be smaller CopperGbrCongPro CellRacThd MO, CongRelOffset Offset and than Qci4HoThd. portion. sum of the value of must be must be smaller In the CellRacThd Qci1HoThd 2. In the Qci3CongThd and GoldGbrCongPropo than MO, thethan value smaller orof CellRacThd MO, CongRelOffset rtion must be larger CopperGbrCongPro GoldGbrCongPropo equal to of 100. the sum must beequal smaller than or to that portion. rtion must be larger 5. In the Qci4CongThd Qci3CongThd and than of than or equalMO, to that CellRacThd CongRelOffset CopperGbrCongPro SilverGbrCongProp of NewSilverServiceOf must be smaller portion. ortion. SilverGbrCongProp fset must be smaller than 2. In the ortion. than or equal to CopperGbrCongPro CellRacThd MO, In the CellRacThd NewCopperService portion. the value of MO, Offset. 3. In the the value of SilverGbrCongProp GbrRbUsedHighTh CellRacThd MO, ortion be In the must CellRacThd d must be greater the sum of larger than or equal MO, than or equal to that Qci4CongThd and to that of GbrRbUsedHighTh of CongRelOffset CopperGbrCongPro d must be greater GbrRbUsedLowThd must be smaller portion. than .than or equal to that of CopperGbrCongPro GbrRbUsedLowThd None portion. . 4. In the CellRacThd MO, the value of SilverGbrCongProp ortion must be larger than or equal to that of

CellRfShutdown

CongRelOffset must be less than Qci3HoThd. 4. In the CellRacThd MO, the sum of Qci4CongThd and CongRelOffset must be less than Qci4HoThd. 5. In the None In the CellRacThd CellRacThd MO, MO, the value of the sum of UlRbHighThd must Qci2CongThd and In the CellRacThd be larger than that CongRelOffset MO, the value of of UlRbLowThd. must be less than DlRbHighThd must CopperGbrCongPro In the CellRacThd be larger than that portion. MO, the value of of DlRbLowThd. 6. In the UlRbHighThd must In CellRacThd CellRacThd MO, bethe larger than that MO, the value of the sum of of UlRbLowThd. DlRbHighThd Qci3CongThd must and be larger than that CongRelOffset of DlRbLowThd. must be less than None CopperGbrCongPro portion. 7. In the None CellRacThd MO, the sum of None Qci4CongThd and CongRelOffset must be less than None CopperGbrCongPro portion. None

CellRfShutdown

None

CellShutdown

None

CellShutdown

None

CellShutdown

None

00:00:00~23:59:59 00:00:00

Set the parameter based on actual service requirements. The recommended 20 values are described as follows: 5 FDD: For a cell with a 1.4 MHz 95 bandwidth, a value in the range of 0 to 560 is 95 recommended; For a cell with a 3 MHz bandwidth, a 90 value in the range of 0 to 1800 is recommended; 90 For a cell with a 5 MHz bandwidth, a value in the range of 0 to 3000 is recommended; None For a cell with a 10 MHz bandwidth, a value in the range OFF(Off) of 0 to 3000 is recommended; For a cell with a 15 00:00:00 MHz bandwidth, a value in the range 06:00:00 of 0 to 6000 is recommended; For 3 a cell with a 20 MHz bandwidth, a value in the range of 0 to 6000 is None recommended; TDD: For a TDD OFF(Off) cell, a value in the range of 0 to 6000 is recommended. 00:00:00

00:00:00~23:59:59 06:00:00

06:00:00

CellShutdown

0~100

20

20

CellShutdown

0~100

20

20

CellShutdown

0~100

20

20

CellShutdown

0~100

20

20

CellShutdown

None

CellULIcicMcPara

In the None CellShutDown MO, the sum of In the DlPrbThd and CellShutDown MO, DlPrbOffset must the sum of be less than or In the DlPrbThd and equal to 100. CellShutDown MO, DlPrbOffset must the sum of be smaller than or In the UlPrbThd and equal to 100. CellShutDown MO, UlPrbOffset must the sum of be less than or UlPrbThd and equal to 100. UlPrbOffset must be less than or None equal to 100.

5120ms

CellULIcicMcPara

None

8

CellULIcicMcPara

None

0~50

20

1~15

5

10~100

95

10~100

95

10~100

90

10~100

90

0~9000

3000

0~11

None

OFF, ON

OFF(Off)

00:00:00~23:59:59 00:00:00 00:00:00~23:59:59 06:00:00 0~7

3

0~11

None

OFF, ON

OFF(Off)

0~11 None 120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 1~8 8

CellRacThd CellRacThd CellRacThd CellRacThd CellRacThd CellRacThd CellRacThd CellRfShutdown CellRfShutdown CellRfShutdown


Infinity(Infinity)

Infinity(Infinity)

CellULIcicMcPara

None

SAME_AS_TRIG_ QUAN, BOTH



CellULIcicMcPara

None

RSRP, RSRQ

RSRP

RSRP

CellULIcicMcPara

None

4

4

CellULIcicMcPara

None

640ms

640ms

CellULIcicMcPara

None

-10

-10

CellULIcicMcPara

None

None

None

CellUlschAlgo

None

ULSCH_STRATEG Y_EPF(EPF) ADAPTIVE_HARQ_ SW_SEMI_ON(Se miOn)

ULSCH_STRATEG CellUlschAlgo Y_EPF(EPF) ADAPTIVE_HARQ_ SW_SEMI_ON(Se CellUlschAlgo miOn)

10

10

CellUlschAlgo

None

0~1, step:0.01

50

50

CellUlschAlgo

None

1~10

5

5

CellUlschAlgo

None

45~1500 HOPPING_OFF, HOPPING_TYPE1, HOPPING_TYPE2, HOPPING_TYPE2_ RANDOM 0~100

80

80

CellUlschAlgo

0~11 RachAdjSwitch, HoRaSwitch, UnsyncRaSwitch, MaksIdxSwitch, BackOffSwitch SrsSubframeRecfS witch

None RachAdjSwitch:Off, HoRaSwitch:On, UnsyncRaSwitch:O n, MaksIdxSwitch:Off, SrsSubframeRecfS BackOffSwitch:Off witch:On

0ms, 40ms, 64ms, 0~15, step:0.5 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, -15~15, step:0.5 5120ms ULSCH_STRATEG 0~11 Y_EPF, ULSCH_STRATEG Y_MAX_CI, ADAPTIVE_HARQ_ ULSCH_STRATEG SW_ON, Y_PF, ADAPTIVE_HARQ_ ULSCH_STRATEG SW_OFF, Y_RR ADAPTIVE_HARQ_ 0.01~0.99, SW_SEMI_ON step:0.01

HOPPING_OFF(Ho HOPPING_OFF(Ho CellUlschAlgo pping off) pping off) 0

0

CellUlschAlgo

None None

If UlIcicFreqSwitch None is set to ON, UlHoppingCfg does not take effect. In this case, the value of UlHoppingCfg is HOPPING_OFF by None default.

None RachAdjSwitch:Off HoRaSwitch:On UnsyncRaSwitch:O n In ultra-high-speed MaksIdxSwitch:Off scenarios, the SrsSubframeRecfS BackOffSwitch:Off recommended witch:On value of PucchSwitch is PucchSwitch:On OFF. In other scenarios, recommended AqmAlgoSwitch:Off the AqmAlgoSwitch:Off value of CqiAdjAlgoSwitch:O CqiAdjAlgoSwitch:O PucchSwitch is ON. n, n StepVarySwitch:Off StepVarySwitch:Off

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

OFF, ON

OFF(Off)

OFF(Off)

CellAlgoSwitch

None

DynAdjVoltSwitch

Dynamic Adjust Voltage Switch:Off

Dynamic Adjust Voltage Switch:Off

CellAlgoSwitch

None

PucchSwitch AqmAlgoSwitch CqiAdjAlgoSwitch, StepVarySwitch

UL_SWITCH, LCEM_RAC_ALG_ DL_PREDICT_SWI TCH, LCEM_RAC_ALG_ UL_PREDICT_SWI TCH, LCEM_RAC_ALG_ IntraFreqActiveMlb GBR_USAGE_SWI Switch, TCH, InterFreqMlbSwitch, LCEM_RAC_ALG_ UtranMlbSwitch, DL_LDC_SWITCH, GeranMlbSwitch, CloseLoopSpsSwitc PdschSpsPcSwitch, LCEM_RAC_ALG_ CdmaMlbSwitch, h, PhichInnerLoopPcS UL_LDC_SWITCH, IntraFreqIdleMlbSwi InnerLoopPuschSwi witch, LCEM_LDC_ALG_ tch tch, PdcchPcSwitch REL_DRB_SWITC PhSinrTarUpdateS H, witch, LCEM_RAC_ALG_ InnerLoopPucchSwi PREEMPTION_SW tch, BfSwitch ITCH OiSinrTarUpdateSw itch FreqSelSwitch, SpsSchSwitch, ServiceDiffSwitch SinrAdjustSwitch, PreAllocationSwitch , UlVmimoSwitch, TtiBundlingSwitch, Im2IcSwitch OFF, ON FreqPriorIFHOSwitc h, FreqPriorIFBlindHO Switch 0~11

dlCacSwitch:Off, ulCacSwitch:Off, dlCacPredictSwitch: Off, ulCacPredictSwitch: IntraFreqActiveMlb Off, Switch:Off, GbrUsedPRbCheck InterFreqMlbSwitch: Switch:Off, Off, dlLdcSwitch:Off, UtranMlbSwitch:Off, ulLdcSwitch:Off, GeranMlbSwitch:Off PdschSpsPcSwitch: CloseLoopSpsSwitc ,LdcDrbRelSwitch:O Off, ff, h:Off, CdmaMlbSwitch:Off PhichInnerLoopPcS InnerLoopPuschSwi ,PreemptionSwitch: witch:Off, Off tch:On, IntraFreqIdleMlbSwi PdcchPcSwitch:Off PhSinrTarUpdateS tch:Off witch:Off, InnerLoopPucchSwi tch:On, BfSwitch:Off OiSinrTarUpdateSw FreqSelSwitch:Off, itch:Off SpsSchSwitch:Off, ServiceDiffSwitch:O SinrAdjustSwitch:O ff n, PreAllocationSwitch :On, UlVmimoSwitch:Off, TtiBundlingSwitch: OFF(Off) Off, Im2IcSwitch:Off FreqPriorIFHOSwitc h:Off, FreqPriorIFBlindHO Switch:On None

MODE1, MODE2, MODE3

MODE1(DL band division scheme No.1)

0~11

None

-15~15, step:0.1

-30

It is recommended that dlCacSwitch:Off InterFreqMlbSwitch ulCacSwitch:Off be set to OFF when dlCacPredictSwitch: the Off cell load is light in an early stage of ulCacPredictSwitch: network Off deployment (that is, GbrUsedPRbCheck the average Switch:Off cell load is lower than dlLdcSwitch:Off 50%) and there is ulLdcSwitch:Off no obvious PdschSpsPcSwitch: LdcDrbRelSwitch:O CloseLoopSpsSwitc imbalance in the Off ff h:Off cell loads (that is, PhichInnerLoopPcS PreemptionSwitch: InnerLoopPuschSwi the witch:Off Off load difference tch:On between cells is PdcchPcSwitch:Off PhSinrTarUpdateS lower than witch:Off the related threshold). InnerLoopPucchSwi It is recommended tch:On BfSwitch:Off that OiSinrTarUpdateSw SpsSchSwitch:Off InterFreqMlbSwitch FreqSelSwitch:Off itch: Off SinrAdjustSwitch:O be set to ON when ServiceDiffSwitch:O n the cell load is ff PreAllocationSwitch heavy (that is, the :On average load in the UlVmimoSwitch:Off cell exceeds TtiBundlingSwitch: InterFreqMlbThd) OFF(Off) Off and there is an FreqPriorIFHOSwitc Im2IcSwitch:Off imbalance in the It is loads recommended h:Off cell (that is, that eachdifference FreqPriorIFBlindHO the load neighboring cell Switch:On between cells uses a unique band None exceeds the related division scheme. If threshold). this requirement It is recommended cannot be met, let that the neighboring UtranMlbSwitch, cells that have GeranMlbSwitch None weakest mutual and interference use the CdmaMlbSwitch be same band division -30set to OFF when all scheme. the cell load is light

in an early stage of None network deployment (that is, the average cell PA_NEG6(-6) PA_NEG6(-6) load is lower than 70%). PA_NEG1DOT77(- PA_NEG1DOT77(It is recommended 1.77) 1.77) that UtranMlbSwitch, None None GeranMlbSwitch and CdmaMlbSwitch be -15~15, step:0.1 0 0 all set to ON when the cell load is DLSCH_PRI_TYPE heavy 0~11 None None (for example, _EPF, the average cell DLSCH_PRI_TYPE load exceeds _PF, DLSCH_PRI_TYPE DLSCH_PRI_TYPE InterRatMlbThd). DLSCH_PRI_TYPE _EPF(EPF) _EPF(EPF) _MAX_CI, DLSCH_PRI_TYPE 0~100 0 0 _RR 0~11 PA_NEG6, PA_NEG4DOT77, PA_NEG3, PA_NEG6, PA_NEG1DOT77, PA_NEG4DOT77, PA_0, PA_1, PA_2, PA_NEG3, PA_3 PA_NEG1DOT77, PA_0, PA_1, PA_2, PA_3 0~11

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellAlgoSwitch

None

CellDlIcic

None

CellDlIcic

None

CellDlpcPdcch

None

CellDlpcPdcch

None

CellDlpcPdsch

None

CellDlpcPdsch

None

CellDlpcPdsch

None

CellDlpcPhich

None

CellDlpcPhich

None

CellDlschAlgo

None

CellDlschAlgo

None

CellDlschAlgo

None

0~1, step:0.01

1

1

CellDlschAlgo

None

0~1, step:0.01

10

10

CellDlschAlgo

None

0~11

None

None

CellMLB

1~100

60

60

CellMLB

1~100

60

60

CellMLB

75

75

CellMLB

LOAD_EXCHANGE 1~100 _PERIOD_1S, LOAD_EXCHANGE _PERIOD_2S, LOAD_EXCHANGE _PERIOD_5S, LOAD_EXCHANGE 1~50 _PERIOD_10S

In FDD mode, the LOAD_EXCHANGE LOAD_EXCHANGE _PERIOD_5S(5s) recommended _PERIOD_5S(5s) value is 0 for bandwidths of 1.4 8 8 MHz and 3 MHz, 10 for the bandwidth of 1~50 15 15 5 and 20 for InMHz, non-ultra-highbandwidths of 10 speed scenarios, MHz, MHz, for an 15 FDD cell,and the 0~11 None None 20 MHz. recommended In TDDis mode, value OFF if the the recommended cell bandwidth is OFF, ON OFF(Off) OFF(Off) value is 0orfor 1.4 MHz 3 MHz, bandwidths of 1.4 and the 1~4 3 3 MHz and 3 MHz, 5 recommended for theisbandwidth value ON for of 5 MHz, and 10 for other cell OFF, ON ON(On) bandwidths bandwidths.of 10 MHz, 15 MHz, and In non-ultra-high20 MHz. speed 0~11 None None scenarios, It is recommended recommended the that valuethe is default OFF for a 0~50 10 value of the TDD cell. parameter be In ultra-high-speed retained. scenarios,If the 0~11 None None adjustments are recommended mandatory, value is OFFavoid for setting this each cell. 00:00:00~23:59:59 00:00:00 00:00:00 parameter to an excessively large value as it may lead 00:00:00~23:59:59 00:00:00 00:00:00 to incorrect decisions on the It is recommended 0~72 0 0 load each status of SRI that resources. cell neighboring A value less than or uses a unique band 0~11 None None equal to scheme. 20 is division If recommended MODE1(UL band this requirementif the MODE1, MODE2, cell bandwidth division scheme cannot be met,islet MODE3 below 10 MHz. A No.1) the neighboring value lesshave than or cells that 0~11 None None to 40 equal is weakest mutual recommended if the interference use another cell same band division 0~9 4 4 bandwidth is used. scheme.

CellPdcchAlgo

None In the CellMLB MO, the sum of IntraFreqMlbThd In the CellMLB MO, and LoadOffset the sum must be of less than InterFreqMlbThd 100. 1. In the CellMLB and LoadOffset In the CellMLB MO, the sum ofMO, must be of less than the sum IntraFreqMlbThd 100. InterRatMlbThd and LoadOffset and LoadOffset must be lessmust thanbe less than 100. 100. None 2. In the CellMLB MO, the sum of InterFreqMlbThd and LoadOffset must be less than None 100. 3. In the CellMLB MO, Nonethe sum of InterRatMlbThd and LoadOffset must be less Nonethan 100.

CellPdcchAlgo

None

CellPdcchAlgo

None

CellPucchAlgo

CellSimuLoad

None In the CellNoAccessAlmP ara MO, if None In the NoAccessStartDete CellNoAccessAlmP ctTime is different ara MO, if from None NoAccessStartDete In the NoAccessStopDete ctTime CellNoAccessAlmP ctTime,is different from ara MO, if NoAccessDetectTi NoAccessStopDete NoAccessStartDete mer must be ctTime, ctTime different smalleristhan the NoAccessDetectTi from time difference mer must be NoAccessStopDete between smaller than the ctTime, NoAccessStartDete time difference NoAccessDetectTi ctTime and between mer must be less NoAccessStopDete NoAccessStartDete than ctTime. Nonethe time ctTime andbetween difference NoAccessStopDete NoAccessStartDete ctTime. None and ctTime NoAccessStopDete ctTime. None

CellSimuLoad

None

CellMLB CellMLB CellMLB CellPdcchAlgo

CellPucchAlgo CellNoAccessAlmP ara CellNoAccessAlmP ara CellNoAccessAlmP ara CellNoAccessAlmP ara CellUlIcic CellUlIcic

TM1, TM2, TM7, TM8

TM2(TM2)

TM2(TM2)

CellSimuLoad

None

0~100

None

None

CellSimuLoad

None

0~100

None

None

CellSimuLoad

None

0~100, step:0.01

None

None

CellSimuLoad

None

0~100, step:0.01

None

None

CellSimuLoad

None

0~1200

None

None

CellSimuLoad

None

0~1200

None

None

CellSimuLoad

None

None

None

BcchCfg

None

MOD_PERIOD_CO MOD_PERIOD_CO BcchCfg EFF_N4(4) EFF_N4(4)

None

None

MOD_PERIOD_CO 0~11 EFF_N2, MOD_PERIOD_CO EFF_N4, MOD_PERIOD_CO EFF_N8, MOD_PERIOD_CO 0~11 EFF_N16 -15.875~15.875, step:0.005

-600

-15.875~15.875, step:0.005

-600

-15.875~15.875, step:0.005

0

-15.875~15.875, step:0.005

-600

-15.875~15.875, step:0.005

0

Nonein normal -600 scenarios and peak rate tests, or 0 in -600 in normal the tests on the scenarios maximum and cell peak rate tests, or 0 in radius. the tests on the maximum cell radius. 0 -600 in normal scenarios and peak rate tests, or 0 in the tests on the maximum cell radius. 0

-15.875~15.875, step:0.005

0

0

CellChPwrCfg

None

-15.875~15.875, step:0.005

0

0

CellChPwrCfg

None

0~11

None

None

PDSCHCfg

None

-60~50, step:0.1

182

None

PDSCHCfg

None

0~3

1

Single-antenna: 0; double-antenna: 1

PDSCHCfg

None

None

None

RACHCfg

None

DB2_PWR_RAMPI DB2_PWR_RAMPI RACHCfg NG_STEP(2dB) NG_STEP(2dB)

None

DBM_104(104dBm)

DBM_104(104dBm)

RACHCfg

None

None

None

SRSCfg

None

SC3(3)

SC3(3)

SRSCfg

None

DBM_120, DB0_PWR_RAMPI DBM_118, 0~11 NG_STEP, DBM_116, DB2_PWR_RAMPI DBM_114, NG_STEP, DBM_112, DB4_PWR_RAMPI DBM_110, NG_STEP, DBM_108, DB6_PWR_RAMPI DBM_106, NG_STEP DBM_104, DBM_102, 0~11 SC0, SC1, SC2, DBM_100, SC3, SC4,DBM_96, SC5, DBM_98, SC6, SC7,DBM_92, SC8, DBM_94, SC9, SC10, SC11, DBM_90 SC12, SC13, SC14

CellChPwrCfg

None

CellChPwrCfg

None

CellChPwrCfg

None

CellChPwrCfg

None

CellChPwrCfg

None

CellChPwrCfg

None

BOOLEAN_FALSE, BOOLEAN_TRUE( BOOLEAN_TRUE True) 0~11

None

NORMAL, EXTENDED

NORMAL

ONE_SIXTH, HALF, ONE ONE, TWO 0~11

None

FOURT, rf32, rf64,TWOT, rf128, ONET, rf256 HALFT, QUARTERT, ONE_EIGHTT, ONE_SIXTEENTHT , ONE_THIRTY_SEC 0~11 ONDT

rf128(128 radio frames)

1~4 INTER_SUB_FRA ME, INTRA_AND_INTE R_SUB_FRAME 0~98

4

ONET None

INTER_SUB_FRA ME(Inter) 22

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_TRUE False) 0~29

0

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_TRUE False) 0~7

0

BOOLEAN_FALSE, BOOLEAN_TRUE( BOOLEAN_TRUE True) 0~11 DS2_DELTA_SHIFT , DS3_DELTA_SHIF T 6~16 characters

None

000~999

None

00~99,000~999

None

0~11

None

6~16 characters

None

DS2_DELTA_SHIF T(ds2) None

follows: 0, 0, 7, 12, 17, 20, in ascending order of channel bandwidth; In TDD mode, if SubframeAssignme nt is set to SA1, the normal CP is used, BOOLEAN_TRUE( and DeltaShift is set True) If toUlHoppingType and HoppingMode DS2_DELTA_SHIFT None are to , theset recommended HOPPING_TYPE2 values of this and parameter NORMAL are as INTER_SUB_FRA follows: 0, 0, 6, 11, ME, respectively, 15, 17, in the ONErecommended ascending order of value of this channel bandwidth; parameter is 4.if In TDD mode, None If UlHoppingType SubframeAssignme and nt is HoppingMode set to SA1, the rf128(128 are set CP to radio normal is used, frames) HOPPING_TYPE2 and DeltaShift is set and to INTRA_AND_INTE ONET DS3_DELTA_SHIFT R_SUB_FRAME, , the recommended respectively, values of thisthe None recommended parameter are as value of 0, this follows: 0, 8, 15, parameter 21, 24, in is 1. If UlHoppingType ascending order of and HoppingMode channel bandwidth; INTER_SUB_FRA are set to In TDD mode, if ME(Inter) HOPPING_TYPE2_ SubframeAssignme RANDOM nt is set to and SA1, the INTER_SUB_FRA extended CP is ME, used,respectively, and the recommended BOOLEAN_FALSE( DeltaShift is set to value of this False) DS3_DELTA_SHIFT parameter is 4. , the recommended If UlHoppingType 0 values of this and HoppingMode parameter are as are set follows:to 0, 0, 8, 15, BOOLEAN_FALSE( HOPPING_TYPE2_ 22, 26, in False) RANDOM ascending and order of INTRA_AND_INTE channel bandwidth; 0 No recommended R_SUB_FRAME, In TDDThe mode, if value. value respectively, the SubframeAssignme should be set recommended nt is setontothe SA2, the based value ofCP thisis used, normal 64QAM capability parameter is 4.is set and DeltaShift of the UE. None to DS2_DELTA_SHIFT DS2_DELTA_SHIF , the recommended T(ds2) values of this parameter are as None 0, 0, 9, 15, follows: 21, 25, in ascending order of None channel bandwidth; In TDD mode, if SubframeAssignme None nt is set to SA2, the normal CP is used, NoneDeltaShift is set and to DS3_DELTA_SHIFT None , the recommended values of this parameter are as follows: 0, 0, 10, 16, 22, 26, in ascending order of channel bandwidth; In TDD mode, if

SRSCfg

None

PHICHCfg

None

PHICHCfg

None

PHICHCfg

None

PCCHCfg

None

PCCHCfg

None

PCCHCfg

None

PUSCHCfg

None

PUSCHCfg

None

PUSCHCfg

PUSCHCfg

None The value of this parameter must be smaller than or equal to the cell bandwidth. None

PUSCHCfg

None

PUSCHCfg

None

PUSCHCfg

None

PUSCHCfg

None

PUCCHCfg

None

PUCCHCfg

None CellGlobalId in the Cdma2000External CellPlmn must ShareMccMO in the be numeric. Cdma2000External CellPlmn MO ShareMnc the consists of in digits Cdma2000External only. CellPlmn MO consists of digits only. None CellGlobalId in the Cdma2000HrpdNce ll MO consists of 16 decimal digits.

PUSCHCfg

Cdma2000External CellPlmn Cdma2000External CellPlmn Cdma2000External CellPlmn Cdma2000HrpdNce ll Cdma2000HrpdNce ll

PERMIT_HO_ENU M, FORBID_HO_ENU PERMIT_RMV_EN M UM, FORBID_RMV_EN UM 0~32

In the PERMIT_HO_ENU PERMIT_HO_ENU Cdma2000HrpdNce Cdma2000HrpdNce None M(Permit Ho) M(Permit Ho) ll ll MO, the value of The In the LocalCellName is a PERMIT_RMV_EN PERMIT_RMV_EN Cdma2000HrpdNce Cdma2000HrpdNce None of a string UM(Permit Rmv) UM(Permit Rmv) ll MOs the associated llmaximum MO, value of 99 of with the same NeighbourCellNam characters. Thelocal Cdma2000HrpdNce 0 0 cell must each e is a string ahave string cannotofbe all ll a unique value of maximum of 99 null characters or BlindHoPriority if BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Cdma2000HrpdNce characters. contain any The of the None the value is nonstring cannot be all BOOLEAN_TRUE False) False) ll following zero. null characters or characters: double Cdma2000HrpdNce contain any of the 0~99 characters NULL None quotation marks ("), ll following commas (,), characters: double (;), Cdma2000HrpdNce semicolons A maximum of 16 0~99 characters NULL None quotation marks equal signs (=), ("), ll Cdma2000Nfreq commas (,), single quotation MOs with the same semicolons (;), marks ('), three A maximum of 16 0~11 None None Cdma2000Nfreq combination of bc0, bc1, bc2, bc3, equal signs (=), consecutive plus Cdma2000Nfreq LocalCellId and bc4, bc5, bc6, bc7, single quotation signs (+++), two or MOs with the same BandClass can be bc8, bc9, bc10, marks ('), three more consecutive None None Cdma2000Nfreq combination of configured. bc11, bc12, bc13, consecutive plusor blanks, and and two LocalCellId bc14, bc15, bc16, signs (+++), twobe or more consecutive BandClass can bc17 more consecutive 0~2047 None None Cdma2000Nfreq None percentage signs configured. blanks, and two or (%). more consecutive -15~15 0 0 Cdma2000Nfreq None percentage signs (%). NOT_CFG(Not NOT_CFG(Not 1. NOT_CFG, CFG Cdma2000Nfreq None If Mcc in the configure) configure) EutranExternalCell SearchWindowSize Plmn MO consists CfgInd is set 1. Mnc inonly. the to 0~15 None None Cdma2000Nfreq of digits CFG, EutranExternalCell 2. In the SearchWindowSize MO consists EutranExternalCell Plmn EutranExternalCell must be only. set. 000~999 None None of digits Plmn Plmn MO, the 2. In the combination of Mnc EutranExternalCell EutranExternalCell and Mcc must be 00~99,000~999 None None Plmn Plmn MO, the that of different from combination of Mnc and EutranExternalCell ShareMnc and Mcc must 1. ShareMcc the 0~1048575 None None None ShareMcc. inbe Plmn different from that of EutranExternalCell ShareMnc and MO consists EutranExternalCell Plmn 1. ShareMnc in the 0~255 None None None ShareMcc. of digits only. Plmn EutranExternalCell 2. In the MO consists EutranExternalCell Plmn EutranExternalCell 000~999 None None of digits only. Plmn Plmn MO, the 2. In the combination of Mnc EutranExternalCell EutranExternalCell and Mcc must be 00~99,000~999 None None Plmn Plmn MO, the that of different from combination of Mnc and GeranExternalCellP ShareMnc and Mcc 1. Mcc in must the be 0~65535 None None None ShareMcc. lmn different from that of GeranExternalCellP ShareMnc and of MO consists GeranExternalCellP lmn 1. Mnconly. in the 1~65533,65535 None None None ShareMcc. digits lmn GeranExternalCellP 2. In the MO consists of GeranExternalCellP lmn GeranExternalCellP 1. ShareMcc in the 000~999 None None digits only. lmn lmn MO, the GeranExternalCellP 2. In the combination of Mnc MO consists of GeranExternalCellP lmn GeranExternalCellP and Mcc must be 00~99,000~999 None None digits only. lmn lmn MO, the different of 2. In the fromofthat combination Mnc ShareMnc and GeranExternalCellP GeranExternalCellP and Mcc must be 000~999 None None ShareMcc. lmn lmn MO, from the that of different combination of Mnc ShareMnc and and Mcc must be ShareMcc. different from that of ShareMnc and ShareMcc.

00~99,000~999

None

None

GeranExternalCellP lmn

0~268435455

None

None

UtranExternalCellPl mn

000~999

None

None


00~99,000~999

None

None


000~999

None

None


00~99,000~999

None

None


6~16 characters bc0, bc1, bc2, bc3, None bc4, bc5, bc6, bc7, bc8, bc9, bc10, None bc11, bc12, bc13, bc14, bc15, bc16, bc17 0~2047 None

None

Cdma2000External Cell

None


None


0~511

None


None

CDMA2000_HRPD, CDMA2000_HRPD( CDMA2000_HRPD( Cdma2000External CDMA2000_1XRTT CDMA2000_HRPD) CDMA2000_HRPD) Cell 000~999

None

None


00~99,000~999

None

None


0~99 characters

NULL

None


0~11

None

None

Cdma20001XRTTN cell

6~16 characters PERMIT_HO_ENU M, FORBID_HO_ENU PERMIT_RMV_EN M UM, FORBID_RMV_EN UM 0~32

None

None

Cdma20001XRTTN cell

PERMIT_HO_ENU PERMIT_HO_ENU Cdma20001XRTTN M(Permit Ho) M(Permit Ho) cell PERMIT_RMV_EN PERMIT_RMV_EN Cdma20001XRTTN UM(Permit Rmv) UM(Permit Rmv) cell 0

0

Cdma20001XRTTN cell

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Cdma20001XRTTN BOOLEAN_TRUE False) False) cell 0~99 characters

NULL

None

Cdma20001XRTTN cell

0~99 characters

NULL

None

Cdma20001XRTTN cell

0~11

None

None

Cdma2000BandCla ss

1. ShareMnc in the GeranExternalCellP lmn MO consists of digits only. 2. In the GeranExternalCellP 1. Mcc in the lmn MO, the UtranExternalCellPl combination of Mnc mn MO consists of and Mcc must be 1. Mnc in the None digits only. different UtranExternalCellPl 2. In the from that of ShareMnc and of mn MO consists UtranExternalCellPl 1. ShareMcc in the ShareMcc. digits only. mn MO, the UtranExternalCellPl 2. In the combination of Mnc 1. InMO theconsists mn of UtranExternalCellPl and Mcc must 1. ShareMnc inbe the Cdma2000External digits only. mn MO, the different of UtranExternalCellPl Cell 2. In MO, the fromofthat combination Mnc ShareMnc and mn MO consists of CellGlobalId UtranExternalCellPl and Mcc must be ShareMcc. digits only. consists of 16 mn MO, the different from that of 2. In the decimal digitsofifMnc combination ShareMnc and UtranExternalCellPl Cdma2000Type and Mcc must beis ShareMcc. mn MO, the set to different from that of combination of Mnc CDMA2000_HRPD. ShareMnc and and Mcc must be 2. In the ShareMcc. different from that of Cdma2000External ShareMnc Cell MO, and None ShareMcc. CellGlobalId consists of 6 decimal None digits if Cdma2000Type is In setthe to Cdma2000External CDMA2000_1XRTT None Cell MO, the value . of CellName is a None of a string maximum Mcc in the of 99 characters. The Cdma2000External string cannot be all Cell MO consists of Mnc inonly. the null or digitscharacters Cdma2000External contain any of the Cell MO consists of following digits only. double characters: quotation marks ("), commas (,), semicolons (;), None equal signs (=), CellGlobalId in the single quotation Cdma20001XRTTN marks ('), three cell MO consists consecutive plus of In the (+++), two or 6 digits. signs Cdma20001XRTTN more None consecutive cell MO,and the two value In the blanks, or The of LocalCellName is Cdma20001XRTTN more consecutive Cdma2000HrpdNce None a string a signs cell MO,ofthe value percentage llmaximum MOs associated of 99 of (%). with the same characters. Thelocal NeighbourCellNam cell must each have string cannotofbe e is a string a all a unique value of null characters maximum of 99or BlindHoPriority if contain any The of the characters. None the value is nonfollowing string cannot be all zero. characters: double null characters or quotation marks ("), contain any of the commas (,), following semicolons double (;), characters: equal signs (=), ("), quotation marks single quotation commas (,), marks semicolons (;), None ('), three consecutive plus equal signs (=), signs (+++), two or single quotation more marksconsecutive ('), three blanks, and two consecutive plusor more consecutive signs (+++), two or percentage signs more consecutive (%). blanks, and two or more consecutive

bc0, bc1, bc2, bc3, bc4, bc5, bc6, bc7, bc8, bc9, bc10, None bc11, bc12, bc13, bc14, bc15, bc16, bc17 0~7 1

None

0~63

22

22

0~63

22

22

000~999

None

None

00~99,000~999

None

None

0~65535

None

None

Cdma2000BandCla In the None ss Cdma2000BandCla ss MO, Cdma2000BandCla In the ThreshXHigh must ss Cdma2000BandCla be less than or ss MO, Cdma2000BandCla equal to ThreshXHigh ThreshXLow. must ss be than or Mccless in the equal to GeranExternalCell GeranExternalCell ThreshXLow. MO consists of Mnc the digitsinonly. GeranExternalCell GeranExternalCell MO consists of digits only. GeranExternalCell None

1~65533,65535

None

None

GeranExternalCell

NOT_CFG, CFG



GeranExternalCell

0~255

None

None

GeranExternalCell

If RacCfgInd is set None to CFG, Rac must be set. If RacCfgInd is set to NOT_CFG, Rac does not need to be None set.


None

None

GeranExternalCell

None

0~1023

None

None

GeranExternalCell

0~7

None

None

GeranExternalCell

0~7

None

None

GeranExternalCell

1

Cdma2000BandCla None ss

DTM_AVAILABLE, DTM_NOT_AVAILA DTM_NOT_AVAILA GeranExternalCell DTM_NOT_AVAILA BLE BLE BLE

In the None GeranExternalCell MO, the value of CellName is a string None of a maximum of 99 characters. The string None cannot be all null characters or contain any of the None following characters: double quotation marks ("), commas (,), semicolons (;), equal None signs (=), single Mcc inquotation the marks ('), three GeranNcell MO consecutive plus consists of digits signs (+++), two or Mnc in the only. more consecutive GeranNcell MO blanks, and two or consists of digits more consecutive only. percentage signs None (%).

0~99 characters

NULL

None

GeranExternalCell

0~11

None

None

GeranNcell

000~999

None

None

GeranNcell

00~99,000~999

None

None

GeranNcell

1~65533,65535

None

None

GeranNcell

0~65535 PERMIT_RMV_EN UM, FORBID_RMV_EN PERMIT_HO_ENU UM M, FORBID_HO_ENU M

None

None

GeranNcell

None

PERMIT_RMV_EN PERMIT_RMV_EN GeranNcell UM(Permit Rmv) UM(Permit Rmv)

None

PERMIT_HO_ENU None M(Permit Ho)

None

GeranNcell

0~32

0

0

GeranNcell

BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( GeranNcell BOOLEAN_TRUE False) False)

In the GeranNcell MO, the value of LocalCellName is a In the of GeranNcell string a In all GeranNcell MO, the maximumvalue of 99of MOs of a local NeighbourCellNam characters. Thecell, BlindHoPriority e is a string a all string cannotofbe must have a unique maximum of 99 null characters or value if itany is The noncharacters. contain of the zero. string cannot be all None following null characters or characters: double contain any of the quotation marks ("), following commas (,), characters: semicolons double (;), quotation marks equal signs (=), ("), commas (,), single quotation semicolons (;), marks ('), three equal signs None consecutive (=), plus single quotation signs (+++), two or marks ('), three more consecutive None consecutive plusor blanks, and two signs (+++), two or more consecutive more consecutive percentage signs None blanks, and two or (%). more consecutive percentage signs None (%).

0~99 characters

NULL

None

GeranNcell

0~99 characters

NULL

None

GeranNcell

0~11

None

None

GeranNfreqGroup

0~31

None

None

GeranNfreqGroup

GSM, GPRS, EDGE

None

None

GeranNfreqGroup

0~1023

None

None

GeranNfreqGroup


None

None

GeranNfreqGroup

None

NOT_CFG, CFG



GeranNfreqGroup

0~7

1

1

GeranNfreqGroup

NOT_CFG, CFG



GeranNfreqGroup

0~39

None

None

GeranNfreqGroup

-115~-25, step:2

5

5

GeranNfreqGroup

0~62, step:2

7

7

GeranNfreqGroup

0~62, step:2

7

7

GeranNfreqGroup

-15~15

0

0

GeranNfreqGroup

None If If CellReselPriorityCfg PmaxGeranCfgInd Ind is to setCFG, to CFG, is set If CellReselPriority PmaxGeran must PmaxGeranCfgInd must be set. be set. is If set to CFG, PmaxGeran must PmaxGeranCfgInd be set. is set to NOT_CFG, If PmaxGeran does PmaxGeranCfgInd not need to be set. is set None In the to NOT_CFG, PmaxGeran does GeranNfreqGroup not need to be set. MO, ThreshXHigh In the must be less than GeranNfreqGroup or equal to MO, ThreshXHigh ThreshXLow. must be less than or equal to ThreshXLow. None

0~255

255

255

GeranNfreqGroup

None

0~11

None

None

GeranNfreqGroupA None rfcn

0~31

None

None


0~1023

None

None


0~11

None

None

IntraFreqBlkCell

0~503

None

None

IntraFreqBlkCell

Nonevalue of this The parameter must be different from the physical cell identifier of the serving cell.

EutranIntraFreqNC None ell Mcc in the EutranIntraFreqNC EutranIntraFreqNC 000~999 None None ell ell MO consists of Mnc the digitsinonly. EutranIntraFreqNC EutranIntraFreqNC 00~99,000~999 None None ell ell MO consists of digits only. EutranIntraFreqNC The smaller the 0~1048575 None None dB-24, dB-22, dB- None value of this ell 20, dB-18, dB-16, parameter, the less EutranIntraFreqNC probable that the dB-14, dB-12, dB0~255 None None None dB-24, dB-22, ell 10, dB-8, dB-6,dBdBUE camps on the 20, dB-18, dB-16, 5, dB-4, dB-3, dB-2, neighboring cell EutranIntraFreqNC dB-14, dB-12, dB- dB0(0dB) dB0(0dB) dB-1, dB0, dB1, during reselection. ell 10, dB2,dB-8, dB3,dB-6, dB4, dBThe larger the value In the 5, dB-4, dB-3, dB5, dB6, dB8,dB-2, of this parameter, EutranIntraFreqNC EutranIntraFreqNC dB0(0dB) None dB-1, dB1, dB10, dB0, dB12, dB14, dB0(0dB) the more probable ell ell MO, the value of dB2, dB4, PERMIT_HO_ENU dB16,dB3, dB18, dB20, that the UE camps In the LocalCellName is a dB5, dB8, M, PERMIT_HO_ENU PERMIT_HO_ENU EutranIntraFreqNC EutranIntraFreqNC dB22,dB6, dB24 on the neighboring None string of a dB10, dB12, dB14, M(Permit Ho) FORBID_HO_ENU M(Permit Ho) ell cell. ell MO, theofvalue maximum 99 of PERMIT_RMV_EN dB16, dB18, dB20, M NeighbourCellNam characters. The UM, PERMIT_RMV_EN PERMIT_RMV_EN EutranIntraFreqNC dB22, dB24 None e is a string a all string cannotofbe FORBID_RMV_EN UM(Permit Rmv) UM(Permit Rmv) ell maximum of 99 null characters or UM BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( EutranIntraFreqNC characters. contain any The of the None string cannot be all BOOLEAN_TRUE False) False) ell following null characters or characters: double EutranIntraFreqNC contain any of the 0~99 characters NULL None quotation marks ("), ell following commas (,), characters: double EutranIntraFreqNC semicolons (;), 0~99 characters NULL None quotation marks equal signs (=), ("), ell commas (,), single quotation semicolons (;), marks ('), three 0~11 None None EutranInterNFreq None equal signs consecutive (=), plus DlEarfcn in the single quotation signs (+++), two or 1. The ('), DL three 0~39649,65336~65 EutranInterNFreq marks more consecutive None None EutranInterNFreq frequency and UL 535 MO must be a valid consecutive plus blanks, andmust two or frequency be frequency. signs (+++), two or more consecutive NOT_CFG(Not NOT_CFG(Not in the consecutive same more NOT_CFG, CFG EutranInterNFreq None percentage signs configure) configure) frequency blanks, andband. two or (%). If UlEarfcnCfgInd more consecutive is 18000~39649,6533 None None EutranInterNFreq set to CFG, signs percentage 6~65535 UlEarfcn must be (%). set. NOT_CFG(Not NOT_CFG(Not NOT_CFG, CFG EutranInterNFreq None 2. configure) configure) If UlEarfcn in the EutranInterNFreq CellReselPriorityCfg MO beCFG, a valid 0~7 1 1 EutranInterNFreq Ind ismust set to frequency. CellReselPriority 0~11

None

None

0~7

1

1

EutranInterNFreq



EutranInterNFreq

None

None

EutranInterNFreq

None

None

EutranInterNFreq

None

None

EutranInterNFreq

NOT_CFG, CFG 0DOT25_ENUM, 0DOT5_ENUM, 0DOT75_ENUM, 0DOT25_ENUM, 1DOT0_ENUM 0DOT5_ENUM, 0DOT75_ENUM, 1DOT0_ENUM MBW6, MBW15, MBW25, MBW50, MBW75, MBW100

must be set. None None If SpeedDependSPCf gInd is set to CFG, If TReselEutranSfMe SpeedDependSPCf dium must be set. gInd is set to CFG, TReselEutranSfHig h must be set. None

dB-24, dB-22, dB20, dB-18, dB-16, dB-14, dB-12, dB10, dB-8, dB-6, dB5, dB-4, dB-3, dB-2, dB-1, dB0, dB1, dB1(1dB) dB2, dB3, dB4, dB5, dB6, dB8, 0~62, dB10, step:2 dB12, dB14, 0 dB16, dB18, dB20, dB22, dB24 0~62, step:2 0

dB1(1dB)

EutranInterNFreq

0

EutranInterNFreq

0

EutranInterNFreq

-140~-44, step:2

-64

EutranInterNFreq

-64

NOT_CFG(Not If the frequency on configure) which the interfrequency -30~33 0 0 neighboring cell BitString00, operates is located BitString01, in the same BitString01(01) BitString01(01) BitString10, frequency band as BitString11 serving BOOLEAN_FALSE, BOOLEAN_FALSE( the BOOLEAN_FALSE( frequency, the BOOLEAN_TRUE False) False) recommended value is EventA3. EventA3, EventA4 EventA4(EventA4) If the frequency on which the interfrequency 0~11 None None neighboring cell operates is located 0~39649,65336~65 None None in a different 535 frequency band from the serving 0~503 None None frequency, the recommended value 0~11 None None is EventA4. NOT_CFG, CFG


EutranInterNFreq EutranInterNFreq EutranInterNFreq

A larger value of this parameter leads to a lower A larger value of probability of In thisthe parameter reselection to a EutranInterNFreq leads to a lower neighboring cell on MO, ThreshXhigh probability of a cell In thethe frequency. must be less than meeting criteria S EutranInterNFreq or equal to and becoming a MO, ThreshXhigh ThreshXlow. suitable must be cell lessfor than selection. or equal toA smaller value of this ThreshXlow. parameter leads to a higher probability. Set this parameter None properly so that the If PmaxCfgInd is selected cell can set to CFG, Pmax provide signals that must meet be theset. quality requirement of None basic services.

EutranInterNFreq

None

EutranInterNFreq

None

InterFreqBlkCell

None DlEarfcn in the InterFreqBlkCell MO must be a valid frequency. None

InterFreqBlkCell InterFreqBlkCell

EutranInterFreqNC None ell Mcc in the EutranInterFreqNC EutranInterFreqNC 000~999 None None ell ell MO consists of Mnc the digitsinonly. EutranInterFreqNC EutranInterFreqNC 00~99,000~999 None None ell ell MO consists of digits only. EutranInterFreqNC The smaller the 0~1048575 None None dB-24, dB-22, dB- None value of this ell 20, dB-18, dB-16, parameter, the less EutranInterFreqNC probable that the dB-14, dB-12, dB0~255 None None None dB-24, dB-22, ell 10, dB-8, dB-6,dBdBUE camps on the 20, dB-18, dB-16, 5, dB-4, dB-3, dB-2, neighboring cell EutranInterFreqNC dB-14, dB-12, dB- dB0(0dB) dB-1, dB0, dB1, dB0(0dB) during reselection. ell 10, dB2,dB-8, dB3,dB-6, dB4, dBThe larger the value 5, dB-4, dB-3, dB5, dB6, dB8,dB-2, EutranInterFreqNC of this parameter, dB-1, dB1, dB0(0dB) None dB10, dB0, dB12, dB14, dB0(0dB) the more probable ell dB2, dB3, dB4, PERMIT_HO_ENU dB16, dB18, dB20, that the UE camps dB5, dB8, M, PERMIT_HO_ENU PERMIT_HO_ENU EutranInterFreqNC on the neighboring dB22,dB6, dB24 None dB10, dB12, dB14, M(Permit Ho) FORBID_HO_ENU M(Permit Ho) ell cell. PERMIT_RMV_EN dB16, dB18, dB20, M UM, PERMIT_RMV_EN PERMIT_RMV_EN EutranInterFreqNC In all dB22, dB24 None FORBID_RMV_EN UM(Permit Rmv) UM(Permit Rmv) ell EutranInterFreqNC UM ell MOs of a local EutranInterFreqNC 0~32 0 0 cell, BlindHoPriority ell must have a unique BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( EutranInterFreqNC value if it is nonNone zero. BOOLEAN_TRUE False) False) ell

string of a ell MO, theofvalue maximum 99 of NeighbourCellNam characters. The e is a string a all string cannotofbe maximum of 99 null characters or characters. contain any The of the string cannot be all following null characters or characters: double EutranInterFreqNC contain any of the 0~99 characters NULL None quotation marks ("), ell following commas (,), characters: double EutranInterFreqNC semicolons (;), 0~99 characters NULL None quotation marks equal signs (=), ("), ell commas (,), Mcc inquotation the single semicolons (;), EutranExternalCell ('), three 000~999 None None EutranExternalCell marks equal signs MO consists(=), of consecutive plus Mnc inquotation the single digits signs only. (+++), two or EutranExternalCell ('), three more consecutive 00~99,000~999 None None EutranExternalCell marks MO consists plus of consecutive blanks, and two or digits only. signs (+++), two more consecutiveor consecutive 0~1048575 None None EutranExternalCell more None percentage signs blanks, and two or (%). more consecutive 0~255 None None EutranExternalCell percentage None signs DlEarfcn in the (%). 0~39649,65336~65 EutranExternalCell None None EutranExternalCell 535 MO must be a valid frequency. 1. the If UlEarfcnCfgInd In NOT_CFG(Not NOT_CFG(Not NOT_CFG, CFG EutranExternalCell None is set to CFG, EutranExternalCell configure) configure) UlEarfcn must of be MO, the value 18000~39649,6533 set. CellName is a string None None EutranExternalCell 6~65535 2. a UlEarfcn in the of maximum of 99 EutranExternalCell characters. The MO must be abe valid cannot all 0~503 None None EutranExternalCell string None EARFCN. null characters or contain any of the 0~65535 None None EutranExternalCell None following characters: double quotation marks ("), 0~99 characters NULL None EutranExternalCell commas (,), semicolons (;), equal 0~11 None None UtranNCell None signs (=), single Mcc inquotation the marks ('), three UtranNCell MO 000~999 None None UtranNCell consecutive plus consists of digits signs (+++), two or Mnc in the only. more consecutive UtranNCell MO 00~99,000~999 None None UtranNCell blanks, two or consistsand of digits more consecutive only. percentage signs 0~268435455 None None UtranNCell None (%). PERMIT_HO_ENU In the UtranNCell M, PERMIT_HO_ENU PERMIT_HO_ENU UtranNCell None MO, the value of FORBID_HO_ENU M(Permit Ho) M(Permit Ho) PERMIT_RMV_EN LocalCellName is a M In the of UtranNCell UM, PERMIT_RMV_EN PERMIT_RMV_EN string a UtranNCell None In all UtranNCell MO, the FORBID_RMV_EN UM(Permit Rmv) UM(Permit Rmv) maximumvalue of 99of MOs of a local NeighbourCellNam UM characters. Thecell, BlindHoPriority e is a string a all string cannotofbe 0~32 0 0 UtranNCell must haveof a 99 unique maximum null characters or value if itany is The noncharacters. contain of the BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( zero. string UtranNCell None cannot be all following BOOLEAN_TRUE False) False) null characters or characters: double contain any of the quotation marks ("), 0~99 characters NULL None UtranNCell following commas (,), characters: semicolons double (;), quotation marks equal signs (=), ("), 0~99 characters NULL None UtranNCell commas (,), single quotation semicolons (;), marks ('), three equal 0~11 None None UtranNFreq None signs (=), consecutive plus single quotation signs (+++), two or marks ('), three more consecutive consecutive plusor blanks, and two signs (+++), two or more consecutive more consecutive percentage signs blanks, and two or (%). more consecutive percentage signs

0~16383

None

None

UtranNFreq

None

R99, HSDPA, HSUPA, HSPA

HSUPA

HSUPA

UtranNFreq

None


UTRAN_FDD

UTRAN_FDD

UtranNFreq

NOT_CFG, CFG



UtranNFreq

0~16383

None

None

UtranNFreq

NOT_CFG, CFG



UtranNFreq

0~7

1

1

UtranNFreq

-50~33

33

33

UtranNFreq

None 1. If UtranUlArfcnCfgInd None is set to CFG, UtranUlArfcn must be set. 2. The DL UARFCN and UL UARFCN must None be in the If same frequency CellReselPriorityCfg band. Ind is set to CFG, CellReselPriority must be set. None

-15~15

0

0

UtranNFreq

None

-24~0

-22

-22

UtranNFreq

None

-119~-25, step:2

-50

-50

UtranNFreq

0~62, step:2

0

0

UtranNFreq

0~62, step:2

0

0

UtranNFreq

000~999

None

None

UtranExternalCell

00~99,000~999

None

None

UtranExternalCell

0~268435455

None

None

UtranExternalCell


UTRAN_FDD

None

UtranExternalCell

0~16383

None

None

UtranExternalCell

NOT_CFG, CFG



UtranExternalCell

None In the UtranNFreq MO, ThreshXHigh must be less than In UtranNFreq or the equal to MO, ThreshXHigh ThreshXLow. must be less than or equal to Mcc in the ThreshXLow. UtranExternalCell MO consists of Mnc the digitsinonly. UtranExternalCell MO consists of digits only. In the None UtranExternalCell MO, PScrambCode In all exceed 127 cannot UtranExternalCell if UtranFddTddType MOs is set of to a local cell, the combination of UTRAN_TDD. UtranDlArfcn and PScrambCode must None be If unique.

0~16383

None

None

UtranExternalCell

0~4095

None

None

UtranExternalCell

UtranUlArfcnCfgInd is set to CFG, UtranUlArfcn must be set. None

NOT_CFG, CFG



UtranExternalCell

None

0~255

None

None

UtranExternalCell

If RacCfgInd is set to CFG, Rac must be set.

1. In In thethe UtranExternalCell UtranExternalCell MO, MO, PScrambCode the value of cannot exceed 127 CellName is a string ifofUtranFddTddType a maximum of 99 is set to characters. The UTRAN_TDD. string cannot be all 2. all nullIncharacters or UtranExternalCell contain any of the MOs of an eNodeB, None following the combination of characters: double UtranDlArfcn and quotation marks ("), PScrambCode In the ANR the commas (,),MO,must be unique. value of semicolons (;), AddCellThd must equal signs MO, (=), In the ANR be larger than orthe single quotation value of equal to of marks ('),that three AddCellThd must DelCellThd. consecutive plus be larger than or signs equal (+++), to that two of or more consecutive DelCellThd. None blanks, and two or more consecutive percentage signs None (%).

0~511

None

None

UtranExternalCell

1~65533,65535

None

None

UtranExternalCell

0~99 characters

NULL

None

UtranExternalCell

0~100

80

80

ANR

0~100

60

60

ANR

1~10000

200

200

ANR

1~10080

1440

1440

ANR

r64(64)

ANR

None

2048ms

ANR

None

60

ANR

None

ANR

None

ANR

None

ANR

None

ANR

None

ANR

None

r1, r2, r4, r8, r16, r64(64) 120ms, r32, r64,240ms, Infinity 480ms, 640ms, 1024ms, 2048ms, 2048ms 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 1~10080 60 -130~-70 EutranVoipCapSwit ch, 1~200 UtranVoipCapSwitc h, IntraFreqCoverHoS 1~200 GeranVoipCapSwitc witch, h, InterFreqCoverHoS Cdma1xRttVoipCap witch, 1~10000 Switch, UtranCsfbSwitch, UtranPsHoSwitch, GeranCsfbSwitch, GeranPsHoSwitch, 1~10000 Cdma1xRttCsfbSwit IntraRatEventAnrS CdmaHrpdNonOtpi ch, witch, misedHoSwitch, UtranServiceHoSwit IntraRatFastAnrSwit CdmaHrpdOptimise ch, dHoSwitch, GeranServiceHoSw IntraRatAnrAutoDel DlIcicSwitch_OFF_ GeranNaccSwitch, itch, Switch, ENUM, GeranNonNaccSwit CdmaHrpdServiceH UtranEventAnrSwitc DlIcicDynamicSwitc ch, oSwitch, h, h_ON_ENUM, UtranSrvccSwitch, Cdma1xRttService GeranEventAnrSwit DlIcicStaticSwitch_ GeranSrvccSwitch, HoSwitch, ch, ON_ENUM, Cdma1xRttSrvccSw UlPowerHoSwitch, UtranFastAnrSwitch DlIcicReuse3Switch itch, ,InterPlmnHoSwitch _ON_ENUM UtranRedirectSwitc GeranFastAnrSwitc h, LOAD_BASED_RE h, GeranRedirectSwitc DIRECT_SWITCH IntraFreqMroSwitch CdmaFastAnrSwitc ,h, h, CdmaHrpdRedirect InterFreqMroSwitch UtranAutoNrtDelete Switch, ,Switch, UtranMroSwitch, Cdma1xRttRedirect GeranMroSwitch GeranAutoNrtDelet TpeAlgoSwitch Switch, eSwitch, BlindHoSwitch CdmaAutoNrtDelete Switch UlIcicIntraSwitch

EutranVoipCapSwit -102 ch:On, UtranVoipCapSwitc h:Off, 5 IntraFreqCoverHoS GeranVoipCapSwitc witch:On, h:Off, InterFreqCoverHoS Cdma1xRttVoipCap 5 witch:On, Switch:Off, UtranCsfbSwitch:Of UtranPsHoSwitch:O f, 20 ff, GeranCsfbSwitch:O GeranPsHoSwitch: ff, Off, 20 Cdma1xRttCsfbSwit IntraRatEventAnrS CdmaHrpdNonOtpi ch:Off, witch:Off, misedHoSwitch:Off, UtranServiceHoSwit IntraRatFastAnrSwit CdmaHrpdOptimise ch:Off, dHoSwitch:Off, GeranServiceHoSw IntraRatAnrAutoDel GeranNaccSwitch: itch:Off, Switch:On, Off, CdmaHrpdServiceH UtranEventAnrSwitc GeranNonNaccSwit oSwitch:Off, h:Off, ch:Off, DlIcicSwitch_OFF_ Cdma1xRttService GeranEventAnrSwit UtranSrvccSwitch:O ENUM HoSwitch:Off, ch:Off, ff, UlPowerHoSwitch: UtranFastAnrSwitch GeranSrvccSwitch: Off, :Off, Off, InterPlmnHoSwitch: GeranFastAnrSwitc Cdma1xRttSrvccSw LOAD_BASED_RE IntraFreqMroAlgoS Off h:Off, itch:Off, DIRECT_SWITCH: witch:Off, CdmaFastAnrSwitc UtranRedirectSwitc Off InterFreqMroAlgoS h:Off, witch:Off, UtranAutoNrtDelete GeranRedirectSwitc UtranMroSwitch:Off Switch:On, ,h:Off, GeranAutoNrtDelet CdmaHrpdRedirect GeranMroSwitch:Of TpeAlgoSwitch:Off eSwitch:On, Switch:Off, f CdmaAutoNrtDelete Cdma1xRttRedirect Uplink Intra-eNB Switch:On Switch:Off, ICIC switch:Off BlindHoSwitch:Off

EutranVoipCapSwit -102 ch:On UtranVoipCapSwitc h:Off 5 IntraFreqCoverHoS GeranVoipCapSwitc witch:On h:Off InterFreqCoverHoS Cdma1xRttVoipCap 5 witch:On Switch:Off UtranCsfbSwitch:Of UtranPsHoSwitch:O fff 20 GeranCsfbSwitch:O GeranPsHoSwitch: ff Off 20 Cdma1xRttCsfbSwit IntraRatEventAnrS CdmaHrpdNonOtpi ch:Off witch: Off misedHoSwitch:Off UtranServiceHoSwit IntraRatFastAnrSwit CdmaHrpdOptimise ch:Off ch: Off dHoSwitch:Off GeranServiceHoSw IntraRatAnrAutoDel GeranNaccSwitch: itch:Off On Switch: Off CdmaHrpdServiceH UtranEventAnrSwitc GeranNonNaccSwit oSwitch:Off h: Off ch:Off DlIcicSwitch_OFF_ Cdma1xRttService GeranEventAnrSwit UtranSrvccSwitch:O ENUM HoSwitch:Off ch: Off ff UlPowerHoSwitch: UtranFastAnrSwitch GeranSrvccSwitch: :Off Off Off InterPlmnHoSwitch: GeranFastAnrSwitc Cdma1xRttSrvccSw LOAD_BASED_RE IntraFreqMroAlgoS Off h: Off itch:Off DIRECT_SWITCH: witch:Off CdmaFastAnrSwitc UtranRedirectSwitc Off InterFreqMroAlgoS h: Off h:Off witch:Off UtranAutoNrtDelete GeranRedirectSwitc UtranMroSwitch:Off Switch: h:Off On GeranMroSwitch:Of GeranAutoNrtDelet CdmaHrpdRedirect TpeAlgoSwitch:Off feSwitch: Switch:OffOn CdmaAutoNrtDelete Cdma1xRttRedirect Uplink Intra-eNB Switch: On Switch:Off ICIC switch:Off BlindHoSwitch:Off

ENodeBAlgoSwitch None ENodeBAlgoSwitch None ENodeBAlgoSwitch None ENodeBAlgoSwitch None ENodeBAlgoSwitch None ENodeBAlgoSwitch None ENodeBAlgoSwitch None ENodeBAlgoSwitch None

OFF, STATIC, DYNAMIC

OFF(Off)

OFF(Off)

ENodeBAlgoSwitch None

OtdoaSwitch

OTDOA switch:Off

OTDOA switch:Off


UlUuFlowCtrlSwitch

UU flow control switch:Off

UU flow control switch:Off


OFF, ON

OFF(Off)

OFF(Off)


1~70000

1440

1440

MRO

None

0~100

99

99

MRO

None

0~10000

1000

1000

MRO

None

1~60

5

5

MRO

None

0~100

5

5

MRO

None

0~9

None

None

SimuLoad

None

0~100

50

None

SimuLoad

None

0~100

50

None

SimuLoad

None

0~50000

500

500

SimuLoad

None

0~50000

5000

5000

SimuLoad

None

OFF, ON

OFF(Off)

OFF(Off)

SimuLoad

None

0~261120

0

0

TddFrameOffset

None

0~20

3

3

TpeAlgo

None

0~65535

20

20

TpeAlgo

None

0~65535

80

80

TpeAlgo

None

0~65535

8080

8080

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

None

0~65535

0

0

TpeAlgo

1~127 characters

None

None

CA

1~128 characters

None

None

CA

0~47

None

None

NODETORSCGRP

SGW, X2eNodeB

None

None

NODETORSCGRP

NO, YES

None

None

NODETORSCGRP

0~47

None

None

NODETORSCGRP

The Nonevalue of URL in the CA MO cannot contain any space None and must begin with http:// or https://. The IP address in URL must be a valid IPv4 address. The Noneport number in URL must be a value in the range None of 1 to 65535. EndPointId is valid only when IsAllMatch is set to NO. None

0~7

0

0

NODETORSCGRP None

0~1

0

0

NODETORSCGRP None

0~7

None

None

NODETORSCGRP None

IP

None

None

NODETORSCGRP

0~15

None

None

NODETORSCGRP

BASE_BOARD, None E1_COVERBOARD

None

NODETORSCGRP

0~15

0

NODETORSCGRP

PPP, MPGRP, ETH, None ETHTRK

None

NODETORSCGRP

0~1

None

None

DOT1X

DEACTIVE, ACTIVE

ACTIVE(Active)

None

DOT1X

EAP-INVALID, EAP-TLS

EAP-TLS(EAP-TLS EAP-TLS(EAP-TLS DOT1X authentic method) authentic method)

0~4294967295

None

None

DOT1X

0~4294967295 NULL, LIC_OFF, NOTIFY_FAIL, NO_CERT, UNAUTHENTICAT PORT_DOWN ED, 0~4294967295 AUTHENTICATING , AUTHENTIC_SUC CEED, AUTHENTIC_FAIL, 0~4294967295 DHCP_AUTHENTI CATING

None

None

DOT1X

None

None

DOT1X

In the the In NODETORSCGRP NODETORSCGRP None MO, is set within MO, ifif SN PT is to the range from 0 to PPP, the value 5, this of parameter range this None must be setistofrom 0 parameter In E1_COVERBOARD to the 15. NODETORSCGRP .In the MO, In theif SBT is set to NODETORSCGRP BASE_BOARD, this NODETORSCGRP MO, if PT is set to parameter can be MO, if SNthe is set to 6 MPGRP, value set to opr 7, ETH this range of thisor ETHTRK. parameter be0 parameter must is from In When setthe to 3.to Active is set NODETORSCGRP to ACTIVE, only BASE_BOARD. In the MO, if SBT is set to Extensible None NODETORSCGRP E1_COVERBOARD Authentication MO, if PT is set to ,ETH this or parameter can Protocol - Transport ETHTRK, None be to PPP or Layer Security thisset parameter can MPGRP. (EAP-TLS) method be set to 0 or 1. is supported. When Active is set to DEACTIVE only Extensible None Authentication Protocol - INVALID None (EAP-INVALID) method is supported. None

None

None

DOT1X

None

None

None

DOT1X

None

None

None

DOT1X

None

0~4294967295

None

None

DOT1X

None

1~100

25

25

LicRatio

None

SHARING, DEDICATE

SHARING(Sharing) SHARING(Sharing) LicRatio

0~100

0

0

LicRatio

0~100

0

0

LicRatio

0~100

0

0

LicRatio

0~100

0

0

LicRatio

0~100

0

0

LicRatio

0~100

0

0

LicRatio

0

None The total proportion of traffic of all operators can not The total100%. proportion exceed of traffic of all operators can not The total100%. proportion exceed of traffic of all operators can not The total100%. proportion exceed of traffic of all operators can not OP1TRAFFICSHA exceed 100%. RRATIO can not be more than OP2TRAFFICSHA OP1TRAFFICRATI RRATIO can not be O. more than OP2TRAFFICRATI O.

0~100

0

0

LicRatio

0~100

0

0

LicRatio

0~15

None

None

MME

Valid IP address

None

None

MME


DISABLE(Disable) if IPSec is not supported

MME

0~15 characters

None

None

MME

0~15 characters

None

Valid IP address

0.0.0.0

None MME This parameter is not required if MME SCTP multi-homing is not supported. DISABLE(Disable) if IPSec is not MME supported

DISABLE, ENABLE DISABLE(Disable) 0~15 characters

None

None

MME

0~15 characters

None

None

MME

1024~65535

None

None

MME

0~20 characters

None

None

MME

0~3

0

None

MME

0~7

0

0

S1ServIP

0~1

0

0

S1ServIP

0~7

None

7

S1ServIP

Valid IP address

None

None

S1ServIP



S1ServIP

Valid IP address

0.0.0.0

None

S1ServIP

0~7

0

0

S1SigIP

0~1

0

0

S1SigIP

0~7

None

7

S1SigIP

set to a value different from the IP parameter in any DEVIP MO. The FirstSigIP parameter in the OP3TRAFFICSHA MME MO must be RRATIO can not be set to a value more than different from the OP4TRAFFICSHA OP3TRAFFICRATI FirstSigIP RRATIO can O. parameter in not any be FirstIKEPeerName more than other MME MO. and OP4TRAFFICRATI The FirstSigIP FirstIKEPeerName FirstIPSecPropNam O. SecSigIP ininan parameter the and None e are valid only MME MO must be MME MO must be FirstIPSecPropNam when set to a value set to a value e are valid only FirstIPSecFlag is FirstIKEPeerName different from different from IP thein when set to ENABLE. and any DEVIP MO.is SecSigIP parameter FirstIPSecFlag FirstIKEPeerName FirstIPSecPropNam SecSigIP in an in any other MME set to ENABLE. must to a be e are refer valid only MME MO must MO. FirstIPSecPropNam configured when set toFirstSigIP arefer valueto a The e must IKEPEER. FirstIPSecFlag different from parameter in theis configured If the set to ENABLE. FirstSigIP in anybe MME MO must IPSECPROPOSAL. SecIKEPeerName FirstIPSecFlag other MME MO. set to a value If the and parameter the SecSigIP ininan different from theto FirstIPSecFlag SecIPSecPropNam MME MO is set MME MO must be FirstSigIP parameter in the e are valid only ENABLE, the set to a value parameter anyto MME MO isinset when SecIPsecFlag FirstIKEPeerName SecIKEPeerName different from X2eNodeB MO. ENABLE, the is set to ENABLE. parameter must and SecSigIP in any be The FirstSigIP FirstIPSecPropNam SecIKEPeerName set to the of SecIPSecPropNam other MMEvalue MO. parameter in the e parameter must must refer to a the PeerName e are valid only SecSigIP in an be MME must be setMO to the configured SecIKEPeerName parameter in value anbe when MME MO must set to a value of the IKEPEER. and existing IKEPEER SecIPSecFlag is set to SecIPSecFlag a value different from the ProposalName If the SecIPSecPropNam MO. set to ENABLE. different from SecSigIP an parameter in the e are validparameter only FirstSigIP in set anyto in any X2eNodeB existing MME MO is when SecIPsecFlag X2eNodeB MO. MO. IPSECPROPOSAL ENABLE, the is set to ENABLE. SecSigIP in an MO. SecIKEPeerName SecIPSecPropNam MME MO must be parameter must e must refer to abe None set to a value set to the value of configured different from The OperatorId the PeerName IPSECPROPOSAL. SecSigIP inin any parameter the parameter an None S1ServIP ininMO. the X2eNodeB MME MO must be existing IKEPEER S1ServIP MO set to the same MO. LocIKEIP isset valid cannot to value asbethe only when 0.0.0.0. CnOperatorId IPSecFlag is an set to The S1ServIP parameter in ENABLE. None parameter in the existing CnOperator If the IPSecFlag S1ServIP MO must MO. parameter in same the be set to the None S1ServIP MO value as the IPis set to ENABLE,inthe parameter an LocIKEIP existing DEVIP MO. None parameter The valuesmust of thebe set to the same CabinetNo, value as the and IP SubrackNo, parameter in an SlotNo parameters LocIKEIP is valid existing DEVIP MO. in the S1ServIP MO only when If the be IPSecFlag must theissame IPSecFlag set to parameter the as those ofinthe ENABLE. S1ServIP MO CabinetNo, is set to ENABLE, and the SubrackNo, values the SlotNo of parameters CabinetNo, respectively in the None SubrackNo, andis DEVIP MO that SlotNo parameters associated with the None in the S1ServIP MO S1ServIP must be theinsame parameter the as those ofMO. the S1ServIP None CabinetNo, SubrackNo, and SlotNo parameters respectively in the DEVIP MO that is associated with the LocIKEIP parameter in the

Valid IP address

None

DISABLE, ENABLE DISABLE(Disable) Valid IP address

0.0.0.0

Valid IP address

0.0.0.0


None

S1SigIP


S1SigIP

None S1SigIP This parameter is not required if S1SigIP SCTP multi-homing is not supported. DISABLE(Disable) S1SigIP if IPSec is not supported

Valid IP address

0.0.0.0

None

S1SigIP

1024~65535

None

None

S1SigIP

1000~60000

1000

1000

S1SigIP

1000~60000

3000

3000

S1SigIP

1000~60000

1000

1000

S1SigIP

1~99

12

12

S1SigIP

1~99

25

25

S1SigIP

1000~60000

5000

5000

S1SigIP

2~254

10

10

S1SigIP

1~253

5

5

S1SigIP


DISABLE(Disable)

S1SigIP


DISABLE(Disable)

S1SigIP

ALDER32, CRC32

CRC32(CRC32)

S1SigIP


ENABLE(Enable)

S1SigIP

1~254

10

10

S1SigIP

0~15

None

None

SGW

Valid IP address

None

None

SGW


SGW

CRC32(CRC32)


parameter in the If the LocIPSecFlag S1SigIP MO parameter in must the be set to MO the is same S1SigIP set value as the the IPis to ENABLE, SecLocIKEIP parameter in an LocIKEIP valid when In an only S1SigIP MO, existing DEVIP MO. parameter SecLocIPSecFlag the value ofmust be The values of the setset to to theENABLE. same is SecLocIP cannot CabinetNo, value the IP If the be theas same as that SubrackNo, and parameter an SecLocIPSecFlag of LocIP. isinvalid LocIKEIP SlotNo parameters existing DEVIP parameter theMO. SecLocIP ininan only when in the LocIPSecFlag S1SigIP MO If the S1SigIP MO is must LocIPsecFlag isset set must be the same parameter inthe the to ENABLE, be set to the same to ENABLE. as those MO of the set S1SigIP SecLocIKEIP value as IP inisan CabinetNo, to ENABLE, theMO. parameter must be existing DEVIP SubrackNo, and values of the set the same Thetovalues of SlotNo CabinetNo, value asparameters the IP CabinetNo, respectively inanthe SubrackNo, and parameter inand SubrackNo, SecLocIKEIP is is DEVIP MO that SlotNo parameters existing DEVIP MO. SlotNo in an valid only when associated withMO the in the S1SigIP If the S1SigIP MO must SecLocIPSecFlag LocIP parameter in must be the same SecLocIPSecFlag beset thetosame as is ENABLE. the S1SigIP MO. as those ofinthe parameter the those of CabinetNo, CabinetNo, S1SigIP MOand is set SubrackNo, SubrackNo, and to ENABLE, the SlotNo respectively SlotNo parameters values of the MO in the DEVIP None respectively in the CabinetNo, that is associated DEVIP MO that SubrackNo, and with SecLocIP inis None associated with SlotNo parameters the S1SigIP MO.the LocIKEIP in the S1SigIP MO parameter the must be theinsame None S1SigIP as those MO. of the CabinetNo, SubrackNo, and None SlotNo parameters respectively in the None MO that is DEVIP associated with the SecLocIKEIP None parameter in the S1SigIP MO. None MaxAssocRetr must be greater than MaxPathRetr. MaxPathRetr must The ServIP1 be less than parameter in the MaxAssocRetr. SGW MO must be None set to a value different from the IP parameter in any None existing DEVIP MO. The ServIP1 parameter in the None SWITCHBACKHBN SGW MO must be UM is valid only set to a value when different from the SWITCHBACKHBN SWITCHBACKFLA ServIP1 parameter UM is valid G is set to only in any other existing when ENABLE. SGW MO. SWITCHBACKFLA The G is ServIP1 set to parameter in the ENABLE. None SGW MO must be set to a value ServIP1IKEPeerNa different from the me and parameter ServIP2 ServIP1IPSecProp in any other existing Name are valid only SGW MO. when The ServIP1 ServIP1IPSecFlag parameter in the is set to ENABLE. SGW MO must be set to a value different from the ServIP3 parameter in any other existing

0~15 characters

None

None

SGW

0~15 characters

None

None

SGW

Valid IP address

0.0.0.0

None

SGW



SGW

0~15 characters

None

None

SGW

0~15 characters

None

None

SGW

Valid IP address

0.0.0.0

None

SGW



SGW

0~15 characters

None

None

SGW

0~15 characters

None

None

SGW

Valid IP address

0.0.0.0

None

SGW



SGW

0~15 characters

None

None

SGW

0~15 characters

None

None

SGW

0~20 characters

None

None

SGW

0~3

0

None

SGW

0~7

0

0

X2ServIP

0~1

0

0

X2ServIP

0~7

None

7

X2ServIP

Valid IP address

None

None

X2ServIP



X2ServIP


DISABLE(Disable)

X2ServIP

Valid IP address

None

X2ServIP

0.0.0.0

me and DEVIP MO. existing ServIP1IKEPeerNa ServIP1IPSecProp Theand ServIP2 me Name are valid parameter in theonly ServIP1IPSecProp when SGW MO Name are must valid be only ServIP1IPSecFlag set to a value when is setServIP3 to ENABLE. The different from the ServIP1IPSecFlag If the parameter in the ServIP1 parameter is set to ENABLE. ServIP1IPSecFlag SGW MO must be in any other existing If the parameter in the set to MO. a value SGW ServIP1IPSecFlag SGW MOfrom is set different thetoIP The ServIP2 parameter in the ServIP2IKEPeerNa ENABLE, the parameter in any parameter theto SGW MO isinset me and ServIP1IKEPeerNa existing DEVIP MO. SGW MO must be ServIP2IKEPeerNa ENABLE, the ServIP2IPSecProp me parameter must Theto ServIP3 set a value me and ServIP1IPSecProp Name are valid only be set to from the ServIP2IKEPeerNa parameter in value the different the ServIP2IPSecProp Name parameter when of the PeerName me and SGW MO must be ServIP2 parameter Name are only must be setvalid ServIP2IPSecFlag parameter into anthe ServIP2IPSecProp set to a value in any other existing when value of the is setServIP4 to ENABLE. The existing IKEPEER Name are valid only different from the SGW MO. ServIP2IPSecFlag ProposalName If the parameter in the MO. when ServIP1 parameter The ServIP2 is set to ENABLE. parameter inexisting anbe ServIP2IPSecFlag SGW must ServIP2IPSecFlag in anyMO other parameter in the If the existing parameter in the set to a value is set to ENABLE. SGW MO. SGW MO must be ServIP2IPSecFlag IPSECPROPOSAL SGW MO is set toIP different from the The ServIP3 set to a value parameter in the ServIP3IKEPeerNa MO. ENABLE, the parameter in any parameter the different from the SGW MO isinset to me and ServIP2IKEPeerNa existing DEVIP MO. SGW MO must be ServIP3IKEPeerNa ServIP3 parameter ENABLE, the ServIP3IPSecProp me parameter must The ServIP4 set to aother value me and in any ServIP2IPSecProp Name valid only be set are to from the value ServIP3IKEPeerNa parameter inexisting the different the ServIP3IPSecProp SGW MO. Name parameter when of the PeerName me and SGW MO must be ServIP2 parameter Name are only The ServIP2 must be setvalid ServIP3IPSecFlag parameter into anthe ServIP3IPSecProp set to a value in any other existing when parameter in the value of the is set to ENABLE. existing IKEPEER Name are valid only different from the SGW MO. ServIP3IPSecFlag SGW MO must be ProposalName If the MO. when ServIP1 parameter The ServIP3 is set to ENABLE. set to aother value parameter inexisting an ServIP3IPSecFlag ServIP3IPSecFlag in any parameter in the If the different from the existing parameter in the is set to ENABLE. SGW MO. SGW MO must be ServIP3IPSecFlag ServIP4 parameter IPSECPROPOSAL SGW MO is set to The ServIP4 set to a value parameter in the ServIP4IKEPeerNa in any other existing MO. ENABLE, the parameter the different from theto SGW MO isinset me and SGW MO. ServIP3IKEPeerNa SGW MO must be ServIP4IKEPeerNa ServIP3 parameter ENABLE, the ServIP4IPSecProp me parameter must set to aare value me and in any other existing ServIP3IPSecProp Name valid only be set to from the value ServIP4IKEPeerNa different the ServIP4IPSecProp SGW MO. Name parameter when of the PeerName me and ServIP2 parameter Name are only The ServIP3 must be setvalid ServIP4IPSecFlag parameter into anthe ServIP4IPSecProp in any other existing when parameter in theonly value of the is set to ENABLE. existing IKEPEER Name are valid SGW MO. ServIP4IPSecFlag SGW must be ProposalName If the MO MO. when The is set to ENABLE. SeGWFlag set toServIP4 a value parameter inand an ServIP4IPSecFlag ServIP4IPSecFlag parameter in the If the LocIKEIP are valid different from the existing parameter in the is set to ENABLE. SGW MO must ServIP4IPSecFlag only when ServIP4 IPSECPROPOSAL SGW MOparameter is set be to set to aother value parameter in the IPSecFlag isexisting set to in any MO. ENABLE, the different from theto SGW MO is set ENABLE. SGW MO. ServIP4IKEPeerNa ServIP3 parameter ENABLE, the must If the IPSecFlag me parameter in any ServIP4IPSecProp parameter inexisting the be set other to the value None OperatorId inan the SGW MO. Name parameter in X2ServIP MO is set of the PeerName SGW MOset must be The ServIP4 must be to X2ServIP MO to ENABLE, the parameter in anthe the same as parameter in the value ofof the cannot be set to values the existing IKEPEER CnOperatorId in an SGW ProposalName 0.0.0.0. CabinetNo, MO. MO must be existing CnOperator set to a value parameter in an The X2ServIP SubrackNo, and MO. different from the existing None parameters parameter in the SlotNo ServIP4 parameter IPSECPROPOSAL X2ServIP MO must in the X2ServIP MO in any other existing MO. be setbe tothe thesame same must None SGW MO. value as the IP as those of the parameter in an CabinetNo, existing DEVIP SubrackNo, andMO. None SeGWFlag and The values of the SlotNo parameters LocIKEIP areinvalid CabinetNo, respectively the only when SubrackNo, and DEVIP MO that is SeGWFlagisand IPSecFlag setthe to SlotNo parameters associated with LocIKEIP are valid ENABLE. in thewhen X2ServIP MO LocIKEIP only IKEPeerName and must be thein parameter the IPSecFlag issame set to IPSecPropName as those ofMO. the X2ServIP ENABLE. are valid only when CabinetNo, If the IPSecFlag IKEPeerName and both IPSecFlag SubrackNo, parameter inand theand IPSecPropName SeGWFlag are SlotNo X2ServIP MO when isset set are validparameters only to ENABLE. respectively in the to ENABLE, the both IPSecFlag and DEVIP MO that is PortType parameter SeGWFlag are set associated with the in the DEVIP MO to ENABLE. X2ServIP with the associated parameter in the LocIKEIP X2ServIP MO. parameter in the X2ServIP MO must be set to 3(TLM_IPITFTYPE

0~15 characters

None

None

X2ServIP

0~15 characters

None

None

X2ServIP

0~7

0

0

X2SigIP

0~1

0

0

X2SigIP

0~7

None

7

X2SigIP

Valid IP address

None

None

X2SigIP



X2SigIP


DISABLE(Disable)

X2SigIP

Valid IP address

0.0.0.0

0.0.0.0

X2SigIP

0~15 characters

None

None

X2SigIP

0~15 characters

None

Valid IP address

0.0.0.0

None X2SigIP This parameter is not required if multiX2SigIP homing is not supported. DISABLE(Disable) if IPSec is not X2SigIP supported

DISABLE, ENABLE DISABLE(Disable) DISABLE, ENABLE DISABLE(Disable)

DISABLE(Disable)

X2SigIP

Valid IP address

0.0.0.0

None

X2SigIP

0~15 characters

None

None

X2SigIP

0~15 characters

None

None

X2SigIP

1024~65535

36422

36422

X2SigIP

1000~60000

1000

1000

X2SigIP

1000~60000

3000

3000

X2SigIP

1000~60000

1000

1000

X2SigIP

1~99

12

12

X2SigIP

1~99

25

25

X2SigIP

IPSecPropName are valid only when IKEPeerName and SeGWFlag and both IPSecFlag and IPSecPropName LocIKEIP are valid SeGWFlag are set are valid only whenonly when to ENABLE. both IPSecFlag IPSecFlag is setand to If both the SeGWFlag ENABLE. are set IPSecFlag to ENABLE.and If IPSecFlag in an SeGWFlag If both the X2SigIP MO is set parameters in the IPSecFlag to ENABLE,and The LocIPMO are X2ServIP SeGWFlag LocIKEIP must be parameter ininthe set SecSeGWFlag and the parameters the set to to ENABLE, the same X2SigIP MO cannot IKEPeerName SecLocIKEIP are X2ServIP MO are value as IP in an be set to 0.0.0.0. parameter valid when mustMO. be set toonly ENABLE, the existing DEVIP The LocIP set SecIPSecFlag to the value is of IPSecPropName None If IPSecFlag in an parameter in thebe the set to PeerName ENABLE. parameter must X2SigIP MO is set X2SigIP MO must parameter If the in an of set to the value to ENABLE, the be set toIKEPEER the same existing SecLocIPSecFlag None the ProposalName values of value as the MO. parameter the parameter in IP an CabinetNo,in parameter in anset X2SigIP MO is existing SubrackNo, and None existing DEVIP MO. to ENABLE, the SeGWFlag and IPSECPROPOSAL SlotNo in the The valuesare of valid the SecLocIKEIP LocIKEIP MO. X2SigIP MO must CabinetNo, parameter must only when be the same as be SeGWFlag and SubrackNo, and set to the same IPSecFlag is set to those of CabinetNo, LocIKEIP areIPvalid SlotNoasparameters value the ENABLE. IKEPeerName and SubrackNo, and In an X2SigIP MO, only in thewhen X2SigIP MO parameter in an IKEPeerName and IPSecPropName SlotNo respectively the value ofissame IPSecFlag set to must be the existing DEVIP MO. IPSecPropName are valid only when IKEPeerName and in the DEVIP MO SecLocIP, ifthe valid, ENABLE. as those of If the are valid only when both and IPSecPropName that isIPSecFlag associated must be different IKEPeerName and CabinetNo, SecLocIPSecFlag both IPSecFlag SeGWFlag are set are valid only when with LocIKEIP inand the from that of LocIP. IPSecPropName SubrackNo, and parameter inare theset SeGWFlag to ENABLE. both IPSecFlag and X2SigIP MO. SecLocIP, if valid, in are valid only when SlotNo parameters X2SigIP MOare is set to ENABLE. If both the SeGWFlag set If IPSecFlag in an an X2SigIP MO both IPSecFlag and respectively in the to ENABLE, the IPSecFlag and to ENABLE. X2SigIP MO is the set must beMO set to SeGWFlag are set DEVIP that is values of the SeGWFlag If both the to ENABLE, same value as IP in to ENABLE. associated with the CabinetNo, parameters in IPSecFlag PortType inand thethe an existing DEVIP LocIP parameter in SubrackNo, X2SigIP MOand are set SeGWFlag DEVIP MO MO. the X2SigIP MO. SlotNo parameters to ENABLE, the SecSeGWFlag and parameters in associated If SecLocIPwith in the an in the X2SigIP MO IKEPeerName SecLocIKEIP are X2SigIP MO are set LocIKEIP in the X2SigIP MO is must be the same parameter must be valid only when to ENABLE, the X2SigIP MO must valid, the values of SecSeGWFlag as those the isand set to the value of SecIPSecFlag IPSecPropName be set to of CabinetNo, SecLocIKEIP are CabinetNo, the PeerName set to ENABLE. SecIKEPeerNam parameter must be 3(TLM_IPITFTYPE SubrackNo, and valid only when SubrackNo, parameter inand an of SecIKEPeerName and set toor the value _FE) SlotNo in the SecIPSecFlag is SecIKEPeerNam SlotNo parameters existing IKEPEER and SecIPSecPropNam the ProposalName 5(TLM_IPITFTYPE X2SigIP MO must set to ENABLE. and respectively inanthe MO. SecIPSecPropNam e are only parameter in _ETHTRK). be thevalid same as SecIKEPeerNam SecIPSecPropNam DEVIP MO that is e are valid only when both existing If IPSecFlag in an those of CabinetNo, and e are valid only associated with the when both SecIPSecFlag IPSECPROPOSAL X2SigIP MOand is and set SubrackNo, SecIPSecPropNam when both SecLocIKEIP SecIPSecFlag and SecSeGWFlag are MO. to ENABLE, PortNo SlotNo respectively e are only SecIPSecFlag and parameter in the SecSeGWFlag are set to valid ENABLE. in the DEVIP MO when both SecSeGWFlag are X2SigIP MO. set to ENABLE. If both the associated withand that is ENABLE. associated SecIPSecFlag set to If the SecIPSecFlag and LocIKEIP with SecLocIP SecSeGWFlag If both thein theinare SecLocIPSecFlag SecSeGWFlag X2SigIP MO must the X2SigIP MO. set to ENABLE. SecIPSecFlag and parameter in same the parameters be set to the SecLocIP inin anthe SecSeGWFlag X2SigIP MO is set X2SigIP MO are set value as MO PortNo X2SigIP cannot parameters inthe thein to ENABLE, to ENABLE, the the DEVIP MO be set to MO 0.0.0.0. X2SigIP are set PortType parameter SecIKEPeerName associated with to ENABLE, the in the DEVIP MObe parameter LocIP in themust None SecIPSecPropNam associated with the set to the value of X2SigIP MO.must e parameter SecLocIKEIP the PeerName LocIKEIP in an be set to the value parameter in the parameter in cannot anMO, None In the X2SigIP X2SigIP MO of the X2SigIP MO must existing IKEPEER the value of the be set to 0.0.0.0. ProposalName be MO.set toparameter RtoMax parameter in an 3(TLM_IPITFTYPE must be larger than existing _FE) that oforthe RtoMin IPSECPROPOSAL 5(TLM_IPITFTYPE parameter. None MO. _ETHTRK). If the SecLocIPSecFlag None parameter in the X2SigIP MO is set None to ENABLE, the PortNo parameter in the DEVIP MO associated with the SecLocIKEIP parameter in the X2SigIP MO must be set to the same value as the PortNo

1000~60000

5000

5000

X2SigIP

2~254

10

10

X2SigIP

1~253

5

5

X2SigIP


DISABLE(Disable)

X2SigIP


DISABLE(Disable)

X2SigIP

ALDER32, CRC32

CRC32(CRC32)

X2SigIP


ENABLE(Enable)

X2SigIP

1~254

10

10

X2SigIP

16~47

None

None

X2eNodeB

Valid IP address

None

None

X2eNodeB



X2eNodeB


DISABLE(Disable)

X2eNodeB

Valid IP address

0.0.0.0

Valid IP address

0.0.0.0

None X2eNodeB This parameter is not required if multiX2eNodeB homing is not supported. DISABLE(Disable) X2eNodeB if IPSec is not supported

CRC32(CRC32)

DISABLE, ENABLE DISABLE(Disable) DISABLE, ENABLE DISABLE(Disable)

DISABLE(Disable)

X2eNodeB

Valid IP address

0.0.0.0

None

X2eNodeB

1024~65535

36422

36422

X2eNodeB

Valid IP address

0.0.0.0

None

X2eNodeB



X2eNodeB


DISABLE(Disable)

X2eNodeB

Valid IP address

0.0.0.0

None

X2eNodeB

Valid IP address

0.0.0.0

None

X2eNodeB

None The LocIP MaxAssocRetr must In X2SigIP MO, parameter in the bethe greater than the valueMO of the X2SigIP cannot MaxPathRetr. MaxPathRetr be set to 0.0.0.0. parameter must be The FirstSigIP smaller than parameter in that the of the MaxAssocRetr X2eNodeB MO None parameter. must be set to a valid IP address. The NoneFirstSigIP parameter in the X2eNodeB MO None be set to a SWITCHBACKHBN must In UManisX2eNodeB validisonly value different from FirstIKEIP valid MO, the value of in when the IPwhen parameter only SWITCHBACKHBN SecSigIP, valid, SWITCHBACKFLA any DEVIPif MO. FirstIPSecFlag is UM is valid only must be different G is set to The value of theand set to ENABLE when from that of ENABLE. FirstSigIP FirstSeGWFlag is The X2eNodeBID SWITCHBACKFLA FirstSigIP. parameters in the set to DISABLE. parameter the in G is to ifinMO SecSigIP, valid, X2eNodeB In theset X2eNodeB X2eNodeB MO ENABLE. an X2eNodeB MO cannot be the same MO, if the cannot be the same must be set to a in as the FirstSigIP FirstIPSecFlag FirstSeGWFlag is as that any other valid IPin address. any other parameter is set valid only when X2eNodeB MOs. FirstSeGWFlag isto The SecSigIP X2eNodeB MO. ENABLE and the FirstIPSecFlag is valid only when parameter invalid the SecIKEIP is value of the FirstSeGWFlag The set toServIP1, ENABLE. FirstIPSecFlag is X2eNodeB MO only whenServIP3, both FirstSigIP parameter set that to ServIP2, FirstIKEIP is valid set to ENABLE, must be setthe to the a SecIPSecFlag is parameters in DISABLE, or ServIP4 only when both is, the actual value value from set to different ENABLE and X2eNodeB FirstIKEIP parameter inMO the FirstIPSecFlag and of FirstIPSecFlag is the IP parameter in SecSeGWFlag is cannot be the same parameter must be X2eNodeB MO FirstSeGWFlag are 1. any DEVIP MO. set to DISABLE. as the SecSigIP in set to a valid IPsame cannot be the ENABLE. FirstIKEIP isan valid SecSigIP in In the X2eNodeB any other address. as any of the only when both X2eNodeB MO MO, theServIP2, X2eNodeB MO. In theif X2eNodeB ServIP1, FirstIPSecFlag and must be different SecIPSecFlag SecSeGWFlag The value of MO, if the ServIP3, andtheisare FirstSeGWFlag from FirstSigIP parameter is setin valid onlyparameters when FirstSigIP FirstIPSecFlag SecSeGWFlag isto ServIP4 set to ENABLE. any other ENABLE and the SecIPSecFlag is to parameters the parameter isinset valid only when in another X2eNodeB MO. SecSeGWFlag The set toServIP1, ENABLE. MO ENABLE and the SecIPSecFlag is X2eNodeB MO. SecSigIP in parameter isan set to ServIP2, SecIKEIP is valid cannot beServIP3, the same FirstSeGWFlag set to ENABLE, that In the X2eNodeB X2eNodeB MO DISABLE, the or ServIP4 only when both as FirstSigIP in parameter is set is, the actual value MO, the ServIP1,to must be set a SecIKEIP parameter intothe SecIPSecFlag and any MME MO. DISABLE, the of SecIPSecFlag is ServIP2, ServIP3 ServIP1IKEIP is value different from parameter must be X2eNodeB MO SecSeGWFlag are The ServIP4 value of the FirstIKEIP 1. and valid only when SecSigIP in any set to a valid cannot be the ENABLE. FirstSigIP parameter must be SecIKEIP is valid parameters, ifIPsame valid, both other X2eNodeB address. as any of the parameters in set to a value only when boththe must be unique ServIP1IPSecFlag MO. In the to X2eNodeB ServIP1, ServIP2, X2eNodeB MO different from the SecIPSecFlag andIP among them. is set ENABLE SecSigIP inthe MO, if the ServIP3, cannot beand same parameter inan any SecSeGWFlag are The ServIP1, and X2eNodeB MO in SecIPSecFlag ServIP4 parameters None as the SecSigIP DEVIP MO. set to ENABLE. ServIP2, ServIP3, ServIP1SeGWFlag must be set a to parameter istothe set in another ServIP1SeGWFlag any MME MO. FirstIKEIP in or ServIP4 is set toonly DISABLE. valid when value different from ENABLE and the X2eNodeB MO. is valid only when X2eNodeB MO parameter in the is In the X2eNodeB ServIP1SecFlag FirstSigIP in SecSeGWFlag In theifMO X2eNodeB ServIP1IPSecFlag cannot be cannot setany to SGW MO, the set to ENABLE. MME MO. parameter is as setany to MO, the ServIP1, is set to ENABLE, 0.0.0.0. be the same ServIP1IPSecFlag ServIP1IKEIP is SecSigIP in an DISABLE, the ServIP2, ServIP3 that is, thewhen actual of the ServIP1, parameter is set to valid only X2eNodeB MO SecIKEIP and ServIP4 value of ServIP3, ServIP2, ENABLE and the both must be setmust to a be parameter parameters, if valid, ServIP1IPSecFlag and ServIP4 ServIP1SeGWFlag ServIP1SecFlag value different from set to a value must be unique is 1. parameters in any parameter is set to and SecSigIP inthe any different from the among them. ServIP1IKEIP is IP SGW MO. DISABLE, ServIP1SeGWFlag MME MO. parameter in any The ServIP1, valid only In X2eNodeB ServIP1IKEIP arethe set to when ENABLE. DEVIP ServIP2, ServIP3, both MO, theMO. ServIP1, parameter must be SecIKEIP in the or ServIP4 ServIP1IPSecFlag ServIP2, ServIP3 set to a valid IP or X2eNodeB parameter inMO the and ServIP4 address.parameter, cannot be setbe to set SGW cannot ServIP1SeGWFlag if valid, must In the MO X2eNodeB 0.0.0.0. be the same as any are to IP ENABLE. to a set valid MO, if the of the ServIP1, address. ServIP1IPSecFlag ServIP2, ServIP3, In the X2eNodeB parameter is set to and ServIP4 MO, the SecSigIP, ENABLE and the parameters in any ServIP1, ServIP2, ServIP1SeGWFlag SGW MO. ServIP3 or is ServIP4 parameter set to In the X2eNodeB parameter, if valid, DISABLE, the

ServIP1, ServIP2, is set to ENABLE ServIP3, and and ServIP4 parameters ServIP2SeGWFlag in another ServIP2IPSecFlag is set toonly DISABLE. valid when The ServIP1, X2eNodeB is valid onlyMO. when In the X2eNodeB ServIP2IPSecFlag ServIP2, ServIP3, In theif X2eNodeB ServIP1IPSecFlag MO, the is set to ENABLE. or ServIP4 MO, the ServIP1, is set to ENABLE, ServIP2IPSecFlag ServIP2IKEIP is parameter in the ServIP2, ServIP3 that is, the actual parameter is set valid only when X2eNodeB MO to and ServIP4 value of and ENABLE both cannot be theif the same parameters, valid, ServIP2IPSecFlag ServIP2SeGWFlag ServIP2SecFlag as any of the must be unique is 1. parameter is set and ServIP3IKEIP is to ServIP1, ServIP2, among them. ServIP2IKEIP ServIP3SeGWFlag DISABLE, the ServIP2SeGWFlag valid onlyand whenis ServIP3, The ServIP1, valid only when is valid only whenis ServIP2IKEIP are set toparameters ENABLE. ServIP3SecFlag ServIP4 ServIP2, ServIP3, both ServIP3IPSecFlag parameter mustand be set to ENABLE in another ServIP3SeGWFlag or ServIP4 ServIP2IPSecFlag is set ENABLE, set to to a valid IP ServIP3SeGWFlag X2eNodeB MO. is valid onlyin when parameter the and that is, the actual address. is set DISABLE. In the to X2eNodeB ServIP3IPSecFlag SGW MO cannot ServIP2SeGWFlag value of In the X2eNodeB In set anthe X2eNodeB MO, ServIP1, is tosame be the as any are set toENABLE, ENABLE. ServIP3IPSecFlag MO, if the MO, if ServIP2, ServIP3 that is, the actual of the ServIP1, is 1. ServIP2IPSecFlag ServIP3IPSecFlag and ServIP4 value of ServIP3, ServIP2, ServIP3IKEIP is to parameter is ifset is set to ENABLE parameters, valid, ServIP3IPSecFlag and ServIP4 valid only when ENABLE and the and must is 1. be unique parameters in is any both ServIP4IKEIP ServIP2SeGWFlag ServIP3SeGWFlag among them. is ServIP3IKEIP ServIP4SeGWFlag SGW MO. ServIP3IPSecFlag valid only when parameter is set to is set toonly DISABLE, The ServIP1, valid only when is valid whenis In the X2eNodeB and ServIP4SecFlag DISABLE, the ServIP3IKEIP must ServIP2, ServIP3, both ServIP4IPSecFlag MO, the ServIP1, ServIP3SeGWFlag set to ENABLE and ServIP2IKEIP be set to a valid IP ServIP4SeGWFlag or ServIP4 ServIP3IPSecFlag is set totoENABLE, ServIP2, ServIP3 are set ENABLE. ServIP4SeGWFlag parameter must beor address. is valid only when parameter in the and that actual ServIP4 parameter, is set to DISABLE. set tois,X2eNodeB athe value In an ServIP4IPSecFlag SGW MO cannot ServIP3SeGWFlag value of ifIn valid, must be set anifX2eNodeB different fromas theany IP MO, is set tosame be the are set toENABLE, ENABLE. ServIP4IPSecFlag to a valid IP MO, if parameter in any ServIP3IPSecFlag that is, the actual of 1. the ServIP1, is address. ServIP4IPSecFlag DEVIP MO. is set to ENABLE value of ServIP2, ServIP3, ServIP4IKEIP is In the to X2eNodeB is set ENABLE and ServIP4IPSecFlag and ServIP4 valid only when MO, the SecSigIP, and ServIP3SeGWFlag is 1. parameters in any both ServIP1, ServIP2, ServIP4SeGWFlag is set to DISABLE, ServIP4IKEIP is SGW MO. ServIP4IPSecFlag ServIP3 or ServIP4 is setonly to DISABLE, ServIP3IKEIP must valid when In the X2eNodeB and parameter, if valid, ServIP4IKEIP must be set to a value both MO, the ServIP1, ServIP4SeGWFlag must be set to a IP be set to a valid different IP inor ServIP4IPSecFlag ServIP2, ServIP3 are setdifferent tofrom ENABLE. value from address. any DEVIP MO. and ServIP4 parameter, None the IP parameter In an X2eNodeB in ServIP4SeGWFlag ifany valid, mustMO. be set DEVIP MO, if to ENABLE. are to a set valid IP ServIP4IPSecFlag None address. is set to ENABLE In the X2eNodeB and MO, the SecSigIP, ServIP4SeGWFlag None ServIP1, ServIP2, is setOperatorId to DISABLE, The ServIP3 or ServIP4 ServIP4IKEIP must parameter in the parameter, if valid, None be set to a value X2eNodeB must be setMO to a different fromtoIP in must be set the value different from any DEVIP MO. same as thein the IP value parameter CnOperatorId any DEVIP MO. parameter in an None existing CnOperator MO.



X2eNodeB


DISABLE(Disable)

X2eNodeB

Valid IP address

0.0.0.0

None

X2eNodeB

Valid IP address

0.0.0.0


None X2eNodeB If the network does not support IPSec, ServIP3IPSecFlag X2eNodeB should be set to DISABLE. DISABLE(Disable) X2eNodeB

Valid IP address

0.0.0.0

0.0.0.0

X2eNodeB

Valid IP address

0.0.0.0

None

X2eNodeB


DISABLE(Disable)

X2eNodeB


None

X2eNodeB

Valid IP address

0.0.0.0

0.0.0.0

X2eNodeB

000~999

460

None

X2eNodeB

00~99,000~999

20

None

X2eNodeB

0~1048575

None

None

X2eNodeB

0~20 characters

None

None

X2eNodeB

0~3

0

None

X2eNodeB

ESN, MAC, IP

ESN(ESN)

None

CERTREQ

0~32 characters

None

None

CERTREQ

None

0~0,2~2

None

None

CERTREQ

None

0~64 characters

None

None

CERTREQ

None

0~64 characters

None

None

CERTREQ

None

0~128 characters

None

None

CERTREQ

None

0~128 characters

None

None

CERTREQ

None


DATA_ENCIPHER MENT, DIGITAL_SIGNATU RE, KEY_AGREEMENT , KEY_ENCIPHERM SHA1, MD5 ENT

DATA_ENCIPHER MENT:1, DIGITAL_SIGNATU RE:1, KEY_AGREEMENT :1, KEY_ENCIPHERM SHA1(SHA1) ENT:1

DATA_ENCIPHER MENT:1 DIGITAL_SIGNATU RE:1 CERTREQ KEY_AGREEMENT :1 KEY_ENCIPHERM SHA1(SHA1) CERTREQ ENT:1

KEYSIZE1024, KEYSIZE2048

KEYSIZE2048(KEY KEYSIZE2048(KEY CERTREQ SIZE2048) SIZE2048)

0~128 characters

None

None

CERTREQ

Valid IP address

0.0.0.0

None

CERTREQ

1~64 characters

None

None

CERTMK

0~128 characters

None

None

CERTMK

0~128 characters

None

None

CERTMK

0~128 characters

None

None

CERTMK

0~128 characters

None

None

CERTMK

0~128 characters

None

None

CERTMK

IKE, SSL

None

None

APPCERT

1~64 characters

None

None

APPCERT

0~128 characters

None

None

APPCERT

0~128 characters

None

None

APPCERT

0~128 characters

None

None

APPCERT

0~128 characters

None

None

APPCERT

0~15 characters

None

None

APPCERT

None

0~128 characters

None

None

APPCERT

NORMALLY, ABNORMALITY, FILENOTEXIST

None

None

APPCERT

IKE, SSL

None

None

APPCERT

1~64 characters

None

None

CROSSCERT

0~128 characters

None

None

CROSSCERT

None The CERTNAME parameter in the None CROSSCERT MO cannot contain any of the following None characters: backslashes (\), slashes (/), colons (:), asterisks (*), question marks (?), None double quotation marks ("), left angle brackets (<), right angle brackets (>), and pipes (|).

None The CERTMK MO with APPCERT of appcert.pem None defines a certificate configured on the None eNodeB before delivery. There must be one of this None MO in each eNodeB and this MO cannot be None added or removed. The APPCERT parameter in the CERTMK MO cannot contain any None of the following characters: backslashes (\), None slashes (/), colons The value of (*), the (:), asterisks APPCERT question marks (?), None parameter in an double quotation APPCERT MOangle marks ("), left None be the must brackets (<),same right as thatbrackets of the (>), angle APPCERT and pipes (|). Two APPCERT None parameter in a MOs must be configured configured with CERTMK APPTYPEMO. of IKE in The APPCERT one MO and parameter APPTYPE in of the SSL in APPCERT the other. MO cannot contain any of the following None characters: backslashes (\), slashes None (/), colons (:), asterisks (*), question marks (?), double None quotation marks ("), left angle brackets (<), right None angle brackets (>), and pipes (|).

0~128 characters

None

None

CROSSCERT

None

0~128 characters

None

None

CROSSCERT

0~128 characters

None

None

CROSSCERT


None

None

CROSSCERT

0~128 characters

None

None

CROSSCERT

1~64 characters

None

None

TRUSTCERT

0~128 characters

None

None

TRUSTCERT

0~128 characters

None

None

TRUSTCERT

0~128 characters

None

None

TRUSTCERT

0~128 characters

None

None

TRUSTCERT


None

None

TRUSTCERT

0~128 characters

None

None

TRUSTCERT

1~64 characters None NORMAL, CERTLOSS, CERTDAMAGE, None UNKNOWFORMAT, FAILED 0~128 characters None

None

CRL

None

CRL

None

CRL

0~128 characters

None

None

CRL

None One and only one TRUSTCERT MO NoneCERTNAME of with caroot.pem must be configured for each None eNodeB. The CERTNAME parameter in the None TRUSTCERT MO cannot contain any of the following characters: backslashes (\), None slashes (/), colons (:), asterisks (*), question marks (?), None double quotation marks ("), left angle brackets (<), right None angle brackets (>), and pipes (|). None The CERTNAME parameter in the None CRL MO cannot contain any of the following None characters: backslashes (\), slashes (/), colons (:), asterisks (*), question marks (?), None double quotation marks ("), left angle brackets (<), right None angle brackets (>), and pipes (|). None

0~128 characters

None

None

CRL

None

Valid IP address

None

None

CRLTSK

0~255 characters

None

None

CRLTSK

0~255 characters

None

None

CRLTSK

0~65535

21

21

CRLTSK

1~64 characters

None

None

CRLTSK

DISABLE(Disable)

CRLTSK

None DSTF in the CRLTSK MO must None be set to a value different from DSTF in any other None This parameter CRLTSK MO. is validFILENAME only when The CRLGETMETHOD parameter in the in the same CRLTSK MO CRLTSK MO is any set cannot contain to LDAP. of the following characters: backslashes (\), None slashes (/), colons (:), asterisks (*), question marks (?), double quotation marks ("), left angle brackets (<), right angle brackets (>), and pipes (|).


8~240

24

24

CRLTSK

None

0~3

None

None

CRLTSK

None

FTP, LDAP

FTP(FTP)

FTP(FTP)

CRLTSK

0~255 characters

None

None

CRLTSK


ENABLE(Enable)

CERTCHKTSK

None This parameter is valid only when CRLGETMETHOD in the same CRLTSK MO is set to LDAP. None

1~15

7

7

CERTCHKTSK

None

7~180

30

30

CERTCHKTSK

None

PROXY, CMP

PROXY(PROXY)

PROXY(PROXY)

CERTCHKTSK

None

NOVERIFY, ALARM, DISCONNECT

NOVERIFY(No Verifying)

NOVERIFY(No Verifying)

CRLPOLICY

None

20000~60000

20000

20000

GTPU

None

3~6

3

3

GTPU

None

0~63

0

0

GTPU

None

3000~3999

None

None

ACL

None

0~127 characters

None

None

ACL

None

3000~3999

None

None

ACLRULE

None

1~65535

None

None

ACLRULE

None

DENY, PERMIT

PERMIT(Permit)

PERMIT(Permit)

ACLRULE

None

IP, ICMP, TCP, UDP, SCTP

None

None

ACLRULE

None

Valid IP address

None

None

ACLRULE

valid wildcard of the None IP address

None

ACLRULE

NO, YES

None

None

ACLRULE

OP_LT, OP_GT, OP_EQ, OP_NEQ, None OP_RANGE

None

ACLRULE

0~65535

None

ACLRULE

None

In the ACLRULE MO, Noneif SOP is set to OP_LT, the value of this parameter must None be larger than or In the ACLRULE equal to 0. MO, parameter In thethis ACLRULE is valid only when MO, if ACLRULE SOP is set to In the PT is set to TCP, OP_GT, the value MO, thisSCTP. parameter UDP, of thisorparameter is valid only when must than SMPTbe is less set to or equal to 65535. YES. In the ACLRULE MO, if SOP is set to OP_RANGE, the value of this parameter must be smaller than or equal to that of SPT2. In the ACLRULE

In the ACLRULE MO, if SOP is set to OP_RANGE, the value of this parameter must be larger than or equal to that of SPT1. In the ACLRULE MO, parameter In thethis ACLRULE None is valid only when MO, if DOP is set to SMPT is set tothis YES OP_RANGE, and SOP is set None parameter musttobe OP_RANGE. In the ACLRULE smaller than or MO, equalthis to parameter DPT2. is valid only when In the ACLRULE In the ACLRULE In the ACLRULE PT isififset to TCP, MO, DOP is set set to to MO, DOP is MO, this parameter UDP, or SCTP. OP_RANGE, the of OP_LT, the value is validofonly value this when this parameter DMPT is set to must parameter must be larger than orbe YES. larger than or equal equal to 0. to of DPT1. In that the ACLRULE In theif ACLRULE MO, DOP is set to MO, this the parameter OP_GT, value is valid only when of this parameter DOP is set to than must less In thebe ACLRULE None OP_RANGE. or equal to 65,535. In thethis ACLRULE MO, parameter In the ACLRULE In thethis ACLRULE MO, parameter is valid only when MO, this parameter MO, this is valid only PT is set parameter to awhen valid is when is valid valid only only when MDSCP is set to value. DOP isisset DMPT settoto YES. In an ACLRULE OP_RANGE. YES. MO, MFRG SRCIP in theand SMPT cannot BFDSESSIONbe MO both to YES; None must set be set to a in addition, MFRG of valid IP address and DMPT cannot DSTIP in the Class A, B, or C. In None be both set to YES. BFDSESSION MO addition, it cannot must be set to a be set to 127.x.x.x valid IP address of or 0.x.x.x. None Class In the In the A, B, or C. In addition, it cannot BFDSESSION MO, BFDSESSION MO, be set to 127.x.x.x this parameter SRCIP must beis or 0.x.x.x. valid onlyfrom when SN different SRCIP and is set to 6 7. DSTIP. orDSTIP in a BFDSESSION SRCIP in the MO must be MO BFDSESSION different. In to the be added must DSTIP in a BFDSESSION MO, have been MO ifBFDSESSION SRCIP is set to a configured. That is, must beIPdifferent logical address, a DEVIP MO must from SRCIP this haveparameter been and DSTIP in cannot beother set configured withtoIP None BFDSESSION SINGLE_HOP. set to the same MOs. value as that of DSTIP in the SRCIP None in the BFDSESSION BFDSESSION MO MO must different to be be added. from Noneany IP address in the system.

0~65535

None

None

ACLRULE

Valid IP address

None

None

ACLRULE

valid wildcard of the None IP address

None

ACLRULE

NO, YES

None

None

ACLRULE

OP_LT, OP_GT, OP_EQ, OP_NEQ, None OP_RANGE

None

ACLRULE

0~65535

None

None

ACLRULE

0~65535

None

None

ACLRULE

NO, YES

NO(No)

NO(No)

ACLRULE

0~63

None

None

ACLRULE

NO, YES

NO(No)

NO(No)

ACLRULE

0~7

0

0

BFDSESSION

0~1

0

0

BFDSESSION

6~7

None

None

BFDSESSION

0~95

None

None

BFDSESSION

Valid IP address

None

None

BFDSESSION

Valid IP address

None

None

BFDSESSION

SINGLE_HOP, MULTI_HOP

None

None

BFDSESSION

10~1000

100

100

BFDSESSION

10~1000

100

100

BFDSESSION

3~10

3

3

BFDSESSION

MAINTENANCE, RELIABILITY

RELIABILITY(Relia RELIABILITY(Relia BFDSESSION bility) bility)

None

0~63

0

0

BFDSESSION

None

NO, YES

NO(No)

NO(No)

BFDSESSION

None

ADMINDOWN, None DOWN, INIT, UP DEMAND_MODE, ASYNCHRONOUS None _MODE

None

BFDSESSION

None

None

BFDSESSION

None

10~1000

None

None

BFDSESSION

None

10~1000

None

None

BFDSESSION

None

0~4294967295

None

None

BFDSESSION

None

0~4294967295

None

None

BFDSESSION

None

0~4294967295

None

None

BFDSESSION

None

None

None

BFDSESSION

None

None

None

BFDSESSION

None

None

BFDSESSION

None

None

BFDSESSION

None

BFDSESSION

NO_DIAGNOSTIC, 0~4294967295 CTRL_DECT_TIME _EXPIRED, ECHO_FUNC_FAIL 0~4294967295 ED, NEIGHBOR_SIG_S 0~4294967295 ESSION_DOWN, FORDWARDING_P LANE_RESET, PATH_DOWN, CONCATENATED_ PATH_DOWN, 0~15 ADMIN_DOWN, REVERSE_CONCA 1~43 characters TENTATED_PATH_ DOWN, PEER_ADMIN_DO 1~43 characters WN 1~8191

None

Valid IP address

None

1~43 characters

None

1~43 characters

None

0~7

0

0~1

0

6~7

None

None Digits 0 to 9 and letters a to z and A to Z are Digits 0 to 9 and recommended. letters a to z and A to Z are recommended. None Letters, numbers, and characters excluding None 0 to such Digits 9 and invalid letters acharacters to z and A as to Zsingle are quotation mark ('), doublefor recommended quotation markvalue ("), the MDNAME exclamation mark of a CFM MA. (!), question mark (?), is less than (<), is 0 more than (>), and backslash (\) are recommended 0 the MANAME for value of the CFM MA. None

NO, YES

YES(Yes)

YES(Yes)

CFMMA

1~4094

1

None

CFMMA

None None

CFMBNDIP CFMBNDIP CFMBNDIP CFMBNDIP CFMMA CFMMA CFMMA CFMMA CFMMA

In the CFMBNDIP None MO, the total length of MANAME and MDNAME cannot None exceed 44 bytes. MANAME and This parameter MDNAME to be None cannot contain the referenced in the following illegal CFMBNDIP MO characters: single None already must exist. quotation mark MDNAME in the('), double quotation CFMBNDIP MDNAME inMO the mark ("), cannot contain the CFMMA MO cannot exclamation mark following illegal contain the (!), question mark characters: following single (?), left angle quotation mark ('), characters: single bracket (<), right In the MO, doubleCFMMA quotation quotation mark ('), IP intotal the angle bracket None the length(>) of mark ("), double quotation CFMBNDIP MO(\). and backslash MANAME exclamation mark mark ("), anand must be IP In the CFMBNDIP MDNAME cannot (!), question mark exclamation markA, address of bytes. Class MO, theangle total length exceed 44 (?), left (!),or question mark B, C. In addition, of MANAME and MDNAME in the bracket (<), right (?), left angle itCFMMA cannot becannot set to MDNAME MO cannot angle bracket (>) bracket (<), right 127.x.x.x or 0.x.x.x. exceed 44 bytes. contain the (>), and (\). anglebackslash bracket following and backslash (\). characters: single In the CFMMA MO, quotation mark of ('), the total length double quotation MANAME and None mark ("), cannot MDNAME exclamation mark exceed 44 bytes. (!), question mark Before configuring None (?), left angle a CFMMA MO, bracket (<),must right MDNAME angle bracket None already exist. (>), VLANID in each(\). and backslash CFMMA MO whose None BNDVLAN is set to YES must be unique. In the CFMMA MO, this parameter is valid only when BNDVLAN is set to YES.

In the CFMMA MO, VLANPRI is valid only when BNDVLAN in the MO is set to YES. If BNDVLAN is set to NO, VLANPRI cannot be modified. In the CFMMA MO, None this parameter is valid only when BNDVLAN is set to None YES.

0~7

0

0

CFMMA

10ms, 100ms, 1s, 10s, 1min, 10min

1s(1s)

1s(1s)

CFMMA

0~32

None

None

CFMMA

0~64

None

None

CFMMA

0~4294967295

None

None

CFMMA

0~4294967295

None

None

CFMMA

1~43 characters

None

None

CFMMD

0~7

0

0

CFMMD

0~4294967295

None

None

CFMMD

None

None

CFMMD

1~43 characters

None

1~43 characters

None

1~8191

None

None 0 to 9 and Digits letters a to z and A to Z are Digits 0 to 9 and recommended for letters a to z and A the MDNAME value to Z are of a CFM MEP. recommended for the MANAME value of a CFM MEP. None

0~7

0

0

CFMMEP

0~1

0

0

CFMMEP

6~7

None

None

CFMMEP

BASE_BOARD

None

None

CFMMEP

ETH, ETHTRK

None

None

CFMMEP

0~1

None

None

CFMMEP


DISABLE(Disable)

CFMMEP

or 7, this parameter In thebe CFMMEP must set to MO, this parameter BASE_BOARD. is valid only when In theisCFMMEP SBT set to a valid MO, this parameter value. is valid only when PT is set to a valid value. None

NO, YES

YES(Yes)

YES(Yes)

CFMMEP

None

1~4094

None

None

CFMMEP

None

0~7

0

0

CFMMEP

None

CFMMEP CFMMEP CFMMEP

MDNAME in the None CFMMD MO must be unique in the BS. None MDNAME in the CFMMD MO cannot The supports a NoneBS the contain maximum following of eight CFM MDs. LEVEL characters: single in the CFMMD quotation mark MO ('), must bequotation setofto MO, a The value In a CFMMEP double value in the MDNAME inrange theof the total length mark ("), of 0 to 7, where the CFMMEP MO MANAME and exclamation mark value 7 indicates cannot contain the MDNAME cannot (!), question mark the MD following None exceed 44invalid bytes. (?), highest left angle level and(<), the value characters: single MANAME and bracket right 0 indicates the quotation mark ('), MDNAME to be angle bracket (>), None lowest MD level. double quotation referenced in a(\). and backslash mark ("), MO must CFMMEP exclamation already exist.mark (!), question The value of mark (?), left angle MANAME in the bracket (<), right CFMMEP MO angle bracket cannot contain the MEPID in the (>), and backslash (\). following invalid CFMMEP MO must In CFMMEP characters: bethe unique insingle the MO, the length quotation mark ('), CFM MA.total of MANAME and double quotation None MDNAME mark ("), cannot exceed 44 bytes. exclamation mark (!), question mark None (?), left angle bracket (<), right None bracket (>), angle In the CFMMEP and MO, backslash if SN is set(\). to 6

0~4294967295

None

None

CFMMEP

None

0~4294967295

None

None

CFMMEP

None

0~4294967295

None

None

CFMMEP

None

0~4294967295

None

None

CFMMEP

None

0~4294967295

None

None

CFMMEP

None

0~4294967295

None

None

CFMMEP

None

0~4294967295

None

None

CFMMEP

0~4294967295

None

None

CFMMEP

0~4294967295

None

None

CFMMEP

0~4294967295

None

CFMMEP

1~43 characters

None

1~43 characters

None

1~8191

None

None 0 to 9 and Digits letters a to z and A to Z are Digits 0 to 9 and recommended for letters a to z and A the MDNAME value to Z are of a CFM RMEP. recommended for the MANAME value of a CFM RMEP. None

14 characters

0000-0000-0000

None

CFMRMEP

NORMAL, FAULT

None

None

CFMRMEP

14 characters

None

None

CFMRMEP

NO, YES

NO(No)

NO(No)

CFMRMEP

In the CFMRMEP None MO, the total length of MANAME and MDNAME cannot None exceed 44 bytes. MANAME in and MANAME the MDNAME toMO be None CFMRMEP referenced in the cannot contain the CFMRMEP MO following invalid None must already exist. characters: single MDNAMEmark in the quotation CFMRMEP MO ('),double quotation MAC in the cannot contain the mark ("), CFMRMEP MO following invalid exclamation cannot be setmark to all characters: single (!), question mark Fs or a multicast quotation mark (?), left angle MEPID inThe the format address. ('),double quotation bracket (<), right CFMRMEP MO of a MAC address mark ("), angle bracket (>), must be unique in is XXXX-XXXXexclamation mark and backslash (\). the CFM MA. XXXX. A broadcast (!), question mark MANAME and MAC address is (?), left angle MDNAME to be A FFFF-FFFF-FFFF. bracket (<),inright referenced multicast MACthe angle bracket (>), CFMRMEP MO None address is 0100and backslash (\). must already exist. 5EXX-XXXX or one that Noneis within the range from 80XXXXXX-XXXX to FFXX-XXXX-XXXX. None

0~4294967295

None

None

CFMRMEP

None

0~4294967295

None

None

CFMRMEP

None

0~4

None

None

CFMRMEP

Valid IP address

None

None

CFMRMEP

TCP,23, UDP 22, 67, 68, 319, None 320, 500, 1110, 1120, 2700, 3784, None 4443, 4500, 4784, 17185, 30023, 33003, 45300

None

DBGSVR

None

DBGSVR

None In the DBGSVR MO, if SERVICETYPE is None set to TCP, this parameter can be set to 22, 23, 1110, None 1120, 2700, 4443, or 30023. In the DBGSVR MO, if SERVICETYPE is set to UDP, this parameter can be set to 67, 68, 319, 320, 500, 3784, 4500, 4784, 17185, 33003, or 45300.

CFMRMEP CFMRMEP CFMRMEP

SBT is set to E1_COVERBOARD , and PT is set to PPP, the value range of this parameter is from 0 to 15. In the DEVIP MO, if DISABLE, ENABLE None None DBGSVR None SN is within the range from 0 to 5, SBT 0~7 0 0 DEVIP Noneis set to E1_COVERBOARD , and PT is set to In the DEVIP MO, if 0~1 0 0 DEVIP None MPGRP, the value SN is within the range of this MO, if In the DEVIP range fromis0 from to 5, 0 parameter SBT is set to must 0~7 None None DEVIP None this parameter to 3. in the DEVIP BASE_BOARD, this MASK be set DEVIP to In the MO, if IP incannot the DEVIP MO parameter can be MO be set BASE_BOARD, E1_COVERBOARD SN is within the None None DEVIP must be set to a set ETH, to allto0s. E1_COVERBOARD .range from 5, valid IPDEVIP address of ETHTRK, or0 to In the MO, In the DEVIP MO, ifif SBT isnot toorto Class A,set B, C. In PPP, MPGRP, ETH, LOOPINT. PT is set SN is set to 6 or 7, None None DEVIP E1_COVERBOARD addition, it MASK cannot ETHTRK, LOOPINT In the DEVIP MO, if LOOPINT, this parameter must ,cannot and PT isset set be 127.x.x.x ortotoall SBT is set to be be set to the value LOOPINT, 0.x.x.x. E1_COVERBOARD 1s. 0~15 None None DEVIP BASE_BOARD. of this value In theparameter DEVIP MO, ,range this can binary parameter is ID from 0 the Network of in be set to PPP, into which MASK to 3. Valid IP address None None DEVIP the logic AND MPGRP, orMOresult the DEVIP is In theand DEVIP of IP MASK LOOPINT. converted, 0 isMO, not if SN is set 60s or or 7, cannot be allowed totoall precede Valid Mask address None None DEVIP SBT is set to all 1s. 1. BASE_BOARD, In the the DEVIP DEVIP MO, In inPT theis set MO, and to DISABLE(DISABLE DHCPRELAYSWIT IP the Host ID of the the Network ID of DISABLE, ENABLE ENABLE(ENABLE) None DHCPSVRIP MO ETH, this parameter ) CH logic AND result of the logic AND result must beset settoto0aor 1. can be IP and MASK of IP and MASK of valid address In theIPDEVIP MO, cannot be all orif Valid IP address None None DHCPSVRIP cannot be all 0s 0s Class A, B, C.or In SN is set to or 6 or 7, all 1s. 1s. all addition, it to cannot SBT is set In the DEVIP MO, be 127.x.x.x or In the DIFPRI MO, DISABLE, ENABLE ENABLE(Enable) ENABLE(Enable) DHCPSW None In the DIFPRI MO, BASE_BOARD, the Host ID of the 0.x.x.x. the value range of OMHIGHPRI must and PT is set to logic AND result of this parameter is be larger than or ETHTRK, this IPPRECEDENCE, IP and MASK DSCP(DSCP) DSCP(DSCP) DIFPRI None from 0toto 63can if be equal parameter DSCP cannot be is allset 0s to or PRIRULE OMLOWPRI. set to 0 or 1. all 1s. DSCP. In the the DIFPRI DIFPRI MO,if DEVIP MO, In MO, 0~63 46 46 DIFPRI In the DIFPRI MO, PRIRULE is set7,to to is set to is 6 or ififSN PRIRULE set the value range DSCP, the value SBT is set DSCP, the to valueof this parameter is In the DIFPRI 0~63 46 46 DIFPRI range of BASE_BOARD, range of this this MO, from 0 tois7set ifisfrom ifparameter PRIRULE set to parameter is from 0 and PT to is 0 PRIRULE setvalue to DSCP, value to 63. theis LOOPINT, the to 63. In the DIFPRI MO, 0~63 14 14 DIFPRI IPPRECEDENCE. range of In the DIFPRI DIFPRI MO, range of this this MO, In the ifparameter PRIRULE is set to 0 ifparameter PRIRULEis set to isisfrom from 0 DSCP, the value to 63. IPPRECEDENCE, to 3. 0~63 46 46 DIFPRI range of this MO, In the DIFPRI the value range of 0 parameter isisfrom ifthis PRIRULE set to parameter is to 63. IPPRECEDENCE, 0~63 46 46 DIFPRI from 0DIFPRI to 7. MO, In thethe value range of ifthis PRIRULE is set parameter is to IPPRECEDENCE, HQ, LQ HQ(High Quality) HQ(High Quality) DIFPRI None0 to 7. from the value range of this parameter is In the0DIFPRI 0~100 100 100 DIFPRI None from to 7. MO, if PRIRULE is set to DSCP, the value 0~1000 0 0 DIFPRI None range of this parameter is from 0 to 63. 0~63 26 26 DIFPRI In the DIFPRI MO, if PRIRULE is set to IPPRECEDENCE, HQ, LQ HQ(High Quality) HQ(High Quality) DIFPRI None the value range of this parameter is from 0 to 7.

0~100

100

100

DIFPRI

0~1000

0

0

DIFPRI

0~63

34

34

DIFPRI

HQ, LQ

HQ(High Quality)

HQ(High Quality)

DIFPRI

0~100

100

100

DIFPRI

0~1000

0

0

DIFPRI

0~63

26

26

DIFPRI

HQ, LQ

HQ(High Quality)

HQ(High Quality)

DIFPRI

0~100

100

100

DIFPRI

0~1000

0

0

DIFPRI

0~63

46

46

DIFPRI

HQ, LQ

HQ(High Quality)

HQ(High Quality)

DIFPRI

0~100

100

100

DIFPRI

0~1000

0

0

DIFPRI

0~63

18

18

DIFPRI

HQ, LQ

LQ(Low Quality)

LQ(Low Quality)

DIFPRI

0~100

30

30

DIFPRI

0~1000

100

100

DIFPRI

0~63

18

18

DIFPRI

HQ, LQ

LQ(Low Quality)

LQ(Low Quality)

DIFPRI

0~100

30

30

DIFPRI

0~1000

100

100

DIFPRI

0~63

10

10

DIFPRI

In the DIFPRI MO, None if PRIRULE is set to DSCP, the value None of this range parameter is from 0 to 63. In the DIFPRI MO, if PRIRULE is set to IPPRECEDENCE, None the value range of this parameter is In the0DIFPRI None from to 7. MO, if PRIRULE is set to DSCP, the value None of this range parameter is from 0 to 63. In the DIFPRI MO, if PRIRULE is set to IPPRECEDENCE, None the value range of this parameter is In the0DIFPRI None from to 7. MO, if PRIRULE is set to DSCP, the value None of this range parameter is from 0 to 63. In the DIFPRI MO, if PRIRULE is set to IPPRECEDENCE, None the value range of this parameter is In the0DIFPRI None from to 7. MO, if PRIRULE is set to DSCP, the value None of this range parameter is from 0 to 63. In the DIFPRI MO, if PRIRULE is set to IPPRECEDENCE, None the value range of this parameter is In the0DIFPRI None from to 7. MO, if PRIRULE is set to DSCP, the value None of this range parameter is from 0 to 63. In the DIFPRI MO, if PRIRULE is set to IPPRECEDENCE, None the value range of this parameter is In the0DIFPRI None from to 7. MO, if PRIRULE is set to DSCP, the value None of this range parameter is from 0 to 63. In the DIFPRI MO, if PRIRULE is set to IPPRECEDENCE, the value range of this parameter is from 0 to 7.

HQ, LQ

LQ(Low Quality)

LQ(Low Quality)

DIFPRI

None

0~100

30

30

DIFPRI

0~1000

100

100

DIFPRI

0~63

0

0

DIFPRI

HQ, LQ

LQ(Low Quality)

LQ(Low Quality)

DIFPRI

0~100

30

30

DIFPRI

In the DIFPRI MO, None if PRIRULE is set to DSCP, the value None range of this parameter is from 0 to 63. In the DIFPRI MO, if PRIRULE is set to IPPRECEDENCE, None the value range of this parameter is None0 to 7. from

0~1000

100

100

DIFPRI

None

OFF, ON

ON(On)

ON(On)

DLITFCALG

None

OFF, ON

ON(On)

ON(On)

DLITFCALG

None

0~7

0

0

E1T1

0~1

0

0

E1T1

0~5

None

None

E1T1

0~7

255

None

E1T1

In the E1T1 MO, if None PS is set to ALLPORT and WORKMODE is set None to E1_UNBA or E1_BA, FRAME None can be set to In the E1T1 MO, E1_DOUBLE_FRA this parameter is ME or valid only when PS E1_CRC4_MULTI_ In the to E1T1 MO, if is set FRAME. PS is set to SINGLEPORT. In the E1T1and MO, if None ALLPORT PS is set to WORKMODE is set In the E1T1 MO, ALLPORT and to oris thisE1_UNBA parameter WORKMODE set E1_BA, valid onlyLNCODE whenisPS to T1, FRAME canor can beto set to AMI is set ALLPORT. be set to HDB3. T1_SUPER_FRAM In the E1T1 MO, if E orand PS T1_EXTENDED_S WORKMODE are UPER_FRAME. set to ALLPORT In the MO, if and T1E1T1 respectively, None PS is set to LNCODE can be SINGLEPORT, set to AMI or B8ZS. FRAME can be set In the None E1T1 MO, if to PS is set to E1_DOUBLE_FRA SINGLEPORT, ME, LNCODE can be None E1_CRC4_MULTI_ set to HDB3, AMI, FRAME, or B8ZS. None T1_SUPER_FRAM E, or T1_EXTENDED_S None UPER_FRAME. In the E1T1 MO, this parameter is valid only when SN is within the range from 0 to 5.

ALLPORT, E1_DOUBLE_FRA SINGLEPORT ME, E1_UNBA, E1_BA, E1_CRC4_MULTI_ T1, UNKNOWN FRAME, T1_SUPER_FRAM E, T1_EXTENDED_S UPER_FRAME, HDB3, AMI, B8ZS, E1_MODIFY_CRC4 UNKNOWN _MULTIFRAME, OK, LOCAL_LOOP, UNKNOWN REMOTE_LOOP, MASTER, SLAVE PAYLOAD_LOOP, SINGLE_CH_LOOP ,EXECUTELINKTES LOS, AIS, LFA, RA, LMFA, SLIP, TFlAG_0, OTHERS, EXECUTELINKTES BACKUP, TFlAG_1, PHYSICAL_LOOP EXECUTELINKTES TFlAG_2 NO, YES

ALLPORT(All Ports) ALLPORT(All Ports) E1T1

SLAVE(Slave Mode)

E1_UNBA(E1 Unbalance) E1_CRC4_MULTI_ FRAME(E1 CRC4 If an E1/T1 port is Multiple Frames) carried over IP, the AMI line coding mode is not recommended. SLAVE(Slave Mode)

None

None

E1T1

None

None

E1T1

None

None

E1T1

None

None

E1T1

E1_COVERBOARD None

None

E1T1

0~720

E1_UNBA(E1 Unbalance) None None

E1T1 E1T1 E1T1 E1T1

1E-3, 1E-4, 1E-5, 1E-6

1E-5(1E-5)

1E-5(1E-5)

E1T1BER

None

0~7

0

0

ETHOAM3AH

None

0~1

0

0

ETHOAM3AH

None

6~7

None

None

ETHOAM3AH

BASE_BOARD

None

None

ETHOAM3AH

ETH

None

None

ETHOAM3AH

0~1

None

None

ETHOAM3AH

PASSIVE, ACTIVE

ACTIVE(Active Mode)

ACTIVE(Active Mode)

ETHOAM3AH

None In the ETHOAM3AH MO, this parameter is valid only when SN is set In the to 6 or 7. None ETHOAM3AH MO, this parameter is valid only when SN is set to 6 or 7 and SBT is set to None BASE_BOARD.

10,20,50,100,200,5 1000 00,1000

1000

ETHOAM3AH

None

64~1518

128

ETHOAM3AH

None


ENABLE(Enable)

ETHOAM3AH

None


ENABLE(Enable)

ETHOAM3AH

None

1~60

1

1

ETHOAM3AH

None

1~65535

1

1

ETHOAM3AH

10~900 OAM3AH_SESSIO N_IDLE, 1~900 OAM3AH_SESSIO N_DISCOVER, OAM3AH_SESSIO N_DETECT, OAM3AH_SESSIO N_LB_LOCAL, 0~4294967295 OAM3AH_SESSIO N_LB_REMOTE 0~4294967295

60

60

ETHOAM3AH

1

1

ETHOAM3AH

None

None

ETHOAM3AH

In the None ETHOAM3AH MO, ERRFRMSCDEVT In themust be larger PRD ETHOAM3AH than or equal toMO, ERRFRMSCDEVTT ERRFRMSCDEVTT HD HD.must be smaller than or equal to ERRFRMSCDEVT None PRD.

None

None

ETHOAM3AH

None

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

128

0~4294967295

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

0~4294967295

None

None

ETHOAM3AH

None

0~7

0

0

ETHPORT

None

0~1

0

0

ETHPORT

6~7

None

None

ETHPORT

BASE_BOARD

None

ETHPORT

0~1

None

COPPER, FIBER, AUTO

None

46~1800

1500

None If an optical fiber is used for None transmission, set this parameter to FIBER. If an electrical cable is used for transmission, set 1500 this parameter to COPPER. AUTO(Automatic AUTO(Automatic Negotiation)

ETHPORT


ENABLE(Enable)

ETHPORT

CLOSE, OPEN

OPEN(Open)

OPEN(Open)

ETHPORT

0~100

10

10

ETHPORT

0~100

8

8

ETHPORT

14 characters

None

None

ETHPORT

None In the ETHPORT MO, PN cannot exceed the actual None In the ETHPORT number of Ethernet In the ETHPORT MO, if PA is set to ports on the board. MO, this COPPER,parameter SPEED In the ETHPORT is valid onlytowhen can beSBT set 10M,to MO, SN isifset to is6 set or 7. 100M, or AUTO. In BASE_BOARD, this the ETHPORT MO, In the ETHPORT parameter can be ifMO, PA is setistoset to set toif 0PA or 1. FIBER, SPEED can In the ETHPORT be set to 100M, MO, if SBT is set to 1000M, or AUTO. ETH_COVERBOAR In the ETHPORT None D, the value range MO, ifthis PAparameter is set to of this parameter is COPPER, this is valid when from 0 to 3. SN is parameter be set to 6 or 7can and set SBTtois10M, set to100M, or AUTO. BASE_BOARD. None In the ETHPORT MO, if PA is set to FIBER, None this parameter can be set to 100M, 1000M, None or AUTO. In the the ETHPORT ETHPORT In MO, FERDT if PA is set to MO, must AUTO, thisthan or be smaller In the to ETHPORT parameter must be equal FERAT. MO, set toFERDT AUTO. must be smaller than or equal to FERAT. None

UP, DOWN

None

None

ETHPORT

None

NOLOOP, REMOTE, LOCAL, None UNKNOWN

None

ETHPORT

None

NO, YES

None

ETHPORT

None

10M, 100M, 1000M, AUTO(Automatic AUTO, UNKNOWN Negotiation) FULL, AUTO

FULL(Full Duplex)

None

Negotiation)

ETHPORT ETHPORT ETHPORT ETHPORT

DISABLE, ENABLE None

None

ETHPORT

None

0~4294967295

None

None

ETHPORT

None

0~4294967295

None

None

ETHPORT

None

0~4294967295

None

None

ETHPORT

None

0~4294967295

None

None

ETHPORT

None

0~4294967295

None

None

ETHPORT

None

0~4294967295

None

None

ETHPORT

None

0~10

None

None

ETHPORT

None

0~4294967295

None

None

ETHPORT

None

Valid IP address

None

None

ETHPORT

None

FORCE, AUTO

None

None

ETHPORT

None

FORCE, AUTO

None

None

ETHPORT

None

10M, 100M, 1000M, None AUTO

None

ETHPORT

None

HALF, FULL, AUTO None

None

ETHPORT

None

FORCE, AUTO, UNKNOWN

None

None

ETHPORT

None

10M, 100M, 1000M, None AUTO, UNKNOWN

None

ETHPORT

None

HALF, FULL, None AUTO, UNKNOWN

None

ETHPORT

None

0~7

0

0

ETHTRK

None

0~1

0

0

ETHTRK

None

6~7

None

None

ETHTRK

None

0~1

0

0

ETHTRK

None

DISABLE, ENABLE

ENABLE(Enable LACP)

ENABLE(Enable LACP)

ETHTRK

None

ENABLE(Enable)

ETHTRK

None


BASE_BOARD

None

None

ETHTRK

46~1800

1500

1500

ETHTRK

In the ETHTRK MO, this parameter is valid only when SN is set to 6 or 7. None

UP, DOWN

None

None

ETHTRK

None

14 characters

None

None

ETHTRK

None

14 characters

None

None

ETHTRK

None

0~2

None

None

ETHTRK

None

0~7 characters

None

None

ETHTRK

None

0~2

None

None

ETHTRK

None

0~7 characters

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

0~4294967295

None

None

ETHTRK

None

Valid IP address

None

None

ETHTRK

None

0~7

0

0

ETHTRKLNK

None

0~1

0

0

ETHTRKLNK

None

6~7

None

None

ETHTRKLNK

None

0~1

0

0

ETHTRKLNK

None

In the ETHTRKLNK MO, this parameter is valid only when SN is set to 6 or 7 and SBT is set to BASE_BOARD. None

0~1

None

None

ETHTRKLNK

0~255

255

255

ETHTRKLNK

NO, YES

None

None

ETHTRKLNK

BASE_BOARD

None

None

ETHTRKLNK

UP, DOWN

None

None

ETHTRKLNK

None In the ETHTRKLNK MO, this parameter is valid only when SN is set to 6 or 7. None

14 characters

None

None

ETHTRKLNK

None

SHORT, LONG, NULL

None

None

ETHTRKLNK

None

SHORT, LONG, NULL

None

None

ETHTRKLNK

None

0~4294967295

None

None

ETHTRKLNK

None

0~4294967295

None

None

ETHTRKLNK

None

10~254

None

None

EXTUDT

None

0~39

None

None

EXTUDT

None

0~39

None

None

EXTUDTPARAGRP None

0~63

None

None

EXTUDTPARAGRP None

0~100

100

None

EXTUDTPARAGRP None

HQ, LQ

None

None

EXTUDTPARAGRP None

0~100

None

None

EXTUDTPARAGRP None

0~1000

None

None

EXTUDTPARAGRP None

FLOW_CTRL, None NON_FLOW_CTRL

None

EXTUDTPARAGRP None


None

GTRANSPARA

None

SINGLE_RATE, DUAL_RATE

SINGLE_RATE(Sin None gle Rate)

GTRANSPARA

None

0~31 characters

NULL

None

IKECFG

None

0,20~28800

0

0

IKECFG

In the IKECFG MO, IKEKLT must be larger than IKEKLI.

0,60~28800

0

0

IKECFG

0~63

48

48

IKECFG

In the IKECFG MO, the value of IKEKLT must be larger than that of IKEKLI. None

0~7

0

None

IKECFG

None

0~1

None

None

IKECFG

None The value of PEERNAME in an None IKEPEER MO is Before configuring case insensitive. an IKEPEER The value of MO, ensure that the PEERNAME in an IKEPROPOSAL IKEPEER MO must MO that be comprised of corresponds to ASCII characters. PROPID in the None IKEPEER MO is In the IKEPEER configured. MO, this parameter

0~7

None

None

IKECFG

1~15 characters

None

None

IKEPEER

1~99

None

None

IKEPEER

IKE_V1, IKE_V2

IKE_V1(IKE V1)

None

IKEPEER

MAIN, AGGRESSIVE

MAIN(Main Mode)

MAIN(Main Mode)

IKEPEER

IP, FQDN

None

None

IKEPEER

Valid IP address

None

None

IKEPEER

0~31 characters

None

None

IKEPEER

0~127 characters

None

None

IKEPEER

DISABLE, PERIODIC

PERIODIC(Periodic None )

IKEPEER

10~3600

10

10

IKEPEER

3~30

5

5

IKEPEER

3~10

5

5

IKEPEER

Valid IP address

0.0.0.0

None

IKEPEER

0~7

0

None

IKEPEER

0~1

0

None

IKEPEER

None In the IKEPEER MO, this parameter is valid only when In theisIKEPEER DPD set to MO, this parameter PERIODIC. is valid only when In theisIKEPEER LOCALIP DPD setintothe MO, this parameter IKEPEER MO must PERIODIC. is onlyorwhen bevalid 0.0.0.0 any DPD IP is set to valid address of PERIODIC. Class A, B, or C excluding reserved IP addresses. That is, this parameter None cannot be set to 0.x.x.x or 127.x.x.x. None

0~7

0

None

IKEPEER

None

1~99

None

None

IKEPROPOSAL

None

DES, 3DES, AES128, AES192, AES256

DES(DES)

DES(DES)

IKEPROPOSAL

None

is valid only when REMOTEIP in is the IKEVERSION set IKEPEER to IKE_V1.MO must None be set to a valid IP address of Class A, B, or C. In addition, it cannot be set set to to If IDTYPEis 127.x.x.x 0.x.x.x. FQDN, theorvalue of REMOTEIP in each REMOTENAME in IKEPEER MO must each IKEPEER MO becase unique. is insensitive. None

MD5, SHA1, AES_XCBC_96

SHA1(SHA1)

SHA1(SHA1)

PRE_SHARED_KE Y, IKE_RSA_SIG DH_GROUP1, DH_GROUP2, DH_GROUP14

PRE_SHARED_KE Y(Pre-shared Key) DH_GROUP1(768bit Diffie-Hellman Group)

PRE_SHARED_KE IKEPROPOSAL Y(Pre-shared Key) DH_GROUP1(2048 -bit Diffie-Hellman IKEPROPOSAL Group)

60~604800

86400

86400

HMAC_MD5, HMAC_SHA1, AES128_XCBC

IKEPROPOSAL

None None None

IKEPROPOSAL

None

HMAC_SHA1(HMA SHA1(SHA1) C_SHA1)

IKEPROPOSAL

None

0~7

0

None

IKEPROPOSAL

None

0~1

0

None

IKEPROPOSAL

None

0~7

0

None

IKEPROPOSAL

None

0~7

0

0

IP2RSCGRP

None

0~1

0

0

IP2RSCGRP

0~7

None

None

IP2RSCGRP

0~15

0

0

IP2RSCGRP

Valid IP address

None

None

IP2RSCGRP

Valid Mask address None

None

IP2RSCGRP

IP

IP(IP)

None

IP2RSCGRP


None

IP2RSCGRP


None

IP2RSCGRP

0~15

0

0

IP2RSCGRP

0~65535

None

None

IPPATH

0~7

0

0

IPPATH

0~1

0

0

IPPATH

0~7

None

None

IPPATH


None

IPPATH

DSTIP in the None IP2RSCGRP MO must be a valid IP address of Class A, None TheorRSCGRP MO B, C. In addition, In the IP2RSCGRP that has the same it cannot be set to MO, the logic RSCGRPID asAND that 127.x.x.x or 0.x.x.x. result in the of IP2RSCGRP DSTIP inMASK the and DSTIP must be the MO must have IP2RSCGRP MO same as DSTIP. been configured. cannot be set to In the binary value 0.0.0.0. into which MASK in In the IP2RSCGRP the IP2RSCGRP MO, logic AND In thethe IP2RSCGRP MO isthis converted, 0 In the IP2RSCGRP result of DSTIP and MO, parameter cannot precede 1. MO, if SN is within MASK must the must be set to None In the IP2RSCGRP In addition, it can the range from 0 to same as DSTIP. E1_COVERBOARD MO, if SBT PT isisset toto be set to 5 and set DSTIP must ifThat SN is, is within the PPP, the value 255.255.255.255, E1_COVERBOARD be set from to this a network range 0 to 5. range of but cannot be setcan to ,In this parameter address. the IP2RSCGRP parameter is from 0 0.0.0.0. be set to PPP or MO, if SN is set to 6 to 15. MPGRP. or 7, this parameter In the IP2RSCGRP In thebe IP2RSCGRP must set to to MO, ifif PT MO, SN is is set set to 6 BASE_BOARD. MPGRP, the value or 7 and SBT is set range of this to BASE_BOARD, parameter is from this parameter can0 None to 3. be set to ETH or In the IPPATH MO, IP2RSCGRP ETHTRK. ifMO, LOCALIP is set to Noneif PT is set to 0.0.0.0, PT must be ETH or ETHTRK, set PPP or can this to parameter MPGRP. be set to 0 or 1. None In the IPPATH MO, if SN is within the None from 0 to 5 range and SBT is set to E1_COVERBOARD , this parameter can be set to PPP or MPGRP. In the IPPATH MO, if SN is set to 6 or 7 and SBT is set to BASE_BOARD, this parameter can be

0~15

0

QOS, ANY

None

0~63

None

Valid IP address

None

Valid IP address

None

0~47

None

HQ, LQ

HQ(High Quality)

S1, X2

None

It is recommended that IP Path be set 0 to QOS in a Multiple Spanning Tree Protocol (MSTP) network. In other scenarios, it is recommended that None this parameter is set to ANY. None If the IP path belongs None to the S1 interface, this parameter is set from 0 to 15. If the IP path belongs to the X2 interface, HQ(High Quality) this parameter is set from 16 to 47.

IPPATH IPPATH IPPATH IPPATH IPPATH IPPATH IPPATH

to 15. In the IPPATH MO, if SN is within the range from 0 to 5, SBT is set to E1_COVERBOARD , and PT is set to MPGRP, the value range of this parameter is from 0 to 3. None In LOCALIP in theMO, In the the IPPATH IPPATH MO, ifthis SNparameter is set 6isor IPPATH MOtomust 7, is set be a valid IP toMO, In SBT the IPPATH valid only when BASE_BOARD and address of A, the value ofClass PATHTYPE is set to PT is set to ETH, B, or C. In addition, LOCALIP must be QOS. this parameter can It cannot be set to of different from that be set to 0oror0.x.x.x. 1. 127.x.x.x PEERIP. In the IPPATH PEERIP in the MO, ifIPPATH SN is set tomust 6 be or LOCALIP must MO 7, SBT isfrom set different be a valid IP to BASE_BOARD PEERIP. address A, None of Classand PT is C. setIntoaddition, B, or ETHTRK, this It cannot be set to parameter be None 127.x.x.x orcan 0.x.x.x. set to 0 or 1.

S1(S1)

IPPATH

None


DISABLE(Disable)

IPPATH

None

0~4294967295

None

None

IPPATH

None

0~4294967295

None

None

IPPATH

None

0~4294967295

None

None

IPPATH

None

0~4294967295

None

None

IPPATH

None

0~4294967295

None

None

IPPATH

None

0~4294967295

None

None

IPPATH

None

NORMAL, FAULT, CHECK_DISABLE D

None

None

IPPATH

0~15

None

None

IPPATH

0~47 characters

NULL

None

IPPATH


None

IPPATH


DISABLE(Disable)

IPPATH

Valid IP address

None

None

IPPATHRT

Valid IP address

None

None

IPPATHRT

HQ, LQ

None

None

IPPATHRT

None In the IPPATH MO, this parameter is In theonly IPPATH valid whenMO, ifJNRSCGRP SN is withinisthe set range from 0 to 5, to ENABLE. SRCIP in the None this parameter IPPATHRT MO must be set to must be set to a E1_COVERBOARD valid IP address of .Class In the A, IPPATH MO, B, or C. In In theisIPPATH if PT set to MO, addition, it cannot ifbe SN set to 6 or DSTIP in the LOOPINT, setisto 127.x.x.x 7, this parameter IPPATHRT MO JNRSCGRP or 0.x.x.x. cannot must to a be setbe toset ENABLE. In the IPPATHRT BASE_BOARD. valid IP address MO, the board of Class A, B, with or C. In configured addition, it cannot SRCIP must have be to 127.x.x.x an set IP address that or 0.x.x.x. is on the same In the IPPATHRT None network segment MO, SRCIP mustbut as NEXTHOPIP be different from different from DSTIP. NEXTHOPIP.

Valid IP address

None

None

IPPATHRT

0~65535

None

None

IPPMSESSION

Valid IP address

None

None

IPPMSESSION

Valid IP address

None

None

IPPMSESSION

0~63

None

None

IPPMSESSION

UP, BIDIR

UP(Uplink)

UP(Uplink)

IPPMSESSION

0~10000

None

None

IPPMSESSION

-10000~10000

None

None

IPPMSESSION

-10000~10000

None

None

IPPMSESSION

0~1000

None

None

IPPMSESSION

0~1000

None

None

IPPMSESSION

None

None

IPPMSESSION

NEXTHOPIP in the set to NO, IPPATHRT MO LOCALIP cannot be must a valid IP set tobe 0.0.0.0. address In the of Class A, B, or C. In addition, IPPMSESSION itMO, cannot be set to is if BINDPATH 127.x.x.x set to NO,or 0.x.x.x. In the IPPATHRT LOCALIP must be a MO, board with In thethe valid IP address of SRCIP IPPMSESSION Class A,must B, orhave C. In an IPifaddress thatis MO, BINDPATH None addition, it cannot is different from set to NO, PEERIP be set to 127.x.x.x NEXTHOPIP butIPon must be a valid or 0.x.x.x. the same network address of Class A, In the segment B, or C. Inasaddition, IPPMSESSION NEXTHOPIP. It cannot be set to is MO, if BINDPATH 127.x.x.x set to NO,or 0.x.x.x. In the LOCALIP must be IPPMSESSION None different from MO, if BINDPATH is PEERIP. set to NO, If BINDPATH in the None LOCALIP must be IPPMSESSION MO This parameter is different fromPT in is setonly to NO, valid when PEERIP. the MO that IppmUpActState ThisDEVIP parameter isin is with anassociated IPPMSESSION valid only when LOCALIP MO is set in to the PMUP. IppmDownActState IPPMSESSION MO This parameter is in an cannot be set to valid only when IPPMSESSION MO PPP IppmDownActState is setor toMPGRP. PMUP. This in anparameter is valid only when MO IPPMSESSION IppmDownActState is set to PMUP. in anparameter is This IPPMSESSION valid only when MO is set to PMUP. in IppmUpActState an IPPMSESSION MO is set to PMUP. None

None

None

IPPMSESSION

None

FOUR_TUPLE(FO UR_TUPLE)

FOUR_TUPLE(FO UR_TUPLE)

IPPMSESSION

None

NO, YES

NO(No)

NO(No)

IPPMSESSION

None

0~65535

None

None

IPPMSESSION

None

NO, YES

None

None

IPPMSESSION

None

0~4294967295

None

None

IPPMSESSION

None

0~4294967295

None

None

IPPMSESSION

None

None

None

None

IPPMSESSION

None

0~7

0

0

IPRT

None

0~1

0

0

IPRT

None

0~7

None

None

IPRT

None

IDLE, ACTING, PMUP, DEACTING, UNKNOWN IDLE, ACTING, PMUP, DEACTING, UNKNOWN FOUR_TUPLE, THREE_TUPLE

0~32

0

NEXTHOP, IF

None

If IFT is set to PPP IPRT None or MPGRP, you are advised to set IFNO to 0. IPRT If IFT is set to VI, you are advised to None IPRT set IFNO to 1.

Valid IP address

None

None

IPRT


None

IPRT

Valid IP address

0

None

IPRT

1~255

60

60

IPRT

STATICHOST, STATICGATEWAY, HOST, GATEWAY

None

None

IPRT

0~47 characters

NULL

None

IPRT

In the IPRT MO, if SN is within the range from 0 to 5, this parameter must In the be set IPRT to MO, In the IPRT MO, if DSTIP or MASK E1_COVERBOARD In the IPRT MO, RTTYPE is set can be set to to IF .and parameter this IFTonly is set tois 0.0.0.0 when In theonly IPRT MO, if valid when PPP, the value both ofset them are set SN is to 6 or 7, SBT isofset to range this to 0.0.0.0. this parameter must In the IPRTisMO, if 0 E1_COVERBOARD parameter from In the IPRT MO, the In the binary value be set to SBT is set to and RTTYPE is set to 15. AND result logical into which MASK in BASE_BOARD. BASE_BOARD, to IF. IPRT MO, this In if of the DSTIP and the IPRT MO is be parameter must RTTYPE is set to IF MASK must converted, 0 be cannot set toIFT NEXTHOP. and is set to equal DSTIP. precede 1. In In the to IPRT if MPGRP, theMO, value That is, DSTIP must addition, it to can be SBT is set range of NEXTHOPIP in the be set to this a network set to 0.0.0.0 and E1_COVERBOARD parameter is from 0a IPRT MO must be address. 255.255.255.255. ,tothis parameter 3. IP valid address of DSTIP in the IPRT In thebe IPRT must set MO, to IF.if Class A, B, ora C. In MO must be valid Balanced routes either of MASK and addition, itset cannot IP address oftoClass are not is supported. DSTIP be 127.x.x.x, A, Bset ortoC. Inother Balanced routes 0.0.0.0, the 0.x.x.x, or addition, cannot are those must alsoitroutes be set to 255.255.255.255. be set to 127.x.x.x that have the same 0.0.0.0. In IPRT MO, or 0.x.x.x. destination and Anthe IPRT MO whose this parameter is An IPRT MO whose priority. Therefore, MASK and DSTIP valid only when MASK and DSTIP each IPRT MO are both set to all RTTYPE isaset to are both set to all must have unique 0s indicates a None NEXTHOP. 0s indicates a combination of default route. default route. and NEXTHOPIP None PREF.

PPP, MPGRP, ETH, ETHTRK, None LOOPINT, VI

None

IPRT

None

0~32

None

None

IPRT

None

0~7

0

0

IPSECBIND

None

0~1

0

0

IPSECBIND

None

6~7

None

None

IPSECBIND

BASE_BOARD

None

None

IPSECBIND

ETH, ETHTRK

None

None

IPSECBIND

0~1

None

None

IPSECBIND

0~15 characters

None

None

IPSECBIND

1~15 characters

None

None

IPSECPOLICY

1~10000

None

None

IPSECPOLICY

3000~3999

None

None

IPSECPOLICY

None In the IPSECBIND MO, this parameter is only when In valid the IPSECBIND SN isthis setparameter to 6 or 7. MO, is valid only when In the IPSECBIND SBT this is set to MO, parameter BASE_BOARD. is valid only when Any SBT two and PT are IPSECPOLICY both set to valid MOs values. Nonecannot have the same combination of SPGN Any twoand SPSN. The value of SPGN IPSECPOLICY in an MOs cannot have IPSECPROPOSAL the same MO is case of combination insensitive. SPGN None and SPSN.

0~15 characters

None

None

IPSECPOLICY

None

BASE_BOARD, None E1_COVERBOARD PPP, MPGRP, ETH, ETHTRK, PPP(PPP Link) LOOPINT, VI

None

IPRT

0~15 characters

None

None

IPSECPOLICY

None

DISABLE, PFS_GROUP1, PFS_GROUP2

DISABLE(Disable)

DISABLE(Disable)

IPSECPOLICY

None

GLOBAL, LOCAL

LOCAL(Local Configuration)

LOCAL(Local Configuration)

IPSECPOLICY

30~604800

3600

3600

IPSECPOLICY

0,1843200~429496 69120000 7295

69120000

IPSECPOLICY

0~7

0

None

IPSECPOLICY

None In the IPSECPOLICY MO, this parameter is In theonly when valid IPSECPOLICY LTCFG is set toMO, this parameter is LOCAL. valid only when LTCFG is set to LOCAL. None

0~1

0

None

IPSECPOLICY

None

0~7

0

None

IPSECPOLICY

1~15 characters

None

None

IPSECPROPOSAL

TUNNEL, TRANSPORT

TUNNEL(Tunnel)

TUNNEL(Tunnel)

IPSECPROPOSAL

AH, ESP, AH_ESP

ESP(ESP Protocol) ESP(ESP Protocol) IPSECPROPOSAL

None PROPNAME in the IPSECPROPOSAL MO is case In the insensitive. IPSECPROPOSAL None MO, TRANMODE is set to ESP or AH_ESP, In the ESPAUTHALG and IPSECPROPOSAL ESPENCALG MO, this parameter In the be cannot set is valid onlyboth when IPSECPROPOSAL to NULL. TRANMODE is set MO, this AH_ESP. parameter to AH In the oronly is valid when IPSECPROPOSAL TRANMODE is set MO, thisorparameter to ESP AH_ESP. is valid only when TRANMODE is set to ESP or AH_ESP. None

NULL, MD5, SHA1 SHA1(SHA1)

SHA1(SHA1)

IPSECPROPOSAL

NULL, MD5, SHA1 SHA1(SHA1)

SHA1(SHA1)

IPSECPROPOSAL

NULL, DES, 3DES, AES128, AES192, AES128(AES128) AES256

AES128(AES128)

IPSECPROPOSAL

0~7

0

None

IPSECPROPOSAL

0~1

0

None

IPSECPROPOSAL None

0~7

0

None

IPSECPROPOSAL None


None

LOCALETHPORT

None

UP, DOWN

None

None

LOCALETHPORT

None

0~4294967295

None

None

LOCALETHPORT

None

0~4294967295

None

None

LOCALETHPORT

None

0~4294967295

None

None

LOCALETHPORT

None

0~4294967295

None

None

LOCALETHPORT

None

0~7

0

Planned IP address of the local LOCALIP maintenance Planned subnet channel on a board mask of the local LOCALIP maintenance channel on a board 0 LR

0~1

0

0

LR

0~7

None

None

LR

MPGRP, ETH, ETHTRK

None

None

LR

0~3

None

None

LR


DISABLE(Disable)

LR

32~360000

None

None

LR

32~300000

None

None

LR

0~300000

None

None

LR

Valid IP address

192.168.0.49

Valid Mask address 255.255.255.0


If PT is set to None MPGRP, you are advised to set DLCIR to 31744. If PT is set to ETH or ETHTRK, you are 0 advised to set DLCIR to 300000.

LR LR

IP in the LOCALIP MO must be set to a IP address Invalid the binary value of Class A,MASK B, or C. into which in In addition, it MO is the LOCALIP cannot be 127.x.x.x converted, 0 cannot or 0.x.x.x.1. In precede addition, it cannot be set to 0.0.0.0 or None 255.255.255.255. In the LR MO, if None SBT is set to E1_COVERBOARD None , this parameter In thebe LRset MO, must to if PT In the to LRMPGRP, MO, this is set MPGRP. parameter is valid the value In the LR range MO, if of only when LRSW this parameter is is SBT isLR setMO, to this In the set to0ENABLE. from to 3. BASE_BOARD, this parameter is valid In the LR MO, if PT parameter can be is only when LRSW is set to ETH, the ETH set to ETH or orthis set to range ENABLE. In the LR MO, value of CIR ETHTRK, this None ETHTRK. In the LR if PT parameter is valid is from 32MO, to parameter can be is set to ETH, the is only LRSW 360000. set towhen 0 or 1. value of ifCIR set to range ENABLE. In the LR MO, PT is from 32 to In the to LRETHTRK, MO, if PT is set 300000. In the LRETH, MO, this is to the theset value range of In the range LR MO, if SN parameter is valid value of this parameter CIR isPT is within the rangeis set to0to ETHTRK, only when LRSW is from to360000. 300000. from 32 from 0 to 5, this the value range set to ENABLE. In the LR MO, if of PT parameter mustifisbe this parameter In the LRETHTRK, MO, PT is set to MPGRP set to from 32 300000. is set to to ETH, theof the value range E1_COVERBOARD In the LR MO, value range of ifisPT this parameter .is set0 toto MPGRP DLCIR isto from 32 to from 300000. 32 31744. In LR SN the value range 540000. In the the LR MO, MO, ifif of PT is set to 6 or 7, this this parameter is In the LR MO, if is set to MPGRPPT parameter must of be from 32 155000. is set to to ETHTRK, the value range set to the rangeisof this value parameter None BASE_BOARD. DLCIR is 155000. from 32 to from 0 to 300000. In the LR MO, if PT None is set to MPGRP, the value range of DLCIR None is from 32 to 31744.

32~540000

None

0~7

0

0~1

0

0

MPGRP

0~5

None

None

MPGRP

0~3

None

None

MPGRP

None


DISABLE(Disable)

MPGRP

NONAUTH, PAP, CHAP

PAP(PAP Authentication)


MPGRP

0~67 characters

None

None

MPGRP

0~19 characters

None

None

MPGRP

Valid IP address

0.0.0.0

None

MPGRP


None

MPGRP

None MASK in the MPGRP MO must None In MPGRP bethe valid, that is,MO, 0 is In MPGRP thethe value of to MO, not allowed this parameter is LOCALIP precede 1.must In be valid only when different from addition, it canthat be of In the MPGRP AUTH is set to MO, PAP PEERIP. set to 0.0.0.0 oris this parameter or CHAP. in the LOCALIP 255.255.255.255. valid only when MPGRP must In the MPGRP MO, AUTH is MO set to PAP be a valid IP after the logical or CHAP. address of Class AND operation is A, Class Class C. appliedB,toorLOCALIP In addition, and MASK, itboth cannot be setIDtoand a the Network reserved IP cannot the Host ID address, that be all 0s or allis, Fs 0.x.x.x 127.x.x.x, except or when but it can be set0s. to LOCALIP is all 0.0.0.0. In the MPGRP MO, MASK cannot be all 0s if LOCALIP is

MPGRP

Valid IP address

0.0.0.0

None

MPGRP

LONG, SHORT

LONG(Long)

LONG(Long)

MPGRP


DISABLE(Disable)

MPGRP

128~1500

256

256

MPGRP

1~512

192

192

MPGRP

3~1500

1500

1500

MPGRP

1~1000

10

10

MPGRP

4,8

8

8

MPGRP


ENABLE(Enable)

MPGRP

0~1000

100

100

MPGRP

0~1000 INITIAL, STARTING, UP, DOWN CLOSED, INITIAL, STOPPED, STARTING, CLOSING, CLOSED, STOPPING, STOPPED, REQSENT, CLOSING, ACKRCVD, STOPPING, ACKSENT, REQSENT, OPENED ACKRCVD, Valid IP address ACKSENT, OPENED Valid IP address

50

50

MPGRP

None

None

MPGRP

In the MPGRP MO, LOCALIP must be different from PEERIP. PEERIP in the MPGRP MO must be a valid IP address of Class A, In MPGRP MO, B, the or C. In addition, this parameter is it cannot be set to a valid onlyIP when reserved MCPPP setis, to address,isthat ENABLE. 0.x.x.x or 127.x.x.x, None In MPGRP butthe it can be setMO, to MAXMFLEN must 0.0.0.0. be larger than None In the MPGRP MO, MAXSFLEN and MAXMFLEN the minimum must be larger than difference is 2. MAXSFLEN and In the MPGRP MO, the minimum this parameter is In the MPGRP difference is 2. MO, valid when InMCPPP theonly MPGRP MO, ifIn is setMO, to the MPGRP MUXCP is set to this parameter is ENABLE and MHO this parameter is ENABLE. valid when is setonly to LONG, valid only when this MUXCP is set parameter be MUXCP is can set to to ENABLE. set to 4 or 8. ENABLE. In the MPGRP MO, if MCPPP is set to ENABLE and MHO None In the to MPGRP MO, is set SHORT, the of must this value parameter MPDAAT must be be set to 4. larger than or equal In the MPGRP MO, to that of MPDADT. MPDAAT must be larger than or equal to MPDADT. None

None

None

MPGRP

None

None

None

MPGRP

None

None

None

MPGRP

None

None

None

MPGRP

None

Valid IP address

None

None

MPGRP

None


None

MPGRP

None

128~1500

None

None

MPGRP

None


None

MPGRP

None


None

MPGRP

None


None

MPGRP

None


None

MPGRP

None

0~4294967295

None

None

MPGRP

None

0~4294967295

None

None

MPGRP

None

0~4294967295

None

None

MPGRP

None

0~4294967295

None

None

MPGRP

None

0~4294967295

None

None

MPGRP

None

Valid IP address

None

None

MPGRP

E1_COVERBOARD None

None

MPGRP

0~4294967295

None

None

MPGRP

None In the MPGRP MO, this parameter is valid only when SN is within the range from 0 to 5. None

0~4294967295

None

None

MPGRP

None

0~4294967295

None

None

MPGRP

None

0~4294967295

None

None

MPGRP

None

0~4294967295

None

None

MPGRP

None

0~4294967295

None

None

MPGRP

None

0~7

0

0

MPLNK

None

0~1

0

0

MPLNK

In the MPLNK MO, SRN must be the same as E1T1SRN.

0~5

None

None

MPLNK

0~15

0

0

MPLNK

0~3

0

0

MPLNK

0~1

0

0

MPLNK

0~5 TS1, TS2, TS3, TS4, TS5, TS6, TS7, 0~7 TS8, TS9, TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, 128~1500 TS25, TS26, TS27, TS28, TS29, TS30, TS31

None

None

MPLNK

0

0

MPLNK

None

None

MPLNK

1500

1500

MPLNK

None In the MPLNK MO, this parameter is valid only when SN In the MPLNK MO, and SBT are both this parameter is In the MPLNK MO, set to valid values. only when SN ifvalid the value of SN is Before adding an and SBTMO, are both different from that of MPLNK ensure In the MPLNK MO, set to valid values. E1T1SN, indicating that E1/T1 SRNthere mustare be the an inter-board ports board same on as the E1T1SRN. MLPPP link,with TSN associated must be all E1T1SN. In the MPLNK MO, selected. In MPLNK MO, thisthe parameter is The valid this parameter valid only value whenisSN, range of TSN inand the valid only when SN SBT, E1T1SN, MPLNK and SBTMO are both E1T1SBT arevaries all set with setting of setvalid tothe valid values. to values. WORKMODE:If WORKMODE in the associated E1T1 None MO is set to E1_UBA or E1_BA, the value range is from TS1 to TS31; if WORKMODE in the associated E1T1 MO is set to T1, the value range is from


ENABLE(Enable)

MPLNK

None


ENABLE(Enable)

MPLNK

None

MPLNK

MPLNK

None In the MPLNK MO, this parameter is valid only when SN In the MPLNK MO, is within the range this is fromparameter 0 to 5. valid only when SN and SBT are both set to valid values. None

MPLNK

None

1~65535

3000

E1_COVERBOARD None E1_COVERBOARD INITIAL, STARTING, UP, DOWN CLOSED, STOPPED, CLOSING, STOPPING, REQSENT, ACKRCVD, 128~1500 ACKSENT, OPENED DISABLE, ENABLE

None None None

If SBT is set to 3000 BASE_BOARD or BACK_BOARD, you Noneare advised to set MPGRPSBT to BASE_BOARD. If SBT is set to E1_COVERBOARD , you are advised to None set to MPGRPSBT to E1_COVERBOARD None .

MPLNK MPLNK

None

None

MPLNK

None

None

None

MPLNK


None

MPLNK

E1_COVERBOARD None

None

MPLNK

0~4294967295

None

None

MPLNK

0~4294967295

None

None

MPLNK

None In the MPLNK MO, if E1T1SN is the same None as SN, E1T1SBT must be the same as SBT. In the MPLNK MO, this parameter is valid only when SN, None SBT, E1T1SN are all set to valid values. None

0~4294967295

None

None

MPLNK

None

0~4294967295

None

None

MPLNK

None

0~4294967295

None

None

MPLNK

0~4294967295

None

None

MPLNK

0~4294967295

None

None

MPLNK

0~4294967295

None

None

MPLNK

MASTER, SLAVE

None

None

OMCH

Valid IP address

None

None

OMCH

Valid IP address

None

None

OMCH

Valid IP address

None

None

OMCH

None IP in the OMCH MO must be set to an IP address None of Class A, B, or C. In addition, it cannot be set to None 127.x.x.x or 0.x.x.x. In the logic AND result of IP and None MASK in an OMCH PEERIP in the MO, neither the OMCH MO must be Network ID nor the MASK in an OMCH None set to an IP address Host ID can be all MO must be set to of Class A, B,(0orisC. 0s or allmask 1s. a valid In addition, the OMCH not allowed ittoMO, cannot to IP mustbe be different precede 1).set 127.x.x.x or 0.x.x.x. from DSTIP. MASK in the OMCH In logic AND OMCH MOthe cannot beMO, set if result of PEERIP BRT is set to YES, to 0.0.0.0. and PEERMASK IP must be different In the OMCH MO,inif an OMCH MO, from DSTIP. BEAR is set to IP, neither the Network In the OMCH if MASK can beMO, set to ID nor the Host ID BRT is set to YES, 255.255.255.255. can be all or all IP must be0s different 1s if PEERMASK from NEXTHOPIP.is not setOMCH to In the MO, 255.255.255.255. IP must be different In thePEERIP. OMCH MO, from

PEERMASK in an OMCH MO must be set to a valid mask (0 is not allowed to precede 1). MO, In In the the OMCH OMCH MO, if if PEERMASK the BRT is set set to to in YES, BRT is YES, OMCH must MO must cannot DSTIP be abe DSTMASK be setthat toaddress. 0.0.0.0. network valid, is, 0 is In the OMCHtoMO, if None not allowed BEAR isset setto IP, BRT is YES, precede 1. Into MASK can bebeset DSTIP must addition, it can be to None 255.255.255.255. 0.0.0.0 or an IP set to 0.0.0.0 or address of Class A, 255.255.255.255. B, or COMCH excluding In the MO, if None reserved BRT is setIPto YES, addresses. That is, a route is regarded In the OMCH MO, itNone cannot be set to as a valid default this parameter 127.X.X.X or is one only when valid only 0.X.X.X. DSTIP andwhen BEAR is setare toMO, In the OMCH if DSTMASK both IPV4, and SNtoand BEAR is set IPV4 set to 0.0.0.0. SBT are set toMO, valid and BRT is set to if In the OMCH values. YES,isa set route is BRT to YES In the OMCH if regarded as aMO, valid and DSTMASK is BRT isOMCH set toonly YES, In the MO, default one set to NEXTHOPIP must this parameter is when DSTIP and 255.255.255.255, be on the same valid only when DSTMASK DSTIP mustare be both set network segment BEAR, SN, and of setan to IP 0.0.0.0. to address as IPare in aallDEVIP SBT setMO, In the OMCH Class A, B, or C.toInif MO whose PT is valid values and BEAR and BRT this parameter isare addition, it cannot not set to BRT set127.x.x.x toand YES. set set tois IPV4 valid only when be to LOOPINT. In YES respectively, BRT is set to YES. or other 0.x.x.x. addition, DSTIP must be In the OMCH MO, if NEXTHOPIP must different from IP. BRT is set to YES, be set OMCH to an IPMO, In the if either of DSTIP address of Class A, None this parameter and DSTMASKisis B, or C and cannot validtoonly when set 0.0.0.0, the be set to 127.x.x.x BEARmust is setalso to IPV4 other be None or 0.x.x.x. In OMCH and is setMO, to setthe toBRT 0.0.0.0. In the OMCH MO, this parameter is YES. In the OMCH MO, this parameter is valid only when this parameter is valid only when RT BEAR and SN are valid only when is setset to NEXTHOP. both to valid BEAR is set to IPV4 values. None and BRT is set to YES.

Valid IP address

None

None

OMCH

0~7

0

0

OMCH

0~1

0

0

OMCH

0~7

None

None

OMCH

IPV4

IPV4(IPV4)

IPV4(IPV4)

OMCH

NO, YES

NO(No)

NO(No)

OMCH

Valid IP address

None

None

OMCH

Valid IP address

None

None

OMCH

NEXTHOP

NEXTHOP(Next Hop)

None

OMCH

1~255

60

60

OMCH

Valid IP address

None

None

OMCH

NORMAL, ABNORMAL, UNKNOWN

None

None

OMCH

INUSE, UNUSED

None

None

OMCH

BASE_BOARD

None

None

OMCH

0~7

0

0

PACKETFILTER

0~1

0

0

PACKETFILTER

None

6~7

None

None

PACKETFILTER

None

ETH, ETHTRK

None

None

PACKETFILTER

0~3

None

None

PACKETFILTER

3000~3999

None

None

PACKETFILTER

In the None PACKETFILTER MO, this parameter is valid only when SN, SBT, and PT are all set to valid None values.

PERMIT, DENY

PERMIT(Permit)

PERMIT(Permit)

PACKETFILTER

BASE_BOARD

None

None

PACKETFILTER

0~4294967295

None

None

PACKETFILTER

None In the PACKETFILTER MO, this parameter is valid only when SN is set to 6 or 7. None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

None

0~4294967295

None

None

PACKETFILTER

Valid IP address

None

None

PINGFILTER


None

PINGFILTER

0~7

0

0

PORTSECURITY

0~1

0

0

PORTSECURITY

0~7

None

None

PORTSECURITY


None

PORTSECURITY

IP in the None In the binary value PINGFILTER MO into MASK mustwhich be a valid IPin the PINGFILTER address of Class A, MO converted, 0 B, orisC. In addition, cannot precede 1. It cannot be set to In addition, 127.x.x.x orthe 0.x.x.x. binary value can be set to None 255.255.255.255, but cannot be set to In the 0.0.0.0. PORTSECURITY None MO, if SN is within the range from 0 to In the None 5, this PORTSECURITY In the parameter must setistoset to MO, ifbe SBT PORTSECURITY E1_COVERBOARD BASE_BOARD, MO, if SBT is setthis to .BASE_BOARD parameter can be and In setthe to set ETH. PT is to ETH, PORTSECURITY In the this parameter can MO, if SN PORTSECURITY be set to 0isorset 1. to 6 or 7, this parameter MO, if SBT is set to In the must be set to E1_COVERBOARD PORTSECURITY BASE_BOARD. , this ifparameter MO, SBT is set to must be E1_COVERBOARD None set to E1T1. and PT is set to E1T1, the value None of this range parameter is from 0 to 7.

ETH, E1T1

ETH(Ethernet Port) ETH(Ethernet Port) PORTSECURITY

0~7

None

None

PORTSECURITY


ENABLE(Enable)

PORTSECURITY

0~7

0

PPPLNK

0

0~1

0

0

PPPLNK

0~5

None

None

PPPLNK

0~15

None

None

PPPLNK

0~7

None

None

PPPLNK

NONAUTH, PAP, CHAP



PPPLNK

0~67 characters TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS9, 0~19 TS8, characters TS10, TS11, TS12, TS13, TS14, TS15, TS16, TS17, TS18, TS19, TS20, TS21, TS22, TS23, TS24, Valid address TS25,IPTS26, TS27, TS28, TS29, TS30, TS31 Valid Mask address

None

None

PPPLNK

None

None

PPPLNK

None

None

PPPLNK

0.0.0.0

None

PPPLNK

0.0.0.0

None

PPPLNK

Valid IP address

0.0.0.0

None

PPPLNK


DISABLE(Disable)

PPPLNK

1~512

192

192

PPPLNK

3~1500

1500

1500

PPPLNK

1~1000

10

10

PPPLNK


ENABLE(Enable)

PPPLNK

128~1500

1500

PPPLNK


ENABLE(Enable)

PPPLNK


ENABLE(Enable)

PPPLNK

LOCALIP in the PPPLNK MO must be a valid IP address of Class A, Class B, or Class C. In addition, it None cannot be set to a reserved IP address, that is, None In the PPPLNK MO, 0.x.x.x or 127.x.x.x, this but itparameter can be setisto valid only when SN 0.0.0.0. In the PPPLNK MO, and SBT are both In the PPPLNK MO, this parameter is set to validmust values. LOCALIP be valid onlyfrom when SN different and SBT are both PEERIP. set to valid values. If PTvalid in thevalue DEVIP None The In the PPPLNK MO is set to range of TSNPPP, in MO, the this parameter is LOCALIP in the PPPLNK MO varies valid onlysetting when PPPLNK MO must with the of In PPPLNK MO, AUTH is setfrom to PAP bethe different IP WORKMODE:If this parameter is or CHAP. in the DEVIP MO. WORKMODE in the valid when In theonly MO, If PT inPPPLNK DEVIP MASK inthe the associated E1T1 AUTH is set totoPAP LOCALIP must be MO is not set PPPLNK MO must MO is set to or CHAP. different from PPP, LOCALIP be valid, that is, in 0 is E1_UBA or E1_BA, PEERIP. the PPPLNK not toMOis the allowed value range If PEERIP must be different precede 1.toisInTS31; from TS1 inconsistent with from IP in addition, itthe can be (2) If WORKMODE the local IP address DEVIP MO. In set to 0.0.0.0 or in the associated configured attwo the IP addition, 255.255.255.255. E1T1 MOthe is set to peer end, the PPP addresses must be In the PPPLNK MO, T1, the value range In the MO, negotiation fails. on thePPPLNK network MASK cannot be all is from TS1 to MRU must be PEERIP inthat thelarger segments are 0s if LOCALIP is TS24. than or equal to PPPLNK must exclusive of each not all 0s.MO MAXSFLEN. be a valid IP other. In the PPPLNK MO, In the PPPLNK MO, address of LOCALIP inClass the None must MASK be allA, MAXMFLEN must Class B, or Class C. PPPLNK MO must 0s the if LOCALIP isMO, all In PPPLNK be larger than In addition, it be different from 0s. must be larger MRU MAXSFLEN and cannot be in setthe to a LOCALIP than or equal to the minimum reserved IP MPGRP MO. In MAXMFLEN. difference is 2. address, that is, IP addition, the two In the PPPLNK MO, In the PPPLNK 0.x.x.x or 127.x.x.x, addresses must be In the PPPLNKisMO, MO, this parameter this parameter is but itparameter can be setisto on network this valid only when valid only 0.0.0.0. segments that are valid onlyiswhen when MUXCP set to MUXCP is set to exclusive of each MUXCP is set to ENABLE. ENABLE. other. ENABLE. None If SN in the PPPLNK MO is different None from SN in the OMCH MO, LOCALIP in the PPPLNK MO must None be different from LOCALIP in the None OMCH MO.

1~65535 INITIAL, STARTING, UP, DOWN CLOSED, INITIAL, STOPPED, STARTING, CLOSING, CLOSED, STOPPING, STOPPED, REQSENT, CLOSING, ACKRCVD, STOPPING, ACKSENT, REQSENT, OPENED ACKRCVD, ACKSENT, OPENED

3000

3000

PPPLNK

None

None

None

PPPLNK

None

None

None

PPPLNK

None

None

None

PPPLNK

None

1500

INITIAL, STARTING, CLOSED, STOPPED, CLOSING, STOPPING, REQSENT, ACKRCVD, Valid IP address ACKSENT, OPENED Valid IP address

None

None

PPPLNK

None

None

None

PPPLNK

None

None

None

PPPLNK

None

Valid IP address

None

None

PPPLNK

None


None

PPPLNK

None


None

PPPLNK

None


None

PPPLNK

None

128~1500

None

None

PPPLNK

None


None

PPPLNK

None

0~4294967295

None

None

PPPLNK

None

0~4294967295

None

None

PPPLNK

None

0~4294967295

None

None

PPPLNK

None

0~4294967295

None

None

PPPLNK

None

0~4294967295

None

None

PPPLNK

None

Valid IP address

None

None

PPPLNK

1~1000

10

10

PPPLNK

1~1000

6

6

PPPLNK

E1_COVERBOARD None

None

PPPLNK

0~4294967295

None

None

PPPLNK

None In the PPPLNK MO, FFDPHOLD must be smaller than FFAPHOLD. None In the PPPLNK MO, this parameter is valid only when SN is within the range from 0 to 5. None

0~4294967295

None

None

PPPLNK

None

0~4294967295

None

None

PPPLNK

None

0~4294967295

None

None

PPPLNK

None

0~4294967295

None

None

PPPLNK

None

In the PRI2QUE MO, Noneif PRI1 is set to 0, the value of PRI0 In thebe PRI2QUE must larger than MO, if PRI2 is set or equal to that of to 0, the value of PRI1 PRI1.Otherwise, In thebe PRI2QUE must larger than the value of is PRI0 MO, if PRI3 set or equal to that of to must be larger than 0, the value of PRI2 PRI2.Otherwise, that ofbe PRI1. In the PRI2QUE must larger than the value of is PRI1 MO, if PRI4 set or equal to that of to must larger than 0, thebe value of PRI3 PRI3.Otherwise, that ofbe PRI2. In the PRI2QUE must larger than the value of is PRI2 MO, if PRI5 set or equal to that of to must be larger than 0, the value of PRI4 PRI4.Otherwise, that ofbe PRI3. In the PRI2QUE must larger than the value of is PRI3 MO, if PRI6 set or equal to that of to must larger than 0, thebe value of PRI5 PRI5.Otherwise, that ofbePRI4. must larger than the value of PRI4 or equal to that of must be larger than PRI6.Otherwise, that of PRI5. the value of PRI5 None must be larger than that of PRI6.

0~4294967295

None

None

PPPLNK

0~63

46

46

PRI2QUE

0~63

34

34

PRI2QUE

0~63

26

26

PRI2QUE

0~63

18

18

PRI2QUE

0~63

10

10

PRI2QUE

0~63

0

0

PRI2QUE

0~63

0

0

PRI2QUE

0~7

0

0

RSCGRP

None

0~1

0

0

RSCGRP

None

0~7

None

None

RSCGRP

IP

None

None

RSCGRP


None

RSCGRP


None

RSCGRP

0~15 0 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, None 14, 15, DEFAULTPORT KBPS None

0

RSCGRP

None

RSCGRP

None

RSCGRP

32~360000

None

None

RSCGRP

32~540000

None

None

RSCGRP

64~400000

None

64~450000

None

0~3

0

0

RSCGRP

1~100

100

100

RSCGRP

The recommended value is twice the RSCGRP TX bandwidth. The recommended value is twice the RSCGRP TX bandwidth.

In the RSCGRP None MO, if SN is within the range from 0 to 5, this parameter In None In the the RSCGRP RSCGRP must be MO, if SBT settoto MO, if PTset isisto set E1_COVERBOARD BASE_BOARD, PPP, the value this .range parameter can be of this In the RSCGRP set to ETH orfrom 0 parameter is MO, if SN is set to 6 ETHTRK. to 15. opr 7, this In the RSCGRP In the RSCGRP parameter be MO, ifif PT SBTismust isset setto to MO, set to E1_COVERBOARD MPGRP, the value ,BASE_BOARD. this parameter can range of this be set to PPP or parameter is from 0 None MPGRP. to In 3. the RSCGRP In the RSCGRP MO, this parameter MO, TXCBS must PTset is to set to mustifbe be larger than or ETH or ETHTRK, KBPS if BEAR is equal to TXBW.can this parameter set to IP. In the be set RSCGRP to 0 or 1. None MO, if PT is set to PPP or MPGRP, the None value range of this parameter is from 64 to 200000. In In the the RSCGRP RSCGRP MO, MO, this if PTparameter is set to is valid when ETH or only ETHTRK, SN, BEAR, SBT,of the value range In the RSCGRP PT, and RU areisall this parameter MO, this parameter set to valid values. from 64only to 400000. is valid when In the RSCGRP BEAR is set to IP. must MO, TXCBS this parameter bevalid larger than or is only when equal to BEAR is TXCIR. set to IP.

In the RSCGRP MO, TXCBS must be larger than or equal to TXCIR. In the RSCGRP In the RSCGRP MO, parameter In thethis RSCGRP MO, this parameter is valid only when MO, this parameter is valid only when BEAR is set to IP is validisonly when BEAR set totoIP and PT is set In the RSCGRP BEAR isisset totoIP and PT set In the RSCGRP ETH or ETHTRK. MO, this parameter and PT is set to ETH or only ETHTRK. MO, this parameter is valid when ETH or ETHTRK. is validisonly BEAR set when to IP In the RSCGRP BEAR isisset totoIP and PT set MO, TXPIR must and PT is set to be ETH orthan ETHTRK. larger or equal ETH ETHTRK. In theorRSCGRP to TXCIR. In theRXPIR RSCGRP MO, must MO, TXPBS be larger thanmust or be larger than or equal to RXCIR. equal None to TXPIR. In the RSCGRP MO, TXPBS must None be larger than or equal to TXCBS.

64~360000

None

None

RSCGRP

64~540000

None

None

RSCGRP

64~360000

None

None

RSCGRP

64~540000

None

None

RSCGRP

64~400000

None

None

RSCGRP

0~4294967295

None

None

RSCGRP

0~4294967295

None

None

RSCGRP

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

SINGLE_RATE, DUAL_RATE

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~4294967295

None

None

RSCGRP

None

0~7

0

0

RSCGRPALG

None

0~1

0

0

RSCGRPALG

None

0~7

None

None

RSCGRPALG

None


None

RSCGRPALG

None


None

RSCGRPALG

None

0~15 0 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, None 14, 15, DEFAULTPORT OFF, ON OFF(Off)

0

RSCGRPALG

None

None

RSCGRPALG

None

OFF(Off)

RSCGRPALG

None

OFF, ON

OFF(Off)

OFF(Off)

RSCGRPALG

None

OFF, ON

OFF(Off)

OFF(Off)

RSCGRPALG

None

0~1000

30

30

RSCGRPALG

None

0~10000

50

50

RSCGRPALG

None


ENABLE(Enable)

RSCGRPALG

None


DISABLE(Disable)

RSCGRPALG

None

0~6

3

3

RSCGRPALG

0~500

50

50

RSCGRPALG

0~500

25

25

RSCGRPALG

0~1000000

0

0

RSCGRPALG

None In the RSCGRPALG MO, the value of CCTTH must In thebe smaller than that of CTTH. RSCGRPALG MO, CCTTH must be smaller than CTTH. None

0~1000000

0

0

RSCGRPALG

None

0~8192

1000

1000

RSCGRPALG

None

0~47

None

None

SCTPLNK

None

0~7

0

0

SCTPLNK

0~1

0

0

SCTPLNK

0~7

None

None

SCTPLNK

1~34

17

17

SCTPLNK

Valid IP address

0.0.0.0

None

SCTPLNK

In the SCTPLNK None MO, LOCIP, SECLOCIP, None PEERIP, and SECPEERIP must be mutually None different with the IP address of 0.0.0.0 being None excluded. That is, SECLOCIP and SECPEERIP can be both set to all 0s, while neither LOCIP nor PEERIP can be set to all 0s. The LOCIP parameter in the SCTPLNK MO must be a valid IP address of Class A,

on theC.basis of RTOINIT, B, or In addition, RTOINIT, itRTOALPHA, cannot be set to RTOALPHA, RTOBETA and the 127.x.x.x 0.x.x.x, PEERIP inorand the RTOBETA the actual delay of each but can be MO set to SCTPLNK must actual delay of each transmission. 0.0.0.0. In the SCTPLNK be a valid IP transmission. The formulas used In the SCTPLNK MO, LOCIP, address of Class A, The formulas used to calculate the link MO, LOCIP, SECLOCIP, B, or C. In addition, to calculate the link disconnection SECLOCIP, PEERIP, andset to it cannot be disconnection duration are PEERIP, and SECPEERIP must 127.x.x.xare or 0.x.x.x. duration scenario-specific SECPEERIP must be mutually In the SCTPLNK scenario-specific and described as be mutually different with the None MO, LOCIP, asIP and described follows: different with the IP address of 0.0.0.0 SECLOCIP, follows: 1) When the0.0.0.0 link is address of being excluded. PEERIP, andlink is 1) When the idle (that is, no data being excluded. That is, SECLOCIP SECPEERIP must idle (that is, no data is transmitted on That is, SECLOCIP and SECPEERIP be mutually on is transmitted the link), the set to and SECPEERIP can be both different with the IP the link), the heartbeat check is can be both set to all 0s, while neither address of 0.0.0.0 heartbeat check is used. In this case, all 0s, while neither LOCIP nor PEERIP being In excluded. used. this case, the link LOCIP PEERIP can be set to all 0s. None Thatlink is,nor SECLOCIP the disconnection can be set to in allthe 0s. SECPEERIP and SECPEERIP disconnection duration is:MO must SCTPLNK can be both to duration is: set (HB RTO) * be a +valid IPneither all 0s, while (HB + RTO) * MAXASSOCRETR, address of Class A, LOCIP nor PEERIP MAXASSOCRETR, where B, or C. In addition, can beSCTPLNK set to all 0s. where the MAXASSOCRETR itIncannot be set to MAXASSOCRETR MO, RTOINIT must is the maximum 127.x.x.x or 0.x.x.x, is the maximum be larger than number of set or but can be to number of equal to retransmissions 0.0.0.0. RTOMINon retransmissions on and smaller thanand the association the association and RTOMAX. HB is the value of None HB is the value of HBINTER. HBINTER. 2) When there is 2) When there is None data transmission data transmission on the link, the on the link,check the is heartbeat None heartbeat check is notthe used. The data In SCTPLNK not used. The data acknowledgment MO, acknowledgment message SACK is MAXASSOCRETR message SACK is In thebe SCTPLNK used for link status must larger than used for link status MO, detection. In this MAXPATHRETR. detection. In this MAXASSOCRETR case, the link case, the link must be larger disconnection than disconnection MAXPATHRETR. duration is: None duration RTO * is: RTO * MAXASSOCRETR MAXASSOCRETR None In the SCTPLNK MO, RTOMAX must be larger than None RTOMIN.

Valid IP address

0.0.0.0

None

SCTPLNK

1024~65535

None

None

SCTPLNK

Valid IP address

0.0.0.0

None

SCTPLNK

Valid IP address

0.0.0.0

None

SCTPLNK

1024~65535

None

None

SCTPLNK

10~59999

1000

1000

SCTPLNK

11~60000

3000

3000

SCTPLNK

10~59999

1000

1000

SCTPLNK

1~99

12

12

SCTPLNK

1~99

25

25

SCTPLNK

1000~60000

5000

5000

SCTPLNK

2~254

10

10

SCTPLNK

1~253

5

5

SCTPLNK


DISABLE(Disable)

SCTPLNK


DISABLE(Disable)

SCTPLNK

ALDER32, CRC32

CRC32(CRC32)

None

SCTPLNK

ENABLE(Enable)

ENABLE(Enable)

SCTPLNK

10

10

SCTPLNK

None

None

SCTPLNK

None In the SCTPLNK MO, this parameter is valid only when AUTOSWITCH is set to ENABLE. None

None

None

SCTPLNK

None

None

None

SCTPLNK

None

None

None

SCTPLNK

None

None

None

SCTPLNK

None

SCTP_TRANSFER DISABLE, ENABLE _CAUSE_START, SCTP_TRANSFER _CAUSE_LINKDO 1~254 WN, SCTP_STAT_DOW SCTP_TRANSFER N, _CAUSE_PORTDI SCTP_STAT_CON SABLED, GESTION, SCTP_TRANSFER SCTP_STAT_UP _CAUSE_INIT, SCTP_TRANSFER _CAUSE_UNKNO None WERROR, SCTP_TRANSFER _CAUSE_NORMAL 0~34 , SCTP_TRANSFER _CAUSE_USERDE 0~34 LETE

ACTIVE, STANDBY None

None

SCTPLNK

None

UNBLOCK, BLOCK

UNBLOCK(Unblock UNBLOCK(Unblock SCTPLNK ) )

10~500

200

200

SCTPLNK

0~47 characters

NULL

None

SCTPLNK

OFF, ON

ON(On)

ON(On)

TACALG

OFF, ON

ON(On)

ON(On)

TACALG

0~100

100

100

TACALG

0~100

100

100

TACALG

0~100

100

100

TACALG

0~100

100

100

TACALG

None If RSCGRPDLCACS None WITCH in the TACALG MO and TRMDLOLCSWITC None H in the TOLCALG MO are both set to None ON, TRMDLVIPUSERC ACTH in the TACALG MO must be smaller than or equal None to TRMDLOLCRELTH in the TOLCALG None MO and larger than or equal to TRMDLUSERCACT None H in the TACALG MO. None

0~100

10

10

TACALG

None

0~100

100

100

TACALG

None

0~100

100

100

TACALG

None

0~100

100

100

TACALG

None

0~100

100

100

TACALG

0~100

90

90

TACALG

0~100

90

90

TACALG

0~100

85

85

TACALG

0~100

85

85

TACALG

0~100

85

85

TACALG

0~100

85

85

TACALG

0~100

85

85

TACALG

0~100

85

85

TACALG

None In the TACALG MO, TRMULHOCACTH must be larger than In the TACALG MO, In the TACALG MO, or equal to TRMULGOLDCAC TRMDLHOCACTH TRMULGOLDCAC TH must be larger must be larger than TH. In theor TACALG than equal toMO, or equal to TRMDLGOLDCAC TRMULSILVERCA TRMDLGOLDCAC TH must be larger CTH. TH. In theorTACALG than equal toMO, In the TACALG MO, TRMULSILVERCA TRMDLSILVERCA TRMULHOCACTH CTH must be larger CTH. must be largertothan In theor TACALG MO, than equal In the TACALG MO, or equal to TRMDLSILVERCA TRMULBRONZEC TRMDLHOCACTH TRMULGOLDCAC CTH must be larger ACTH. must beequal largertothan TH. than or In the TACALG MO, or equal to TRMDLBRONZEC TRMULGOLDCAC TRMDLGOLDCAC ACTH. TH must be larger TH. In the the TACALG MO, In than orTACALG equal toMO, TRMULSILVERCA TRMDLGOLDCAC TRMULSILVERCA CTH mustbebelarger larger TH must CTH. In the TACALG MO, than or equal to than or equal to TRMDLSILVERCA TRMULBRONZEC TRMDLSILVERCA CTH must be larger ACTH. CTH. than or equal to TRMDLBRONZEC ACTH.

0~100

100

100

TACALG

None

0~100

100

100

TACALG

None

OFF, ON

OFF(Off)

OFF(Off)

TACALG

None

OFF, ON

OFF(Off)

OFF(Off)

TACALG

None

OFF, ON

ON(On)

ON(On)

TACALG

None

OFF, ON

ON(On)

ON(On)

TACALG

None

OFF, ON

OFF(Off)

OFF(Off)

TACALG

None

OFF, ON

OFF(Off)

OFF(Off)

TACALG

None

FLOW_CTRL, NON_FLOW_CTRL None NON_FLOW_CTRL (None Flow Control)

TACALG

None

FLOW_CTRL, FLOW_CTRL(Flow None NON_FLOW_CTRL Control)

TACALG

None


TACALG

None


TACALG

None


TACALG

0~100

70

70

TLDRALG

0~100

70

70

TLDRALG

0~100

65

65

TLDRALG

0~100

65

65

TLDRALG

0~100

50

50

TLDRALG

0~100

50

50

TLDRALG

0~100

45

45

TLDRALG

0~100

45

45

TLDRALG

OFF, ON

ON(On)

ON(On)

TOLCALG

OFF, ON

ON(On)

ON(On)

TOLCALG

In the TLDRALG None MO, the value of TRMULLDRTRGTH In thebe TLDRALG In the TLDRALG must larger than MO, the value of MO, that of TRMDLLDRTRGTH TRMULLDRTRGTH TRMULLDRCLRTH In thebe TLDRALG must larger must be larger than than . MO, that of TRMULLDRCLRTH TRMDLLDRTRGTH In the TLDRALG .TRMDLLDRCLRTH must larger than . thebe MO, In TLDRALG TRMDLLDRCLRTH TRMULLDRCLRTH MO, In thebe TLDRALG .TRMULLDRCLRTH must larger than MO, In the TLDRALG TRMULMLDTRGT must be larger than TRMDLLDRCLRTH MO, H. TRMULMLDTRGT must be larger than TRMDLLDRCLRTH In H. the TLDRALG TRMDLMLDTRGT must be larger than MO, H. When TRMDLMLDTRGT TRMULMLDTRGT In the In the TLDRALG TLDRALG TRMULOLCSWITC H. H must be larger MO, MO, H in the TOLCALG than TRMULMLDTRGT TRMDLMLDTRGT MO is set to ON, TRMULMLDCLRTH In the TLDRALG H must be larger H must the QoSbe of larger highIf .than MO, than priority services can TRMDLOLCSWITC TRMDLMLDTRGT TRMULMLDCLRTH TRMDLMLDCLRTH be ensured in the H in thebe TOLCALG must larger .case .thanisofset transport MO to ON, overload in highthe the QoS of TRMDLMLDCLRTH uplink. When priority services can . TRMULOLCSWITC be ensured. If H in the TOLCALG TRMDLOLCSWITC MO set to OFF, H in is the TOLCALG the QoS MO is setoftohighOFF, priority the QoSservices of highcannot be ensured priority services in the case of cannot be ensured transport overload in the case of in the uplink. transport overload in the downlink.

0~100

95

95

TOLCALG

0~100

90

90

TOLCALG

0~100

5

5

TOLCALG

0~100

95

95

TOLCALG

0~100

90

90

TOLCALG

WHITELIST, BLACKLIST

WHITELIST(Whiteli WHITELIST(Whiteli TRANSPORT st) st)

0~3 USERDATA, SIG, OTHER, OM_HIGH, OM_LOW 0~63

None

None

VLANCLASS

None

VLANCLASS

1~4094

None

It is recommended None that the value of this parameter be consistent with the implementation of the differentiated None service.

0~7

0

0

VLANCLASS

Valid IP address

None

None

VLANMAP


None

VLANMAP

SINGLEVLAN, VLANGROUP

None

None

VLANMAP

1~4094

None

None

VLANMAP

0~7

0

0

VLANMAP

0~3

None

None

VLANMAP

DISABLE(Disable)

VLANMAP

0


VLANCLASS VLANCLASS

In In the the TOLCALG TOLCALG MO, MO, TRMULOLCRELTH TRMULOLCTRIGT must be smaller H is valid only when than TRMULOLCSWITC TRMULOLCTRIGT H is set to ON. H. In the TOLCALG In the TOLCALG MO, this parameter None MO, In the TOLCALG is valid only when TRMDLOLCRELTH MO, this parameter TRMULOLCSWITC must be smaller is when H valid is setonly to ON. than TRMDLOLCSWITC TRMDLOLCTRIGT H is set to ON. H. In the TOLCALG MO, None TRMDLOLCRELTH is valid only when TRMDLOLCSWITC None H is set to ON. None In the VLANCLASS MO, this parameter is valid only when TRAFFIC is set to USERDATA. NEXTHOPIP in the None VLANMAP In the binaryMO value must be setMASK to a in into which valid IP addressMO of the VLANMAP None Class A, B, or C. is converted, 0 In addition, it cannot cannot precede 1. beaddition, set to 127.x.x.x In the or 0.x.x.x. binary valuemust can be VLANPRIO be NEXTHOPIP in set to the same each VLANMAP 255.255.255.255, value for all This parameter MO must bebe onset but cannot VLANMAP MOs must be set to aa to unique network 0.0.0.0. whose VLANMODE valid value when segments. In the VLANMAP is to theset VLANMAP MO MO, parameter the logical SINGLEVLAN. is being modified. In thethis VLANMAP is valid only when AND result of This parameter is MO, this parameter VLANMODE is set NEXTHOPIP and valid when the is valid only when to SINGLEVLAN. MASK cannot VLANMAP MO is 0. VLANMODE isbe set being modified and to VLANGROUP. SETPRIO is This parameter is changed from valid when the In the VLANMAP DISABLE toMO is VLANMAP MO, this parameter ENABLE. being modified and is only when In valid the VLANMAP VLANMODE is VLANMODE MO, this parameter changed fromis set to SINGLEVLAN. is valid only when SINGLEVLAN to VLANMODE is set VLANGROUP. to SINGLEVLAN.

Access

Service Interrupted After Modification

Interruption Scope

Interruption Duration (min)

Caution

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None

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None

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None

Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read Only

Not involved

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None

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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read Only

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None

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None



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None

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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

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None

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None

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None

Not involved

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Not involved

None If the ALD power supply switch is OFF, the running of the ALD may be affected. None

Not involved

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None

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None

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None



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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)



Not involved

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None

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None



Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

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None

Not involved

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None

Read Only

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Read & Write

Yes

Read & Write

Yes

Read Only

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None

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None

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None

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None

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None

The cells carried on Till unblocking is the BBP are performed unavailable. The cells carried on <2 the boards.

None None

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Not involved

None

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Yes

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Yes

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Yes

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No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

<3 When the automatic power control <3 switch is turned on, When the automatic the services of a power cell arecontrol interrupted switch is automatic turned on, from the the services of to a power-off time cell are interrupted the next automatic from the automatic power-on time. power-off time to Not involved the next automatic power-on time.


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No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved

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Yes

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The cells carried on the RRU are <1 unavailable. The cells carried on Till unblocking is the RRU or RFU is performed unavailable.

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Yes

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Yes

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Yes

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The cells carried on the RRU are <1 unavailable. The cells carried on Till unblocking is the RRU or RFU is performed unavailable.

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Yes

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Yes

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Read & Write

Yes

Cell

<1

None

Read & Write

Yes

Cells carried on the <1 RRU chain/ring

None

Read & Write

Yes


None

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Yes


None

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Yes


None

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Yes


None

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Yes


None

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Yes


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Yes

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Yes

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Yes

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Yes

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Cells carried on the The covered RRUcells chain/ring by the RRU Cells carried between two on the The cells covered RRU chain/ring breakpoints on a by ringthe areRRU between twoand unavailable, breakpoints on a by the cells covered ring are the RRU after the unavailable, breakpoint onand a the cells chain arecovered by the RRU after the unavailable. Not involved breakpoint on a chain are unavailable. Not involved

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None

Read & Write

Yes

When the logical switch of RX channel is ON

None

Read & Write


Services on the channel are affected. Not involved

Not involved

None

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None

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None

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None



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Yes

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<1

None

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Yes

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<1

None

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Yes

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Yes

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Yes

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Yes

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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None

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Yes

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Yes

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Yes

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Yes

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Yes

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None

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Yes

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None

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Yes

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Yes

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Yes

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None

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None

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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)



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None

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None

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None

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Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read & Write

Yes

Services on the channel are affected.

When the logical switch of TX channel is ON

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Read & Write


Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

The Nonemodification of priorities will affect the selection order if the clock source is selected automatically by the Not involved system.

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read & Write


Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

The modification of Not involved priorities will affect the selection order when the clock source is selected automatically by the None system.

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None Only the TOD clock of input type can serve as a clock source. Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved



Not involved

Not involved

Not involved

Not involved

The clock accuracy is affected if there is None an excessively large difference (about 20 m) between the value of this parameter None and the actual feeder length.

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Read & Write


Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

The modification of Not involved priorities will affect the selection order when the clock source is selected automatically by the None system.

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

The clock accuracy is affected if there is None an excessively large difference (no less than 20 m) between the value of this parameter None and the actual feeder length.

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Read & Write


Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

When the clock Not involved source is selected automatically by the system, the modification of priorities will affect None the selection order.

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved The parameter should be consistent with configuration of the server domain. Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only Read & Write Read & Write Read & Write Read & Write Read & Write


Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only


Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only Read Only Read Only Read Only Read Only Read Only Read Only

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

The Nonemodification of priorities will affect the selection order when the clock source is selected automatically by the Not involved system.

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read & Write


Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

The modification of Not involved priorities will affect the selection order when the clock source is selected automatically by the Not involved system.

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved None Services of the cells resume after the None clock source is locked again.


No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes

The cells are unavailable.

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Until the clock source is qualified

None

Not involved

Not involved

If the clock quality level of the clock Not involved source is greater than that is set by this parameter at the local end, the clock source Not involved becomes unavailable.

Read Only

Not involved

Read & Write

Yes

Read Only

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read Only Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved If the manager is not specified, the EMU cannot be If the manager is operated or not specified, the maintained. EMU If the cannot actual be operated oris connection maintained. inconsistent with The communication the configuration, address of the EMU the EMU cannot is usually 2. If it isbe maintained. not 2, set it according to the physical DIP switch None settings.

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved If the manager is not specified, the FMU cannot be If the manager is operated or not specified, the maintained. FMU cannot be The communication operated or address of the FMU maintained. None is usually 14. If it is not 14, set it according to the settings of physical DIP switch. Otherwise, the None communication with the FMU fails. None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None The FMU cannot be operated or maintained if no manager is specified. None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved If the manager is not specified, the TCU cannot be If the manager is operated or not specified, the maintained. TCU If the cannot actual be operated oris connection maintained. inconsistent with The communication the configuration, address of the TCU theusually TCU cannot be is 7. If it is maintained. not 7, set it according to the physical DIP switch None settings.

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None



Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved If the manager is not specified, the PMU cannot be If the manager is operated or not specified, the maintained. PMU If the cannot actual be operated oris connection The communication maintained. inconsistent with address must be the configuration, consistent with the the PMU cannot be DIP switch maintained.settings on the PMU. Otherwise, the communication Not involved fails.

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)



Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

None

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Not involved

Not involved

None

Read Only

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Not involved

Not involved

Not involved

Read Only

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Not involved

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Read Only

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Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

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Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

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Not involved

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Read Only

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Not involved

Not involved The INSTALLTYPE of the SC48200 PMU is set to The battery the OUTER only.ofDo SC48200 PMU not modify it. is not related to this parameter. Do not modify it. None

Not involved

Not involved

None



Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

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Not involved

None

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None

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None

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None

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None

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None

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None

Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

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None

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None

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None

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None

Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)



Not involved

Not involved

None

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None

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None

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None

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None

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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

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None

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None

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None

Read & Write


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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

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None

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None

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None

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None

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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved

Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

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None

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None

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None

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None

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None

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None



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None

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None

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None

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None

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None

Read & Write Read & Write Read & Write Read & Write Read Only

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved

Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

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Not involved

None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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Not involved

None

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Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)



Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

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None

Read Only

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None

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None

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None

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None



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None

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Not involved

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None

Read & Write

Yes

eNodeB

3 None

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Yes

eNodeB

3 None

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Yes

eNodeB

3 None

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Not involved

Read & Write

Yes

eNodeB

3 None

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Yes

eNodeB

3 None

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None

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None

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None

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Read & Write

Yes

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None

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None

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None

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None

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Not involved

Not involved

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Not involved

None

Read Only

Yes Cell No (After an S1 interface is blocked, UEs in idle mode Not involved fail to access the network.) Not involved Not involved

Not involved

None

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None

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None

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None

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None

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None

Read & Write

Yes

eNodeB

0.1 None

Read & Write

Yes

eNodeB

0.1 None

Read & Write

Yes

eNodeB

0.1 None

Read & Write


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None

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None

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0.1 None

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None

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None

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None

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None

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None

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Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (no impact on the in idle Not UE involved mode. This No (For theisUE in parameter used idle mode, if it is with other BOOLEAN_TRUE, No (The access parameters related the emergency request of the calls to cell access initiated the UEs mobile-originated barring tobycontrol No (For the UE of call initiated by ain theaccess UE accesses.) idle mode, the categories 0 to 9isor UE in idle mode mobile-originated UEs without accepted or IMSI call accesses are are rejected.) rejected according allowed only if the to the random number corresponding No (And no impact generated by the No (And noin impact barring status.) on the UE idle UE is less than on the UE in idle mode. If this the access No (Andprobability noisimpact mode) parameter set to factor.) on the UE in idle BOOLEAN_TRUE, mode. If this the mobileparameter is set to originated calls BOOLEAN_TRUE, initiated by UEs of the mobileaccess class 11 are originated calls not allowed.) initiated by UEs of access class 12 are not allowed.)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write

No (And no impact on the UE in idle mode. If this No (And noisimpact parameter set to on the UE in idle BOOLEAN_TRUE, mode. If this the mobileNo (And noisimpact parameter set to originated on the UE calls in idle BOOLEAN_TRUE, initiated mode. If by thisUEs of the mobileaccess class 13 are parameter is set to No (The access originated calls not allowed.) BOOLEAN_TRUE, request of the initiated by UEs of the mobilesignaling initiated access class 14 are No (For UE in originated by UE the in calls idle notaallowed.) idle mode, the initiated UEs of mode is by accepted signaling accesses access class 15 are or rejected are allowedtoonly not allowed.) according the if the random number corresponding generated by the barring status.) No (And no impact No (And nothan impact UE is less the on the in on the UE UE in idle idle access probability mode. If this mode) factor.) No (And noisimpact parameter set to on the UE in idle BOOLEAN_TRUE, mode. If this the signaling No (And noisimpact parameter set to access initiated on the UE in idleby BOOLEAN_TRUE, UEs of Ifaccess mode. this class the signaling 11 are notnoallowed.) No (And parameter isimpact set to access initiated on the UE in idleby BOOLEAN_TRUE, UEs of Ifaccess mode. this class the signaling 12 are not No (And noallowed.) parameter isimpact set to access initiated on the UE in idleby BOOLEAN_TRUE, UEs of Ifaccess mode. this class the signaling 13 are not allowed.) parameter is setby to access initiated BOOLEAN_TRUE, UEs of access class the signaling 14 are not allowed.) access initiated by Not involved UEs of access class No (Modifications 15 are allowed.) on this not parameter

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

will affect the cell on No (Modifications which the UE in idle on this parameter mode camps.) will affect the cell on No (Modifications which the UE in idle on thiscamps.) parameter mode will affect the cell on No (Modifications which the UE in idle on this parameter mode camps.) will affect the cell on No (Modifications which the UE in idle on thiscamps.) parameter mode will affect the cell on which the UE in idle mode camps.) Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read Only

Not involved

Not involved

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write

Not involved

None


No (Modifications on this parameter would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the UE in idle mode.)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (Modifications on this parameter would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the UE in idle mode.) Not involved No (Modifications on this parameter would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the UE in idle mode.)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write

No (Modifications on this parameter would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the UE in idle mode.) Not involved No (Modifications on this parameter would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the UE in idle mode.)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write

Not involved No (Modifications on this parameter would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell reselection of the UE in idle mode.) Not involved No (Modifications on this parameter would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the UE in idle mode.) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read & Write


Not involved

Not involved

None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write


Not involved

Not involved

None

Read & Write

Yes

Cell

Until the cell is activated

None

Read & Write

Yes

Cell

Until the cell is unblocked

None

Read & Write


Not involved

Not involved

None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None



Not involved

Not involved

None

Not involved

Not involved

None

Read & Write

Yes

Cell

0.1 None

Read & Write

None

None

None

None

Read & Write

None

None

None

None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write

Yes

Cell

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



0.1 None



Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write

Yes

Cell

Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read & Write

Yes

Cell

Read Only

Not involved

Not involved

Not involved

None

Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



0.1 None

0.1 None

Read Only

Not involved

Not involved

Not involved

None

Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read & Write


Not involved

Not involved

None

Read & Write

Yes

Cell



0.1 None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

None



Read Only

Not involved

Not involved

Read & Write

Yes

Cell

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read Only

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved

0.1 None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read & Write

Yes

Cell

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read Only Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read Only

Not involved

Not involved

Read & Write

Yes

Cell

0.1 None

0.1 None

Read & Write

Yes

Cell

Read Only

Not involved

Not involved

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read Only

Not involved

Not involved

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read Only

Not involved

Not involved

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write

Yes

Cell

0.1 None

Read & Write


Not involved

Read & Write

Yes

Cell



0.1 None Not involved

Not involved

Not involved

Not involved

None

None

None

None 0.1 None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

None

Read Only

Not involved

Not involved

Read & Write

Yes

Cell

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

0.1 None

Read & Write Read & Write Read & Write Read Only Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read Only

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved

Read Only Read & Write Read & Write Read & Write

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None



Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None


No (And no impact on the UE in idle mode) No (And no impact on the UE in idle No (Modifications mode) on this parameter would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the No impact UE (And in idleno mode.) on the UE in idle No (Modifications mode) on this parameter would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the UE in idle mode.)


No (Modifications on this parameter would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell No (Modifications reselection of the on parameter UEthis in idle mode.) would affect cell No (Modifications reselection of the on this parameter UE in idle mode.) would affect cell reselection of the No impact UE (And in idleno mode.) on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Read & Write Read & Write Read & Write Read & Write Read & Write Read Only

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved



Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read Only

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved

Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None





Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write


Not involved

Read & Write

Yes

Cell

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

None 0.1 None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Cell

0.1 None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write

Yes

NE

Less than one minute

None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None





Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

NE


None

Read & Write

Yes

eNodeB

Less than 1 minute None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

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None

Not involved

Not involved

None

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None

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Not involved

Not involved

None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None



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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read & Write Read Only Read Only Read Only Read Only Read & Write Read Only Read Only Read Only Read Only Read Only


Not involved

Not involved

None

Not involved

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None

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None

Not involved

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None

Not involved

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None

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Not involved

None

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None

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None

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None

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None

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Not involved

Not involved

Not involved

Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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None

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None

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Not involved

Not involved

Not involved

Not involved

None

Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only Read Only


Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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Not involved

Not involved

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Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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Not involved

Not involved

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Not involved

Read Only Read Only Read Only Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write


Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

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Not involved

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Not involved

None

Not involved

Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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None

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None

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None

Read Only

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Not involved

Not involved

Read & Write


Not involved

Not involved

None

Read Only

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Read Only

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Not involved

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Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read & Write

Yes

BS

Read & Write

Yes

BS

Read Only

Not involved

Not involved

Not involved The service continues to be interrupted until the The serviceis parameter continues to be correctly set. interrupted until the parameter is correctly set. Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

None None Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved The service continues to be interrupted until the The serviceis parameter continues to be correctly set. interrupted until the parameter is correctly set. Not involved

Read & Write

Yes

BS

Read & Write

Yes

BS

Read Only

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

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Not involved

Not involved

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Read Only

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Read Only

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Read Only

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Read Only

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Not involved

Read Only

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Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write

Yes

BS


None

Read & Write

Yes

BS


None

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

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None



None None Not involved

Read Only

Not involved

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Read Only

Not involved

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Read Only

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved The MANAME value of each CFM MA must be unique in a CFM MD. Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

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None

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None

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Not involved

Not involved

None

Read Only

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Read Only

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Read Only

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Not involved

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Not involved

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Read Only

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Read Only

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Not involved

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Read & Write


Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

None

Not involved

Not involved Services are interrupted until the parameter is Services are correctly set. interrupted until the parameter is Services are correctly set. interrupted until the parameter is Services are correctly set. interrupted until the parameter is Services are correctly set. interrupted until the parameter is correctly set. Not involved

Not involved

Not involved

None

Not involved

Not involved None Services are interrupted until the None parameter is correctly set. Not involved None



Read & Write

Yes

BS

Read & Write

Yes

BS

Read & Write

Yes

BS

Read & Write

Yes

BS

Read & Write

Yes

BS



Read & Write

Yes

BS

Read & Write


Not involved



No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes

Not involved

Not involved

Not involved

Not involved


Not involved

Not involved

Not involved

Not involved


Not involved

Not involved

Not involved

Not involved


Not involved

Not involved

Not involved

Not involved


Not involved

Not involved

Not involved

Not involved


Not involved

Not involved

Not involved

Not involved None Services are interrupted until the None parameter is correctly set.

BS

BS

BS

BS

BS

BS

None

None

None

None

None

None


No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) Yes No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved


Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

BS

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

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Read Only

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Not involved

Not involved

Read Only

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Not involved

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Not involved

Not involved

Not involved

None

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Not involved

None

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Not involved

None

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None

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None



Read Only

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Read Only

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Read Only

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Not involved

Not involved

Read & Write


Not involved

Not involved

None

Read Only

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Not involved

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Not involved

Not involved

Not involved

Read Only

Not involved

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Not involved

Read & Write

Yes

BS

Less than 10 minutes

None

Read & Write


Not involved

Not involved

None

Read & Write

Yes

All the services carried on the port

1 None

Read & Write

Yes


1 None



Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

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Read Only

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Read Only

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Read Only

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Read Only

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Not involved

Read & Write

Yes


Read & Write


Not involved

1 None Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read & Write

Yes


Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

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Not involved

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Not involved

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Read Only

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Not involved

Not involved

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Read Only

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Read Only

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Not involved

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Read Only

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Read Only

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Read Only

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Not involved

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Not involved

1 None

Read Only

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Not involved

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read Only

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Read & Write


Not involved

Not involved

None

Read Only

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Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

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Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



Read & Write


Not involved

Read & Write

Yes

BS

Read Only

Not involved

Not involved

Not involved None The service continues to be interrupted until the None parameter is correctly set. Not involved Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

The Nonesetting of this parameter must be consistent with that at the peer NE. Modifications on This parameter this parameter are must be set to the not allowed. same value as that The value this at the peerofNE. This parameter parameter must be value mustasbethat theat the same same as the peer IP the peer NE. address. The Modifications on REMOTENAME this parameter value of the IKE value not peer isare case allowed. insensitive and The value of this cannot contain parameter mustnonbe ASCII characters. the same as that at the peer NE. None

Not involved

Not involved

None

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Not involved

None

Not involved

Not involved

None

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Not involved

None



Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

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Not involved

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Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Read & Write


Not involved

Not involved

Not involved The value of this parameter must be the same as that at the peer NE.

Read Only

Not involved

Not involved

Not involved

The value of this parameter must be the same as that at The valueNE. of this the peer parameter must be the same as that at The valueNE. of this the peer parameter must be the same as that at the peer NE. None The value of this parameter must be the same as that at the peer NE. Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

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Not involved

Read Only

Not involved

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Not involved

Not involved

Not involved

Read & Write

Yes

BS


Read & Write

Yes

BS


Read & Write

Yes

BS


Read & Write

Yes

BS




Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Read & Write

Yes

BS


None

Read & Write


Not involved

Not involved

None

Read & Write

Yes

BS


None

Read & Write

Yes

BS


None

Read & Write

Yes

BS


None

Read & Write

Yes

BS


None

Read & Write


Not involved

Not involved

None

Read & Write

Yes

BS

Read & Write

Yes

Interface S1 and services in the cell

Read Only

Not involved

Not involved

Less than one minute The services continues to be disrupted until the path detection is stopped. Not involved

None If this parameter is set to DISABLE, the connectivity of an IP path cannot be checked. Not involved

Read Only

Not involved

Not involved

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Not involved

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Not involved

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Not involved

Not involved

Read & Write

Yes

BS


None

Read & Write


Not involved

Not involved

None

Read & Write

Yes

BS


None

Read & Write

Yes

BS


None

Read Only

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Not involved

Not involved

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Not involved

Read Only

Not involved

Not involved

Not involved

Not involved When this parameter is set to Not involved BIDIR, the IP PM session resource at Not involved the peer end is occupied. During the current session, another IP PM session with the same DSCP that is Not involved established on the same IP path Not involved cannot be activated at the peer end.

Read Only

Not involved

Not involved

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Read Only

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Not involved

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None

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Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

The SPGN value is Not involved case insensitive. When the SPGN Not involved value is referenced, however, the name of the policy group must be exactly the same as the configured one. Not involved Otherwise, the related operation None fails.

Not involved

Not involved

None



Read Only Read & Write Read & Write Read & Write Read & Write

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved The value of this parameter must be the same as that at the peer NE. None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

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Not involved

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Not involved

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Not involved

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Not involved

Read Only

Not involved

Not involved

Not involved

The referenced Not involved value of this parameter must be exactly the same as the configured The value of this name. Otherwise, parameter the related must be the same as that at operation fails. The valueNE. of this the peer parameter must be the same as that at The valueNE. of this the peer parameter must be the same as that at The valueNE. of this the peer parameter must be the same as that at The valueNE. of this the peer parameter must be the same as that at the peer NE. Not involved

Read Only

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Read Only

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None

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None

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None

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None

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None

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None



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None

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None

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None

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None





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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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Read Only

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Read Only

Not involved

Not involved

Not involved

Not involved The password must not contain the following characters: <, >, !, ?, and :. Not involved

Read Only

Not involved

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Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

Not involved No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None



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Read & Write


Not involved

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None



Not involved

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

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None

Not involved

Not involved

None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)

Read Only

Not involved

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Read Only

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Read Only

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Not involved

Not involved

Read & Write

Yes

BS


None

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Yes

BS


Read & Write

Yes

BS


Read & Write

Yes

BS


None

Read & Write

Yes

BS


None

Read & Write

Yes

BS


Read Only

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None

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None

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None



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None

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None

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None

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None

Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write Read & Write

No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode) No (And no impact on the UE in idle mode)



Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

Not involved

Not involved

Modifying the None parameter setting from FLOW_CTRL Modifying the to parameter setting NON_FLOW_CTRL from FLOW_CTRL may interrupt Modifying the this to type of service. parameter setting NON_FLOW_CTRL from FLOW_CTRL may interrupt Modifying the this to type of service. parameter setting NON_FLOW_CTRL from FLOW_CTRL may interrupt Modifying the this to type of service. parameter setting NON_FLOW_CTRL from FLOW_CTRL may interrupt this to type of service. NON_FLOW_CTRL may interrupt this None type of service.

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read & Write

Yes

Services of user data type 5

Read & Write

Yes


Read & Write

Yes


Read & Write

Yes


Read & Write

Yes




Services are interrupted until readmission. Services are interrupted until readmission. Services are interrupted until readmission. Services are interrupted until readmission. Services are interrupted until readmission.



Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None



Read Only

Not involved

Not involved

Not involved

Not involved

Read Only

Not involved

Not involved

Not involved

Not involved

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None

Not involved

Not involved

None



Validation of Modification

Impact on Radio Network Performance

Introduced in Version...

Attribute

Initial Value Setting Source

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Default/Recommen ded

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved


None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved


None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

When this parameter is set to The parameter NORMAL, the TMA modification has no can work properly None impact on the to improve the The parameter equipment. signal-to-noise ratio modification has no and sensitivity of impact on the the eNodeB. equipment. When this Not involved None parameter is set to BYPASS, the TMA does Not involved None not amplify any uplink signal.

V100R001C00

Equipment

Radio Planning

V100R001C00

Equipment


V100R001C00

Equipment

Equipment Planning

V100R001C00

Equipment

Equipment Planning

Not involved The parameter modification has no impact on the The parameter equipment. takes modification effect after the board is automatically reset. Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved None The parameter modification has no None impact on the equipment. Not involved None

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Equipment Planning

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved The BS should be reset to validate the parameter The parameter modification. modification has no impact on the The BS should be equipment. reset to validate the parameter modification.

None

V100R002C00

Equipment

Not involved

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Radio Planning

The BS should be reset to validate the parameter The BS should be modification. reset to validate the parameter The parameter modification. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C01

Equipment

Engineering Design

None

V100R001C01

Equipment

Engineering Design

None

V100R001C01

Equipment

Engineering Design

None

V100R001C01

Equipment

Radio Planning

None

V100R001C01

Equipment

Radio Planning

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R002C00

Equipment

Not involved

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R002C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C01

Equipment

Not involved

None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved The board should be reset to validate the parameter The parameter modification. modification has no impact on the equipment. Not involved

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment


None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R003C00

Equipment

Not involved

None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment

Equipment Planning

Not involved The parameter modification has no impact on the The board should equipment. be reset to validate the parameter The parameter modification. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment


None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment


None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R003C00

Equipment

Not involved

None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

The parameter modification has no None impact on the The parameter equipment. modification has no None impact on the equipment. Not involved None

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved The parameter modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically The BS should be reset. reset to validate the parameter The BS should be modification. reset to validate the parameter The BS should be modification. reset to validate the parameter The BS should be modification. reset to validate the parameter The BS should be modification. reset to validate the parameter The BS should be modification. reset to validate the parameter The BS should be modification. reset to validate the parameter The BS should be modification. reset to validate the parameter The parameter modification. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment


None

V100R001C01

Equipment


None

V100R002C00

Equipment


Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved None The parameter modification has no None impact on the The parameter equipment. modification has no None impact on the equipment.

V100R001C00

Equipment

Not involved

V100R001C00

Equipment


V100R001C00

Equipment

Equipment Planning

Not involved

None

V100R001C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. takes modification effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically reset.

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

The parameter modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically The parameter reset. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R002C00

Equipment

Radio Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R003C00

Equipment

Radio Planning

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved


V100R001C00

Equipment

Not involved

V100R001C00

Equipment


V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment

Not involved


V100R001C01

Equipment

Not involved

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment


Not involved

V100R001C01

Equipment

Not involved

None

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Not involved


V100R001C01

Equipment

Not involved

V100R001C01

Equipment

Equipment Planning

V100R002C00

Equipment


Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C01

Equipment

Not involved

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved


V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C01

Equipment

Not involved

Noneparameter This must be set based The feeder delay on the network This parameter should be plan. Otherwise, the must be set based calculated precision of location on the network according to the services is lowered. plan. Otherwise, the actual length of the precision of location feeder. Typically, services is lowered. 3.8 ns delay is None generated when data passes one None feeder. For meter an LTE TDD cell whose radius is less than 3 km, the delay must be less then None3 us; for an LTE TDD cell whose radius is None greater than 3 km, the delay must be less than 5 us. None Otherwise, the service performance is None affected.

V100R003C00

Equipment

Equipment Planning

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Equipment Planning

V100R002C00

Equipment

Equipment Planning

V100R001C01

Equipment

Not involved

V100R003C00

Equipment

Equipment Planning

V100R003C00

Equipment

Equipment Planning

V100R002C00

Equipment

Equipment Planning

V100R002C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved


V100R001C01

Equipment

Not involved

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Not involved


V100R001C01

Equipment

Not involved

V100R001C01

Equipment

Equipment Planning

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C01

Equipment


None

V100R002C00

Equipment


None

V100R002C00

Equipment


None

V100R002C00

Equipment


None

V100R002C00

Equipment


None

V100R002C00

Equipment


None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Equipment Planning

Not involved

None

V100R003C00

Equipment

Equipment Planning

Not involved

None

V100R003C00

Equipment

Equipment Planning

Not involved

None

V100R003C00

Equipment

Equipment Planning

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment


Not involved

None

V100R001C01

Equipment



V100R001C01

Equipment

Equipment Planning

V100R002C00

Equipment

Equipment Planning

V100R001C01

Equipment

Not involved


V100R001C01

Equipment

Not involved

V100R001C01

Equipment

Not involved

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved


None

V100R001C01

Equipment

Not involved

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment

Equipment Planning

None

V100R001C01

Equipment


None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved

Not involved

None

V100R001C01

Equipment

Not involved


V100R001C01

Equipment

Not involved

V100R003C00

Equipment

Not involved

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R002C00

Equipment

Not involved

None

V100R003C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

The parameter modification has no None impact on the equipment. Not involved None

V100R003C00

Equipment

Equipment Planning

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R003C00

Equipment

Not involved

None

V100R003C00

Equipment

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment



V100R001C00

Equipment


V100R001C00

Equipment


V100R001C00

Equipment


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment



V100R001C00

Equipment


V100R001C00

Equipment


V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R001C00

Equipment

Not involved

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None

V100R003C00

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Not involved

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V100R003C00

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Not involved

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V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

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None

V100R002C00

Equipment

Not involved

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None

V100R002C00

Equipment

Not involved

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None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment



None

V100R001C00

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None

V100R001C00

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None

V100R001C00

Equipment


None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment



None

V100R001C00

Equipment


None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment

Not involved

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

Equipment


None

V100R001C00

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None

V100R001C00

Equipment


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V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

Equipment


None

V100R003C00

Equipment

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

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None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved


V100R001C00

Equipment

Not involved

V100R003C00

Equipment

Not involved

V100R001C00

Equipment


Not involved

None

V100R001C00

Equipment


Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Equipment


None

V100R001C00

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None

V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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None

V100R001C00

Equipment


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

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None

V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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Not involved

Not involved

None

V100R001C00

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Not involved

Not involved

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V100R001C00

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Not involved

Not involved

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V100R001C00

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Not involved

Not involved

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V100R001C00

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Not involved

Not involved

None

V100R001C00

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Not involved

Not involved

None

V100R001C00

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Not involved

Not involved

None

V100R001C00

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Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment


Not involved

None

V100R001C00

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Not involved

None

V100R001C00

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Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

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V100R003C00

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Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

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Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R002C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved


None

V100R001C00

Equipment

Not involved

None

V100R003C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved

None

V100R001C00

Equipment

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Transport

Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment


None

V100R002C00

Equipment


None

V100R002C00

Equipment

Equipment Planning

None

V100R002C00

Equipment

Equipment Planning

None

V100R002C00

Equipment

Equipment Planning

None

V100R002C00

Equipment

Equipment Planning

None

V100R003C00

Equipment

Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

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Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Equipment Planning

None

V100R001C00

Equipment

Not involved

None

V100R001C00

Equipment

Not involved


V100R001C00

Equipment

Not involved

V100R001C00

Equipment

Equipment Planning

V100R003C00

Equipment

Not involved

Not involved

None

V100R003C00

Radio

Radio Planning


V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Radio Planning

Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Radio Planning

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

Not involved

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Radio Planning

None

V100R003C00

Radio

Radio Planning


V100R003C00

Radio

Radio Planning

V100R003C00

Radio

Radio Planning

V100R003C00

Radio

Radio Planning

Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio


None If the values of CounterCheckTimer and None If the values of CounterCheckCoun CounterCheckTimer tNum are too small, and the counter check None CounterCheckCoun procedures are tNum are too performed toosmall, the counter check None frequently, which procedures are wastes radio If this parameter is performed too resources. If DRB the is set to ON, a frequently, which values arewhen too the released wastes radio large, the counter counter check resources. If the check procedure detects an too values are fails to be initiated exception in the large, the counter during athis long DRB. If check procedure period, which parameter is set to fails to be causes theinitiated failure OFF, a DRB is not during a long to check the HFN released even None which if the period, on the UE side and counter check causes the failure that on the eNodeB detects to checkan the HFN side. None exception theand on the UE in side DRB. that on the eNodeB side. None

V100R003C00

Radio

Radio Planning

V100R003C00

Radio

Radio Planning

V100R003C00

Radio

Radio Planning

V100R003C00

Radio

Radio Planning

V100R001C01

Radio


V100R001C01

Radio


V100R001C01

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

Not involved

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.

If this parameter is set to none LCG_PROFILE_1, If SRI adaptation is non-GBR services enabled, the are classified into capacity of users highand lowsending SRIs is After T320 expires, ROHC helps reduce priority non-GBR relatively large. the dedicated header overhead. services. QoS of priorities indicated The compression high-priority nonin the efficiency is is GBR services RRCConnectionRel especially better ensured, but Packet transmission ease message significant for of there is ainvalid, risk reliability and the become and services with If the value ofsmall this failure tolink maintain network the absolute data packets, such parameter is too QoS of low-priority overhead are priorities indicated After T320 expires, as VoIP services. small, the eNodeB non-GBR services. The support for affected. in the system the dedicated may reject access is different protocols information take for priorities of the UEindicated again affected. effect. As the in thethe same reason. If absolute RRCConnectionRel If the UE priorities does the value is toonot in the system ease message complete large, the an UEintramay information are become invalid, RAT fail tohandover access theand If the UE does not optional, frequency the absolute before this timer network for a long complete an interprioritization can priorities indicated expires, the UE be period, which RAT handover better guaranteed in the system reverts back to to the affects user GERAN before during cell information takethis associated experience. If the expires, UE timer the reselection if the effect. As inactivity the configuration and timer is not used, UE reverts back dedicated priorities absolute priorities initiates an RRC toin the UE remains associated are used. If the the system reconnection connected to the configuration value of this information are establishmentand network even if it initiates an parameter isRRC too optional, frequency procedure. has been in idle connection relarge, cell can be prioritization mode for a long establishment reselection better guaranteed period. If the timer procedure. parameters during cell cannot is theifin radio beused, updated time reselection the resources for the at the UE when dedicated priorities None UE are released priority values are used. If the if it is in idle mode change. value of this for a duration exceeding parameter is too None the length large, cell of this timer. reselection None parameters cannot be updated in time at the UE when None priority values change. None None If the RS power is fixed, setting the value of this None parameter too If this switch is high on, increases the the PA is adjusted. power and MCS of If this switch is off, all theusers PA is in notthe cell, but may result in adjusted. power limitation, which affects the cell throughput. None the value of Setting this parameter too low decreases the None power and MCS and reduces the cell throughput.

V100R001C01

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R001C01

Radio

Engineering Design

V100R001C01

Radio

Engineering Design

V100R001C00

Radio


V100R002C00

Radio


V100R001C00

Radio


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Radio


V100R002C00

Radio


V100R001C00

Radio


V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R002C00

Radio

Radio Planning

V100R002C00

Radio

Engineering Design

V100R002C00

Radio

Engineering Design

V100R003C00

Radio

Radio Planning

V100R003C00

Radio


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R003C00

Radio


None

V100R003C00

Radio


None

V100R003C00

Radio


None If the value this to When Ks is of equal parameter is too 0, the transmit small, the None power cantransmit be this If the value power of theofSRS is adjusted parameter is toothe too low, so that according to only small, the transmit None uplink timing closed-loop power of theTPC SRS requirement is not is commands. When too low, so that the met and the SINR Ks is equal to 1.25, none uplink timing of data channels the transmit power A greater value of requirement is not cannot be can be adjusted by this parameter met and the SINR measured means of selecting indicates a greater of data channels accurately. Thus, different impact of cannot bethe the network MCSs during previous RSRP measured performance scheduling. This value on theThus, filtered accurately. deteriorates. Iftothe helps the UE value and a smaller DRX introduces the network value of this quickly adapt to impact of the extra delay toRSRP performance parameter is too changes value measured scheduling. deteriorates. If the large, theon transmit in channel this time Therefore, ifthe a UE value of this power of the SRS conditions and filtered value. A is with a service parameter ishigh, too excessively increases the cellthis smaller value whose QCI is of large, the transmit which increases the throughput. parameter indicates mapped to a high power of the to SRS is interference None a smaller impact of requirement for the excessively high, other channels and the previous RSRP delay is allowed to which increases the neighboring cells value on the filtered enter the DRX interference to None and thus reduces value and a greater state, the QoS other channels of and the throughput impact of therate RSRP satisfaction If this parameter is neighboring cells the entire network. value measured may decrease set to a small value, and thus reduces this timemay on the because of the the enter the UE throughput of filtered value. increase in the Sleep Time before the entire network. None delay of the receiving theservice. If a UE with a data, retransmitted service QCI resulting in failures None whose is a low to mapped correctlyto receive requirement for the the retransmitted delay Ifisthis not allowed data. to enter theisDRX parameter set to state, is not the a largeit value, None power-saving UE may keep for the UE. even when waiting retransmitted data None is lost. That is, the UE stays active, which None is not powersaving.

V100R003C00

Radio


V100R003C00

Radio


V100R003C00

Radio


V100R001C01

Radio

Radio Planning

V100R001C01

Radio

Engineering Design

V100R001C01

Radio

Engineering Design

V100R001C01

Radio

Engineering Design

V100R001C01

Radio

Engineering Design

V100R003C00

Radio

Radio Planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no None impact on the equipment. Not involved None

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Radio Planning

Not involved

V100R003C00

Radio

Engineering Design

None

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

- Hys > Thresh. The triggering condition of event A2 is as The time-to-trigger follows: Ms + Hys < helps reduce Thresh. Ms isthe the number of intermeasurement value RAT measurements of the serving cell, The prevent entering and Hys is theof event condition The entering interunnecessary hysteresis for event A1 is as follows: condition of eventMs RAT A1 or A2 contained -measurements. Hys > Thresh. A1 is as follows:A Ms The in theentering measurement The value of -larger Hys > Thresh. larger the value of configuration, and condition of Thresh results inthe a Thresh is theevent this parameter, Thresh is the A2 isentering as follows: Ms lower probability of The threshold for this smaller the average The entering threshold for theA1 + Hys results in a measurements, and + Hys < Thresh. results a lower event. Ainlarger stopping inter-RAT Thresh. probability of the higher the Thresh the probability of A value ofisThresh measurements. Mn is the triggering event probability of this callA1 threshold for triggering event A1 results in a higher smaller value of measurement and therefore avalue drops. event. A larger or A2. probability of to aof Thresh leads of the probability neighboring lower value of Thresh triggering event higher probability. cell. Ofn is the A2 stopping inter-RAT results in a higher and therefore a frequency-specific measurements. probability of A of higher probability offset ofvalue the of smaller triggering event A2 starting inter-RAT neighboring cell. Thresh leads to and therefore aa None measurements. Thresh is the A higher probability. higher probability smaller value of of threshold for event starting inter-RAT Thresh B1. Hysleads is theto a None measurements. A lower probability. hysteresis for event smaller value of A larger value of B1. Thresh leads to a this parameter A larger value of lower probability. results in a lower Hys results in a A larger value probability of of of lower probability this parameter handover to the B1 triggering results in aevent lower CDMA2000 1xRTT and hence causes A larger value of probability of cell, and a smaller a lower probability this parameter handover to to the value leads of handover. A alarge results in a lower CDMA2000 1xRTT higher probability. value may affect probability cell, and a of smaller user experience. handover to the value leads to a A smaller value1xRTT of CDMA2000 higher probability. Hys leads a cell, and a to smaller None higherleads probability value to a of triggering event B1. higher probability. A small value may None cause handover decision errors and ping-pong None handovers.

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Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

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The entering condition of event None B1 is as follows: Mn + Ofn - Hys > A larger value of None Thresh. this parameter Mn is the results in a longer measurement value average SRI cycle None of the neighboring for UEs in a cell cell. Ofn is the and a larger frequency-specific None capacity of SRI offset of the users in the cell, but neighboring cell. it may also lead to a Thresh is the longer average threshold for this delay of uplink event. Hys is the scheduling for UEs None hysteresis for this in the cell. A smaller event, which is value of this used None to prevent parameter results in frequent triggering a smaller capacity A larger value of of event evaluation of SRI users in a this parameter caused by radio The entering cell. results in a signal fluctuation condition oflower eventor A larger value probability of of Mn fading. B1 is as follows: this parameter handover to >the A larger value of + Ofn - in Hys results a lower CDMA2000 HRPD Hys results in aof A larger value Thresh. probability of cell, and a smaller lower probability of this parameter Mn and Ofn are the handover to to the value leads a B1 triggering event results in a lower measurement value CDMA2000 HRPD higher probability. hence causes probability and cell, frequencyand a of smaller a lower probability handover to to the specific offset of value leads a the of handover. A large CDMA2000 HRPD neighboring cell, higher probability. valueand may cell, a affect smaller respectively. Thresh None userHys experience. value leads a A and areto the smallerprobability. value higher threshold and of Hys hysteresis forathis Noneleads to higher respectively. probability of event, A larger of triggering event A larger value value ofB1. this parameter A small value mayin hysteresis results results inprobability a lower cause a lower A largerhandover value of probability ofevent decision errors and of triggering this parameter handover to the a ping-pong B1 and therefore results incell, a lower GERAN and a handovers. lower probability A larger value probability of of of smaller value handover. A large this parameter handover to the results in a higher value may affect results in a lower GERAN cell, and a probability. user experience. A probability of smaller value smaller value of handover the results in atohigher hysteresis leads GERAN cell, andtoa probability. a highervalue probability smaller leads None of a triggering to higher event B1. A small value probability. may cause handover decision errors and pingpong handovers.

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

condition of event B1 is as follows: Mn + Ofn - Hys > Thresh. Mn is the measurement value of the neighboring A larger cell. Ofn value is the of this parameter None frequency-specific results a lower offset ofinvalue the A larger of probability ofcell. neighboring this parameter handover to the Thresh is athe results in lower UTRAN cell, and a threshold for probability of event smaller value leads B1. Hys isto the handover the to a higher hysteresis for event UTRAN probability. A larger cell, valueand of a B1. smaller value leads this parameter A larger value of to a higher results in a lower Hys results in a probability. A larger value probability of of of lower probability this parameter handover to the B1 triggering results incell, aevent lower UTRAN and and therefore aof a A larger value probability of The triggering smaller value leads lower probability this parameter handover to event the of condition of to a higher handover. large results incell, aAlower UTRAN andMs a A1 is as follows: probability. value may affect probability of smaller value leads -user Hysexperience. > Thresh. A handover to the to a higher The triggering smaller value of a UTRAN cell, and probability.of event condition Hys leads to aleads smaller value The time-to-trigger A2 is asprobability follows: Ms None higher to a higher helps reduce the of + Hys < Thresh. triggering event probability. number of inter- B1. The Ms isentering the A small value may frequency None condition of event measurement value cause handover measurements and A1 is as follows: Ms of the serving cell, decision errors and The entering prevent -Hys Hysis >the Thresh. ping-pong condition event unnecessary Thresh is of the hysteresis forinterevent handovers. A1 is as follows: frequency threshold for the Ms A1 orentering A2 contained The -event. Hys >AThresh. measurements. The larger in the measurement condition of event Thresh isThresh the larger the value of value of configuration, and A2 is as follows: Ms threshold forlower thethe this parameter, results in a The entering Thresh is the + Hys < Thresh. event. Athe larger smaller average probability of condition of event threshold for the Thresh isThresh the value of number of intertriggering event A1 A2 is as follows: Ms particular event. A threshold for the results inThresh. a causes lower A larger value of frequency and hence + Hys < larger value of Hys event. A smaller probability of this parameter measurements, a lower probability Thresh is results athe lowerand value ofin Thresh triggering event A1 results in a lower the higher the of stopping interthreshold for the probability of results invalue aof lower A larger of and hence causes probability call frequency event. A smaller triggering event probability of A1 this parameter a lower probability triggering event A4 drops. measurements. A value of Thresh or A2. triggering event A2 results in a causes lower of stopping interand hence smaller value of results in a lower A larger value of and hence causes probability of frequency a lower probability Thresh leads a probability of to A4 this parameter a lower probability triggering event measurements. A of handover. A large higher probability. triggering event A2 results in a lower of starting interand hence causes smaller value of value may affect and hence causes probability of frequency a lower probability Thresh leads to aA user experience. a lower probability triggering event A4 measurements. A of handover. Aoflarge higher probability. smaller value this of starting interand hence causes A larger value of larger value of of value may affect A larger value parameter leads to frequency a lower probability this parameter Thresh leads to aA user experience. this parameter a higher probability measurements. Athis of handover. Aoflarge results in a higher probability. smaller value results in a lower lower of triggering event larger value of value may affect A larger value of probability of parameter leads to probability of A4. A small value Thresh leads to A4 aA user experience. this parameter handover to an a higher probability triggering event may cause higher probability. smaller value ofcell, this results in a causes lower inter-frequency of triggering event and hence handover decision parameter leads probability of a smaller average A4. A small valueto a lower probability errors and pinga higher probability triggering event A4 number of may cause of handover. A large pong handovers. of triggering event and hence causes handovers, and handover value maydecision affecta A4. A small valueA a lower probability higher call drop errors and pinguser experience. may cause of handover. rate. Ahandovers. smaller pong smaller valueAoflarge this handover decision value may affect to of this parameter leads errors and ping- to user experience. A parameter leads a higher probability pong handovers. smaller value of this the opposite effect. of triggering event parameter A4. A smallleads valueto None a higher probability may cause of triggering event handover decision A4. A small value errors None and pingmay pongcause handovers. handover decision errors and pingpong handovers.

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The BS should be equipment. reset to validate the parameter The BS should be modification. reset to validate the parameter The BS should be modification. reset to validate the parameter modification. Not involved The cell should be reset to validate the parameter The cell should be modification. reset to validate the parameter modification. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The BS should be equipment. reset to validate the parameter modification. Not involved

A larger value of The entering this parameter condition oflower event results in a A1 is as follows: Ms probability of The -triggering Hysentering > Thresh. event A3 condition Thresh is of theevent and therefore a A2 is as follows: threshold for the Ms lower probability of + Hys < Thresh. event. A larger handover. A smaller Thresh is the value of value of Thresh this the threshold results in afor lowerto parameter leads event. A smaller probability of a higher probability value of Thresh triggering event A1 of triggering event results in a causes lower A larger value of and hence A3 and therefore a probability of this parameter a lower probability higher probability of triggering results in aevent lower of stopping inter-A2 handover. A positive value of and hence of causes probability frequency None this parameter a lower probability triggering event A A3 measurements. results in ainterof starting and hence causes smaller value of relatively low This parameter frequency a lower probability Thresh leads to a None probability of Athe helps reduce measurements. A of handover. large higher probability. triggering event average number of larger may value of A3 value affect and therefore a handovers and the Thresh leads to aA user experience. relatively number oflow of this higher probability. smaller value probability unexpected parameter of leads to handover. Aand handovers, a higher probability negative value of hence prevents of triggering event this parameter unnecessary A3. A small value leads to a relatively handovers. A larger may cause high probability of value of this handover decision triggering event parameter errors ping- A3in None and results and therefore a a smaller average pong handovers. relativelyofhigh number probability ofbut it None handovers, handover. also leads to a higher risk of call None drops.

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The link should be reestablished after the parameter The link should be modification. reestablished after the parameter The link should be modification. reestablished after the parameter The parameter modification. modification has no impact on the equipment. Not involved

None

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V100R003C00

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Not involved

Not involved The link should be reestablished after the parameter The link should be modification. reestablished after the parameter The link should be modification. reestablished after the parameter The parameter modification. modification has no impact on the equipment. Not involved

None

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This Noneparameter has V100R003C00 an impact on automatic removal of the X2 interface V100R001C01 in a situation where the peer eNodeB is None V100R003C00 removed.

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Not involved

Not involved

None If this parameter is set to ON, the UE None may enter the DRX state, saving UE power. If this has This parameter parameter setradio to little impactison OFF, the UE network This parameter has consumes relatively performance, but it little impact on the much power. has an impact on radio network UEs. This parameter has performance, but it little impact on on the has an impact radio network UEs. This parameter has performance, but it little impact on the has an impact on radio network UEs. This parameter has performance, but it little impact on on the has an impact radio network UEs. This parameter has performance, but it little impact on the has an impact on radio network UEs. This parameter has performance, but it IMS signaling and little impact on on the has an impact low-delay services radio network UEs.prioritized are performance, but it during scheduling has an impact on but consume many UEs. None resources to ensure If this parameter is their QoS. set to a large value, Therefore, it is has This parameter the minimum recommended that an impact onbitthe If this parameter is guaranteed rates this to parameter not throughput and the set a large value, (Min_GBR) of highThis parameter has be set to QoS differentiation the minimum priority non-GBR an impact on the IMSSignalling or service. Its is guaranteed bit services canvalue berates throughput and the LowDelay for TCP subject to the (Min_GBR) of highguaranteed, QoS differentiation services and nonoperator's policy. priority non-GBR whereas Min_GBR service. value is real-timeIts streaming services can be of low-priority nonsubject to the This parameter services. guaranteed, GBR services may operator's policy. affects the whereas Min_GBR fail to be preallocation of low-priority nonguaranteed when opportunity of its is GBR services If this parameter resources are may corresponding type fail to be set insufficient. of service and guaranteed when PBR_0_KBps, If this parameter is therefore affects resources are value, there is a risk thatthe set to a small service delay. The insufficient. the corresponding there may an delay has abenever If this parameter is services impact onare the None negative correlation set to a small value, scheduled. If this response time of with the there mayservices. be an to parameter is set non-GBR preallocation impact on the and PBR_INFINITY weight. Services with response time of the corresponding relatively high non-GBR services. traffic volume is priorities areis a risk high, there scheduled that the services preferentially. with NoneQCIs indicating lower priorities than this QCI are never scheduled. None

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved None

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

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None A larger value of this parameter None to a higher leads A larger value of interference this parameter resistance None leads to a higher capability, but a interference larger number of resistance retransmissions None capability, a results in abut longer A large value of larger number ofthis delay and lower parameter may retransmissions None throughput. Set this result ininaalong results longer parameter to a of services delay and lower small value for Nonea failureSet and throughput. this services with to a high meet the QCI parameter to a requirement for the requirement. small value for delay and to aA large To prevent the send small value of services with athis high value for services window size from To prevent may buffer parameter requirement for lead the with a low changing to case 0, theby overflow caused to a severe of delay and to a large None To prevent the requirement forsend the transmitter initiates an excessively long PDCP data value for services window sizebuffer from delay. RRC To prevent status reporting queue waiting for discarding and with a low changing to 0, theby connection overflow caused based on the acknowledgments, therefore low requirement forlong the transmitter initiates reestablishment an number of PDUs. A theexcessively transmitter throughput. delay. RRC status reporting has a great impact queue waiting for small value (smaller initiates status connection based the to on acknowledged acknowledgments, than oron equal reporting based on reestablishment number of PDUs. A mode (AM) the transmitter PollPdu_p16) ofhas the data volume of This parameter has a value great impact small (smaller services, such as initiates status this parameter transmitted PDUs. an impact on statusA on acknowledged than or in equal to on TCP reporting based results a high smallservices value of that this reporting in mode (AM) PollPdu_p16) ofhas are packet-lossthe data volume of This parameter frequency of parameter results acknowledged services, such asisin this parameter sensitive and delaytransmitted PDUs. If this parameter an impact on status sending a lowservices frequency of A mode. A polling low that TCP results in a high insensitive, small value of this set to a small value, reporting in PDUs, a polling short sending frequency of status are packet-lossfrequency of because packets parameter results in too many polling acknowledged round-trip time for PDUs. A large value reporting leads toisin a sensitive and delayIf this parameter sending polling the buffer are a low frequency of PDUs may be sent. mode. A low RLC packets, and leads to high buffer low frequency of a insensitive, set to aasmall value, PDUs, short discarded upon the sending polling In addition, the frequency of status high speed at which usage and a slow status report because packets in too many polling round-trip time for reestablishment. PDUs. A large value number of ARQ reporting leads to the send speed at window which scheduling butsent. athea the buffer are PDUs may be RLC packets, and Therefore, a large leads toIfhigh buffer retransmissions low frequency ofthata moves. the send send window high probability discarded upon the In addition, the high speed atis which value of this usage and a slow may reach its status report window size not moves. the sendvalue window reestablishment. number of ARQ A small of this the send window parameter isbut speed at to which maximum due to scheduling athe 0, however, small changes 0alarge at the Therefore, a retransmissions parameter may moves. If the send recommended, send window consecutive PDU high that valueprobability of thisthereby transmitter, value of this may reach itsis not result in size useless window reducing the moves. retransmissions, the send window parameter may lead reducing the A small value of this parameter is0aRRC maximum tothe HARQ 0, small probability of and the changes todue at to however, antherefore excessive transmission rate. parameter may recommended, consecutive PDUisA retransmissions value of of this connection RRC connection transmitter, thereby number status high frequency of result in useless reducing the retransmissions, from thewhile transmitter parameter may reestablishment. reestablished. Iflead this reducing the reports not status reporting HARQ probability of RRC therefore thetoA and status to anrepeated excessive parameter is set transmission rate. increasing the leads to a high retransmissions connection RRC connection reports from theofis number of status a large value, high frequency transmission probability of speed. timely from the transmitter reestablishment. reestablished. If this receiver, thereby reports while not reports may status reporting A large value of this acknowledgment and repeated status parameter is set toto wasting resources. increasing the not be sent in time. leads to a high The PDCP parameter results in data in the send reports from the a large value, A value ofsend this transmission speed. probability of timely sequence number a low speed of window and receiver, thereby status reports may parameter may lead A large value of this acknowledgment to size must set to window movement. therefore abehigh wasting resources. not be sent inlarge time. to a long delay for in parameter results data in the send a sufficiently probability of rate A large value of this the receiver to a low speed of send window value to and prevent guarantee. parameter may lead determine an outwindow movement. therefore a high Hyper Frame However, a high to a long delay for of-order packet probability ofto rate Number (HFN) frequency of status the receiver transmission failure guarantee. mismatch caused reporting results determine an outand therefore a in However, apacket high by severe a high probability of of-order packet long delay forstatus frequency of loss. However, a status report transmission failure sending status reporting results longer PDCP scheduling anda in and therefore reports, thereby a high probability of sequence number repeated long delay for delaying services status report results in more transmissions, sending statusthe and reducing scheduling and PDCP header thereby wasting reports, thereby throughput. repeated overhead and lower resources. delaying services transmissions, payload throughput. and reducing the

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V100R003C00

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Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

The value of this parameter must be sufficiently large to A small value of this prevent sequence The sequence parameter may number ambiguity number size result inby useless caused specified byHARQ this A small value of this HARQ retransmissions. parameter must be parameter may retransmissions Note that an to large enough result in useless from the transmitter excessively large prevent sequence HARQ and a large number value of this number ambiguity retransmissions of lost packets. A parameter, caused by HARQ from the transmitter large value this to however, willoflead retransmissions. and largemay number If thisa RLC parameter is parameter lead great However, a large of lost packets. A set tolong FALSE, the to a delay for overhead. size results in this a large value of target eNodeB the receiver to will heavy RLC header parameter may lead transmit allan data determine outload. to a longpacket delay for forwarded by the of-order the receiver tofailure, source eNodeB. transmission determine an out-is Part the data thereby delaying If thisofparameter of-order packet may have been services and value, set to a large transmission This parameter has transmitted UEs, reducing thetofailure, None the minimum thereby delaying an impact on the If this parameter is wasting throughput. guaranteed bit rates services and throughput and the set to a large value, resources on the air (Min_GBR) of highThis parameter reducing the has QoS differentiation the minimum interface. priority non-GBR an impact onbitthe throughput. service. Its is guaranteed services canvalue berates throughput and the subject to the (Min_GBR) of highguaranteed, QoS differentiation operator's policy. priority non-GBR whereas Min_GBR service. Its is services canvalue be of low-priority nonsubject to the This parameter guaranteed, GBR services may operator's policy. affects the whereas Min_GBR fail to be preallocation of low-priority nonguaranteed when opportunity of its GBR services This parameter resources are may corresponding fail to be affects the pre-type insufficient. of service and guaranteed whenis allocation If this therefore affects the If this parameter parameter is resources are probability of set to a delay. small its value, service The set to insufficient. corresponding type there may delay has and abe an is PBR_0_KBps, If this parameter of service impact oncorrelation the that None negative there risk set to is aa small therefore affects response timevalue, of the with the the corresponding there may be an delay of other types non-GBR services. preallocation services never impact onare the of service. The weight. scheduled. If this response of bigger thetime preparameter is set to non-GBR services. allocation weightand is, This parameter PBR_INFINITY and the smaller the other associated Services with the corresponding delay is.have The factors relatively highan traffic volume is smaller the preimpact on the The setting of CQI this priorities are high, there is a risk allocation weight is, reporting mode and parameter scheduled that the services the bigger the delay reporting determines the preferentially. with QCIs indicating The ofand this is. setting parameters, transmission modes lower priorities than parameter therefore affect the that are applicable this QCI are never determines the feedback overhead to the UEs served scheduled. transmission modes in the uplink and by a multi-antenna that are applicable throughput eNodeB andorhence to the UEs coverage inserved the affects performance by a multi-antenna downlink. such as the eNodeB andand hence throughput affects None performance coverage. such as the throughput and None coverage.

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no None impact on the The parameter equipment. modification has no None impact on the The parameter equipment. modification has no None impact on the equipment.

V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R003C00

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Engineering Design

V100R003C00

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Engineering Design

V100R003C00

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Engineering Design

V100R003C00

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V100R003C00

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V100R003C00

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V100R003C00

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V100R003C00

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V100R003C00

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V100R003C00

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V100R003C00

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Engineering Design

V100R003C00

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V100R003C00

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V100R003C00

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V100R001C01

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Engineering Design

V100R003C00

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Engineering Design

V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

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None A decrease in the value of this parameter indicates None a in the A decrease smaller value of number of When the value this parameter is candidate for increased, the None in acells results larger each handover. In number of reports number of reports this case, the increases and the and greater success of handoverrate success consumption of the handover triggered rate rises to a radio interface by eachextent. certain An resources. A larger A smaller value of measurement excessively large value of this this parameter report is decreased, number of reports, parameter results aleads largerto but the in required however, results a longer delay of in number ofvalue reports, amount radio A smallerof of excessive signaling handover retries greater interface resource this parameter and hence causes and hence a lower consumption of is reduced. None results inofasuccess larger a waste radio handover radio interface number ofresources. reports interface rate. In the early resources and a and greater stage of LTE higher handover consumption of of deployment, this A smallerrate. value success A radio interface parameter should this parameter larger value of this resources. A larger be set to small None results in aaleads larger parameter to value of of this value to ensure number reports a longer delay of to parameter leads timely handovers. and greater handover retries a longer delay consumption ofof and thus a lower handover retries radio interface handover and hencesuccess a larger lower resources. A rate. None A decrease in the handover success value of this value thisearly rate. Inofthe parameter leads to parameter indicates stage of LTE a longer delay of a decrease inthis the deployment, handover retries number of When the value is parameter should and hencecells a lower candidate for increased, the be set to a small None handover success each handover. In number of reports value tothe ensure rate. In early this case, the increases and the timely handovers. stage of LTE of the success handoverrate success deployment, this handover triggered rate rises to a parameter should by eachextent. An certain be set to a small measurement excessively large value to ensure report is of decreased, number reports, timely handovers. but the required however, results in None amount of signaling radio excessive interface resource and hence causes is reduced. a waste of radio interface resources.

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

A smaller value of this parameter If this parameter results in a largeris set to BOTH, the number of reports, eNodeB greater evaluates both the measured consumption of of None A smaller RSRP andvalue RSRQ radio interface this parameter values for each resources a results in aand larger inter-frequency higher handover If this parameter is number of reports, neighboring success rate.cell. A set to BOTH, the greater The cells with larger value ofofboth this eNodeB sends UEs consumption the measured parameter leads to two measurement radio interface RSRP and RSRQ a longer delay of configurations for resources and athe values meeting handover events A1 retries and A2: higher handover corresponding and a lower one thus based on A success rate. entering conditions handover success RSRP, and the larger value of this are reported and rate. other based on parameter leads to arranged based on RSRQ. Ifdelay either a longer of RSRP values to measured value handover retries generate a list of None meets theacondition and thus lower candidate cells. for event A2, event If handover success A2 is reported and AcBarringForMoDat rate. None the inter-frequency aCfgInd or A larger value of measurement is AcBarringForMoSig this parameter triggered. None CfgInd in SIB2 is results in a lower set to CFG, the UE A larger value probability of of draws a random this parameter handover to the number that results in'rand' a lower UTRAN cell, and a A larger value is uniformly probability of of smaller value this parameter distributed the handover tointhe results in a results[0,1). incell, a higher lower range Ifand randa GERAN probability. A value probability of of is larger less than smaller value this parameter handover to AcBarringFactorFor results in results in a a higher lower CDMA2000, and Call or probability. A larger value of a probability of smaller value AcBarringFactorFor this parameter handover to results a Sig, thein If results inUE a higher lower UTRAN, and athe probability. A larger value considers that AcBarringForMoDat probability of of smaller value this parameter RRC connection aCfgInd intoSIB2 is handover results in a higher results in a up lower can be set set to CFG, the UE UTRAN, and afor probability. A larger value of probability of the mobiledraws a random smaller value this parameter handover to the originated call or number 'rand' that results in a results incell, a higher lower GERAN and a signaling is uniformly probability. probability of smaller value respectively. the distributed in Ifthe handover to resultsof in a higher value range [0,1). If rand CDMA2000, and a probability. AcBarringFactorFor is less than the smaller value Call orof this value None results in a the higher AcBarringFactorFor parameter, UE probability. Sig is set to a large considers access to

value, the cellthe as allowed. probability That is, an of RRC allowing access to connection can be None the cellfor is high. set up the In this case, the cell mobile-originated load call. thisincrease. NoneIfmay If the valueisofset to parameter AcBarringFactorFor a large value, the Call or probability of AcBarringFactorFor allowing access to Sig cell is set a small the is to high, None value, may the lead to a which probability of If this high cell load. allowing access parameter is set to to None the cell value, is low. the In a small this case, UEs probability of may fail to access theto allowing access None cell cell evenis when the low, inthe cell load is relatively which situation UEs light. fail If to access may AcBarringFactorFor the cell even when Callcell or load is the AcBarringFactorFor relatively light. If Sig set to P00, this is parameter is an RRC is set toconnection P00, an RRC

V100R001C00

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V100R002C00

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V100R002C00

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V100R002C00

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V100R002C00

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V100R002C00

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V100R001C00

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V100R002C00

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V100R002C00

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V100R001C00

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V100R001C01

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V100R001C00

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically reset. Not involved

CfgInd in SIB2 is set to CFG, the UE draws a random number 'rand' that is uniformly distributed in the range [0,1). If rand is less than the None value of this parameter, the UE None considers access to the cell as allowed. That is, an RRC None connection can be set up for the signaling. If this None parameter is set to a large value, the probability of allowing access to the cell is high, None which may lead to a high cell load. If this parameter is set to None a small value, the probability of allowing access to None the cell is low, in which situation UEs None may fail to access the cell even when the cell load is None relatively light. If this parameter is set to P00, an RRC None connection is prohibited from None set up for the being signaling.

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unchanged, a larger value of this parameter indicates a lower probability of reselection to The greater the intra-frequency parameter, the or same-priority more difficult for the neighboring cells, UE to enter the and the service high-mobility or drop rate increases. medium-mobility A smaller value of state, thevalue smaller The greater theof None A larger this parameter the impact of parameter, the this parameter indicates a higher mobility state on slower for the UEthe to indicates a lower probability of reselection. The decide the mobility. probability of a UE A larger value of reselection to intrasmaller the Thus, the entering the this parameter frequency or sameparameter, the adjustment of the medium mobility indicates a lower priority neighboring easier for the UE to reselection state. In this case, probability of a UE cells, but larger enter the a highparameter is slower the reselectionentering the high number of pingpong mobility or medium,mobility and the impact related parameters state. In of cell reselection. mobility state, the mobility onthe the A smaller value of are not adjusted this case, greater the impact reselection is this parameter and cell reselection-related of mobility on smaller. results in astate greater reselections arenot parameters are A smaller value of the reselection. impact of the UE more difficult to adjusted and cell this parameter mobility on trigger. Astate smaller reselections are results in a greater Qhyst, value difficult ofthat thisis,toa more impact of the UE of larger probability parameter leads to trigger. Astate smaller mobility onA cell reselection. The greater the the opposite effect. value of this Qhyst, that is, a larger valueleads leads parameter, the The greater the parameter to larger probability of to aopposite smaller impact. easier to trigger the parameter, the the effect. cell reselection. A None inter-frequency more difficult forinter the larger value leads -RAT cell tocell meet the S to a smaller impact. A smaller value of measurement. The criterion, the more this parameter A largerfor value smaller the difficult the of cell indicates a Suitable lower this parameter parameter, the to become frequency ofhigher the indicates a moreThe difficult to Cell. difficulty reselection to low probability of aaUE trigger the interlevel of the cell priority intercamping on the frequency selection isinter-RAT frequency/inter-RAT cells assigned cell measurement. increased. Thewith cell. the same smaller thefrequency as the serving parameter, the one, and a smaller value easier for the cell to indicates a lower meet the S probability. criterion, the easier None for the cell to become Suitable With otherdifficulty None Cell. The conditions level of the cell unchanged, selection is a larger None of this value decreased. The parameter indicates selected cell should a higherthe probability provide signal of triggering quality for theintrabasic frequency services. measurements, and None a smaller value When this value is indicates a lower increased, the None probability. selection of the intra-frequency cell A smaller more value of becomes this parameter difficult. When the results a greater value isindecreased, A smaller value None impact of the UEof the selection this parameter mobility state on the becomes easier. results in a greater cell reselection time impact of the UE within E-UTRAN, mobility state on the that is, results in a cell reselection time higher probability of within E-UTRAN,A cell reselection. that is, results in a larger value leads higher probability of to a smaller impact. cell reselection. A larger value leads to a smaller impact.

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

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V100R002C00

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When other conditions remain None unchanged, an increase in the None value of this parameter results in A smaller value of a decrease in the this parameter probability of results in a greater reselection to the A smaller value impact of the UEof neighboring cell, None this parameter mobility state oninthe and a decrease results in a greater cell reselection the value resultstime in impact of the UE to anCDMA2000 increase in the mobility stateis,on the HRPD, that probability. cell reselection time results in a higher to CDMA2000 probability of cell HRPD, that is, reselection. A larger results in a higher value leads to a None probability of cell smaller impact. reselection. A larger value None leads to a smaller impact.

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R002C00

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None

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A smaller value of None this parameter results in a greater A smaller value None impact of the UEof this parameter mobility state on the results in a greater cell reselection time impact of the UEis, to GERAN, that mobility on the results instate a higher cell reselection time probability of cell to GERAN, that is, reselection. A larger results in a higher value leads to a probability of cell smaller impact. reselection. A larger value leads to a smaller impact.

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Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

When other conditions remain unchanged, an increase in the None value of this parameter results in a in the A decrease smaller value of probability of this parameter reselection to the results in a greater neighboring A smaller value None impact of thecell, UEof and a decrease this parameter mobility state oninthe the value in results invalue aresults greater cell reselection A larger oftime an increase in the impact of the UE to UTRAN, that is, this parameter probability. mobility on the resultstoinstate higher leads aalower cell reselection time cell probability of a cell to UTRAN, that reselection. A larger meeting criteria is, S results in a higher valuebecoming leads to aa and probability None smaller suitable cellof cell A larger impact. value of reselection. larger selected by A a UE. A this parameter value leads toof a this smaller leads tovalue a higher smaller impact. parameter results probability of the isin If this parameter a higher probability. cell meeting criteria set to Set thisbecoming parameter S and A larger value of a BOOLEAN_FALSE properly so that the suitable cell this parameter and SI messages selected cell selected by acan UE. A results in alarge smaller contain avalue None A larger value ofthat provide signals smaller of this number of amount of data to this parameter meet the quality parameter results transmissions in a in transmit, system results inprobability. a smaller requirement of a a lower unit of time and information may A larger value of not number of basic services. smaller amount of be to thisbroadcast parameter transmissions in a occupied system each UE in the cell results in a smaller unit of time and a resources, but it A larger of value of coverage. In this number smaller amount of may also lead to this parameter situation, cell edge transmissions in aa occupied system longer delay in UE's results in a not smaller users unit ofmay time and resources, but ita A larger value of acquisition of the number of correctly receive smaller amount of may also lead to this parameter system information. transmissions in aa system information. occupied system longer delay in UE's results in a smaller A smaller value unit of time andof a resources, but itof A larger value acquisition of the number of this parameter smaller amount of may also lead in to aa this parameter system information. transmissions leads todelay an occupied system longer in UE's results in a smaller A smaller value unit of time andof a opposite effect. resources, but itof A larger value acquisition of the number of this parameter smaller quantity of may also lead to this parameter system information. transmissions in aa leads todelay an system resources longer in UE's results in a smaller A smaller value of unit of time and a opposite occupied, but it may acquisition of the number ofeffect. this parameter smaller amount of also lead to a in a system information. transmissions leads todelay an occupied system longer in UE's A smaller value unit of time and a opposite effect. resources, but itof acquisition of the this parameter smaller amount ofa may also lead to system information leads todelay an occupied system longer in UE's in the SIB. A smaller opposite effect. resources, but it acquisition of the A larger of value of value this To guarantee the may also lead to a system information. this parameter parameter leads to throughput ofinthe longer delay UE's A smaller value of leads tocell, higher an opposite None serving set acquisition ofeffect. the A larger value ofthis this parameter throughput in the parameter to a system this parameter leads toinformation. an total cell but lower large value. To of A smaller value leads to higher opposite effect. throughput in the guarantee the total this parameter throughput in the entire network. A throughput of the leads an total cell buttolower smaller value of this network, set opposite effect. throughput inthis theto parameter leads parameter to a A entire network. lower throughput in small value. The PUCCH power smaller valuealso of this the cell and is set on the basis parameter leads to lower of thisinterference parameter in lower throughput to neighboring cells, The PUCCH power for the specific the cell and also resulting in higher is set on the basis PUCCH format to lower interference total in of thisthroughput parameter guarantee the cells, to neighboring the entire network. for the specific PUCCH resulting in higher PUCCH format to performance. total throughput guarantee the in the entire network. PUCCH performance.

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically reset.

When The PUCCH power DeltaPreambleMsg is is setset ontothe 3 anbasis of this parameter excessively low The PUCCH for the specific value, the TXpower power is set on format the of basis PUCCH to requirement of this parameter guarantee the Message3 cannot The PUCCH power for the specific PUCCH be met, is set onthe theTX basis PUCCH format to performance. power of the data of this parameter guarantee the channel is for the specific PUCCH decreased, andto the PUCCH format performance. cell throughput guarantee the falls. When PUCCH DeltaPreambleMsg performance. 3 is set to an excessively high None value, the TX power exceeds the None requirement of Message3 and causes interference None to the neighboring cells. This decreases the None throughput of the entire network. None

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The parameter modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically The parameter reset. modification has no impact on the The parameter equipment. modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically The parameter reset. modification has no impact on the The parameter equipment. takes modification effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically The parameter reset. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically reset. Not involved

None

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None A larger value of this parameter None leads to greater power consumption of the UE, but None A larger value improves the of this parameter throughput of cell leads to less(CEUs) None edge users A larger value of measurement more effectively in this parameter reports, which dynamic ICIC will leads to higher affect the prompt mode. estimation accuracy update of value UE A smaller of of interference from locations and the this parameter neighboring cells, average throughput A largeto value of this leads less power better service of cell edgeleads users parameter to consumption of the quality and larger (CEUs). a low probability of UE, but affects the average throughput triggering a DL timely ofICIC of cell tracing edge UEs measurement event neighboring cells (CEUs). None and hence small forlarger CEUs. Ina this A value of number ofthe UEs that situation, this parameter report thea related interferenceleads to lower None A larger value ofAs measurements. inducing probability of both this parameter a result, the service neighboring cellICIC triggering a DL results acorrectly lower qualities cannot in beprovided measurement event probability of for CEUs may not determined, which and stopping the meeting be mayguaranteed, affect the and event. A the smaller entering or leaving the cell throughput gain for value ofcapacity this condition the of DL and throughput CEUs andofleads even parameter to ICIC measurement CEUs may be decrease the a higher probability. event. A smaller affected. throughput for value leads toof a this A small them. value higher probability. parameter results in None a high probability of triggering a DL ICIC None measurement event and hence a large number of UEs that None report the related measurements. As a result, more UEs None may occupy the edge frequency None and the band throughput of each CEU may drop. None

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Not involved Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no None impact on the The parameter equipment. modification has no None impact on the equipment.

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None A larger value of None this parameter results a larger A largerinvalue of number of Goldthis parameter If the value of this None level and leadsservices to a larger parameter is too hence higher usage number of Silversmall, the of system If the valueresources of and this level services None admission threshold by Gold-level parameter is too hence more system is too low for the services. may small, theThis resources occupied handed-over If the value of this affect the QoS admission threshold by Gold-with andQCI Silverservice of parameter israte too satisfaction of is too lowcase, for the level services, 1. In this the small, thewith services handed-over If the value of this which may affect QoS thethreshold existing If the of value ofother this admission priorities. If this service with QCI of parameter is too the QoS services cannot be parameter is too is too low for the parameter israte set to 2. In this the small, thecase, satisfaction of guaranteed. small, the handed-over If the value ofother this a small value, QoS of the existing admission threshold services with If the value of thisof admission threshold service with QCI parameter is too however, there isbe services cannot is too low new priorities. Iffor this parameter is too is too low for the 3. In this the small, thecase, no impact on the guaranteed. Gold-level services parameter is set large, the handed-over A larger value of to QoS of the existing admission threshold radio network If the value of this of all QCIs. In a small value, admission threshold service with QCI of this parameter services be is too low for new performance. parameter is too case, thecannot Gold-level however, there is is too high for the 4. In this case, the leads to a higher guaranteed. Silver-level services large, the services occupy no impact on the A larger value ofoftoo handed-over QoS the existing smaller value probability of If the value of of all of QCIs. In this admission threshold many system radio network this parameter service with QCI of services cannot be the parameter leads system congestion. parameter is too case, the Goldand is too high for the resources, and performance. results in a higher 1. In this case, the guaranteed. to a lower In this situation, the large, the Silver-level services A larger value of handed-over Silverand Copperprobability of success If the value of this admission threshold system resource admission threshold occupy too many this parameter service with QCI of level system congestion. rate isservices low for parameter is too for new Copperusage and the is too high for the system resources, leads to a higher 2. In this case, the cannot be admitted. If the value is QCI large, services with large, the level services of allof access success A larger value handed-over and Copper-level probability oftheof admission success This affects the system 1. admission threshold QCIs, which may rate are low. this parameter service with QCIbe of services cannot system congestion. rate ishigh low for access success resource usage and is too for the cause excessive A smaller value of indicates a higher 3. In this case, the admitted. This In this case, the services with QCI of rates of admission the Silverthe access success handed-over service this parameter probability of admission success affects the access system resource 2. or Copper-level rate are low. service with QCI of and hence affect indicates aand lower system congestion. rate is low for success rates of the utilization the services of all QCIs. A smaller value of 4. In this case, the the QoS of the probability ofis QCI If the value services with Copper-level access success If theparameter value of large, this of this admission success admitted services. generating the system 3. services of all QCIs. rate are parameter islower too results inlow. afor rate isvalue low If the of this congestion resource usage and If the value of this A smaller value of large, thewith probability of services QCI of parameter is too indications and the access success parameter is too the parameter this parameter admission threshold generating 4. large, the therefore alower higher rate are large, the results inlow. leads to ahigher is too high for new congestion admission threshold A smaller value access success admission threshold efficiency of loadof probability of Gold-level services. indications andnew is too high for this parameter rate. If the value is is too high for new control, but may generating In this case, the hence ainahigher Copper-level results higher small, an excessive leads to lower A smaller value of Silver-level cause a greater congestion access success access success services. this efficiency ofusers load number ofIn probability of this parameter services. In this fluctuation in the indications and rate is low for Goldrate. If the value A smaller value ofis case, the access control, but it also may be admitted, generating results in higher case, the access QoS satisfaction hence a higher level services. small, an excessive this parameter success rate is low leads arate greater but the load control congestion efficiency of load success is low rate oftoGold-level access success A larger value of number of results in ausers smaller for Copper-level fluctuation in the actions are not indications and control, but may for Silver-level GBR services. rate. Ifbe the value is this parameter might admitted, quantity of services. QoS satisfaction taken timely to hence a higher cause greater services. A larger value of the small, an excessive indicates a smaller but the load resources allowed rate of Silver-level A smaller value relieve the access success fluctuation incontrol theof a parameter causes number of users number of services actions are not to beparameter occupied by GBR services. this congestion. In this rate. If the value QoS satisfaction smaller impact onis might be admitted, that can be taken in time to GBR services and a A larger value of results in a lower situation, the overall small, excessive rate of an Copper-level the QoS but the load control released by the relieve the lower admission this parameter probability of QoS satisfaction number of users GBR services. satisfaction rate of actions are not system and results congestion. Inofof this success leads arate smaller switching from a rate ofto the existing might be admitted, A larger value Gold-level services taken in time to in a the lower case, the overall GBR services, impact on the QoS high-usage services decreases but load control this parameter and hence lower relieve the probability of QoS satisfaction thereby causing a satisfaction rate of indication to a lowand the call drop actions are not causes a smaller efficiency ofrelief. load congestion. In thisof congestion rate of the existing higher probability Silver-level services usage rate increases. taken inindication time impact on the control. In thistoQoS case, case, the overall A smaller value of services drops and resource waste. and lower efficiency about GBR relieve the satisfaction rate of both the probability QoS satisfaction this parameter the call drop rate A larger value of load control. In services. As a of congestion. In this Copper-level of leaving the rate of the existing indicates aoverall larger rises. this parameter case, the result, thedrops case, the services, but results congested state services and number of services leads to a larger probability of GBR QoS satisfaction in lower efficiency and the access the call drop rate that can beexisting quantity of leaving the service admission rate of the of load control. success rate areIn rises. released by the resources allowed congested state failure is higher. services and this case,drops both the lower. system and results to be occupied and the access A larger value ofby the call drop probability of rate in a parameter higher GBR services and a success rate are this rises. leaving the probability of lower admission lower. in a state results higher congested congestion relief success rate of probability of pingand the access and aeffect higher call non-GBR services. pong in terms success rate are drop rate. When resources of switchings lower. The priority the are insufficient, this between theofhighGold-level, Silvermay cause a higher usage indication level, and Bronzecall rate in and drop the low-usage level services non-GBR services.

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment.

generating the usage of admission, but high the leads toindication higher probability of results inafewer usage indication of UL RBs, which may protection over probability of congestion relief. In types of preDL RBs, which may cause excessive resource allocation generating the low the case of emptable service cause excessive admission, but the is performed after usage indication of congestion, and a lower access admission, but the protection for the admission DL RBs, which may services are success rate of protection resource allocation decision. Infora cause excessive released as load high-priority users resource allocation is performed after addition, when admission, but the control action, and by means of preis performed the admission value of the protection forafter therefore the call emption. Thus, the the admission decision. Therefore, parameter too resource drop rate allocation isisusers high-priority decision. this parameter does large, loadIncontrol is performed after increased. have worse addition, when the not affect the the actions are taken the admission A smaller value of experience. value of the overall QoS more slowly. decision. Therefore, this parameter A smaller value of parameter israte too satisfaction A smaller of this parameter has results in avalue higher this parameter large, load control much. this parameter no obvious impact probability of results in more actions are taken A smaller value of leads a higher on theto overall QoS congestion relief, types of premore slowly. this parameter probability of satisfaction rate. but it may lead to emptable service A smaller value of leads to aswitchings lower generating the high A smaller value of frequent and a higher this parameter probability of usage indication this parameter betweensuccess overloadof access leads to a higher generating the low UL the leads abut lower andRBs, overload relief. rate oftohigh-priority probability of A smaller value ofof usage indication satisfaction rates probability of users by means of generating the high this parameter UL resources are compared generating the low pre-emption. In this usage indication of results in blocks fewer resource further to make usage indication of case, the call drop DL RBs but non-GBR services and hence athe lower admission UL resources rate is higher. satisfaction rates that can be admission success decisions. resource blocks are compared admitted; a larger rate, but thethe Therefore, and hence a lower further value offor this protection for parameter has no admission success admission decision. parameter results resource allocation obvious onin rate, but impact the None Therefore, this more non-GBR is performed admission. Inafter protection for parameter has no services that can the admission addition, when thebe resource allocation obvious impact on admitted. decision. Therefore, value of the is performed after None admission. In this parameter has parameter is too the admission addition, when the no obvious impact small, excessive decision. Therefore, value of the None on admission. In overload control this parameter has parameter isimpact toothe addition, when actions may be no obvious small, excessive value of the In resulted. on admission. None load control parameter isactions small, addition, when the may be taken. the load control value of the algorithm may parameter is small, None mistakenly trigger the load control the servicemay release, algorithm None which will cause mistakenly triggera rise in the call drop the service release, rate. will cause a which None rise in the call drop rate. None

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None A larger value of this parameter leads to less None A larger value of measurement this parameter reports, which will leads affect to thehigher prompt estimation accuracy update of UE of interference from locations and the neighboring cells, average throughput better of cell service edge users quality (CEUs).and larger average throughput of cell edge UEs (CEUs).

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. takes modification effect after the cell is automatically reset. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

edge users (CEUs) more effectively in dynamic ICIC mode. A smaller value of this parameter A large value of this leads to less power parameter leads to consumption of the a low probability of UE, but affects the triggering a UL ICIC timely tracing of measurement event neighboring and hence acells small None for CEUs. In this A larger value ofthat number of UEs situation, this parameter report thethe related interferenceleads to a lower As None measurements. A larger value of inducing probability both a result, theofservice this parameter neighboring cellICIC triggering a UL qualities provided results in acorrectly lower cannot be measurement event for CEUs may not probability ofwhich determined, and stopping theand be guaranteed, meeting the may affect the event. Acapacity smaller the cell entering or leaving throughput gain of for value of this and throughput condition ofleads the UL CEUs and even parameter CEUs may be to ICIC measurement decrease the a higher probability. affected. event. A smaller throughput forof this A small value value leads to a RACH resource them. parameter results in higher probability. adjustment switch: None a high probability of If this switch is triggering a UL ICIC turned on, based on measurement event None the number of and hence a large accessed UEs, the number of UEs that algorithm can report the related None improve the measurements. As utilization of a result, more UEs dedicated None may occupy the preambles while edge frequency ensuring that the band and the cell None probability is less capacity and than or equal to 1% throughput of each that a UE with the CEU may drop. None random access procedure triggered by handover (case None 3) or arrival of downlink data (case If the switch is is None 4) is not allocated If SrsAlgoSwitch turned on, the with a dedicated enabled, SINR over PUCCH resources preamble. In can be a wide band None are increased orwill addition, the obtained, which decreased algorithm can also lead to a better adaptively based on improve performance None the of the load on the PRACH utilization Adaptive PUCCH. This while ensuring Modulation andthat achieves betteris the probability Coding When a(AMC) PDCP utilization of equal less than or during scheduling. packet queue is PUCCH resources toSrsAlgoSwitch 1% that multiple If is congested, the and reduces UL UEs initiate random disabled, only the automatic packet control signaling access procedures SINR over a narrow discarding overhead. When triggered by initial band can be mechanism is the PUCCH access (case 1), obtained. In this started if are resources failed radio link case, if the AqmAlgoSwitch is decreased, (case 2), orselection arrival frequency set to ON. This however, a few(case of uplink isdata function reduces theenabled, delay users may need 5) with the same to both the AMC of interactive None reconfigure the CQI preamble at the performance and services, but it resources, which same time. will be throughput slightly increases consumes certain Dedicated affected. None the time used to DL resources. preamble download largeIf the switch is multiplexing switch: sized files. turned off, the If the switch is UL None control signaling turned on, the overhead is shortage of relatively dedicatedlarge. preambles can be relieved to a certain extent. Backoff control switch: If this switch

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification takes effect after the cell is automatically The parameter reset. modification has no impact on the equipment. Not involved The parameter modification takes effect after the cell is automatically reset. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. takes modification effect after the cell is automatically The parameter reset. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

processing more access the network services, services where spare are not diverted resources are from the local cell to available. the neighboring LCEM_RAC_ALG_ cell. Thus, the GBR_USAGE_SWI probability of TCH: overload is If this switch is set relatively high, and to OFF, GBR the access success services may If rate and total occupy excessive FreqPriorIFHOSwitc throughput are PRB resources h is set tolow. On, Ifthe relatively because the frequency-priorityInterFreqMlbSwitch None scheduling based is set tointerON, the algorithm frequency handover inter-frequency preferentially is enabled. It is None MLB function guarantees the improves the data enabled. Then, in GBRs of GBR rate of the UE at the case that the services (except None the expense of anthe cell load is heavy IP Multimedia increased number and there is an Subsystem [IMS] of handovers. To imbalance in the None signalings). As a speed up handover, cell loads, the result, the you are advised to probability of admission set both issuccess None overload rate is relatively low, FreqPriorIFHOSwitc relatively low, and and the number of h and the access success UEs in the cell is None FreqPriorIFBlindHO rate and total relatively Switch to small. On. In throughput are If this switch is set addition, to ensure relatively high. to ON, thesuccess limitation handover If UtranMlbSwitch, of PRB usage rate, strictly setisthe GeranMlbSwitch applied to GBR or triggering None CdmaMlbSwitch services. As athe is conditions ofthe set to OFF, result, the frequency-prioritycorresponding interadmission success None based interRAT MLB function rate and handover frequency is disabled. Then, success rate handover; forare the corresponding None relatively high, but example, set the inter-RAT load there might be a to threshold related imbalances cannot waste of resources. event A1 to aInlarge None be handled. this LCEM_RAC_ALG_ value. As an case, the probability DL_LDC_SWITCH: advantage, this will of overload is If this switch is set None decrease the relatively high and to OFF, downlink number of UEs that the access success overload check is will be handed over rate and total None not performed and to high-priority cells throughput hence load are control and potentially relatively low. If actions are increase thenot loads None UtranMlbSwitch, taken when the in low-priority cells. GeranMlbSwitch or downlink load in the CdmaMlbSwitch is cell is heavy. As a None set to ON, the drop result, the call corresponding rate is relativelyinterRAT function If thisMLB parameter is high, and the None is enabled. Then, in set to On, the service satisfaction the that thelow. eNodeB performs ratecase is relatively load in the cell is None differentiation A larger value If this switch isof set heavy and there is control between this parameter to ON, downlink the an inter-RAT BT service the indicates a and larger overload check is None imbalance in theload non-BT service that amount of and performed load between are carried by cells, the resources allocated control actions are the probability of of non-GBR link. In to non-BT services. taken in the case None overload in the this case, when A smaller value overload. As a of system ishigh relatively traffic isthe a this parameter result, callindrop low, the access cell, the data rate of indicates a smaller rate and due to service success rate the BT service on amount. releases is and total throughput the air interface can Adjustment of the relatively high. are relatively high. be effectively parameter value will LCEM_RAC_ALG_ controlled affect the on the UL_LDC_SWITCH: basis theinuserthroughput cell. If this of switch isa set defined priority, Whether the to OFF, uplink thereby throughput will is overloadpreventing check the service from increase or not BT performed and severely impacting decrease depends hence load control on other services on the distribution actions are not in

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Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification takes effect after the cell is automatically reset. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

The value of this parameter has an obvious impact on The value of of this thisload The value intra-frequency parameter has an parameter has an balancing. If this obvious impact on obvious impact parameter is seton to inter-frequency load inter-RAT loadintraa large value, None balancing. If balancing. If this this frequency cell loads parameter is set to to parameter is set may not yet reach a large value, intera large value, interthe optimum frequency cell loads RAT cell when loads may balance may notreach yet reach not yet the If overload occurs. A smaller value of the optimum optimum balance this parameter is is If this parameter this parameter may balance when when overload set to to a a large small value, value, set cause frequent load overload occurs. If occurs. If this however, excessive a load balancing updates and induce this parameter is to parameter is set handovers and action maysignaling not be excessive set to a value, small value, a small signaling taken timely when overhead. A larger however, excessive however, excessive exchanges may the cell load is be value of thisand handovers inter-RAT If this parameter is resulted. unbalanced, or The value of thismay parameter may signaling handovers may be set to astopped large value, not be parameter hinder thewhich cell to exchanges may be resulted, may load balancing may timely when the cell determines whether timely obtain the resulted. deteriorate the not be initiated or load is balanced. to perform dynamic load status of theIfIf system stopped in time. this parameter is adjustment ofcells. the neighboring performance this parameter is set smallsince value, ratioto ofa CCEs the inter-RAT set to a small value, The setting of the however, a assigned toload UL and handover has amay low load Nonebalancing switch determines balancing action those assigned to success rate. be initiated and whether toPDCCH. perform mayonbethe frequently DL stopped dynamic taken or frequently. stopped. Changing the value adjustments the of this parameter Changing theon value number of OFDM affects the number of this parameter symbols occupied of CCEs assigned affects the by PDCCH. to UL or DL. IfInthe this scheduling switch is turned off, case, the number of throughput in DL. uplink and downlink scheduled users as A larger value ofbe throughput may well as the this parameter affected when throughput in UL or None leads less CCEs are DL areto also available insufficient, or affected. SRI resources. downlink A smaller value throughput may of be this parameter affected when leads more CCEs are None to available excessive.SRI resources. None

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Not involved Not involved Not involved Not involved The parameter modification takes effect after the cell is automatically reset. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification takes effect after the cell is automatically reset.

If the length of the None default paging cycle is fixed, a larger value of this None parameter results in a longer The this modification Nonesetting ofperiod parameter affects and a larger the coverage of the number of times 1) Coverage: None PCFICH that UEs channel. are If theA value of larger value ofthis this required to read The setting of ReferenceSignalPw parameter leads system information affectsto ra isbetter too large, crosscoverage change the coverage area The setting ofwhich this coverage occurs. performance, but notifications, of the PBCH parameter affects This causes induces stronger leads to higher channel. A larger None the coverage interference radio interference to reliability of to value of this performance of other cells. Ifcells. thethein neighboring acquiring such parameter results SCH channel. value of This causes aAA notifications. better coverage larger ofbut this ReferenceSignalPw waste of power and longer value modification performance, it parameter in rinduces is too small, reduces theresults amount period, however, stronger better coverage coverage holes of power results in available a longer interference to performance, but appear. for theinPHICH andit delay changing neighboring cells induces stronger 2) Interference: PDCCH channels. the system and may cause The a A interference toof A setting smaller value this information. waste ofof power. neighboring ReferenceSignalPw parameter, smaller valuecells of this maywith cause a rand varies the however, may lead None parameter, waste of power. A interference from to insufficient however, may lead smaller value of neighboring cells. A coverage and to insufficient this None parameter, large interference coverage holes. coverage and however, lead margin is may required coverage holes. to insufficient where the None coverage and interference is coverage holes. strong. 3) Channel None A larger value of Pb estimation: A larger results value ofin a larger increase in None ReferenceSignalPw When this ReferenceSignalPw r leads to higher parameter is set to r, better channel channel estimation a relatively great estimation accuracy, a lower value, the performance, demodulation and throughput of this better PDSCH threshold, and of A larger value cell is increased. demodulation higher receiver this parameter The throughput of performance, sensitivity, butbut it it leads to higher the whole network, also leads to lower None causes stronger throughput however, is in the transmit power of interference tototal cell but lower reduced. When this the PDSCH (type B) neighboring cells. throughput theto parameter isinset and thus increases 4) Capacity: A A entire network. a relatively lessedge the rate of cell larger value ofof this smaller value value, the users. ReferenceSignalPw parameter to interferenceleads on the rlower brings better throughput neighboring cells in is coverage, but a the cell and also reduced. Thus, the None value large limits lower interference throughput of this theneighboring power usedcells, for to cell is reduced and the transmission of which thereby that of the whole None data and hence results networkinishigher decreases the in total throughput increased. system capacity. the entire network. Set ReferenceSignalPw r appropriately to ensure a reasonable tradeoff

The parameter modification takes effect after the cell is automatically reset. Not involved The parameter modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically reset. Not involved The parameter modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically reset. Not involved The parameter modification takes effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell The parameter is automatically modification takes reset. effect after the cell is automatically The parameter reset. modification has no impact on the The parameter equipment. modification takes effect after the cell is automatically The parameter reset. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification takes effect after the cell is automatically reset. Not involved Not involved Not involved Not involved Not involved

The values of this None parameter and theto As a supplement NB parameter planning of base determine theof this sequence groups A large value None number of paging for UL RS parameter indicates occasions, that is, generation, group a large amount of None the number of hopping simplifies occupied control paging groups. A the planning and channel resources larger value UL of this randomizes RS and a small When parameter may correlation constraint on thelead GroupAssignPUSC to a longer delay inA interference. uplink scheduling. H of all cells under paging a UE but Though the current small this For a value certainof paging None one eNodeB set help reduce the group hopping can parameter indicates load, a largerisvalue to 0, the UL RSs on power consumption significantly reduce a small amount and of this parameter the PUSCHs are of the UE. smaller the probability of a great constraint. indicates aAlarger When group generated on the value of this collisions that paging capacity hopping is not basis parameter may lead neighboring cells duringofa different specific performed, base sequence to a shorter delay in use the same base period, andhopping a sequence groups. InUE thisbut paging a sequence group in smaller value of this can beeach supported. case, cell can cause power a TTI,base itmore cannot parameter indicates None After use any Cyclic Shift consumption of completely prevent a smaller paging sequences are the (CS) value during UE. If the EPC such collisions. capacityinto during a divided groups, the generation specifies a DRXof None a) When the specific period. the base the UL for RS. The period UE, isthe number ofacells sequences within more the available UE uses the smaller smaller than 30, the each group the have None CS values, value between the reuse of base great correlations more the V-MIMO period and the sequence groups (the base users thatoccur. can be parameter value does not None sequences are Inas matched. its DRX period. this case, group as When all cells almost regarded When hopping is not under one eNodeB identical). The GroupAssignPUSC required. Therefore, use the same base correlations H cells under one itsequence isofrecommended group to between a base eNodeB isUL setRSs to that group hopping generate sequence in group different values, the be disabled. on PUSCHs, A and the base UL RSs on b) When CyclicShift thethe different sequences in be group PUSCHs number ofcan cells values need to be B are similar to generated onthe the exceeds 30, set forbetween these cells those any basis of the same reuse ofthe base so thatbase cells use other base sequence. sequence groups different cyclic shifts sequence in group Thus, the might occur. during semiA and the base orthogonality of UL Though planning persistent sequences in group RSs between None can be performed scheduling. B. Thus, sequence neighboring cells to prevent When theiscells hopping can be slightly neighboring under one eNodeB equivalent tocells the None improved. In from using the use different base use of an identical addition, togroups ensureto same base sequence base sequence orthogonality of in UL sequence group, generate RSs None TTI,UL each which RSs between cells, the planning is on PUSCHs, set does not of result in only part the complicated when CyclicShift to 0.CS an obvious values area available None there are largethat difference from for each cell. Thus, number of cells. In when sequence the number of this case, it is hopping is not None available CS values recommended that performed. decreases and be the group hopping Therefore, it is number of V-MIMO enabled to None recommended that users that can be randomize UL RS sequencealso hopping matched interference be disabled. and decreases. None prevent complicated planning. None

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The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

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The Noneentering condition for event B1 is as follows: Mn + Ofn - Hys > None Thresh. Where Mn is the None measurement value of neighboring cells, Ofn is the None frequency-specific offset of the neighboring cell, Not involved None Thresh is the threshold for this Not involved None event, and Hys The parameter refers to the modification has no hysteresis for this impact on the event. The parameter equipment. A smaller value of modification has no Ofn leads to lower None impact on the probabilities of The parameter equipment. modification has no triggering both None B1 and event impact on the handover, which equipment. may affect user Not involved None experience. A larger value of Ofn leads to a higher Not involved None probability of triggering event B1, Not involved None may cause which more decision errors and pingNot involved None pong handovers.

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Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

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Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

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A larger value of this parameter Not involved None indicates a higher A larger value of The parameter probability of a UE this parameter modification has no camping the leads to aon lower A larger value impact on the cells assigned with probability of aof UE The parameter this parameter equipment. the band class, and camping on a cell modification has no leads to avalue lowerin a smaller on a frequency impact on the probability a UE indicates a of lower the higher-priority The parameter equipment. camping on a cell probability. modification has no CDMA2000 band on a frequency in class, and a smaller impact on the the lower-priority value leads to a equipment. CDMA2000 band higher probability. Not involved None class, and a smaller value leads to a higher Not involved None probability.

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Not involved

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Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

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The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved Not involved Not involved Not involved

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None A larger value of this parameter indicates a higher None probability of aofUE A larger value camping on a cell this parameter on a entering frequency leads to a lowerin The the GERAN carrier probability a condition ofofevent frequency group, neighboring cell on B1 is as follows: None and smaller a frequency invalue the Mn +aother Ofn - Hys > With indicates a lower GERAN carrier Thresh. conditions probability. frequency Where, isa the unchanged, larger None Mngroup With other becoming a measurement value value of this suitable conditions cellneighboring for cell leads of cells. parameter to unchanged, a larger selection. A smaller Ofn is the a lower probability value of this to a frequency-specific of reselection parameter to offset of theleads neighboring cell on a lower probability higher probability. neighboring cell, a frequency in the of Setreselection this isparameter Thresh the to a higher-priority neighboring cell on properly carrier so the threshold forthat event GERAN a frequency in the selected cell can B1, and Hys is the frequency group, lower-priority provide signals that hysteresis for event and a smaller value GERAN carrier meet quality B1. of thisthe parameter frequency group, requirement of The smaller the leads to a higher and a smaller basic services. value of Ofn is,value the probability. None of this parameter harder event B1 is leads to a and higher triggered, the probability. more slowly the None handover is implemented. This affects None the user experience. The bigger the value of None Ofn is, the easier event B1 is triggered. This also None easily causes error decision and pingpong handover. None

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A smaller value of this parameter Not involved None V100R001C00 leads to a lower The parameter probability of modification has no V100R001C00 handover to the impact on the neighboring cell. A The parameter equipment. modification has no larger value of this None parameter leads to V100R001C00 impact on the The parameter a higher probability. equipment. modification has no None V100R001C00 impact on the The parameter equipment. modification has no None V100R001C00 impact on the equipment. Not involved None V100R002C00 The parameter modification has no None V100R003C00 impact on the The parameter equipment. modification has no None V100R003C00 impact on the equipment. Not involved None V100R001C00 Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

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None A larger value of this parameter None leads to a higher probability of starting None measurements on neighboring cells on the neighboring EUTRAN frequency and also a higher A smaller value of None probability of this parameter reselection to a results in a greater neighboring cell of on A smaller value None impact of the UE the neighboring this parameter mobility state on the frequency. results in a greater cell reselection time impact of the UE within E-UTRAN, mobility state on the that is, results in a cell reselection time larger probability of within E-UTRAN,A cell reselection. that is, results in a larger value leads higher probability of None to a smaller impact. cell reselection. A larger value leads to a smaller impact.

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V100R001C00

Radio


V100R001C00

Radio

Radio Planning

V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio

Engineering Design

V100R001C00

Radio

Engineering Design

V100R001C00

Radio

Engineering Design

Not involved

With other A larger value of conditions this parameter unchanged, a larger A larger value of With leadsother to this a lower value of this parameter conditions probability of parameter leads to leads to a lower unchanged, reselection toa alarger a lower probability probability of a value of this neighboring of reselectioncell to on a neighboring interparameter leads to the neighboring Eneighboring cell on frequency cell on a lower probability UTRAN frequency. the higher-priority the frequency to a of reselection neighboring E- S meeting criteria neighboring cell on UTRAN frequency, and becoming a the lower-priority and a smaller value suitable cell for neighboring Eof this parameter selection. A smaller UTRAN frequency, leads to a higher value of this and a smaller value probability. parameter leads to of this parameter None a higher leads to aprobability. higher Set this parameter probability. properly so that the None this Setting selected cell parameter to can provide signals that EventA3 improves meet the quality None the performance of requirement of handovers between basic services. intra-band interNone frequency neighboring cells in terms of timeliness and interference. Setting this None parameter to EventA4 reduces the number of interNone band interfrequency handovers. None

Not involved

None

V100R001C00

Radio

Radio Planning

Not involved

None

V100R001C00

Radio

Radio Planning

Not involved

None

V100R001C00

Radio

Radio Planning

Not involved

None

V100R001C00

Radio

Radio Planning

Radio

Radio Planning

Radio


Radio


Radio

Radio Planning

Radio

Radio Planning

Radio

Radio Planning

Radio


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved

V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R003C00

Radio

Engineering Design

V100R001C00

Radio

Engineering Design

V100R001C00

Radio

Engineering Design

V100R001C00

Radio

Engineering Design

A smaller value of this parameter Not involved None V100R001C00 leads to a lower The parameter probability of modification has no handover to the V100R001C00 impact on the neighboring cell. A The parameter equipment. modification has no larger value of this None parameter leads to V100R001C00 impact on the The parameter a higher probability. equipment. modification has no None V100R001C00 impact on the The parameter equipment. modification has no None V100R001C00 impact on the The parameter equipment. modification has no None V100R002C00 impact on the equipment. Not involved None V100R002C00


V100R003C00

Radio

Engineering Design

V100R003C00

Radio

Engineering Design

V100R001C00

Radio

Radio Planning

Not involved

None

V100R001C00

Radio

Radio Planning

Not involved

None

V100R001C00

Radio

Radio Planning


None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio


None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Radio Planning

None

V100R003C00

Radio

Engineering Design

None

V100R001C00

Radio

Radio Planning

Not involved

None

V100R001C00

Radio

Radio Planning

Not involved

None

V100R001C00

Radio

Radio Planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Radio Planning

None

V100R002C00

Radio

Radio Planning

None

V100R002C00

Radio


None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio

Engineering Design

None

V100R001C00

Radio

Radio Planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Engineering Design

The Noneentering condition for event B1 is as follows: Mn + Ofn - Hys > None Thresh. Where Mn A value of is larger the measurement this parameter None value of a leads to a higher neighboring cell, probability Ofn is the of None starting frequency-specific measurements offset forvalue the ofon A larger neighboring frequency ofcells the on this parameter the UTRAN neighboring cell, leads to a lower frequency and of also A largerisvalue Thresh the probability of a a higher probability None this parameter threshold for event UTRAN FDD cell of a leads to Hys a lower B1,reselection and istothe meeting criteria S neighboring cell on probability of a hysteresis for event and becoming a the UTRAN FDD B1. UTRAN suitable cell cell frequency. meeting criteria SA A smaller value of With other selected by a UE. and becoming a Ofn leads to a lower conditions smaller value of this suitable cellof probability unchanged, a larger parameter leads to With other selected by a UE. A triggering event B1. value of this a higher probability. conditions smaller value of this Thisthis mayparameter delay parameter leadsthe to Set unchanged, a larger parameter leads to handover a lower probability properly soand thataffect the value of this a higher probability. the user of reselection to a selected cell can parameter leads to Set this signals parameter experience. A larger neighboring cell on provide that a lower probability properly so that the value of Ofn leads the higher-priority meet the quality of to a selected cell of can to reselection a higher UTRAN frequency, requirement neighboring cell on provide signals that probability of and a smaller basic services.value the lower-priority meet the quality triggering event B1, of this parameter UTRAN frequency, requirement of None to which may cause leads a higher and a smaller basic services. more decision value probability. of this and parameter errors pingNone leads to a higher pong handovers. probability.

V100R001C00

Radio

Radio Planning

V100R001C00

Radio


V100R001C00

Radio

Radio Planning

V100R001C00

Radio


V100R001C00

Radio

Radio Planning

V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio


V100R001C00

Radio

Radio Planning

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Radio Planning

None

V100R001C01

Radio

Engineering Design

None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio


None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio


None

V100R001C00

Radio

Radio Planning


None

V100R001C00

Radio

Radio Planning

None

V100R001C00

Radio

Radio Planning

None

V100R003C00

Radio

Engineering Design

None

V100R001C01

Radio

Engineering Design

None

V100R001C01

Radio

Engineering Design

None

V100R001C01

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R001C01

Radio

Engineering Design

None

V100R001C01

Radio

Engineering Design

None

V100R001C01

Radio

Engineering Design

None

V100R001C01

Radio

Engineering Design

None

V100R001C00

Radio

Engineering Design

None

V100R001C00

Radio

Engineering Design

None

V100R001C00

Radio

Engineering Design

None

V100R001C01

Radio

Engineering Design

None

V100R001C00

Radio

Engineering Design

None

V100R001C00

Radio

Engineering Design

NoneTPE algorithm, The if enabled, increases the rate None of TCP services; if disabled, has no impact None on the network. If the TPE algorithm is None enabled, the source eNodeB of a handover will transmit the TCP packets stored in the TPE buffer to None the target eNodeB so that the server does not need to transmit the same set of packets to the target eNodeB, increasing the rate of TCP services.

V100R001C00

Radio

Engineering Design

V100R001C00

Radio

Engineering Design

V100R001C00

Radio

Engineering Design

V100R001C01

Radio

Engineering Design

V100R002C00

Radio

Engineering Design

V100R001C00

Radio

Engineering Design

The parameter modification has no impact on the The parameter equipment. modification takes effect after the cell is automatically The parameter reset. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C01

Radio

Engineering Design

None

V100R003C00

Radio


None

V100R003C00

Radio

Engineering Design

None

V100R003C00

Radio


None

V100R002C00

Radio


None

V100R002C00

Radio


None

V100R002C00

Radio


None

V100R002C00

Radio


None

V100R002C00

Radio


None

V100R001C01

Radio

Engineering Design

None

V100R001C00

Radio


None

V100R001C00

Radio


None

V100R001C00

Radio


None

V100R001C00

Radio


None

V100R001C01

Radio


None

V100R003C00

Radio


None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R002C00

Radio

Engineering Design

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport


None

V100R002C00

Transport


None

V100R002C00

Transport


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R002C00

Transport

Not involved

None

V100R001C01

Transport

Engineering Design

None

V100R002C00

Transport

Engineering Design

None

V100R002C00

Transport

Engineering Design

None

V100R002C00

Transport

Engineering Design

None

V100R002C00

Transport

Engineering Design

None

V100R002C00

Transport

Engineering Design

None

V100R002C00

Transport

Engineering Design

None

V100R002C00

Transport

Engineering Design

The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R002C00

Transport

Engineering Design

None

V100R002C00

Transport

Engineering Design

None

V100R001C01

Transport

Transport Planning

None If IPSec is applied V100R001C01 to a network where FirstIPSecFlag is V100R001C01 set to DISABLE, the eNodeB fails to access None the network. V100R001C01

Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None If IPSec is applied V100R001C01 to a network where SecIPSecFlag is V100R001C01 set to DISABLE, the eNodeB fails to access None the network. V100R001C01

Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None If IPSec is applied V100R001C01 to a network where IPSecFlag is set to V100R001C01 DISABLE, the eNodeB fails to access None the network. V100R001C01

Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None If IPSec is applied V100R001C01 to a network where LocIPSecFlag is set V100R001C01 to DISABLE, the eNodeB fails to access None the network. V100R001C01

Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None If IPSec is applied V100R001C01 to a network where SecLocIPSecFlag V100R001C01 is set to DISABLE, the eNodeB fails to access None the network. V100R001C01

Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport

Transport Planning

None If IPSec is applied V100R001C01 to a network where ServIP1IPSecFlag V100R001C01 is set to DISABLE, the eNodeB fails to access the network.

Transport

Transport Planning

Transport

Transport Planning

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None If IPSec is applied V100R001C01 to a network where ServIP2IPSecFlag V100R001C01 is set to DISABLE, the eNodeB fails to access None the network. V100R001C01

Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning


Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning


Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None If IPSec is applied V100R001C01 to a network where IPSecFlag is set to V100R001C01 DISABLE, the eNodeB fails to access None the network. V100R001C01

Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

Transport

Transport Planning

V100R001C01

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport

Transport Planning

Same as IPSec

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

Same as IPSec

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

Same as IPSec

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None If IPSec is supported, the throughput is relatively low. None

V100R001C01

Transport

Transport Planning

V100R001C01

Transport

Transport Planning

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport


None If IPSec is supported, the throughput is relatively low. None

V100R001C01

Transport

Transport Planning

V100R001C01

Transport

Transport Planning

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning


Same as IPSec

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning


None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R002C00

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved


V100R001C01

Transport

Transport Planning

V100R001C01

Transport

Transport Planning

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved


V100R001C01

Transport

Not involved

V100R001C01

Transport

Transport Planning

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R002C00

Transport

Transport Planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved

None

V100R002C00

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

A larger value of None this parameter results in greater A larger value of None immunity to network this parameter delay, but it leads to results greater a longerintime None immunity to network required to detect delay, but it leads disconnection andto a longer time therefore a higher None required to of detect probability longA smaller value of disconnection and time packet loss. this parameter therefore a higher A smaller of results in avalue higher probability of longthis parameter probability of time packet loss. results in athe higher detecting worst A smaller value of probability of link status, which this parameter detecting network however is results in a itnot higher status, but leads commonplace. probability of A to higher sensitivity larger value of this detecting to packet network loss andin parameter results status, buttherefore it leads delay and None a higher probability to higher sensitivity a higher probability of detecting theand to packet loss of incorrect best link status, delay None and therefore decisions. which however is a higher probability not commonplace. of incorrect None decisions.

V100R001C01

Transport


V100R001C01

Transport


V100R003C00

Transport

Transport Planning

V100R001C01

Transport

Transport Planning

V100R001C01

Transport


V100R001C01

Transport


V100R001C01

Transport


V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport

Equipment planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport

Equipment planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning


V100R001C01

Transport

Transport Planning

V100R001C01

Transport


V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R003C00

Transport

Transport Planning

Not involved

None

V100R003C00

Transport

Transport Planning


V100R003C00

Transport

Transport Planning

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None When the DHCP relay switch is None enabled, the BS automatically forwards the DHCP requests from the lower-level BS, If this parameter is which increases the None set a loadtoofDISABLE, data faulty remote processing. maintenance channel cannot automatically None A smaller parameter restore itself. value indicates a lower transmission A smaller parameter This parameter priority of signaling value must indicates value be a data and affects lower transmission different from thethe QoS. priority of high-level priorities of other OM service services, so data that A smaller parameter and affects the low-level OM value a QoS. indicates service data (such lower transmission A smaller parameter as upload and priority of the value indicates download data) ais Precision Time lower transmission allocated the Protocol (PTP) priority the minimalofbandwidth packets and affects service through packet scheduling. the QoS. whose QoS Class Indicator (QCI) is 1 None and affects the QoS.

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C01

Transport


V100R001C00

Transport


V100R002C00

Transport


None

V100R002C00

Transport


Transport


Transport


Transport


Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

A smaller parameter value None indicates a V100R002C00 lower transmission priority of the service packet V100R001C00 whose QoS Class Indicator (QCI) is 2 None V100R002C00 and affects the QoS.


None

V100R002C00

A smaller parameter value None indicates a V100R002C00 lower transmission priority of the service packet V100R001C00 whose QoS Class Indicator (QCI) is 3 None V100R002C00 and affects the QoS. None

V100R002C00

A smaller parameter value None indicates a V100R002C00 lower transmission priority of the V100R001C00 service packet whose QoS Class Indicator (QCI) is 4 None V100R002C00 and affects the QoS. None

V100R002C00

A smaller parameter value None indicates a V100R002C00 lower transmission priority of the service packet V100R001C00 whose QoS Class Indicator (QCI) is 5 None V100R002C00 and affects the QoS. None

V100R002C00

A smaller parameter value None indicates a V100R002C00 lower transmission priority of the V100R001C00 service packet whose QoS Class Indicator (QCI) is 6 None V100R002C00 and affects the QoS. None

V100R002C00

A smaller parameter value None indicates a V100R002C00 lower transmission priority of the service packet V100R001C00 whose QoS Class Indicator (QCI) is 7 Noneaffects the V100R002C00 and QoS. None

V100R002C00

A smaller parameter value None indicates a V100R002C00 lower transmission priority of the service packet V100R001C00 whose QoS Class Indicator (QCI) is 8 and affects the QoS.

Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


Transport


The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved

None

V100R002C00

Transport


None

V100R002C00

Transport


V100R002C00

Transport


V100R001C00

Transport


V100R002C00

Transport


V100R002C00

Transport


V100R002C00

Transport


V100R003C00

Transport

Engineering Design

V100R003C00

Transport

Engineering Design

V100R001C00

Transport


V100R001C00

Transport


A smaller parameter value None indicates a lower transmission priority of the service packet whose QoS Class Indicator (QCI) is 9 None and affects the QoS. If this parameter is None set to OFF, the throughput on the If this parameter air interface will is None set to OFF, the drop due to throughput overload of on thethe air interface will central processing drop due towhen unit (CPU) overload of the the DL traffic on the central processing S1 interface unit (CPU) exceeds thewhen the DL traffic on the capability of the None S1 interface LBBP. exceeds the capability of the None LBBP.

Not involved

None

V100R001C00

Transport

Equipment planning


None

V100R001C00

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R003C00

Transport

Equipment planning


V100R001C00

Transport


V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None An excessive large parameter value leads to packet loss None or excessivelyfragmented data packets None on the transport network, resulting in a long None and delay deteriorated performance. An excessive small parameter value leads None to reduced available payloads for transmission, None resulting in decreased transport bandwidth None efficiency and deteriorated performance. None

V100R001C00

Transport

Equipment planning

V100R003C00

Transport

Equipment planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no None impact on the The parameter equipment. modification has no None impact on the equipment. Not involved None

V100R001C00

Transport

Transport Planning

V100R001C01

Transport

Transport Planning

V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C01

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport

Equipment planning


V100R001C01

Transport


V100R001C01

Transport


V100R001C01

Transport


An excessive large parameter value leads to packet loss or excessivelyfragmented data packets on the transport network, resulting in a long Not involved None delay and The parameter deteriorated modification has no performance. An impact on the excessive small equipment. parameter value leads Not involved None to decreased available payloads for transmission, Not involved None resulting in ineffective use of the transport Not involved None network bandwidth and deteriorated performance. Not involved None

V100R003C00

Transport

Equipment planning

V100R001C01

Transport


V100R001C01

Transport

Not involved

V100R001C01

Transport

Not involved

V100R001C01

Transport

Not involved

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport

Equipment planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved The parameter modification has no impact on the equipment. Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R002C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Transport Planning

Modifications to this None parameter affect the admission of new Modifications to this services and the parameter affect the quality of admitted admission of newon services carried services and the resource groups. quality of admitted services carried on None resource groups.

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Engineering Design

V100R003C00

Transport

Engineering Design

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport



V100R001C00

Transport


V100R003C00

Transport

Not involved

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R001C00

Transport


None

V100R001C00

Transport


None

V100R003C00

Transport

Transport Planning

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved None The parameter modification has no None impact on the equipment.

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R003C00

Transport


None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R003C00

Transport

Transport Planning

Not involved

None

V100R003C00

Transport

Transport Planning

Not involved

None

V100R003C00

Transport

Transport Planning

Not involved

None

V100R003C00

Transport

Transport Planning


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R001C00

Transport


None

V100R001C00

Transport

Equipment planning

None

V100R001C00

Transport

Transport Planning

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R002C00

Transport


None

V100R001C01

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved


None

V100R001C00

Transport

Not involved

None

V100R003C00

Transport

Equipment planning

None

V100R002C00

Transport


None

V100R003C00

Transport

Equipment planning

None

V100R003C00

Transport


None

V100R002C00

Transport

Transport Planning

Not involved

None

V100R002C00

Transport

Transport Planning

Not involved

None

V100R002C00

Transport

Transport Planning

Not involved

None

V100R002C00

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R003C00

Transport


Not involved

None

V100R003C00

Transport


Not involved

None

V100R003C00

Transport

Transport Planning

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning


V100R001C00

Transport

Not involved

V100R002C00

Transport


V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning


V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C01

Transport

Transport Planning


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R001C00

Transport


None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved

Not involved

None

V100R002C00

Transport

Not involved


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport

Equipment planning

V100R001C00

Transport

Transport Planning

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment. Not involved None

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R003C00

Transport

Equipment planning

V100R003C00

Transport

Transport Planning

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved Not involved Not involved

If this parameter is None set to ENABLE, the rate of a physical Noneis restricted. If port this parameter is If this parameter set to is DISABLE, value greater the None rate of a available physical than the port is not transport restricted.Rate bandwidth, the None restriction of transport network physical ports is may be congested, A smaller parameter necessary if the affecting the QoS. value indicates a bandwidth of a for If this tolerance parameter lower transport network valueburst, is smaller data which is limited. The than theinavailable results packet transport network transport loss. may incur bandwidth, the A larger parameter congestion or transport network value indicates packet loss may incur a when waste higher consumption its bandwidth None of system bandwidth, is of limited and rate affecting thewhich resources, restriction is number of admitted results in a waste of None disabled. services and resources. throughput. None

Not involved

None

V100R001C00

Transport

Transport Planning

V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


Not involved

Enabling the PointNone Protocol to-Point A smaller parameter (PPP) multiplexing value indicates a function leads toof A larger parameter smaller number higher bandwidth value indicates frames availablea for A smaller usage andparameter a longer larger number of multiplexing, value indicates a delay for data multiplexed frames None resulting in a lower smaller number of transmission. and a higherratio. multiplexing multiplexed frames multiplexing A larger parameter and lower efficiency, resulting value indicates a bandwidth usage, in a longer delay larger number of resulting in a short caused by frames available for delay. multiplexing. multiplexing but a A larger parameter A smaller parameter lower multiplexing value indicates a value indicates a ratio, resulting After parameter large this number ofinof smaller number inadequate is set to ENABLE, multiplexed frames multiplexed frames, multiplexing. the IPmaximum header ifNone. the resulting in a compression is multiplexed shorter delayframe enabled, which length is not caused by improves bandwidth considered. multiplexing.In this usage, increases case, the bandwidth data usageprocessing is higher, None loads, and resulting in a longer decreases the delay. throughput. None

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport


Not involved

None A smaller parameter V100R001C00 value indicates smaller received V100R001C00 data units and more data fragments, affecting the QoS.

Transport

Equipment planning

Transport


Not involved

Not involved

After the Protocol Field Compression (PFC)the function is After Address enabled, theField and Control bandwidth usage is Compression improved, which is (ACFC) function results in the higher enabled, system loads and is a bandwidth usage longer delay. improved, which results None in higher system loads and a longer delay. None

Not involved

None

V100R003C00

Transport


Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

Not involved Not involved Not involved

V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R003C00

Transport

Equipment planning

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport


None

V100R001C00

Transport


None

V100R001C00

Transport

Equipment planning

None

V100R001C00

Transport


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Not involved


V100R001C00

Transport

Not involved

V100R003C00

Transport

Equipment planning

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport

Transport Planning

Not involved

None

V100R001C01

Transport


Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R001C01

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R002C00

Transport


Not involved

None

V100R002C00

Transport


Not involved

None

V100R002C00

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R002C00

Transport

Transport Planning


V100R002C00

Transport

Transport Planning

V100R002C00

Transport

Transport Planning

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

None

V100R001C00

Transport

Transport Planning

Not involved

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


Not involved

None A smaller parameter value indicates a Enabling the Pointsmaller of A larger number parameter None to-Point Protocol frames available value indicates a for (PPP) multiplexing A smaller parameter multiplexing, larger number of function toa value indicates resultingleads in aframes lower multiplexed higher bandwidth smaller number of multiplexing ratio. and a higher usage and a longer multiplexed frames A larger parameter multiplexing delay for data and lower value indicates a efficiency, resulting transmission. bandwidth usage, larger number of in a longer delay resulting in a short frames available for caused by delay. multiplexing but a multiplexing. A parameter lower multiplexing After this parameter A larger smaller parameter value indicates ratio, resulting is set to ENABLE, value indicatesina aa large number of of low IP impact of the the header smaller number multiplexed multiplexing frames compression is multiplexed frames, ifA the maximum algorithm. performed, resulting resulting inparameter a smaller multiplexed frame in higher bandwidth shorter delay value indicates length is not usage and line caused received by smaller considered. In this quality multiplexing. data units and more After the Address case, the bandwidth requirements. data fragments, and Control Field usage is higher, affecting the QoS. None Compression resulting in a longer (ACFC) delay. function is enabled, the bandwidth usage is improved, which results None in higher system loads and a longer delay. None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C01

Transport


Not involved

None

V100R001C01

Transport


Not involved

None

V100R003C00

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved Not involved

A lower priority of the real-time service queue leads A priority of of to lower the preemption the real-time non-real-time service queue leads services by A lower priority of of to the preemption excessive real-timeNone the real-time non-real-time services. A higher service queue leads services by priority of real-time A lower priority of of to the preemption excessive real-timeservice queue leads the real-time non-real-time services. A higher to degrading ofleads service queue services by priority of real-time A lower priority of of real-time services to to the preemption excessive real-timeservice queue leads the real-time the non-real-time non-real-time services. A higher to degrading ofleads service queue service queue, services by priority of real-time A lower priority of of real-time services to to the preemption resulting inreal-timetheleads excessive service queue the real-time the non-real-time non-real-time preemption of realservices. A higher to degrading ofleads service queue service queue, services by time services byof of priority of real-time A lower priority real-time services to to the preemption resulting inreal-timetheleads excessive non-real-time service queue the real-time the non-real-time non-real-time preemption ofofrealservices. A higher services. to degrading service queue leads service queue, services by time services by of priority of real-time real-time services to to the preemption resulting inreal-timetheleads excessive non-real-time service queue the non-real-time non-real-time preemption of realservices. A higher services. to degrading of service queue, services by time services by to priority of real-time real-time services resulting inreal-timetheleads excessive non-real-time service queue the non-real-time preemption ofofrealservices. A higher services. to degrading service queue, time services by to priority of real-time real-time services resulting in theleads non-real-time service queue the non-real-time preemption ofofrealservices. to degrading service queue, time services by to real-time services resulting in the non-real-time None the non-real-time preemption of realservices. service queue,by time services resulting in the non-real-time None preemption services. of realtime services by non-real-time None services.

V100R003C00

Transport

Not involved

V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R003C00

Transport


V100R003C00

Transport


V100R003C00

Transport

Equipment planning

Not involved

None

V100R003C00

Transport

Transport Planning

Not involved

None

V100R003C00

Transport

Transport Planning

Not involved

None If this parameter value is greater None than the available If this parameter transport value is greater bandwidth, the None than the transportavailable network transport may be congested, bandwidth, None affecting thethe QoS. transport network If this parameter may be A smaller parameter value is congested, smaller affecting the QoS. value indicates a than the available If this tolerance parameterfor lower transport value is smaller data burst, which bandwidth, the than theinavailable results packet transport network transport loss. may incur a waste bandwidth, the A parameter of larger bandwidth, transport network value indicates affecting the may incur waste higher consumption number of aadmitted None of bandwidth, of systemand services affecting thewhich resources, throughput. number of admitted results None in a waste of services and resources. throughput. None

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R002C00

Transport

Transport Planning

V100R003C00

Transport


Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved The parameter modification has no impact on the equipment.

Not involved

than the packet for uplink, guaranteed loss is easy to transport bandwidth If this parameter occur on non-flowfor downlink, packet value is greater control services, loss may occur to of than the maximum affecting the QoS If this parameter non-flow-control transport bandwidth these services. value is greater services, affecting for uplink, packet If this parameter than the maximum the QoS of these loss is to value iseasy smaller transport bandwidth services. occur on the than the for downlink, packet If this parameter transport network, guaranteed loss may occur onof value is smaller affecting QoS transport the bandwidth the transport than the services. for uplink, network, affecting guaranteed If this parameter bandwidth waste the QoS of transport bandwidth value is smaller may occur on the services. for downlink, than the maximum transport network, If this parameter bandwidth waste transport bandwidth affecting the value is smaller may occur on the for uplink, number of some admitted A larger than the parameter maximum transport network, bandwidths are a non-flow-control value indicates transport bandwidth affecting the wasted on the servicesamount and theofBS greater for downlink, number ofnetwork, admitted transport throughput in the permitted burst bandwidth waste non-flow-control affecting the uplink. data. may onthe theBS services and number of admitted Noneoccur transport network, throughput in the the BS services and affecting uplink. thein the throughput number None uplink. of admitted services and the BS throughput in the None uplink.

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

Not involved

None

V100R003C00

Transport

Not involved

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None

V100R003C00

Transport

Not involved

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None

V100R003C00

Transport

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None

V100R003C00

Transport

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None

V100R003C00

Transport

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None

V100R003C00

Transport

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None

V100R003C00

Transport

Not involved

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None

V100R003C00

Transport

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None

V100R003C00

Transport

Not involved

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None

V100R003C00

Transport

Not involved

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None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Not involved

V100R003C00

Transport

Not involved

V100R003C00

Transport

Not involved

Not involved Not involved Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved

If this parameter is set to ON, the TX None speed can be kept In the scenario below or to where theequal transport None the configured TX bandwidth changes In the scenario bandwidth of a dynamically: where the transport transmission If this parameter is None bandwidth changes resource set to ON,group. dynamically: Thus, congestion congestion at the is If this parameter avoided and QoSisis transport bottleneck None A smaller parameter set to ON, ensured. node can be a value indicates A smaller parameter congestion at theis If this parameter avoided, thus higher probability value indicates a of transport bottleneck set to OFF, ensuring thethe TX detecting higher probability of node be rate ofcan aquality. service congestion on the detecting avoided, thus transmission If this parameter is transport network congestion on the ensuring the resource group can set to ON, less and affected transport network service quality. If thisbeing parameter is exceed the packets are lostdue by packet loss and being affected If this parameter is set to ENABLE, the configured TX because thenetwork to transport by delay jitter set to ON, less transport resource bandwidth. In when this transmit bandwidth errors, which may the transport packets are group will notlost be is case, packet loss is adjusted lead to a mistaken network is not because the congested, easy to occur on dynamically. rate decrease. congested, which receive bandwidth guaranteeing theis the transport If this parameter larger A smaller parameter may leadparameter to a is adjusted fairness and network, affecting set to parameter OFF, the a is If this value indicates mistaken rate of dynamically. differentiation the QoS of bandwidth and TX lower probability of set to ENABLE, the longer time of the decrease. If this parameter is non-real-time services. rate is not adjusted detecting OM FTP services congestion status of A larger parameter set to OFF, the services. due to packet loss congestion on the may preempt the the transport value indicates a is bandwidth and TX If this on theparameter transport transport network bandwidth of nonresource group and lower probability of All real-time rate is not adjusted set to DISABLE, the A larger parameter network and being affected real-time services. a better detecting services belong to due toindicates packet loss transport resource value a by packet loss due If this parameter is differentiation congestion on effect the the Priority Queuing on the transport group may be lower probability of to transport network set to DISABLE, for non-real-time transport network (PQ) queue. network. congested, the TX rate change If thisbeing is errors. only aparameter lowthe services. This, and affected Otherwise, the high affecting of the transport set to an bandwidth is when however, leads to a by delayofand jitter priority fairness resource group and excessively great guaranteed for OM higher probability of the transport transmitting realdifferentiation of is a longer delay. If this parameter value, some FTP services. emptying buffer network isthe notUL time services is not non-real-time A smaller parameter set to an bandwidths are of the indicates transport congested. guaranteed. services. value excessively great wasted and the aand resource group higher probability value, some DL of system capacity affects the the TX rate change bandwidths are decreases. bandwidth of the parameter transport wasted andusage. the is If this A larger parameter resource group and system capacity set to indicates an value a a shorter delay. decreases. excessively small longer time of theis If this parameter A greater value, thevalue actrual congestion status of set to an a larger indicates transmission load the transport excessively small capability ofthe theUL will exceed resource group and value, the queue in aactrual available a poorer transmission load transmission bandwidth, affecting differentiation effect will exceed the resource to the qualitygroup of DL for non-real-time None available buffer packets. admitted services. services. This, bandwidth, affecting however, the qualityleads of to a None bandwidth higher admitted services. usage.

V100R003C00

Transport

Equipment planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R003C00

Transport

Transport Planning

V100R001C00

Transport

Engineering Design

V100R001C00

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Engineering Design

V100R001C00

Transport

Engineering Design

V100R001C00

Transport

Engineering Design

V100R001C00

Transport

Engineering Design

V100R001C00

Transport

Engineering Design

V100R001C00

Transport

Engineering Design

V100R001C00

Transport

Engineering Design

V100R001C00

Transport

Engineering Design

V100R001C00

Transport

Engineering Design

V100R001C01

Transport

Engineering Design

V100R001C01

Transport

Engineering Design

V100R001C01

Transport

Engineering Design

V100R001C00

Transport

Transport Planning

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport

Equipment planning

Not involved None The parameter modification has no None impact on the equipment.

V100R001C00

Transport


V100R001C00

Transport

Transport Planning


None

V100R001C00

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None

V100R001C00

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Transport Planning

None

V100R001C00

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Transport Planning

None

V100R001C00

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Transport Planning

None

V100R001C00

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Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

Transport


Not involved

None

V100R001C00

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Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved

None

V100R001C00

Transport


None

V100R001C00

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None

V100R001C00

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None

V100R001C00

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None

V100R001C00

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Not involved

None

V100R001C00

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None

V100R001C00

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None

V100R001C00

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None

V100R001C00

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None

V100R001C00

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Not involved

Not involved

None

V100R001C00

Transport

Not involved

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None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved

None

V100R001C00

Transport

Not involved

Not involved Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

If this parameter is set to ON, None handover services If is orthis newparameter services are set to ON,according admitted None handover services to the UL transport or new services resources. Thus,are admitted according excessive admitted None to the DL transport services can be resources. Thus, avoided and the A smaller parameter excessive admitted Noneof ongoing QoS value indicates a services can services can be beof larger number avoided the ensured. A smallerand parameter admitted services QoS of ongoing If thisa parameter value indicates a is and lower services can beof set to OFF, larger number probability of ensured. A smallerservices parameter handover services admitted ensuring sufficient If this parameter value indicates a is or new services and a lower bandwidth for ofare set to OFF, larger number not admitted probability of ongoing services. A smaller parameter handover services admitted services according to theaUL ensuring sufficient A larger parameter value or new services and a indicates lower transport resources. bandwidth for ofaare value indicates larger number not admitted probability of Therefore, the QoS ongoing services. A smaller value smaller number admitted services according to the of DL ensuring sufficient of ongoing services A larger parameter indicates a larger admitted services and a lower transport resources. bandwidth for cannot be value a number of ensured admitted and a indicates higher probability of Therefore, the QoS ongoing services. A less parameter ifensuring excessive smaller number of services but a probability of sufficient of ongoing services A larger parameter value indicates that services are admitted services smaller probability ensuring sufficient bandwidth for cannot be ensured value indicates a more admitted. and a services higher of ensuring thecan bandwidth for ongoing services. A less parameter ifsufficient excessive smaller number of be admitted. The probability of that bandwidth ongoing services. A larger parameter value indicates services are admitted services possibility that ensuring sufficient for ongoing value indicates a more can admitted. and a services higher bandwidth for bandwidth forTheof services. A less parameter smaller number be admitted. probability services is of not ongoing services. A larger value value indicates admitted services possibility that that ensuring sufficient ensured, however, indicates a smaller more services can and a higher bandwidth for bandwidth forThe becomes great. A less parameter number of admitted be admitted. probability of services isparameter not ofthat A larger value ongoing services. A greater value indicates services but a possibility that ensuring sufficient ensured, however, this parameter value indicates that more services can greater probability bandwidth for bandwidth forThe becomes leads to agreat. higher fewer services can be admitted. of ensuring theof services isparameter not A larger value ongoing services. A greater admission success be admitted. The possibility that sufficient bandwidth ensured, however, this parameter value indicates that rate of handed-over possibility that bandwidth for A larger value for ongoing becomes great. leads to abut higher fewer services can services, may bandwidth for services isaparameter not indicates higher services. A greater admission success be admitted. The also result in a services is not ensured, however, admission success value that rate ofindicates handed-over possibility that higher probability of A larger value ensured, however, becomes great. rate ofservices gold-level fewer can services, but also bandwidth for overload due to the indicates a higher becomes less. A greater new services but a be admitted. results inisaparameter higher services not fluctuations inThe the admission success value indicates that smaller UL possibility that probability of A larger value ensured, however, real-time traffic. rate of gold-level fewer services can bandwidth reserved bandwidth for overload due to of the indicates aless. higher becomes A smaller value new services but a be admitted. The for handover services is not fluctuations in the admission success this parameter smaller DL possibility thatless services and A larger value ensured, however, real-time rate oftosilver-level leads atraffic. lower bandwidth reserved bandwidth for effect of indicates a higher becomes less. A smaller value newhandover services butofa admission success for services is not differentiating admission success this parameter smaller UL rate of services and less A larger value ensured, however, admitted rate oftohanded-over silver-level leads aservices. lower bandwidth reserved services, but may effect of indicates a higher becomes less. A smaller value new services but a admission success for gold-level also result in anew differentiating admission success indicates a lower smaller DL rate of handed-over services and lessof A larger value lower admitted services. rate ofprobability bronze-level admission success bandwidth reserved services, but also effect of indicates a higher overload due to the A smaller value newgold-level services but a rate of gold-level for new results in asuccess lower differentiating admission fluctuations in thea indicates a lower smaller UL new services but services and less probability of admitted services. rate of bronze-level real-time traffic. admission success bandwidth reserved greater effect ofUL overload due tonew the A smaller value new services but a rate of gold-level for silver-level bandwidth reserved differentiating fluctuations in the indicates a lower smaller DL new services but a services and less for handover admitted services. real-time traffic. admission success bandwidth reserved greater effect ofDL services and more A smaller value rate of silver-level for silver-level new bandwidth differentiating effect of and indicates a reserved lower new services but a services less for handover admitted services. differentiating admission success greater UL effect of services and more A smaller value admitted services. rate of silver-level bandwidth reserved differentiating effect of indicates a lower new services but a for gold-level new admitted services. differentiating admission success greater DL services and more A smaller value admitted services. rate of bronze-level bandwidth effect of a reserved indicates lower new services but a for gold-level new differentiating admission success greater UL services and more admitted services. rate of bronze-level bandwidth reserved effect of new services but a for silver-level new differentiating greater DL services and more admitted services. bandwidth effect of reserved for silver-level new differentiating

V100R001C00

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Not involved

V100R001C01

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V100R003C00

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V100R002C00

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V100R001C00

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V100R001C00

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V100R001C00

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V100R001C00

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indicates a greater services and a DL admission higher admission If the UL transport bandwidth forofGBR success rate If this parameter bandwidth is a is services and GBR services a set to ON, the sum insufficient andbut this If this parameter is higher admission If this parameter is smaller UL of uplink admission parameter is set to set to when success rate of the set to ON ON, the bandwidth reserved bandwidths of sum all ON, the admission DL transport GBR services but a of downlink for non-GBR logical ports carried success rate of bandwidth is smaller DL admission services. on a physical port is high-priority insufficient, the bandwidth reserved bandwidths of allof A smaller value allowed to be services may rise, admission success for non-GBR logical ports carried this parameter greater thandrop the but the call rate of high-priority services. on a physical portofis indicates a smaller uplink rate of bandwidth low-priority services increases. A smaller value of allowed to be UL admission the physical port. services maydrop alsoIn The service this parameter greater than the bandwidth for GBR this case, however, increase. rate of low-priority indicates a smaller downlink bandwidth services and aof there is a risk If the UL transport services, however, DL admission of the physical port. lower admission excessive admitted bandwidth is also increases. bandwidth forofGBR In this case, success rate services if and this insufficient If this parameter services and abut however, there isisais GBR services PORTULCACSW parameter is set toa set to OFF when lower admission risk of excessive greater UL set to ON. OFF, the call drop the DL transport success rate of if admitted services bandwidth reserved If thisofparameter rate low-priority bandwidth is butisis GBR services a PORTDLCACSW for non-GBR set to OFF, the sum services is not insufficient, the greater DL set to ON.admission services. of uplink affected, but the admission success bandwidth reserved If this parameter bandwidths of all is admission success rate of high-priority for non-GBR set to OFF, the sum logical carried rate of ports high-priority services might not services. of downlink on a physical services isThe notport is increase. None admission not allowed be of guaranteed. service dropto rate bandwidths ofthe all greater than low-priority logical ports carried uplink of None bandwidth services, however, on aphysical physical portIn is the port. is not affected. not allowed to be this case, there is greater than the None no risk of excessive downlink bandwidth admitted services of the physical regardless of port. None In this case, there is whether no risk of excessive PORTULCACSW is admitted set to ON.services None regardless of whether PORTDLCACSW is None set to ON.

V100R002C00

Transport


V100R002C00

Transport


V100R002C00

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V100R002C00

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V100R003C00

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V100R003C00

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V100R003C00

Transport


V100R003C00

Transport


V100R003C00

Transport


V100R003C00

Transport


V100R003C00

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V100R003C00

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None

V100R003C00

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None

V100R002C00

Transport


None

V100R002C00

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None

V100R002C00

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None

V100R002C00

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None

V100R002C00

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V100R002C00

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V100R002C00

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V100R002C00

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V100R001C00

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V100R001C00

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If this parameter is None set to ON, the quality of highIf this parameter is priority None services is set to ON, the guaranteed when quality of highthe transport priority is None networkservices is guaranteed when overloaded with the transport uplink services. network is overload If this parameter is with downlink set to OFF, the services. quality of highIf this parameter priority services isis set to OFF, guaranteed the when quality of highthe transport priority is networkservices is not guaranteed overloaded with when transport uplink the services. network is overloaded with

The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the equipment. Not involved Not involved The parameter modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the The parameter equipment. modification has no impact on the equipment.

released triggeringby theOLC UL but a greater transport overload probability of pingalgorithm, ensuring pong OLC actions. the bandwidth of In the case of high-priority frequent OLC A larger value services, and A larger A smallerparameter parameter actions, the indicates alowsmaller releasing value indicates a value indicates a transport load number of services priority services. lower probability of longer time to clear status is frequently released by OLC A smaller parameter triggering the DL the state switched between but overload a greater value a transport overload and a indicates lower overload and probability of ping-of higher probability algorithm, ensuring probability of overload pong OLCrelief. actions. triggering the UL the bandwidth of releasing services A smaller value In the case of transport overload high-priority excessively. indicates aensuring greater frequent OLC algorithm, services, and A larger of parameter number services actions, the the bandwidth ofa releasing lowvalue indicates released by OLC transport load high-priority priority services. shorter to clear but a smaller status istime frequently services, and A smaller parameter the overload probability of state pingswitched between releasing lowvalue indicates a and a higher pong OLC actions. overload and priority services. higher probability probability ofof lessof In the case overload relief. triggering the DL releasing services frequent A smallerOLC value transport overload excessively. actions, indicates aensuring greater None the algorithm, transport load number of services the bandwidth of status is relatively released by OLC high-priority None stable. but a smaller services, and probability of pingreleasing lowpong OLC actions. priority None services. In the case of less frequent OLC actions, None the transport load status is relatively None stable. A smaller parameter value indicates a lower priority of the data transmission in layer 2 and affects the QoS. None

V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R001C00

Transport


V100R002C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C01

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

V100R001C00

Transport

Transport Planning

None

V100R001C01

Transport

Transport Planning

None

V100R001C00

Transport

Transport Planning

None A smaller parameter V100R001C00 value indicates a lower priority of V100R001C00 data transmission and affects the QoS. None V100R001C00

Transport

Transport Planning

Transport

Transport Planning

Transport

Transport Planning

None

Transport

Transport Planning

V100R003C00

236211574 Enodeb Parameter Reference

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