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eRAN Feature Documentation
Product Version: eRAN11.1
Library Version: 07
Date: 2017-01-15
For any question, please contact us.
Copyright © Huawei Technologies Co., Ltd. 2017. All rights reserved.
Basic Services
Contents
1 Basic Services
1.1 Cell Management
1.2 Connection Management
1.3 Idle Mode Management
1.4 Multiple Frequency Band Indicator
1.5 Physical Channel Resource Management
1.6 Power Control
1.7 SCTP Congestion Control
1.8 Terminal Awareness Differentiation
1.9 Uplink Timing Control
Basic Services
Parent topic: Radio & Performance
eRAN
Cell Management Feature Parameter Description
Issue
05
Date
2017-01-15
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2017. All rights reserved.
No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
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and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this
document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are
provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements,
information, and recommendations in this document do not constitute a warranty of any kind, express or implied.
Huawei Technologies Co., Ltd.
Address:
Huawei Industrial Base Bantian, Longgang Shenzhen 518129 People's Republic of China
Website:
http://www.huawei.com
Email:
support@huawei.com
1 Contents
1 About This Document
1.1 Scope
1.2 Intended Audience
1.3 Change History
1.4 Differences Between eNodeB Types
2 Overview
2.1 Introduction
2.2 Benefits
3 Technical Description
3.1 Related Concepts
3.1.1 Cell
3.1.2 Sector
3.1.3 Sector Equipment
3.1.4 RF Equipment
3.1.5 Baseband Equipment
3.1.6 Cell-specific Sector Equipment
3.2 Typical Scenarios
3.2.1 Establishing a Cell in a Common Sector
3.2.2 Establishing Cells in Multiple Sectors with RRU/RFU Splitting
3.2.3 Establishing a Cell in a Single Sector with RRU/RFU Combination
3.2.4 Establishing a Cell in Multiple Sectors Served by Different RRUs
3.3 Cell-related Parameters
3.3.1 Frequency Band
3.3.2 Cell Bandwidth
3.3.3 Maximum Transmit Power of a Cell
4 Related Features
5 Network Impact
6 Engineering Guidelines
6.1 When to Use
6.2 Required Information
6.3 Planning
6.4 Deployment
6.4.1 Process
6.4.2 Requirements
6.4.3 Precautions
6.4.4 Hardware Adjustment
6.4.5 Data Preparation and Activation
6.4.5.1 Data Preparation
6.4.5.2 Using the CME
6.4.5.3 Using MML Commands
6.4.5.4 MML Command Examples
6.4.6 Activation Observation
6.4.7 Reconfiguration
6.4.8 Deactivation
6.5 Performance Monitoring
6.6 Parameter Optimization
6.7 Possible Issues
7 Parameters
8 Counters
9 Glossary
10 Reference Documents
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About This Document
Scope
This document describes cell management, including its technical principles, related features, network impact, and engineering guidelines.
This document covers LBFD-001003 Scalable Bandwidth.
Any parameters, alarms, counters, or managed objects (MOs) described herein apply only to the corresponding software release. For future software releases, refer to the
corresponding updated product documentation.
This document applies only to LTE FDD. Any "LTE" in this document refers to LTE FDD, and "eNodeB" refers to LTE FDD eNodeB.
This document applies to the following types of eNodeBs.
eNodeB Type
Model
Macro
3900 series eNodeB
Micro
BTS3202E
BTS3203E
BTS3911E
BTS3912E
LampSite
DBS3900
Intended Audience
This document is intended for personnel who:
• Need to understand the features described herein
• Work with Huawei products
Change History
This section provides information about the changes in different document versions. There are two types of changes:
• Feature change
Changes in features and parameters of a specified version as well as the affected entities
• Editorial change
Changes in wording or addition of information and any related parameters affected by editorial changes. Editorial change does not specify the affected entities.
AN11.1 05 (2017-01-15)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Feature change
None
None
Editorial change
Revised the descriptions in 1.1 Scope.
None
AN11.1 04 (2016-11-01)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Feature change
None
None
Editorial change
Revised descriptions in the document.
None
AN11.1 03 (2016-07-30)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Feature change
Added band 27. For details, see 3.3.1 Frequency Band.
None
Editorial change
Revised the descriptions in 6.4.2 Requirements.
None
AN11.1 02 (2016-06-30)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Feature change
Added descriptions of the newly added pRRU3916. For details, see 6.4.5.1 Data Preparation.
None
Editorial change
None
None
AN11.1 01 (2016-03-07)
This issue does not include any changes.
AN11.1 Draft A (2015-11-30)
Compared with Issue 01 (2015-07-30) of eRAN8.1, Draft A (2015-11-30) of eRAN11.1 includes the following changes.
Change Type
Feature change
Change Description
Parameter Change
Affected Entity
Added pRRU3911 configuration descriptions.
None
LampSite eNodeBs
Added band 66. For details, see 3.3.1 Frequency Band.
None
Macro, micro, and
LampSite eNodeBs
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Change Type
Editorial change
Change Description
Parameter Change
None
None
Affected Entity
N/A
Differences Between eNodeB Types
ature Support by Macro, Micro, and LampSite eNodeBs
Feature ID
LBFD-001003
Feature Name
Scalable Bandwidth
Supported by Macro eNodeBs
Yes
Supported by Micro eNodeBs
Yes
Supported by LampSite eNodeBs
Yes
nction Implementation in Macro, Micro, and LampSite eNodeBs
Function
Difference
Establishing cells in Implementation of this function varies depending on the eNodeB type.
multiple sectors
• Macro and micro eNodeBs support this function.
with RRU/RFU
• LampSite eNodeBs do not support this function.
splitting
For details about establishing cells in multiple sectors with RRU/RFU splitting, see 3.2.2 Establishing Cells in Multiple Sectors with RRU/RFU
Splitting.
Establishing a cell
in a single sector
with RRU/RFU
combination
Establishing a cell
in a sector with
RRU/RFU channel
cross-connection
under MIMO
Implementation of this function varies depending on the eNodeB type.
• Macro and LampSite eNodeBs support this function.
• Among all micro eNodeB models, only the BTS3911E and BTS3912E support this function.
For details about establishing a cell in a single sector with RRU combination, see 3.2.3 Establishing a Cell in a Single Sector with RRU/RFU
Combination.
Implementation of this function varies depending on the eNodeB type.
• Macro eNodeBs support this function.
• LampSite eNodeBs do not support this function.
• Among all micro eNodeB models, only the BTS3911E and BTS3912E support this function.
For details about establishing a cell in a sector with RRU/RFU channel cross-connection under MIMO, see Base Station Equipment Reliability
Feature Parameter Description.
Establishing a cell
in multiple sectors
served by different
RRUs
Multi-sector cells include digital combination cells, single-frequency-network (SFN) cells, multi-MRRU aggregation cells, and 2-RRU
combination cells. Implementation of this function varies depending on the eNodeB type.
• Macro eNodeBs support digital combination cells, SFN cells, multi-MRRU aggregation cells, and 2-RRU combination cells.
• LampSite eNodeBs support multi-MRRU aggregation cells.
• Among all micro eNodeB models, only the BTS3911E and BTS3912E support this function.
For details about multi-sector cells, see 3.2.4 Establishing a Cell in Multiple Sectors Served by Different RRUs.
Cell bandwidth
Bandwidths supported by eNodeBs vary depending on the eNodeB type.
• Macro eNodeBs support the cell bandwidths of 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, and 20 MHz.
• Micro and LampSite eNodeBs support the cell bandwidths of 5 MHz, 10 MHz, 15 MHz, and 20 MHz.
For details about cell bandwidths, see 3.3.2 Cell Bandwidth.
Cell transmission
and reception
mode
Transmission and reception modes supported by eNodeBs vary depending on the eNodeB type.
• Macro eNodeBs support 1T1R, 1T2R, 2T2R, 2T4R, 4T4R, 2T8R, and 4T8R cells.
• LampSite eNodeBs support 2T2R, 2T4R, and 4T4R cells.
• Micro eNodeBs:
◾ The BTS3202E supports 1T1R, 1T2R, and 2T2R cells.
◾ The BTS3203E supports 1T1R, 1T2R, 2T2R, 2T4R, and 4T4R cells.
◾ The BTS3911E and BTS3912E support 1T1R, 1T2R, and 2T2R cells.
2
Overview
Introduction
Cell management refers to management of wireless communications resources by cell establishment and parameter configuration for cells.
Benefits
Cell management is a basic function for eNodeBs to provide radio coverage.
3
Technical Description
Related Concepts
Figure 3-1 shows the concepts related to cell management.
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Figure 3-1 Cell-related concepts
3.1.1 Cell
A cell is an area where wireless communications services are provided. It is the fundamental unit of a radio network. A cell is added by running the ADD CELL command. All the
cells joinly achieve coverage of the entire radio network.
3.1.2 Sector
A sector is a radio coverage area of an antenna. It is added by running the ADD SECTOR command. Each sector uses one or more radio carriers to provide coverage.
NOTE:
• For a co-MPT base station, if services of different modes are carried on the same transmit channel, configure the same SECTOR MO for these modes.
• It is recommended that each pRRU be planned as a sector for LampSite eNodeBs.
A sector can be omnidirectional or directional, depending on the antenna type. The following table describes the sector types.
Sector Type
Definition
Benefits
Omnidirectional sector
An omnidirectional sector uses an omnidirectional antenna to
provide a 360° circular coverage area with the antenna as the
coverage center.
In light-traffic areas, the deployment of omnidirectional
sectors reduces the cost of antenna equipment.
Directional sector
Directional sectors use directional antennas for coverage. Each
directional antenna covers a 60° or 120° sector area when six or
three sectors, respectively, are configured on an eNodeB. The
azimuth of each sector is slightly greater than 60 or 120 degrees.
The overlapping ensures seamless coverage.
In heavy-traffic areas, the deployment of directional
sectors supports large traffic volume. In addition,
directional sectors support more flexible area and sector
planning.
3.1.3 Sector Equipment
Sector equipment is a set of antennas used for the same sector. A sector is linked to a set of antennas comprising a specific piece of sector equipment by running the ADD
SECTOR or ADD SECTOREQM command.
NOTE:
For a co-MPT base station, if services of different modes are carried on the same transmit channel, configure the SECTOREQM MO by mode.
3.1.4 RF Equipment
For a macro or LampSite eNodeB, radio frequency (RF) equipment is a set of RF processing units, including RRUs, RFUs, pRRUs, and AAUs. A piece of RF equipment is
added by running the ADD RRU command. After execution of this command, ADD RRUCHAIN must be run to specify the connected CPRI ports on baseband processing units
(BBPs) for the added RF equipment.
For a micro eNodeB, RF equipment refers to its RF processing units. RRUs need to be added only to the BTS3911E and BTS3912E among all micro eNodeB models.
3.1.5 Baseband Equipment
A piece of baseband equipment consists of one or more BBPs.
For a macro or LampSite eNodeB, a BBP is added by running the ADD BRD command. It can be added to a piece of baseband equipment by running the ADD
BASEBANDEQM command.
For a micro eNodeB, there is no need to add BBPs or baseband equipment.
In LTE eNodeBs, the baseband equipment is used for both uplink and downlink transmissions. It is recommended that each piece of baseband equipment includes only one
BBP. Each BBP can belong to only one piece of baseband equipment.
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3.1.6 Cell-specific Sector Equipment
When binding sector equipment to a cell, you can specify the sector equipment and the baseband equipment for the cell at the same time.
For a macro eNodeB, the sector equipment and serving BBP boards specific to a cell are added by running the ADD EUCELLSECTOREQM command. If baseband equipment
is not configured for a cell, the BBP directly connected to the RRU serving the cell is used by default.
For a LampSite eNodeB, the sector equipment group of a cell is added by running the ADD EUSECTOREQMGROUP command. Then, sector equipment is added to the sector
equipment group by running the ADD EUSECTOREQMID2GROUP command.
Typical Scenarios
The following are typical scenarios of cell establishment:
• Establishing a cell in a common sector
• Establishing cells in multiple sectors with RRU/RFU splitting
• Establishing a cell in a single sector with RRU/RFU combination
• Establishing a cell in multiple sectors served by different RRUs/RFUs
• Establishing a cell in a sector with RRU/RFU channel cross-connection under MIMO
For details about cell setup in a sector with RRU/RFU channel cross-connection under MIMO, see Base Station Equipment Reliability Feature Parameter Description.
In the preceding scenarios, only cells in common sectors can be established for micro eNodeBs.
3.2.1 Establishing a Cell in a Common Sector
A cell can be established in a common sector that is served by a single RRU or RFU, as shown in the following figure.
The antenna mode of a cell in a common sector can be 1T1R, 1T2R, 2T2R, 2T4R, 2T8R, 4T4R or 4T8R. xTyR means x transmit channels and y receive channels.
NOTE:
If a cell works in 4T4R mode, you can run the MOD RXBRANCH command to disable two receive channels. Then, the antenna mode of the cell changes to 4T2R. (The 4T2R
mode is used to temporarily prevent intermodulation interference. The 4T2R mode is not recommended for normal use because in this mode uplink coverage of the sector may
reduce compared with the coverage in 4T4R mode.)
Macro and LampSite eNodeBs support 2T4R and 4T4R cells. As micro eNodeBs, the BTS3202E does not support 2T4R or 4T4R cells while the BTS3203E supports 2T4R and
4T4R cells.
Figure 3-2 A cell established in a common sector
3.2.2 Establishing Cells in Multiple Sectors with RRU/RFU Splitting
An RRU/RFU can be logically split to establish multiple sectors when the RRU/RFU processing capability does not match the antenna transmission and reception capability. The
following figure provides an example of this scenario.
The RF unit of a micro eNodeB works in 2T2R mode and can be split to provide two 1T1R sectors.
Figure 3-3 RRU/RFU splitting for multiple sectors (using a 4T4R RRU as an example)
3.2.3 Establishing a Cell in a Single Sector with RRU/RFU Combination
In RRU/RFU combination scenarios, RRUs/RFUs working on the same frequency band jointly provide a sector to achieve greater RF capacity if the RRU/RFU processing
capability does not match the antenna transmission and reception capability.
Macro eNodeBs support combination of 0T2R, 0T4R, 1T2R, 2T2R, 2T4R, or 4T4R RRUs or RFUs.
Figure 3-4 RRU/RFU combination for a single sector (using 2T2R RRUs as an example)
3.2.4 Establishing a Cell in Multiple Sectors Served by Different RRUs
The sectors served by multiple RRUs can be combined to set up a single cell. The RF channels, antenna mode, and transmit power can be configured separately for each
sector to implement precise control of services. The Cell.MultiRruCellFlag parameter specifies whether a cell is established in multiple sectors served by different RRUs, and the
Cell.MultiRruCellMode parameter specifies the types of such cells.
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Among all micro eNodeB models, only the BTS3911E and BTS3912E support a cell established in multiple sectors served by different RRUs.
A cell established in multiple sectors served by different RRUs can be an SFN cell, a digital combination cell, or a multi-MRRU aggregation cell. Table 3-1 describes different
types of cell established in multiple sectors served by different RRUs.
Figure 3-5 A cell established in multiple sectors served by different RRUs
Table 3-1 Types of cell established in multiple sectors served by different RRUs
Cell Type
Description
Applicable eNodeBs
SFN cell
Multiple RRUs are combined to serve an SFN cell, where the same physical cell identifier (PCI) and
cell ID are used in all the RRU coverage areas. This expands the cell center area and reduces
interference at the cell edge.
SFN cells apply in densely populated outdoor scenarios and in indoor scenarios where the
distributed antenna system (DAS) is used. For details about SFN cells, see SFN Feature Parameter
Description.
Macro eNodeBs
Multi-MRRU aggregation cell
A multi-pRRU aggregation cell is the basic service area for providing indoor coverage in the
LampSite solution.
For details about multi-MRRU aggregation cells, see SFN Feature Parameter Description.
LampSite eNodeBs
2-RRU-combination cell
A 2-RRU-combination cell is set up using sectors provided by two RRUs (each RRU serves one
sector). In the downlink, the two RRUs transmit the same data. In the uplink, the BBP combines the
signals received by the two RRUs.
2-RRU-combination cells mainly cover high-speed railways and highways. They are not
recommended because of unstable performance.
Macro eNodeBs
Digital combination cell
A digital combination cell is served by multiple RRUs. The RRUs serve different sectors but use the
same PCI. In the downlink, the RRUs transmit the same data. In the uplink, the BBP combines the
signals received by the RRUs.
Digital combination cells mainly cover subways and underground business areas.
For engineering guidelines for digital combination cells, see 6.4 Deployment.
Macro eNodeBs
Cell-related Parameters
This section describes three parameters: frequency band, cell bandwidth, and reference signal power.
For other parameters of a cell, such as CPRI compression, cycling prefix, preamble format, and cell radius, see CPRI Compression Feature Parameter Description, Extended CP
Feature Parameter Description, and Extended Cell Range Feature Parameter Description.
For the steps of reconfiguring these parameters, see the reconfiguration guide.
3.3.1 Frequency Band
The frequency band of a cell is specified by the FreqBand parameter. For details about allowed frequency bands, see section 5.5 in 3GPP TS 36.104 V11.0 (2013-07).
If the operating frequencies of a cell belong to multiple frequency bands, the frequency band specified by the CELL.FreqBand parameter has the highest priority. For details
about multi-band technologies, see Multiple Frequency Band Indicator Feature Parameter Description.
Table 3-2 Mapping between the frequency band and frequency range
Frequency Band (FreqBand)
Uplink Frequency Range (Lowest and Highest Frequencies)
Downlink Frequency Range (Lowest and Highest Frequencies)
1
1920 MHz
1980 MHz
2110 MHz
2170 MHz
2
1850 MHz
1910 MHz
1930 MHz
1990 MHz
3
1710 MHz
1785 MHz
1805 MHz
1880 MHz
4
1710 MHz
1755 MHz
2110 MHz
2155 MHz
5
824 MHz
849 MHz
869 MHz
894 MHz
61
830 MHz
840 MHz
875 MHz
885 MHz
7
2500 MHz
2570 MHz
2620 MHz
2690 MHz
8
880 MHz
915 MHz
925 MHz
960 MHz
9
1749.9 MHz
1784.9 MHz
1844.9 MHz
1879.9 MHz
10
1710 MHz
1770 MHz
2110 MHz
2170 MHz
11
1427.9 MHz
1447.9 MHz
1475.9 MHz
1495.9 MHz
12
699 MHz
716 MHz
729 MHz
746 MHz
13
777 MHz
787 MHz
746 MHz
756 MHz
14
788 MHz
798 MHz
758 MHz
768 MHz
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Frequency Band (FreqBand)
Uplink Frequency Range (Lowest and Highest Frequencies)
Downlink Frequency Range (Lowest and Highest Frequencies)
15
Reserved
Reserved
Reserved
Reserved
16
Reserved
Reserved
Reserved
Reserved
17
704 MHz
716 MHz
734 MHz
746 MHz
18
815 MHz
830 MHz
860 MHz
875 MHz
19
830 MHz
845 MHz
875 MHz
890 MHz
20
832 MHz
862 MHz
791 MHz
821 MHz
21
1447.9 MHz
1462.9 MHz
1495.9 MHz
1510.9 MHz
22
3410 MHz
3490 MHz
3510 MHz
3590 MHz
23
2000 MHz
2020 MHz
2180 MHz
2200 MHz
24
1626.5 MHz
1660.5 MHz
1525 MHz
1559 MHz
25
1850 MHz
1915 MHz
1930 MHz
1995 MHz
26
814 MHz
849 MHz
859 MHz
894 MHz
27
807 MHz
824 MHz
852 MHz
869 MHz
28
703 MHz
748 MHz
758 MHz
803 MHz
29
N/A
N/A
717 MHz
728 MHz
66
1710 MHz
1780 MHz
2110 MHz
2200 MHz
NOTE:
• Band 6 is unavailable.
• Band 29 applies only to carrier aggregation scenarios. For details, see Carrier Aggregation Feature Parameter Description.
3.3.2 Cell Bandwidth
This section describes the basic feature LBFD-001003 Scalable Bandwidth.
A cell can be configured with different standardized bandwidths: 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, or 20 MHz. Macro eNodeBs support the cell bandwidths of 1.4 MHz
and 3 MHz, while micro and LampSite eNodeBs do not support these two bandwidths. Cells also support non-standardized bandwidths. For details about non-standardized
bandwidths, see Compact Bandwidth Feature Parameter Description.
Cell bandwidths are specified by the CELL.UlBandWidth and CELL.DlBandWidth parameters.
3.3.3 Maximum Transmit Power of a Cell
This section describes the method of configuring the maximum transmit power of a cell (Pmax_out).
ax_out
Configuration Principle
The value of Pmax_out must be less than or equal to the maximum transmit power of the RRU or RFU that provides the cell coverage.
NOTE:
• If multiple cells are served by the same RRU or RFU, the sum of Pmax_out values of these cells must be less than or equal to the maximum transmit power of the RRU
or RFU.
• For details about the maximum transmit power of RRUs or RFUs in different carrier configuration scenarios, see section "Typical Power Configuration Reference for
RF Modules" in 3900 Series Base Station Technical Description.
ax_out
Configuration Parameters
Pmax_out is not specified by any parameter and is affected by the bandwidth, transmit/receive mode, CellDlpcPdschPa.PaPcOff, PDSCHCfg.PB, and Referencesignalpwr. The
following table lists parameters that affect Pmax_out for a cell with a fixed bandwidth and transmit/receive mode.
Table 3-3 Pmax_out configuration parameters
Parameter
Setting Notes
ReferenceSignalPwr
Its value must be calculated. For details, see Pmax_out Calculation Example.
CellDlpcPdschPa.PaPcOff
Dual-antenna or four-antenna scenarios: DB_3_P_A(-3 dB)
Single-antenna scenarios: DB0_P_A(0 dB)
PDSCHCfg.PB
Single-antenna scenarios: 0
Dual-antenna scenarios: 1
NOTE:
The value of the ReferenceSignalPwr parameter is determined by either of the following parameters:
• EuCellSectorEqm.ReferenceSignalPwr (or EuSectorEqmGroup.ReferenceSignalPwr for LampSite eNodeBs)
• PDSCHCfg.ReferenceSignalPwr
The value of the first parameter prevails if both the parameters are configured.
ax_out
Query Method
To query Pmax_out of a cell, perform the following steps:
1. Run the DSP CELL command to query the value of Maximum transmit power(0.1dBm). This parameter indicates the maximum transmit power of a single antenna
channel of a cell.
2. Multiply Maximum transmit power(0.1dBm) by the number of transmit channels of a cell to obtain the value of Pmax_out.
ax_out
Calculation Formula
• If the TxBranch.TXMAXPWR parameter is configured, Pmax_out equals the value of TxBranch.TXMAXPWR.
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• If the TxBranch.TXMAXPWR parameter is not configured, Pmax_out is calculated using the following formula: Pmax_out = MAX {TypeA (Pmax_out), TypeB (Pmax_out)},
where
◾ Type A (Pmax_out) is the maximum transmit power configured for one type A symbol. The calculation formula is as follows:
◾ Type B (Pmax_out) is the maximum transmit power configured for one type B symbol. The calculation formula is as follows:
Table 3-4 describes the variables in the preceding formulas. For details about the preceding formulas, see section 5.2 in 3GPP TS 36.213 V10.5.0 (2012-03).
Table 3-4 Variables in the formulas
Variable
Description
ReferenceSignalPwr
Reference signal (RS) power of the physical downlink shared channel (PDSCH).
For details, see Pmax_out Configuration Parameters.
PowerFactorRatio
Power factor ratio of the energy per resource element (EPRE) on the PDSCH.
, where PaPcOff is determined by the CellDlpcPdschPa.PaPcOff
• For Type A (Pmax_out), PowerFactorRatio is
parameter. For example, when the CellDlpcPdschPa.PaPcOff parameter is set to -3 dB, the value of PowerFactorRatio
-3/10
is 10
, that is, about 0.5.
• For Type B (Pmax_out), PowerFactorRatio is
.
◾ PaPcOff is determined by the CellDlpcPdschPa.PaPcOff parameter.
◾ ρB/ρA is related to the PDSCHCfg.PB parameter. Table 3-5 lists the mappings between ρB/ρA and the
PDSCHCfg.PB parameter.
For example, when the CellDlpcPdschPa.PaPcOff parameter is set to -3 dB and the PDSCHCfg.PB
parameter is set to 1, ρB/ρA is 1. In this case, the value of PowerFactorRatio is 0.5.
Type A (NRE)
Number of non-RS resource elements (REs) in one type A symbol period. The calculation formula is as follows:
Type A (NRE) = Number of REs per RB in the frequency domain x Number of RBs x Number of antennas
Table 3-6 lists the mappings between the cell bandwidth and number of RBs.
Type B (NRS)
Number of RSs in one type B symbol period. The calculation formula is as follows:
Type B (NRS) = Number of RSs per RB in the frequency domain x Number of RBs x Number of antennas
Type B (NRE)
Number of non-RS REs in one type B symbol period. The calculation formula is as follows:
Type B (NRE) = Number of REs per RB in the frequency domain x Number of RBs x Number of antennas
Table 3-5 Mapping between PDSCHCfg.PB and the cell-specific ratio (ρB/ρA)
PDSCHCfg.PB
ρB/ρA (One Antenna Port)
ρB/ρA (Two or Four Antenna Ports)
0
1
5/4
1
4/5
1
2
3/5
3/4
3
2/5
1/2
Table 3-6 Mapping between cell bandwidths and the maximum number of available RBs
Cell Bandwidth (MHz)
Maximum Number of Available
RBs
ax_out
1.4
3
5
10
15
20
6
15
25
50
75
100
Calculation Example
Among the three parameters for configuring Pmax_out, PaPcOff and PB can be configured according to Table 3-3. You only need to calculate the value of ReferenceSignalPwr.
The following is an example of calculating the value of ReferenceSignalPwr. In this example, the RRU provides the maximum transmit power of 80 W and serves a 20 MHz cell
with two antennas.
Pmax_out = MAX {Type A (Pmax_out), Type B (Pmax_out)} ≤ 80 W
where
• Type A (Pmax_out)
= ReferenceSignalPwr x PowerFactorRatio x TypeA(NRE)
= ReferenceSignalPwr x 0.5 x 2400
= 1200 x ReferenceSignalPwr
• Type B (Pmax_out)
= ReferenceSignalPwr x TypeB(NRS) + ReferenceSignalPwr x PowerFactorRatio x TypeB(NRE)
= ReferenceSignalPwr x 400 + ReferenceSignalPwr x 0.5 x 1600
= 1200 x ReferenceSignalPwr
NOTE:
• Type A (NRE) = Number of REs per RB in the frequency domain x Number of RBs x Number of antennas = 12 x 100 x 2 = 2400
• Type B (NRS) = Number of RSs per RB in the frequency domain x Number of RBs x Number of antennas = 2 x 100 x 2 = 400
• According to Table 3-3, the PaPcOff parameter for a cell with two antennas is set to –3 dB. Therefore, for type A symbols, PowerFactorRatio =
= 0.5.
• According to Table 3-3, the typical value of the PB parameter for a cell with two antennas is 1. According to Table 3-5, for a cell with two antennas, ρB/ρA = 1.
Therefore, for type B symbols, PowerFactorRatio =
= 0.5.
• Type B (NRE) = Number of REs per RB in the frequency domain x Number of RBs x Number of antennas = 8 x 100 x 2 = 1600
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Based on the preceding calculation results, you can infer that:
Pmax_out = 1200 x ReferenceSignalPwr ≤ 80 W
ReferenceSignalPwr ≤ 66.67 mW = 18.24 dBm
The value of the ReferenceSignalPwr parameter cannot be greater than 18.24 dBm.
4
Related Features
erequisite Features
None
utually Exclusive Features
None
pacted Features
None
5
Network Impact
stem Capacity
System capacities vary with bandwidths. A higher bandwidth allows more UEs to access the network and to be scheduled and therefore supports higher cell throughput.
twork Performance
With the same CPU, digital signal processor (DSP), and memory configurations, a higher cell bandwidth uses more hardware resources. However, a higher system bandwidth
helps produce better service key performance indicators (KPIs).
6
Engineering Guidelines
When to Use
The major function of eNodeBs is to provide radio cell coverage for UEs. Cell management must be enabled.
Required Information
Before you deploy the cell management feature, determine the cell establishment scenario and collect operator information about the frequency band, bandwidth, cell radius,
and power.
Planning
None
Deployment
6.4.1 Process
Figure 6-1 Configuring a cell (for a macro eNodeB)
For details about "Configure device data", see 3900 Series Base Station Initial Configuration Guide.
6.4.2 Requirements
cense
The following table lists the license control items related to cell establishment. Operators must purchase and activate the following licenses.
Model
LT1S0000PA00
License Control Item
RF Output Power (FDD)
Sales Unit
per 20W
NE
Macro eNodeB
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Model
License Control Item
Sales Unit
NE
LT1S005MHZ00
Carrier Bandwidth - 0~5MHz (FDD) per cell
Macro eNodeB/LampSite eNodeB/Micro
eNodeB
LT1S010MHZ00
Carrier Bandwidth - 5~10MHz
(FDD)
per cell
Macro eNodeB/LampSite eNodeB/Micro
eNodeB
LT1S015MHZ00
Carrier Bandwidth - 10~15MHz
(FDD)
per cell
Macro eNodeB/LampSite eNodeB/Micro
eNodeB
LT1S020MHZ00
Carrier Bandwidth - 15~20MHz
(FDD)
per cell
Macro eNodeB/LampSite eNodeB/Micro
eNodeB
LT1S00RFTC00
RF Transmit Channel (FDD)
per Channel
Macro eNodeB
LT1S00RFRC00
RF Receive Channel (FDD)
per Channel
Macro eNodeB
LT1S000MCA00
RF Multi Carrier (FDD)
per Carrier
Macro eNodeB/Micro eNodeB (only
BTS3911E)
LT1S0000PA01
RF Output Power for Blade and
AAU (FDD)
per 20W
Macro eNodeB
LT1S005MHZ01
Carrier Bandwidth - 0~5MHz for
Blade and AAU (FDD)
per cell
Macro eNodeB
LT1S010MHZ01
Carrier Bandwidth - 5~10MHz for
Blade and AAU (FDD)
per cell
Macro eNodeB
LT1S015MHZ01
Carrier Bandwidth - 10~15MHz for
Blade and AAU (FDD)
per cell
Macro eNodeB
LT1S020MHZ01
Carrier Bandwidth - 15~20MHz for
Blade and AAU (FDD)
per cell
Macro eNodeB
LT1S00RFTC01
RF Transmit Channel for Blade and per Channel
AAU (FDD)
Macro eNodeB
LT1S00RFRC01
RF Receive Channel for Blade and
AAU (FDD)
Macro eNodeB
LT1S000MCA01
RF Multi Carrier for Blade and AAU per Carrier
(FDD)
Macro eNodeB
LT1S0ACTUS00
RRC Connected User (FDD)
per RRC Connected User
Macro eNodeB/LampSite eNodeB/Micro
eNodeB
LT1S0THROU00
Throughput Capacity (FDD)
per Mbps
Macro eNodeB/LampSite eNodeB/Micro
eNodeB
LT1S0000RB00
Resource Block (FDD)
per RB
Macro eNodeB/BTS3202E/BTS3203E
LTE
per Channel
LT1S00BBTC00
BB Transmit Channel (FDD)
per Channel
Macro eNodeB
LT1S00BBRC00
BB Receive Channel (FDD)
per Channel
Macro eNodeB
LT1S0BASIC19
eNodeB FDD Basic Software,
V100R011 (FDD)
per cell
Macro eNodeB/LampSite eNodeB/Micro
eNodeB
rdware
• When selecting optical modules for BBPs, ensure that common public radio interface (CPRI) data rates match the cell bandwidths and transmit/receive modes. For
the constraints between the CPRI data rates and the cell bandwidths and transmit/receive modes, see the BBU technical specifications in section "Product
Specifications" in 3900 Series Base Station Technical Description.
• A cell works normally only when the transmit/receive mode of the cell matches the number of transmit and receive channels of the RF module. For details about the
number of transmit and receive channels supported by the RF module, see RRU/RFU technical specifications in section "Product Specifications" in 3900 Series Base
Station Technical Description.
• Bandwidths of the cells provided by the RRUs/RFUs must fall within the frequency bands supported by the RRUs/RFUs.
• If different uplink and downlink bandwidths are configured for a cell served by a macro eNodeB, the following requirements must be met:
◾ The transmit/receive mode of the cell must be 1T1R, 1T2R, or 2T2R.
◾ The uplink and downlink bandwidths must be set to one of the following combinations: 5 MHz/10 MHz, 10 MHz/5 MHz, 10 MHz/15 MHz, 15 MHz/10 MHz,
20 MHz/15 MHz, and 15 MHz/20 MHz.
◾ RF modules must work in the 1800 MHz frequency band (band 3). pRRUs are not allowed.
◾ The LBBPc cannot be used.
NOTE:
When different uplink and downlink bandwidths are configured for a cell, the cell does not support the 141 test and RF loopback.
• A LampSite cell (multi-MRRU aggregation cell) and macro cell (RRU/RFU-serving cell) cannot be established on the same BBP. When both a LampSite cell and a
macro cell are to be established on the same eNodeB, configure different baseband resources for the cells if you want to manually configure baseband resources for
the cells. Relevant MML commands are as follows:
◾ ADD BASEBANDEQM: This command is used to configure a piece of baseband equipment.
◾ ADD EUCELLSECTOREQM: This command is used to bind a macro cell to a piece of baseband equipment.
◾ ADD EUSECTOREQMGROUP: This command is used to bind a LampSite cell to a piece of baseband equipment.
enario-specific Requirements
Establishing a Cell in a Common Sector Without RRU/RFU Combination
• To establish a 4T4R cell in a common sector without RRU/RFU combination, the following conditions must be met:
◾ The RRUs/RFUs must work in 2T4R or 4T4R mode. For details about 2T4R or 4T4R RRU/RFU models, see the following section in 3900 Series Base
Station Technical Description: Product Specifications > Technical Specifications of RRUs or Product Specifications > Technical Specifications of
RFUs.
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NOTE:
In the load-sharing topology where RRUs/RFUs are connected to the same BBP, optical modules that support the 2.5 Gbit/s rate can be used. The load-sharing topology is not
recommended.
• To establish two cells in a common sector without RRU/RFU combination, the following conditions must be met:
◾ The RRUs/RFUs must support multiple carriers. For details about RRU/RFU models that support multiple carriers, see the following section in 3900
Series Base Station Technical Description: Product Specifications > Technical Specifications of RRUs or Product Specifications > Technical
Specifications of RFUs.
◾ A standardized bandwidth and a non-standardized bandwidth can be used for the two cells.
◾ The frequency range of the two cells must be within the frequency bands supported by the RRUs/RFUs.
◾ The frequency range of the two cells cannot overlap.
◾ The networking topology for CPRI ports must be star, chain, ring, or load sharing. For details, see RF Unit and Topology Management Feature Parameter
Description.
• Cell frequencies and bandwidths must meet the constraints described in 3.3 Cell-related Parameters.
Establishing a Cell in a Common Sector with RRU/RFU Combination
• The two RRUs/RFUs must support the same frequency range and have the same number of transmit and receive antennas.
• The length difference between CPRI optical fibers used to connect the two RRUs/RFUs to the BBU cannot exceed 100 m.
• RRUs/RFUs must be capable of being combined in the following manners:
◾ A 2T0R RRU/RFU and a 0T2R RRU/RFU are combined to serve a 2T2R cell.
◾ A 2T2R RRU/RFU and a 0T2R RRU/RFU are combined to serve a 2T4R cell.
◾ Two 1T2R RRUs/RFUs are combined to serve a 2T2R cell.
◾ Two 1T2R RRUs/RFUs are combined to serve a 2T4R cell.
◾ Two 2T2R RRUs/RFUs are combined to serve a 4T4R cell.
◾ Two 2T4R RRUs/RFUs are combined to serve a 4T4R cell.
◾ Two 2T4R RRUs/RFUs are combined to serve a 4T8R cell.
◾ A 2T4R RRU/RFU and a 0T4R RRU/RFU are combined to serve a 2T8R cell.
◾ A 4T4R RRU/RFU and a 0T4R RRU/RFU are combined to serve a 4T8R cell.
• The RRU/RFU topology must be a star topology. For details, see RF Unit and Topology Management Feature Parameter Description.
• Cell frequencies and bandwidths must meet the constraints described in 3.3 Cell-related Parameters.
Establishing a Digital Combination Cell in Multiple Sectors
• The cell can be established on the LBBPd, UBBPd, UBBPe, or UMDU.
• The sectors must be provided by RRU3821Es.
• The RRUs support two to eight levels of cascading connections. CPRI compression can be enabled to save CPRI resources. A maximum of four levels of cascading
connections is recommended. If the cascading level is greater than four, cell performance is not guaranteed. In this case, you are advised to configure more cells.
• The RRUs must be cascaded to a CPRI port on a BBP in a chain topology.
• The cell does not support extended cyclic prefixes (CPs) or the uplink coordinated multipoint reception (UL CoMP) algorithm.
• The cell must work on a bandwidth of 5 MHz, 10 MHz, 15 MHz, or 20 MHz, and the transmission and reception mode of the cell must be 2T2R or 1T1R.
• Cell frequencies and bandwidths must meet the constraints described in 3.3 Cell-related Parameters.
6.4.3 Precautions
None
6.4.4 Hardware Adjustment
When a digital combination cell is established in multiple sectors, the RRUs serving this cell must be installed as follows:
• If the RRUs are not installed in a straight line, the distance between any two RRUs cannot be greater than 1000 m. As shown in Figure 6-2, four RRUs are installed to
serve a cell. The distance between RRU1 and RRU4 is the largest and cannot exceed 1000 m.
Figure 6-2 Example of RRUs not installed in a straight line
• If RRUs are installed in a straight line, the distance between each pair of neighboring RRUs cannot be greater than 1000 m. As shown in Figure 6-3, four RRUs are
installed to serve a cell. The distance between two neighboring RRUs (for example, RRU1 and RRU2) cannot exceed 1000 m.
Figure 6-3 Example of RRUs installed in a straight line
• RRUs must be cascaded in a chain topology as shown in Figure 6-4. The requirement of the length of optical fibers is as follows:
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NOTE:
Ln represents the length of the optical fiber between two neighboring RRUs or between a BBP and a neighboring RRU.
• The total length of optical fibers connected between the RRUs serving a cell cannot exceed 5 km. That is, the sum of L2, L3, and L4 cannot be greater than 5 km.
• The total length of optical fibers connecting all the RRUs and the BBP cannot exceed 20 km. That is, the sum of L1, L2, L3, and L4 cannot be greater than 20 km.
Figure 6-4 Optical fiber length requirement
6.4.5 Data Preparation and Activation
6.4.5.1 Data Preparation
The following table describes the parameters that must be set in a SECTOR MO to configure a sector.
Parameter Name
Parameter ID
Setting Notes
Data Source
Sector ID
SECTOR.SECTORID
Ensure that each sector number is unique.
Network plan
(negotiation not
required)
Sector Name
SECTOR.SECNAME
N/A
Network plan
(negotiation not
required)
Location Name
SECTOR.LOCATIONNAME
N/A
Network plan
(negotiation not
required)
User Label
SECTOR.USERLABEL
N/A
Network plan
(negotiation not
required)
Antenna Number
SECTOR.ANTNUM
N/A
Network plan
(negotiation not
required)
Cabinet No. of Antenna 1 to
Cabinet No. of Antenna 8
SECTOR.ANT1CN to
SECTOR.ANT8CN
N/A
Network plan
(negotiation not
required)
Subrack No. of Antenna 1 to
Subrack No. of Antenna 8
SECTOR.ANT1SRN to
SECTOR.ANT8SRN
N/A
Network plan
(negotiation not
required)
Slot No. of Antenna 1 to Slot
No. of Antenna 8
SECTOR.ANT1SN to
SECTOR.ANT8SN
For a LampSite eNodeB,
Channel No. of Antenna 1 to
Channel No. of Antenna 8
SECTOR.ANT1N to
SECTOR.ANT8N
N/A
Network plan
(negotiation not
required)
Create Default Sector
Equipment
SECTOR.CREATESECTOREQM N/A
Network plan
(negotiation not
required)
Default Sector Equipment ID
SECTOR.SECTOREQMID
N/A
Network plan
(negotiation not
required)
Network plan
• If the pRRU3901 is used, set this parameter to 255 to (negotiation not
required)
enable automatic allocation of the slot number to an
antenna. If the slot number is to be assigned
manually, set this parameter to a value ranging from 1
to 3, depending on the slot number of the RF daughter
board.
However, manual and automatic configurations cannot
be both used for the same pRRU.
• If the pRRU3902, pRRU3907, pRRU3911, or
pRRU3916 is used, set this parameter to 0.
The following table describes the parameters that must be set in a SECTOREQM MO to configure a piece of sector equipment.
Parameter Name
Parameter ID
Setting Notes
Data Source
Sector Equipment ID
SECTOREQM.sectorEqmId
N/A
Network plan
(negotiation not
required)
Sector ID
SECTOREQM.sectorId
N/A
Network plan
(negotiation not
required)
Antenna Number
SECTOREQM.ANTNUM
N/A
Network plan
(negotiation not
required)
Cabinet No. of Antenna 1 to SECTOREQM.ANT1CN to
Cabinet No. of Antenna 8
SECTOREQM.ANT8CN
N/A
Network plan
(negotiation not
required)
Subrack No. of Antenna 1 to SECTOREQM.ANT1SRN to
Subrack No. of Antenna 8
SECTOREQM.ANT8SRN
N/A
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Parameter Name
Parameter ID
Setting Notes
Data Source
Network plan
(negotiation not
required)
Network plan
(negotiation not
• If the pRRU3901 is used, set this parameter to 255
to enable automatic allocation of the slot number to required)
an antenna. If the slot number is to be assigned
manually, set this parameter to a value ranging from
1 to 3, depending on the slot number of the RF
daughter board.
However, manual and automatic configurations
cannot be both used for the same pRRU.
• If the pRRU3902, pRRU3902, pRRU3911, or
pRRU3916 is used, set this parameter to 0.
Slot No. of Antenna 1 to Slot SECTOREQM.ANT1SN to
No. of Antenna 8
SECTOREQM.ANT8SN
For a LampSite eNodeB,
Channel No. of Antenna 1 to SECTOREQM.ANT1N to
Channel No. of Antenna 8
SECTOREQM.ANT8N
N/A
Network plan
(negotiation not
required)
Antenna 1 RX/TX Mode to
Antenna 8 RX/TX Mode
SECTOREQM.ANTTYPE1 to
SECTOREQM.ANTTYPE8
N/A
Network plan
(negotiation not
required)
TX Antenna 1 Master/Slave
Mode to TX Antenna 8
Master/Slave Mode
SECTOREQM.TXBKPMODE1 to
SECTOREQM.TXBKPMODE8
Set the parameter value to MASTER(Master).
This parameter cannot be set to SLAVE(Slave) because the
eNodeBs do not support antennas working in active/standby
mode.
Network plan
(negotiation not
required)
The following table describes the parameters that must be set in a CnOperator MO to configure an operator.
Parameter Name
Parameter ID
Setting Notes
Data Source
CN Operator ID
CnOperator.CnOperatorId
N/A
Network plan (negotiation not
required)
CN Operator name
CnOperator.CnOperatorName
N/A
Network plan (negotiation not
required)
CN Operator type
CnOperator.CnOperatorType
This parameter specifies the operator type: primary or
secondary. Each eNodeB can be configured with only one
primary operator but multiple secondary operators.
Network plan (negotiation not
required)
Mobile country code
CnOperator.Mcc
N/A
Network plan (negotiation not
required)
Mobile network code
CnOperator.Mnc
N/A
Network plan (negotiation not
required)
The following table describes the parameters that must be set in a CnOperatorTa MO to configure a tracking area for an operator.
Parameter Name
Parameter ID
Setting Notes
Data Source
Local tracking area ID
CnOperatorTa.TrackingAreaId
This parameter uniquely identifies a tracking area. This parameter is
used only in the eNodeB and is different from the tracking area
identity (TAI) configured in the tracking area list (TAL) on the MME.
Network plan
(negotiation not
required)
CN Operator ID
CnOperatorTa.CnOperatorId
N/A
Network plan
(negotiation not
required)
Tracking area code
CnOperatorTa.Tac
N/A
Network plan
(negotiation not
required)
The following table describes the parameters that must be set in a Cell MO to configure a cell.
Parameter Name
Parameter ID
Setting Notes
Data Source
Local Cell ID
Cell.LocalCellId
N/A
Network plan (negotiation
not required)
Cell Name
Cell.CellName
N/A
Network plan (negotiation
not required)
Csg indicator
Cell.CsgInd
Retain the default value BOOLEAN_FALSE(FALSE).
Network plan (negotiation
not required)
Uplink cyclic prefix length
Cell.UlCyclicPrefix
Retain the default value NORMAL_CP(Normal).
Network plan (negotiation
not required)
Downlink cyclic prefix
length
Cell.DlCyclicPrefix
Retain the default value NORMAL_CP(Normal).
Network plan (negotiation
not required)
Frequency band
Cell.FreqBand
N/A
Network plan (negotiation
not required)
Uplink EARFCN indication
Cell.UlEarfcnCfgInd
N/A
Network plan (negotiation
not required)
Uplink EARFCN
Cell.UlEarfcn
This parameter is optional, depending on the value of the
Cell.UlEarfcnCfgInd parameter.
Network plan (negotiation
not required)
• If Cell.UlEarfcnCfgInd is set to CFG(Configure), set
Cell.UlEarfcn.
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Parameter Name
Parameter ID
Setting Notes
Data Source
• If Cell.UlEarfcnCfgInd is set to NOT_CFG(Not
configure), do not set Cell.UlEarfcn.
Downlink EARFCN
Cell.DlEarfcn
The downlink frequency identified by the EARFCN must be located Network plan (negotiation
in the band specified by the Cell.FreqBand parameter.
not required)
When establishing two cells in multi-carrier scenarios, the EARFCN
range of the two cells cannot overlap.
Uplink bandwidth
Cell.UlBandWidth
N/A
Network plan (negotiation
not required)
Downlink bandwidth
Cell.DlBandWidth
N/A
Network plan (negotiation
not required)
Cell ID
Cell.CellId
N/A
Network plan (negotiation
not required)
Physical cell ID
Cell.PhyCellId
N/A
Network plan (negotiation
not required)
Additional spectrum
emission
Cell.AdditionalSpectrumEmission
N/A
Network plan (negotiation
not required)
Cell FDD TDD indication
Cell.FddTddInd
Set this parameter to CELL_FDD(FDD).
Network plan (negotiation
not required)
Cell specific offset
Cell.CellSpecificOffset
Set this parameter to 0.
Network plan (negotiation
not required)
Frequency offset
Cell.QoffsetFreq
Set this parameter to 0.
Network plan (negotiation
not required)
Root sequence index
Cell.RootSequenceIdx
For details about setting constraints, see the MO reference for the
eNodeB.
Network plan (negotiation
not required)
Preamble format
Cell.PreambleFmt
N/A
Network plan (negotiation
not required)
Cell radius
Cell.CellRadius
The value of this parameter must be equal to or greater than the
actual cell radius. Otherwise, UEs at the cell edge may fail to
access the network.
If more than three physical cells are established on a UBBPd8 or
more than six physical cells are established on a UBBPd9, set this
parameter to a value equal to or smaller than 9895.
Network plan (negotiation
not required)
Customized bandwidth
configure indicator
Cell.CustomizedBandWidthCfgInd
N/A
Network plan (negotiation
not required)
Customized uplink
bandwidth
Cell.CustomizedULBandWidth
This parameter is required only when the
Cell.CustomizedBandWidthCfgInd parameter is set to CFG
(Configure).
Network plan (negotiation
not required)
Customized downlink
bandwidth
Cell.CustomizedDLBandWidth
This parameter is required only when the
Cell.CustomizedBandWidthCfgInd parameter is set to CFG
(Configure).
Network plan (negotiation
not required)
Ue max power allowed
configure indicator
Cell.UePowerMaxCfgInd
N/A
Network plan (negotiation
not required)
Max transmit power
allowed
Cell.UePowerMax
This parameter is required only when the Cell.UePowerMaxCfgInd
parameter is set to CFG(Configure).
Network plan (negotiation
not required)
Flag of Multi-RRU Cell
Cell.MultiRruCellFlag
Set this parameter to BOOLEAN_TRUE(True) for multi-sector cells. Network plan (negotiation
not required)
Mode of Multi-RRU Cell
Cell.MultiRruCellMode
This parameter is required only when the Cell.MultiRruCellFlag
parameter is set to BOOLEAN_TRUE(True).
Network plan (negotiation
not required)
Air Cell Flag
Cell.AirCellFlag
N/A
Network plan (negotiation
not required)
CRS Port Number
Cell.CrsPortNum
Set this parameter based on the number of downlink channels. For Network plan (negotiation
example, set this parameter to 2 if a cell works in 2T mode and to 1 not required)
if the cell works in 1T1R mode.
Cell transmission and
reception mode
Cell.TxRxMode
This parameter should be the same as the SECTOREQM.antNum
parameter in the Sector MO.
Network plan (negotiation
not required)
User Label
Cell.UserLabel
N/A
Network plan (negotiation
not required)
Work mode
Cell.WorkMode
N/A
Network plan (negotiation
not required)
Cell Slave Band
Cell.CellSlaveBand
Set this parameter by running the ADD CELLBAND command.
Network plan (negotiation
not required)
Cell Standby Mode
Cell.EuCellStandbyMode
N/A
Radio planning (Internal
planning)
The following table describes the parameters that must be set in an EUCELLSECTOREQM MO to configure a piece of sector equipment for the cell.
Parameter Name
Local Cell ID
Parameter ID
EUCELLSECTOREQM.LocalCellId
Setting Notes
N/A
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Data Source
Network plan
(negotiation not
required)
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Parameter Name
Parameter ID
Setting Notes
Data Source
Sector equipment ID
EUCELLSECTOREQM.sectorEqmId
N/A
Network plan
(negotiation not
required)
Reference signal power
EUCELLSECTOREQM.ReferenceSignalPwr
If this parameter is set to 32767, the reference signal
Network plan
power of the cell is specified in the PDSCHCfg MO.
(negotiation not
For the value calculation, see 3.3.3 Maximum Transmit Power of required)
a Cell.
Baseband equipment ID
EUCELLSECTOREQM.BaseBandEqmId
If this parameter is set to 255, no baseband equipment is
specified for the cell. In this case, the cell can use any
baseband equipment of the eNodeB.
Network plan
(negotiation not
required)
Sector CPRI Compression EUCELLSECTOREQM.SectorCpriCompression This parameter specifies the CPRI compression mode of
each piece of sector equipment. It is used only when the
Mode of Multi-RRU Cell parameter is set to SFN(SFN).
When this parameter is set to NULL(Invalid), the CPRI
compression mode of carriers is specified by the CPRI
Compression parameter in the CELL MO. When this
parameter is set to another value, the CPRI compression
mode of carriers is specified by this parameter.
Default/recommended
value:
Auto Config Flag
Radio planning
(Internal planning)
N/A
EUCELLSECTOREQM.AutoCfgFlag
The following table describes the parameters that must be set in a CellOp MO to configure a cell operator.
Parameter Name
Parameter ID
Setting Notes
Data Source
Local Cell ID
CellOp.LocalCellId
N/A
Network plan (negotiation not required)
Local tracking area ID
CellOp.TrackingAreaId
N/A
Network plan (negotiation not required)
Cell reserved for operator
CellOp.CellReservedForOp
N/A
Network plan (negotiation not required)
Operator uplink RB used ratio CellOp.OpUlRbUsedRatio
N/A
Network plan (negotiation not required)
Operator downlink RB used
ratio
N/A
Network plan (negotiation not required)
CellOp.OpDlRbUsedRatio
The following table describes the parameters that must be set in a BaseBandEqm MO to configure baseband equipment information.
Parameter
Name
Parameter ID
Baseband BaseBandEqm.BASEBANDEQMID
Equipment
ID
Setting Notes
Each BaseBandEqmId parameter value identifies a piece of baseband equipment.
One piece of baseband equipment can include multiple BBPs. For example, the following command specifies
that the baseband equipment numbered 0 includes the BBPs installed in slots 1 and 2:
ADD
BASEBANDEQM:BASEBANDEQMID=0,BASEBANDEQMTYPE=ULDL,UMTSDEMMODE=NULL,SN1=2,SN2=1;
However, it is recommended that one piece of baseband equipment include only one BBP.
A BBP cannot belong to multiple pieces of baseband equipment.
Baseband BaseBandEqm.BASEBANDEQMTYPE N/A
Equipment
Type
6.4.5.2 Using the CME
For detailed operations, see CME-based Feature Configuration.
6.4.5.3 Using MML Commands
This section describes how to activate the cell management feature using MML commands in the following scenarios:
Scenario 1: Establishing a Cell in a Common Sector
Scenario 2: Establishing Cells in Multiple Sectors with RRU/RFU Splitting
Scenario 3: Establishing a Cell in a Single Sector with RRU/RFU Combination
Scenario 4: Establishing a Cell in Multiple Sectors Served by Different RRUs
enario 1: Establishing a Cell in a Common Sector
1. (Optional) If an RRU is added, add a sector and sector equipment.
a. Run the ADD SECTOR command to add a sector.
NOTE:
A cell can work in 1T2R, 2T2R, 2T4R, or 4T4R mode, based on which the ANTNUM parameter is configured. For example, if a cell works in 2T4R
mode, the ANTNUM parameter must be set to 4.
b. Run the ADD SECTOREQM command to add sector equipment.
NOTE:
If the SECTOR.CREATESECTOREQM parameter is set to TRUE(TRUE) by running the ADD SECTOR command, ADD SECTOREQM is not required.
The default value of this parameter is FALSE(FALSE).
2. (Optional) If the baseband equipment needs to be bound to a cell, run the ADD BASEBANDEQM command to add baseband equipment.
3. (Optional) If the operator and tracking area information is not configured, perform the following steps:
a. Run the ADD CNOPERATOR command to add an operator.
b. Run the ADD CNOPERATORTA command to add a tracking area.
4. Run the ADD CELL command to add a cell.
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5. Run the ADD EUCELLSECTOREQM command to bind sector equipment and optionally baseband equipment for the cell.
6. Run the ADD CELLOP command to specify the operator for the cell.
7. Run the ACT CELL command to activate the cell.
enario 2: Establishing Cells in Multiple Sectors with RRU/RFU Splitting
Establishing two 2T2R cells by splitting a 4T4R RRU is used as an example in this section. Perform steps described in Scenario 1: Establishing a Cell in a Common Sector. In
addition, pay attention to the following details:
• When running the ADD SECTOR and ADD SECTOREQM commands, configure two sectors with the antNum parameter set to 2, and then allocate two antenna
channels of the RRU to one sector and the other two antenna channels to the other sector.
• When running the ADD EUCELLSECTOREQM command, bind the two cells with two pieces of sector equipment.
enario 3: Establishing a Cell in a Single Sector with RRU/RFU Combination
Establishing a 4T4R cell by combining two 2T2R RRUs is used as an example in this section. Perform steps described in Scenario 1: Establishing a Cell in a Common Sector. In
addition, pay attention to the following details:
When running the ADD SECTOR and ADD SECTOREQM commands, set the antNum parameter to 4. Then, divide the four antenna ports into two groups and allocate the
groups to the two 2T2R RRUs respectively.
enario 4: Establishing a Cell in Multiple Sectors Served by Different RRUs
Establishing a digital combination 3-sector cell is used as an example in this section. Perform steps described in Scenario 1: Establishing a Cell in a Common Sector. In addition, pay
attention to the following details:
• Run the ADD SECTOR and ADD SECTOREQM commands each for three times to establish a sector on each RRU.
• When running the ADD CELL command, establish only one cell with the MultiRruCellFlag parameter set to BOOLEAN_TRUE(True) and the MultiRruCellMode
parameter set to DIGITAL_COMBINATION(Cell Digital Combination).
• When running the ADD EUCELLSECTOREQM command, bind the three pieces of sector equipment that have been established to one cell.
6.4.5.4 MML Command Examples
This section provides the MML command examples in different scenarios.
• Scenario 1: Establishing a Cell in a Common Sector
• Scenario 2: Establishing Cells in Multiple Sectors with RRU/RFU Splitting
• Scenario 3: Establishing a Cell in a Single Sector with RRU/RFU Combination
• Scenario 4: Establishing a Cell in Multiple Sectors Served by Different RRUs/RFUs
NOTE:
The parameter settings in the following commands are used for reference only. Set the parameters based on network requirements.
enario 1: Establishing a Cell in a Common Sector
//(Optional) Adding a sector and sector equipment if a new RRU is configured
ADD SECTOR: SECTORID=0, ANTNUM=2, ANT1CN=0, ANT1SRN=60, ANT1SN=0, ANT1N=R0A, ANT2CN=0, ANT2SRN=60, ANT2SN=0, ANT2N=R0B, CREATESE
CTOREQM=TRUE, SECTOREQMID=0;
//(Optional) Performing the following steps if no operator or tracking area information is added
1. Add an operator.
ADD CNOPERATOR: CnOperatorId=0, CnOperatorName="mobile", CnOperatorType=CNOPERATOR_PRIMARY, Mcc="460", Mnc="01";
2. Add a tracking area.
ADD CNOPERATORTA: TrackingAreaId=0, CnOperatorId=0, Tac=33;
//Adding a cell
ADD CELL: LocalCellId=0, CellName="cell0", FreqBand=12, UlEarfcnCfgInd=NOT_CFG, DlEarfcn=5020, UlBandWidth=CELL_BW_N50, DlBandWi
dth=CELL_BW_N50, CellId=0, PhyCellId=0, FddTddInd=CELL_FDD, RootSequenceIdx=0, CustomizedBandWidthCfgInd=NOT_CFG, EmergencyAreaI
dCfgInd=NOT_CFG, UePowerMaxCfgInd=NOT_CFG, MultiRruCellFlag=BOOLEAN_FALSE, TxRxMode=2T2R;
//Adding sector equipment for a cell
ADD EUCELLSECTOREQM: LocalCellId=0, SectorEqmId=0;
//Adding an operator for a cell
ADD CELLOP: LocalCellId=0, TrackingAreaId=0;
//Activating a cell
ACT CELL: LocalCellId=0;
enario 2: Establishing Cells in Multiple Sectors with RRU/RFU Splitting
Establishing two 2T2R cells by splitting a 4T4R RRU is used as an example.
//Adding two 2T2R sectors with the sector number as 0 and 1 (sector 0 uses antenna ports A and B, and sector 1 uses antenna ports C and D)
ADD SECTOR: SECTORID=0, SECNAME="0", LOCATIONNAME="0", USERLABEL="0", ANTNUM=2, ANT1CN=0, ANT1SRN=60, ANT1SN=0, ANT1N=R0A, ANT2C
N=0, ANT2SRN=60, ANT2SN=0, ANT2N=R0B, CREATESECTOREQM=TRUE, SECTOREQMID=0;
ADD SECTOR: SECTORID=1, SECNAME="0", LOCATIONNAME="0", USERLABEL="0", ANTNUM=2, ANT1CN=0, ANT1SRN=60, ANT1SN=0, ANT1N=R0C, ANT2C
N=0, ANT2SRN=60, ANT2SN=0, ANT2N=R0D, CREATESECTOREQM=TRUE, SECTOREQMID=1;
//(Optional) Performing the following steps if no operator or tracking area information is added
1. Add an operator.
ADD CNOPERATOR: CnOperatorId=0, CnOperatorName="mobile", CnOperatorType=CNOPERATOR_PRIMARY, Mcc="460", Mnc="01";
2. Add a tracking area.
ADD CNOPERATORTA: TrackingAreaId=0, CnOperatorId=0, Tac=33;
//Adding two cells
ADD CELL: LocalCellId=0, CellName="cell0", FreqBand=12, UlEarfcnCfgInd=NOT_CFG, DlEarfcn=5020, UlBandWidth=CELL_BW_N50, DlBandWi
dth=CELL_BW_N50, CellId=0, PhyCellId=0, FddTddInd=CELL_FDD, RootSequenceIdx=0, CustomizedBandWidthCfgInd=NOT_CFG, EmergencyAreaI
dCfgInd=NOT_CFG, UePowerMaxCfgInd=NOT_CFG, MultiRruCellFlag=BOOLEAN_FALSE, TxRxMode=2T2R;
ADD CELL: LocalCellId=1, CellName="cell1", FreqBand=12, UlEarfcnCfgInd=NOT_CFG, DlEarfcn=5120, UlBandWidth=CELL_BW_N50, DlBandWi
dth=CELL_BW_N50, CellId=1, PhyCellId=1, FddTddInd=CELL_FDD, RootSequenceIdx=1, CustomizedBandWidthCfgInd=NOT_CFG, EmergencyAreaI
dCfgInd=NOT_CFG, UePowerMaxCfgInd=NOT_CFG, MultiRruCellFlag=BOOLEAN_FALSE, TxRxMode=2T2R;
//Adding two 2T2R sector equipment groups
ADD EUCELLSECTOREQM:LOCALCELLID=0,SECTOREQMID=0;
ADD EUCELLSECTOREQM:LOCALCELLID=1,SECTOREQMID=1;
//Adding the operator information about two cells
ADD CELLOP: LocalCellId=0, TrackingAreaId=0;
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ADD CELLOP: LocalCellId=1, TrackingAreaId=0;
Activating two cells
ACT CELL: LocalCellId=0;
ACT CELL: LocalCellId=1;
enario 3: Establishing a Cell in a Single Sector with RRU/RFU Combination
//Adding a sector and sector equipment (separating four antennas to two groups and configuring them to the two 2T2R RRUs)
ADD SECTOR: SECTORID=0, SECNAME="Sector0", LOCATIONNAME="River", USERLABEL="0", ANTNUM=4, ANT1CN=0, ANT1SRN=60, ANT1SN=0, ANT1N=
R0A, ANT2CN=0, ANT2SRN=60, ANT2SN=0, ANT2N=R0B, ANT3CN=0, ANT3SRN=61, ANT3SN=0, ANT3N=R0A, ANT4CN=0, ANT4SRN=61, ANT4SN=0, ANT4N
=R0B, CREATESECTOREQM=TRUE, SECTOREQMID=0;
//(Optional) Performing the following steps if no operator or tracking area information is added
1. Add an operator.
ADD CNOPERATOR: CnOperatorId=0, CnOperatorName="mobile", CnOperatorType=CNOPERATOR_PRIMARY, Mcc="460", Mnc="01";
2. Add a tracking area.
ADD CNOPERATORTA: TrackingAreaId=0, CnOperatorId=0, Tac=33;
//Adding a cell
ADD CELL: LocalCellId=0, CellName="cell0", FreqBand=12, UlEarfcnCfgInd=NOT_CFG, DlEarfcn=5020, UlBandWidth=CELL_BW_N50, DlBandWi
dth=CELL_BW_N50, CellId=0, PhyCellId=0, FddTddInd=CELL_FDD, RootSequenceIdx=0, CustomizedBandWidthCfgInd=NOT_CFG, EmergencyAreaI
dCfgInd=NOT_CFG, UePowerMaxCfgInd=NOT_CFG, MultiRruCellFlag=BOOLEAN_FALSE, TxRxMode=4T4R;
//Adding an operator for a cell
ADD CELLOP: LocalCellId=0, TrackingAreaId=0;
//Adding the mapping relationship between a cell and sector equipment
ADD EUCELLSECTOREQM:LOCALCELLID=0,SECTOREQMID=0;
//Activating a cell
ACT CELL:LocalCellId=0;
enario 4: Establishing a Cell in Multiple Sectors Served by Different RRUs/RFUs
Establishing a digital combination cell in two sectors is used as an example.
//(Optional) Adding a sector and sector equipment if a new RRU is configured
ADD SECTOR:SECTORID=0,ANTNUM=2,ANT1CN=0,ANT1SRN=60,ANT1SN=0,ANT1N=R0A,ANT2CN=0,ANT2SRN=60,ANT2SN=0,ANT2N=R0B,CREATESECTOREQM=TRU
E,SECTOREQMID=0;
ADD SECTOR:SECTORID=1,ANTNUM=2,ANT1CN=0,ANT1SRN=61,ANT1SN=0,ANT1N=R0A,ANT2CN=0,ANT2SRN=61,ANT2SN=0,ANT2N=R0B,CREATESECTOREQM=TRU
E,SECTOREQMID=1;
//(Optional) Performing the following steps if no operator or tracking area information is added
1. Add an operator.
ADD CNOPERATOR: CnOperatorId=0, CnOperatorName="mobile", CnOperatorType=CNOPERATOR_PRIMARY, Mcc="460", Mnc="01";
2. Add a tracking area.
ADD CNOPERATORTA: TrackingAreaId=0, CnOperatorId=0, Tac=33;
//Adding a digital combination cell
ADD CELL: LocalCellId=0, CellName="Cell0", FreqBand=7, UlEarfcnCfgInd=NOT_CFG, DlEarfcn=2900, UlBandWidth=CELL_BW_N50, DlBandWid
th=CELL_BW_N50, CellId=0, PhyCellId=0, FddTddInd=CELL_FDD, RootSequenceIdx=0, CustomizedBandWidthCfgInd=NOT_CFG, EmergencyAreaId
CfgInd=NOT_CFG, UePowerMaxCfgInd=NOT_CFG, MultiRruCellFlag=BOOLEAN_TRUE, MultiRruCellMode=DIGITAL_COMBINATION, TxRxMode=2T2R;
//Adding the mapping relationship between a cell and sector equipment
ADD EUCELLSECTOREQM: LocalCellId=0, SectorEqmId=0;
ADD EUCELLSECTOREQM: LocalCellId=0, SectorEqmId=1;
//Adding an operator for a cell
ADD CELLOP: LocalCellId=0, TrackingAreaId=0;
//Activating a cell
ACT CELL: LocalCellId=0;
6.4.6 Activation Observation
1. Run the DSP CELL command to check the cell status.
If the Cell instance state parameter is Normal, the cell has been activated.
2. Use a UE to access this cell. If the UE successfully accesses the cell, the cell is working properly.
6.4.7 Reconfiguration
For cell-related reconfiguration, see eRAN Reconfiguration Guide.
6.4.8 Deactivation
ing the CME
For detailed operations, see CME-based Feature Configuration.
ing MML Commands
Run the DEA CELL command to deactivate the cell.
ML Command Examples
DEA CELL: LocalCellId=0;
Performance Monitoring
None
Parameter Optimization
None
Possible Issues
ult Description
Cell status is abnormal.
ult Handling
1. Start cell status monitoring on the U2000 client to check the cell status. If a cell outage occurs, perform operations according to Cell Outage Detection and Recovery
Feature Parameter Description.
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2. View the alarms on the U2000 client. If any alarm has been reported, clear the alarm according to the alarm reference of the eNodeB.
The following table lists the common alarms related to a cell.
Alarm ID
ALM-26816
7
Alarm Name
Licensed Feature Unusable
ALM-26818
No License Running in System
ALM-29240
Cell Unavailable
ALM-29243
Cell Capability Degraded
ALM-29245
Cell Blocked
ALM-29248
RF Out of Service
Parameters
Table 7-1 Parameters
MO
Parameter ID
MML Command
Feature ID
Feature Name
Description
Cell
MultiRruCellFlag
ADD CELL
MOD CELL
LST CELL
LOFD003029 /
TDLOFD001075
TDLOFD002008
TDLOFD001098
TDLOFD001080
TDLOFD001081
TDLOFD001082
SFN
Adaptive
SFN/SDMA
Inter-BBP
SFN
Inter-BBU
SFN
Inter-BBP
Adaptive
SFN/SDMA
Inter-BBU
Adaptive
SFN/SDMA
Meaning: Indicates whether to enable or disable the
multi-RRU cell feature.
GUI Value Range: BOOLEAN_FALSE(False),
BOOLEAN_TRUE(True)
Unit: None
Actual Value Range: BOOLEAN_FALSE,
BOOLEAN_TRUE
Default Value: BOOLEAN_FALSE(False)
Cell
MultiRruCellMode
ADD CELL
MOD CELL
LST CELL
LOFD003029 /
TDLOFD001075
LOFD070205 /
TDLOFD002008
TDLOFD001098
TDLOFD001080
TDLOFD001081
TDLOFD001082
SFN
Adaptive
SFN/SDMA
Inter-BBP
SFN
Inter-BBU
SFN
Inter-BBP
Adaptive
SFN/SDMA
Inter-BBU
Adaptive
SFN/SDMA
Meaning: Indicates the type of the multi-RRU cell.
GUI Value Range: SFN(SFN), CELL_COMBINATION
(Cell Combination), TWO_RRU_COMBINATION(TWO
RRU Combination), DIGITAL_COMBINATION(Cell
Digital Combination), MPRU_AGGREGATION
(MPRU_AGGREGATION)
Unit: None
Actual Value Range: SFN, CELL_COMBINATION,
TWO_RRU_COMBINATION, DIGITAL_COMBINATION,
MPRU_AGGREGATION
Default Value: SFN(SFN)
CellDlpcPdschPa
PaPcOff
MOD CELLDLPCPDSCHPA
LST CELLDLPCPDSCHPA
LBFD002016 /
TDLBFD002016
Dynamic
Downlink
Power
Allocation
Meaning: Indicates the PA to be used when PA
adjustment for PDSCH power control is disabled, DL
ICIC is disabled, and the even power distribution is used
for the PDSCH.
GUI Value Range: DB_6_P_A(-6 dB), DB_4DOT77_P_A
(-4.77 dB), DB_3_P_A(-3 dB), DB_1DOT77_P_A(-1.77
dB), DB0_P_A(0 dB), DB1_P_A(1 dB), DB2_P_A(2 dB),
DB3_P_A(3 dB)
Unit: dB
Actual Value Range: DB_6_P_A, DB_4DOT77_P_A,
DB_3_P_A, DB_1DOT77_P_A, DB0_P_A, DB1_P_A,
DB2_P_A, DB3_P_A
Default Value: DB_3_P_A(-3 dB)
PDSCHCfg
Pb
MOD PDSCHCFG
LST PDSCHCFG
LBFD002016 /
TDLBFD002016
LBFD002009 /
TDLBFD002009
Dynamic
Downlink
Power
Allocation
Broadcast of
system
information
Meaning: Indicates the scaling factor index of the Energy
Per Resource Element (EPRE) on the PDSCH. This
scaling factor is determined by the value of this
parameter and the antenna port. For details, see 3GPP
TS 36.213.
GUI Value Range: 0~3
Unit: None
Actual Value Range: 0~3
Default Value: 1
eUCellSectorEqm
ReferenceSignalPwr
ADD EUCELLSECTOREQM
MOD EUCELLSECTOREQM
LST EUCELLSECTOREQM
None
None
Meaning: Indicates the reference signal power of the cell
sector device. The value 32767 indicates that this
reference signal power parameter is invalid. In this case,
the reference signal power of the cell equals the value of
the PDSCHCFG parameter. For details, see 3GPP TS
36.213.This parameter is valid only when a multi-RRU
cell works in SFN,MPRU_AGGREGATION or cell
combination mode.
GUI Value Range: -600~500,32767
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Unit: 0.1dBm
Actual Value Range: -60~50,32767
Default Value: 32767
EuSectorEqmGroup ReferenceSignalPwr
ADD EUSECTOREQMGROUP
MOD EUSECTOREQMGROUP
LST EUSECTOREQMGROUP
None
None
Meaning: Indicates the reference signal power of a sector
equipment group for a cell (all sets of sector equipment in
the sector equipment group have the same reference
signal power). If this parameter is set to 32767, the
parameter value is invalid, and the cell uses the
reference signal power specified by the
ReferenceSignalPwr parameter in the PDSCHCFG MO.
For details, see 3GPP TS 36.213. This parameter takes
effect only when parameter MultiRruCellFlag is set to
BOOLEAN_TRUE and MultiRruCellMode is set to
MPRU_AGGREGATION or FDD SFN, respectively.
GUI Value Range: -600~500,32767
Unit: 0.1dBm
Actual Value Range: -60~50,32767
Default Value: 32767
PDSCHCfg
ReferenceSignalPwr
MOD PDSCHCFG
LST PDSCHCFG
LBFD002016 /
TDLBFD002016
LBFD002009 /
TDLBFD002009
Dynamic
Downlink
Power
Allocation
Broadcast of
system
information
Meaning: Indicates the cell reference signal power of
each physical antenna. However, the cell reference
signal power delivered in SIB2 is that of each logical
antenna.
GUI Value Range: -600~500
Unit: 0.1dBm
Actual Value Range: -60~50
Default Value: 182
SECTOR
SECTORID
ADD SECTOR
DSP SECTOR
LST SECTOR
MOD SECTOR
RMV SECTOR
None
None
Meaning: Indicates the number of the sector.
GUI Value Range: 0~65535
Unit: None
Actual Value Range: 0~65535
Default Value: None
SECTOR
SECNAME
ADD SECTOR
MOD SECTOR
LST SECTOR
None
None
Meaning: Indicates the name of the sector.
GUI Value Range: 0~99 characters
Unit: None
Actual Value Range: 0~99 characters
Default Value: NULL(empty string)
SECTOR
LOCATIONNAME
ADD SECTOR
MOD SECTOR
LST SECTOR
None
None
Meaning: Indicates the location name of the base station.
GUI Value Range: 0~64 characters
Unit: None
Actual Value Range: 0~64 characters
Default Value: NULL(empty string)
SECTOR
USERLABEL
ADD SECTOR
MOD SECTOR
LST SECTOR
None
None
Meaning: Indicates the user-defined information of a
sector. The value of this parameter consists of xx::yy and
common character strings, which are separated by
percentage signs (%), for example, %tel::88888888%
owner::huawei%20130101. xx::yy indicates that the value
of xx is yy.
GUI Value Range: 0~255 characters
Unit: None
Actual Value Range: 0~255 characters
Default Value: NULL(empty string)
SECTOREQM
SECTOREQMID
ADD SECTOREQM
LST SECTOREQM
MOD SECTOREQM
RMV SECTOREQM
LST SECTOR
None
None
Meaning: Indicates the number of the sector equipment.
GUI Value Range: 0~65535
Unit: None
Actual Value Range: 0~65535
Default Value: None
SECTOREQM
SECTORID
ADD SECTOREQM
LST SECTOREQM
None
None
Meaning: Indicates the number of the sector in which the
sector equipment is located.
GUI Value Range: 0~65535
Unit: None
Actual Value Range: 0~65535
Default Value: None
CnOperator
CnOperatorId
ADD CNOPERATOR
LST CNOPERATOR
MOD CNOPERATOR
RMV CNOPERATOR
LOFD001036
LOFD001037
LOFD001086
TDLOFD001112
LOFD070206
RAN Sharing
with Common
Carrier
RAN Sharing
with
Dedicated
Carrier
RAN Sharing
by More
Operators
MOCN
Flexible
Priority
Based
Camping
Hybrid RAN
Sharing
Meaning: Indicates the index of the operator.
GUI Value Range: 0~5
Unit: None
Actual Value Range: 0~5
Default Value: None
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Parameter ID
MML Command
Feature ID
Feature Name
Description
CnOperator
CnOperatorName
ADD CNOPERATOR
MOD CNOPERATOR
LST CNOPERATOR
LOFD001036 /
TDLOFD001036
LOFD001037 /
TDLOFD001037
LOFD001086 /
TDLOFD001086
TDLOFD001112
LOFD070206
RAN Sharing
with Common
Carrier
RAN Sharing
with
Dedicated
Carrier
RAN Sharing
by More
Operators
MOCN
Flexible
Priority
Based
Camping
Hybrid RAN
Sharing
Meaning: Indicates the name of the operator.
GUI Value Range: 1~32 characters
Unit: None
Actual Value Range: 1~32 characters
Default Value: None
CnOperator
CnOperatorType
ADD CNOPERATOR
MOD CNOPERATOR
LST CNOPERATOR
LOFD001036 /
TDLOFD001036
LOFD001037 /
TDLOFD001037
LOFD001086 /
TDLOFD001086
TDLOFD001112
LOFD070206
RAN Sharing
with Common
Carrier
RAN Sharing
with
Dedicated
Carrier
RAN Sharing
by More
Operators
MOCN
Flexible
Priority
Based
Camping
Hybrid RAN
Sharing
Meaning: Indicates the type of the operator. The operator
can be the primary operator or a secondary operator. For
each eNodeB, only one primary operator but more than
one secondary operator can be configured.
GUI Value Range: CNOPERATOR_PRIMARY(Primary
Operator), CNOPERATOR_SECONDARY(Secondary
Operator)
Unit: None
Actual Value Range: CNOPERATOR_PRIMARY,
CNOPERATOR_SECONDARY
Default Value: None
CnOperator
Mcc
ADD CNOPERATOR
MOD CNOPERATOR
LST CNOPERATOR
LOFD001036 /
TDLOFD001036
LOFD001037 /
TDLOFD001037
LOFD001086 /
TDLOFD001086
TDLOFD001112
LOFD070206
RAN Sharing
with Common
Carrier
RAN Sharing
with
Dedicated
Carrier
RAN Sharing
by More
Operators
MOCN
Flexible
Priority
Based
Camping
Hybrid RAN
Sharing
Meaning: Indicates the mobile country code (MCC) of the
operator.
GUI Value Range: 3 characters
Unit: None
Actual Value Range: 000~999
Default Value: None
CnOperator
Mnc
ADD CNOPERATOR
MOD CNOPERATOR
LST CNOPERATOR
LOFD001036 /
TDLOFD001036
LOFD001037 /
TDLOFD001037
LOFD001086 /
TDLOFD001086
TDLOFD001112
LOFD070206
RAN Sharing
with Common
Carrier
RAN Sharing
with
Dedicated
Carrier
RAN Sharing
by More
Operators
MOCN
Flexible
Priority
Based
Camping
Hybrid RAN
Sharing
Meaning: Indicates the mobile network code (MNC) of
the operator. The value of this parameter is a string of
two or three characters, each of which must be a digit in
the range from 0 to 9.
GUI Value Range: 2~3 characters
Unit: None
Actual Value Range: 00~99,000~999
Default Value: None
CnOperatorTa
TrackingAreaId
ADD CNOPERATORTA
LST CNOPERATORTA
MOD CNOPERATORTA
RMV CNOPERATORTA
LOFD001036 /
TDLOFD001036
LOFD001037 /
TDLOFD001037
LOFD070206
RAN Sharing
with Common
Carrier
RAN Sharing
with
Dedicated
Carrier
Hybrid RAN
Sharing
Meaning: Indicates the tracking area ID, which uniquely
identifies an entry of tracking area information. This
parameter is used only within the eNodeB and is not
used during the information exchange with the EPC. This
is different from the TAI configured in the EPC TAL.
GUI Value Range: 0~65535
Unit: None
Actual Value Range: 0~65535
Default Value: None
CnOperatorTa
CnOperatorId
ADD CNOPERATORTA
MOD CNOPERATORTA
LST CNOPERATORTA
LOFD001036 /
TDLOFD001036
LOFD001037 /
TDLOFD001037
RAN Sharing
with Common
Carrier
RAN Sharing
with
Dedicated
Carrier
Hybrid RAN
Sharing
Meaning: Indicates the index of the operator.
GUI Value Range: 0~5
Unit: None
Actual Value Range: 0~5
Default Value: None
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Parameter ID
MML Command
Feature ID
Feature Name
Description
LOFD070206
CnOperatorTa
Tac
ADD CNOPERATORTA
MOD CNOPERATORTA
LST CNOPERATORTA
LOFD001036 /
TDLOFD001036
LOFD001037 /
TDLOFD001037
LOFD070206
RAN Sharing
with Common
Carrier
RAN Sharing
with
Dedicated
Carrier
Hybrid RAN
Sharing
Meaning: Indicates the tracking area code (TAC), which
is used by the EPC to determine the area within which
paging messages are sent. One tracking area is
comprised of one or more cells.
GUI Value Range: 1~65533,65535
Unit: None
Actual Value Range: 1~65533,65535
Default Value: None
Cell
LocalCellId
ACT CELL
ADD CELL
ADD CELLBAND
BLK CELL
DEA CELL
DSP CELL
DSP CELLCALIBRATION
DSP CELLCAMCSTATUS
DSP CELLPHYTOPO
DSP CELLULCOMPCLUSTER
DSP DDCELLGROUP
DSP LIOPTRULE
DSP PRIBBPADJUST
LST CELL
LST CELLBAND
MOD CELL
RMV CELL
RMV CELLBAND
RMV CELLNRT
RST EUCELLRES
STR CELLRFLOOPBACK
STR CELLSELFTEST
STR LRTWPRTTST
STR PRIBBPADJUST
UBL CELL
DSP LRTWPRTTST
DSP PRIBBPRESINFO
None
None
Meaning: Indicates the local ID of the cell. It uniquely
identifies a cell within a BS.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
Cell
CellName
ADD CELL
MOD CELL
DSP CELL
LST CELL
None
None
Meaning: Indicates the name of the cell.
GUI Value Range: 1~99 characters
Unit: None
Actual Value Range: 1~99 characters
Default Value: None
Cell
CsgInd
ADD CELL
MOD CELL
LST CELL
LBFD002009 /
TDLBFD002009
LBFD00201803 /
TDLBFD00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates whether the cell is a closed
subscriber group (CSG) cell. A CSG cell has restrictions
on UE access. It broadcasts a specific CSG ID in the SIB
and only those UEs of the group can access the CSG
cell. BOOLEAN_FALSE indicates that the cell is not a
CSG cell, and BOOLEAN_TRUE indicates that the cell is
a CSG cell. Currently, Huawei eNodeBs do not support
CSG cells.
GUI Value Range: BOOLEAN_FALSE(False),
BOOLEAN_TRUE(True)
Unit: None
Actual Value Range: BOOLEAN_FALSE,
BOOLEAN_TRUE
Default Value: BOOLEAN_FALSE(False)
Cell
UlCyclicPrefix
ADD CELL
MOD CELL
LST CELL
LBFD00100401 /
TDLBFD00100401
LOFD001031 /
TDLOFD001031
LBFD002009 /
TDLBFD002009
Normal CP
Extended CP
Broadcast of
system
information
Meaning: Indicates the UL cyclic prefix length of a cell. A
cyclic prefix can be a common or extended cyclic prefix.
An extended cyclic prefix is generally used in a complex
environment with a strong multi-path effect and long
delay. In a cell, the UL cyclic prefix length can be
different from the DL one. In addition, the UL or DL cyclic
prefix length of a cell must be the same as that of the cell
using the same BBP. For details, see 3GPP TS 36.211.
GUI Value Range: NORMAL_CP(Normal),
EXTENDED_CP(Extended)
Unit: None
Actual Value Range: NORMAL_CP, EXTENDED_CP
Default Value: NORMAL_CP(Normal)
Cell
DlCyclicPrefix
ADD CELL
MOD CELL
LST CELL
LBFDNormal CP
00100401 / Extended CP
TDLBFD00100401
LOFD001031 /
TDLOFD001031
Cell
FreqBand
ADD CELL
Meaning: Indicates the length of the DL cyclic prefix of a
cell. A DL cyclic prefix can be a common or extended
cyclic prefix. An extended cyclic prefix is generally used
in a complex environment with a strong multi-path effect
and long delay. In a cell, the UL cyclic prefix length can
be different from the DL one. In addition, the UL or DL
cyclic prefix length of a cell must be the same as that of
the cell using the same BBP. For details, see 3GPP TS
36.211.
GUI Value Range: NORMAL_CP(Normal),
EXTENDED_CP(Extended)
Unit: None
Actual Value Range: NORMAL_CP, EXTENDED_CP
Default Value: NORMAL_CP(Normal)
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Parameter ID
Feature ID
Feature Name
Description
ADD CELLBAND
LST CELLBAND
MOD CELL
RMV CELLBAND
LST CELL
MML Command
LBFD00201803 /
TDLBFD00201803
LBFD002009 /
TDLBFD002009
LBFD070103 /
TDLBFD00201806
LEOFD110301
Cell Selection
and Reselection
Broadcast of
system
information
Multi-Band
Compatibility
Enhancement
LAA
(Licensed
Assisted
Access ) for
DL 2 Carrier
Meaning: Indicates the frequency band in which a cell
operates. For details about this parameter, see 3GPP TS
36.104. For details about the usage of 252 to 255, see
the following LTE-U forum document: eNodeB Minimum
Requirements for LTE-U SDL V1.0.
GUI Value Range: 1~256
Unit: None
Actual Value Range: 1~256
Default Value: None
Cell
UlEarfcnCfgInd
ADD CELL
MOD CELL
LST CELL
LBFD00201803 /
TDLBFD00201803
LBFD002009 /
TDLBFD002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates whether to configure the uplink
EARFCN of the cell.
GUI Value Range: NOT_CFG(Not configure), CFG
(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
Cell
UlEarfcn
ADD CELL
MOD CELL
LST CELL
LBFD00201801 /
TDLBFD00201801
LBFD00201803 /
TDLBFD00201803
LBFD002009 /
TDLBFD002009
Coverage
Based Intrafrequency
Handover
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the UL EARFCN of the cell. It is
optional, depending on the setting of the UL EARFCN
configuration indicator (UlEarfcnCfgInd). If the value of
this parameter is not specified, the default UL EARFCN
is used, which is calculated based on the DL EARFCN.
For details, see 3GPP TS 36.104.
GUI Value Range:
18000~46589,54436~65535,131972~132671
Unit: None
Actual Value Range:
18000~46589,54436~65535,131972~132671
Default Value: 18000
Cell
DlEarfcn
ADD CELL
MOD CELL
LST CELL
LBFD002009 /
TDLBFD002009
LBFD00201801 /
TDLBFD00201801
LBFD00201803 /
TDLBFD00201803
LEOFD110301
Broadcast of
system
information
Coverage
Based Intrafrequency
Handover
LAA
(Licensed
Assisted
Access ) for
DL 2 Carrier
Meaning: Indicates the DL EARFCN of the cell. For
details about this parameter, see 3GPP TS 36.104. For
the detailed usage of 255144 to 262143, see the
following LTE-U forum document: eNodeB Minimum
Requirements for LTE-U SDL V1.0.
GUI Value Range:
0~65535,66436~67335,255144~256143,260894~262143
Unit: None
Actual Value Range:
0~65535,66436~67335,255144~256143,260894~262143
Default Value: None
Cell
UlBandWidth
ADD CELL
MOD CELL
LST CELL
LOFD001051
LBFD002009 /
TDLBFD002009
TDLBFD001003
Compact
Bandwidth
Broadcast of
system
information
Scalable
Bandwidth
Meaning: Indicates the UL bandwidth of the cell, which is
based on the number of resource blocks (RBs). The
value CELL_BW_N25 indicates a cell bandwidth of 25
RBs. The value CELL_BW_N50 indicates a cell
bandwidth of 50 RBs. The mapping between the
parameter value and the actual cell bandwidth (that is,
the number of RBs) can be deduced similarly. For
details, see 3GPP TS 36.104.
GUI Value Range: CELL_BW_N6(1.4M), CELL_BW_N15
(3M), CELL_BW_N25(5M), CELL_BW_N50(10M),
CELL_BW_N75(15M), CELL_BW_N100(20M)
Unit: None
Actual Value Range: CELL_BW_N6, CELL_BW_N15,
CELL_BW_N25, CELL_BW_N50, CELL_BW_N75,
CELL_BW_N100
Default Value: None
Cell
DlBandWidth
ADD CELL
MOD CELL
DSP DDCELLGROUP
LST CELL
LOFD001051
LBFD002009 /
TDLBFD002009
TDLBFD001003
Compact
Bandwidth
Broadcast of
system
information
Scalable
Bandwidth
Meaning: Indicates the DL bandwidth of the cell, which is
based on the number of resource blocks (RBs). The
value CELL_BW_N25 indicates a cell bandwidth of 25
RBs. The value CELL_BW_N50 indicates a cell
bandwidth of 50 RBs. The mapping between the
parameter value and the actual cell bandwidth (that is,
the number of RBs) can be deduced similarly. For
details, see 3GPP TS 36.104.
GUI Value Range: CELL_BW_N6(1.4M), CELL_BW_N15
(3M), CELL_BW_N25(5M), CELL_BW_N50(10M),
CELL_BW_N75(15M), CELL_BW_N100(20M)
Unit: None
Actual Value Range: CELL_BW_N6, CELL_BW_N15,
CELL_BW_N25, CELL_BW_N50, CELL_BW_N75,
CELL_BW_N100
Default Value: None
Cell
CellId
ADD CELL
MOD CELL
DSP CELLCAMCSTATUS
LST CELL
LBFD002009 /
TDLBFD002009
Broadcast of
system
information
Meaning: Indicates the ID of the E-UTRAN cell. The
combination of this parameter and the eNodeB ID forms
the E-UTRAN cell identity. The combination of the
E-UTRAN cell identity and the PLMN identity forms the
ECGI. For details, see 3GPP TS 36.413.
GUI Value Range: 0~255
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Unit: None
Actual Value Range: 0~255
Default Value: None
Cell
PhyCellId
ADD CELL
MOD CELL
LST CELL
LOFD001051
LBFD002009 /
TDLBFD002009
Compact
Bandwidth
Broadcast of
system
information
Meaning: Indicates the physical cell ID. For details, see
3GPP TS 36.331.
GUI Value Range: 0~503
Unit: None
Actual Value Range: 0~503
Default Value: None
Cell
AdditionalSpectrumEmission
ADD CELL
MOD CELL
LST CELL
LBFD002009 /
TDLBFD002009
Broadcast of
system
information
Meaning: Indicates the additional spectrum emission,
which restricts the emission power of the UEs in the cell.
For details, see the 3GPP TS 36.101.
GUI Value Range: 1~32
Unit: None
Actual Value Range: 1~32
Default Value: 1
Cell
FddTddInd
ADD CELL
MOD CELL
LST CELL
LBFD002009
TDLBFD001007
TDLBFD00100701
TDLBFD00100702
TDLOFD001026
TDLOFD00102601
TDLOFD00102602
TDLOFD00102603
Broadcast of
system
information
Basic uplinkdownlink
subframe
configuration
uplinkdownlink
subframe
configuration
type1&2
uplinkdownlink
special
subframe
configuration
type 7
Optional
uplinkdownlink
subframe
configuration
uplinkdownlink
subframe
configuration
type 0
uplinkdownlink
special
subframe
configuration
type 4
uplinkdownlink
special
subframe
configuration
type 5
Meaning: Indicates the duplex mode of the cell.
CELL_FDD indicates the FDD mode, and CELL_TDD
indicates the TDD mode.
GUI Value Range: CELL_FDD(FDD), CELL_TDD(TDD)
Unit: None
Actual Value Range: CELL_FDD, CELL_TDD
Default Value: None
Cell
CellSpecificOffset
ADD CELL
MOD CELL
LST CELL
LBFD00201801 /
TDLBFD00201801
TDLBFD002018
TDLBFD00201802
TDLBFD00201804
TDLBFD00201805
TDLOFD001019
TDLOFD001043
TDLOFD001072
TDLOFD001020
TDLOFD001046
TDLOFD001073
Coverage
Based Intrafrequency
Handover
Mobility
Management
Coverage
Based Interfrequency
Handover
Distance
Based Interfrequency
Handover
Service
Based Interfrequency
Handover
PS Inter-RAT
Mobility
between
E-UTRAN
and UTRAN
Service
based InterRAT
handover to
UTRAN
Distance
based InterRAT
Meaning: Indicates the cell specific offset for the serving
cell. It affects the probability of triggering handovers from
the serving cell to its neighboring cells. A smaller value of
this parameter leads to a higher probability. For details,
see 3GPP TS 36.331.
GUI Value Range: dB-24(-24dB), dB-22(-22dB), dB-20
(-20dB), dB-18(-18dB), dB-16(-16dB), dB-14(-14dB), dB12(-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),
dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12
(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20
(20dB), dB22(22dB), dB24(24dB)
Unit: dB
Actual Value Range: dB-24, dB-22, dB-20, dB-18, dB-16,
dB-14, dB-12, dB-10, dB-8, dB-6, dB-5, dB-4, dB-3, dB-2,
dB-1, dB0, dB1, dB2, dB3, dB4, dB5, dB6, dB8, dB10,
dB12, dB14, dB16, dB18, dB20, dB22, dB24
Default Value: dB0(0dB)
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Parameter ID
MML Command
Feature ID
Feature Name
Description
handover to
UTRAN
PS Inter-RAT
Mobility
between
E-UTRAN
and GERAN
Service
based InterRAT
handover to
GERAN
Distance
based InterRAT
handover to
GERAN
Cell
QoffsetFreq
ADD CELL
MOD CELL
LST CELL
LBFD00201801
LBFD00201803
TDLBFD002018
TDLBFD00201802
TDLBFD00201804
TDLBFD00201805
TDLOFD001019
TDLOFD001043
TDLOFD001072
TDLOFD001020
TDLOFD001046
TDLOFD001073
Coverage
Based Intrafrequency
Handover
Cell Selection
and Reselection
Mobility
Management
Coverage
Based Interfrequency
Handover
Distance
Based Interfrequency
Handover
Service
Based Interfrequency
Handover
PS Inter-RAT
Mobility
between
E-UTRAN
and UTRAN
Service
based InterRAT
handover to
UTRAN
Distance
based InterRAT
handover to
UTRAN
PS Inter-RAT
Mobility
between
E-UTRAN
and GERAN
Service
based InterRAT
handover to
GERAN
Distance
based InterRAT
handover to
GERAN
Meaning: Indicates the specific frequency offset of the
serving cell. This parameter is contained in the
measurement control information and is related to the
handover difficulty between the serving cell and the
neighboring cell. For details, see 3GPP TS 36.331.
GUI Value Range: dB-24(-24dB), dB-22(-22dB), dB-20
(-20dB), dB-18(-18dB), dB-16(-16dB), dB-14(-14dB), dB12(-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),
dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12
(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20
(20dB), dB22(22dB), dB24(24dB)
Unit: dB
Actual Value Range: dB-24, dB-22, dB-20, dB-18, dB-16,
dB-14, dB-12, dB-10, dB-8, dB-6, dB-5, dB-4, dB-3, dB-2,
dB-1, dB0, dB1, dB2, dB3, dB4, dB5, dB6, dB8, dB10,
dB12, dB14, dB16, dB18, dB20, dB22, dB24
Default Value: dB0(0dB)
Cell
RootSequenceIdx
ADD CELL
MOD CELL
LST CELL
LBFD002010 /
TDLBFD002010
Random
Access
Procedure
Meaning: Indicates the first logical root sequence, which
is used to generate the preamble sequence. Each logical
root sequence corresponds to a physical root sequence.
For the mapping between logical root sequences and
physical root sequences, see 3GPP TS 36.211.
GUI Value Range: 0~837
Unit: None
Actual Value Range: 0~837
Default Value: None
Cell
PreambleFmt
ADD CELL
MOD CELL
LST CELL
LBFD002010 /
TDLBFD002010
Random
Access
Procedure
Meaning: Indicates the preamble format used in the cell.
For details, see 3GPP TS 36.211.
GUI Value Range: 0~4
Unit: None
Actual Value Range: 0~4
Default Value: 0
Cell
CellRadius
ADD CELL
MOD CELL
LST CELL
LBFD002010 /
TDLBFD002010
Random
Access
Procedure
Meaning: Indicates the radius of the cell, that is, the
farthest distance that a cell can cover under the condition
of keeping certain network performance. If this parameter
is set to a value greater than 100 km, the Extended Cell
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Parameter ID
MML Command
Feature ID
Feature Name
Description
LBFD002010 /
TDLBFD002010 /
LOFD081223
Random
Access
Procedure /
Extended
Cell Access
Radius
beyond
100km
Access Radius Beyond 100km feature takes effect. Only
FDD cells can be configured with a radius more than 100
km.
GUI Value Range: 1~160000
Unit: m
Actual Value Range: 1~160000
Default Value: 10000
Cell
CustomizedBandWidthCfgInd ADD CELL
MOD CELL
LST CELL
LOFD001051
Compact
Bandwidth
Meaning: Indicates whether to configure a customized
bandwidth for a cell. A customized bandwidth can be
configured only when a standard bandwidth 1.4 MHz, 5
MHz, 10 MHz, 15 MHz, or 20 MHz has been configured.
GUI Value Range: NOT_CFG(Not configure), CFG
(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
Cell
CustomizedULBandWidth
ADD CELL
MOD CELL
LST CELL
LOFD001051
Compact
Bandwidth
Meaning: Indicates a customized uplink bandwidth
configured for a cell. A customized bandwidth can be
configured only when a standard bandwidth 1.4 MHz, 5
MHz, 10 MHz, 15 MHz, or 20 MHz has been configured.
GUI Value Range:
12~14,44~50,89~100,139~150,183~200
Unit: 0.1MHz
Actual Value Range:
1.2~1.4,4.4~5.0,8.9~10.0,13.9~15.0,18.3~20.0
Default Value: 98
Cell
CustomizedDLBandWidth
ADD CELL
MOD CELL
LST CELL
LOFD001051
Compact
Bandwidth
Meaning: Indicates a customized downlink bandwidth
configured for a cell. A customized bandwidth can be
configured only when a standard bandwidth 1.4 MHz, 5
MHz, 10 MHz, 15 MHz, or 20 MHz has been configured.
GUI Value Range:
12~14,44~50,89~100,139~150,183~200
Unit: 0.1MHz
Actual Value Range:
1.2~1.4,4.4~5.0,8.9~10.0,13.9~15.0,18.3~20.0
Default Value: 98
Cell
UePowerMaxCfgInd
ADD CELL
MOD CELL
LST CELL
LBFD002026 /
TDLBFD002026
LBFD002009 /
TDLBFD002009
Uplink Power
Control
Broadcast of
system
information
Meaning: Indicates whether to configure the maximum
TX power of the UE in the cell. If the value of this
parameter is not specified, the maximum power is
subject to the UE capability.
GUI Value Range: NOT_CFG(Not configure), CFG
(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
Cell
UePowerMax
ADD CELL
MOD CELL
LST CELL
LBFD002026 /
TDLBFD002026
LBFD002009 /
TDLBFD002009
Uplink Power
Control
Broadcast of
system
information
Meaning: Indicates the maximum transmit power that a
UE can apply to uplink transmission in the cell. It is used
in cell selection criterion S to calculate the compensated
power. If the value of this parameter is not specified, the
maximum power is subject to the UE capability. For
details, see 3GPP TS 36.304.
GUI Value Range: -30~36
Unit: dBm
Actual Value Range: -30~36
Default Value: 23
Cell
AirCellFlag
ADD CELL
MOD CELL
LST CELL
None
None
Meaning: Indicates whether the cell is an air cell.
GUI Value Range: BOOLEAN_FALSE(False),
BOOLEAN_TRUE(True)
Unit: None
Actual Value Range: BOOLEAN_FALSE,
BOOLEAN_TRUE
Default Value: BOOLEAN_FALSE(False)
Cell
CrsPortNum
ADD CELL
MOD CELL
LST CELL
LOFD001001 /
TDLOFD001001
LOFD001003 /
TDLOFD001003
LOFD001060
TDLOFD001060
DL 2x2 MIMO
DL 4x2 MIMO
DL 4x4 MIMO
DL 4x4 MIMO
Based on
TM3 and
TM4
Meaning: Indicates the number of ports for transmitting
cell-specific reference signal (CRS). As defined in 3GPP
specifications, this parameter can be set to
CRS_PORT_1, CRS_PORT_2, or CRS_PORT_4. The
value CRS_PORT_1 indicates that one CRS port (port 0)
is configured. The value CRS_PORT_2 indicates that
two CRS ports (ports 0 and 1) are configured. The value
CRS_PORT_4 indicates that four CRS ports (ports 0, 1,
2, and 3) are configured.
GUI Value Range: CRS_PORT_1(1 port), CRS_PORT_2
(2 ports), CRS_PORT_4(4 ports)
Unit: None
Actual Value Range: CRS_PORT_1, CRS_PORT_2,
CRS_PORT_4
Default Value: CRS_PORT_2(2 ports)
Cell
TxRxMode
ADD CELL
MOD CELL
LST CELL
None
None
Meaning: Indicates the transmission and reception mode
of the cell.
GUI Value Range: 1T1R, 1T2R, 2T2R, 2T4R, 4T4R,
8T8R, 2T8R, 4T8R
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Unit: None
Actual Value Range: 1T1R, 1T2R, 2T2R, 2T4R, 4T4R,
8T8R, 2T8R, 4T8R
Default Value: None
Cell
UserLabel
ADD CELL
MOD CELL
LST CELL
None
None
Meaning: Indicates the user label of the cell.
GUI Value Range: 0~256 characters
Unit: None
Actual Value Range: 0~256
Default Value: None
Cell
WorkMode
ADD CELL
MOD CELL
LST CELL
LAOFD00100101
LAOFD00100102
LAOFD00100201
LAOFD00100202
TDLAOFD001003
TDLAOFD001002
Intra-Band
Carrier
Aggregation
for Downlink
2CC
Inter-Band
Carrier
Aggregation
for Downlink
2CC
Carrier
Aggregation
for Downlink
2CC in
40MHz
Support of
UE Category
6
Aggregation
for Downlink
2CC in
30MHz
Carrier
Aggregation
for Downlink
2CC in
40MHz
Meaning: If this parameter is set to DL_ONLY for a cell
operating in a 3GPP-defined normal band, preparations
of handovers from inter-frequency cells to this cell and
admission to this cell fail, causing related performance
statistics to become abnormal.
GUI Value Range: UL_DL(Uplink and downlink),
DL_ONLY(Downlink only), LAA(License Assisted
Access)
Unit: None
Actual Value Range: UL_DL, DL_ONLY, LAA
Default Value: UL_DL(Uplink and downlink)
Cell
CellSlaveBand
ADD CELLBAND
LST CELLBAND
RMV CELLBAND
LBFD070103 /
TDLBFD00201806
Multi-Band
Meaning: Indicates slave frequency bands of a cell. If the
Compatibility operating frequency of a cell belongs to multiple
Enhancement frequency bands, the frequency band with the highest
priority is configured by the FreqBand parameter, and
frequency bands with other priorities are configured by
the CellSlaveBand parameter and added in descending
order based on frequency band priorities. The frequency
band priorities of a cell are determined in network
planning. It is recommended that the frequency bands
supporting UEs that comply with 3GPP TS 36.331
V8.16.0, 3GPP TS 36.331 V9.1.0, 3GPP TS 36.331
V10.5.0, or a later vision be configured as slave
frequency bands.
GUI Value Range: 0~2
Unit: None
Actual Value Range: 0~2
Default Value: None
Cell
EuCellStandbyMode
ADD CELL
MOD CELL
LST CELL
LBFD002009 /
TDLBFD002009
Broadcast of
system
information
Meaning: Indicates the active or standby mode of the
cell. A cell is in active mode by default. If this parameter
is set to STANDBY, an inter-BBU SFN auxiliary cell can
roll back to the standby mode to provide services if interBBU faults occur. Only common cells, SFN cells or
MPRU_AGGREGATION cells support the standby mode.
GUI Value Range: ACTIVE(Active), STANDBY(Standby)
Unit: None
Actual Value Range: ACTIVE, STANDBY
Default Value: ACTIVE(Active)
eUCellSectorEqm
LocalCellId
ADD EUCELLSECTOREQM
LST EUCELLSECTOREQM
MOD EUCELLSECTOREQM
RMV EUCELLSECTOREQM
DSP EURTWP
None
None
Meaning: Indicates the local cell identity. It uniquely
identifies a cell within an eNodeB.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
eUCellSectorEqm
SectorEqmId
ADD EUCELLSECTOREQM
DSP EURTWP
LST EUCELLSECTOREQM
MOD EUCELLSECTOREQM
RMV EUCELLSECTOREQM
RST EUCELLRES
DSP INREC
None
None
Meaning: Indicates the ID of the sector device that
serves the cell,it uniquely identifies a sector device within
an eNodeB.
GUI Value Range: 0~65535
Unit: None
Actual Value Range: 0~65535
Default Value: None
eUCellSectorEqm
BaseBandEqmId
ADD EUCELLSECTOREQM
MOD EUCELLSECTOREQM
LST EUCELLSECTOREQM
None
None
Meaning:
Indicates the ID of the baseband equipment serving a
cell.
When this parameter is set to 255, the baseband
equipment serving a cell is not specified. In this scenario,
the LTE baseband processing units (LBBPs) serving a
cell are selected among all LBBPs in the eNodeB, and
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Parameter ID
MML Command
Feature ID
Feature Name
Description
the LBBPs to which the cell's serving RRU is connected
are preferentially selected.
When this parameter is set to a value other than 255, the
cell is served by LBBPs in the specified baseband
equipment, and the LBBPs to which the cell's serving
RRU is connected are preferentially selected.
GUI Value Range: 0~23,255
Unit: None
Actual Value Range: 0~23,255
Default Value: 255
eUCellSectorEqm
SectorCpriCompression
ADD EUCELLSECTOREQM
MOD EUCELLSECTOREQM
LST EUCELLSECTOREQM
LOFD001076 /
TDLOFD001076
TDLOFD081214
CPRI
Compression
Enhanced
CPRI
Compression
Meaning:
Indicates the common public radio interface (CPRI)
compression type for the sector equipment. CPRI
compression is used in RRU cascading scenarios to
enable more RRUs to be cascaded without changing the
CPRI data rate. The parameter value
NO_COMPRESSION indicates that CPRI compression is
not used. The parameter value
NORMAL_COMPRESSION indicates that CPRI
compression is used. The parameter value
ENHANCED_COMPRESSION indicates that enhanced
CPRI compression is used. The parameter value NULL
indicates that this parameter is invalid. The performance
of enhanced CPRI compression is better than the
performance of normal CPRI compression. If the eNodeB
is equipped with LBBPd boards and the CPRI data rate is
9.8 Gbit/s for LTE FDD cells or the CPRI data rate is
greater than 4.9 Gbit/s for LTE TDD cells, the CPRI
compression type of cells served by RRUs in the same
RRU chain or ring must be the same. Before changing
the value of this parameter for a cell served RRUs in the
same RRU chain or ring, ensure that all cells served by
the RRU chain or ring are deactivated. Activate the cells
after you change the parameter value.
This parameter is used only when MultiRruCellMode is
set to SFN or CELL_COMBINATION. This parameter
can be set based on the sector equipment. When this
parameter is set to NULL, the CPRI compression type of
carriers depends on the value of the CPRICompression
parameter in the Cell MO. When this parameter is set to
any other value, the sector CPRI compression type of
carriers depends on the value of the
SectorCpriCompression parameter in the
eUCellSectorEqm MO.
GUI Value Range: NO_COMPRESSION(No
Compression), NORMAL_COMPRESSION(Normal
Compression), ENHANCED_COMPRESSION(Enhanced
Compression), NULL(Invalid)
Unit: None
Actual Value Range: NO_COMPRESSION,
NORMAL_COMPRESSION,
ENHANCED_COMPRESSION, NULL
Default Value: NULL(Invalid)
CellOp
LocalCellId
ADD CELLOP
DSP
CELLBROADCASTCNOPERATOR
LST CELLOP
MOD CELLOP
RMV CELLOP
None
None
Meaning: Indicates the local ID of the cell. It uniquely
identifies a cell within a base station.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
CellOp
TrackingAreaId
ADD CELLOP
LST CELLOP
MOD CELLOP
RMV CELLOP
LBFD002009 /
TDLBFD002009
LBFD00201803 /
TDLBFD00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the local tracking area identity of the
cell, which uniquely identifies an operator's record of
tracking area information within a cell. This parameter is
used only in the eNodeB and is different from the
tracking area identity configured in the tracking area list
on the MME.
GUI Value Range: 0~65535
Unit: None
Actual Value Range: 0~65535
Default Value: None
CellOp
CellReservedForOp
ADD CELLOP
MOD CELLOP
LST CELLOP
LBFD002009 /
TDLBFD002009
Broadcast of
system
information
Meaning:
Indicates whether the cell is reserved for operator use.
If this parameter is set to CELL_RESERVED_FOR_OP,
the cell is reserved for operator use. UEs of AC11 or
AC15 in their HPLMN or EHPLMN can consider this cell
as a candidate cell for cell selection or reselection. UEs
of AC11 or AC15 outside their HPLMN/EHPLMN and
UEs of AC0-9/AC12-14 consider this cell as a barred cell
during cell selection or reselection.
If this parameter is set to
CELL_NOT_RESERVED_FOR_OP, the cell is not
reserved for operator use. All UEs can consider this cell
as a candidate cell for cell selection or reselection.
GUI Value Range: CELL_RESERVED_FOR_OP
(Reserved), CELL_NOT_RESERVED_FOR_OP(Not
Reserved)
Unit: None
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Actual Value Range: CELL_RESERVED_FOR_OP,
CELL_NOT_RESERVED_FOR_OP
Default Value: CELL_NOT_RESERVED_FOR_OP(Not
Reserved)
CellOp
OpUlRbUsedRatio
ADD CELLOP
MOD CELLOP
LST CELLOP
LOFD001036 /
TDLOFD001036
LBFD002009 /
TDLBFD002009
LOFD070206
RAN Sharing
with Common
Carrier
Broadcast of
system
information
Hybrid RAN
Sharing
Meaning: Indicates the percentage of resource blocks
(RBs) occupied by the operator on the physical uplink
shared channel (PUSCH) when RAN sharing is enabled
on the eNodeB and the RanShareModeSwitch parameter
of the CellAlgoSwitch MO is set to ON(On). If the data
volume is sufficient, the percentage of RBs occupied by
each operator will reach the preset value. Modifications
on this parameter affect the percentages of RBs
occupied by operators on the PUSCH. When the
OpPrbGroupshareSwitch option is selected in RAN
sharing mode, this parameter is used to calculate the
percentage of RBs occupied by the operator resource
group on the PUSCH. The percentage of RBs occupied
by an operator resource group is the sum of percentages
of RBs occupied by operators in the group. This
parameter takes effect only in RAN sharing with common
carriers mode or in hybrid RAN sharing mode with more
than one CellOp MO being configured.
GUI Value Range: 1~100
Unit: %
Actual Value Range: 1~100
Default Value: 16
CellOp
OpDlRbUsedRatio
ADD CELLOP
MOD CELLOP
LST CELLOP
LOFD001036 /
TDLOFD001036
LBFD002009 /
TDLBFD002009
LOFD070206
RAN Sharing
with Common
Carrier
Broadcast of
system
information
Hybrid RAN
Sharing
Meaning: Indicates the percentage of resource blocks
(RBs) occupied by the operator on the physical downlink
shared channel (PDSCH) when RAN sharing is enabled
on the eNodeB and the RanShareModeSwitch parameter
of the CellAlgoSwitch MO is set to ON(On). If the data
volume is sufficient, the percentage of RBs occupied by
each operator will reach the preset value. Modifications
on this parameter affect the percentage of RBs occupied
by operators on the PDSCH. When the
OpPrbGroupshareSwitch option is selected in RAN
sharing mode, this parameter is used to calculate the
percentage of RBs occupied by the operator resource
group on the PDSCH. The percentage of RBs occupied
by an operator resource group is the sum of percentages
of RBs occupied by operators in the group. This
parameter takes effect only in RAN sharing with common
carriers mode or in hybrid RAN sharing mode with more
than one CellOp MO being configured.
GUI Value Range: 1~100
Unit: %
Actual Value Range: 1~100
Default Value: 16
BASEBANDEQM
BASEBANDEQMID
ADD BASEBANDEQM
LST BASEBANDEQM
MOD BASEBANDEQM
RMV BASEBANDEQM
None
None
Meaning: Indicates the number of the baseband
equipment.
GUI Value Range: 0~23
Unit: None
Actual Value Range: 0~23
Default Value: None
BASEBANDEQM
BASEBANDEQMTYPE
ADD BASEBANDEQM
LST BASEBANDEQM
MOD BASEBANDEQM
RMV BASEBANDEQM
None
None
Meaning: Indicates the type of baseband equipment.
GUI Value Range: UL(UL), DL(DL), ULDL(Combined UL
and DL)
Unit: None
Actual Value Range: UL, DL, ULDL
Default Value: None
8
Counters
There are no specific counters associated with this feature.
9
Glossary
For the acronyms, abbreviations, terms, and definitions, see Glossary.
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Reference Documents
1. 3GPP TS 36.211: "Evolved Universal Terrestrial Radio Access (E-UTRA); Physical channels and modulation"
2. 3GPP TS 36.213: "Evolved Universal Terrestrial Radio Access (E-UTRA); Physical layer procedures"
3. 3GPP TS36.331: "Evolved Universal Terrestrial Radio Access (E-UTRA); Radio Resource Control (RRC) protocol specification"
4. Cell Outage Detection and Recovery Feature Parameter Description
5. SFN Feature Parameter Description
eRAN
Connection Management Feature Parameter Description
Issue
04
Date
2017-01-15
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2017. All rights reserved.
No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this
document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are
provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements,
information, and recommendations in this document do not constitute a warranty of any kind, express or implied.
Huawei Technologies Co., Ltd.
Address:
Huawei Industrial Base Bantian, Longgang Shenzhen 518129 People's Republic of China
Website:
http://www.huawei.com
Email:
support@huawei.com
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2 Contents
1 About This Document
1.1 Scope
1.2 Intended Audience
1.3 Change History
1.4 Differences Between eNodeB Types
2 Overview
2.1 Introduction
2.2 Benefits
3 Signaling Connection Management
3.1 RRC Connection Setup
3.2 RRC Connection Reestablishment
3.2.1 Conditions for Triggering RRC Connection Reestablishment
3.2.2 RRC Connection Reestablishment Procedure
3.3 RRC Connection Management
3.3.1 Uplink Out-Of-Synchronization Management
3.3.2 UE Inactivity Timer Management
3.3.3 RLF Detection
3.4 Dedicated S1 Connection Setup
3.5 Signaling Connection Release
4 Radio Bearer Management
4.1 SRB2 Setup
4.2 SRB2 Modification
4.3 SRB2 Release
4.4 DRB Setup
4.5 DRB Modification
4.6 DRB Release
5 Related Features
5.1 LBFD-002007 RRC Connection Management
5.2 LBFD-002008 Radio Bearer Management
6 Network Impact
6.1 LBFD-002007 RRC Connection Management
6.2 LBFD-002008 Radio Bearer Management
7 Engineering Guidelines
7.1 When to Use
7.2 Required Information
7.3 Planning
7.4 Deployment
7.4.1 Precautions
7.4.2 Data Preparation and Feature Activation
7.4.2.1 Data Preparation
7.4.2.2 Using the CME
7.4.2.3 Using MML Commands
7.4.3 Activation Observation
7.4.4 Deactivation
7.4.5 Reconfiguration
7.5 Performance Monitoring
7.6 Parameter Optimization
7.7 Possible Issues
8 Parameters
9 Counters
10 Glossary
11 Reference Documents
1
About This Document
Scope
This document describes connection management, including its technical principles, related features, network impact, and engineering guidelines. This document covers the
following features:
• LBFD-002007 RRC Connection Management
• LBFD-002008 Radio Bearer Management
This document applies to the following types of eNodeBs.
eNodeB Type
Model
Macro
3900 series eNodeB
Micro
BTS3202E
BTS3203E
BTS3911E
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eNodeB Type
Model
BTS3912E
LampSite
DBS3900
Any parameters, alarms, counters, or managed objects (MOs) described herein apply only to the corresponding software release. For future software releases, refer to the
corresponding updated product documentation.
This document applies only to LTE FDD. Any "LTE" in this document refers to LTE FDD, and "eNodeB" refers to LTE FDD eNodeB.
Intended Audience
This document is intended for personnel who:
• Need to understand the features described herein
• Work with Huawei products
Change History
This section provides information about the changes in different document versions. There are two types of changes:
• Feature change
Changes in features and parameters of a specified version as well as the affected entities
• Editorial change
Changes in wording or addition of information and any related parameters affected by editorial changes. Editorial change does not specify the affected entities.
AN11.1 04 (2017-01-15)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Affected Entity
Feature change
None
None
N/A
Editorial change
Revised the descriptions in 1.1 Scope.
None
N/A
AN11.1 03 (2016-11-01)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Affected Entity
Feature change
None
None
N/A
Editorial change
Revised the image and description in 3.2.2 RRC Connection
Reestablishment Procedure.
None
N/A
AN11.1 02 (2016-06-30)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Affected Entity
Feature change
Added the enhanced RRC connection reestablishment
protection function. For details, see 3.2.2 RRC Connection
Reestablishment Procedure.
Added the
GlobalProcSwitch.EnhancedRRCReestProtectThd
parameter.
None
Editorial change
None
None
N/A
AN11.1 01 (2016-03-07)
Compared with Draft A (2015-12-07) of eRAN11.1, Issue 01 (2016-03-07) of eRAN11.1 includes the following changes.
Change Type
Change Description
Parameter Change
Feature change
Added the parameter for configuring the timer for delaying
releasing services of a specified QCI. For details, see 4.6
DRB Release.
Added the GlobalProcSwitch.QciParaEffectFlag
parameter.
Editorial change
Revised the descriptions in 3.3.2 UE Inactivity Timer Management. None
Affected Entity
Macro, micro, and
LampSite eNodeBs
N/A
AN11.1 Draft A (2015-12-07)
Compared with Issue 04 (2015-07-30) of eRAN8.1, Draft A (2015-12-07) of eRAN11.1 includes the following changes.
Change Type
Feature change
Change Description
Parameter Change
Affected Entity
Added the 3GPP specifications-compliant RRC connection Added the NO_CONTEXT_REEST_SWITCH
reestablishment procedure without UE contexts. For
(NO_CONTEXT_REEST_SWITCH) option to the
details, see 3.2.2 RRC Connection Reestablishment Procedure.
GlobalProcSwitch.RrcReestOptSwitch parameter.
Macro, micro, and
LampSite eNodeBs
Optimized the RRC connection setup mechanism. For
Added the GLOBALPROCSWITCH.RrcConnPunishThd
details, see 3.1 RRC Connection Setup and 6.1 LBFD-002007 RRC parameter.
Connection Management.
Macro, micro, and
LampSite eNodeBs
Added the RRC connection reject-triggered cell reselection Added the following parameters:
Macro, micro, and
mechanism. For details, see 3.1 RRC Connection Setup, 6.1
• CELLALGOSWITCH.DeprioritisationDeliverInd LampSite eNodeBs
LBFD-002007 RRC Connection Management, and 7 Engineering
• UETIMERCONST.T325
Guidelines.
Added QCI-based configuration of the uplink
synchronization timer. For details, see 3.3.1 Uplink Out-OfSynchronization Management.
Added the QciPara.UlSynTimerForQci parameter.
Macro, micro, and
LampSite eNodeBs
Added QCI-based configuration of the UE inactivity timer.
For details, see 3.3.2 UE Inactivity Timer Management.
Added the following parameters:
Macro, micro, and
LampSite eNodeBs
• QciPara.UeInactivityTimerDynDrxQci
• QciPara.UeInactiveTimerForQci
• QciPara.UeInactiveTimerPri
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Change Type
Editorial change
Change Description
Reorganized this document.
Parameter Change
None
Affected Entity
N/A
Differences Between eNodeB Types
ature Support by Macro, Micro, and LampSite Base Stations
None
nction Implementation in Macro, Micro, and LampSite Base Stations
Function
UE release
Difference
The UE release process varies with base station types.
• A micro eNodeB detects whether the UE is attached to the network after releasing the UE. A macro eNodeB
does not perform this action.
• A micro eNodeB attempts to restore the UE's uplink synchronization before releasing the UE, and delays
releasing the UE for a preset period of time.
For details, see 3.5 Signaling Connection Release.
2
Overview
Introduction
In a Long Term Evolution (LTE) system, connection management involves setup of dedicated connections between user equipment (UE), eNodeBs, and mobility management
entities (MMEs) and release of these connections after services are complete.
Figure 2-1 shows the random access, signaling connection management, and radio bearer management procedures involved in a connection management process.
Figure 2-1 Connection management process
NOTE:
For details about security mode control shown in Figure 2-1, see Radio Security Feature Parameter Description.
1. A UE performs random access when it attempts to set up a connection with the network for service requests, location updates, paging, or other reasons. For details
about random access, see Random Access Control and RACH Optimization Feature Parameter Description.
2. Signaling connections between the UE and the MME are set up. Signaling connections are set up before the security mode control and consists of the following
connections:
• RRC connections: signaling connection between the eNodeB and UE over the air interface
• Dedicated S1 connection: signaling connection between the eNodeB and MME
3. If the UE requests a service, the MME instructs the eNodeB to set up an E-UTRAN radio access bearer (E-RAB), including a radio bearer.
Benefits
Connection management is a basic network feature and a prerequisite for enabling UEs to access the network and perform services on established bearers.
3
Signaling Connection Management
This chapter describes LBFD-002007 RRC Connection Management.
Signaling connections include an RRC connection and a dedicated S1 connection, as shown in Figure 3-1. Generally, a signaling connection is set up for a service bearer. It can
also be set up only for a signaling procedure, such as a UE location update.
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Figure 3-1 Signaling connection protocol stack in LTE
Signaling connection management involves RRC connection setup, RRC connection reestablishment, RRC connection management, dedicated S1 connection setup, and
signaling connection release.
RRC Connection Setup
During RRC connection setup, SRB1 is set up. Before an S1 connection is set up, the eNodeB cannot obtain the UE context from the evolved packet core (EPC). Therefore,
security mode activation and SRB1 encryption and integrity protection are not required during RRC connection setup. Measurement configuration can be performed for a UE
during RRC connection setup, but the UE can be handed over only after the security mode is activated.
Figure 3-2 shows the RRC connection setup procedure.
Figure 3-2 RRC connection setup procedure
1. The UE sends the eNodeB an RRC Connection Request message containing the cause for RRC connection setup.
NOTE:
• The cause for RRC connection setup is related to the NAS process and NAS session types. For details, see 3GPP TS 24.301 V8.1.0.
• The RRC Connection Request message contains the UE_ID field. If the upper layer provides the S-TMSI, the UE signals the S-TMSI to the eNodeB. If
no S-TMSI is available, the UE signals a random value ranging from 0 to 240-1 to the eNodeB. The international mobile subscriber identity (IMSI) of the
UE is unknown to the eNodeB.
2. The eNodeB sets up the context for the UE.
If the eNodeB receives multiple RRC Connection Request messages from a UE within the time specified by the RrcConnStateTimer.FilterReptRrcConnReqTimer
parameter, the eNodeB handles only the latest received one.
Within the window specified by both the UeTimerConst.T300 parameter and the RrcConnStateTimer.FilterReptRrcConnReqTimer parameter, the eNodeB
calculates the number of RRC Connection Request messages sent by a UE, except in high-priority access and emergency call scenarios. If the number of RRC
Connection Request messages sent by a UE is greater than the value of the GlobalProcSwitch.RrcConnPunishThd parameter, the eNodeB responds to the UE
with an RRC Connection Reject message containing the wait time IE, the value of which is determined by the RRCCONNSTATETIMER.T302 parameter. Upon
receiving the message, the UE sends another RRC Connection Request message only after the wait time expires.
3. The eNodeB admits the connection without any judgment and allocates SRB1 resources to the UE.
• If the resource allocation is successful, the subsequent steps proceed. If the resource allocation fails, the eNodeB responds to the UE with an RRC
Connection Reject message. If an RRC connection setup request is rejected, the UE must wait for a period before resending a request. The wait time is
specified by the RrcConnStateTimer.T302 parameter. This timer starts when the UE receives a rejection message and stops when the UE enters the
RRC_CONNECTED state or reselects a cell.
• When the system is overloaded, the eNodeB instructs the UE to lower the cell reselection priority by sending the UE an RRC Connection Reject
message containing the deprioritisationReq IE. Upon receiving the message, the UE attempts to access the network from other cells, thereby relieving
the cell overload. The RRC Connection Reject message contains the deprioritisationReq IE when the CELLALGOSWITCH.DeprioritisationDeliverInd
parameter is not set to UNDELIVER(UNDELIVER). When the RRC Connection Reject message contains the deprioritisationReq IE and the UE supports
the IE, the timer specified by the UETIMERCONST.T325 parameter starts. In this case, the eNodeB proceeds as described in the following table.
If...
Then...
The value of the deprioritisationType field in the
deprioritisationReq IE is FREQUENCY.
◾ Sets the cell reselection priorities of the serving frequency and the
frequencies on which the RRC Connection Reject message containing
the deprioritisationReq IE has been received to the lowest priority if the
timer specified by the UETIMERCONST.T325 parameter does not expire.
◾ Restores the cell reselection priority to the original priority if the timer
specified by the UETIMERCONST.T325 parameter expires.
The value of the deprioritisationType field in the
deprioritisationReq IE is E-UTRA.
◾ Sets the cell reselection priorities of all the E-UTRAN frequencies to the
lowest priority if the timer specified by the UETIMERCONST.T325
parameter does not expire.
◾ Restores the cell reselection priority to the original priority if the timer
specified by the UETIMERCONST.T325 parameter expires.
NOTE:
The deprioritisationReq IE has been introduced since 3GPP Release 11. For details, see 3GPP TS 36.331.
4. The eNodeB sends an RRC Connection Setup message containing SRB1 resource configurations to the UE.
5. The UE configures radio resources based on the SRB1 resource information indicated by the RRC Connection Setup message, and then sends an RRC Connection
Setup Complete message to the eNodeB. After the eNodeB receives the RRC Connection Setup Complete message, the RRC connection is set up.
The timer for the eNodeB to wait for an RRC Connection Setup Complete message is specified by the ENodeBConnStateTimer.WaitRrcConnSetupCmpTimer
parameter.
The eNodeB starts another timer to wait for the UE to send other messages over the Uu interface. The timer is specified by the following parameters:
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• ENodeBConnStateTimer.UuMessageWaitingTimer if the UE is not running QCI 1 services
• ENodeBConnStateTimer.UuMessageWaitingTimerQci1 if the UE is running QCI 1 services
RRC Connection Reestablishment
During RRC connection reestablishment, the eNodeB reconfigures SRB1, resumes data transmission on the data radio bearer (DRB), and reactivates the security mode in the
access stratum (AS) without modifying security algorithms. The DRB is resumed only after the RRC connection is reestablished.
3.2.1 Conditions for Triggering RRC Connection Reestablishment
RRC connection reestablishment is triggered to retain the RRC connection for UEs in connected mode for which the security mode has been activated. A UE can initiate RRC
connection reestablishment only when the security mode has been activated in the AS.
A UE initiates RRC connection reestablishment in the following scenarios:
• An RLF occurs.
• A handover fails.
• An inter-RAT handover from E-UTRAN fails.
• The UE receives an integrity check failure indication from the physical layer.
• The RRC connection fails to be reconfigured.
A UE detects an RLF when any of the following conditions is met:
• The timer specified by the UeTimerConst.T310 parameter expires.
• The random access fails and the timer specified by the UeTimerConst.T300, UeTimerConst.T301, RrcConnStateTimer.T304ForEutran,
RrcConnStateTimer.T304ForGeran, or UeTimerConst.T311 parameter is not running.
• The maximum number of RLC retransmissions specified by the RlcPdcpParaGroup.UeMaxRetxThreshold parameter has been reached.
NOTE:
A UE starts the timer specified by the UeTimerConst.T310 parameter when both of the following conditions are met:
• The number of out-of-sync indications consecutively received by the UE from lower layers has reached the upper limit specified by the UeTimerConst.N310
parameter.
• None of the timers specified by the UeTimerConst.T300, UeTimerConst.T301, RrcConnStateTimer.T304ForEutran, RrcConnStateTimer.T304ForGeran, and
UeTimerConst.T311 parameters is running.
When the timer specified by the UeTimerConst.T310 parameter is running and the number of in-sync indications consecutively received from lower layers has reached the
upper limit specified by the UeTimerConst.N311 parameter, the UE stops the timer specified by the UeTimerConst.T310 parameter.
3.2.2 RRC Connection Reestablishment Procedure
Figure 3-3 shows the RRC connection reestablishment procedure.
Figure 3-3 RRC connection reestablishment procedure
1. The UE sends an RRC Connection Reestablishment Request message to the eNodeB.
NOTE:
The cause value contained in the message varies with the triggering cause of the RRC connection reestablishment.
• This message contains the cause value "reconfigurationFailure" if the reestablishment is triggered due to an RRC connection reconfiguration failure.
• This message contains the cause value "handoverFailure" if the reestablishment is triggered due to a handover failure.
• This message contains the cause value "otherFailure" if the reestablishment is triggered due to a radio link failure.
In the cause value, the C-RNTI and physCellId IEs indicate the C-RNTI and physical cell ID of the serving cell, respectively.
2. The eNodeB checks whether the context of the UE exists.
If yes, the eNodeB proceeds to 3.
If no, the target eNodeB sends an RLF Indication message to the source eNodeB based on the cell information contained in the RRC Connection Reestablishment
Request message. If the source eNodeB has the UE context, the source eNodeB initiates the handover process. In the handover, the source eNodeB transfers the
UE context to the target eNodeB. The GlobalProcSwitch.RrcReestOptSwitch parameter specifies whether the target eNodeB can implement RRC connection
reestablishment without UE contexts.
3. The eNodeB authenticates the UE. If the security authentication information in the UE is consistent with that in the eNodeB, the UE passes authentication. After the
authentication, the eNodeB releases original resources and then performs admission and resource allocation again.
When the GlobalProcSwitch.EnhancedRRCReestProtectThd parameter is set to 0 and the number of RRC Connection Reestablishment Request messages
containing the cause value "reconfigurationFailure" sent by a UE within 1 minute exceeds the threshold specified by the GlobalProcSwitch.RrcReestProtectThd
parameter, the eNodeB rejects the subsequent RRC connection reestablishment requests containing the same cause value sent by the UE and the UE enters the
RRC idle mode. The GlobalProcSwitch.RrcReestProtectThd parameter will be disused in later versions.
The GlobalProcSwitch.RrcReestProtectThd parameter is invalid when the GlobalProcSwitch.EnhancedRRCReestProtectThd parameter is set to a non-zero value.
In this situation, RRC connection reestablishment protection is enabled. If the number of RRC connection reestablishment requests sent by a UE to an eNodeB
exceeds the threshold specified by the GlobalProcSwitch.EnhancedRRCReestProtectThd parameter, the eNodeB releases the UE and the UE enters the RRC idle
mode.
If the UE fails the authentication, the eNodeB rejects the RRC connection reestablishment request of the UE.
4. The eNodeB sends the UE an RRC Connection Reestablishment message containing the information about the allocated resources. The UE reconfigures radio
resources based on the message, and then starts encryption and integrity protection again.
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5. The UE sends an RRC Connection Reestablishment Complete message to the eNodeB.
RRC Connection Management
RRC connection management applies to UEs in idle and connected modes.
• Connected mode: A UE has set up an RRC connection with the eNodeB. The connected mode is further classified as follows:
◾ Synchronization state: A UE in the connected state maintains uplink synchronization with the eNodeB, and the eNodeB allocates physical uplink control
channel (PUCCH) and sounding reference signal (SRS) resources for the UE.
◾ Out-of-synchronization state: A UE in the connected state does not maintain uplink synchronization with the eNodeB, and the eNodeB releases physical
uplink control channel (PUCCH) and sounding reference signal (SRS) resources for the UE.
• Idle mode: A UE does not set up an RRC connection with the eNodeB, and the UE monitors the paging channel of the eNodeB. For details about UE behaviors in
idle mode, see Idle Mode Management Feature Parameter Description.
The following mechanisms are used for RRC connection management:
• Uplink out-of-synchronization management
• UE inactivity timer management
• Radio link failure detection
3.3.1 Uplink Out-Of-Synchronization Management
Uplink out-of-synchronization management enables an eNodeB to maintain uplink timing for a UE in real time so that the UE remains in the uplink synchronization state.
To maintain uplink timing for a UE, the eNodeB delivers timing advance commands to the UE. Each time after receiving ACK feedback from the UE, the eNodeB starts or
restarts the uplink time alignment timer specified by the TimeAlignmentTimer.TimeAlignmentTimer parameter. If the timer expires, the eNodeB regards that the UE enters the
out-of-synchronization state.
For each UE, the eNodeB also maintains an uplink synchronization timer specified by the RrcConnStateTimer.UlSynTimer parameter to control whether to deliver a Timing
Advance Command message to the UE. The eNodeB starts or restarts the timer for a UE when sending data to or receiving data from the UE. Before the timer expires, the
eNodeB continuously sends Timing Advance Command messages to the UE. After the timer expires, the eNodeB stops sending Timing Advance Command messages to the
UE and the UE stops providing ACK feedback. In this situation, the uplink alignment timer expires, and the eNodeB regards that the UE is in the out-of-synchronization state.
If the UE inactivity timer is shorter than the timer specified by the RrcConnStateTimer.UlSynTimer parameter, the RRC connection is released for the UE and the UE directly
enters the idle mode.
If the UE becomes out of synchronization in the uplink and data arrives on the eNodeB side, the eNodeB instructs the UE to initiate random access. When the UE needs to
transmit data to the eNodeB, the UE initiates random access to restore uplink synchronization.
Since eRAN11.1, the uplink synchronization timer can also be set using the QciPara.UlSynTimerForQci parameter. The RrcConnStateTimer.UlSynTimer parameter will be
removed in a later version and the QciPara.UlSynTimerForQci parameter is recommended.
3.3.2 UE Inactivity Timer Management
With UE inactivity timer management, if a UE does not transmit or receive any data within a period specified by the UE inactivity timer, the eNodeB regards the UE as inactive.
To prevent inactive UEs from using system resources for a long time, the eNodeB releases the RRC connection for the UE and sends a UE Context Release Request message
to the EPC when the UE inactivity timer expires.
The UE Context Release Request message contains the cause value "Radio Connection With UE Lost" if both of the following conditions are met:
• An RLF has been detected or the number of RLC connections for all the DRBs have reached the threshold specified by the
RLCPDCPPARAGROUP.UeMaxRetxThreshold parameter before the UE inactivity timer expires.
• Uplink synchronization does not recover for the UE. In other situations, the UE Context Release Request message contains the cause value "User Inactivity."
E Inactivity Timer When PTT Services Are Ongoing
Table 3-1 lists the parameters specifying the UE inactivity timer used when push to talk (PTT) services are ongoing.
Table 3-1 Parameters specifying the UE inactivity timer when PTT services are ongoing
Value of the CELLALGOSWITCH.DynDrxSwitch Parameter
Parameter Specifying the UE Inactivity Timer
DynDrxSwitch(DynDrxSwitch) check box selected
QciPara.UeInactivityTimerDynDrxQci
DynDrxSwitch(DynDrxSwitch) check box cleared
QciPara.UeInactiveTimerForQci
E Inactivity Timer When Voice Services Are Ongoing
Table 3-2 lists the parameters specifying the UE inactivity timer used when voice services are ongoing.
Table 3-2 Parameters specifying the UE inactivity timer when voice services are ongoing
Value of the
Value of the
GLOBALPROCSWITCH.QciParaEffectFlag CELLALGOSWITCH.DynDrxSwitch
Parameter
Parameter
ON
OFF
Whether the
License Listed in
Table 3-3 Is
Activated
DynDrxSwitch(DynDrxSwitch)
check box selected
Yes or no
DynDrxSwitch(DynDrxSwitch)
check box cleared
Yes
Parameter Specifying the UE Inactivity Timer
QciPara.UeInactivityTimerDynDrxQci
• QciPara.UeInactiveTimerForQci when the
CellAlgoSwitch.UEInactiveTimerQCI1Switch
parameter is set to ON(On)
• UE inactivity timer for QCI 5 services when the
CellAlgoSwitch.UEInactiveTimerQCI1Switch
parameter is set to OFF(Off)
No
UE inactivity timer for QCI 5 services
DynDrxSwitch(DynDrxSwitch)
check box selected
Yes or no
RrcConnStateTimer.UeInactTimerDynDrxQci1
DynDrxSwitch(DynDrxSwitch)
check box cleared
Yes
No
• RrcConnStateTimer.UeInactiveTimerQci1 when the
CellAlgoSwitch.UEInactiveTimerQCI1Switch
parameter is set to ON(On)
• RrcConnStateTimer.UeInactiveTimer when the
CellAlgoSwitch.UEInactiveTimerQCI1Switch
parameter is set to OFF(Off)
RrcConnStateTimer.UeInactiveTimer
Table 3-3 License of the voice characteristic awareness scheduling feature
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Feature ID
Feature Name
TDLOFD-081229
Model
Voice Characteristic
Awareness Scheduling
LT1SVOICAS00
License Control Item
Voice Characteristic Awareness
Scheduling (TDD)
NE
eNodeB
Sales Unit
per Cell
NOTE:
The preceding license has an impact on the configuration of the UE inactivity timer only when the UE is performing voice services and the DynDrxSwitch(DynDrxSwitch)
check box is cleared under the CELLALGOSWITCH.DynDrxSwitch parameter.
E Inactivity Timer in Other Situations
Table 3-4 lists the parameters specifying the UE inactivity timer used in other situations.
Table 3-4 Parameters specifying the UE inactivity timer used in other situations
Value of the
GlobalProcSwitch.QciParaEffectFlag Parameter
ON
Value of the
CELLALGOSWITCH.DynDrxSwitch
Parameter
DynDrxSwitch(DynDrxSwitch)
check box selected
Parameter Specifying the UE Inactivity Timer
The eNodeB checks the priorities of the UE inactivity timer
corresponding to online bearers specified by the
QciPara.UeInactiveTimerPri parameter.
• If the UE inactivity timer corresponding to only one online
bearer has the highest priority, the length of the UE inactivity
timer is equal to the value of the
QciPara.UeInactivityTimerDynDrxQci parameter set for the
bearer.
• If the UE inactivity timer corresponding to multiple online
bearers have the highest priority, the length of the UE
inactivity timer is equal to the maximum value of the
QciPara.UeInactivityTimerDynDrxQci parameter among the
bearers.
DynDrxSwitch(DynDrxSwitch)
check box cleared
The eNodeB checks the priorities of the UE inactivity timer
corresponding to online bearers specified by the
QciPara.UeInactiveTimerPri parameter.
• If only one online bearer has the highest priority, the length of
the UE inactivity timer is equal to the value of the
QciPara.UeInactiveTimerForQci parameter set for the bearer.
• If multiple online bearers have the highest priority, the length
of the UE inactivity timer is equal to the maximum value of the
QciPara.UeInactiveTimerForQci parameter among the bearers.
OFF
DynDrxSwitch(DynDrxSwitch)
check box selected
RrcConnStateTimer.UeInactivityTimerDynDrx
DynDrxSwitch(DynDrxSwitch)
check box cleared
RrcConnStateTimer.UeInactiveTimer
3.3.3 RLF Detection
The eNodeB determines whether a UE experiences an RLF based on the following principles:
• If the TimeAlignmentTimer.TimeAlignmentTimer parameter is set to a value other than INFINITY(Infinity), the eNodeB checks whether an RLF occurs based on the
status of the time alignment (TA) timer.
If...
The timer does not expire
The timer expires
Then...
The radio link of the UE is functional.
• The eNodeB instructs the UE to initiate random access when the eNodeB needs to transmit data to the
UE.
• The UE initiates random access when the UE needs to transmit data to the eNodeB.
◾ If the synchronization is successful, the radio link of the UE recovers.
◾ If the synchronization fails, an RLF has occurred. In this case, the eNodeB releases the RRC
connection for the UE.
• If the GLOBALPROCSWITCH.UeLinkAbnormalDetectSwitch parameter is set to ON(On), the RLF detection function is enabled. With this function, the eNodeB
checks for an RLF based on the channel quality indicator (CQI) reported by the UE. If the number of CQIs not received by the eNodeB within a specified period
exceeds a specified threshold, an RLF occurs. If the radio link is abnormal, the eNodeB releases the RRC connection for the UE.
When the eNodeB releases the RRC connection for a UE due to an RLF, it sends the EPC a UE CONTEXT RELEASE REQUEST message containing the cause value "Radio
Connection With UE Lost."
Dedicated S1 Connection Setup
Figure 3-4 shows the dedicated S1 connection setup procedure.
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Figure 3-4 Dedicated S1 connection setup procedure
1. After receiving an RRC Connection Setup Complete message containing a NAS message, the eNodeB allocates a dedicated S1AP ID to the UE, encapsulates the
NAS message and S1AP ID in an Initial UE Message, and sends the message to the MME.
NOTE:
For details about how to select an MME when an eNodeB connects to multiple MMEs, see S1-Flex Feature Parameter Description.
2. The MME obtains the cause for this connection setup from the NAS message contained in the Initial UE Message, handles the UE service request, and assigns the
dedicated S1AP ID to the UE.
The timer for the eNodeB to wait for S1AP-related messages from the MME is specified by the ENodeBConnStateTimer.S1MessageWaitingTimer parameter if the
UE is not running QCI 1 services. The timer for the eNodeB to wait for S1AP-related messages from the MME is specified by the
ENodeBConnStateTimer.S1MsgWaitingTimerQci1 parameter if the UE is running QCI 1 services.
3. The MME sends an Initial Context Setup Request message to the eNodeB. This message may contain the UE context and EPS bearer context.
4. The eNodeB creates a context for the UE, and generates security keys for the service bearer and signaling connection based on the received security parameters.
NOTE:
The eNodeB selects a security algorithm supported by both the eNodeB and UE and then sends the algorithm to the UE using a Security Mode Command message.
For details about the security mode handling mechanism, see Radio Security Feature Parameter Description.
5. The eNodeB makes an admission decision and performs resource allocation.
6. The eNodeB sends a Security Mode Command message, instructing the UE to start integrity protection and encryption. At this moment, downlink encryption is
started.
7. The eNodeB sends an RRC Connection Reconfiguration message to the UE for the setup of SRB2 and DRB. Encryption and integrity protection have been
performed for this message.
8. After receiving the Security Mode Command message from the eNodeB, the UE uses the encryption algorithm specified by the eNodeB to generate security keys for
both service bearers and signaling connections. Then, the UE sends a Security Mode Complete message, which is not encrypted. After the eNodeB receives this
message, uplink encryption is started.
9. The UE sets up a dedicated S1 connection based on the RRC Connection Reconfiguration message and then sends an RRC Connection Reconfiguration Complete
message to the eNodeB.
10. The eNodeB sends an Initial Context Setup Response message to the MME.
The eNodeB simultaneously sends security parameters and bearer parameters to the UE. The security mode setup starts first. The RRC Connection Reconfiguration message
can be sent before the security mode setup ends. This mechanism reduces the delay from the initial UE access to the bearer setup.
Signaling Connection Release
Signaling connection release consists of dedicated S1 connection release and RRC connection release. After an RRC connection is released, the signaling connection and all
the involved radio bearers are released. Figure 3-5 shows a signaling connection release procedure.
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Figure 3-5 Signaling connection release procedure
A signaling connection release procedure is triggered in the following scenarios:
• The MME sends a UE Context Release Command message to the eNodeB when the service process is complete on the NAS set up between the UE and MME or
when the UE aborts the service.
• The eNodeB sends a UE Context Release Request message to the MME upon detecting an exception, such as the expiry of the UE inactivity timer or no data
transmission or reception on the UE side. Then, the eNodeB waits for a UE Context Release Command message from the MME.
Then, the eNodeB performs the following operations:
1. Releases transport resources and initiates RRC connection release over the Uu interface.
2. Sends an RRC Connection Release message to the UE, instructing the UE to release radio resources.
In certain scenarios such as when the UE is powered off or in airplane mode, the UE does not reply the RLC-layer ACK message upon receiving the RRC
Connection Release message. As a result, the eNodeB does not receive any responses from the UE and repeatedly sends unnecessary release messages, which
increases radio resources overheads. When a cell is overloaded due to heavy traffic in the preceding scenarios, the number of retransmitted RRC Connection
Release messages at the RLC layer is decreased if the SPECSIGRETRANSOPTSWITCH(SPECSIGRETRANSOPTSWITCH) check box under the
ENodeBAlgoSwitch.HighLoadNetOptSwitch parameter is selected. This reduces radio resource overheads.
3. Releases radio resources.
4. Sends a UE Context Release Complete message to the MME, indicating that the resources are released.
5. Releases the UE context. Then, the UE switches from the RRC_CONNECTED state to the RRC_IDLE state.
NOTE:
The MME can also release the dedicated S1 connection to simultaneously release all the E-RABs.
For micro eNodeBs:
• When a UE becomes inactive and the signaling link has been released, the UE may have lost connections with the network. When the
GlobalProcSwitch.UeRelChkLostSwitch parameter is set to ON(On), the eNodeB checks the connection between the UE and network.
◾ If the connection is abnormal, the UE Context Release Request message contains the cause value "Radio Connection With UE Lost."
◾ If the connection is proper, the UE Context Release Request message contains the cause value "User inactivity."
• If an UE in the uplink out-of-synchronization state needs to transmit downlink data, the eNodeB instructs the UE to initiate random access to restore uplink
synchronization with the eNodeB. The UE can try the restoration for many times. If the restoration fails for the number of times specified by the
GlobalProcSwitch.UeRelReSynTimes parameter, the eNodeB releases the UE. The release is executed after a delay so that the UE has a chance to reestablish the
RRC connection with the serving cell. The delay is the sum of the value of the UeTimerConst.T310 parameter, the value of the UeTimerConst.T311 parameter, and
time margin. The time margin is specified by the CellStandardQci.TrafficRelDelay parameter and used to compensate for the difference in the time on detecting radio
link faults by the UE and eNodeB.
4
Radio Bearer Management
This chapter describes LBFD-002008 Radio Bearer Management.
Figure 4-1 shows the location of the radio bear in the E2E service in the overall service architecture.
Figure 4-1 Radio bear in the E2E service in the overall service architecture
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Radio bearers are classified into signaling radio bearers (SRBs) and data radio bearers (DRBs).
• SRBs carry signaling in the control plane. There are three types of SRBs:
◾ SRB0: carries RRC signaling through a common control channel (CCCH) in transparent mode (TM) at the radio link control (RLC) layer before the RRC
connection is successfully set up.
◾ SRB1: carries RRC signaling messages after the RRC connection is successfully set up, and carries NAS messages before SRB2 is set up. SRB1 is
transmitted through a dedicated control channel (DCCH) in acknowledged mode (AM) at the RLC layer.
◾ SRB2: carries NAS signaling through a DCCH in AM mode at the RLC layer. SRB2 has a lower priority than SRB1, and SRB2 can be set up only after the
security mode is activated.
NOTE:
◾ For details about SRB0, SRB1, and SRB2, see section 6.2.2 in 3GPP TS 36.331 V9.16.0.
◾ For details about NAS, see 3GPP TS 24.301.
• DRBs carry data in the user plane. A maximum of eight DRBs can be set up between the UE and the eNodeB. The actual number depends on different QoS classes.
• In this document, radio bearer management refers to SRB2 and DRB management by the eNodeB after the security mode is set up. It involves the setup,
modification, and release of SRB2 and DRBs.
Duration radio bearer management, the UE communicates with the eNodeB using the RRC Connection Reconfiguration message. The RRC connection is reconfigured when a
radio bearer needs to be set up, modified, or released and when handover measurement information needs to be configured or modified. The application scenarios are
differentiated using different IEs in the RRC Connection Reconfiguration message.
SRB2 Setup
After encryption and integrity protection are complete during dedicated S1 connection setup, the eNodeB instructs the UE to set up SRB2 based on the value of the srbToAddModList IE in the RRC Connection Reconfiguration message. Upon receiving the message, the UE performs the following operations:
• Sets up a Packet Data Convergence Protocol (PDCP) entity, and configures related security parameters.
• Sets up and configures an RLC entity.
• Sets up and configures a DCCH.
SRB2 setup uses the same procedure as dedicated S1 connection setup. For details, see 3.4 Dedicated S1 Connection Setup.
SRB2 Modification
SRB2 is modified only when the related configuration information is changed. The eNodeB sends the UE an RRC Connection Reconfiguration message containing the srbToAddModList IE, instructing the UE to reconfigure the PDCP entity, RLC entity, and DCCH. Figure 4-2 shows the SRB2 modification procedure.
Figure 4-2 SRB2 modification procedure
SRB2 Release
SRB2 is released with SRB1 during signaling connection release, not in radio bearer management. For details about signaling connection release, see 3.5 Signaling Connection
Release.
DRB Setup
A DRB can be set up after encryption and integrity protection are complete and the UE context is created. DRB setup is triggered when the MME sends an E-RAB Setup
Request message to the eNodeB. Upon receiving the E-RAB Setup Request message, the eNodeB sends the UE an RRC Connection Reconfiguration message containing a
drb-ToAddModList field in the Radio Resource Config Dedicated IE. Upon receiving the message, the UE performs the following operations:
• Sets up a PDCP entity and configures related security parameters.
• Sets up and configures an RLC entity.
• Sets up and configures a DTCH.
Figure 4-3 DRB setup procedure
DRB Modification
Figure 4-4 shows the DRB modification procedure. According to the instructions in an RRC Connection Reconfiguration message, the UE reconfigures the PDCP entity, RLC
entity, and DTCH.
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Figure 4-4 DRB modification procedure
DRB Release
A DRB can be released by the MME using an E-RAB Release Command message or released in a signaling connection release procedure.
When data transmission is faulty for one or more DRBs over the Uu interface, for example, the maximum number of RLC retransmissions specified by the
RLCPDCPPARAGROUP.UeMaxRetxThreshold parameter is reached, the eNodeB postpones releasing faulty DRBs based on the configured release delay timer.
When the GlobalProcSwitch.QciParaEffectFlag parameter is set to ON(On), the release delay timer for services of a specified QCI is specified by the
CellQciPara.TrafficRelDelay parameter. When the GlobalProcSwitch.QciParaEffectFlag parameter is set to OFF(Off), the lengths of the release delay timers configured for
services of standardized and extended QCIs are specified by the CellStandardQci.TrafficRelDelay and CellExtendedQci.TrafficRelDelay parameters, respectively. When a UE
runs multiple services, the minimum length of the release delay timer among all the services applies.
When an eNodeB initiates a DRB release, the eNodeB sends the EPC an E-RAB RELEASE INDICATION or UE CONTEXT RELEASE REQUEST message containing the
cause value "Radio Connection With UE Lost."
During a DRB release, the RRC Connection Reconfiguration message contains a drb-ToReleaseList field under the Radio Resource Config Dedicated IE. Based on the field
value, the UE releases all the resources related to the DRB.
Figure 4-5 DRB release procedure
5
Related Features
LBFD-002007 RRC Connection Management
erequisite Features
Feature ID
Feature Name
Description
LBFD-002009
Broadcast of system information
None
LBFD-00201803
Cell Selection and Reselection
None
utually Exclusive Features
None
pacted Features
None
LBFD-002008 Radio Bearer Management
erequisite Features
Feature ID
Feature Name
Description
LBFD-002009
Broadcast of system information
None
LBFD-00201803
Cell Selection and Reselection
None
utually Exclusive Features
None
pacted Features
None
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Network Impact
LBFD-002007 RRC Connection Management
stem Capacity
None
twork Performance
The setting of the GLOBALPROCSWITCH.RrcConnPunishThd parameter increases the RRC connection setup success rate, prolongs the network reaccess delay, and reduces
resource consumption when abnormal UEs fail to access the network repeatedly.
The RRC connection reject-triggered cell reselection function improves the RRC connection setup success rate and decreases the network access delay in big events when the
number of RRC connections in a multi-band or multi-RAT cell is far below the upper limit. This function increases the number of network access attempts when the number of
RRC connections in a multi-band or multi-RAT cell is close to the upper limit. In this situation, the RRC connection setup success rate and network access delay may decrease.
The impact on network performance increases with the number of UEs that support the deprioritisationReq IE.
LBFD-002008 Radio Bearer Management
stem Capacity
None
twork Performance
None
7
Engineering Guidelines
When to Use
The RRC connection reject-triggered cell reselection function is recommended in heavy-traffic scenarios.
Required Information
N/A
Planning
N/A
Deployment
7.4.1 Precautions
None
7.4.2 Data Preparation and Feature Activation
7.4.2.1 Data Preparation
The following tables list the parameters that must be set in the CellAlgoSwitch and UeTimerConst MOs to enable RRC connection reject-triggered cell reselection.
Table 7-1 Parameter in the CellAlgoSwitch MO
Parameter Name
Deprioritisation Deliver
Indicator
Parameter ID
Setting Notes
CellAlgoSwitch.DeprioritisationDeliverInd Set this parameter to FREQUENCY(FREQUENCY).
Data Source
Default/recommended
value
Table 7-2 Parameter in the UeTimerConst MO
Parameter Name
Timer 325
Parameter ID
UeTimerConst.T325
Setting Notes
Set this parameter to MIN5_T325(MIN5_T325).
Data Source
Default/recommended value
7.4.2.2 Using the CME
For detailed operations, see CME-based Feature Configuration.
7.4.2.3 Using MML Commands
To enable RRC connection reject-triggered cell reselection, perform the following operations:
1. Run the MOD CELLALGOSWITCH command with the DeprioritisationDeliverInd parameter set to a desired value.
MOD CELLALGOSWITCH: LocalCellId=0, DeprioritisationDeliverInd=FREQUENCY;
2. Run the MOD UETIMERCONST command with the T325 parameter set to a desired value.
MOD UETIMERCONST: LocalCellId=0, T325=MIN5_T325;
7.4.3 Activation Observation
1. On the U2000 client, start Uu and S1 interface tracing.
2. Power on a UE and use it to access the network.
3. View the Uu interface tracing result. If the result contains the RRC_CONN_REQ and RRC_CONN_SETUP_CMP messages, as shown in Figure 7-1, signaling
connection management has been activated.
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Figure 7-1 Uu interface tracing result
4. View the S1 interface tracing result. If the result contains the S1AP_INITIAL_UE_MSG and S1AP_INITIAL_CONTEXT_SETUP_RSP messages as shown in Figure
7-2, radio bearer management has been activated.
Figure 7-2 S1 interface tracing result
7.4.4 Deactivation
Connection management is a basic function and cannot be deactivated.
7.4.5 Reconfiguration
N/A
Performance Monitoring
RC Connection Setup Success Rate (Service)
Table 7-3 Counters
Counter ID
Counter Name
1526728217
L.RRC.ConnReq.Att.Emc
1526728218
L.RRC.ConnReq.Att.HighPri
1526728219
L.RRC.ConnReq.Att.Mt
1526728221
L.RRC.ConnReq.Att.MoData
1526728222
L.RRC.ConnReq.Succ.Emc
1526728223
L.RRC.ConnReq.Succ.HighPri
1526728224
L.RRC.ConnReq.Succ.Mt
1526728226
L.RRC.ConnReq.Succ.MoData
Calculation formula: {100} x ([L.RRC.ConnReq.Succ.Emc] + [L.RRC.ConnReq.Succ.HighPri] + [L.RRC.ConnReq.Succ.Mt] + [L.RRC.ConnReq.Succ.MoData])/
([L.RRC.ConnReq.Att.Emc] + [L.RRC.ConnReq.Att.HighPri] + [L.RRC.ConnReq.Att.Mt] + [L.RRC.ConnReq.Att.MoData])
RC Connection Setup Success Rate (Signaling)
Table 7-4 Counters
Counter ID
Counter Name
1526728220
L.RRC.ConnReq.Att.MoSig
1526728225
L.RRC.ConnReq.Succ.MoSig
Calculation formula: {100} x (L.RRC.ConnReq.Succ.MoSig)/(L.RRC.ConnReq.Att.MoSig)
RAB Setup Success Rate (VoIP)
Table 7-5 Counters
Counter ID
Counter Name
1526726668
L.E-RAB.AttEst.QCI.1
1526726669
L.E-RAB.SuccEst.QCI.1
Calculation formula: {100} x (L.E-RAB.SuccEst.QCI.1)/(L.E-RAB.AttEst.QCI.1)
RAB Setup Success Rate (All Services)
Table 7-6 Counters
Counter ID
Counter Name
1526727545
L.E-RAB.AttEst
1526727544
L.E-RAB.SuccEst
Calculation formula: {100} x (L.E-RAB.SuccEst)/(L.E-RAB.AttEst)
ll Drop Rate (VoIP)
Table 7-7 Counters
Counter ID
Counter Name
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Counter ID
Counter Name
1526726686
L.E-RAB.AbnormRel.QCI.1
1526726687
L.E-RAB.NormRel.QCI.1
Calculation formula: {100} x (L.E-RAB.AbnormRel.QCI.1)/(L.E-RAB.AbnormRel.QCI.1 + L.E-RAB.NormRel.QCI.1)
ll Drop Rate (All Services)
Table 7-8 Counters
Counter ID
Counter Name
1526727546
L.E-RAB.AbnormRel
1526727547
L.E-RAB.NormRel
Calculation formula: {100} x (L.E-RAB.AbnormRel)/(L.E-RAB.AbnormRel + L.E-RAB.NormRel)
Parameter Optimization
N/A
Possible Issues
ult Description
The E-RAB setup success rate deteriorates significantly.
NOTE:
If the RRC setup success rate deteriorates significantly, contact Huawei for technical support.
ult Handling
1. On the U2000 client, start S1 interface tracing and obtain the tracing result.
Figure 7-3 S1 interface tracing result
2. View the tracing result to check whether there are a large number of S1AP_INITIAL_CONTEXT_SETUP_FAIL messages. If yes, proceed to the next step. If no,
contact Huawei for technical support.
Figure 7-4 S1AP_INITIAL_CONTEXT_SETUP_FAIL message
3. Double-click an S1AP_INITIAL_CONTEXT_SETUP_FAIL message to view details, and check whether the value of the Cause IE is Transport Resource
Unavailable. If yes, proceed to the next step. If no, contact Huawei for technical support.
Figure 7-5 Value of the Cause IE
4. Run the MOD GTPU command with the STATICCHK parameter set to ENABLE(Enable) to enable the GTP-U tunnel detection function.
Figure 7-6 MOD GTPU
5. Run the ADD ENODEBPATH command to add the application type of the IP path corresponding to the S1 interface. In this step, set the AppType parameter to S1
(S1).
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Figure 7-7 ADD ENODEBPATH
6. Run the DSP IPPATH command to check whether the value of the IP Path Check Result parameter is Fault. If yes, adjust the IP path according to the network
plan. If no, contact Huawei for technical support.
Figure 7-8 DSP IPPATH
arm
Alarm ID
Alarm Name
ALM-29215
Cell RRC Connection Success Rate Too Low
ALM-29216
Cell ERAB Setup Success Rate Too Low
ALM-29217
Cell Call Drop Rate Too High
8
Parameters
Table 8-1 Parameters
MO
Parameter ID
MML Command
Feature ID
Feature Name
Description
GlobalProcSwitch
EnhancedRRCReestProtectThd MOD GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
LBFD-002007
RRC
Meaning: Indicates the protection threshold
Connection
of the number of RRC connection
Management reestablishments initiated by the same UE in
an eNodeB above which the eNodeB
releases the UE. UE manufacturers may
have different understanding of protocols,
and therefore UE compliance with protocols
varies and may be different from eNodeB
compliance with the same protocols. Some
UEs may initiate the same RRC connection
reestablishments repeatedly. When this
parameter is set to 0, the RRC connection
reestablishment protection function is
disabled. When this parameter is set to a
non-zero value, the function is enabled. This
function releases a UE when the number of
RRC connection reestablishment procedures
initiated by the UE in an eNodeB exceeds the
threshold. If this parameter is set to a nonzero value, the RrcReestProtectThd
parameter does not take effect.
GUI Value Range: 0~65535
Unit: None
Actual Value Range: 0~65535
Default Value: 0
GlobalProcSwitch
QciParaEffectFlag
None
None
MOD GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
Meaning: Indicates whether parameters in
QciPara, CellQciPara, and
CnOperatorQciPara MOs take effect. The
parameters do not take effect by default. If
this parameter is set to OFF, parameters in
StandardQci, ExtendedQci, CellStandardQci,
CellExtendedQci, CnOperatorStandardQci,
and CnOperatorExtendedQci MOs take
effect and parameters in QciPara,
CellQciPara, and CnOperatorQciPara MOs
do not take effect. If this parameter is set to
ON, parameters in QciPara, CellQciPara,
and CnOperatorQciPara MOs take effect and
parameters in StandardQci, ExtendedQci,
CellStandardQci, CellExtendedQci,
CnOperatorStandardQci, and
CnOperatorExtendedQci MOs do not take
effect.
GUI Value Range: OFF(Off), ON(On)
Unit: None
Actual Value Range: OFF, ON
Default Value: OFF(Off)
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Parameter ID
MML Command
Feature ID
Feature Name
Description
GlobalProcSwitch
RrcReestOptSwitch
MOD GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
None
None
GlobalProcSwitch
RrcConnPunishThd
MOD GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates the threshold for an RRC
Connection
connection penalty. Certain UEs may
Management repeatedly fail to access networks because
of compatibility issues. If the number of RRC
connection setup requests that the eNodeB
receives from a UE within the time specified
by T300+FilterReptRrcConnReqTimer
exceeds the threshold (a non-zero value), the
eNodeB imposes a penalty on the UE,
rejecting RRC connection setup requests
from the UE. If this parameter is set to 0, the
penalty does not take effect.
GUI Value Range: 0~100
Unit: None
Actual Value Range: 0~100
Default Value: 0
CellAlgoSwitch
DeprioritisationDeliverInd
MOD CELLALGOSWITCH
LST CELLALGOSWITCH
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates whether the
Connection
RRCConnectionReject message includes the
Management IE deprioritisationReq and the setting of the
IE deprioritisationType in the message. If this
parameter is set to UNDELIVER
(UNDELIVER), the RRCConnectionReject
Meaning:
Indicates whether the eNodeB supports RRC
connection reestablishment in enhanced
scenarios. This parameter provides the
following options:
PCI_CONFUSION_REEST_SWITCH: This
option specifies whether the eNodeB
supports RRC connection reestablishment in
PCI confusion scenarios. The eNodeB
supports reestablishment in scenarios where
PCIs of neighboring cells are the same only if
this option is selected.
S1_HANDOVER_REEST_SWITCH: This
option specifies whether the eNodeB
supports RRC connection reestablishment in
S1-based handovers. The eNodeB supports
reestablishment in S1-based handovers only
if this option is selected.
NO_CONTEXT_REEST_SWITCH: This
option specifies whether the eNodeB uses
3GPP-defined RRC connection
reestablishment without UE context. If this
option is selected, the eNodeB uses 3GPPdefined RRC connection reestablishment
without UE context. If this option is
deselected, the eNodeB uses common RRC
connection reestablishment without UE
context.
SEC_CMD_REEST_SWITCH: This option
specifies whether the eNodeB responds to
RRC connection reestablishment requests
from UEs when security mode is activated.
The eNodeB responds to the requests if this
option is selected and rejects the requests if
this option is deselected.
WITH_X2_NO_NCELL_REEST_SWITCH:
This option specifies whether the eNodeB
supports RRC connection reestablishment
when an X2 interface is configured between
the source and target eNodeBs but the
source and target cells are not configured as
neighboring cells of each other. This type of
RRC connection reestablishment is
supported only if this option is selected.
GUI Value Range:
PCI_CONFUSION_REEST_SWITCH
( PCI_CONFUSION_REEST_SWITCH),
S1_HANDOVER_REEST_SWITCH
(S1_HANDOVER_REEST_SWITCH),
NO_CONTEXT_REEST_SWITCH
(NO_CONTEXT_REEST_SWITCH),
SEC_CMD_REEST_SWITCH
(SEC_CMD_REEST_SWITCH),
WITH_X2_NO_NCELL_REEST_SWITCH
(WITH_X2_NO_NCELL_REEST_SWITCH)
Unit: None
Actual Value Range:
PCI_CONFUSION_REEST_SWITCH,
S1_HANDOVER_REEST_SWITCH,
NO_CONTEXT_REEST_SWITCH,
SEC_CMD_REEST_SWITCH,
WITH_X2_NO_NCELL_REEST_SWITCH
Default Value:
PCI_CONFUSION_REEST_SWITCH:Off,
S1_HANDOVER_REEST_SWITCH:Off,
NO_CONTEXT_REEST_SWITCH:Off,
SEC_CMD_REEST_SWITCH:Off,
WITH_X2_NO_NCELL_REEST_SWITCH:Off
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MO
Parameter ID
MML Command
Feature ID
Feature Name
Description
message does not include the IE
deprioritisationReq. If this parameter is set to
FREQUENCY(FREQUENCY), the
RRCConnectionReject message includes the
IE deprioritisationReq and the value of the IE
deprioritisationType is FREQUENCY. In this
case, after the UE receives an
RRCConnectionReject message, the lowest
cell reselection priority is configured for the
serving frequency and the frequencies
contained in the RRCConnectionReject
messages that have been received and
include the IE deprioritisationReq. If this
parameter is set to EUTRA(EUTRA), the
RRCConnectionReject message includes the
IE deprioritisationReq and the value of the IE
deprioritisationType is EUTRA. In this case,
after the UE receives an
RRCConnectionReject message, the lowest
cell reselection priority is configured for all
E-UTRAN frequencies. For details about the
IEs, see 3GPP 36.331.
GUI Value Range: UNDELIVER
(UNDELIVER), FREQUENCY
(FREQUENCY), EUTRA(EUTRA)
Unit: None
Actual Value Range: UNDELIVER,
FREQUENCY, EUTRA
Default Value: UNDELIVER(UNDELIVER)
UeTimerConst
T325
MOD UETIMERCONST
LST UETIMERCONST
LBFD-002007 /
TDLBFD-002007
Meaning: Indicates the length of timer 325.
RRC
For details, see 3GPP TS 36.331. This timer
Connection
Management starts when a UE receives an
RRCConnectionReject message containing
the deprioritisationReq IE. When the timer
expires, the cell reselection priorities that
have been reduced using
RRCConnectionReject for E-UTRAN
frequencies are restored.
GUI Value Range: MIN5_T325(MIN5_T325),
MIN10_T325(MIN10_T325), MIN15_T325
(MIN15_T325), MIN30_T325(MIN30_T325)
Unit: min
Actual Value Range: MIN5_T325,
MIN10_T325, MIN15_T325, MIN30_T325
Default Value: MIN5_T325(MIN5_T325)
QciPara
UlSynTimerForQci
ADD QCIPARA
MOD QCIPARA
LST QCIPARA
LBFD-002007
RRC
Meaning: Indicates the timer used to govern
Connection
the period in which the eNodeB maintains
Management uplink synchronization for UEs that have
bearers of a QCI. After this timer expires, the
eNodeB does not send Timing Advance
Command to the UE. This parameter does
not take effect if it is set to 0. That is, the
eNodeB will constantly send Timing Advance
Command to the UE to maintain uplink
synchronization for the UE. If a UE has
bearers of several QCIs, the eNodeB selects
the longest uplink synchronization timer of
bearers with the highest QCI-specific priority
specified by the UeInactiveTimerPri
parameter as the uplink synchronization
timer for the UE.
GUI Value Range: 0~3600
Unit: s
Actual Value Range: 0~3600
Default Value: 180
QciPara
UeInactivityTimerDynDrxQci
ADD QCIPARA
MOD QCIPARA
LST QCIPARA
LBFD-002007
RRC
Meaning: Indicates the length of the UE
Connection
inactivity timer for UEs that have entered
Management DRX mode and have bearers of the QCI
when dynamic DRX is enabled. If the
eNodeB detects that a UE has neither
received nor sent data for a period exceeding
the value of this parameter, the eNodeB
releases the RRC connection for this UE. If
this parameter is set to a large value, the
amount of signaling is reduced but UE power
consumption increases. You are advised to
set this parameter to a value greater than
that of UlSynTimerDynDrx. In power saving
mode, you are advised to set this parameter
significantly different to the value of the
UlSynTimerDynDrx parameter, for example a
gap of 10 seconds, to avoid power
consumption increase due to the increase of
signaling. If a UE has bearers of several
QCIs, the eNodeB selects the longest UE
Inactivity Timer of bearers with the highest
QCI-specific priority specified by the
UeInactiveTimerPri parameter as the UE
inactivity timer for the UE.
GUI Value Range: 10~3600
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Unit: None
Actual Value Range: 10~3600
Default Value: 200
QciPara
UeInactiveTimerForQci
ADD QCIPARA
MOD QCIPARA
LST QCIPARA
LBFD-002007
RRC
Meaning: Indicates the length of the UE
Connection
inactivity timer for UEs that have bearers of a
Management QCI. If the eNodeB detects that a UE has
neither received nor sent data for a period
exceeding the value of this parameter, the
eNodeB releases the RRC connection for
this UE. If this parameter is set to 0, the UE
inactivity timer is not used. This parameter
takes effect only for UEs that will access the
network after the parameter is set. If a UE
has bearers of several QCIs, the eNodeB
selects the longest UE Inactivity Timer of
bearers with the highest QCI-specific priority
specified by the UeInactiveTimerPri
parameter as the UE inactivity timer for the
UE.
GUI Value Range: 0~3600
Unit: None
Actual Value Range: 0~3600
Default Value: 20
QciPara
UeInactiveTimerPri
ADD QCIPARA
MOD QCIPARA
LST QCIPARA
LBFD-002007
RRC
Meaning: Indicates the priority for the QCIConnection
specific UE Inactivity Timer. A larger value of
Management this parameter indicates a higher priority. The
eNodeB selects the longest UE Inactivity
Timer with the highest QCI-specific priority as
the UE Inactivity Timer for UEs running
services with the specific QCI. The UE
Inactivity Timer for QCI 69 is taken as the UE
Inactivity Timer for the MCPTT UEs.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: 0
RrcConnStateTimer
FilterReptRrcConnReqTimer
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates the length of the timer for
Connection
the eNodeB to filter repeated RRC
Management Connection Request messages. The actually
used timer length is the sum of T300 length
and the value of this parameter.
GUI Value Range: 0~15
Unit: s
Actual Value Range: 0~15
Default Value: 2
UeTimerConst
T300
MOD UETIMERCONST
LST UETIMERCONST
LBFD-002009 /
TDLBFD-002009
Broadcast of
system
information
RrcConnStateTimer
T302
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
LBFD-002007 /
TDLBFD-002007
RRC
Meaning:
Connection
Indicates the length of timer T302.
Management T302 specifies the time during which a UE
whose RRC connection request is rejected
has to wait before the UE can initiate a
request again.
This timer is started when the UE receives an
RRCConnectionReject message and
stopped when the UE enters the
RRC_CONNECTED mode or performs cell
reselection.
GUI Value Range: 1~16
Unit: s
Actual Value Range: 1~16
Default Value: 16
MOD
ENODEBCONNSTATETIMER
None
None
ENodeBConnStateTimer WaitRrcConnSetupCmpTimer
Meaning:
Indicates the timer value of Timer 300. For
details, see 3GPP TS 36.331.
This timer is started when the UE sends
RRCConnectionRequest.
Before the timer expires, it is stopped if the
UE receives RRCConnectionSetup or
RRCConnectionReject.
After the timer expires, the UE enters the
RRC_IDLE state.
GUI Value Range: MS100_T300(100ms),
MS200_T300(200ms), MS300_T300
(300ms), MS400_T300(400ms),
MS600_T300(600ms), MS1000_T300
(1000ms), MS1500_T300(1500ms),
MS2000_T300(2000ms)
Unit: ms
Actual Value Range: MS100_T300,
MS200_T300, MS300_T300, MS400_T300,
MS600_T300, MS1000_T300,
MS1500_T300, MS2000_T300
Default Value: MS1000_T300(1000ms)
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Meaning: Indicates the timer for the eNodeB
to wait for a RRC Connection Setup
Complete.
GUI Value Range: 3~15
Unit: s
Actual Value Range: 3~15
Default Value: 15
LST
ENODEBCONNSTATETIMER
ENodeBConnStateTimer UuMessageWaitingTimer
MOD
ENODEBCONNSTATETIMER
LST
ENODEBCONNSTATETIMER
None
None
Meaning: Indicates the timer governing the
period the eNodeB waits for a response
message from a UE when the UE is running
non-QCI1 services. If the timer expires, the
eNodeB initiates a UE context release over
the S1 interface.
GUI Value Range: 1~200
Unit: s
Actual Value Range: 1~200
Default Value: 35
ENodeBConnStateTimer UuMessageWaitingTimerQci1
MOD
ENODEBCONNSTATETIMER
LST
ENODEBCONNSTATETIMER
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates the timer governing the
Connection
period the eNodeB waits for a response
Management message from a UE when the UE is running
services with the QCI of 1. If the timer
expires, the eNodeB initiates a UE context
release over the S1 interface.
GUI Value Range: 1~200
Unit: s
Actual Value Range: 1~200
Default Value: 35
UeTimerConst
T310
MOD UETIMERCONST
LST UETIMERCONST
LBFD-002009 /
TDLBFD-002009
Broadcast of
system
information
Meaning:
Indicates the length of timer 310. For details,
see 3GPP TS 36.331.
This timer is started when the UE detects any
fault at the physical layer.
The timer is stopped if the UE detects one of
the following before the timer expires: (1) The
physical-layer fault is rectified; (2) A
handover is triggered; (3) The UE initiates an
RRC connection reestablishment procedure.
After the timer expires, the UE enters the
RRC_IDLE mode if the security mode is not
activated. If the security mode is activated,
the UE initiates an RRC connection
reestablishment procedure.
GUI Value Range: MS0_T310(0ms),
MS50_T310(50ms), MS100_T310(100ms),
MS200_T310(200ms), MS500_T310
(500ms), MS1000_T310(1000ms),
MS2000_T310(2000ms)
Unit: ms
Actual Value Range: MS0_T310,
MS50_T310, MS100_T310, MS200_T310,
MS500_T310, MS1000_T310,
MS2000_T310
Default Value: MS1000_T310(1000ms)
UeTimerConst
T301
MOD UETIMERCONST
LST UETIMERCONST
LBFD-002009 /
TDLBFD-002009
Broadcast of
system
information
Meaning:
Indicates the length of timer 301. For details,
see 3GPP TS 36.331.
This timer is started when the UE sends an
RRC Connection Reestablishment Request
message.
The timer is stopped if, before it expires, the
UE receives an RRC Connection
Reestablishment or RRC Connection
Reestablishment Reject message. The timer
is also stopped if the selected cell becomes
an unsuitable cell. For the definition of a
suitable cell, see 3GPP TS 36.331.
After the timer expires, the UE enters the
RRC_IDLE mode.
GUI Value Range: MS100_T301(100ms),
MS200_T301(200ms), MS300_T301
(300ms), MS400_T301(400ms),
MS600_T301(600ms), MS1000_T301
(1000ms), MS1500_T301(1500ms),
MS2000_T301(2000ms)
Unit: ms
Actual Value Range: MS100_T301,
MS200_T301, MS300_T301, MS400_T301,
MS600_T301, MS1000_T301,
MS1500_T301, MS2000_T301
Default Value: MS200_T301(200ms)
RrcConnStateTimer
T304ForEutran
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
None
None
Meaning: Indicates the length of timer T304
for intra-RAT handover. If the UE does not
complete the handover before this timer
expires, the UE reverts back to the
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Parameter ID
MML Command
Feature ID
Feature Name
Description
associated configuration and initiates an
RRC connection reestablishment procedure.
GUI Value Range: ms50(50), ms100(100),
ms150(150), ms200(200), ms500(500),
ms1000(1000), ms2000(2000)
Unit: ms
Actual Value Range: ms50, ms100, ms150,
ms200, ms500, ms1000, ms2000
Default Value: ms500(500)
RrcConnStateTimer
T304ForGeran
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
None
None
Meaning: Indicates the length of timer T304
for inter-RAT handover to GERAN. If the UE
does not complete the handover before this
timer expires, the UE reverts back to the
associated configuration and initiates an
RRC connection re-establishment procedure.
GUI Value Range: ms100(100), ms200(200),
ms500(500), ms1000(1000), ms2000(2000),
ms4000(4000), ms8000(8000)
Unit: ms
Actual Value Range: ms100, ms200, ms500,
ms1000, ms2000, ms4000, ms8000
Default Value: ms8000(8000)
UeTimerConst
T311
MOD UETIMERCONST
LST UETIMERCONST
LBFD-002009 /
TDLBFD-002009
Broadcast of
system
information
Meaning:
Indicates the length of timer 311. For details,
see 3GPP TS 36.331.
This timer is started when the UE starts the
RRC connection reestablishment procedure.
The timer is stopped if, before the timer
expires, the UE selects an E-UTRAN or interRAT cell to camp on.
After the timer expires, the UE enters the
RRC_IDLE mode.
GUI Value Range: MS1000_T311(1000ms),
MS3000_T311(3000ms), MS5000_T311
(5000ms), MS10000_T311(10000ms),
MS15000_T311(15000ms), MS20000_T311
(20000ms), MS30000_T311(30000ms)
Unit: ms
Actual Value Range: MS1000_T311,
MS3000_T311, MS5000_T311,
MS10000_T311, MS15000_T311,
MS20000_T311, MS30000_T311
Default Value: MS10000_T311(10000ms)
RlcPdcpParaGroup
UeMaxRetxThreshold
ADD
RLCPDCPPARAGROUP
MOD
RLCPDCPPARAGROUP
LST RLCPDCPPARAGROUP
LBFD-002008 /
TDLBFD-002008
Radio Bearer Meaning: Indicates the UE-specific maximum
Management number of RLC ARQ retransmissions,
namely the maximum number of AM PDU
retransmissions. When the number of
retransmissions reaches the value of this
parameter, RRC connection re-establishment
is initiated.
GUI Value Range: Maxretx_Threshold_t1(1),
Maxretx_Threshold_t2(2),
Maxretx_Threshold_t3(3),
Maxretx_Threshold_t4(4),
Maxretx_Threshold_t6(6),
Maxretx_Threshold_t8(8),
Maxretx_Threshold_t16(16),
Maxretx_Threshold_t32(32)
Unit: None
Actual Value Range: Maxretx_Threshold_t1,
Maxretx_Threshold_t2,
Maxretx_Threshold_t3,
Maxretx_Threshold_t4,
Maxretx_Threshold_t6,
Maxretx_Threshold_t8,
Maxretx_Threshold_t16,
Maxretx_Threshold_t32
Default Value: Maxretx_Threshold_t32(32)
UeTimerConst
N310
MOD UETIMERCONST
LST UETIMERCONST
LBFD-002009 /
TDLBFD-002009
Broadcast of
system
information
Meaning: Indicates the maximum number of
successive "out of sync" indications received
from L1. For details, see 3GPP TS 36.331.
GUI Value Range: n1(1), n2(2), n3(3), n4(4),
n6(6), n8(8), n10(10), n20(20)
Unit: None
Actual Value Range: n1, n2, n3, n4, n6, n8,
n10, n20
Default Value: n10(10)
UeTimerConst
N311
MOD UETIMERCONST
LST UETIMERCONST
LBFD-002009 /
TDLBFD-002009
Broadcast of
system
information
Meaning: Indicates the maximum number of
successive "in sync" indications received
from L1. For details, see 3GPP TS 36.331.
GUI Value Range: n1(1), n2(2), n3(3), n4(4),
n5(5), n6(6), n8(8), n10(10)
Unit: None
Actual Value Range: n1, n2, n3, n4, n5, n6,
n8, n10
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Default Value: n1(1)
GlobalProcSwitch
RrcReestProtectThd
MOD GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
None
None
Meaning: Indicates the RRC connection
reestablishment protection threshold. UE
manufacturers may have different
understanding of protocols, and therefore UE
compliance with protocols varies and may be
different from eNodeB compliance with the
same protocols. After a UE initiates an RRC
connection reestablishment procedure due to
reconfigurationFailure and the
reestablishment is complete, the subsequent
RRC connection reconfiguration may fail
again. As a result, the UE initiates an RRC
connection reestablishment procedure again.
If this repeatedly happens, the UE repeatedly
initiates RRC connection reestablishment. If
this parameter is set to 0, the function of
RRC connection reestablishment protection
is not used. If this parameter is set to a value
other than 0, the eNodeB rejects the RRC
connection reestablishment request due to
reconfigurationFailure from a UE when the
number of RRC connection reestablishment
requests initiated by the UE served by the
eNodeB due to reconfigurationFailure has
exceeded the parameter value within 1
minute.
GUI Value Range: 0~6000
Unit: None
Actual Value Range: 0~6000
Default Value: 0
TimeAlignmentTimer
TimeAlignmentTimer
MOD TATIMER
LST TATIMER
None
None
Meaning: Indicates the length of the uplink
time alignment timer for UEs in the cell. A UE
is considered not time-aligned in the uplink if
the timer expires.
GUI Value Range: SF500(500 subframes),
SF750(750 subframes), SF1280(1280
subframes), SF1920(1920 subframes),
SF2560(2560 subframes), SF5120(5120
subframes), SF10240(10240 subframes),
INFINITY(Infinity)
Unit: None
Actual Value Range: SF500, SF750,
SF1280, SF1920, SF2560, SF5120,
SF10240, INFINITY
Default Value: INFINITY(Infinity)
RrcConnStateTimer
UlSynTimer
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates the timer used to govern
Connection
the period in which the eNodeB maintains
Management uplink synchronization for UEs. After this
timer expires, the eNodeB does not send
Timing Advance Command to the UE. This
parameter does not take effect if it is set to 0.
That is, the eNodeB will constantly send
Timing Advance Command to the UE to
maintain uplink synchronization for the UE. If
the QciParaEffectFlag parameter is set to ON
(ON), this parameter does not take effect but
the UlSynTimerForQci parameter in the
QciPara MO takes effect.
GUI Value Range: 0~3600
Unit: s
Actual Value Range: 0~3600
Default Value: 180
CellAlgoSwitch
DynDrxSwitch
MOD CELLALGOSWITCH
LST CELLALGOSWITCH
LBFD002017/TDLBFD002017
LOFD00110501/TDLOFD00110501
TDLBFD-070112
DRX
Dynamic
DRX
Smart DRX
Meaning: Indicates whether to enable
dynamic discontinuous reception (DRX) or
smart DRX. Unlink dynamic DRX and smart
DRX apply only to LTE TDD cells and
requires the mobility speed of UEs to be
reported. DynDrxSwitch: If this switch is on,
dynamic DRX applies to newly admitted UEs
to reduce signaling overheads or decrease
UE power consumption. If this switch is off,
dynamic DRX does not apply to newly
admitted UEs. Dynamic DRX applies to
carrier aggregation (CA) UEs only when this
switch is on in both the primary serving cell
(PCell) and secondary serving cell (SCell).
SmartDrxSwitch: If this switch is on, smart
DRX applies to newly admitted UEs that
support mobility speed reporting. The
eNodeB dynamically sets DRX-related
parameters based on UE mobility speeds. If
this switch is off, smart DRX does not apply
to newly admitted UEs. Smart DRX applies to
CA UEs only when this switch is on in both
the PCell and SCell. If DynDrxSwitch is on,
setting the DrxAlgSwitch parameter to ON
cannot ensure that DRX is enabled on
synchronized UEs.
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Parameter ID
MML Command
Feature ID
Feature Name
Description
GUI Value Range: DynDrxSwitch
(DynDrxSwitch), SmartDrxSwitch
(SmartDrxSwitch)
Unit: None
Actual Value Range: DynDrxSwitch,
SmartDrxSwitch
Default Value: DynDrxSwitch:Off,
SmartDrxSwitch:Off
Meaning: Indicates whether the
UeInactiveTimerQci1 parameter takes effect.
If UEInactiveTimerQCI1Switch is on,
UeInactiveTimerQci1 takes effect; when
there are QCI 1 services, the UE inactivity
timer length is specified by
UeInactiveTimerQci1. If
UEInactiveTimerQCI1Switch is off,
UeInactiveTimerQci1 does not take effect
and the UE inactivity timer length is specified
by UeInactiveTimer.
GUI Value Range: OFF(Off), ON(On)
Unit: None
Actual Value Range: OFF, ON
Default Value: OFF(Off)
CellAlgoSwitch
UEInactiveTimerQCI1Switch
MOD CELLALGOSWITCH
LST CELLALGOSWITCH
LOFD-081229 /
TDLOFD-081229
Voice
Characteristic
Awareness
Scheduling
RrcConnStateTimer
UeInactTimerDynDrxQci1
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
LBFD002007/TDLBFD002007
RRC
Meaning: Indicates the length of the UE
Connection
inactivity timer for UEs that enter the DRX
Management state and perform services with a QCI of 1
when dynamic DRX is enabled. If the
eNodeB detects that such a UE has
consecutively neither received or sent data
for a duration longer than the timer, the
eNodeB releases the UE. This parameter
takes effect only for UEs that access the
network after the parameter is set. If the
QciParaEffectFlag parameter is set to ON
(ON), this parameter does not take effect but
the UeInactivityTimerDynDrxQci parameter
for QCI 1 in the QciPara MO takes effect.
GUI Value Range: 10~3600
Unit: s
Actual Value Range: 10~3600
Default Value: 200
RrcConnStateTimer
UeInactiveTimerQci1
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates the length of the UE
Connection
inactivity timer for UEs that have bearers of
Management QCI 1. If the eNodeB detects that a UE has
neither received nor sent data for a duration
exceeding the value of this parameter, the
eNodeB releases the RRC connection for the
UE. If this parameter is set to 0, the UE
inactivity timer is not used. This timer takes
effect during the setup of bearers with a QCI
of 1. During a handover or RRC connection
reestablishment to a new cell, the eNodeB
determines whether the timer takes effect
based on whether the UE has bearers with a
QCI of 1. If yes, the timer takes effect;
otherwise, the timer does not take effect. If
the QciParaEffectFlag parameter is set to ON
(ON), this parameter does not take effect but
the UeInactiveTimerForQci parameter for
QCI 1 in the QciPara MO takes effect.
GUI Value Range: 0~3600
Unit: s
Actual Value Range: 0~3600
Default Value: 20
RrcConnStateTimer
UeInactiveTimer
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates the length of the UE
Connection
inactivity timer for UEs that have no QCI 1
Management bearers. If the eNodeB detects that a UE has
neither received nor sent data for a period
exceeding the value of this parameter, the
eNodeB releases the RRC connection for
this UE. If this parameter is set to 0, the UE
inactivity timer is not used. This parameter
takes effect only for UEs that will access the
network after the parameter is set. If the
QciParaEffectFlag parameter is set to ON
(ON), this parameter does not take effect but
the UeInactiveTimerForQci parameter in the
QciPara MO takes effect.
GUI Value Range: 0~3600
Unit: s
Actual Value Range: 0~3600
Default Value: 20
RrcConnStateTimer
UeInactivityTimerDynDrx
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
LOFD-00110501 /
TDLOFD-00110501
LOFD-00110502 /
TDLOFD-00110502
Dynamic
DRX
High-MobilityTriggered
Idle Mode
Meaning: Indicates the length of the UE
inactivity timer for UEs that have entered
DRX mode and have no QCI 1 bearers when
dynamic DRX is enabled. If the eNodeB
detects that a UE has neither received nor
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Parameter ID
MML Command
Feature ID
Feature Name
Description
sent data for a period exceeding the value of
this parameter, the eNodeB releases the
RRC connection for this UE. If this parameter
is set to a large value, the amount of
signaling is reduced but UE power
consumption increases. You are advised to
set this parameter to a value greater than
that of UlSynTimerDynDrx. In power saving
mode, you are advised to set this parameter
significantly different to the value of the
UlSynTimerDynDrx parameter, for example a
gap of 10 seconds, to avoid power
consumption increase due to the increase of
signaling. If the QciParaEffectFlag parameter
is set to ON(ON), this parameter does not
take effect but the
UeInactivityTimerDynDrxQci parameter in the
QciPara MO takes effect.
GUI Value Range: 10~3600
Unit: s
Actual Value Range: 10~3600
Default Value: 200
MOD GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates the UE link fault detection
Connection
switch. If this switch is turned on, link fault
Management detection is enabled for synchronized UEs. If
this switch is turned off, link fault detection is
not enabled for synchronized UEs.
GUI Value Range: OFF(Off), ON(On)
Unit: None
Actual Value Range: OFF, ON
Default Value: OFF(Off)
ENodeBConnStateTimer S1MessageWaitingTimer
MOD
ENODEBCONNSTATETIMER
LST
ENODEBCONNSTATETIMER
None
None
ENodeBConnStateTimer S1MsgWaitingTimerQci1
MOD
ENODEBCONNSTATETIMER
LST
ENODEBCONNSTATETIMER
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates the timer governing the
Connection
period that the eNodeB waits for a response
Management message from the MME when the UE are
running services with the QCI of 1. If the
timer expires, the eNodeB initiates a UE
context release over the S1 interface.
GUI Value Range: 1~200
Unit: s
Actual Value Range: 1~200
Default Value: 20
ENodeBAlgoSwitch
MOD
ENODEBALGOSWITCH
LST ENODEBALGOSWITCH
LOFD-001019 /
TDLOFD-001019
LOFD-001020 /
TDLOFD-001020
LOFD-001043 /
TDLOFD-001043
LOFD-001046 /
TDLOFD-001046
LOFD-001072 /
TDLOFD-001072
LOFD-001073 /
TDLOFD-001073
LOFD-001078
PS Inter-RAT
Mobility
between
E-UTRAN
and UTRAN
PS Inter-RAT
Mobility
between
E-UTRAN
and GERAN
Service
based InterRAT
handover to
UTRAN
Service
based InterRAT
handover to
GERAN
Distance
based InterRAT
handover to
UTRAN
Distance
based InterRAT
handover to
GERAN
GlobalProcSwitch
UeLinkAbnormalDetectSwitch
HighLoadNetOptSwitch
Meaning: Indicates the timer governing the
period that the eNodeB waits for a response
message from the MME when the eNodeB
performs an S1-based handover for a UE
running non-QCI1 services. If the timer
expires, the eNodeB initiates a UE context
release over the S1 interface. If the eNodeB
performs an S1-based handover for a UE
running services with a QCI of 1, the
S1MsgWaitingTimerQci1 parameter controls
the period that the eNodeB waits for a
response message from the MME.
GUI Value Range: 1~200
Unit: s
Actual Value Range: 1~200
Default Value: 20
Meaning: Indicates whether to enable
network performance optimization when the
network is heavily loaded. This parameter
consists of the following options:
SPECSIGRETRANSOPTSWITCH: Indicates
whether to optimize special signaling
retransmission. If this option is selected, the
eNodeB adaptively configures the maximum
number of special signaling retransmissions
that can be initiated by the RLC layer based
on the number of UEs in the cell. If this
option is deselected, the eNodeB does not.
FlowCtrlTriBackoffSwitch: Indicates whether
to enable flow-control-triggered backoff.
Consider that the network is heavily loaded
and Msg3 flow control starts. If this option is
selected, flow-control-triggered backoff is
enabled, and UEs that fail random accesses
are postponed to reinitiate random access
requests, thereby relieving RACH
congestion. If this option is deselected, flowcontrol-triggered backoff is disabled. During
random access procedures, if flow-controltriggered backoff is required and the lengths
of timers T300 and T301 are too short, the
number of initiated access requests
decreases and the access success rate
decreases. Therefore, if this option is
selected, 2000 ms is recommended for the
timers T300 and T301.
FlowCtrlForwardSwitch: Indicates whether to
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Parameter ID
MML Command
Feature ID
Feature Name
Description
E-UTRAN to
UTRAN
CS/PS
Steering
perform flow control at the initial stage of a
signaling procedure. If this option is selected,
when Msg3 flow control starts, the Msg1 flow
control threshold is set to a smaller value to
reduce the number of UEs' random access
requests, reducing system load.
FlowCtrlBaseOnUuRsrSwitch: Indicates
whether to enable the flow control based on
air interface resources. If this option is
selected, cell-level MSG3 flow control is
triggered to reduce the CCE resource
consumption for signaling transmission when
CCE resources for signaling transmission are
insufficient in a cell with subframe
configuration 2.This option applies only to
LTE TDD networks.
GUI Value Range:
SPECSIGRETRANSOPTSWITCH
(SPECSIGRETRANSOPTSWITCH),
FlowCtrlTriBackoffSwitch
(FlowCtrlTriBackoffSwitch),
FlowCtrlForwardSwitch
(FlowCtrlForwardSwitch),
FlowCtrlBaseOnUuRsrSwitch
(FlowCtrlBaseOnUuRsrSwitch)
Unit: None
Actual Value Range:
SPECSIGRETRANSOPTSWITCH,
FlowCtrlTriBackoffSwitch,
FlowCtrlForwardSwitch,
FlowCtrlBaseOnUuRsrSwitch
Default Value:
SPECSIGRETRANSOPTSWITCH:On,
FlowCtrlTriBackoffSwitch:Off,
FlowCtrlForwardSwitch:Off,
FlowCtrlBaseOnUuRsrSwitch:Off
GlobalProcSwitch
UeRelChkLostSwitch
MOD GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates whether to perform the
Connection
radio link failure (RLF) detection for a UE
Management when the RRC connection for the UE is
released because of UE inactivity.
GUI Value Range: OFF(Off), ON(On)
Unit: None
Actual Value Range: OFF, ON
Default Value: OFF(Off)
GlobalProcSwitch
UeRelReSynTimes
MOD GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
LBFD-002007 /
TDLBFD-002007
RRC
Meaning: Indicates after which times of
Connection
resynchronization failures the UE release
Management timer is started in scenarios where the RRC
connection is released for a UE caused by
resynchronization failure.
GUI Value Range: r1(1), r2(2), r3(3), r4(4), r5
(5), Infinity(Infinity)
Unit: None
Actual Value Range: r1, r2, r3, r4, r5, Infinity
Default Value: Infinity(Infinity)
CellStandardQci
TrafficRelDelay
MOD CELLSTANDARDQCI
LST CELLSTANDARDQCI
LBFD-002008 /
TDLBFD-002008
Radio Bearer Meaning: Indicates the waiting duration for
Management the eNodeB to release services with a
specific QCI after the eNodeB detects that
the radio link is abnormal. When the eNodeB
detects that the radio link is abnormal, the
eNodeB waits for the UE to initiate an RRC
connection reestablishment procedure to
restore services. If the waiting duration times
out, the eNodeB releases the services.
GUI Value Range: 0~65000
Unit: ms
Actual Value Range: 0~65000
Default Value: 30000
CellQciPara
TrafficRelDelay
ADD CELLQCIPARA
MOD CELLQCIPARA
LST CELLQCIPARA
LBFD-002008 /
TDLBFD-002008
Radio Bearer Meaning: Indicates the waiting duration for
Management the eNodeB to release services with a
specific QCI after the eNodeB detects that
the radio link is abnormal. When the eNodeB
detects that the radio link is abnormal, the
eNodeB waits for the UE to initiate an RRC
connection reestablishment procedure to
restore services. If the waiting duration times
out, the eNodeB releases the services.
GUI Value Range: 0~65000
Unit: ms
Actual Value Range: 0~65000
Default Value: 30000
CellExtendedQci
TrafficRelDelay
ADD CELLEXTENDEDQCI
MOD CELLEXTENDEDQCI
LST CELLEXTENDEDQCI
LBFD-002008 /
TDLBFD-002008
Radio Bearer Meaning: Indicates the waiting duration for
Management the eNodeB to release services with a
specific QCI after the eNodeB detects that
the radio link is abnormal. When the eNodeB
detects that the radio link is abnormal, the
eNodeB waits for the UE to initiate an RRC
connection reestablishment procedure to
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Parameter ID
MML Command
Feature ID
Feature Name
Description
restore services. If the waiting duration times
out, the eNodeB releases the services.
GUI Value Range: 0~65000
Unit: ms
Actual Value Range: 0~65000
Default Value: 30000
9
Counters
Table 9-1 Counters
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
1526726657
L.RRC.ConnReq.Msg
Number of RRC
connection setup requests
(retransmission included)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526726658
L.RRC.ConnReq.Att
Number of RRC
connection setup requests
(retransmission excluded)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526726659
L.RRC.ConnReq.Succ
Number of RRC
connection setup
completion times
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526726668
L.E-RAB.AttEst.QCI.1
Number of E-RAB setup
Multi-mode: None
attempts initiated by UEs
GSM: None
for services with the QCI of UMTS: None
1 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726669
L.E-RAB.SuccEst.QCI.1
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726670
L.E-RAB.AttEst.QCI.2
Number of E-RAB setup
Multi-mode: None
attempts initiated by UEs
GSM: None
for services with the QCI of UMTS: None
2 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726671
L.E-RAB.SuccEst.QCI.2
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726672
L.E-RAB.AttEst.QCI.3
Number of E-RAB setup
Multi-mode: None
attempts initiated by UEs
GSM: None
for services with the QCI of UMTS: None
3 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726673
L.E-RAB.SuccEst.QCI.3
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726674
L.E-RAB.AttEst.QCI.4
Number of E-RAB setup
Multi-mode: None
attempts initiated by UEs
GSM: None
for services with the QCI of UMTS: None
4 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726675
L.E-RAB.SuccEst.QCI.4
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726676
L.E-RAB.AttEst.QCI.5
Number of E-RAB setup
attempts initiated by UEs
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
Page 56 of 510
Counter Name
Counter Description
Feature ID
Feature Name
for services with the QCI of UMTS: None
5 in a cell
LTE: LBFD-002008
TDLBFD-002008
1526726677
L.E-RAB.SuccEst.QCI.5
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726678
L.E-RAB.AttEst.QCI.6
Number of E-RAB setup
Multi-mode: None
attempts initiated by UEs
GSM: None
for services with the QCI of UMTS: None
6 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726679
L.E-RAB.SuccEst.QCI.6
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726680
L.E-RAB.AttEst.QCI.7
Multi-mode: None
Number of E-RAB setup
attempts initiated by UEs
GSM: None
for services with the QCI of UMTS: None
7 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726681
L.E-RAB.SuccEst.QCI.7
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726682
L.E-RAB.AttEst.QCI.8
Number of E-RAB setup
Multi-mode: None
attempts initiated by UEs
GSM: None
for services with the QCI of UMTS: None
8 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726683
L.E-RAB.SuccEst.QCI.8
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726684
L.E-RAB.AttEst.QCI.9
Number of E-RAB setup
Multi-mode: None
attempts initiated by UEs
GSM: None
for services with the QCI of UMTS: None
9 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726685
L.E-RAB.SuccEst.QCI.9
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726686
L.E-RAB.AbnormRel.QCI.1
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726687
L.E-RAB.NormRel.QCI.1
Number of normal E-RAB
releases for services with
the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726688
L.E-RAB.AbnormRel.QCI.2
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726689
L.E-RAB.NormRel.QCI.2
Number of normal E-RAB
releases for services with
the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726690
L.E-RAB.AbnormRel.QCI.3
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
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5/28/2018
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Counter ID
Page 57 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
1526726691
L.E-RAB.NormRel.QCI.3
Number of normal E-RAB
releases for services with
the QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726692
L.E-RAB.AbnormRel.QCI.4
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726693
L.E-RAB.NormRel.QCI.4
Number of normal E-RAB
releases for services with
the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726694
L.E-RAB.AbnormRel.QCI.5
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726695
L.E-RAB.NormRel.QCI.5
Number of normal E-RAB
releases for services with
the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726696
L.E-RAB.AbnormRel.QCI.6
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726697
L.E-RAB.NormRel.QCI.6
Number of normal E-RAB
releases for services with
the QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726698
L.E-RAB.AbnormRel.QCI.7
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726699
L.E-RAB.NormRel.QCI.7
Number of normal E-RAB
releases for services with
the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726700
L.E-RAB.AbnormRel.QCI.8
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726701
L.E-RAB.NormRel.QCI.8
Number of normal E-RAB
releases for services with
the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726702
L.E-RAB.AbnormRel.QCI.9
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726703
L.E-RAB.NormRel.QCI.9
Number of normal E-RAB
releases for services with
the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726717
L.E-RAB.FailEst.NoReply
Number of E-RAB setup
Multi-mode: None
failures due to no
GSM: None
responses from the UE in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726767
L.Traffic.DRB.QCI.1
Multi-mode: None
Radio Bearer Management
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5/28/2018
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Counter ID
Page 58 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of DRBs for
services with the QCI of 1
in a cell
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
1526726768
L.Traffic.DRB.QCI.2
Number of DRBs for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726769
L.Traffic.DRB.QCI.3
Number of DRBs for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726770
L.Traffic.DRB.QCI.4
Number of DRBs for
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726771
L.Traffic.DRB.QCI.5
Number of DRBs for
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726772
L.Traffic.DRB.QCI.6
Number of DRBs for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726773
L.Traffic.DRB.QCI.7
Number of DRBs for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726774
L.Traffic.DRB.QCI.8
Number of DRBs for
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726775
L.Traffic.DRB.QCI.9
Number of DRBs for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526726776
L.Thrp.bits.UL.QCI.1
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726777
L.Thrp.Time.UL.QCI.1
Receive duration of uplink
PDCP PDUs for services
with the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726779
L.Thrp.bits.UL.QCI.2
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726780
L.Thrp.Time.UL.QCI.2
Receive duration of uplink
PDCP PDUs for services
with the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726782
L.Thrp.bits.UL.QCI.3
Multi-mode: None
Radio Bearer Management
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5/28/2018
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Counter ID
Page 59 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 3 in a cell
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726783
L.Thrp.Time.UL.QCI.3
Receive duration of uplink
PDCP PDUs for services
with the QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726785
L.Thrp.bits.UL.QCI.4
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726786
L.Thrp.Time.UL.QCI.4
Receive duration of uplink
PDCP PDUs for services
with the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726788
L.Thrp.bits.UL.QCI.5
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726789
L.Thrp.Time.UL.QCI.5
Receive duration of uplink
PDCP PDUs for services
with the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726791
L.Thrp.bits.UL.QCI.6
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726792
L.Thrp.Time.UL.QCI.6
Receive duration of uplink
PDCP PDUs for services
with the QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726794
L.Thrp.bits.UL.QCI.7
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726795
L.Thrp.Time.UL.QCI.7
Receive duration of uplink
PDCP PDUs for services
with the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726797
L.Thrp.bits.UL.QCI.8
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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5/28/2018
HedEx Startpage
Counter ID
Page 60 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002025
1526726798
L.Thrp.Time.UL.QCI.8
Receive duration of uplink
PDCP PDUs for services
with the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726800
L.Thrp.bits.UL.QCI.9
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726801
L.Thrp.Time.UL.QCI.9
Receive duration of uplink
PDCP PDUs for services
with the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726803
L.Thrp.bits.DL.QCI.1
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726804
L.Thrp.Time.DL.QCI.1
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726806
L.Thrp.bits.DL.QCI.2
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726807
L.Thrp.Time.DL.QCI.2
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726809
L.Thrp.bits.DL.QCI.3
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726810
L.Thrp.Time.DL.QCI.3
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726812
L.Thrp.bits.DL.QCI.4
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726813
L.Thrp.Time.DL.QCI.4
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
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5/28/2018
HedEx Startpage
Counter ID
Page 61 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Basic Scheduling
1526726815
L.Thrp.bits.DL.QCI.5
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726816
L.Thrp.Time.DL.QCI.5
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726818
L.Thrp.bits.DL.QCI.6
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726819
L.Thrp.Time.DL.QCI.6
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726821
L.Thrp.bits.DL.QCI.7
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726822
L.Thrp.Time.DL.QCI.7
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726824
L.Thrp.bits.DL.QCI.8
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726825
L.Thrp.Time.DL.QCI.8
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726827
L.Thrp.bits.DL.QCI.9
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726828
L.Thrp.Time.DL.QCI.9
Transmit duration of
downlink PDCP SDUs for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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HedEx Startpage
Counter ID
Page 62 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526726833
L.PDCP.Tx.Disc.Trf.SDU.QCI.1
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 1 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726839
L.PDCP.Tx.Disc.Trf.SDU.QCI.2
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 2 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726845
L.PDCP.Tx.Disc.Trf.SDU.QCI.3
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 3 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726851
L.PDCP.Tx.Disc.Trf.SDU.QCI.4
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 4 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726857
L.PDCP.Tx.Disc.Trf.SDU.QCI.5
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 5 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726863
L.PDCP.Tx.Disc.Trf.SDU.QCI.6
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 6 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726869
L.PDCP.Tx.Disc.Trf.SDU.QCI.7
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 7 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726875
L.PDCP.Tx.Disc.Trf.SDU.QCI.8
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 8 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526726881
L.PDCP.Tx.Disc.Trf.SDU.QCI.9
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 9 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727045
L.Thrp.bits.UL.QCI.1.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727046
L.Thrp.bits.UL.QCI.2.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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HedEx Startpage
Counter ID
Page 63 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002025
TDLBFD-002025
1526727047
L.Thrp.bits.UL.QCI.3.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727048
L.Thrp.bits.UL.QCI.4.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727049
L.Thrp.bits.UL.QCI.5.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727050
L.Thrp.bits.UL.QCI.6.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727051
L.Thrp.bits.UL.QCI.7.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727052
L.Thrp.bits.UL.QCI.8.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727053
L.Thrp.bits.UL.QCI.9.Max
Maximum uplink traffic
volume for PDCP PDUs of
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727054
L.Thrp.bits.UL.Max
Maximum uplink traffic
volume for PDCP PDUs of
all services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727055
L.Thrp.bits.DL.QCI.1.Max
Maximum downlink traffic
volume for PDCP SDUs of
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727056
L.Thrp.bits.DL.QCI.2.Max
Maximum downlink traffic
volume for PDCP SDUs of
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727057
L.Thrp.bits.DL.QCI.3.Max
Maximum downlink traffic
volume for PDCP SDUs of
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
services with the QCI of 3
in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Basic Scheduling
Basic Scheduling
1526727058
L.Thrp.bits.DL.QCI.4.Max
Maximum downlink traffic
volume for PDCP SDUs of
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727059
L.Thrp.bits.DL.QCI.5.Max
Maximum downlink traffic
volume for PDCP SDUs of
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727060
L.Thrp.bits.DL.QCI.6.Max
Maximum downlink traffic
volume for PDCP SDUs of
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727061
L.Thrp.bits.DL.QCI.7.Max
Maximum downlink traffic
volume for PDCP SDUs of
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727062
L.Thrp.bits.DL.QCI.8.Max
Maximum downlink traffic
volume for PDCP SDUs of
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727063
L.Thrp.bits.DL.QCI.9.Max
Maximum downlink traffic
volume for PDCP SDUs of
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727064
L.Thrp.bits.DL.Max
Maximum downlink traffic
volume for PDCP SDUs of
all services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727083
L.RRC.SetupFail.ResFail
Number of RRC
connection setup failures
due to resource allocation
failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727084
L.RRC.SetupFail.NoReply
Number of RRC
connection setup failures
due to no responses from
the UE
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727085
L.RRC.ReEst.Att
Number of RRC
Multi-mode: None
connection reestablishment GSM: None
requests
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727086
L.RRC.ReEst.Succ
Number of successful RRC Multi-mode: None
connection
GSM: None
reestablishments
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
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HedEx Startpage
Page 65 of 510
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
1526727087
L.RRC.ReEst.ReconfFail.Att
Number of RRC
Multi-mode: None
connection reestablishment GSM: None
requests triggered by
UMTS: None
reconfiguration failures
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727088
L.RRC.ReEst.ReconfFail.Succ
Number of successful RRC Multi-mode: None
connection
GSM: None
reestablishments triggered UMTS: None
by reconfiguration failures
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727089
L.RRC.ReEst.ReconfFail.Rej
Number of rejected RRC
Multi-mode: None
connection reestablishment GSM: None
attempts triggered by
UMTS: None
reconfiguration failures
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727090
L.RRC.ReEst.HoFail.Att
Number of RRC
Multi-mode: None
connection reestablishment GSM: None
requests triggered by failed UMTS: None
handovers
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727091
L.RRC.ReEst.HoFail.Succ
Number of successful RRC Multi-mode: None
connection
GSM: None
reestablishments triggered UMTS: None
by failed handovers
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727092
L.RRC.ReEst.HoFail.Rej
Number of rejected RRC
Multi-mode: None
connection reestablishment GSM: None
attempts triggered by
UMTS: None
handover failures
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727093
L.RRC.ReEstFail.ResFail
Number of RRC
Multi-mode: None
connection reestablishment GSM: None
failures due to failed
UMTS: None
resource allocations
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727094
L.RRC.ReEstFail.NoReply
Number of RRC
Multi-mode: None
connection reestablishment GSM: None
failures due to no
UMTS: None
responses from the UE
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727188
L.Sig.S1.SendSetup.Att
Number of S1 link setup
attempts at the eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727189
L.Sig.S1.SendSetup.Succ
Number of successful S1
link setups at the eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727378
L.Traffic.User.Avg
Average number of users
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727379
L.Traffic.User.Max
Maximum number of users Multi-mode: None
in a cell
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727380
L.Traffic.CEU.Avg
Average number of
downlink cell edge users
(CEUs) in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
TDLBFD-00202201
LOFD-060201
TDLOFD-060201
RRC Connection
Management
RRC Connection
Management
Downlink Static Inter-Cell
Interference Coordination
Adaptive Inter-Cell
Interference Coordination
Adaptive Inter-Cell
Interference Coordination
1526727381
L.Traffic.CEU.Max
Maximum number of
downlink cell edge users
(CEUs) in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
RRC Connection
Management
RRC Connection
Management
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5/28/2018
HedEx Startpage
Counter ID
Page 66 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002007
TDLBFD-00202201
LOFD-060201
TDLOFD-060201
Downlink Static Inter-Cell
Interference Coordination
Adaptive Inter-Cell
Interference Coordination
Adaptive Inter-Cell
Interference Coordination
1526727382
L.Traffic.User.ULData.Avg
Average number of UEs
with data in the uplink
buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727383
L.Traffic.User.ULData.Max
Maximum number of UEs
with data in the uplink
buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727384
L.Traffic.User.DLData.Avg
Average number of UEs
with data in the downlink
buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727385
L.Traffic.User.DLData.Max
Maximum number of UEs
with data in the downlink
buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526727513
L.E-RAB.AttModify.QCI.1
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727514
L.E-RAB.SuccModify.QCI.1
Number of successful
E-RAB modifications
initiated by UEs for
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727515
L.E-RAB.AttModify.QCI.2
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727516
L.E-RAB.SuccModify.QCI.2
Number of successful
E-RAB modifications
initiated by UEs for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727517
L.E-RAB.AttModify.QCI.3
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727518
L.E-RAB.SuccModify.QCI.3
Number of successful
E-RAB modifications
initiated by UEs for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727519
L.E-RAB.AttModify.QCI.4
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727520
L.E-RAB.SuccModify.QCI.4
Number of successful
E-RAB modifications
initiated by UEs for
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727521
L.E-RAB.AttModify.QCI.5
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727522
L.E-RAB.SuccModify.QCI.5
Number of successful
E-RAB modifications
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
Counter Name
Counter Description
Feature ID
initiated by UEs for
services with the QCI of 5
in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526727523
L.E-RAB.AttModify.QCI.6
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727524
L.E-RAB.SuccModify.QCI.6
Number of successful
E-RAB modifications
initiated by UEs for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727525
L.E-RAB.AttModify.QCI.7
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727526
L.E-RAB.SuccModify.QCI.7
Number of successful
E-RAB modifications
initiated by UEs for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727527
L.E-RAB.AttModify.QCI.8
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727528
L.E-RAB.SuccModify.QCI.8
Number of successful
E-RAB modifications
initiated by UEs for
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727529
L.E-RAB.AttModify.QCI.9
Number of E-RAB
modification attempts
initiated by UEs for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727530
L.E-RAB.SuccModify.QCI.9
Number of successful
E-RAB modifications
initiated by UEs for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727544
L.E-RAB.SuccEst
Total number of successful Multi-mode: None
E-RAB setups initiated by GSM: None
UEs in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727545
L.E-RAB.AttEst
Total number of E-RAB
setup attempts initiated by
UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-00110501
Radio Bearer Management
Radio Bearer Management
Dynamic DRX
1526727546
L.E-RAB.AbnormRel
Total number of abnormal
releases of activated
E-RABs initiated by the
eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727547
L.E-RAB.NormRel
Total number of normal
Multi-mode: None
E-RAB releases initiated by GSM: None
the eNodeB in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526727849
L.Thrp.bits.UL.PLMN.QCI.1
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 1
in a cell
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 68 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526727850
L.Thrp.Time.UL.PLMN.QCI.1
Receive duration of uplink
PDCP SDUs for a specific
operator for services with
the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526727852
L.Thrp.bits.UL.PLMN.QCI.2
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526727853
L.E-RAB.AttEst.PLMN.QCI.1
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
1for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727854
L.E-RAB.SuccEst.PLMN.QCI.1
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 1 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727855
L.E-RAB.AttEst.PLMN.QCI.2
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
2 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727856
L.E-RAB.SuccEst.PLMN.QCI.2
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 2 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727857
L.E-RAB.AttEst.PLMN.QCI.3
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
3 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 69 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727858
L.E-RAB.SuccEst.PLMN.QCI.3
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 3 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727859
L.E-RAB.AttEst.PLMN.QCI.4
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
4 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727860
L.E-RAB.SuccEst.PLMN.QCI.4
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 4 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727861
L.E-RAB.AttEst.PLMN.QCI.5
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
5 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727862
L.E-RAB.SuccEst.PLMN.QCI.5
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 5 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727863
L.E-RAB.AttEst.PLMN.QCI.6
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
6 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727864
L.E-RAB.SuccEst.PLMN.QCI.6
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 6 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 70 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-070206
Hybrid RAN Sharing
1526727865
L.E-RAB.AttEst.PLMN.QCI.7
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
7 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727866
L.E-RAB.SuccEst.PLMN.QCI.7
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 7 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727867
L.E-RAB.AttEst.PLMN.QCI.8
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
8 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727868
L.E-RAB.SuccEst.PLMN.QCI.8
Number of successful
E-RAB setups initiated by
UEs for services with the
QCI of 8 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727869
L.E-RAB.AttEst.PLMN.QCI.9
Number of E-RAB setup
attempts initiated by UEs
for services with the QCI of
9 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727870
L.E-RAB.SuccEst.PLMN.QCI.9
Number of successful
E-RAB setups initiated by
UEs for services for a
specific operator with the
QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727871
L.E-RAB.AbnormRel.PLMN.QCI.1
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 1 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727872
L.E-RAB.NormRel.PLMN.QCI.1
Number of normal E-RAB
releases for services with
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 71 of 510
Counter Name
Counter Description
Feature ID
Feature Name
the QCI of 1 for a specific
operator in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727873
L.E-RAB.AbnormRel.PLMN.QCI.2
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 2 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727874
L.E-RAB.NormRel.PLMN.QCI.2
Number of normal E-RAB
releases for services with
the QCI of 2 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727875
L.E-RAB.AbnormRel.PLMN.QCI.3
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 3 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727876
L.E-RAB.NormRel.PLMN.QCI.3
Number of normal E-RAB
releases for services with
the QCI of 3 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727877
L.E-RAB.AbnormRel.PLMN.QCI.4
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 4 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727878
L.E-RAB.NormRel.PLMN.QCI.4
Number of normal E-RAB
releases for services with
the QCI of 4 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727879
L.E-RAB.AbnormRel.PLMN.QCI.5
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 5 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 72 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727880
L.E-RAB.NormRel.PLMN.QCI.5
Number of normal E-RAB
releases for services with
the QCI of 5 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727881
L.E-RAB.AbnormRel.PLMN.QCI.6
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 6 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727882
L.E-RAB.NormRel.PLMN.QCI.6
Number of normal E-RAB
releases for services with
the QCI of 6 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727883
L.E-RAB.AbnormRel.PLMN.QCI.7
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 7 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727884
L.E-RAB.NormRel.PLMN.QCI.7
Number of normal E-RAB
releases for services with
the QCI of 7 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727885
L.E-RAB.AbnormRel.PLMN.QCI.8
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 8 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727886
L.E-RAB.NormRel.PLMN.QCI.8
Number of normal E-RAB
releases for services with
the QCI of 8 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
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5/28/2018
HedEx Startpage
Counter ID
Page 73 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-070206
Hybrid RAN Sharing
1526727887
L.E-RAB.AbnormRel.PLMN.QCI.9
Number of abnormal
releases of activated
E-RABs for services with
the QCI of 9 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727888
L.E-RAB.NormRel.PLMN.QCI.9
Number of normal E-RAB
releases for services with
the QCI of 9 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526727889
L.PDCP.Tx.TotRev.Trf.SDU.QCI.1
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 1 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727891
L.PDCP.Tx.TotRev.Trf.SDU.QCI.2
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 2 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727893
L.PDCP.Tx.TotRev.Trf.SDU.QCI.3
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 3 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727895
L.PDCP.Tx.TotRev.Trf.SDU.QCI.4
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 4 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727897
L.PDCP.Tx.TotRev.Trf.SDU.QCI.5
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 5 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727899
L.PDCP.Tx.TotRev.Trf.SDU.QCI.6
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 6 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727901
L.PDCP.Tx.TotRev.Trf.SDU.QCI.7
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 7 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727903
L.PDCP.Tx.TotRev.Trf.SDU.QCI.8
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 8 in a cell
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 74 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
LBFD-002025
TDLBFD-002025
1526727905
L.PDCP.Tx.TotRev.Trf.SDU.QCI.9
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 9 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727907
L.Traffic.DL.PktDelay.Time.QCI.1
Total processing delay of
Multi-mode: None
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 1 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727908
L.Traffic.DL.PktDelay.Num.QCI.1
Number of successfully
Multi-mode: None
transmitted downlink PDCP GSM: None
SDUs for DRB services
UMTS: None
with the QCI of 1 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727910
L.Traffic.DL.PktDelay.Time.QCI.2
Total processing delay of
Multi-mode: None
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 2 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727911
L.Traffic.DL.PktDelay.Num.QCI.2
Number of successfully
Multi-mode: None
transmitted downlink PDCP GSM: None
SDUs for DRB services
UMTS: None
with the QCI of 2 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727913
L.Traffic.DL.PktDelay.Time.QCI.3
Total processing delay of
Multi-mode: None
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 3 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727914
L.Traffic.DL.PktDelay.Num.QCI.3
Number of successfully
Multi-mode: None
transmitted downlink PDCP GSM: None
SDUs for DRB services
UMTS: None
with the QCI of 3 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727916
L.Traffic.DL.PktDelay.Time.QCI.4
Total processing delay of
Multi-mode: None
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 4 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727917
L.Traffic.DL.PktDelay.Num.QCI.4
Number of successfully
Multi-mode: None
transmitted downlink PDCP GSM: None
SDUs for DRB services
UMTS: None
with the QCI of 4 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727919
L.Traffic.DL.PktDelay.Time.QCI.5
Total processing delay of
Multi-mode: None
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 5 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727920
L.Traffic.DL.PktDelay.Num.QCI.5
Multi-mode: None
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 75 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of successfully
GSM: None
transmitted downlink PDCP UMTS: None
SDUs for DRB services
LTE: LBFD-002008
with the QCI of 5 in a cell
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727922
L.Traffic.DL.PktDelay.Time.QCI.6
Multi-mode: None
Total processing delay of
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 6 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727923
L.Traffic.DL.PktDelay.Num.QCI.6
Number of successfully
Multi-mode: None
transmitted downlink PDCP GSM: None
SDUs for DRB services
UMTS: None
with the QCI of 6 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727925
L.Traffic.DL.PktDelay.Time.QCI.7
Total processing delay of
Multi-mode: None
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 7 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727926
L.Traffic.DL.PktDelay.Num.QCI.7
Number of successfully
Multi-mode: None
transmitted downlink PDCP GSM: None
SDUs for DRB services
UMTS: None
with the QCI of 7 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727928
L.Traffic.DL.PktDelay.Time.QCI.8
Total processing delay of
Multi-mode: None
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 8 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727929
L.Traffic.DL.PktDelay.Num.QCI.8
Number of successfully
Multi-mode: None
transmitted downlink PDCP GSM: None
SDUs for DRB services
UMTS: None
with the QCI of 8 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727931
L.Traffic.DL.PktDelay.Time.QCI.9
Total processing delay of
Multi-mode: None
downlink PDCP SDUs for GSM: None
DRB services with the QCI UMTS: None
of 9 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727932
L.Traffic.DL.PktDelay.Num.QCI.9
Number of successfully
Multi-mode: None
transmitted downlink PDCP GSM: None
SDUs for DRB services
UMTS: None
with the QCI of 9 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727934
L.Traffic.DL.PktUuLoss.Loss.QCI.1
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 1 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727935
L.Traffic.DL.PktUuLoss.Tot.QCI.1
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 1 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 76 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002025
1526727937
L.Traffic.DL.PktUuLoss.Loss.QCI.2
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 2 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727938
L.Traffic.DL.PktUuLoss.Tot.QCI.2
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 2 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727940
L.Traffic.DL.PktUuLoss.Loss.QCI.3
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 3 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727941
L.Traffic.DL.PktUuLoss.Tot.QCI.3
Number of downlink
transmitted PDCP SDUs
for services carried on
DRBs with a QCI of 3 in a
cell over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727943
L.Traffic.DL.PktUuLoss.Loss.QCI.4
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 4 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727944
L.Traffic.DL.PktUuLoss.Tot.QCI.4
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 4 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727946
L.Traffic.DL.PktUuLoss.Loss.QCI.5
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 5 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727947
L.Traffic.DL.PktUuLoss.Tot.QCI.5
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 5 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727949
L.Traffic.DL.PktUuLoss.Loss.QCI.6
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 6 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727950
L.Traffic.DL.PktUuLoss.Tot.QCI.6
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 6 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727952
L.Traffic.DL.PktUuLoss.Loss.QCI.7
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
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HedEx Startpage
Counter ID
Page 77 of 510
Counter Name
Counter Description
Feature ID
Feature Name
with a QCI of 7 in a cell
over the Uu interface
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Basic Scheduling
1526727953
L.Traffic.DL.PktUuLoss.Tot.QCI.7
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 7 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727955
L.Traffic.DL.PktUuLoss.Loss.QCI.8
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 8 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727956
L.Traffic.DL.PktUuLoss.Tot.QCI.8
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 8 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727958
L.Traffic.DL.PktUuLoss.Loss.QCI.9
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 9 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727959
L.Traffic.DL.PktUuLoss.Tot.QCI.9
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 9 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727961
L.Traffic.UL.PktLoss.Loss.QCI.1
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727962
L.Traffic.UL.PktLoss.Tot.QCI.1
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 1 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727964
L.Traffic.UL.PktLoss.Loss.QCI.2
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727965
L.Traffic.UL.PktLoss.Tot.QCI.2
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 2 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727967
L.Traffic.UL.PktLoss.Loss.QCI.3
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 3 in a cell
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 78 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526727968
L.Traffic.UL.PktLoss.Tot.QCI.3
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 3 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727970
L.Traffic.UL.PktLoss.Loss.QCI.4
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727971
L.Traffic.UL.PktLoss.Tot.QCI.4
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 4 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727973
L.Traffic.UL.PktLoss.Loss.QCI.5
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727974
L.Traffic.UL.PktLoss.Tot.QCI.5
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 5 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727976
L.Traffic.UL.PktLoss.Loss.QCI.6
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727977
L.Traffic.UL.PktLoss.Tot.QCI.6
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 6 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727979
L.Traffic.UL.PktLoss.Loss.QCI.7
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727980
L.Traffic.UL.PktLoss.Tot.QCI.7
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 7 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727982
L.Traffic.UL.PktLoss.Loss.QCI.8
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727983
L.Traffic.UL.PktLoss.Tot.QCI.8
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 8 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 79 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002025
TDLBFD-002025
1526727985
L.Traffic.UL.PktLoss.Loss.QCI.9
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526727986
L.Traffic.UL.PktLoss.Tot.QCI.9
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 9 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728009
L.E-RAB.NormRel.HOOut.PLMN.QCI.1
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 1 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728010
L.E-RAB.NormRel.HOOut.PLMN.QCI.2
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 2 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728011
L.E-RAB.NormRel.HOOut.PLMN.QCI.3
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 3 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728012
L.E-RAB.NormRel.HOOut.PLMN.QCI.4
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 4 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728013
L.E-RAB.NormRel.HOOut.PLMN.QCI.5
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 5 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728014
L.E-RAB.NormRel.HOOut.PLMN.QCI.6
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 6 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 80 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001037
LOFD-070206
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728015
L.E-RAB.NormRel.HOOut.PLMN.QCI.7
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 7 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728016
L.E-RAB.NormRel.HOOut.PLMN.QCI.8
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 8 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728017
L.E-RAB.NormRel.HOOut.PLMN.QCI.9
Number of normal E-RAB
releases for outgoing
handovers of services with
the QCI of 9 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728018
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.1
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 1
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728019
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.2
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 2
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728020
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.3
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 3
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728021
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.4
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 4
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 81 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526728022
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.5
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 5
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728023
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.6
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 6
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728024
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.7
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 7
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728025
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.8
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 8
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728026
L.E-RAB.AbnormRel.HOOut.PLMN.QCI.9
Number of abnormal
E-RAB releases for
outgoing handovers of
services with the QCI of 9
for a specific operator in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728027
L.Thrp.Time.UL.PLMN.QCI.2
Receive duration of uplink
PDCP SDUs for a specific
operator for services with
the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728029
L.Thrp.bits.UL.PLMN.QCI.3
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 82 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526728030
L.Thrp.Time.UL.PLMN.QCI.3
Receive duration of uplink
PDCP SDUs for a specific
operator for services with
the QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728032
L.Thrp.bits.UL.PLMN.QCI.4
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728033
L.Thrp.Time.UL.PLMN.QCI.4
Receive duration of uplink
PDCP SDUs for a specific
operator for services with
the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728035
L.Thrp.bits.UL.PLMN.QCI.5
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728036
L.Thrp.Time.UL.PLMN.QCI.5
Receive duration of uplink
PDCP SDUs for a specific
operator for services with
the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728038
L.Thrp.bits.UL.PLMN.QCI.6
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728039
L.Thrp.Time.UL.PLMN.QCI.6
Receive duration of uplink
PDCP SDUs for a specific
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 83 of 510
Counter Name
Counter Description
Feature ID
Feature Name
operator for services with
the QCI of 6 in a cell
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728041
L.Thrp.bits.UL.PLMN.QCI.7
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728042
L.Thrp.Time.UL.PLMN.QCI.7
Receive duration of uplink
PDCP SDUs for a specific
operator for services with
the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728044
L.Thrp.bits.UL.PLMN.QCI.8
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728045
L.Thrp.Time.UL.PLMN.QCI.8
Receive duration of uplink
PDCP SDUs for a specific
operator for services with
the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728047
L.Thrp.bits.UL.PLMN.QCI.9
Total uplink traffic volume
for PDCP SDUs for a
specific operator for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728048
L.Thrp.Time.UL.PLMN.QCI.9
Receive duration of uplink
PDCP SDUs for a specific
operator for services with
the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 84 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728050
L.Thrp.bits.DL.PLMN.QCI.1
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728051
L.Thrp.Time.DL.PLMN.QCI.1
Transmit duration of
downlink PDCP SDUs for a
specific operator for
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728053
L.Thrp.bits.DL.PLMN.QCI.2
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728054
L.Thrp.Time.DL.PLMN.QCI.2
Transmit duration of
downlink PDCP SDUs for a
specific operator for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728056
L.Thrp.bits.DL.PLMN.QCI.3
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728057
L.Thrp.Time.DL.PLMN.QCI.3
Transmit duration of
downlink PDCP SDUs for a
specific operator for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 85 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728059
L.Thrp.bits.DL.PLMN.QCI.4
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728060
L.Thrp.Time.DL.PLMN.QCI.4
Transmit duration of
downlink PDCP SDUs in a
cell for a specific operator
for services with the QCI of
4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728062
L.Thrp.bits.DL.PLMN.QCI.5
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728063
L.Thrp.Time.DL.PLMN.QCI.5
Transmit duration of
downlink PDCP SDUs for a
specific operator for
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728065
L.Thrp.bits.DL.PLMN.QCI.6
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728066
L.Thrp.Time.DL.PLMN.QCI.6
Transmit duration of
downlink PDCP SDUs for a
specific operator for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 86 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728068
L.Thrp.bits.DL.PLMN.QCI.7
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728069
L.Thrp.Time.DL.PLMN.QCI.7
Transmit duration of
downlink PDCP SDUs for a
specific operator for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728071
L.Thrp.bits.DL.PLMN.QCI.8
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728072
L.Thrp.Time.DL.PLMN.QCI.8
Transmit duration of
downlink PDCP SDUs for a
specific operator for
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728074
L.Thrp.bits.DL.PLMN.QCI.9
Total downlink traffic
volume for PDCP SDUs for
a specific operator for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728075
L.Thrp.Time.DL.PLMN.QCI.9
Transmit duration of
downlink PDCP SDUs for a
specific operator for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 87 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-070206
Hybrid RAN Sharing
1526728077
L.Traffic.User.Avg.PLMN
Average number of users
served by a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
RRC Connection
Management
RRC Connection
Management
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728178
L.Thrp.bits.DL.SRB
Total Bits of Transmitted
Signaling SDUs on SRBs
at the PDCP Layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728179
L.Thrp.bits.UL.SRB
Total Bits of Received
Signaling SDUs on SRBs
at the PDCP Layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728192
L.E-RAB.InitAttEst.QCI.1
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728193
L.E-RAB.InitSuccEst.QCI.1
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 1 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728194
L.E-RAB.InitAttEst.QCI.2
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728195
L.E-RAB.InitSuccEst.QCI.2
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 2 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728196
L.E-RAB.InitAttEst.QCI.3
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728197
L.E-RAB.InitSuccEst.QCI.3
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 3 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728198
L.E-RAB.InitAttEst.QCI.4
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728199
L.E-RAB.InitSuccEst.QCI.4
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 4 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728200
L.E-RAB.InitAttEst.QCI.5
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728201
L.E-RAB.InitSuccEst.QCI.5
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 5 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 88 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526728202
L.E-RAB.InitAttEst.QCI.6
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728203
L.E-RAB.InitSuccEst.QCI.6
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 6 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728204
L.E-RAB.InitAttEst.QCI.7
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728205
L.E-RAB.InitSuccEst.QCI.7
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 7 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728206
L.E-RAB.InitAttEst.QCI.8
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728207
L.E-RAB.InitSuccEst.QCI.8
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 8 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728208
L.E-RAB.InitAttEst.QCI.9
Number of initial E-RAB
setup attempts initiated by
UEs for services with the
QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728209
L.E-RAB.InitSuccEst.QCI.9
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for services with the
UMTS: None
QCI of 9 in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728216
L.RRC.ConnSetup
Number of RRC
connection setup times
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728217
L.RRC.ConnReq.Att.Emc
Number of RRC
connection setup attempts
with a cause value of
emergency
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-00110501
RRC Connection
Management
RRC Connection
Management
Dynamic DRX
1526728218
L.RRC.ConnReq.Att.HighPri
Number of RRC
connection setup attempts
with a cause value of
highPriorityAccess
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-00110501
RRC Connection
Management
RRC Connection
Management
Dynamic DRX
1526728219
L.RRC.ConnReq.Att.Mt
Number of RRC
connection setup attempts
with a cause value of mtAccess
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-00110501
RRC Connection
Management
RRC Connection
Management
Dynamic DRX
1526728220
L.RRC.ConnReq.Att.MoSig
Number of RRC
connection setup attempts
with a cause value of moSignalling
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-00110501
RRC Connection
Management
RRC Connection
Management
Dynamic DRX
1526728221
L.RRC.ConnReq.Att.MoData
Number of RRC
connection setup attempts
with a cause value of moData
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
RRC Connection
Management
RRC Connection
Management
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5/28/2018
HedEx Startpage
Counter ID
Page 89 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002007
LOFD-00110501
Dynamic DRX
1526728222
L.RRC.ConnReq.Succ.Emc
Number of RRC
Connection Setup
Complete messages with a
cause value of emergency
received from UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728223
L.RRC.ConnReq.Succ.HighPri
Number of RRC
Connection Setup
Complete messages with a
cause value of
highPriorityAccess
received from UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728224
L.RRC.ConnReq.Succ.Mt
Number of RRC
Connection Setup
Complete messages with a
cause value of mt-Access
received from UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728225
L.RRC.ConnReq.Succ.MoSig
Number of RRC
Connection Setup
Complete messages with a
cause value of moSignalling received from
UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728226
L.RRC.ConnReq.Succ.MoData
Number of RRC
Connection Setup
Complete messages with a
cause value of mo-Data
received from UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728227
L.UECNTX.AbnormRel
Number of abnormal UE
context releases in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728228
L.UECNTX.NormRel
Number of normal UE
context releases in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728232
L.Thrp.Time.Cell.DL
Total duration of downlink
data transmission in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728233
L.Thrp.Time.Cell.UL
Total duration of uplink
data transmission in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728234
L.E-RAB.SessionTime.QCI1
Duration of data
transmission for services
with the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728235
L.E-RAB.SessionTime.QCI2
Duration of data
transmission for services
with the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728236
L.E-RAB.SessionTime.QCI3
Duration of data
transmission for services
with the QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
L.E-RAB.SessionTime.QCI4
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HedEx Startpage
Counter ID
Page 90 of 510
Counter Name
1526728237
Counter Description
Feature ID
Feature Name
Duration of data
transmission for services
with the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728238
L.E-RAB.SessionTime.QCI5
Duration of data
transmission for services
with the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728239
L.E-RAB.SessionTime.QCI6
Duration of data
transmission for services
with the QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728240
L.E-RAB.SessionTime.QCI7
Duration of data
transmission for services
with the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728241
L.E-RAB.SessionTime.QCI8
Duration of data
transmission for services
with the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728242
L.E-RAB.SessionTime.QCI9
Duration of data
transmission for services
with the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728243
L.E-RAB.SessionTime.UE
Total duration of UE data
transmission time in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728248
L.E-RAB.AttModify
Total number of E-RAB
modification attempts
initiated by UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728249
L.E-RAB.SuccModify
Total number of successful Multi-mode: None
E-RAB modifications
GSM: None
initiated by UEs in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728250
L.E-RAB.AttEst.PLMN
Total number of E-RAB
Multi-mode: None
setup attempts initiated by GSM: None
UEs for a specific operator UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728251
L.E-RAB.SuccEst.PLMN
Total number of successful Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for a specific operator UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
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5/28/2018
HedEx Startpage
Page 91 of 510
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728258
L.Traffic.DRB
Number of DRBs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728259
L.Thrp.bits.UL
Total uplink traffic volume
for PDCP PDUs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728260
L.Thrp.Time.UL
Total receive duration of
uplink PDCP PDUs in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728261
L.Thrp.bits.DL
Total downlink traffic
volume for PDCP SDUs in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728262
L.Thrp.Time.DL
Total transmit duration of
downlink PDCP SDUs in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728263
L.Thrp.bits.UL.PLMN
Total uplink traffic volume
for PDCP SDUs for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728264
L.Thrp.Time.UL.PLMN
Total receive duration of
uplink PDCP SDUs for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728265
L.Thrp.bits.DL.PLMN
Total downlink traffic
Multi-mode: None
volume for PDCP SDUs for GSM: None
a specific operator in a cell UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
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5/28/2018
HedEx Startpage
Counter ID
Page 92 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526728266
L.Thrp.Time.DL.PLMN
Total transmit duration of
Multi-mode: None
downlink PDCP SDUs for a GSM: None
specific operator in a cell
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526728269
L.RRC.SetupFail.Rej
Number of RRC
Multi-mode: None
Connection Reject
GSM: None
messages sent to UEs in a UMTS: None
cell
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728270
L.RRC.ReEstFail.Rej
Total number of RRC
Multi-mode: None
connection reestablishment GSM: None
rejections
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728271
L.RRC.ReEstFail.NoCntx
Number of RRC
connection reestablishment
failures due to
unavailability of UE
contexts
RRC Connection
Management
RRC Connection
Management
1526728272
L.S1Sig.ConnEst.Att
Number of UE-related
Multi-mode: None
signaling connection setup GSM: None
attempts over the S1
UMTS: None
interface
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728273
L.S1Sig.ConnEst.Succ
Number of successful UE- Multi-mode: None
related signaling
GSM: None
connection setups over the UMTS: None
S1 interface
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728274
L.E-RAB.InitAttEst
Total number of initial
E-RAB setup attempts
initiated by UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728275
L.E-RAB.InitSuccEst
Total number of successful Multi-mode: None
initial E-RAB setups
GSM: None
initiated by UEs in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728276
L.E-RAB.FailEst.MME
Number of E-RAB setup
failures triggered by the
MME
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728277
L.E-RAB.FailEst.TNL
Number of E-RAB setup
failures due to faults at the
transport network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728278
L.E-RAB.FailEst.RNL
Number of E-RAB setup
failures due to faults at the
radio network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526728279
L.E-RAB.FailEst.NoRadioRes
Number of E-RAB setup
failures due to insufficient
radio resources
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526728280
L.E-RAB.FailEst.SecurModeFail
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
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5/28/2018
HedEx Startpage
Counter ID
Page 93 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of E-RAB setup
UMTS: None
failures due to security
LTE: LBFD-002008
mode configuration failures TDLBFD-002008
1526728282
L.E-RAB.AbnormRel.Radio
Number of abnormal
Multi-mode: None
releases of activated
GSM: None
E-RABs due to faults at the UMTS: None
radio network layer
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728283
L.E-RAB.AbnormRel.TNL
Number of abnormal
Multi-mode: None
releases of activated
GSM: None
E-RABs due to faults at the UMTS: None
transport network layer
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728284
L.E-RAB.AbnormRel.Cong
Number of abnormal
releases of activated
E-RABs due to network
congestion
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002024
TDLBFD-002024
LOFD-00102901
TDLOFD-00102901
Radio Bearer Management
Radio Bearer Management
Congestion Control
Congestion Control
Radio/transport resource
pre-emption
Radio/transport resource
pre-emption
1526728291
L.E-RAB.AbnormRel.HOFailure
Number of abnormal
releases of activated
E-RABs due to handover
failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728292
L.E-RAB.AbnormRel.MME
Number of MME-triggered
abnormal releases of
activated E-RABs
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728319
L.E-RAB.AbnormRel.eNBTot
Total number of abnormal
releases of E-RABs
initiated by the eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728333
L.Traffic.User.Ulsync.Avg
Average number of UL
synchronized users in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728334
L.Traffic.eNodeB.User.Max
Maximum number of users Multi-mode: None
under an eNodeB
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728335
L.Traffic.User.Data.Max
Maximum number of users Multi-mode: None
with data in the buffer
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728336
L.Traffic.User.Data.Avg
Average number of users
with data in the buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728357
L.RRC.ConnReq.Att.DelayTol
Number of RRC
connection setup attempts
with a cause value of
delayTolerantAccessv1020
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-00110501
RRC Connection
Management
RRC Connection
Management
Dynamic DRX
1526728358
L.RRC.ConnReq.Succ.DelayTol
Number of successful RRC
connection setups with a
cause value of
delayTolerantAccessv1020
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728383
L.E-RAB.AbnormRel.MME.PLMN
Number of MME-triggered
abnormal releases of
activated E-RABs for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
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5/28/2018
HedEx Startpage
Counter ID
Page 94 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728436
L.E-RAB.Release.Unsyn
Number of released
E-RABs of UEs in the
uplink out-ofsynchronization state
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728437
L.E-RAB.Num.Syn2Unsyn
Total number of E-RABs in
UE contexts when the UEs
switch from the uplink
synchronized state to the
uplink out-ofsynchronization state in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728438
L.RRC.StateTrans.Syn2Unsyn
Number of times a UE
switch from the UplinkSynchronized state to the
uplink out-ofsynchronization state
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728439
L.RRC.StateTrans.Unsyn2Syn
Number of times a UE
Multi-mode: None
switch from the out-ofGSM: None
synchronization state to the UMTS: None
uplink-synchronized state
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728440
L.UECNTX.Release.HighSpeed
Number of UE context
releases due to high
mobility of UEs
Radio Bearer Management
Radio Bearer Management
1526728445
L.Traffic.ActiveUser.UL.QCI.Total
Total number of activated Multi-mode: None
UEs with a QCI (or an
GSM: None
extended QCI) in the uplink UMTS: None
buffer
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728446
L.Traffic.ActiveUser.UL.QCI.1
Number of activated UEs
with the QCI of 1 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728447
L.Traffic.ActiveUser.UL.QCI.2
Number of activated UEs
with the QCI of 2 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728448
L.Traffic.ActiveUser.UL.QCI.3
Number of activated UEs
with the QCI of 3 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728449
L.Traffic.ActiveUser.UL.QCI.4
Number of activated UEs
with the QCI of 4 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728450
L.Traffic.ActiveUser.UL.QCI.5
Number of activated UEs
with the QCI of 5 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728451
L.Traffic.ActiveUser.UL.QCI.6
Number of activated UEs
with the QCI of 6 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728452
L.Traffic.ActiveUser.UL.QCI.7
Number of activated UEs
with the QCI of 7 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
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Counter ID
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Counter Name
Counter Description
Feature ID
Feature Name
1526728453
L.Traffic.ActiveUser.UL.QCI.8
Number of activated UEs
with the QCI of 8 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728454
L.Traffic.ActiveUser.UL.QCI.9
Number of activated UEs
with the QCI of 9 in the
uplink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728455
L.Traffic.ActiveUser.DL.QCI.Total
Total number of activated
UEs with a QCI (or an
extended QCI) in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728456
L.Traffic.ActiveUser.DL.QCI.1
Number of activated UEs
with the QCI of 1 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728457
L.Traffic.ActiveUser.DL.QCI.2
Number of activated UEs
with the QCI of 2 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728458
L.Traffic.ActiveUser.DL.QCI.3
Number of activated UEs
with the QCI of 3 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728459
L.Traffic.ActiveUser.DL.QCI.4
Number of activated UEs
with the QCI of 4 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728460
L.Traffic.ActiveUser.DL.QCI.5
Number of activated UEs
with the QCI of 5 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728461
L.Traffic.ActiveUser.DL.QCI.6
Number of activated UEs
with the QCI of 6 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728462
L.Traffic.ActiveUser.DL.QCI.7
Number of activated UEs
with the QCI of 7 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728463
L.Traffic.ActiveUser.DL.QCI.8
Number of activated UEs
with the QCI of 8 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728464
L.Traffic.ActiveUser.DL.QCI.9
Number of activated UEs
with the QCI of 9 in the
downlink buffer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728467
L.Traffic.User.Max.PLMN
Maximum number of users Multi-mode: None
for a specific operator in a GSM: None
cell
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
1526728473
L.Traffic.ULCEU.Avg
RRC Connection
Management
RRC Connection
Management
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
Multi-mode: None
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Counter ID
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Counter Name
Counter Description
Feature ID
Feature Name
Average number of uplink GSM: None
cell edge users (CEUs) in a UMTS: None
cell
LTE: LBFD-002007
TDLBFD-002007
TDLBFD-00202202
LOFD-060201
TDLOFD-060201
RRC Connection
Management
RRC Connection
Management
Uplink Static Inter-Cell
Interference Coordination
Adaptive Inter-Cell
Interference Coordination
Adaptive Inter-Cell
Interference Coordination
1526728474
L.Traffic.ULCEU.Max
Maximum number of uplink Multi-mode: None
cell edge users (CEUs) in a GSM: None
cell
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
TDLBFD-00202202
LOFD-060201
TDLOFD-060201
RRC Connection
Management
RRC Connection
Management
Uplink Static Inter-Cell
Interference Coordination
Adaptive Inter-Cell
Interference Coordination
Adaptive Inter-Cell
Interference Coordination
1526728481
L.Traffic.User.SRS.Avg
Average number of UEs
configured with sounding
reference signal (SRS)
resources in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728482
L.Traffic.User.SRS.Max
Maximum number of UEs
configured with sounding
reference signal (SRS)
resources in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728485
L.RRC.SetupFail.ResFail.SRS
Number of RRC
connection setup failures
due to SRS resource
allocation failure
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728486
L.RRC.SetupFail.ResFail.PUCCH
Number of RRC
connection setup failures
due to PUCCH resource
allocation failure
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728487
L.UECNTX.Modify.Att
Number of UE context
modification attempts
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728488
L.UECNTX.Modify.Succ
Number of successful UE
context modifications
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728489
L.RRC.ConnReq.Msg.disc.FlowCtrl
Number of times the RRC
Connection Request
message is discarded due
to flow control
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728490
L.RRC.SetupFail.Rej.FlowCtrl
Number of times the
eNodeB sends an RRC
Connection Reject
message to the UE due to
flow control
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728564
L.Thrp.bits.DL.CAUser
Total traffic volume for
PDCP SDUs sent to
activated CA UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728565
L.Thrp.Time.DL.CAUser
Total duration for activated Multi-mode: None
CA UEs transmitting
GSM: None
downlink data at the PDCP UMTS: None
layer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728672
L.Traffic.UL.AM.Retrans.bits
Multi-mode: None
Radio Bearer Management
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Counter ID
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Counter Name
Counter Description
Number of bits of uplink
PDUs retransmitted in
ARQ mode
Feature ID
Feature Name
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
1526728673
L.Traffic.DL.AM.Retrans.bits
Number of bits of downlink Multi-mode: None
PDUs retransmitted in
GSM: None
ARQ mode
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728674
L.Traffic.UL.AM.RxPackets
Number of uplink PDUs
received in ARQ mode
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728675
L.Traffic.DL.AM.TxPackets
Number of downlink PDUs
transmitted in ARQ mode
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728676
L.Traffic.UL.AM.Retrans.RxPackets
Number of uplink PDUs
Multi-mode: None
retransmitted in ARQ mode GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728677
L.Traffic.DL.AM.Retrans.TxPackets
Number of downlink PDUs Multi-mode: None
retransmitted in ARQ mode GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728678
L.Traffic.DL.AM.TxDropPackets
Number of discarded
downlink PDUs in ARQ
mode
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728744
L.UECNTX.Release.DurMeasU
Number of UE context
releases during WCDMA
network measurement
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001019
TDLBFD-002008
TDLOFD-001019
Radio Bearer Management
PS Inter-RAT Mobility
between E-UTRAN and
UTRAN
Radio Bearer Management
PS Inter-RAT Mobility
between E-UTRAN and
UTRAN
1526728745
L.UECNTX.Release.DurMeasG
Number of UE context
releases during a GERAN
measurement
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001020
TDLBFD-002008
TDLOFD-001020
Radio Bearer Management
PS Inter-RAT Mobility
between E-UTRAN and
GERAN
Radio Bearer Management
PS Inter-RAT Mobility
between E-UTRAN and
GERAN
1526728767
L.S1.Unavail.Dur.Manual
Duration of S1 link
Multi-mode: None
unavailability due to human GSM: None
factors
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728768
L.S1.Unavail.Dur.Sys
Duration of S1 link
unavailability due to
system faults
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728774
L.RRC.ConnSetup.TimeAvg
Average RRC connection
setup duration
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728775
L.RRC.ConnSetup.TimeMax
Maximum RRC connection Multi-mode: None
setup duration
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728776
L.E-RAB.Est.TimeAvg
Average E-RAB setup
duration in a cell
Radio Bearer Management
Radio Bearer Management
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
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Counter ID
Page 98 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
1526728777
L.E-RAB.Est.TimeMax
Maximum E-RAB setup
duration in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728787
L.E-RAB.FailModify.NoRadioRes
Number of E-RAB
Multi-mode: None
modification failures due to GSM: None
insufficient radio resources UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728788
L.E-RAB.Rel.eNodeB.QCI.1
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 1 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728789
L.E-RAB.Rel.eNodeB.QCI.2
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 2 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728790
L.E-RAB.Rel.eNodeB.QCI.3
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 3 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728791
L.E-RAB.Rel.eNodeB.QCI.4
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 4 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728792
L.E-RAB.Rel.eNodeB.QCI.5
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 5 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728793
L.E-RAB.Rel.eNodeB.QCI.6
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 6 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728794
L.E-RAB.Rel.eNodeB.QCI.7
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 7 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728795
L.E-RAB.Rel.eNodeB.QCI.8
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 8 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728796
L.E-RAB.Rel.eNodeB.QCI.9
Number of E-RAB releases Multi-mode: None
initiated by the eNodeB for GSM: None
services with QCI of 9 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728797
L.E-RAB.Rel.eNodeB
Total number of E-RAB
releases initiated by the
eNodeB in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728798
L.E-RAB.Rel.MME.QCI.1
Number of E-RAB releases Multi-mode: None
initiated by the MME for
GSM: None
services with QCI of 1 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728799
L.E-RAB.Rel.MME.QCI.2
Number of E-RAB releases Multi-mode: None
initiated by the MME for
GSM: None
services with QCI of 2 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728800
L.E-RAB.Rel.MME.QCI.3
Multi-mode: None
Radio Bearer Management
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Counter ID
Page 99 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of E-RAB releases GSM: None
initiated by the MME for
UMTS: None
services with QCI of 3 in a LTE: LBFD-002008
cell
TDLBFD-002008
Radio Bearer Management
1526728801
L.E-RAB.Rel.MME.QCI.4
Number of E-RAB releases Multi-mode: None
initiated by the MME for
GSM: None
services with QCI of 4 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728802
L.E-RAB.Rel.MME.QCI.5
Number of E-RAB releases Multi-mode: None
initiated by the MME for
GSM: None
services with QCI of 5 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728803
L.E-RAB.Rel.MME.QCI.6
Number of E-RAB releases Multi-mode: None
initiated by the MME for
GSM: None
services with QCI of 6 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728804
L.E-RAB.Rel.MME.QCI.7
Number of E-RAB releases Multi-mode: None
initiated by the MME for
GSM: None
services with QCI of 7 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728805
L.E-RAB.Rel.MME.QCI.8
Number of E-RAB releases Multi-mode: None
initiated by the MME for
GSM: None
services with QCI of 8 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728806
L.E-RAB.Rel.MME.QCI.9
Number of E-RAB releases Multi-mode: None
initiated by the MME for
GSM: None
services with QCI of 9 in a UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728807
L.E-RAB.Rel.MME
Total number of E-RAB
releases initiated by the
MME
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728808
L.E-RAB.Left.QCI.1
Number of remaining
E-RABs for services with
QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728809
L.E-RAB.Left.QCI.2
Number of remaining
E-RABs for services with
QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728810
L.E-RAB.Left.QCI.3
Number of remaining
E-RABs for services with
QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728811
L.E-RAB.Left.QCI.4
Number of remaining
E-RABs for services with
QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728812
L.E-RAB.Left.QCI.5
Number of remaining
E-RABs for services with
QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728813
L.E-RAB.Left.QCI.6
Number of remaining
E-RABs for services with
QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728814
L.E-RAB.Left.QCI.7
Number of remaining
E-RABs for services with
QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
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Page 100 of 510
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
LTE: LBFD-002008
TDLBFD-002008
1526728815
L.E-RAB.Left.QCI.8
Number of remaining
E-RABs for services with
QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728816
L.E-RAB.Left.QCI.9
Number of remaining
E-RABs for services with
QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728817
L.E-RAB.Left
Total number of remaining
E-RABs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728818
L.E-RAB.Rel.S1Reset.eNodeB.QCI.1
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 1 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728819
L.E-RAB.Rel.S1Reset.eNodeB.QCI.2
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 2 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728820
L.E-RAB.Rel.S1Reset.eNodeB.QCI.3
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 3 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728821
L.E-RAB.Rel.S1Reset.eNodeB.QCI.4
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 4 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728822
L.E-RAB.Rel.S1Reset.eNodeB.QCI.5
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 5 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728823
L.E-RAB.Rel.S1Reset.eNodeB.QCI.6
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 6 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728824
L.E-RAB.Rel.S1Reset.eNodeB.QCI.7
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 7 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728825
L.E-RAB.Rel.S1Reset.eNodeB.QCI.8
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 8 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728826
L.E-RAB.Rel.S1Reset.eNodeB.QCI.9
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with QCI of 9 because of
the S1 RESET in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728827
L.E-RAB.Rel.S1Reset.eNodeB
Total number of abnormal Multi-mode: None
E-RAB releases initiated by GSM: None
the eNodeB because of the UMTS: None
S1 RESET in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728828
L.E-RAB.Rel.S1Reset.MME.QCI.1
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 1
because of the S1 RESET
in a cell
Radio Bearer Management
Radio Bearer Management
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
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HedEx Startpage
Counter ID
Page 101 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526728829
L.E-RAB.Rel.S1Reset.MME.QCI.2
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 2
because of the S1 RESET
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728830
L.E-RAB.Rel.S1Reset.MME.QCI.3
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 3
because of the S1 RESET
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728831
L.E-RAB.Rel.S1Reset.MME.QCI.4
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 4
because of the S1 RESET
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728832
L.E-RAB.Rel.S1Reset.MME.QCI.5
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 5
because of the S1 RESET
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728833
L.E-RAB.Rel.S1Reset.MME.QCI.6
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 6
because of the S1 RESET
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728834
L.E-RAB.Rel.S1Reset.MME.QCI.7
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 7
because of the S1 RESET
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728835
L.E-RAB.Rel.S1Reset.MME.QCI.8
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 8
because of the S1 RESET
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728836
L.E-RAB.Rel.S1Reset.MME.QCI.9
Number of abnormal
E-RAB releases initiated by
the MME with QCI of 9
because of the S1 RESET
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728837
L.E-RAB.Rel.S1Reset.MME
Total number of abnormal Multi-mode: None
E-RAB releases initiated by GSM: None
the MME because of the
UMTS: None
S1 RESET in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728838
L.UECNTX.Rel.S1Reset.eNodeB
Number of abnormal UE
context releases initiated
by the eNodeB due to S1
RESET
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728839
L.UECNTX.Rel.S1Reset.MME
Number of abnormal UE
context releases initiated
by the MME due to S1
RESET
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728840
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.1
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 1 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728841
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.2
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 2 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
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HedEx Startpage
Counter ID
Page 102 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001037
LOFD-070206
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728842
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.3
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 3 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728843
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.4
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 4 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728844
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.5
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 5 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728845
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.6
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 6 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728846
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.7
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 7 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728847
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.8
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 8 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728848
L.E-RAB.Rel.S1Reset.eNodeB.PLMN.QCI.9
Number of abnormal
E-RAB releases initiated by
the eNodeB for services
with the QCI of 9 because
of the S1 RESET for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
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HedEx Startpage
Page 103 of 510
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
1526728849
L.E-RAB.Rel.S1Reset.eNodeB.PLMN
Total number of abnormal
E-RAB releases initiated by
the eNodeB because of the
S1 RESET for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728850
L.UECNTX.AttEst
Number of UE context
setup attempts
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728851
L.UECNTX.SuccEst
Number of successful UE
context setups
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728852
L.UECNTX.FailEst.RNL
Number of initial context
setup failures due to faults
at the radio network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728853
L.UECNTX.FailEst.SecurModeFail
Number of initial context
setup failures due to the
security mode
configuration failure
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728854
L.UECNTX.FailEst.NoRadioRes
Number of initial context
Multi-mode: None
setup failures due to
GSM: None
insufficient radio resources UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728855
L.UECNTX.FailEst.UeNoReply
Number of initial context
setup failures due to no
response from the UE
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728856
L.UECNTX.Rel.eNodeB
Number of UE context
releases initiated by the
eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728857
L.UECNTX.Rel.eNodeB.Rnl
Number of UE context
Multi-mode: None
releases initiated by the
GSM: None
eNodeB due to faults at the UMTS: None
radio network layer
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728858
L.UECNTX.Rel.eNodeB.Userinact
Number of UE context
releases initiated by the
eNodeB due to user
inactivity
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728859
L.UECNTX.Rel.eNodeB.UeLost
Number of UE context
releases initiated by the
eNodeB due to UE lost
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728860
L.UECNTX.Rel.eNodeB.HOFailure
Number of UE context
Multi-mode: None
releases initiated by the
GSM: None
eNodeB due to a handover UMTS: None
failure
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728861
L.UECNTX.Rel.MME
Number of UE context
releases initiated by the
MME
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728862
L.UECNTX.Rel.MME.Normalrel
Number of UE context
releases initiated by the
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
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HedEx Startpage
Counter ID
Page 104 of 510
Counter Name
Counter Description
Feature ID
MME due to a normal
cause
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526728879
L.E-RAB.InitEst.TimeAvg
Average initial E-RAB
setup duration in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728880
L.E-RAB.InitEst.TimeMax
Maximum initial E-RAB
setup duration in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728940
L.E-RAB.AbnormRel.MMETot
Total number of MMEtriggered abnormal E-RAB
releases
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526728941
L.E-RAB.AbnormRel.MMETot.PLMN
Total number of MMEtriggered abnormal E-RAB
releases for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526728969
L.Traffic.ActiveUser.DL.Avg
Average number of
activated UEs in downlink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728970
L.Traffic.ActiveUser.DL.Max
Maximum number of
activated UEs in downlink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728972
L.Traffic.ActiveUser.UL.Avg
Average number of
activated UEs in uplink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728973
L.Traffic.ActiveUser.UL.Max
Maximum number of
activated UEs in uplink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728975
L.Traffic.ActiveUser.Avg
Average number of
activated UEs
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728976
L.Traffic.ActiveUser.Max
Maximum number of
activated UEs
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526728997
L.Thrp.Time.Cell.DL.HighPrecision
Total duration of downlink Multi-mode: None
data transmission in a cell GSM: None
(with the precision of 1 ms) UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526728998
L.Thrp.Time.Cell.UL.HighPrecision
Total duration of uplink
Multi-mode: None
data transmission in a cell GSM: None
(with the precision of 1 ms) UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729005
L.Thrp.bits.DL.LastTTI
Downlink traffic volume
sent in the last TTI for
Radio Bearer Management
Radio Bearer Management
Multi-mode: None
GSM: None
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HedEx Startpage
Counter ID
Page 105 of 510
Counter Name
Counter Description
Feature ID
Feature Name
PDCP SDUs before the
buffer is empty
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Basic Scheduling
Basic Scheduling
1526729006
L.Thrp.bits.DL.LastTTI.QCI.1
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 1 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729007
L.Thrp.bits.DL.LastTTI.QCI.2
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 2 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729008
L.Thrp.bits.DL.LastTTI.QCI.3
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 3 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729009
L.Thrp.bits.DL.LastTTI.QCI.4
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 4 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729010
L.Thrp.bits.DL.LastTTI.QCI.5
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 5 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729011
L.Thrp.bits.DL.LastTTI.QCI.6
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 6 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729012
L.Thrp.bits.DL.LastTTI.QCI.7
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 7 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729013
L.Thrp.bits.DL.LastTTI.QCI.8
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 8 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729014
L.Thrp.bits.DL.LastTTI.QCI.9
Downlink traffic volume
sent in the last TTI for
PDCP SDUs of services
with the QCI 9 before the
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729015
L.Thrp.Time.DL.RmvLastTTI
Data transmit duration
except the last TTI before
the downlink buffer is
empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 106 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526729016
L.Thrp.Time.DL.RmvLastTTI.QCI.1
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729017
L.Thrp.Time.DL.RmvLastTTI.QCI.2
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729018
L.Thrp.Time.DL.RmvLastTTI.QCI.3
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729019
L.Thrp.Time.DL.RmvLastTTI.QCI.4
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729020
L.Thrp.Time.DL.RmvLastTTI.QCI.5
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729021
L.Thrp.Time.DL.RmvLastTTI.QCI.6
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729022
L.Thrp.Time.DL.RmvLastTTI.QCI.7
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729023
L.Thrp.Time.DL.RmvLastTTI.QCI.8
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729024
L.Thrp.Time.DL.RmvLastTTI.QCI.9
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729025
L.Thrp.bits.DL.LastTTI.PLMN
Downlink traffic volume
sent in the last TTI before
the buffer is empty for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 107 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Hybrid RAN Sharing
1526729026
L.Thrp.bits.DL.LastTTI.PLMN.QCI.1
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 1 for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729027
L.Thrp.bits.DL.LastTTI.PLMN.QCI.2
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 2 for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729028
L.Thrp.bits.DL.LastTTI.PLMN.QCI.3
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 3 for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729029
L.Thrp.bits.DL.LastTTI.PLMN.QCI.4
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 4 for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729030
L.Thrp.bits.DL.LastTTI.PLMN.QCI.5
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 5 for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729031
L.Thrp.bits.DL.LastTTI.PLMN.QCI.6
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 6 for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729032
L.Thrp.bits.DL.LastTTI.PLMN.QCI.7
Multi-mode: None
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 108 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 7 for
a specific operator
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729033
L.Thrp.bits.DL.LastTTI.PLMN.QCI.8
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 8 for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729034
L.Thrp.bits.DL.LastTTI.PLMN.QCI.9
Downlink traffic volume
sent in the last TTI before
the buffer is empty for
services with the QCI 9 for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729035
L.Thrp.Time.DL.RmvLastTTI.PLMN
Data transmit duration
except the last TTI before
the downlink buffer is
empty for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729036
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.1
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 1 for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729037
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.2
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 2 for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729038
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.3
Data transmit duration
Multi-mode: None
except the last TTI before GSM: None
the downlink buffer is
UMTS: None
empty for services with the
LTE: LBFD-002008
Radio Bearer Management
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 109 of 510
Counter Name
Counter Description
Feature ID
Feature Name
QCI 3 for a specific
operator
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729039
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.4
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 4 for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729040
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.5
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 5 for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729041
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.6
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 6 for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729042
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.7
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 7 for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729043
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.8
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 8 for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729044
L.Thrp.Time.DL.RmvLastTTI.PLMN.QCI.9
Data transmit duration
except the last TTI before
the downlink buffer is
empty for services with the
QCI 9 for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 110 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729049
L.Thrp.bits.UE.UL.LastTTI
Traffic volume of uplink
PDCP PDUs sent in the
last TTI before the UE
buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729050
L.Thrp.Time.UE.UL.RmvLastTTI
Uplink data transmit
Multi-mode: None
duration except the last TTI GSM: None
before the UE buffer is
UMTS: None
empty
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729051
L.Thrp.bits.UE.UL.LastTTI.PLMN
Traffic volume of uplink
PDCP PDUs sent in the
last TTI before the UE
buffer is empty for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526729052
L.Thrp.Time.UE.UL.RmvLastTTI.PLMN
Uplink data transmit
duration except the last TTI
before the UE buffer is
empty for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526729056
L.Thrp.DL.BitRate.Samp.Index0
Number of samples with
the downlink throughput
ranging within index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729057
L.Thrp.DL.BitRate.Samp.Index1
Number of samples with
the downlink throughput
ranging within index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729058
L.Thrp.DL.BitRate.Samp.Index2
Number of samples with
the downlink throughput
ranging within index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729059
L.Thrp.DL.BitRate.Samp.Index3
Number of samples with
the downlink throughput
ranging within index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729060
L.Thrp.DL.BitRate.Samp.Index4
Multi-mode: None
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 111 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of samples with
the downlink throughput
ranging within index 4
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729061
L.Thrp.DL.BitRate.Samp.Index5
Number of samples with
the downlink throughput
ranging within index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729062
L.Thrp.DL.BitRate.Samp.Index6
Number of samples with
the downlink throughput
ranging within index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729063
L.Thrp.DL.BitRate.Samp.Index7
Number of samples with
the downlink throughput
ranging within index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729064
L.Thrp.DL.BitRate.Samp.Index8
Number of samples with
the downlink throughput
ranging within index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729065
L.Thrp.DL.BitRate.Samp.Index9
Number of samples with
the downlink throughput
ranging within index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729066
L.Thrp.DL.BitRate.QCI1.Samp.Index0
Number of samples with
Multi-mode: None
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729067
L.Thrp.DL.BitRate.QCI1.Samp.Index1
Number of samples with
Multi-mode: None
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729068
L.Thrp.DL.BitRate.QCI1.Samp.Index2
Number of samples with
Multi-mode: None
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729069
L.Thrp.DL.BitRate.QCI1.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729070
L.Thrp.DL.BitRate.QCI1.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 112 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002025
1526729071
L.Thrp.DL.BitRate.QCI1.Samp.Index5
Multi-mode: None
Number of samples with
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 5
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729072
L.Thrp.DL.BitRate.QCI1.Samp.Index6
Number of samples with
Multi-mode: None
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729073
L.Thrp.DL.BitRate.QCI1.Samp.Index7
Number of samples with
Multi-mode: None
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 7
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729074
L.Thrp.DL.BitRate.QCI1.Samp.Index8
Multi-mode: None
Number of samples with
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729075
L.Thrp.DL.BitRate.QCI1.Samp.Index9
Number of samples with
Multi-mode: None
the downlink QCI-1 service GSM: None
throughput ranging within
UMTS: None
index 9
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729076
L.Thrp.DL.BitRate.QCI2.Samp.Index0
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729077
L.Thrp.DL.BitRate.QCI2.Samp.Index1
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729078
L.Thrp.DL.BitRate.QCI2.Samp.Index2
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729079
L.Thrp.DL.BitRate.QCI2.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729080
L.Thrp.DL.BitRate.QCI2.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729081
L.Thrp.DL.BitRate.QCI2.Samp.Index5
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 5
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 113 of 510
Counter Name
Counter Description
Feature ID
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Feature Name
Basic Scheduling
1526729082
L.Thrp.DL.BitRate.QCI2.Samp.Index6
Multi-mode: None
Number of samples with
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729083
L.Thrp.DL.BitRate.QCI2.Samp.Index7
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 7
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729084
L.Thrp.DL.BitRate.QCI2.Samp.Index8
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729085
L.Thrp.DL.BitRate.QCI2.Samp.Index9
Number of samples with
Multi-mode: None
the downlink QCI-2 service GSM: None
throughput ranging within
UMTS: None
index 9
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729086
L.Thrp.DL.BitRate.QCI3.Samp.Index0
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729087
L.Thrp.DL.BitRate.QCI3.Samp.Index1
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729088
L.Thrp.DL.BitRate.QCI3.Samp.Index2
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729089
L.Thrp.DL.BitRate.QCI3.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729090
L.Thrp.DL.BitRate.QCI3.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729091
L.Thrp.DL.BitRate.QCI3.Samp.Index5
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 5
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 114 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526729092
L.Thrp.DL.BitRate.QCI3.Samp.Index6
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729093
L.Thrp.DL.BitRate.QCI3.Samp.Index7
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 7
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729094
L.Thrp.DL.BitRate.QCI3.Samp.Index8
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729095
L.Thrp.DL.BitRate.QCI3.Samp.Index9
Number of samples with
Multi-mode: None
the downlink QCI-3 service GSM: None
throughput ranging within
UMTS: None
index 9
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729096
L.Thrp.DL.BitRate.QCI4.Samp.Index0
Number of samples with
Multi-mode: None
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729097
L.Thrp.DL.BitRate.QCI4.Samp.Index1
Number of samples with
Multi-mode: None
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729098
L.Thrp.DL.BitRate.QCI4.Samp.Index2
Number of samples with
Multi-mode: None
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729099
L.Thrp.DL.BitRate.QCI4.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729100
L.Thrp.DL.BitRate.QCI4.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729101
L.Thrp.DL.BitRate.QCI4.Samp.Index5
Number of samples with
Multi-mode: None
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 5
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729102
L.Thrp.DL.BitRate.QCI4.Samp.Index6
Number of samples with
Multi-mode: None
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 115 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002025
TDLBFD-002025
1526729103
L.Thrp.DL.BitRate.QCI4.Samp.Index7
Multi-mode: None
Number of samples with
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 7
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729104
L.Thrp.DL.BitRate.QCI4.Samp.Index8
Multi-mode: None
Number of samples with
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729105
L.Thrp.DL.BitRate.QCI4.Samp.Index9
Number of samples with
Multi-mode: None
the downlink QCI-4 service GSM: None
throughput ranging within
UMTS: None
index 9
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729106
L.Thrp.DL.BitRate.QCI5.Samp.Index0
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729107
L.Thrp.DL.BitRate.QCI5.Samp.Index1
Multi-mode: None
Number of samples with
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729108
L.Thrp.DL.BitRate.QCI5.Samp.Index2
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729109
L.Thrp.DL.BitRate.QCI5.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729110
L.Thrp.DL.BitRate.QCI5.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729111
L.Thrp.DL.BitRate.QCI5.Samp.Index5
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 5
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729112
L.Thrp.DL.BitRate.QCI5.Samp.Index6
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729113
L.Thrp.DL.BitRate.QCI5.Samp.Index7
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 116 of 510
Counter Name
Counter Description
throughput ranging within
index 7
Feature ID
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Feature Name
Basic Scheduling
Basic Scheduling
1526729114
L.Thrp.DL.BitRate.QCI5.Samp.Index8
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729115
L.Thrp.DL.BitRate.QCI5.Samp.Index9
Number of samples with
Multi-mode: None
the downlink QCI-5 service GSM: None
throughput ranging within
UMTS: None
index 9
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729116
L.Thrp.DL.BitRate.QCI6.Samp.Index0
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729117
L.Thrp.DL.BitRate.QCI6.Samp.Index1
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729118
L.Thrp.DL.BitRate.QCI6.Samp.Index2
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729119
L.Thrp.DL.BitRate.QCI6.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729120
L.Thrp.DL.BitRate.QCI6.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729121
L.Thrp.DL.BitRate.QCI6.Samp.Index5
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 5
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729122
L.Thrp.DL.BitRate.QCI6.Samp.Index6
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729123
L.Thrp.DL.BitRate.QCI6.Samp.Index7
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 7
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 117 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526729124
L.Thrp.DL.BitRate.QCI6.Samp.Index8
Multi-mode: None
Number of samples with
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729125
L.Thrp.DL.BitRate.QCI6.Samp.Index9
Number of samples with
Multi-mode: None
the downlink QCI-6 service GSM: None
throughput ranging within
UMTS: None
index 9
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729126
L.Thrp.DL.BitRate.QCI7.Samp.Index0
Multi-mode: None
Number of samples with
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729127
L.Thrp.DL.BitRate.QCI7.Samp.Index1
Number of samples with
Multi-mode: None
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729128
L.Thrp.DL.BitRate.QCI7.Samp.Index2
Multi-mode: None
Number of samples with
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729129
L.Thrp.DL.BitRate.QCI7.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729130
L.Thrp.DL.BitRate.QCI7.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729131
L.Thrp.DL.BitRate.QCI7.Samp.Index5
Number of samples with
Multi-mode: None
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 5
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729132
L.Thrp.DL.BitRate.QCI7.Samp.Index6
Number of samples with
Multi-mode: None
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729133
L.Thrp.DL.BitRate.QCI7.Samp.Index7
Number of samples with
Multi-mode: None
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 7
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729134
L.Thrp.DL.BitRate.QCI7.Samp.Index8
Number of samples with
Multi-mode: None
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 118 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
LBFD-002025
TDLBFD-002025
1526729135
L.Thrp.DL.BitRate.QCI7.Samp.Index9
Number of samples with
Multi-mode: None
the downlink QCI-7 service GSM: None
throughput ranging within
UMTS: None
index 9
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729136
L.Thrp.DL.BitRate.QCI8.Samp.Index0
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729137
L.Thrp.DL.BitRate.QCI8.Samp.Index1
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729138
L.Thrp.DL.BitRate.QCI8.Samp.Index2
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729139
L.Thrp.DL.BitRate.QCI8.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729140
L.Thrp.DL.BitRate.QCI8.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729141
L.Thrp.DL.BitRate.QCI8.Samp.Index5
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 5
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729142
L.Thrp.DL.BitRate.QCI8.Samp.Index6
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729143
L.Thrp.DL.BitRate.QCI8.Samp.Index7
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 7
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729144
L.Thrp.DL.BitRate.QCI8.Samp.Index8
Number of samples with
Multi-mode: None
the downlink QCI-8 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729145
L.Thrp.DL.BitRate.QCI8.Samp.Index9
Multi-mode: None
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 119 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of samples with
GSM: None
the downlink QCI-8 service UMTS: None
throughput ranging within
LTE: LBFD-002008
index 9
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729146
L.Thrp.DL.BitRate.QCI9.Samp.Index0
Multi-mode: None
Number of samples with
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 0
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729147
L.Thrp.DL.BitRate.QCI9.Samp.Index1
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 1
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729148
L.Thrp.DL.BitRate.QCI9.Samp.Index2
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 2
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729149
L.Thrp.DL.BitRate.QCI9.Samp.Index3
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 3
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729150
L.Thrp.DL.BitRate.QCI9.Samp.Index4
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 4
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729151
L.Thrp.DL.BitRate.QCI9.Samp.Index5
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 5
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729152
L.Thrp.DL.BitRate.QCI9.Samp.Index6
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 6
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729153
L.Thrp.DL.BitRate.QCI9.Samp.Index7
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 7
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729154
L.Thrp.DL.BitRate.QCI9.Samp.Index8
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 8
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729155
L.Thrp.DL.BitRate.QCI9.Samp.Index9
Number of samples with
Multi-mode: None
the downlink QCI-9 service GSM: None
throughput ranging within
UMTS: None
index 9
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 120 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002025
1526729156
L.Thrp.DL.BitRate.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729157
L.Thrp.DL.BitRate.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729158
L.Thrp.DL.BitRate.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729159
L.Thrp.DL.BitRate.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729160
L.Thrp.DL.BitRate.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729161
L.Thrp.DL.BitRate.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729162
L.Thrp.DL.BitRate.Samp.Index6.PLMN
Multi-mode: None
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 121 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of operatorspecific samples with the
downlink throughput
ranging within index 6
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729163
L.Thrp.DL.BitRate.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729164
L.Thrp.DL.BitRate.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729165
L.Thrp.DL.BitRate.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink throughput
ranging within index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729166
L.Thrp.DL.BitRate.QCI1.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729167
L.Thrp.DL.BitRate.QCI1.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729168
L.Thrp.DL.BitRate.QCI1.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 122 of 510
Counter Name
Counter Description
Feature ID
Feature Name
throughput ranging within
index 2
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729169
L.Thrp.DL.BitRate.QCI1.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729170
L.Thrp.DL.BitRate.QCI1.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729171
L.Thrp.DL.BitRate.QCI1.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729172
L.Thrp.DL.BitRate.QCI1.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729173
L.Thrp.DL.BitRate.QCI1.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729174
L.Thrp.DL.BitRate.QCI1.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 123 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729175
L.Thrp.DL.BitRate.QCI1.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-1 service
throughput ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729176
L.Thrp.DL.BitRate.QCI2.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729177
L.Thrp.DL.BitRate.QCI2.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729178
L.Thrp.DL.BitRate.QCI2.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729179
L.Thrp.DL.BitRate.QCI2.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729180
L.Thrp.DL.BitRate.QCI2.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 124 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729181
L.Thrp.DL.BitRate.QCI2.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729182
L.Thrp.DL.BitRate.QCI2.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729183
L.Thrp.DL.BitRate.QCI2.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729184
L.Thrp.DL.BitRate.QCI2.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729185
L.Thrp.DL.BitRate.QCI2.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-2 service
throughput ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729186
L.Thrp.DL.BitRate.QCI3.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 125 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729187
L.Thrp.DL.BitRate.QCI3.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729188
L.Thrp.DL.BitRate.QCI3.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729189
L.Thrp.DL.BitRate.QCI3.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729190
L.Thrp.DL.BitRate.QCI3.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729191
L.Thrp.DL.BitRate.QCI3.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729192
L.Thrp.DL.BitRate.QCI3.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 126 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-070206
Hybrid RAN Sharing
1526729193
L.Thrp.DL.BitRate.QCI3.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729194
L.Thrp.DL.BitRate.QCI3.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729195
L.Thrp.DL.BitRate.QCI3.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-3 service
throughput ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729196
L.Thrp.DL.BitRate.QCI4.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729197
L.Thrp.DL.BitRate.QCI4.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729198
L.Thrp.DL.BitRate.QCI4.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729199
L.Thrp.DL.BitRate.QCI4.Samp.Index3.PLMN
Multi-mode: None
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 127 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 3
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729200
L.Thrp.DL.BitRate.QCI4.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729201
L.Thrp.DL.BitRate.QCI4.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729202
L.Thrp.DL.BitRate.QCI4.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729203
L.Thrp.DL.BitRate.QCI4.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729204
L.Thrp.DL.BitRate.QCI4.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729205
L.Thrp.DL.BitRate.QCI4.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-4 service
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 128 of 510
Counter Name
Counter Description
Feature ID
Feature Name
throughput ranging within
index 9
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729206
L.Thrp.DL.BitRate.QCI5.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729207
L.Thrp.DL.BitRate.QCI5.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729208
L.Thrp.DL.BitRate.QCI5.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729209
L.Thrp.DL.BitRate.QCI5.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729210
L.Thrp.DL.BitRate.QCI5.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729211
L.Thrp.DL.BitRate.QCI5.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 129 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729212
L.Thrp.DL.BitRate.QCI5.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729213
L.Thrp.DL.BitRate.QCI5.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729214
L.Thrp.DL.BitRate.QCI5.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729215
L.Thrp.DL.BitRate.QCI5.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-5 service
throughput ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729216
L.Thrp.DL.BitRate.QCI6.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729217
L.Thrp.DL.BitRate.QCI6.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 130 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729218
L.Thrp.DL.BitRate.QCI6.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729219
L.Thrp.DL.BitRate.QCI6.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729220
L.Thrp.DL.BitRate.QCI6.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729221
L.Thrp.DL.BitRate.QCI6.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729222
L.Thrp.DL.BitRate.QCI6.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729223
L.Thrp.DL.BitRate.QCI6.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 131 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729224
L.Thrp.DL.BitRate.QCI6.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729225
L.Thrp.DL.BitRate.QCI6.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-6 service
throughput ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729226
L.Thrp.DL.BitRate.QCI7.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729227
L.Thrp.DL.BitRate.QCI7.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729228
L.Thrp.DL.BitRate.QCI7.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729229
L.Thrp.DL.BitRate.QCI7.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 132 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-070206
Hybrid RAN Sharing
1526729230
L.Thrp.DL.BitRate.QCI7.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729231
L.Thrp.DL.BitRate.QCI7.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729232
L.Thrp.DL.BitRate.QCI7.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729233
L.Thrp.DL.BitRate.QCI7.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729234
L.Thrp.DL.BitRate.QCI7.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729235
L.Thrp.DL.BitRate.QCI7.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-7 service
throughput ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729236
L.Thrp.DL.BitRate.QCI8.Samp.Index0.PLMN
Multi-mode: None
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 133 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 0
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729237
L.Thrp.DL.BitRate.QCI8.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729238
L.Thrp.DL.BitRate.QCI8.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729239
L.Thrp.DL.BitRate.QCI8.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729240
L.Thrp.DL.BitRate.QCI8.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729241
L.Thrp.DL.BitRate.QCI8.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729242
L.Thrp.DL.BitRate.QCI8.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 134 of 510
Counter Name
Counter Description
Feature ID
Feature Name
throughput ranging within
index 6
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729243
L.Thrp.DL.BitRate.QCI8.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729244
L.Thrp.DL.BitRate.QCI8.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729245
L.Thrp.DL.BitRate.QCI8.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-8 service
throughput ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729246
L.Thrp.DL.BitRate.QCI9.Samp.Index0.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729247
L.Thrp.DL.BitRate.QCI9.Samp.Index1.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729248
L.Thrp.DL.BitRate.QCI9.Samp.Index2.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 135 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729249
L.Thrp.DL.BitRate.QCI9.Samp.Index3.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729250
L.Thrp.DL.BitRate.QCI9.Samp.Index4.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729251
L.Thrp.DL.BitRate.QCI9.Samp.Index5.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729252
L.Thrp.DL.BitRate.QCI9.Samp.Index6.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729253
L.Thrp.DL.BitRate.QCI9.Samp.Index7.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729254
L.Thrp.DL.BitRate.QCI9.Samp.Index8.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 136 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729255
L.Thrp.DL.BitRate.QCI9.Samp.Index9.PLMN
Number of operatorspecific samples with the
downlink QCI-9 service
throughput ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729256
L.Thrp.eNodeB.bits.DL.Max
Maximum downlink traffic
volume for PDCP SDUs in
an eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729257
L.Thrp.eNodeB.bits.UL.Max
Maximum uplink traffic
volume for PDCP SDUs in
an eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729258
L.Thrp.eNodeB.bits.Max
Maximum sum of the uplink Multi-mode: None
and downlink traffic volume GSM: None
for PDCP SDUs in an
UMTS: None
eNodeB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729261
L.E-RAB.FailEst.NoReply.PLMN
Number of E-RAB setup
Multi-mode: None
failures due to no
GSM: None
responses from the UE in a UMTS: None
cell for a specific operator
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729262
L.E-RAB.FailEst.MME.PLMN
Number of MME-triggered
E-RAB setup failures for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729263
L.E-RAB.FailEst.TNL.PLMN
Number of E-RAB setup
failures due to faults at the
transport network layer for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729264
L.E-RAB.FailEst.RNL.PLMN
Number of E-RAB setup
failures due to faults at the
radio network layer for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 137 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729265
L.E-RAB.FailEst.NoRadioRes.PLMN
Number of E-RAB setup
failures due to insufficient
radio resources for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729266
L.E-RAB.FailEst.SecurModeFail.PLMN
Multi-mode: None
Number of E-RAB setup
failures due to security
GSM: None
mode configuration failures UMTS: None
for a specific operator
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729415
L.Thrp.bits.UE.UL.SmallPkt
Uplink traffic volume of
Multi-mode: None
PDCP PDUs scheduled for GSM: None
small packets
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729416
L.Thrp.Time.UE.UL.RmvSmallPkt
Uplink data transmission
duration except that for
small packets
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729417
L.Thrp.bits.UE.UL.SmallPkt.PLMN
Uplink traffic volume of
Multi-mode: None
PDCP PDUs scheduled for GSM: None
small packets for a specific UMTS: None
operator
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729418
L.Thrp.Time.UE.UL.RmvSmallPkt.PLMN
Uplink data transmission
Multi-mode: None
duration except that for
GSM: None
small packets for a specific UMTS: None
operator
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729435
L.Thrp.UL.BitRate.Samp.Index0
Number of samples with
the uplink throughput
ranging within index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729436
L.Thrp.UL.BitRate.Samp.Index1
Number of samples with
the uplink throughput
ranging within index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 138 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
LBFD-002025
TDLBFD-002025
1526729437
L.Thrp.UL.BitRate.Samp.Index2
Number of samples with
the uplink throughput
ranging within index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729438
L.Thrp.UL.BitRate.Samp.Index3
Number of samples with
the uplink throughput
ranging within index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729439
L.Thrp.UL.BitRate.Samp.Index4
Number of samples with
the uplink throughput
ranging within index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729440
L.Thrp.UL.BitRate.Samp.Index5
Number of samples with
the uplink throughput
ranging within index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729441
L.Thrp.UL.BitRate.Samp.Index6
Number of samples with
the uplink throughput
ranging within index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729442
L.Thrp.UL.BitRate.Samp.Index7
Number of samples with
the uplink throughput
ranging within index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729443
L.Thrp.UL.BitRate.Samp.Index8
Number of samples with
the uplink throughput
ranging within index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729444
L.Thrp.UL.BitRate.Samp.Index9
Number of samples with
the uplink throughput
ranging within index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526729445
L.Thrp.UL.BitRate.Samp.Index0.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729446
L.Thrp.UL.BitRate.Samp.Index1.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 1
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
RAN Sharing with
Common Carrier
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5/28/2018
HedEx Startpage
Counter ID
Page 139 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729447
L.Thrp.UL.BitRate.Samp.Index2.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729448
L.Thrp.UL.BitRate.Samp.Index3.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729449
L.Thrp.UL.BitRate.Samp.Index4.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729450
L.Thrp.UL.BitRate.Samp.Index5.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729451
L.Thrp.UL.BitRate.Samp.Index6.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729452
L.Thrp.UL.BitRate.Samp.Index7.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 140 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729453
L.Thrp.UL.BitRate.Samp.Index8.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729454
L.Thrp.UL.BitRate.Samp.Index9.PLMN
Number of operatorspecific samples with the
uplink throughput ranging
within index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729493
L.E-RAB.AbnormRel.Radio.PLMN
Number of abnormal
releases of activated
E-RABs because of faults
at the radio network layer
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729494
L.E-RAB.AbnormRel.TNL.PLMN
Number of abnormal
releases of activated
E-RABs because of faults
at the transport network
layer for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729495
L.E-RAB.AbnormRel.Cong.PLMN
Number of abnormal
releases of activated
E-RABs because of
network congestion for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002024
TDLBFD-002024
LOFD-00102901
TDLOFD-00102901
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Congestion Control
Congestion Control
Radio/transport resource
pre-emption
Radio/transport resource
pre-emption
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729496
L.E-RAB.AbnormRel.HOFailure.PLMN
Number of abnormal
releases of activated
E-RABs because of
handover failures for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 141 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001037
LOFD-070206
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729545
L.E-RAB.FailEst.NoRadioRes.SRS
Number of E-RAB setup
failures due to insufficient
SRS resources
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729546
L.E-RAB.FailEst.NoRadioRes.PUCCH
Number of E-RAB setup
failures due to insufficient
PUCCH resources
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729547
L.E-RAB.FailEst.NoRadioRes.SRS.PLMN
Number of E-RAB setup
failures due to insufficient
SRS resources for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729548
L.E-RAB.FailEst.NoRadioRes.PUCCH.PLMN
Number of E-RAB setup
failures due to insufficient
PUCCH resources for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729549
L.E-RAB.AbnormRel.Radio.SRBReset
Number of abnormal
releases of activated
E-RABs because the RLC
PDU for an SRB has been
retransmitted for the
maximum number of times
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729550
L.E-RAB.AbnormRel.Radio.DRBReset
Number of abnormal
releases of activated
E-RABs because the RLC
PDU for a DRB has been
retransmitted for the
maximum number of times
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729551
L.E-RAB.AbnormRel.Radio.ULSyncFail
Number of abnormal
releases of activated
E-RABs due to uplink
resynchronization failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729552
L.E-RAB.AbnormRel.Radio.UuNoReply
Number of abnormal
releases of activated
E-RABs because of no
responses from the UE
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729553
L.E-RAB.AbnormRel.Radio.SRBReset.PLMN
Number of abnormal
releases of activated
E-RABs because the RLC
PDU for an SRB has been
retransmitted for the
maximum number of times
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729554
L.E-RAB.AbnormRel.Radio.DRBReset.PLMN
Number of abnormal
releases of activated
E-RABs because the RLC
PDU for a DRB has been
retransmitted for the
maximum number of times
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 142 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729555
L.E-RAB.AbnormRel.Radio.ULSyncFail.PLMN
Number of abnormal
releases of activated
E-RABs due to uplink
resynchronization failures
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729556
L.E-RAB.AbnormRel.Radio.UuNoReply.PLMN
Number of abnormal
releases of activated
E-RABs because of no
responses from the UE for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729666
L.Thrp.Time.Cell.DL.HighPrecision.PLMN
Total duration of downlink
data transmission for a
specific operator in a cell
(with the sampling period
of 1 millisecond)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729667
L.Thrp.Time.Cell.UL.HighPrecision.PLMN
Total duration of uplink
data transmission for a
specific operator in a cell
(with the sampling period
of 1 millisecond)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
LOFD-001036
LOFD-001037
LBFD-002025
TDLBFD-002008
TDLOFD-001036
TDLOFD-001037
TDLBFD-002025
LOFD-070206
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Basic Scheduling
Hybrid RAN Sharing
1526729668
L.Traffic.DL.PktSize.Samp.Index0
Number of samples with
the downlink PDCP SDU
size ranging within index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729669
L.Traffic.DL.PktSize.Samp.Index1
Number of samples with
the downlink PDCP SDU
size ranging within index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729670
L.Traffic.DL.PktSize.Samp.Index2
Number of samples with
the downlink PDCP SDU
size ranging within index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729671
L.Traffic.DL.PktSize.Samp.Index3
Number of samples with
the downlink PDCP SDU
size ranging within index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729672
L.Traffic.DL.PktSize.Samp.Index4
Number of samples with
the downlink PDCP SDU
size ranging within index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 143 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526729673
L.Traffic.DL.PktSize.Samp.Index5
Number of samples with
the downlink PDCP SDU
size ranging within index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729674
L.Traffic.DL.PktSize.Samp.Index6
Number of samples with
the downlink PDCP SDU
size ranging within index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729675
L.Traffic.DL.PktSize.Samp.Index7
Number of samples with
the downlink PDCP SDU
size ranging within index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729676
L.Traffic.DL.PktSize.Samp.Index8
Number of samples with
the downlink PDCP SDU
size ranging within index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729677
L.Traffic.DL.PktSize.Samp.Index9
Number of samples with
the downlink PDCP SDU
size ranging within index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729678
L.Traffic.DL.PktSize.QCI1.Samp.Index0
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729679
L.Traffic.DL.PktSize.QCI1.Samp.Index1
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729680
L.Traffic.DL.PktSize.QCI1.Samp.Index2
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729681
L.Traffic.DL.PktSize.QCI1.Samp.Index3
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729682
L.Traffic.DL.PktSize.QCI1.Samp.Index4
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729683
L.Traffic.DL.PktSize.QCI1.Samp.Index5
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729684
L.Traffic.DL.PktSize.QCI1.Samp.Index6
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729685
L.Traffic.DL.PktSize.QCI1.Samp.Index7
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729686
L.Traffic.DL.PktSize.QCI1.Samp.Index8
Number of samples with
the downlink QCI-1 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729687
L.Traffic.DL.PktSize.QCI1.Samp.Index9
Number of samples with
the downlink QCI-1 PDCP
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 144 of 510
Counter Name
Counter Description
Feature ID
SDU size ranging within
index 9
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526729688
L.Traffic.DL.PktSize.QCI2.Samp.Index0
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729689
L.Traffic.DL.PktSize.QCI2.Samp.Index1
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729690
L.Traffic.DL.PktSize.QCI2.Samp.Index2
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729691
L.Traffic.DL.PktSize.QCI2.Samp.Index3
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729692
L.Traffic.DL.PktSize.QCI2.Samp.Index4
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729693
L.Traffic.DL.PktSize.QCI2.Samp.Index5
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729694
L.Traffic.DL.PktSize.QCI2.Samp.Index6
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729695
L.Traffic.DL.PktSize.QCI2.Samp.Index7
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729696
L.Traffic.DL.PktSize.QCI2.Samp.Index8
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729697
L.Traffic.DL.PktSize.QCI2.Samp.Index9
Number of samples with
the downlink QCI-2 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729698
L.Traffic.DL.PktSize.QCI3.Samp.Index0
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729699
L.Traffic.DL.PktSize.QCI3.Samp.Index1
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729700
L.Traffic.DL.PktSize.QCI3.Samp.Index2
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729701
L.Traffic.DL.PktSize.QCI3.Samp.Index3
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 145 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
1526729702
L.Traffic.DL.PktSize.QCI3.Samp.Index4
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729703
L.Traffic.DL.PktSize.QCI3.Samp.Index5
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729704
L.Traffic.DL.PktSize.QCI3.Samp.Index6
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729705
L.Traffic.DL.PktSize.QCI3.Samp.Index7
Number of samples with
the size of a downlink
QCI-3 PDCP SDU ranging
with index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729706
L.Traffic.DL.PktSize.QCI3.Samp.Index8
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729707
L.Traffic.DL.PktSize.QCI3.Samp.Index9
Number of samples with
the downlink QCI-3 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729708
L.Traffic.DL.PktSize.QCI4.Samp.Index0
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729709
L.Traffic.DL.PktSize.QCI4.Samp.Index1
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729710
L.Traffic.DL.PktSize.QCI4.Samp.Index2
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729711
L.Traffic.DL.PktSize.QCI4.Samp.Index3
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729712
L.Traffic.DL.PktSize.QCI4.Samp.Index4
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729713
L.Traffic.DL.PktSize.QCI4.Samp.Index5
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729714
L.Traffic.DL.PktSize.QCI4.Samp.Index6
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729715
L.Traffic.DL.PktSize.QCI4.Samp.Index7
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729716
L.Traffic.DL.PktSize.QCI4.Samp.Index8
Multi-mode: None
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 146 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 8
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
1526729717
L.Traffic.DL.PktSize.QCI4.Samp.Index9
Number of samples with
the downlink QCI-4 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729718
L.Traffic.DL.PktSize.QCI5.Samp.Index0
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729719
L.Traffic.DL.PktSize.QCI5.Samp.Index1
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729720
L.Traffic.DL.PktSize.QCI5.Samp.Index2
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729721
L.Traffic.DL.PktSize.QCI5.Samp.Index3
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729722
L.Traffic.DL.PktSize.QCI5.Samp.Index4
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729723
L.Traffic.DL.PktSize.QCI5.Samp.Index5
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729724
L.Traffic.DL.PktSize.QCI5.Samp.Index6
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729725
L.Traffic.DL.PktSize.QCI5.Samp.Index7
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729726
L.Traffic.DL.PktSize.QCI5.Samp.Index8
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729727
L.Traffic.DL.PktSize.QCI5.Samp.Index9
Number of samples with
the downlink QCI-5 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729728
L.Traffic.DL.PktSize.QCI6.Samp.Index0
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729729
L.Traffic.DL.PktSize.QCI6.Samp.Index1
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729730
L.Traffic.DL.PktSize.QCI6.Samp.Index2
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 147 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LTE: LBFD-002008
TDLBFD-002008
1526729731
L.Traffic.DL.PktSize.QCI6.Samp.Index3
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729732
L.Traffic.DL.PktSize.QCI6.Samp.Index4
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729733
L.Traffic.DL.PktSize.QCI6.Samp.Index5
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729734
L.Traffic.DL.PktSize.QCI6.Samp.Index6
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729735
L.Traffic.DL.PktSize.QCI6.Samp.Index7
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729736
L.Traffic.DL.PktSize.QCI6.Samp.Index8
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729737
L.Traffic.DL.PktSize.QCI6.Samp.Index9
Number of samples with
the downlink QCI-6 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729738
L.Traffic.DL.PktSize.QCI7.Samp.Index0
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729739
L.Traffic.DL.PktSize.QCI7.Samp.Index1
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729740
L.Traffic.DL.PktSize.QCI7.Samp.Index2
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729741
L.Traffic.DL.PktSize.QCI7.Samp.Index3
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729742
L.Traffic.DL.PktSize.QCI7.Samp.Index4
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729743
L.Traffic.DL.PktSize.QCI7.Samp.Index5
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729744
L.Traffic.DL.PktSize.QCI7.Samp.Index6
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 148 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526729745
L.Traffic.DL.PktSize.QCI7.Samp.Index7
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729746
L.Traffic.DL.PktSize.QCI7.Samp.Index8
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729747
L.Traffic.DL.PktSize.QCI7.Samp.Index9
Number of samples with
the downlink QCI-7 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729748
L.Traffic.DL.PktSize.QCI8.Samp.Index0
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729749
L.Traffic.DL.PktSize.QCI8.Samp.Index1
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729750
L.Traffic.DL.PktSize.QCI8.Samp.Index2
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729751
L.Traffic.DL.PktSize.QCI8.Samp.Index3
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729752
L.Traffic.DL.PktSize.QCI8.Samp.Index4
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729753
L.Traffic.DL.PktSize.QCI8.Samp.Index5
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729754
L.Traffic.DL.PktSize.QCI8.Samp.Index6
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729755
L.Traffic.DL.PktSize.QCI8.Samp.Index7
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729756
L.Traffic.DL.PktSize.QCI8.Samp.Index8
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729757
L.Traffic.DL.PktSize.QCI8.Samp.Index9
Number of samples with
the downlink QCI-8 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729758
L.Traffic.DL.PktSize.QCI9.Samp.Index0
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729759
L.Traffic.DL.PktSize.QCI9.Samp.Index1
Number of samples with
the downlink QCI-9 PDCP
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 149 of 510
Counter Name
Counter Description
Feature ID
SDU size ranging within
index 1
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526729760
L.Traffic.DL.PktSize.QCI9.Samp.Index2
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729761
L.Traffic.DL.PktSize.QCI9.Samp.Index3
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729762
L.Traffic.DL.PktSize.QCI9.Samp.Index4
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729763
L.Traffic.DL.PktSize.QCI9.Samp.Index5
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729764
L.Traffic.DL.PktSize.QCI9.Samp.Index6
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729765
L.Traffic.DL.PktSize.QCI9.Samp.Index7
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729766
L.Traffic.DL.PktSize.QCI9.Samp.Index8
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729767
L.Traffic.DL.PktSize.QCI9.Samp.Index9
Number of samples with
the downlink QCI-9 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729768
L.Traffic.UL.PktSize.Samp.Index0
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 0
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729769
L.Traffic.UL.PktSize.Samp.Index1
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 1
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729770
L.Traffic.UL.PktSize.Samp.Index2
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 2
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729771
L.Traffic.UL.PktSize.Samp.Index3
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 3
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729772
L.Traffic.UL.PktSize.Samp.Index4
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 4
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729773
L.Traffic.UL.PktSize.Samp.Index5
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 5
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 150 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
1526729774
L.Traffic.UL.PktSize.Samp.Index6
Multi-mode: None
Number of samples with
the uplink PDCP SDU size GSM: None
ranging within index 6
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729775
L.Traffic.UL.PktSize.Samp.Index7
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 7
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729776
L.Traffic.UL.PktSize.Samp.Index8
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 8
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729777
L.Traffic.UL.PktSize.Samp.Index9
Number of samples with
Multi-mode: None
the uplink PDCP SDU size GSM: None
ranging within index 9
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729778
L.Traffic.UL.PktSize.QCI1.Samp.Index0
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729779
L.Traffic.UL.PktSize.QCI1.Samp.Index1
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729780
L.Traffic.UL.PktSize.QCI1.Samp.Index2
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729781
L.Traffic.UL.PktSize.QCI1.Samp.Index3
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729782
L.Traffic.UL.PktSize.QCI1.Samp.Index4
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729783
L.Traffic.UL.PktSize.QCI1.Samp.Index5
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729784
L.Traffic.UL.PktSize.QCI1.Samp.Index6
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729785
L.Traffic.UL.PktSize.QCI1.Samp.Index7
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729786
L.Traffic.UL.PktSize.QCI1.Samp.Index8
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729787
L.Traffic.UL.PktSize.QCI1.Samp.Index9
Number of samples with
the uplink QCI-1 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729788
L.Traffic.UL.PktSize.QCI2.Samp.Index0
Multi-mode: None
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 151 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 0
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
1526729789
L.Traffic.UL.PktSize.QCI2.Samp.Index1
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729790
L.Traffic.UL.PktSize.QCI2.Samp.Index2
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729791
L.Traffic.UL.PktSize.QCI2.Samp.Index3
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729792
L.Traffic.UL.PktSize.QCI2.Samp.Index4
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729793
L.Traffic.UL.PktSize.QCI2.Samp.Index5
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729794
L.Traffic.UL.PktSize.QCI2.Samp.Index6
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729795
L.Traffic.UL.PktSize.QCI2.Samp.Index7
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729796
L.Traffic.UL.PktSize.QCI2.Samp.Index8
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729797
L.Traffic.UL.PktSize.QCI2.Samp.Index9
Number of samples with
the uplink QCI-2 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729798
L.Traffic.UL.PktSize.QCI3.Samp.Index0
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729799
L.Traffic.UL.PktSize.QCI3.Samp.Index1
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729800
L.Traffic.UL.PktSize.QCI3.Samp.Index2
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729801
L.Traffic.UL.PktSize.QCI3.Samp.Index3
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729802
L.Traffic.UL.PktSize.QCI3.Samp.Index4
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 152 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LTE: LBFD-002008
TDLBFD-002008
1526729803
L.Traffic.UL.PktSize.QCI3.Samp.Index5
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729804
L.Traffic.UL.PktSize.QCI3.Samp.Index6
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729805
L.Traffic.UL.PktSize.QCI3.Samp.Index7
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729806
L.Traffic.UL.PktSize.QCI3.Samp.Index8
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729807
L.Traffic.UL.PktSize.QCI3.Samp.Index9
Number of samples with
the uplink QCI-3 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729808
L.Traffic.UL.PktSize.QCI4.Samp.Index0
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729809
L.Traffic.UL.PktSize.QCI4.Samp.Index1
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729810
L.Traffic.UL.PktSize.QCI4.Samp.Index2
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729811
L.Traffic.UL.PktSize.QCI4.Samp.Index3
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729812
L.Traffic.UL.PktSize.QCI4.Samp.Index4
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729813
L.Traffic.UL.PktSize.QCI4.Samp.Index5
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729814
L.Traffic.UL.PktSize.QCI4.Samp.Index6
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729815
L.Traffic.UL.PktSize.QCI4.Samp.Index7
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729816
L.Traffic.UL.PktSize.QCI4.Samp.Index8
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 153 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526729817
L.Traffic.UL.PktSize.QCI4.Samp.Index9
Number of samples with
the uplink QCI-4 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729818
L.Traffic.UL.PktSize.QCI5.Samp.Index0
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729819
L.Traffic.UL.PktSize.QCI5.Samp.Index1
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729820
L.Traffic.UL.PktSize.QCI5.Samp.Index2
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729821
L.Traffic.UL.PktSize.QCI5.Samp.Index3
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729822
L.Traffic.UL.PktSize.QCI5.Samp.Index4
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729823
L.Traffic.UL.PktSize.QCI5.Samp.Index5
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729824
L.Traffic.UL.PktSize.QCI5.Samp.Index6
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729825
L.Traffic.UL.PktSize.QCI5.Samp.Index7
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729826
L.Traffic.UL.PktSize.QCI5.Samp.Index8
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729827
L.Traffic.UL.PktSize.QCI5.Samp.Index9
Number of samples with
the uplink QCI-5 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729828
L.Traffic.UL.PktSize.QCI6.Samp.Index0
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729829
L.Traffic.UL.PktSize.QCI6.Samp.Index1
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729830
L.Traffic.UL.PktSize.QCI6.Samp.Index2
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729831
L.Traffic.UL.PktSize.QCI6.Samp.Index3
Number of samples with
the uplink QCI-6 PDCP
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 154 of 510
Counter Name
Counter Description
Feature ID
SDU size ranging within
index 3
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526729832
L.Traffic.UL.PktSize.QCI6.Samp.Index4
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729833
L.Traffic.UL.PktSize.QCI6.Samp.Index5
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729834
L.Traffic.UL.PktSize.QCI6.Samp.Index6
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729835
L.Traffic.UL.PktSize.QCI6.Samp.Index7
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729836
L.Traffic.UL.PktSize.QCI6.Samp.Index8
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729837
L.Traffic.UL.PktSize.QCI6.Samp.Index9
Number of samples with
the uplink QCI-6 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729838
L.Traffic.UL.PktSize.QCI7.Samp.Index0
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729839
L.Traffic.UL.PktSize.QCI7.Samp.Index1
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729840
L.Traffic.UL.PktSize.QCI7.Samp.Index2
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729841
L.Traffic.UL.PktSize.QCI7.Samp.Index3
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729842
L.Traffic.UL.PktSize.QCI7.Samp.Index4
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729843
L.Traffic.UL.PktSize.QCI7.Samp.Index5
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729844
L.Traffic.UL.PktSize.QCI7.Samp.Index6
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729845
L.Traffic.UL.PktSize.QCI7.Samp.Index7
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 155 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
1526729846
L.Traffic.UL.PktSize.QCI7.Samp.Index8
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729847
L.Traffic.UL.PktSize.QCI7.Samp.Index9
Number of samples with
the uplink QCI-7 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729848
L.Traffic.UL.PktSize.QCI8.Samp.Index0
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729849
L.Traffic.UL.PktSize.QCI8.Samp.Index1
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729850
L.Traffic.UL.PktSize.QCI8.Samp.Index2
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729851
L.Traffic.UL.PktSize.QCI8.Samp.Index3
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729852
L.Traffic.UL.PktSize.QCI8.Samp.Index4
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729853
L.Traffic.UL.PktSize.QCI8.Samp.Index5
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729854
L.Traffic.UL.PktSize.QCI8.Samp.Index6
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729855
L.Traffic.UL.PktSize.QCI8.Samp.Index7
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729856
L.Traffic.UL.PktSize.QCI8.Samp.Index8
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729857
L.Traffic.UL.PktSize.QCI8.Samp.Index9
Number of samples with
the uplink QCI-8 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729858
L.Traffic.UL.PktSize.QCI9.Samp.Index0
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729859
L.Traffic.UL.PktSize.QCI9.Samp.Index1
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729860
L.Traffic.UL.PktSize.QCI9.Samp.Index2
Multi-mode: None
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 156 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 2
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
1526729861
L.Traffic.UL.PktSize.QCI9.Samp.Index3
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729862
L.Traffic.UL.PktSize.QCI9.Samp.Index4
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729863
L.Traffic.UL.PktSize.QCI9.Samp.Index5
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729864
L.Traffic.UL.PktSize.QCI9.Samp.Index6
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729865
L.Traffic.UL.PktSize.QCI9.Samp.Index7
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729866
L.Traffic.UL.PktSize.QCI9.Samp.Index8
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729867
L.Traffic.UL.PktSize.QCI9.Samp.Index9
Number of samples with
the uplink QCI-9 PDCP
SDU size ranging within
index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729911
L.E-RAB.AbnormRel.MME.EUtranGen
Number of abnormal
releases of activated
E-RABs triggered by the
MME with the release
cause of Release due to
E-UTRAN Generated
Reason
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729912
L.E-RAB.AbnormRel.Cong.PreEmp
Number of abnormal
releases of activated
E-RABs because of radio
resource preemption
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002024
TDLBFD-002024
LOFD-00102901
TDLOFD-00102901
Radio Bearer Management
Radio Bearer Management
Congestion Control
Congestion Control
Radio/transport resource
pre-emption
Radio/transport resource
pre-emption
1526729913
L.E-RAB.AbnormRel.Cong.Load
Number of abnormal
releases of activated
E-RABs because of radio
resource overload
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002024
TDLBFD-002024
Radio Bearer Management
Radio Bearer Management
Congestion Control
Congestion Control
1526729914
L.E-RAB.AbnormRel.TNL.PreEmp
Number of abnormal
releases of activated
E-RABs because of
transport resource
preemption
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729915
L.E-RAB.AbnormRel.TNL.Load
Number of abnormal
releases of activated
E-RABs because of
transport resource
overload
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729916
L.E-RAB.AbnormRel.MMETot.VoIP
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 157 of 510
Counter Name
Counter Description
Feature ID
Number of MME-triggered
abnormal releases of
E-RABs for voice services
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526729917
L.E-RAB.AbnormRel.Radio.SRBReset.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because the RLC PDU for
an SRB has been
retransmitted for the
maximum number of times
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729918
L.E-RAB.AbnormRel.Radio.NoReply.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of no responses
from the UE
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729919
L.E-RAB.AbnormRel.Radio.ULSyncFail.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of uplink
resynchronization failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729920
L.E-RAB.AbnormRel.MME.EUtranGen.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
triggered by the MME with
the release cause of
Release due to E-UTRAN
Generated Reason
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729921
L.E-RAB.AbnormRel.Radio.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of faults at the
radio network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729922
L.E-RAB.AbnormRel.HOFailure.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of handover
failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729923
L.E-RAB.AbnormRel.Cong.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of radio network
congestion
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002024
TDLBFD-002024
LOFD-00102901
TDLOFD-00102901
Radio Bearer Management
Radio Bearer Management
Congestion Control
Congestion Control
Radio/transport resource
pre-emption
Radio/transport resource
pre-emption
1526729924
L.E-RAB.AbnormRel.MME.VoIP
Number of MME-triggered Multi-mode: None
abnormal releases of
GSM: None
activated E-RABs for voice UMTS: None
services
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729925
L.E-RAB.AbnormRel.TNL.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of faults at the
transport network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729926
L.E-RAB.AbnormRel.Cong.PreEmp.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of radio resource
preemption
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002024
TDLBFD-002024
LOFD-00102901
TDLOFD-00102901
Radio Bearer Management
Radio Bearer Management
Congestion Control
Congestion Control
Radio/transport resource
pre-emption
Radio/transport resource
pre-emption
1526729927
L.E-RAB.AbnormRel.Cong.Load.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of radio resource
overload
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002024
TDLBFD-002024
Radio Bearer Management
Radio Bearer Management
Congestion Control
Congestion Control
1526729928
L.E-RAB.AbnormRel.TNL.PreEmp.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 158 of 510
Counter Name
Counter Description
Feature ID
because of transport
resource preemption
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526729929
L.E-RAB.AbnormRel.TNL.Load.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of transport
resource overload
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729930
L.E-RAB.AbnormRel.MME.EUtranGen.PLMN
Number of abnormal
releases of activated
E-RABs triggered by the
MME with the release
cause of Release due to
E-UTRAN Generated
Reason for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729931
L.E-RAB.AbnormRel.Cong.PreEmp.PLMN
Number of abnormal
releases of activated
E-RABs because of radio
resource preemption for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
LBFD-002024
TDLBFD-002024
LOFD-00102901
TDLOFD-00102901
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
Congestion Control
Congestion Control
Radio/transport resource
pre-emption
Radio/transport resource
pre-emption
1526729932
L.E-RAB.AbnormRel.Cong.Load.PLMN
Number of abnormal
releases of activated
E-RABs because of radio
resource overload for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
LBFD-002024
TDLBFD-002024
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
Congestion Control
Congestion Control
1526729933
L.E-RAB.AbnormRel.TNL.PreEmp.PLMN
Number of abnormal
releases of activated
E-RABs because of
transport resource
preemption for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729934
L.E-RAB.AbnormRel.TNL.Load.PLMN
Number of abnormal
releases of activated
E-RABs because of
transport resource
overload for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729935
L.E-RAB.AbnormRel.MMETot.VoIP.PLMN
Number of MME-triggered
abnormal releases of
E-RABs for voice services
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 159 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Hybrid RAN Sharing
1526729936
L.E-RAB.AbnormRel.Radio.SRBReset.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because the RLC PDU for
an SRB has been
retransmitted for the
maximum number of times
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729937
L.E-RAB.AbnormRel.Radio.NoReply.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of no responses
from the UE for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729938
L.E-RAB.AbnormRel.Radio.ULSyncFail.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of uplink
resynchronization failures
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729939
L.E-RAB.AbnormRel.MME.EUtranGen.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
triggered by the MME with
the release cause of
Release due to E-UTRAN
Generated Reason for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729940
L.E-RAB.AbnormRel.Radio.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of faults at the
radio network layer for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729941
L.E-RAB.AbnormRel.HOFailure.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of handover
failures for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729942
L.E-RAB.AbnormRel.Cong.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of radio network
congestion for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
LBFD-002024
TDLBFD-002024
LOFD-00102901
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
Congestion Control
Congestion Control
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5/28/2018
HedEx Startpage
Counter ID
Page 160 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-00102901
Radio/transport resource
pre-emption
Radio/transport resource
pre-emption
1526729943
L.E-RAB.AbnormRel.MME.VoIP.PLMN
Number of MME-triggered
abnormal releases of
activated E-RABs for voice
services for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729944
L.E-RAB.AbnormRel.TNL.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of faults at the
transport network layer for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729945
L.E-RAB.AbnormRel.TNL.PreEmp.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of transport
resource preemption for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729946
L.E-RAB.AbnormRel.TNL.Load.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of transport
resource overload for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729947
L.E-RAB.AbnormRel.Cong.PreEmp.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of radio resource
preemption for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
LBFD-002024
TDLBFD-002024
LOFD-00102901
TDLOFD-00102901
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
Congestion Control
Congestion Control
Radio/transport resource
pre-emption
Radio/transport resource
pre-emption
1526729948
L.E-RAB.AbnormRel.Cong.Load.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of radio resource
overload for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
LBFD-002024
TDLBFD-002024
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
Congestion Control
Congestion Control
1526729949
L.RRC.SetupFail.ResFail.UserSpec
Number of RRC
connection setup failures
Multi-mode: None
GSM: None
UMTS: None
RRC Connection
Management
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5/28/2018
HedEx Startpage
Counter ID
Page 161 of 510
Counter Name
Counter Description
Feature ID
because of limitation of UE LTE: LBFD-002007
number specification
TDLBFD-002007
Feature Name
RRC Connection
Management
1526729950
L.E-RAB.FailEst.SRBReset
Number of E-RAB setup
failures because the RLC
PDU for an SRB has been
retransmitted for the
maximum number of times
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729951
L.E-RAB.FailEst.TNL.DLRes
Number of E-RAB setup
failures because of
insufficient downlink
transport resources
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729952
L.E-RAB.FailEst.TNL.ULRes
Number of E-RAB setup
Multi-mode: None
failures because of
GSM: None
insufficient uplink transport UMTS: None
resources
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729953
L.E-RAB.FailEst.NoRadioRes.DLThrpLic
Number of E-RAB setup
failures because of
insufficient licensed
downlink traffic volume
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729954
L.E-RAB.FailEst.NoRadioRes.ULThrpLic
Number of E-RAB setup
failures because of
insufficient licensed uplink
traffic volume
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729955
L.E-RAB.FailEst.NoRadioRes.DLSatis
Number of E-RAB setup
failures because of a low
downlink satisfaction rate
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729956
L.E-RAB.FailEst.NoRadioRes.ULSatis
Number of E-RAB setup
failures because of a low
uplink satisfaction rate
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729957
L.E-RAB.FailEst.NoReply.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of no responses
UMTS: None
from the UE in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729958
L.E-RAB.FailEst.MME.VoIP
Number of MME-triggered
setup failures of E-RABs
for voice services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729959
L.E-RAB.FailEst.TNL.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of faults at the
UMTS: None
transport network layer
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729960
L.E-RAB.FailEst.RNL.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of faults at the
UMTS: None
radio network layer
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729961
L.E-RAB.FailEst.NoRadioRes.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of insufficient
UMTS: None
radio resources
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
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5/28/2018
HedEx Startpage
Counter ID
Page 162 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
LBFD-002023
TDLBFD-002023
1526729962
L.E-RAB.FailEst.SecurModeFail.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of security mode UMTS: None
configuration failures
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729963
L.E-RAB.FailEst.SRBReset.VoIP
Number of setup failures of
E-RABs for voice services
because the RLC PDU for
an SRB has been
retransmitted for the
maximum number of times
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526729964
L.E-RAB.FailEst.NoRadioRes.SRS.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of insufficient
UMTS: None
SRS resources
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729965
L.E-RAB.FailEst.NoRadioRes.PUCCH.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of insufficient
UMTS: None
PUCCH resources
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729966
L.E-RAB.FailEst.NoRadioRes.DLThrpLic.VoIP
Number of setup failures of
E-RABs for voice services
because of insufficient
licensed downlink traffic
volume
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729967
L.E-RAB.FailEst.NoRadioRes.ULThrpLic.VoIP
Number of setup failures of
E-RABs for voice services
because of insufficient
licensed uplink traffic
volume
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729968
L.E-RAB.FailEst.NoRadioRes.DLSatis.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of a low downlink UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729969
L.E-RAB.FailEst.NoRadioRes.ULSatis.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of a low uplink
UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729970
L.E-RAB.FailEst.TNL.DLRes.VoIP
Number of setup failures of
E-RABs for voice services
because of insufficient
downlink transport
resources
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729971
L.E-RAB.FailEst.TNL.ULRes.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
because of insufficient
UMTS: None
uplink transport resources
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526729972
L.E-RAB.FailEst.SRBReset.PLMN
Number of E-RAB setup
failures because the RLC
PDU for an SRB has been
retransmitted for the
maximum number of times
for a specific operator
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
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5/28/2018
HedEx Startpage
Counter ID
Page 163 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729973
L.E-RAB.FailEst.TNL.DLRes.PLMN
Number of E-RAB setup
failures because of
insufficient downlink
transport resources for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729974
L.E-RAB.FailEst.TNL.ULRes.PLMN
Number of E-RAB setup
failures because of
insufficient uplink transport
resources for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729975
L.E-RAB.FailEst.NoRadioRes.DLThrpLic.PLMN
Number of E-RAB setup
failures because of
insufficient downlink
licensed traffic volume for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729976
L.E-RAB.FailEst.NoRadioRes.ULThrpLic.PLMN
Number of E-RAB setup
failures because of
insufficient uplink licensed
traffic volume for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729977
L.E-RAB.FailEst.NoRadioRes.DLSatis.PLMN
Number of E-RAB setup
failures because of a low
downlink satisfaction rate
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729978
L.E-RAB.FailEst.NoRadioRes.ULSatis.PLMN
Number of E-RAB setup
Multi-mode: None
failures because of a low
GSM: None
uplink satisfaction rate for a UMTS: None
specific operator
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 164 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729979
L.E-RAB.FailEst.NoReply.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of no responses
from the UE in a cell for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729980
L.E-RAB.FailEst.MME.VoIP.PLMN
Number of MME-triggered
setup failures of E-RABs
for voice services for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729981
L.E-RAB.FailEst.TNL.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of faults at the
transport network layer for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729982
L.E-RAB.FailEst.RNL.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of faults at the
radio network layer for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729983
L.E-RAB.FailEst.NoRadioRes.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of insufficient
radio resources for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729984
L.E-RAB.FailEst.SecurModeFail.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of security mode
configuration failures for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729985
L.E-RAB.FailEst.SRBReset.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because the RLC PDU for
an SRB has been
retransmitted for the
maximum number of times
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-001036
LOFD-001037
Radio Bearer Management
Radio Bearer Management
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 165 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729986
L.E-RAB.FailEst.NoRadioRes.SRS.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of insufficient
SRS resources for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729987
L.E-RAB.FailEst.NoRadioRes.PUCCH.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of insufficient
PUCCH resources for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729988
L.E-RAB.FailEst.NoRadioRes.DLThrpLic.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of insufficient
licensed downlink traffic
volume for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729989
L.E-RAB.FailEst.NoRadioRes.ULThrpLic.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of insufficient
licensed uplink traffic
volume for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729990
L.E-RAB.FailEst.NoRadioRes.DLSatis.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of a low downlink
satisfaction rate for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729991
L.E-RAB.FailEst.NoRadioRes.ULSatis.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of a low uplink
satisfaction rate for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
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5/28/2018
HedEx Startpage
Counter ID
Page 166 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526729992
L.E-RAB.FailEst.TNL.DLRes.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of insufficient
downlink transport
resources for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526729993
L.E-RAB.FailEst.TNL.ULRes.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
because of insufficient
uplink transport resources
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526730113
L.E-RAB.SessionTime.UE.HighPrecision.PLMN
Total duration of UE data
transmission for a specific
operator in a cell (with the
precision of 100 ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730114
L.E-RAB.SessionTime.HighPrecision.PLMN
Total duration of data
transmission for a specific
operator in a cell (with the
precision of 100 ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730115
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI1
Total duration of data
transmission for services
with the QCI of 1 for a
specific operator in a cell
(with the precision of 100
ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730116
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI2
Total duration of data
transmission for services
with the QCI of 2 for a
specific operator in a cell
(with the precision of 100
ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730117
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI3
Total duration of data
transmission for services
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 167 of 510
Counter Name
Counter Description
Feature ID
Feature Name
with the QCI of 3 for a
specific operator in a cell
(with the precision of 100
ms)
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730118
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI4
Total duration of data
transmission for services
with the QCI of 4 for a
specific operator in a cell
(with the precision of 100
ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730119
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI5
Total duration of data
transmission for services
with the QCI of 5 for a
specific operator in a cell
(with the precision of 100
ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730120
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI6
Total duration of data
transmission for services
with the QCI of 6 for a
specific operator in a cell
(with the precision of 100
ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730121
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI7
Total duration of data
transmission for services
with the QCI of 7 for a
specific operator in a cell
(with the precision of 100
ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730122
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI8
Total duration of data
transmission for services
with the QCI of 8 for a
specific operator in a cell
(with the precision of 100
ms)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730123
L.E-RAB.SessionTime.HighPrecision.PLMN.QCI9
Total duration of data
transmission for services
with the QCI of 9 for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Hybrid RAN Sharing
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5/28/2018
HedEx Startpage
Counter ID
Page 168 of 510
Counter Name
Counter Description
Feature ID
Feature Name
(with the precision of 100
ms)
LBFD-002025
TDLBFD-002025
LOFD-070206
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
1526730124
L.Traffic.PktInterval.Num.Index0
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730125
L.Traffic.PktInterval.Num.Index1
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730126
L.Traffic.PktInterval.Num.Index2
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730127
L.Traffic.PktInterval.Num.Index3
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730128
L.Traffic.PktInterval.Num.Index4
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730129
L.Traffic.PktInterval.Num.Index5
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730130
L.Traffic.PktInterval.Num.Index6
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730131
L.Traffic.PktInterval.Num.Index7
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730132
L.Traffic.PktInterval.Num.Index8
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526730530
L.RRC.ConnReq.Msg.Emc
Number of RRC
connection setup attempts
with a cause value of
emergency performed by
UEs in a cell
(retransmission included)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730531
L.RRC.ConnReq.Msg.HighPri
Number of RRC
connection setup attempts
with a cause value of
highPriorityAccess
performed by UEs in a cell
(retransmission included)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730532
L.RRC.ConnReq.Msg.Mt
Number of RRC
connection setup attempts
Multi-mode: None
GSM: None
RRC Connection
Management
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HedEx Startpage
Page 169 of 510
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
with a cause value of mtAccess performed by UEs
in a cell (retransmission
included)
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
1526730533
L.RRC.ConnReq.Msg.MoSig
Number of RRC
connection setup attempts
with a cause value of moSignalling performed by
UEs in a cell
(retransmission included)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730534
L.RRC.ConnReq.Msg.MoData
Number of RRC
connection setup attempts
with a cause value of moData performed by UEs in
a cell (retransmission
included)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730535
L.RRC.ConnReq.Msg.DelayTol
Number of RRC
connection setup attempts
with a cause value of
delayTolerantAccessv1020 performed by UEs in
a cell (retransmission
included)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730536
L.RRC.ReEst.NonSrccell.Att
Number of RRC
Multi-mode: None
connection reestablishment GSM: None
requests to another cell
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730537
L.RRC.ReEst.NonSrccell.Succ
Number of successful RRC Multi-mode: None
connection reestablishment GSM: None
times to another cell
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730538
L.UECNTX.Left
Number of remaining UE
context in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730539
L.E-RAB.AbnormRel.eNBTot.QCI.1
Number of abnormal
releases of E-RABs for
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730540
L.E-RAB.AbnormRel.eNBTot.QCI.2
Number of abnormal
releases of E-RABs for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730541
L.E-RAB.AbnormRel.eNBTot.QCI.3
Number of abnormal
releases of E-RABs for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730542
L.E-RAB.AbnormRel.eNBTot.QCI.4
Number of abnormal
releases of E-RABs for
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730543
L.E-RAB.AbnormRel.eNBTot.QCI.5
Number of abnormal
releases of E-RABs for
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730544
L.E-RAB.AbnormRel.eNBTot.QCI.6
Number of abnormal
releases of E-RABs for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730545
L.E-RAB.AbnormRel.eNBTot.QCI.7
Number of abnormal
releases of E-RABs for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730546
L.E-RAB.AbnormRel.eNBTot.QCI.8
Number of abnormal
releases of E-RABs for
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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HedEx Startpage
Counter ID
Page 170 of 510
Counter Name
Counter Description
Feature ID
services with the QCI of 8
in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526730547
L.E-RAB.AbnormRel.eNBTot.QCI.9
Number of abnormal
releases of E-RABs for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730560
L.Thrp.BitRate.DL.SRB
Average rate of
Multi-mode: None
transmitting downlink
GSM: None
signaling data at the PDCP UMTS: None
layer in a cell
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730561
L.Thrp.BitRate.UL.SRB
Average rate of receiving
Multi-mode: None
uplink signaling data at the GSM: None
PDCP layer in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730563
L.Thrp.bits.UL.PDCP.SDU.QCI.1
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730564
L.Thrp.bits.UL.PDCP.SDU.QCI.2
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730565
L.Thrp.bits.UL.PDCP.SDU.QCI.3
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730566
L.Thrp.bits.UL.PDCP.SDU.QCI.4
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730567
L.Thrp.bits.UL.PDCP.SDU.QCI.5
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730568
L.Thrp.bits.UL.PDCP.SDU.QCI.6
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730569
L.Thrp.bits.UL.PDCP.SDU.QCI.7
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730570
L.Thrp.bits.UL.PDCP.SDU.QCI.8
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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Counter ID
Page 171 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526730571
L.Thrp.bits.UL.PDCP.SDU.QCI.9
Uplink traffic volume for
PDCP SDUs of services
with the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730572
L.Thrp.bits.UL.PDCP.SDU
Total uplink traffic volume
for PDCP SDUs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730573
L.Thrp.bits.DL.PDCP.PDU.QCI.1
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 1 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730574
L.Thrp.bits.DL.PDCP.PDU.QCI.2
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 2 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730575
L.Thrp.bits.DL.PDCP.PDU.QCI.3
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 3 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730576
L.Thrp.bits.DL.PDCP.PDU.QCI.4
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 4 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730577
L.Thrp.bits.DL.PDCP.PDU.QCI.5
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 5 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730578
L.Thrp.bits.DL.PDCP.PDU.QCI.6
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 6 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730579
L.Thrp.bits.DL.PDCP.PDU.QCI.7
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 7 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730580
L.Thrp.bits.DL.PDCP.PDU.QCI.8
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 8 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730581
L.Thrp.bits.DL.PDCP.PDU.QCI.9
Downlink traffic volume for
PDCP PDUs of services
with the QCI of 9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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Counter ID
Page 172 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002025
TDLBFD-002025
1526730582
L.Thrp.bits.DL.PDCP.PDU
Multi-mode: None
Total downlink traffic
volume of PDCP PDUs in a GSM: None
cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730589
L.Traffic.User.Ulsync.Avg.PLMN
Average number of UL
synchronized users for a
specific operator in a cell
RRC Connection
Management
RRC Connection
Management
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
Operator Load Based
Intra-LTE MLB
1526730600
L.Traffic.ActiveUser.DL.QCI.Total.Max
Maximum number of
Multi-mode: None
activated UEs with a QCI
GSM: None
(or an extended QCI) in the UMTS: None
downlink buffer
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730601
L.Traffic.ActiveUser.DL.QCI.1.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 1 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730602
L.Traffic.ActiveUser.DL.QCI.2.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 2 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730603
L.Traffic.ActiveUser.DL.QCI.3.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 3 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730604
L.Traffic.ActiveUser.DL.QCI.4.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 4 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730605
L.Traffic.ActiveUser.DL.QCI.5.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 5 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730606
L.Traffic.ActiveUser.DL.QCI.6.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 6 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730607
L.Traffic.ActiveUser.DL.QCI.7.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 7 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730608
L.Traffic.ActiveUser.DL.QCI.8.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 8 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730609
L.Traffic.ActiveUser.DL.QCI.9.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 9 in the downlink buffer UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
LOFD-070204
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Counter ID
Page 173 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526730610
L.Traffic.ActiveUser.UL.QCI.Total.Max
Maximum number of
Multi-mode: None
activated UEs with a QCI
GSM: None
(or an extended QCI) in the UMTS: None
uplink buffer
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730611
L.Traffic.ActiveUser.UL.QCI.1.Max
Multi-mode: None
Maximum number of
activated UEs with the QCI GSM: None
of 1 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730612
L.Traffic.ActiveUser.UL.QCI.2.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 2 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730613
L.Traffic.ActiveUser.UL.QCI.3.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 3 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730614
L.Traffic.ActiveUser.UL.QCI.4.Max
Multi-mode: None
Maximum number of
activated UEs with the QCI GSM: None
of 4 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730615
L.Traffic.ActiveUser.UL.QCI.5.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 5 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730616
L.Traffic.ActiveUser.UL.QCI.6.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 6 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730617
L.Traffic.ActiveUser.UL.QCI.7.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 7 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730618
L.Traffic.ActiveUser.UL.QCI.8.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 8 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730619
L.Traffic.ActiveUser.UL.QCI.9.Max
Maximum number of
Multi-mode: None
activated UEs with the QCI GSM: None
of 9 in the uplink buffer
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730820
L.Traffic.DRB.Max
Max number of DRBs in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730821
L.Traffic.DRB.Max.QCI.1
Max number of DRBs for
services with the QCI of 1
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730822
L.Traffic.DRB.Max.QCI.2
Max number of DRBs for
services with the QCI of 2
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730823
L.Traffic.DRB.Max.QCI.3
Max number of DRBs for
services with the QCI of 3
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730824
L.Traffic.DRB.Max.QCI.4
Max number of DRBs for
services with the QCI of 4
in a cell
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
Page 174 of 510
Counter Name
Counter Description
Feature ID
Feature Name
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
1526730825
L.Traffic.DRB.Max.QCI.5
Max number of DRBs for
services with the QCI of 5
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730826
L.Traffic.DRB.Max.QCI.6
Max number of DRBs for
services with the QCI of 6
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730827
L.Traffic.DRB.Max.QCI.7
Max number of DRBs for
services with the QCI of 7
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730828
L.Traffic.DRB.Max.QCI.8
Max number of DRBs for
services with the QCI of 8
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730829
L.Traffic.DRB.Max.QCI.9
Max number of DRBs for
services with the QCI of 9
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730830
L.E-RAB.FailEst.RNL.eNodeB.NormRel
Number of E-RAB setup
failures due to normal
release initiated by
eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730831
L.E-RAB.FailEst.RNL.eNodeB.AbnormRel
Number of E-RAB setup
failures due to abnormal
release initiated by
eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730846
L.RRC.ConnReq.Max
Maximum number of RRC
Connection Request
messages received by a
cell from UEs (including the
discarded ones)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730857
L.RRC.ReEstFail.NoCntx.PreProcFail
Number of RRC
connection reestablishment
failures due to UE context
unavailability caused by
the pre-processing failure
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730862
L.E-RAB.AbnormRel.UlWeak.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
because of uplink weak
coverage
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730863
L.UECNTX.AbnormRel.UlWeak
Number of abnormal UE
context releases initiated
by the eNodeB due to
uplink weak coverage
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730864
L.E-RAB.AbnormRel.MME.QCI.2
Number of MME-triggered
abnormal releases of
activated E-RABs for
services with the QCI of 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730865
L.E-RAB.AbnormRel.MME.QCI.3
Number of MME-triggered
abnormal releases of
activated E-RABs for
services with the QCI of 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730866
L.E-RAB.AbnormRel.MME.QCI.4
Number of MME-triggered
abnormal releases of
activated E-RABs for
services with the QCI of 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
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Counter ID
Page 175 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
1526730867
L.E-RAB.AbnormRel.MME.QCI.5
Number of MME-triggered
abnormal releases of
activated E-RABs for
services with the QCI of 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730868
L.E-RAB.AbnormRel.MME.QCI.6
Number of MME-triggered
abnormal releases of
activated E-RABs for
services with the QCI of 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730869
L.E-RAB.AbnormRel.MME.QCI.7
Number of MME-triggered
abnormal releases of
activated E-RABs for
services with the QCI of 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730870
L.E-RAB.AbnormRel.MME.QCI.8
Number of MME-triggered
abnormal releases of
activated E-RABs for
services with the QCI of 8
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730871
L.E-RAB.AbnormRel.MME.QCI.9
Number of MME-triggered
abnormal releases of
activated E-RABs for
services with the QCI of 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730872
L.Traffic.Sch.UL.Num
Number of times that UEs
are scheduled in a cell in
the uplink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730873
L.Traffic.Sch.DL.Num
Number of times that UEs
are scheduled in a cell in
the downlink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730876
L.Thrp.Pkts.DL.SRB.SDU
Number of downlink
PDCP-layer signaling
SDUs sent in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730877
L.Thrp.Pkts.UL.SRB.SDU
Number of uplink PDCPlayer signaling SDUs
received in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526730878
L.Traffic.User.License.Avg
Average licensed number Multi-mode: None
of UEs in
GSM: None
RRC_CONNECTED mode UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526730879
L.Traffic.SGW.Rx.SDU.Bytes
Number of bytes of SDUs
that a cell receives from
the S-GW
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730880
L.Traffic.SGW.Tx.SDU.Bytes
Number of bytes of SDUs
that a cell sends to the
S-GW
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526730881
L.Traffic.IntereNB.Transfer.Tx.SDU.Bytes
Number of bytes of SDUs
sent to target cells during
inter-eNodeB handovers
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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HedEx Startpage
Counter ID
Page 176 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
LBFD-002025
TDLBFD-002025
1526730882
L.Traffic.IntereNB.Transfer.Rx.SDU.Bytes
Number of bytes of SDUs
received from source cells
during inter-eNodeB
handovers
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526731537
L.Traffic.User.US.Avg
Average number of UEs
running unlimited services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526731538
L.Traffic.User.US.Max
Maximum number of UEs
running unlimited services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732044
L.RRC.SetupFail.Rej.MMEOverload
Number of times the
eNodeB sends an RRC
Connection Reject
message to the UE due to
MME overload
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732676
L.Traffic.User.Index0
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 0
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732677
L.Traffic.User.Index1
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 1
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732678
L.Traffic.User.Index2
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 2
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732679
L.Traffic.User.Index3
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 3
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732680
L.Traffic.User.Index4
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 4
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732681
L.Traffic.User.Index5
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 5
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732682
L.Traffic.User.Index6
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 6
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732683
L.Traffic.User.Index7
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 7
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732684
L.Traffic.User.Index8
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 8
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732685
L.Traffic.User.Index9
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
RRC Connection
Management
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Counter ID
Page 177 of 510
Counter Name
Counter Description
the range indicated by
index 9
Feature ID
Feature Name
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
1526732686
L.Traffic.User.Index10
Number of times the UE
Multi-mode: None
quantity in a cell falls within GSM: None
the range indicated by
UMTS: None
index 10
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732721
L.Traffic.User.VoIP.Avg
Average number of VoIP
UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732722
L.Traffic.User.VoIP.Max
Maximum number of VoIP
UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732723
L.Traffic.User.TM9.Avg
Average number of UEs
that apply TM9 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-001003
LOFD-001001
LOFD-001060
RRC Connection
Management
RRC Connection
Management
DL 4x2 MIMO
DL 2x2 MIMO
DL 4x4 MIMO
1526732726
L.E-RAB.FailEst.Conflict.Hofail
Number of E-RAB setup
failures due to conflict with
intra-eNodeB handovers
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732739
L.DLPSServ.EstDelay.Avg.Idle
Average access delay for
downlink data services
successfully initiated by
idle-mode UEs in the cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732740
L.DLPSServ.EstDelay.Good.Num.Idle
Number of times that the
access delay for a
downlink data service
successfully initiated by an
idle-mode UE in the cell is
within the Good range
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732741
L.DLPSServ.EstDelay.Medium.Num.Idle
Number of times that the
access delay for a
downlink data service
successfully initiated by an
idle-mode UE in the cell is
within the Medium range
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732742
L.DLPSServ.EstDelay.Bad.Num.Idle
Number of times that the
access delay for a
downlink data service
successfully initiated by an
idle-mode UE in the cell is
within the Bad range
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732743
L.Thrp.bits.DL.PerUser.In.Index0
Number of times that the
downlink PS service traffic
in the cell is within the
range of (0,
DlUserThruputThd0)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732744
L.Thrp.bits.DL.PerUser.In.Index1
Number of times that the
downlink PS service traffic
in the cell is within the
range of
[DlUserThruputThd0,
DlUserThruputThd1)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
L.Thrp.bits.DL.PerUser.In.Index2
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5/28/2018
HedEx Startpage
Counter ID
Page 178 of 510
Counter Name
1526732745
Counter Description
Feature ID
Feature Name
Number of times that the
downlink PS service traffic
in the cell is within the
range of
[DlUserThruputThd1,
DlUserThruputThd2)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732746
L.Thrp.bits.DL.PerUser.In.Index3
Number of times that the
downlink PS service traffic
in the cell is within the
range of
[DlUserThruputThd2,
DlUserThruputThd3)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732747
L.Thrp.bits.DL.PerUser.In.Index4
Number of times that the
downlink PS service traffic
in the cell is within the
range of
[DlUserThruputThd3,
DlUserThruputThd4)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732748
L.Thrp.bits.DL.PerUser.In.Index5
Number of times that the
downlink PS service traffic
in the cell is greater than
DlUserThruputThd4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732749
L.Thrp.bits.DL.PerUser.Out.Index0
Number of times that the
downlink PS service
throughput in the cell is
within the range of (0,
DlUserThruputThd0)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732750
L.Thrp.bits.DL.PerUser.Out.Index1
Number of times that the
downlink PS service
throughput in the cell is
within the range of
[DlUserThruputThd0,
DlUserThruputThd1)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732751
L.Thrp.bits.DL.PerUser.Out.Index2
Number of times that the
downlink PS service
throughput in the cell is
within the range of
[DlUserThruputThd1,
DlUserThruputThd2)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732752
L.Thrp.bits.DL.PerUser.Out.Index3
Number of times that the
downlink PS service
throughput in the cell is
within the range of
[DlUserThruputThd2,
DlUserThruputThd3)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732753
L.Thrp.bits.DL.PerUser.Out.Index4
Number of times that the
downlink PS service
throughput in the cell is
within the range of
[DlUserThruputThd3,
DlUserThruputThd4)
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732754
L.Thrp.bits.DL.PerUser.Out.Index5
Number of times that the
downlink PS service
throughput in the cell is
greater than
DlUserThruputThd4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732755
L.Traffic.DL.EmptyBuf.PDCPLat.Num
Total number of downlink
PDCP SDUs that are for
DRB services and enter
the empty buffer in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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5/28/2018
HedEx Startpage
Counter ID
Page 179 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002025
TDLBFD-002025
1526732756
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.1
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 1 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732757
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.2
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 2 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732758
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.3
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 3 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732759
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.4
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 4 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732760
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.5
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 5 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732761
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.6
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 6 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732762
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.7
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 7 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732763
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.8
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 8 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732764
L.Traffic.DL.EmptyBuf.PDCPLat.Num.QCI.9
Total number of downlink
PDCP SDUs that are for
DRB services of QCI 9 and
enter the empty buffer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732765
L.Traffic.DL.EmptyBuf.PDCPLat.Time
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services in the empty UMTS: None
buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732766
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.1
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
Radio Bearer Management
Radio Bearer Management
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HedEx Startpage
Counter ID
Page 180 of 510
Counter Name
Counter Description
DRB services of QCI 1 in
the empty buffer in a cell
Feature ID
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Feature Name
Basic Scheduling
Basic Scheduling
1526732767
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.2
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services of QCI 2 in
UMTS: None
the empty buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732768
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.3
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services of QCI 3 in
UMTS: None
the empty buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732769
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.4
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services of QCI 4 in
UMTS: None
the empty buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732770
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.5
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services of QCI 5 in
UMTS: None
the empty buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732771
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.6
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services of QCI 6 in
UMTS: None
the empty buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732772
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.7
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services of QCI 7 in
UMTS: None
the empty buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732773
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.8
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services of QCI 8 in
UMTS: None
the empty buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732774
L.Traffic.DL.EmptyBuf.PDCPLat.Time.QCI.9
Total transmission delay of Multi-mode: None
the first PDCP SDUs of
GSM: None
DRB services of QCI 9 in
UMTS: None
the empty buffer in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526732775
L.Thrp.bits.UE.UL.PL0
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [0, 90) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732776
L.Thrp.bits.UE.UL.PL1
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [90, 95) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
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5/28/2018
HedEx Startpage
Counter ID
Page 181 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Uplink Power Control
1526732777
L.Thrp.bits.UE.UL.PL2
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [95, 100) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732778
L.Thrp.bits.UE.UL.PL3
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [100, 105) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732779
L.Thrp.bits.UE.UL.PL4
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [105, 110) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732780
L.Thrp.bits.UE.UL.PL5
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [110, 115) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732781
L.Thrp.bits.UE.UL.PL6
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [115, 120) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732782
L.Thrp.bits.UE.UL.PL7
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [120, 125) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732783
L.Thrp.bits.UE.UL.PL8
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [125, 130) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732784
L.Thrp.bits.UE.UL.PL9
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [130, 135) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
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5/28/2018
HedEx Startpage
Counter ID
Page 182 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526732785
L.Thrp.bits.UE.UL.PL10
Total uplink throughput of
PDCP PDUs for UEs
whose path loss is greater
than or equal to 135 dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732786
L.Thrp.Time.UE.UL.RmvSmallPkt.PL0
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within the range of
[0, 90) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732787
L.Thrp.Time.UE.UL.RmvSmallPkt.PL1
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [90, 95) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732788
L.Thrp.Time.UE.UL.RmvSmallPkt.PL2
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
within [95, 100) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732789
L.Thrp.Time.UE.UL.RmvSmallPkt.PL3
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [100, 105) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732790
L.Thrp.Time.UE.UL.RmvSmallPkt.PL4
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [105, 110) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732791
L.Thrp.Time.UE.UL.RmvSmallPkt.PL5
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [110, 115) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732792
L.Thrp.Time.UE.UL.RmvSmallPkt.PL6
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [115, 120) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732793
L.Thrp.Time.UE.UL.RmvSmallPkt.PL7
Data transmission duration Multi-mode: None
of uplink PDCP PDUs
GSM: None
(excluding small packets)
UMTS: None
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
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HedEx Startpage
Counter ID
Page 183 of 510
Counter Name
Counter Description
Feature ID
for UEs whose path loss
LTE: LBFD-002008
ranges within [120, 125) dB TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Feature Name
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732794
L.Thrp.Time.UE.UL.RmvSmallPkt.PL8
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [125, 130) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732795
L.Thrp.Time.UE.UL.RmvSmallPkt.PL9
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [130, 135) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732796
L.Thrp.Time.UE.UL.RmvSmallPkt.PL10
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss is
greater than or equal to
135 dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732797
L.Thrp.bits.UE.UL.SmallPkt.PL0
Throughput of small uplink
packets at the PDCP layer
for UEs whose path loss
ranges within [0, 90) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732798
L.Thrp.bits.UE.UL.SmallPkt.PL1
Throughput of small uplink
packets at the PDCP layer
for UEs whose path loss
ranges within [90, 95) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732799
L.Thrp.bits.UE.UL.SmallPkt.PL2
Throughput of small uplink
packets at the PDCP layer
for UEs whose path loss
ranges within [95, 100) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732800
L.Thrp.bits.UE.UL.SmallPkt.PL3
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [100, 105) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732801
L.Thrp.bits.UE.UL.SmallPkt.PL4
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [105, 110) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
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HedEx Startpage
Page 184 of 510
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002026
TDLBFD-002026
1526732802
L.Thrp.bits.UE.UL.SmallPkt.PL5
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [110, 115) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732803
L.Thrp.bits.UE.UL.SmallPkt.PL6
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [115, 120) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732804
L.Thrp.bits.UE.UL.SmallPkt.PL7
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [120, 125) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732805
L.Thrp.bits.UE.UL.SmallPkt.PL8
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [125, 130) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732806
L.Thrp.bits.UE.UL.SmallPkt.PL9
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [130, 135) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732807
L.Thrp.bits.UE.UL.SmallPkt.PL10
Throughput of small uplink
packets at the PDCP layer
for UEs whose path loss is
greater than or equal to
135 dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732808
L.Traffic.User.PL0
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[0, 90) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732809
L.Traffic.User.PL1
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[90, 95) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732810
L.Traffic.User.PL2
Multi-mode: None
Radio Bearer Management
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HedEx Startpage
Page 185 of 510
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
Number of UEs that
GSM: None
perform services and have UMTS: None
a path loss ranging within LTE: LBFD-002008
[95, 100) dB
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732811
L.Traffic.User.PL3
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[100, 105) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732812
L.Traffic.User.PL4
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[105, 110) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732813
L.Traffic.User.PL5
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[110, 115) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732814
L.Traffic.User.PL6
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[115, 120) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732815
L.Traffic.User.PL7
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[120, 125) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732816
L.Traffic.User.PL8
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[125, 130) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732817
L.Traffic.User.PL9
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[130, 135) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526732818
L.Traffic.User.PL10
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging within UMTS: None
[135, 138) dB
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
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5/28/2018
HedEx Startpage
Counter ID
Page 186 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Uplink Power Control
1526732920
L.RRC.SetupFail.Rej.Other
Number of RRC
connection setup requests
rejected due to other
causes
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732921
L.RRC.SetupFail.ResFail.Other
Number of RRC
connection setup failures
due to other resource
allocation failure
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526732922
L.E-RAB.FailEst.Other
Number of E-RAB setup
failures due to other
reasons
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732923
L.E-RAB.FailEst.Other.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
due to other reasons
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732924
L.E-RAB.FailEst.RNL.Other
Number of E-RAB setup
failures due to other
reasons at the radio
network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732925
L.E-RAB.FailEst.RNL.Other.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
due to other reasons at the UMTS: None
radio network layer
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732926
L.E-RAB.FailEst.TNL.Other
Number of E-RAB setup
failures due to other
reasons at the transport
network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732927
L.E-RAB.FailEst.TNL.Other.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
due to other reasons at the UMTS: None
transport network layer
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732928
L.E-RAB.FailEst.NoRadioRes.Other
Number of E-RAB setup
Multi-mode: None
failures due to insufficiency GSM: None
of other radio resources
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732929
L.E-RAB.FailEst.NoRadioRes.Other.VoIP
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
due to insufficiency of other UMTS: None
radio resources
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732930
L.E-RAB.FailEst.Other.PLMN
Number of E-RAB setup
failures due to other
reasons for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732931
L.E-RAB.FailEst.Other.VoIP.PLMN
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
due to other reasons for a UMTS: None
specific operator
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732932
L.E-RAB.FailEst.RNL.Other.PLMN
Number of E-RAB setup
failures due to other
reasons at the radio
network layer for a specific
operator
Radio Bearer Management
Radio Bearer Management
1526732933
L.E-RAB.FailEst.RNL.Other.VoIP.PLMN
Number of setup failures of Multi-mode: None
E-RABs for voice services GSM: None
due to other reasons at the UMTS: None
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 187 of 510
Counter Name
Counter Description
Feature ID
radio network layer for a
specific operator
LTE: LBFD-002008
TDLBFD-002008
Feature Name
1526732934
L.E-RAB.FailEst.TNL.Other.PLMN
Number of E-RAB setup
failures due to other
reasons at the transport
network layer for a specific
ope
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732935
L.E-RAB.FailEst.TNL.Other.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
due to other reasons at the
transport network layer for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732936
L.E-RAB.FailEst.NoRadioRes.Other.PLMN
Number of E-RAB setup
Multi-mode: None
failures due to insufficiency GSM: None
of other radio resources for UMTS: None
a specific operator
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732937
L.E-RAB.FailEst.NoRadioRes.Other.VoIP.PLMN
Number of setup failures of
E-RABs for voice services
due to insufficiency of other
radio resources for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732938
L.E-RAB.AbnormRel.Other
Number of abnormal
releases of activated
E-RABs due to other
reasons
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732939
L.E-RAB.AbnormRel.Other.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
due to other reasons
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732940
L.E-RAB.AbnormRel.Radio.Other
Number of abnormal
Multi-mode: None
releases of activated
GSM: None
E-RABs due to other faults UMTS: None
at the radio network layer
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732941
L.E-RAB.AbnormRel.Radio.Other.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
due to other faults at the
radio network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732942
L.E-RAB.AbnormRel.TNL.Other
Number of abnormal
Multi-mode: None
releases of activated
GSM: None
E-RABs due to other faults UMTS: None
at the transport network lay
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732943
L.E-RAB.AbnormRel.TNL.Other.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
due to other faults at the
transport network layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732944
L.E-RAB.AbnormRel.Cong.Other
Number of abnormal
Multi-mode: None
releases of activated
GSM: None
E-RABs due to other radio UMTS: None
resource congestion reaso
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732945
L.E-RAB.AbnormRel.Cong.Other.VoIP
Number of abnormal
releases of activated
E-RABs for voice services
due to other radio resource
congestion reasons
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732946
L.E-RAB.AbnormRel.Other.PLMN
Number of abnormal
releases of activated
E-RABs due to other
reasons for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732947
L.E-RAB.AbnormRel.Other.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
due to other reasons for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Page 188 of 510
Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
1526732948
L.E-RAB.AbnormRel.Radio.Other.PLMN
Number of abnormal
releases of activated
E-RABs because of other
faults at the radio network
layer for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732949
L.E-RAB.AbnormRel.Radio.Other.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of other faults at
the radio network layer for
a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732950
L.E-RAB.AbnormRel.TNL.Other.PLMN
Number of abnormal
releases of activated
E-RABs because of other
faults at the transport
network layer for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732951
L.E-RAB.AbnormRel.TNL.Other.VoIP.PLNM
Number of abnormal
releases of activated
E-RABs for voice services
because of other faults at
the transport network layer
for a specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732952
L.E-RAB.AbnormRel.Cong.Other.PLMN
Number of abnormal
releases of activated
E-RABs because of other
radio resource congestion
reasons for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526732953
L.E-RAB.AbnormRel.Cong.Other.VoIP.PLMN
Number of abnormal
releases of activated
E-RABs for voice services
because of other radio
resource congestion
reasons for a specific
operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526733014
L.Traffic.User.Relay.Avg
Average number of relay
UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
TDLAOFD-080405
LAOFD-111202
RRC Connection
Management
RRC Connection
Management
Out of Band Relay
Introduction
Out of Band Relay
1526733199
L.Signal.Num.Nas
Number of NAS messages Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526734141
L.Thrp.bits.DL.Phy
Total downlink traffic
volume at the physical
layer in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526734142
L.Thrp.bits.UL.Phy
Total uplink traffic volume
at the physical layer in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526734143
L.Thrp.bits.DL.Phy.Max
Maximum downlink traffic
volume of all services at
the physical layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526734144
L.Thrp.bits.UL.Phy.Max
Maximum uplink traffic
volume of all services at
the physical layer
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735160
L.E-RAB.SessionTime.UE.HighPrecision
Multi-mode: None
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 189 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Total duration of UE data
transmission time with the
precision of 100
milliseconds in a cell
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735161
L.E-RAB.SessionTime.HighPrecision
Total duration of
transmission time for
services with all the QCI
with the precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735162
L.E-RAB.SessionTime.HighPrecision.QCI1
Duration of data
transmission for services
with the QCI of 1 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735163
L.E-RAB.SessionTime.HighPrecision.QCI2
Duration of data
transmission for services
with the QCI of 2 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735164
L.E-RAB.SessionTime.HighPrecision.QCI3
Duration of data
transmission for services
with the QCI of 3 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735165
L.E-RAB.SessionTime.HighPrecision.QCI4
Duration of data
transmission for services
with the QCI of 4 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735166
L.E-RAB.SessionTime.HighPrecision.QCI5
Duration of data
transmission for services
with the QCI of 5 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735167
L.E-RAB.SessionTime.HighPrecision.QCI6
Duration of data
transmission for services
with the QCI of 6 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735168
L.E-RAB.SessionTime.HighPrecision.QCI7
Duration of data
transmission for services
with the QCI of 7 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735169
L.E-RAB.SessionTime.HighPrecision.QCI8
Duration of data
transmission for services
with the QCI of 8 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735170
L.E-RAB.SessionTime.HighPrecision.QCI9
Duration of data
transmission for services
with the QCI of 9 with the
precision of 100
milliseconds in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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5/28/2018
HedEx Startpage
Counter ID
Page 190 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002025
1526735541
L.Traffic.ActiveUser.Relay.Avg
Average number of active
RUEs
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
TDLAOFD-080405
1526735542
L.Thrp.Relay.bits.DL
Total traffic volume of
Multi-mode: None
downlink PDCP SDUs
GSM: None
transmitted by active RUEs UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
TDLAOFD-080405
LAOFD-111202
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Out of Band Relay
Introduction
Out of Band Relay
1526735543
L.Thrp.Relay.Time.DL
Total transmit duration of
Multi-mode: None
downlink PDCP SDUs
GSM: None
transmitted by active RUEs UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
TDLAOFD-080405
LAOFD-111202
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Out of Band Relay
Introduction
Out of Band Relay
1526735544
L.Thrp.Relay.bits.UL
Total traffic volume of
Multi-mode: None
uplink PDCP SDUs
GSM: None
received by active RUEs in UMTS: None
a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
TDLAOFD-080405
LAOFD-111202
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Out of Band Relay
Introduction
Out of Band Relay
1526735545
L.Thrp.Relay.Time.UL
Total transmit duration of
Multi-mode: None
uplink PDCP SDUs
GSM: None
received by active RUEs in UMTS: None
a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
TDLAOFD-080405
LAOFD-111202
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Out of Band Relay
Introduction
Out of Band Relay
1526735546
L.Traffic.DL.PktDelay.Relay.Time
Total processing delay of
downlink PDCP SDUs
transmitted by RUEs in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
TDLAOFD-080405
LAOFD-111202
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Out of Band Relay
Introduction
Out of Band Relay
1526735547
L.Traffic.DL.PktDelay.Relay.Num
Number of downlink PDCP Multi-mode: None
SDUs successfully
GSM: None
transmitted by RUEs in a
UMTS: None
cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
TDLAOFD-080405
LAOFD-111202
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Out of Band Relay
Introduction
Out of Band Relay
1526735548
L.Traffic.UL.PktLoss.Relay.Loss
Number of uplink PDCP
SDUs discarded by RUEs
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
TDLAOFD-080405
LAOFD-111202
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Out of Band Relay
Introduction
Out of Band Relay
1526735549
L.Traffic.UL.PktLoss.Relay.Tot
Number of uplink PDCP
PDUs expected to be
received by RUEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RRC Connection
Management
RRC Connection
Management
Out of Band Relay
Introduction
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5/28/2018
HedEx Startpage
Counter ID
Page 191 of 510
Counter Name
Counter Description
Feature ID
LBFD-002025
TDLBFD-002025
TDLAOFD-080405
LAOFD-111202
Feature Name
Out of Band Relay
Introduction
Out of Band Relay
1526735568
L.Thrp.bits.DL.PDCP.Send
Total PDCP-layer traffic
Multi-mode: None
volume of to-be-transmitted GSM: None
downlink data in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735569
L.Thrp.bits.DL.PDCP.Discard
Total PDCP-layer traffic
Multi-mode: None
volume of discarded to-be- GSM: None
transmitted downlink data UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735570
L.Thrp.bits.DL.RLC.Send
Total RLC-layer traffic
Multi-mode: None
volume of downlink data in GSM: None
a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735571
L.Thrp.bits.UL.RLC.Send
Total RLC-layer traffic
volume of uplink data in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735572
L.Thrp.bits.UL.PDCP.Discard
Total PDCP-layer traffic
Multi-mode: None
volume of discarded uplink GSM: None
data in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526735573
L.Thrp.bits.UL.PDCP.Send
Total PDCP-layer traffic
volume of uplink data in a
cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526736680
L.PDCP.Tx.Disc.Trf.SDU.PLMN.QCI.1
Number of downlink traffic
SDUs discarded by the
PDCP layer for services
with a QCI of 1 for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736681
L.PDCP.Tx.Disc.Trf.SDU.PLMN.QCI.5
Number of downlink traffic
SDUs discarded by the
PDCP layer for services
with a QCI of 5 for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736682
L.PDCP.Tx.TotRev.Trf.SDU.PLMN.QCI.1
Number of transmitted
downlink traffic PDCP
SDUs for services with a
QCI of 1 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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5/28/2018
HedEx Startpage
Counter ID
Page 192 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736683
L.PDCP.Tx.TotRev.Trf.SDU.PLMN.QCI.5
Number of transmitted
downlink traffic PDCP
SDUs for services with a
QCI of 5 for a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736684
L.Traffic.UL.PktLoss.Loss.PLMN.QCI.1
Total number of discarded
uplink PDCP SDUs for
traffic services with a QCI
of 1 for a specific operator
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736685
L.Traffic.UL.PktLoss.Loss.PLMN.QCI.5
Total number of discarded
uplink PDCP SDUs for
traffic services with a QCI
of 5 for a specific operator
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736686
L.Traffic.UL.PktLoss.Tot.PLMN.QCI.1
Total number of expected
uplink data packets for
DRB services with a QCI of
1 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736687
L.Traffic.UL.PktLoss.Tot.PLMN.QCI.5
Total number of expected
uplink data packets for
DRB services with a QCI of
5 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736688
L.Traffic.DL.PktDelay.Num.PLMN.QCI.1
Number of successfully
transmitted downlink PDCP
SDUs for DRB services
with a QCI of 1 for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
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5/28/2018
HedEx Startpage
Counter ID
Page 193 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736689
L.Traffic.DL.PktDelay.Num.PLMN.QCI.5
Number of successfully
transmitted downlink PDCP
SDUs for DRB services
with a QCI of 5 for a
specific operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736690
L.Traffic.DL.PktDelay.Time.PLMN.QCI.5
Total processing delay of
downlink PDCP SDUs for
DRB services with a QCI of
5 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736691
L.Traffic.DL.PktDelay.Time.PLMN.QCI.1
Total processing delay of
downlink PDCP SDUs for
DRB services with a QCI of
1 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736692
L.Traffic.User.VoIP.Avg.PLMN
Average number of VoIP
UEs of a specific operator
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
RRC Connection
Management
RRC Connection
Management
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736693
L.Traffic.User.VoIP.Max.PLMN
Maximum number of VoIP
UEs of a specific operator
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
RRC Connection
Management
RRC Connection
Management
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736694
L.E-RAB.FailEst.NoRadioRes.DLSatis.QCI2
Number of setup failures of Multi-mode: None
E-RABs with a QCI of 2
GSM: None
because of a low downlink UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526736695
L.E-RAB.FailEst.NoRadioRes.DLSatis.QCI3
Number of setup failures of Multi-mode: None
E-RABs with a QCI of 3
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 194 of 510
Counter Name
Counter Description
because of a low downlink
satisfaction rate
Feature ID
Feature Name
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Admission Control
Admission Control
1526736696
L.E-RAB.FailEst.NoRadioRes.DLSatis.QCI4
Number of setup failures of Multi-mode: None
E-RABs with a QCI of 4
GSM: None
because of a low downlink UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526736697
L.E-RAB.FailEst.NoRadioRes.ULSatis.QCI2
Number of setup failures of Multi-mode: None
E-RABs with a QCI of 2
GSM: None
because of a low uplink
UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526736698
L.E-RAB.FailEst.NoRadioRes.ULSatis.QCI3
Number of setup failures of Multi-mode: None
E-RABs with a QCI of 3
GSM: None
because of a low uplink
UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526736699
L.E-RAB.FailEst.NoRadioRes.ULSatis.QCI4
Number of setup failures of Multi-mode: None
E-RABs with a QCI of 4
GSM: None
because of a low uplink
UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526736700
L.E-RAB.FailEst.NoRadioRes.DLSatis.QCI2.PLMN
Number of setup failures of
E-RABs with a QCI of 2
because of a low downlink
satisfaction rate for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736701
L.E-RAB.FailEst.NoRadioRes.DLSatis.QCI3.PLMN
Number of setup failures of
E-RABs with a QCI of 3
because of a low downlink
satisfaction rate for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736702
L.E-RAB.FailEst.NoRadioRes.DLSatis.QCI4.PLMN
Number of setup failures of
E-RABs with a QCI of 4
because of a low downlink
satisfaction rate for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736703
L.E-RAB.FailEst.NoRadioRes.ULSatis.QCI2.PLMN
Number of setup failures of
E-RABs with a QCI of 2
because of a low uplink
satisfaction rate for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
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5/28/2018
HedEx Startpage
Counter ID
Page 195 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736704
L.E-RAB.FailEst.NoRadioRes.ULSatis.QCI3.PLMN
Number of setup failures of
E-RABs with a QCI of 3
because of a low uplink
satisfaction rate for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736705
L.E-RAB.FailEst.NoRadioRes.ULSatis.QCI4.PLMN
Number of setup failures of
E-RABs with a QCI of 4
because of a low uplink
satisfaction rate for a
specific operator
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-001036
LOFD-001037
TDLOFD-001036
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736737
L.Traffic.DL.PktUuLoss.Loss.PLMN.QCI.1
Total number of discarded
downlink PDCP SDUs for
traffic services with a QCI
of 1 for a specific operator
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736738
L.Traffic.DL.PktUuLoss.Loss.PLMN.QCI.5
Total number of discarded
downlink PDCP SDUs for
traffic services with a QCI
of 5 for a specific operator
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736739
L.Traffic.DL.PktUuLoss.Tot.PLMN.QCI.1
Total number of expected
downlink data packets for
DRB services with a QCI of
1 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736740
L.Traffic.DL.PktUuLoss.Tot.PLMN.QCI.5
Total number of expected
downlink data packets for
DRB services with a QCI of
5 for a specific operator in
a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
RAN Sharing with
Common Carrier
http://localhost:7890/printtopics.html?time=Mon May 28 16:10:20 UTC+0530 2018
5/28/2018
HedEx Startpage
Counter ID
Page 196 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LOFD-001036
TDLOFD-001036
LOFD-001037
TDLOFD-001037
LOFD-070206
RAN Sharing with
Common Carrier
RAN Sharing with
Dedicated Carrier
RAN Sharing with
Dedicated Carrier
Hybrid RAN Sharing
1526736788
L.Traffic.eNodeB.User.Ulsync.Max
Maximum number of ULsync UEs in an eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526736789
L.Traffic.Board.User.Ulsync.Max
Maximum number of ULMulti-mode: None
sync UEs served by a BBP GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526736790
L.Traffic.User.Ulsync.Max
Maximum number of ULsync UEs in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526736791
L.Traffic.DL.PktDelay.Time
Total downlink packet
processing delay of DRB
services with all QCIs
(including extended QCIs)
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526736792
L.Traffic.DL.PktDelay.Num
Total number of
successfully transmitted
downlink PDCP SDUs for
DRB services with all QCIs
(including extended QCIs)
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526736793
L.Traffic.DL.PktUuLoss.Loss
Total number of downlink
PDCP SDUs discarded for
services carried on DRBs
with all QCIs (including the
QCI for PTT services and
extended QCIs) in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526736794
L.Traffic.DL.PktUuLoss.Tot
Total number of downlink
PDCP SDUs transmitted
for services carried on
DRBs with all QCIs
(including the QCI for PTT
services and extended
QCIs) in a cell over the Uu
interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526736795
L.Traffic.UL.PktLoss.Loss
Total number of uplink
PDCP SDUs discarded for
services carried on DRBs
with all QCIs (including the
QCI for PTT services and
extended QCIs) in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526736796
L.Traffic.UL.PktLoss.Tot
Total number of expected
uplink PDCP SDUs for
services carried on DRBs
with all QCIs (including the
QCI for PTT services and
extended QCIs) in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526736797
L.PDCP.Tx.Disc.Trf.SDU
Total number of downlink
PDCP SDUs discarded for
services carried on DRBs
with all QCIs (including the
QCI for PTT services and
extended QCIs) in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526736798
L.PDCP.Tx.TotRev.Trf.SDU
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with all QCIs (including the
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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5/28/2018
HedEx Startpage
Counter ID
Page 197 of 510
Counter Name
Counter Description
QCI for PTT services and
extended QCIs) in a cell
Feature ID
Feature Name
TDLBFD-002008
LBFD-002025
TDLBFD-002025
1526736799
L.Traffic.DL.Volume.QCI1.Samp.Index0
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 1 UMTS: None
within range 0
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736800
L.Traffic.DL.Volume.QCI1.Samp.Index1
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 1 UMTS: None
within range 1
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736801
L.Traffic.DL.Volume.QCI1.Samp.Index2
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 1 UMTS: None
within range 2
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736802
L.Traffic.DL.Volume.QCI1.Samp.Index3
Multi-mode: None
Number of samples with
the downlink traffic volume GSM: None
of E-RABs with a QCI of 1 UMTS: None
within range 3
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736803
L.Traffic.DL.Volume.QCI1.Samp.Index4
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 1 UMTS: None
within range 4
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736804
L.Traffic.DL.Volume.QCI1.Samp.Index5
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 1 UMTS: None
within range 5
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736805
L.Traffic.DL.Volume.QCI1.Samp.Index6
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 1 UMTS: None
within range 6
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736806
L.Traffic.DL.Volume.QCI1.Samp.Index7
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 1 UMTS: None
within range 7
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736807
L.Traffic.DL.Volume.QCI2~4.Samp.Index0
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 2 UMTS: None
to 4 within range 0
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736808
L.Traffic.DL.Volume.QCI2~4.Samp.Index1
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 2 UMTS: None
to 4 within range 1
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736809
L.Traffic.DL.Volume.QCI2~4.Samp.Index2
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 2 UMTS: None
to 4 within range 2
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736810
L.Traffic.DL.Volume.QCI2~4.Samp.Index3
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 2 UMTS: None
to 4 within range 3
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736811
L.Traffic.DL.Volume.QCI2~4.Samp.Index4
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 2 UMTS: None
to 4 within range 4
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736812
L.Traffic.DL.Volume.QCI2~4.Samp.Index5
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 2 UMTS: None
to 4 within range 5
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
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5/28/2018
HedEx Startpage
Counter ID
Page 198 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
1526736813
L.Traffic.DL.Volume.QCI2~4.Samp.Index6
Multi-mode: None
Number of samples with
the downlink traffic volume GSM: None
of E-RABs with a QCI of 2 UMTS: None
to 4 within range 6
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736814
L.Traffic.DL.Volume.QCI2~4.Samp.Index7
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 2 UMTS: None
to 4 within range 7
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736815
L.Traffic.DL.Volume.QCI6~9.Samp.Index0
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 6 UMTS: None
to 9 within range 0
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736816
L.Traffic.DL.Volume.QCI6~9.Samp.Index1
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 6 UMTS: None
to 9 within range 1
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736817
L.Traffic.DL.Volume.QCI6~9.Samp.Index2
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 6 UMTS: None
to 9 within range 2
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736818
L.Traffic.DL.Volume.QCI6~9.Samp.Index3
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 6 UMTS: None
to 9 within range 3
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736819
L.Traffic.DL.Volume.QCI6~9.Samp.Index4
Multi-mode: None
Number of samples with
the downlink traffic volume GSM: None
of E-RABs with a QCI of 6 UMTS: None
to 9 within range 4
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736820
L.Traffic.DL.Volume.QCI6~9.Samp.Index5
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 6 UMTS: None
to 9 within range 5
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736821
L.Traffic.DL.Volume.QCI6~9.Samp.Index6
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 6 UMTS: None
to 9 within range 6
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736822
L.Traffic.DL.Volume.QCI6~9.Samp.Index7
Number of samples with
Multi-mode: None
the downlink traffic volume GSM: None
of E-RABs with a QCI of 6 UMTS: None
to 9 within range 7
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736823
L.Traffic.UL.Volume.QCI1.Samp.Index0
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 1
within range 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736824
L.Traffic.UL.Volume.QCI1.Samp.Index1
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 1
within range 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736825
L.Traffic.UL.Volume.QCI1.Samp.Index2
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 1
within range 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736826
L.Traffic.UL.Volume.QCI1.Samp.Index3
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 1
within range 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736827
L.Traffic.UL.Volume.QCI1.Samp.Index4
Multi-mode: None
Radio Bearer Management
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Counter ID
Page 199 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 1
within range 4
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
1526736828
L.Traffic.UL.Volume.QCI1.Samp.Index5
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 1
within range 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736829
L.Traffic.UL.Volume.QCI1.Samp.Index6
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 1
within range 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736830
L.Traffic.UL.Volume.QCI1.Samp.Index7
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 1
within range 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736831
L.Traffic.UL.Volume.QCI2~4.Samp.Index0
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 2 to
4 within range 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736832
L.Traffic.UL.Volume.QCI2~4.Samp.Index1
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 2 to
4 within range 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736833
L.Traffic.UL.Volume.QCI2~4.Samp.Index2
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 2 to
4 within range 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736834
L.Traffic.UL.Volume.QCI2~4.Samp.Index3
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 2 to
4 within range 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736835
L.Traffic.UL.Volume.QCI2~4.Samp.Index4
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 2 to
4 within range 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736836
L.Traffic.UL.Volume.QCI2~4.Samp.Index5
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 2 to
4 within range 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736837
L.Traffic.UL.Volume.QCI2~4.Samp.Index6
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 2 to
4 within range 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736838
L.Traffic.UL.Volume.QCI2~4.Samp.Index7
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 2 to
4 within range 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736839
L.Traffic.UL.Volume.QCI6~9.Samp.Index0
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 6 to
9 within range 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736840
L.Traffic.UL.Volume.QCI6~9.Samp.Index1
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 6 to
9 within range 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736841
L.Traffic.UL.Volume.QCI6~9.Samp.Index2
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 6 to
9 within range 2
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
Page 200 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LTE: LBFD-002008
TDLBFD-002008
1526736842
L.Traffic.UL.Volume.QCI6~9.Samp.Index3
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 6 to
9 within range 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736843
L.Traffic.UL.Volume.QCI6~9.Samp.Index4
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 6 to
9 within range 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736844
L.Traffic.UL.Volume.QCI6~9.Samp.Index5
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 6 to
9 within range 5
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736845
L.Traffic.UL.Volume.QCI6~9.Samp.Index6
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 6 to
9 within range 6
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736846
L.Traffic.UL.Volume.QCI6~9.Samp.Index7
Number of samples with
the uplink traffic volume of
E-RABs with a QCI of 6 to
9 within range 7
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736847
L.E-RAB.SuccEst.QCI.PTT
Number of successful
E-RAB setups initiated by
UEs for PTT services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736848
L.E-RAB.AttEst.QCI.PTT
Number of E-RAB setup
attempts initiated by UEs
for PTT services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736849
L.E-RAB.InitAttEst.QCI.PTT
Number of initial E-RAB
setup attempts initiated by
UEs for PTT services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736850
L.E-RAB.InitSuccEst.QCI.PTT
Number of successful initial Multi-mode: None
E-RAB setups initiated by GSM: None
UEs for PTT services
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736853
L.E-RAB.AbnormRel.QCI.PTT
Number of abnormal
releases of E-RABs for
PTT services
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736854
L.PDCP.Tx.TotRev.Trf.SDU.QCI.PTT
Number of downlink PDCP Multi-mode: None
SDUs transmitted for PTT GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736855
L.Traffic.UL.PktLoss.Loss.QCI.PTT
Number of uplink PDCP
SDUs discarded for PTT
services in a cell
Radio Bearer Management
Radio Bearer Management
Multi-mode: None
GSM: None
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HedEx Startpage
Counter ID
Page 201 of 510
Counter Name
Counter Description
Feature ID
Feature Name
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Basic Scheduling
Basic Scheduling
1526736856
L.E-RAB.FailEst.NoRadioRes.DLSatis.PTT
Number of E-RAB setup
failures for PTT services
because of a low downlink
satisfaction rate
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736857
L.E-RAB.FailEst.NoRadioRes.ULSatis.PTT
Number of setup failures of Multi-mode: None
E-RABs for PTT services
GSM: None
because of a low uplink
UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
LBFD-002023
TDLBFD-002023
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736858
L.E-RAB.NormRel.QCI.PTT
Number of normal E-RAB
releases for PTT services
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736861
L.PDCP.Tx.Disc.Trf.SDU.QCI.PTT
Number of downlink PDCP Multi-mode: None
SDUs discarded for PTT
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526736862
L.Traffic.UL.PktLoss.Tot.QCI.PTT
Number of expected uplink Multi-mode: None
PDCP SDUs for PTT
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-081218
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Enhanced QoS for MCPTT
1526736863
L.UECNTX.Rel.MME.AbnormRel.Act
Number of MME-initiated
abnormal releases of
activated UE context
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736864
L.UECNTX.AbnormRel.Act
Number of eNodeBMulti-mode: None
initiated abnormal releases GSM: None
of activated UE context
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736879
L.E-RAB.AbnormRel.MME.HOOut.QCI.1
Number of MME-initiated
abnormal releases of
E-RABs for services with a
QCI of 1 during handover
executions
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736880
L.E-RAB.AbnormRel.MME.HOOut.QCI.2
Number of MME-initiated
abnormal releases of
E-RABs for services with a
QCI of 2 during handover
executions
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736881
L.E-RAB.AbnormRel.MME.HOOut.QCI.3
Number of MME-initiated
abnormal releases of
E-RABs for services with a
QCI of 3 during handover
executions
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736882
L.E-RAB.AbnormRel.MME.HOOut.QCI.4
Number of MME-initiated
abnormal releases of
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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HedEx Startpage
Counter ID
Page 202 of 510
Counter Name
Counter Description
Feature ID
Feature Name
E-RABs for services with a UMTS: None
QCI of 4 during handover
LTE: LBFD-002008
executions
TDLBFD-002008
1526736883
L.E-RAB.AbnormRel.MME.HOOut.QCI.5
Number of MME-initiated
abnormal releases of
E-RABs for services with a
QCI of 5 during handover
executions
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736884
L.E-RAB.AbnormRel.MME.HOOut.QCI.6
Number of MME-initiated
abnormal releases of
E-RABs for services with a
QCI of 6 during handover
executions
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736885
L.E-RAB.AbnormRel.MME.HOOut.QCI.7
Number of MME-initiated
abnormal releases of
E-RABs for services with a
QCI of 7 during handover
executions
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736886
L.E-RAB.AbnormRel.MME.HOOut.QCI.8
Number of MME-initiated
abnormal releases of
E-RABs for services with a
QCI of 8 during handover
executions
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736887
L.E-RAB.AbnormRel.MME.HOOut.QCI.9
Number of MME-initiated
abnormal releases of
E-RABs for services with a
QCI of 9 during handover
executions
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526736888
L.E-RAB.AbnormRel.MME.HOOut
Total number of MMEMulti-mode: None
initiated abnormal releases GSM: None
of E-RABs during handover UMTS: None
executions
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526737750
L.UECNTXRel.S1SCTPFault.Num
Number of UE context
releases because of S1
SCTP link disconnection
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526737847
L.UECNTX.Rel.eNodeB.InitAttEst.MMENoReply
Number of UE context
releases triggered by
expiration of initial context
setup requests
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526737848
L.E-RAB.Rel.eNodeB.Userinact
Number of eNodeBtriggered E-RAB releases
with the cause value of
User Inactivity
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526737849
L.Traffic.DL.PktUuLoss.Loss.QCI.PTT
Total number of downlink
PDCP SDUs discarded for
PTT services in a cell over
the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LOFD-081218
TDLOFD-110230
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Enhanced QoS for MCPTT
Enhanced Extended QCI
(Trial)
1526737850
L.Traffic.DL.PktUuLoss.Tot.QCI.PTT
Number of downlink PDCP Multi-mode: None
SDUs transmitted for PTT GSM: None
services in a cell over the
UMTS: None
Uu interface
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526737851
L.Traffic.User.InSession.Avg
Average number of UEs
with service data to be
transmitted in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526737852
L.Traffic.User.InSession.Max
Maximum number of UEs
with service data to be
transmitted in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
RRC Connection
Management
RRC Connection
Management
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Counter ID
Page 203 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002007
1526737854
L.RRC.ReEstFail.Disc.FlowCtrl
Number of times the RRC
Connection
Reestablishment Request
messages are discarded
due to flow control
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526739720
L.UECNTX.Rel.MME.AbnormRel
Number of MME-initiated
abnormal releases of UE
context
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526739721
L.UECNTX.Rel.MME.AbnormRel.Init
Number of MME-initiated
Multi-mode: None
abnormal releases of UE
GSM: None
context that is not triggered UMTS: None
to set up
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526739724
L.Traffic.User.Sample.Num
Number of times the
Multi-mode: None
number of UEs in
GSM: None
RRC_CONNECTED mode UMTS: None
is not zero
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526739740
L.E-RAB.FailEst.X2AP
Number of E-RAB setup
Multi-mode: None
failures because of
GSM: None
conflicts with X2AP-related UMTS: None
procedures
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526739741
L.E-RAB.FailEst.X2AP.VoIP
Number of voice-service
E-RAB setup failures
because of conflicts with
X2AP-related procedures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526739788
L.Traffic.UL.PktDisorderLoss.Loss.QCI.1
Number of uplink PDCP
SDUs of QCI 1 discarded
because of SN disorder or
changes in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526740440
L.Thrp.bits.DL.LastTTI.CAUser
Downlink PDCP-layer
traffic volume of CA UEs
sent in the last TTI before
the buffer is empty
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LAOFD-001001
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
LTE-A Introduction
1526740441
L.Thrp.Time.DL.RmvLastTTI.CAUser
Data transmission duration Multi-mode: None
for CA UEs except the last GSM: None
TTI before the buffer is
UMTS: None
empty
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LAOFD-001001
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
LTE-A Introduction
1526740479
L.Traffic.DL.AM.Retrans.SpecificSRB.TxPackets
Number of downlink
Multi-mode: None
SpecificSRB PDUs
GSM: None
retransmitted in ARQ mode UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741753
L.Traffic.Board.User.Max
Maximum number of UEs
served by a BBP
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741780
L.E-RAB.AttEst.ExtQCI.Index0
Number of E-RAB setup
attempts for services with
an extended QCI of
counter index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741781
L.E-RAB.AttEst.ExtQCI.Index1
Number of E-RAB setup
attempts for services with
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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Counter Name
Counter Description
Feature ID
Feature Name
an extended QCI of
counter index 1
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Extended-QCI
Extended-QCI
1526741782
L.E-RAB.AttEst.ExtQCI.Index2
Number of E-RAB setup
attempts for services with
an extended QCI of
counter index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741783
L.E-RAB.AttEst.ExtQCI.Index3
Number of E-RAB setup
attempts for services with
an extended QCI of
counter index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
Radio Bearer Management
Radio Bearer Management
1526741784
L.E-RAB.AttEst.ExtQCI.Index4
Number of E-RAB setup
attempts for services with
an extended QCI of
counter index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741785
L.E-RAB.SuccEst.ExtQCI.Index0
Number of successful
E-RAB setups for services
with an extended QCI of
counter index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741786
L.E-RAB.SuccEst.ExtQCI.Index1
Number of successful
E-RAB setups for services
with an extended QCI of
counter index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741787
L.E-RAB.SuccEst.ExtQCI.Index2
Number of successful
E-RAB setups for services
with an extended QCI of
counter index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741788
L.E-RAB.SuccEst.ExtQCI.Index3
Number of successful
E-RAB setups for services
with an extended QCI of
counter index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741789
L.E-RAB.SuccEst.ExtQCI.Index4
Number of successful
E-RAB setups for services
with an extended QCI of
counter index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741790
L.E-RAB.AbnormRel.ExtQCI.Index0
Number of abnormal
E-RAB releases for
services with an extended
QCI of counter index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741791
L.E-RAB.AbnormRel.ExtQCI.Index1
Number of abnormal
E-RAB releases for
services with an extended
QCI of counter index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
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Counter ID
Page 205 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526741792
L.E-RAB.AbnormRel.ExtQCI.Index2
Number of abnormal
E-RAB releases for
services with an extended
QCI of counter index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741793
L.E-RAB.AbnormRel.ExtQCI.Index3
Number of abnormal
E-RAB releases for
services with an extended
QCI of counter index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741794
L.E-RAB.AbnormRel.ExtQCI.Index4
Number of abnormal
E-RAB releases for
services with an extended
QCI of counter index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741795
L.E-RAB.NormRel.ExtQCI.Index0
Number of normal E-RAB
releases for services with
an extended QCI of
counter index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741796
L.E-RAB.NormRel.ExtQCI.Index1
Number of normal E-RAB
releases for services with
an extended QCI of
counter index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741797
L.E-RAB.NormRel.ExtQCI.Index2
Number of normal E-RAB
releases for services with
an extended QCI of
counter index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741798
L.E-RAB.NormRel.ExtQCI.Index3
Number of normal E-RAB
releases for services with
an extended QCI of
counter index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741799
L.E-RAB.NormRel.ExtQCI.Index4
Number of normal E-RAB
releases for services with
an extended QCI of
counter index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Extended-QCI
Extended-QCI
1526741802
L.RRC.NoCntxReEst.Att
Number of RRC
Multi-mode: None
connection reestablishment GSM: None
attempts without UE
UMTS: None
contexts
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741803
L.RRC.NoCntxReEst.ReconfFail.Att
Number of RRC
connection reestablishment
attempts without UE
contexts triggered by
reconfiguration failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741804
L.RRC.NoCntxReEst.HoFail.Att
Number of RRC
connection reestablishment
attempts without UE
contexts triggered by
handover failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741805
L.RRC.NoCntxReEst.Succ
Number of successful RRC Multi-mode: None
connection
GSM: None
UMTS: None
RRC Connection
Management
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Counter Name
Counter Description
Feature ID
Feature Name
reestablishments without
UE contexts
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
1526741806
L.RRC.NoCntxReEst.ReconfFail.Succ
Number of successful RRC
connection
reestablishments without
UE contexts triggered by
reconfiguration failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741807
L.RRC.NoCntxReEst.HoFail.Succ
Number of successful RRC
connection
reestablishments without
UE contexts triggered by
handover failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741808
L.RRC.NoCntxReEstFail.Rej
Number of rejected RRC
Multi-mode: None
connection reestablishment GSM: None
attempts without UE
UMTS: None
contexts
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741809
L.RRC.NoCntxReEstFail.ResFail
Number of rejected RRC
connection reestablishment
attempts without UE
contexts due to resource
allocation failures
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741810
L.RRC.NoCntxReEstFail.NoReply
Number of rejected RRC
connection reestablishment
attempts without UE
contexts due to no
responses from Ues
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741811
L.Thrp.bits.UL.ExtQCI.Index0
Uplink traffic volume of
PDCP PDUs of services
with an extended QCI of
counter index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741812
L.Thrp.bits.UL.ExtQCI.Index1
Uplink traffic volume of
PDCP PDUs of services
with an extended QCI of
counter index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741813
L.Thrp.bits.UL.ExtQCI.Index2
Uplink traffic volume of
PDCP PDUs of services
with an extended QCI of
counter index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741814
L.Thrp.bits.UL.ExtQCI.Index3
Uplink traffic volume of
PDCP PDUs of services
with an extended QCI of
counter index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741815
L.Thrp.bits.UL.ExtQCI.Index4
Uplink traffic volume of
PDCP PDUs of services
with an extended QCI of
counter index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741816
L.Thrp.Time.UL.ExtQCI.Index0
Uplink PDCP-layer
transmission duration of
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
Page 207 of 510
Counter Name
Counter Description
Feature ID
Feature Name
services with an extended
QCI of counter index 0
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741817
L.Thrp.Time.UL.ExtQCI.Index1
Uplink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741818
L.Thrp.Time.UL.ExtQCI.Index2
Uplink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741819
L.Thrp.Time.UL.ExtQCI.Index3
Uplink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741820
L.Thrp.Time.UL.ExtQCI.Index4
Uplink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741821
L.Thrp.bits.DL.ExtQCI.Index0
Downlink traffic volume of
PDCP SDUs of services
with an extended QCI of
counter index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741822
L.Thrp.bits.DL.ExtQCI.Index1
Downlink traffic volume of
PDCP SDUs of services
with an extended QCI of
counter index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741823
L.Thrp.bits.DL.ExtQCI.Index2
Downlink traffic volume of
PDCP SDUs of services
with an extended QCI of
counter index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741824
L.Thrp.bits.DL.ExtQCI.Index3
Downlink traffic volume of
PDCP SDUs of services
with an extended QCI of
counter index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
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Counter ID
Page 208 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002025
LBFD-002032
TDLBFD-002032
1526741825
L.Thrp.bits.DL.ExtQCI.Index4
Downlink traffic volume of
PDCP SDUs of services
with an extended QCI of
counter index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741826
L.Thrp.Time.DL.ExtQCI.Index0
Downlink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 0
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741827
L.Thrp.Time.DL.ExtQCI.Index1
Downlink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 1
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741828
L.Thrp.Time.DL.ExtQCI.Index2
Downlink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 2
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741829
L.Thrp.Time.DL.ExtQCI.Index3
Downlink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 3
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741830
L.Thrp.Time.DL.ExtQCI.Index4
Downlink PDCP-layer
transmission duration of
services with an extended
QCI of counter index 4
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741831
L.Traffic.ActiveUser.UL.ExtQCI.Index0
Number of activated UEs
with an extended QCI of
counter index 0 in the
uplink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741832
L.Traffic.ActiveUser.UL.ExtQCI.Index1
Number of activated UEs
with an extended QCI of
counter index 1 in the
uplink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
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Counter ID
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Counter Name
Counter Description
Feature ID
Feature Name
1526741833
L.Traffic.ActiveUser.UL.ExtQCI.Index2
Number of activated UEs
with an extended QCI of
counter index 2 in the
uplink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741834
L.Traffic.ActiveUser.UL.ExtQCI.Index3
Number of activated UEs
with an extended QCI of
counter index 3 in the
uplink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741835
L.Traffic.ActiveUser.UL.ExtQCI.Index4
Number of activated UEs
with an extended QCI of
counter index 4 in the
uplink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741836
L.Traffic.ActiveUser.DL.ExtQCI.Index0
Number of activated UEs
with an extended QCI of
counter index 0 in the
downlink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741837
L.Traffic.ActiveUser.DL.ExtQCI.Index1
Number of activated UEs
with an extended QCI of
counter index 1 in the
downlink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741838
L.Traffic.ActiveUser.DL.ExtQCI.Index2
Number of activated UEs
with an extended QCI of
counter index 2 in the
downlink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741839
L.Traffic.ActiveUser.DL.ExtQCI.Index3
Number of activated UEs
with an extended QCI of
counter index 3 in the
downlink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741840
L.Traffic.ActiveUser.DL.ExtQCI.Index4
Number of activated UEs
with an extended QCI of
counter index 4 in the
downlink
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002032
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Extended-QCI
Extended-QCI
1526741845
L.S1Sig.ConnEst.Att.Emc
Number of S1 signaling
connection setup attempts
for the cause of
"emergency"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
Radio Bearer Management
Radio Bearer Management
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Counter ID
Page 210 of 510
Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002008
1526741846
L.S1Sig.ConnEst.Att.HighPri
Number of S1 signaling
connection setup attempts
for the cause of
"highPriorityAccess"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741847
L.S1Sig.ConnEst.Att.Mt
Number of S1 signaling
connection setup attempts
for the cause of "mtAccess"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741848
L.S1Sig.ConnEst.Att.MoSig
Number of S1 signaling
connection setup attempts
for the cause of "moSignalling"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741849
L.S1Sig.ConnEst.Att.MoData
Number of S1 signaling
connection setup attempts
for the cause of "mo-Data"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741850
L.S1Sig.ConnEst.Att.DelayTol
Number of S1 signaling
connection setup attempts
for the cause of
"delayTolerantAccessv1020"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741851
L.S1Sig.ConnEst.Succ.Emc
Number of successful S1
signaling connection
setups for the cause of
"emergency"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741852
L.S1Sig.ConnEst.Succ.HighPri
Number of successful S1
signaling connection
setups for the cause of
"highPriorityAccess"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741853
L.S1Sig.ConnEst.Succ.Mt
Number of successful S1
signaling connection
setups for the cause of
"mt-Access"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741854
L.S1Sig.ConnEst.Succ.MoSig
Number of successful S1
signaling connection
setups for the cause of
"mo-Signalling"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741855
L.S1Sig.ConnEst.Succ.MoData
Number of successful S1
signaling connection
setups for the cause of
"mo-Data"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741856
L.S1Sig.ConnEst.Succ.DelayTol
Number of successful S1
signaling connection
setups for the cause of
"delayTolerantAccessv1020"
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741885
L.RRC.ConnReq.Msg.disc.Illegal
Number of times RRC
Connection Request
messages are discarded
because the messages are
illegal
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526741949
L.Thrp.bits.UE.UL.PL11
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [138,141) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Uplink Power Control
1526741950
L.Thrp.bits.UE.UL.PL12
Total uplink throughput of
PDCP PDUs for UEs
Multi-mode: None
GSM: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
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Counter Name
Counter Description
Feature ID
Feature Name
whose path loss ranges
within [141,144) dB
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002027
Basic Scheduling
Basic Scheduling
Uplink Power Control
Support of UE Category 1
1526741951
L.Thrp.bits.UE.UL.PL13
Total uplink throughput of
PDCP PDUs for UEs
whose path loss ranges
within [144,147) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002028
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Emergency call
1526741952
L.Thrp.bits.UE.UL.PL14
Total uplink throughput of
PDCP PDUs for UEs
whose path loss is greater
than or equal to 147 dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002029
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Earthquake and Tsunami
Warning System(ETWS)
1526741953
L.Thrp.Time.UE.UL.RmvSmallPkt.PL11
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [138,141) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741954
L.Thrp.Time.UE.UL.RmvSmallPkt.PL12
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [141,144) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002031
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Support of aperiodic CQI
reports
1526741955
L.Thrp.Time.UE.UL.RmvSmallPkt.PL13
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss
ranges within [144,147) dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002032
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Extended-QCI
1526741956
L.Thrp.Time.UE.UL.RmvSmallPkt.PL14
Data transmission duration
of uplink PDCP PDUs
(excluding small packets)
for UEs whose path loss is
greater than or equal to
147 dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741957
L.Thrp.bits.UE.UL.SmallPkt.PL11
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [138,141) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741958
L.Thrp.bits.UE.UL.SmallPkt.PL12
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [141,147) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
TDLBFD-002035
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
Multi Carrier
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Counter ID
Page 212 of 510
Counter Name
Counter Description
Feature ID
Feature Name
1526741959
L.Thrp.bits.UE.UL.SmallPkt.PL13
Throughput of small uplink Multi-mode: None
packets at the PDCP layer GSM: None
for UEs whose path loss
UMTS: None
ranges within [144,147) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741960
L.Thrp.bits.UE.UL.SmallPkt.PL14
Throughput of small uplink
packets at the PDCP layer
for UEs whose path loss is
greater than or equal to
147 dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741961
L.Traffic.User.PL11
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging
UMTS: None
between [138,141) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741962
L.Traffic.User.PL12
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging
UMTS: None
between [141,144) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741963
L.Traffic.User.PL13
Number of UEs that
Multi-mode: None
perform services and have GSM: None
a path loss ranging
UMTS: None
between [144,147) dB
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741964
L.Traffic.User.PL14
Number of UEs that
perform services with a
path loss greater than or
equal to 147 dB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
LBFD-002026
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
Uplink Power Control
1526741973
L.E-RAB.AttEst.QCI.65
Number of E-RAB setup
attempts for QCI 65
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741974
L.E-RAB.SuccEst.QCI.65
Number of successful
E-RAB setups for QCI 65
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741975
L.E-RAB.AttEst.QCI.66
Number of E-RAB setup
attempts for QCI 66
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741976
L.E-RAB.SuccEst.QCI.66
Number of successful
E-RAB setups for QCI 66
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741977
L.E-RAB.AttEst.QCI.69
Number of E-RAB setup
attempts for QCI 69
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741978
L.E-RAB.SuccEst.QCI.69
Multi-mode: None
Radio Bearer Management
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Counter ID
Page 213 of 510
Counter Name
Counter Description
Feature ID
Feature Name
Number of successful
E-RAB setups for QCI 69
services in a cell
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
1526741979
L.E-RAB.AttEst.QCI.70
Number of E-RAB setup
attempts for QCI 70
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741980
L.E-RAB.SuccEst.QCI.70
Number of successful
E-RAB setups for QCI 70
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741981
L.E-RAB.InitAttEst.QCI.65
Number of initial E-RAB
setup attempts for QCI 65
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741982
L.E-RAB.InitSuccEst.QCI.65
Number of successful initial Multi-mode: None
E-RAB setups for QCI 65
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741983
L.E-RAB.InitAttEst.QCI.66
Number of initial E-RAB
setup attempts for QCI 66
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741984
L.E-RAB.InitSuccEst.QCI.66
Number of successful initial Multi-mode: None
E-RAB setups for QCI 66
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741985
L.E-RAB.InitAttEst.QCI.69
Number of initial E-RAB
setup attempts for QCI 69
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741986
L.E-RAB.InitSuccEst.QCI.69
Number of successful initial Multi-mode: None
E-RAB setups for QCI 69
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741987
L.E-RAB.InitAttEst.QCI.70
Number of initial E-RAB
setup attempts for QCI 70
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741988
L.E-RAB.InitSuccEst.QCI.70
Number of successful initial Multi-mode: None
E-RAB setups for QCI 70
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741989
L.E-RAB.AbnormRel.QCI.65
Number of abnormal
releases of E-RABs for
QCI 65 services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741990
L.E-RAB.AbnormRel.QCI.66
Number of abnormal
releases of E-RABs for
QCI 66 services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741991
L.E-RAB.AbnormRel.QCI.69
Number of abnormal
releases of E-RABs for
QCI 69 services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741992
L.E-RAB.AbnormRel.QCI.70
Number of abnormal
releases of E-RABs for
QCI 70 services in a cell
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
Page 214 of 510
Counter Name
Counter Description
Feature ID
Feature Name
LTE: LBFD-002008
TDLBFD-002008
1526741993
L.E-RAB.NormRel.QCI.65
Number of normal releases Multi-mode: None
of E-RABs for QCI 65
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741994
L.E-RAB.NormRel.QCI.66
Number of normal releases Multi-mode: None
of E-RABs for QCI 66
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741995
L.E-RAB.NormRel.QCI.69
Number of normal releases Multi-mode: None
of E-RABs for QCI 69
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741996
L.E-RAB.NormRel.QCI.70
Number of normal releases Multi-mode: None
of E-RABs for QCI 70
GSM: None
services in a cell
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526741997
L.E-RAB.FailEst.NoRadioRes.DLSatis.QCI65
Number of E-RAB setup
Multi-mode: None
failures for QCI 65 services GSM: None
because of a low downlink UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526741998
L.E-RAB.FailEst.NoRadioRes.DLSatis.QCI66
Number of E-RAB setup
Multi-mode: None
failures for QCI 66 services GSM: None
because of a low downlink UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526741999
L.E-RAB.FailEst.NoRadioRes.ULSatis.QCI65
Number of E-RAB setup
Multi-mode: None
failures for QCI 65 services GSM: None
because of a low uplink
UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526742000
L.E-RAB.FailEst.NoRadioRes.ULSatis.QCI66
Number of E-RAB setup
Multi-mode: None
failures for QCI 66 services GSM: None
because of a low uplink
UMTS: None
satisfaction rate
LTE: LBFD-002008
TDLBFD-002008
TDLBFD-002023
LBFD-002023
Radio Bearer Management
Radio Bearer Management
Admission Control
Admission Control
1526742001
L.E-RAB.Est.TimeAvg.QCI.65
Average E-RAB setup
duration for QCI 65
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742002
L.E-RAB.Est.TimeAvg.QCI.66
Average E-RAB setup
duration for QCI 66
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742003
L.E-RAB.Est.TimeAvg.QCI.69
Average E-RAB setup
duration for QCI 69
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742004
L.E-RAB.Est.TimeAvg.QCI.70
Average E-RAB setup
duration for QCI 70
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742005
L.E-RAB.Est.TimeMax.QCI.65
Maximum E-RAB setup
duration for QCI 65
services in a cell
Multi-mode: None
GSM: None
UMTS: None
Radio Bearer Management
Radio Bearer Management
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Counter ID
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Counter Name
Counter Description
Feature ID
Feature Name
LTE: LBFD-002008
TDLBFD-002008
1526742006
L.E-RAB.Est.TimeMax.QCI.66
Maximum E-RAB setup
duration for QCI 66
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742007
L.E-RAB.Est.TimeMax.QCI.69
Maximum E-RAB setup
duration for QCI 69
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742008
L.E-RAB.Est.TimeMax.QCI.70
Maximum E-RAB setup
duration for QCI 70
services in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742009
L.E-RAB.Est.TimeAvg.PLMN
Average E-RAB setup
duration of a specific
operator in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742011
L.Traffic.eNodeB.FDD.User.Max
Maximum number of LTE
FDD UEs served by an
eNodeB
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
RRC Connection
Management
1526742060
L.Traffic.PktInterval.Num.Index9
Number of times the
packet transmission
interval for a UE in a cell
ranges within index 9
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002007
LOFD-001105
TDLOFD-001105
RRC Connection
Management
Dynamic DRX
Dynamic DRX
1526742091
L.E-RAB.AbnormRel.eNBTot.UEAbnormal
Number of E-RABs
released by defective UEs
in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742092
L.Thrp.bits.UL.QCI.65
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 65 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742093
L.Thrp.bits.UL.QCI.66
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 66 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742094
L.Thrp.bits.UL.QCI.69
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 69 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742095
L.Thrp.bits.UL.QCI.70
Uplink traffic volume for
PDCP PDUs of services
with the QCI of 70 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742096
L.Thrp.Time.UL.QCI.65
Receive duration of uplink
PDCP PDUs for services
with the QCI of 65 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742097
L.Thrp.Time.UL.QCI.66
Multi-mode: None
Radio Bearer Management
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Counter Name
Counter Description
Feature ID
Feature Name
Receive duration of uplink
PDCP PDUs for services
with the QCI of 66 in a cell
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742098
L.Thrp.Time.UL.QCI.69
Receive duration of uplink
PDCP PDUs for services
with the QCI of 69 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742099
L.Thrp.Time.UL.QCI.70
Receive duration of uplink
PDCP PDUs for services
with the QCI of 70 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742100
L.Thrp.bits.DL.QCI.65
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 65 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742101
L.Thrp.bits.DL.QCI.66
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 66 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742102
L.Thrp.bits.DL.QCI.69
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 69 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742103
L.Thrp.bits.DL.QCI.70
Downlink traffic volume for
PDCP SDUs of services
with the QCI of 70 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742104
L.Thrp.Time.DL.QCI.65
Transmit duration of
Multi-mode: None
downlink PDCP SDUs for GSM: None
services with the QCI of 65 UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742105
L.Thrp.Time.DL.QCI.66
Transmit duration of
Multi-mode: None
downlink PDCP SDUs for GSM: None
services with the QCI of 66 UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742106
L.Thrp.Time.DL.QCI.69
Transmit duration of
Multi-mode: None
downlink PDCP SDUs for GSM: None
services with the QCI of 69 UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742107
L.Thrp.Time.DL.QCI.70
Transmit duration of
Multi-mode: None
downlink PDCP SDUs for GSM: None
services with the QCI of 70 UMTS: None
in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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Counter Name
Counter Description
Feature ID
Feature Name
TDLBFD-002025
1526742108
L.PDCP.Tx.TotRev.Trf.SDU.QCI.65
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 65 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742109
L.PDCP.Tx.TotRev.Trf.SDU.QCI.66
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 66 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742110
L.PDCP.Tx.TotRev.Trf.SDU.QCI.69
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 69 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742111
L.PDCP.Tx.TotRev.Trf.SDU.QCI.70
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 70 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742112
L.Traffic.DL.PktUuLoss.Loss.QCI.65
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 65 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742113
L.Traffic.DL.PktUuLoss.Loss.QCI.66
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 66 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742114
L.Traffic.DL.PktUuLoss.Loss.QCI.69
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 69 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742115
L.Traffic.DL.PktUuLoss.Loss.QCI.70
Number of downlink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 70 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742116
L.Traffic.DL.PktUuLoss.Tot.QCI.65
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 65 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742117
L.Traffic.DL.PktUuLoss.Tot.QCI.66
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 66 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742118
L.Traffic.DL.PktUuLoss.Tot.QCI.69
Number of downlink PDCP Multi-mode: None
SDUs transmitted for
GSM: None
services carried on DRBs
UMTS: None
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
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Counter Name
Counter Description
Feature ID
Feature Name
with a QCI of 69 in a cell
over the Uu interface
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Basic Scheduling
1526742119
L.Traffic.DL.PktUuLoss.Tot.QCI.70
Number of downlink PDCP
SDUs transmitted for
services carried on DRBs
with a QCI of 70 in a cell
over the Uu interface
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742120
L.Traffic.UL.PktLoss.Loss.QCI.65
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 65 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742121
L.Traffic.UL.PktLoss.Loss.QCI.66
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 66 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742122
L.Traffic.UL.PktLoss.Loss.QCI.69
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 69 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742123
L.Traffic.UL.PktLoss.Loss.QCI.70
Number of uplink PDCP
SDUs discarded for
services carried on DRBs
with a QCI of 70 in a cell
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742124
L.Traffic.UL.PktLoss.Tot.QCI.65
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 65 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742125
L.Traffic.UL.PktLoss.Tot.QCI.66
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 66 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742126
L.Traffic.UL.PktLoss.Tot.QCI.69
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 69 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742127
L.Traffic.UL.PktLoss.Tot.QCI.70
Number of expected uplink Multi-mode: None
PDCP SDUs for services
GSM: None
carried on DRBs with a
UMTS: None
QCI of 70 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742128
L.PDCP.Tx.Disc.Trf.SDU.QCI.65
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 65 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
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Counter ID
Counter Name
Counter Description
Feature ID
Feature Name
1526742129
L.PDCP.Tx.Disc.Trf.SDU.QCI.66
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 66 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742130
L.PDCP.Tx.Disc.Trf.SDU.QCI.69
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 69 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742131
L.PDCP.Tx.Disc.Trf.SDU.QCI.70
Number of downlink PDCP Multi-mode: None
SDUs discarded for
GSM: None
services carried on DRBs
UMTS: None
with a QCI of 70 in a cell
LTE: LBFD-002008
TDLBFD-002008
LBFD-002025
TDLBFD-002025
Radio Bearer Management
Radio Bearer Management
Basic Scheduling
Basic Scheduling
1526742143
L.HHO.IntraCell.ExecAttOut
Number of intra-cell
Multi-mode: None
outgoing handover
GSM: None
execution attempts in a cell UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526742145
L.HHO.IntraCell.ExecSuccOut
Number of successful intra- Multi-mode: None
cell outgoing handover
GSM: None
executions in a cell
UMTS: None
LTE: LBFD-002007
TDLBFD-002007
RRC Connection
Management
RRC Connection
Management
1526742148
L.UECNTX.Rel.eNodeB.CallMute
Number of UE context
Multi-mode: None
releases initiated by the
GSM: None
eNodeB due to uplink mute UMTS: None
calls
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742166
L.E-RAB.FailEst.NoRadioRes.UserSpec
Number of E-RAB setup
failures because of the
limitation of the maximum
number of Ues
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
1526742167
L.E-RAB.FailEst.NoRadioRes.RrcUserLic
Number of E-RAB setup
failures because of
insufficient licensed
number of UEs in the
RRC_CONNECTED state
Multi-mode: None
GSM: None
UMTS: None
LTE: LBFD-002008
TDLBFD-002008
Radio Bearer Management
Radio Bearer Management
10
Glossary
For the acronyms, abbreviations, terms, and definitions, see Glossary.
11
Reference Documents
1. 3GPP TS 36.331: "Radio Resource Control (RRC); Protocol specification"
2. 3GPP TS 23.401: "General Packet Radio Service (GPRS) enhancements for Evolved Universal Terrestrial Radio Access Network (E-UTRAN) access"
3. 3GPP TS 36.211: "Physical channels and modulation"
4. 3GPP TS 36.321: "Medium Access Control (MAC) protocol specification"
5. Idle Mode Management Feature Parameter Description
6. LCS Feature Parameter Description
7. Power Control Feature Parameter Description
8. Radio Security Feature Parameter Description
9. Random Access Control and RACH Optimization Feature Parameter Description
10. S1-Flex Feature Parameter Description
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eRAN
Idle Mode Management Feature Parameter Description
Issue
05
Date
2016-11-01
HUAWEI TECHNOLOGIES CO., LTD.
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3 Contents
1 About This Document
1.1 Scope
1.2 Intended Audience
1.3 Change History
1.4 Differences Between eNodeB Types
2 Overview
2.1 Introduction
2.2 Benefits
3 Technical Description
3.1 PLMN Selection
3.1.1 PLMN Selection in Automatic Mode
3.1.2 PLMN Selection in Manual Mode
3.1.3 Roaming
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3.2 Cell Selection and Reselection
3.2.1 Cell Search
3.2.2 Cell Selection
3.2.3 Neighboring Cell Priority Handling
3.2.4 Blacklisted Cell Identifying
3.2.5 Neighboring Cell Measurement for Cell Reselection
3.2.6 Intra-Frequency or Equal-Priority Inter-Frequency Cell Reselection
3.2.7 Different-Priority Inter-Frequency or Inter-RAT Cell Reselection
3.2.8 Speed-based Cell Reselection
3.3 Tracking Area Registration
3.3.1 Tracking Area Update
3.3.2 Attach/Detach
3.4 Cell Reservation and Access Control
3.4.1 Cell Reservation and Barring
3.4.2 Access Control
3.5 System Information Broadcast
3.5.1 System Information Block Contents
3.5.2 System Information Scheduling Periods
3.5.3 System Information Update
3.6 Paging
3.6.1 Triggering of Paging
3.6.2 Paging Mechanism over the Uu Interface
3.6.3 Paging Handling Procedure
3.6.4 Scheduling of Paging Messages
4 Related Features
4.1 LBFD-002009 Broadcast of system information
4.2 LBFD-002011 Paging
4.3 LBFD-00201803 Cell Selection and Re-selection
5 Network Impact
5.1 LBFD-002009 Broadcast of system information
5.2 LBFD-002011 Paging
5.3 LBFD-00201803 Cell Selection and Re-selection
6 Engineering Guidelines
6.1 When to Use
6.2 Deployment
6.2.1 Requirements
6.2.2 Data Preparation and Feature Activation
6.2.2.1 Data Preparation
6.2.2.2 Using the CME
6.2.2.3 Using MML Commands
6.2.3 Activation Observation
6.2.4 Reconfiguration
6.2.5 Deactivation
6.2.5.1 Using the CME
6.2.5.2 Using MML Commands
6.3 Performance Monitoring
6.4 Parameter Optimization
6.5 Possible Issues
7 Parameters
8 Counters
9 Glossary
10 Reference Documents
1
About This Document
Scope
This document describes idle mode management, including its technical principles, related features, network impact, and engineering guidelines. This document covers the
following features:
• LBFD-002009 Broadcast of system information
• LBFD-002011 Paging
• LBFD-00201803 Cell Selection and Re-selection
Any parameters, alarms, counters, or managed objects (MOs) described herein apply only to the corresponding software release. For future software releases, refer to the
corresponding updated product documentation.
This document applies only to LTE (FDD). Any "LTE" in this document refers to LTE (FDD), and "eNodeB" refers to LTE (FDD) eNodeB.
This document applies to the following types of eNodeBs.
eNodeB Type
Model
Macro
3900 series eNodeB
Micro
BTS3202E
BTS3203E
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eNodeB Type
Model
BTS3911E
BTS3912E
LampSite
DBS3900 LampSite
Intended Audience
This document is intended for personnel who:
• Need to understand the features described herein
• Work with Huawei products
Change History
This section provides information about the changes in different document versions. There are two types of changes:
• Feature change
Changes in features and parameters of a specified version as well as the affected entities
• Editorial change
Changes in wording or addition of information and any related parameters affected by editorial changes. Editorial change does not specify the affected entities.
AN11.1 05 (2016-11-01)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Feature change
None
Editorial change
None
Optimized descriptions about neighboring cell measurement. For
details, see 3.2.5 Neighboring Cell Measurement for Cell Reselection.
Optimized some descriptions. For details, see 3.2.2 Cell Selection and 3.2.7
Different-Priority Inter-Frequency or Inter-RAT Cell Reselection.
Affected Entity
None
N/A
-
AN11.1 04 (2016-08-01)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Affected Entity
Feature change
None
None
N/A
Editorial change
Optimized the description about intra-frequency cell measurement. For
details, see 3.2.5 Neighboring Cell Measurement for Cell Reselection.
Optimized the description about the scope where blacklisted cells take
effect. For details, see 3.2.4 Blacklisted Cell Identifying.
None
-
AN11.1 03 (2016-06-30)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Feature change
None
Editorial change
Optimized descriptions about speed-based cell reselection. For details, None
see 3.2.8 Speed-based Cell Reselection, 6.2.2.1 Data Preparation, 6.2.2.3 Using MML
Commands, 6.2.3 Activation Observation , 6.2.5.2 Using MML Commands, and 6.4
Parameter Optimization.
Affected Entity
None
N/A
-
AN11.1 02 (2016-04-20)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Affected Entity
Feature change
None
None
N/A
Editorial change
Updated the description about the priority of the non-serving E-UTRA
frequency under "Common Priority". For details, see 3.2.3 Neighboring Cell
Priority Handling.
None
-
AN11.1 01 (2016-03-07)
This issue does not include any changes.
AN11.1 Draft B (2015-12-30)
This issue includes the following changes.
Change Type
Change Description
Parameter Change
Affected Entity
Feature change
None
None
N/A
Editorial change
Updated the descriptions in 4 Related Features and 6.2.1 Requirements.
None
-
AN11.1 Draft A (2015-12-07)
Compared with Issue 03 (2015-06-30) of eRAN8.1, Draft A (2015-12-07) of eRAN11.1 includes the following changes.
Change Type
Feature change
Change Description
Parameter Change
Affected Entity
Added switches to control whether the eNodeB broadcasts Added the CellSiMap.SiSwitch parameter. Macro/Micro/LampSite
SIB6 and SIB7. For details, see 3.5 System Information
Broadcast.
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Change Type
Change Description
Parameter Change
Affected Entity
Supported flexible control over whether the Qqualmin IE is Modified the CellSel.QQualMin parameter Macro/Micro/LampSite
delivered in SIB1. For details, see Cell Selection Criteria in 3.2.2 value range and default value:
Cell Selection.
• Added the value 0, indicating
that the Qqualmin IE is not
delivered in SIB1.
• Changed the default value to 0.
Added the function of containing the Paging Priority IE in
paging messages delivered by the MME. For details, see
3.6.4 Scheduling of Paging Messages.
None
Added the EutranInterNFreq.MeasPerformanceDemand
parameter to control whether to lower the measurement
performance requirements for non-serving E-UTRA
frequencies delivered in SIB5. For details, see InterFrequency or Inter-RAT Measurement in 3.2.5 Neighboring Cell
Measurement for Cell Reselection.
Added the
Macro/Micro/LampSite
EutranInterNFreq.MeasPerformanceDemand
parameter.
Editorial change
• Revised the descriptions in the following
sections:
None
Macro/Micro/LampSite
-
◾ 3.2 Cell Selection and Reselection
◾ 6 Engineering Guidelines
• Removed section 2.4 "Related Concepts". For
details about related concepts, see 3GPP
protocols.
Differences Between eNodeB Types
The features described in this document are implemented in the same way on macro, micro, and LampSite eNodeBs.
2
Overview
Introduction
In an Evolved Universal Terrestrial Radio Access Network (E-UTRAN), UEs can be either in RRC_CONNECTED or RRC_IDLE mode. RRC is short for radio resource control.
After being powered on, UEs will be in RRC_IDLE mode (also known as idle mode) if no radio resource control (RRC) connection is established between the UEs and the
E-UTRAN.
This document describes the following aspects of idle mode management:
• PLMN selection
UEs select a Public Land Mobile Network (PLMN) and register on the PLMN.
• Cell selection
UEs select cells in the chosen PLMN and camp on the cells so that the UEs can monitor system information and paging messages to obtain services.
• Cell reselection
When camping on a given cell, a UE searches for a better cell based on the cell reselection criteria, to correctly receive system information and successfully initiate
services.
• Tracking area (TA) registration
UEs register their locations with the evolved packet core (EPC) through a TA registration procedure so that the EPC can page them within the TA and request that
they initiate services.
• Cell reservation and access Control
Cell reservation and access control are two mechanisms operators use to control their networks. Cell reservation allows specific cells to be reserved for only UEs of
certain classes (for example, for network management by operators). Access control determines whether UEs can initiate calls in a cell based on UE classes.
• System information broadcast and paging
In a system information broadcast, information such as parameters related to cell selection and reselection, is broadcast to UEs over the broadcast control channel
(BCCH). In paging, paging messages are used to inform all the UEs in a given cell of any changes in the system information, and to carry paging-related information.
The main activities of UEs in idle mode are PLMN selection, cell selection and reselection, and TA registration. Figure 2-1 shows the relationships between them.
Figure 2-1 Relationships between PLMN selection, cell selection and reselection, and TA registration
Benefits
With idle mode management, the eNodeB includes configurations in system information broadcasts, and the UEs select suitable cells to camp on and obtain services based on
these configurations. Idle mode management increases the access success rate, improves the quality of service, and ensures that UEs camp on cells with good signal levels
and qualities.
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Technical Description
To guarantee the access success rate and to shorten the time required to access the network , a UE in idle mode selects a cell based on the signal quality of the measured
cells, and based on the parameters in the system information. When camping on the cell, the UE searches for a better cell according to the cell reselection criteria, ensuring that
it receives system information correctly and can initiate services successfully.
PLMN Selection
Figure 3-1 shows the PLMN selection procedure. When a UE is powered on, or returns from an area lacking coverage, the UE first selects the last RPLMN or a PLMN in the
EPLMN list and attempts to register on the selected PLMN. If the registration on that PLMN is successful, the selected PLMN is displayed on the UE, and the UE can now obtain
services from the operator. If the last RPLMN is unavailable or if the registration on the selected PLMN fails, another PLMN can be selected, either automatically or manually,
depending on the priorities of the PLMNs stored in the USIM. For details about PLMN selection, see section 4.4 in 3GPP TS 23.122 R10, which was released in March 2011.
Figure 3-1 PLMN selection procedure
3.1.1 PLMN Selection in Automatic Mode
If a UE fails to register on its most recent RPLMN or EPLMN, the UE attempts to select another PLMN. In automatic network selection mode, the UE selects a PLMN in the
following preferential order:
1. The EHPLMN with the highest priority if the EHPLMN list is present and is not empty, or the HPLMN if the EHPLMN list is not present or is empty.
2. Each PLMN/radio technology combination in the User Controlled PLMN Selector with Access Technology data file in the USIM, in priority order.
3. Each PLMN/radio technology combination in the Operator Controlled PLMN Selector with Access Technology data file in the USIM, in priority order.
4. Other high-quality PLMN/radio technology combinations, in a random order. If the reference signal received power (RSRP) value of a cell in the PLMN/radio
technology combination is greater than or equal to –110 dBm, the combination is considered a high quality PLMN/radio technology combination.
5. Other PLMN/radio technology combinations in order of decreasing signal quality.
When the UE finds a Suitable Cell in a PLMN following this procedure, the UE attempts to register on the PLMN. If the registration is successful, the UE camps on the Suitable
Cell; otherwise, the UE tries the next PLMN.
If the registration on none of the PLMNs is successful, the UE enters the Limited service state. If no PLMN is available, the UE cannot obtain any services.
NOTE:
Limited service, Normal service, and Operator service are three service types that can be provided for UEs in idle mode in Acceptable Cell, Suitable Cell, and Reserved Cell,
respectively. For details about Acceptable Cell, Suitable Cell, and Reserved Cell, see section 4.3 in 3GPP TS 36.304 R10, which was released in March 2011.
3.1.2 PLMN Selection in Manual Mode
If a UE fails to register on its most recent RPLMN or EPLMN, the UE attempts to select a new PLMN. For manual network selection, the UE displays a list of detected PLMNs in
the same order as the PLMNs to be selected for automatic network selection.
In manual mode, the UE can also try forbidden PLMNs, which are determined by the EPC. If the UE successfully registers on the selected PLMN, the UE no longer considers
the PLMN to be forbidden.
3.1.3 Roaming
When roaming, UEs obtain services from a VPLMN other than its HPLMN. For example, the UE may obtain services from a PLMN in another country (an international roaming
area). When the UE with the roaming service moves out of the coverage area of its HPLMN, the UE can obtain services from another PLMN according to the PLMN information
stored on the USIM. The operator determines whether roaming is allowed for a UE.
After the UE registers with a VPLMN by roaming, it periodically searches for its HPLMN and attempts to return to it. The time interval between consecutive searches for the
HPLMN is defined by the operator and stored on the USIM.
Cell Selection and Reselection
This section describes the basic feature LBFD-00201803 Cell Selection and Re-selection.
After selecting a PLMN, a UE selects a cell in the PLMN to camp on. After camping on the cell, the UE monitors system information, performs measurements on the serving cell
and neighboring cells based on measurement rules, and selects a better cell to camp on based on cell reselection criteria.
Before the UE selects a cell to camp on, it performs a cell search procedure. After the UE finds a cell, it performs cell selection or reselection using the selection- or reselectionrelated parameters from the system information or from the RRC Connection Release message. Figure 3-2 shows the cell selection and cell reselection procedures. Either Stored
Information Cell Selection (preferred) or Initial Cell Selection can be used to search for a Suitable Cell. For details, see section 5.2.2 in 3GPP TS 36.304 R10, which was
released in March 2011.
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Figure 3-2 Cell selection and reselection procedures
NOTE:
For details about the cell reselection triggering conditions, see 3.2.6 Intra-Frequency or Equal-Priority Inter-Frequency Cell Reselection, 3.2.7 Different-Priority Inter-Frequency or Inter-RAT
Cell Reselection, and 3.2.8 Speed-based Cell Reselection.
3.2.1 Cell Search
Cell search is a procedure in which a UE achieves time and frequency synchronization with a cell, obtains the physical cell identifier (PCI), and learns the signal quality and
other information about the cell based on the PCI. A UE performs cell search on all frequencies before selecting or reselecting to a cell.
In an LTE system, two types of synchronization signals are used for cell search: primary synchronization signals (PSSs) and secondary synchronization signals (SSSs). The cell
search procedure is as follows:
1. A UE monitors the PSS to acquire clock synchronization accurate to within 5 ms, and to identify the cell identities in possible cell identity groups the PCI belongs to.
2. The UE monitors the SSSs to acquire frame synchronization, that is, time synchronization, and to identify the cell identity groups based on the one-to-one
relationship with SSSs.
3. The UE identifies the PCI by cross-referencing the identified cell identity and cell identity group.
4. The UE monitors the downlink reference signal to determine the signal quality in the cell.
5. The UE reads information on the broadcast channel (BCH) to acquire related details about the cell.
NOTE:
• In an E-UTRAN, cell identities are grouped to reduce the number of correlation detections, simplifying PCI identification.
• Each cell identity group consists of three cell identities.
3.2.2 Cell Selection
When a UE transitions from connected mode to idle mode or after it has selected a PLMN, the UE must select a cell to camp on.
When the UE transitions from connected mode to idle mode:
1. The UE first attempts to select the most recent cell it has camped on in connected mode, or it selects a Suitable Cell on a frequency that is allocated through the
RRC Connection Release message.
2. If such a cell is not available, the UE attempts to find a Suitable Cell by performing the Stored Information Cell Selection procedure.
3. If the UE fails to find a Suitable Cell, the UE performs the Initial Cell Selection procedure.
ored Information Cell Selection
The Stored Information Cell Selection procedure requires stored information related to carrier frequencies and cell parameters. The information is retrieved from previous
measurement control information elements or from preexisting SI messages. This information can help speed up cell selection.
The Stored Information Cell Selection procedure is as follows:
The UE searches known carrier frequencies for a Suitable Cell.
• If the UE finds a Suitable Cell, it selects that cell to camp on.
• If the UE fails to find a Suitable Cell, it initiates the Initial Cell Selection procedure.
tial Cell Selection
The Initial Cell Selection procedure does not require that the UE know in advance which frequencies are E-UTRA carrier frequencies.
In this procedure, the UE scans all carrier frequencies on the supported E-UTRAN bands to find a Suitable Cell. On each carrier frequency, the UE searches for the strongest
cell only. If the UE finds a Suitable Cell, it selects that cell to camp on. If the UE fails to find a Suitable Cell, it selects an Acceptable Cell to camp on.
ll Selection Criteria
During cell selection, a UE selects an E-UTRAN cell that meets cell selection criteria.
A UE selects an E-UTRAN cell to camp on when both Srxlev and Squal are greater than zero.
where
Srxlev = Qrxlevmeas – (Qrxlevmin + Qrxlevminoffset) - Pcompensation
Squal = Qqualmeas – (Qqualmin + Qqualminoffset)
The variables in the preceding formulas are described as follows:
• Qrxlevmeas is the measured cell RX signal level (RSRP value) of the cell.
• Qrxlevmin is the minimum cell RX signal level. It is broadcast in SIB1 and set by the CellSel.QRxLevMin parameter.
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• Qrxlevminoffset is the offset to Qrxlevmin. It is broadcast in SIB1 and set by the CellSel.QRxLevMinOffset parameter. The UE camping on a cell in a VPLMN
considers this offset parameter when it attempts to camp on a cell in a higher-priority PLMN during periodic cell reselection. The cell in the higher-priority PLMN
delivers the value of this parameter to the UE for the Srxlev evaluation.
• Pcompensation is the result of the function: max (PMax - UE Maximum Output Power, 0).
◾ PMax is the maximum transmit power that the UE can apply to uplink transmission. It is broadcast in SIB1 and set by the CELL.UePowerMax parameter.
◾ UE Maximum Output Power is the maximum output power that the UE can physically achieve. It is not configurable on the network side.
• Qqualmeas is the measured cell RX signal quality (RSRQ value) of the cell.
• Qqualmin is the minimum cell RX signal quality required for the cell to become a Suitable Cell. It is broadcast in SIB1 and set by the CellSel.QQualMin parameter.
The CellResel.ThrshServLowQCfgInd and CellSel.QQualMin settings determine whether the Qqualmin IE is delivered in SIB1:
◾ When the value of CellSel.QQualMin is not 0, CellResel.ThrshServLowQCfgInd can be set to CFG(Configure) or NOT_CFG(Not configure). In this case,
the Qqualmin IE is delivered in SIB1.
◾ When the value of CellSel.QQualMin is 0, CellResel.ThrshServLowQCfgInd can only be set to NOT_CFG(Not configure). In this case, the Qqualmin IE is
not delivered in SIB1.
For details, see section 6.2.2 "SystemInformationBlockType1" in 3GPP TS 36.331 R10, which was released in March 2011.
• Qqualminoffset is the offset to Qqualmin. It is broadcast in SIB1 and set by the CellSel.QQualMinOffset parameter. The UE camping on a cell in a VPLMN considers
this offset parameter when it attempts to camp on a cell in a higher-priority PLMN during periodic cell reselection. The cell in the higher-priority PLMN delivers the
value of this parameter to the UE for the Squal evaluation.
3.2.3 Neighboring Cell Priority Handling
After camping on a cell, a UE may attempt to reselect to and then camp on another cell. Before cell reselection, the UE is required to measure the signal quality level of
neighboring cells. The UE then reselects to a neighboring cell by using a specific cell reselection criterion according to the priority of the neighboring cell.
During measurement and implementation of cell reselection, the UE needs to obtain the priorities of neighboring frequencies. Note that frequencies of different RATs must be
configured with different priorities. During the evaluation for reselection to an intra-frequency neighboring cell, the UE ignores the priority of the target frequency because cells
working on the same frequency have the same priority.
The priorities for E-UTRAN frequencies and inter-RAT frequencies include common priorities and dedicated priorities.
ommon Priority
The priority of the serving frequency is specified by CellResel.CellReselPriority and broadcast in system information block type 3 (SIB3).
The priority of the non-serving E-UTRA frequency is specified by EutranInterNFreq.CellReselPriority and broadcast in SIB5. A maximum of 16 non-serving E-UTRA frequencies
can be broadcast.
NOTE:
Each UMPTe board can be configured with a maximum of 16 non-serving E-UTRA frequencies, while other boards can be configured with no more than 8.
The priority of the neighboring UTRAN frequency is specified by UtranNFreq.CellReselPriority and broadcast in SIB6. A maximum of 16 neighboring UTRAN frequencies can be
broadcast.
The priority of the neighboring GERAN frequency is specified by GeranNfreqGroup.CellReselPriority and broadcast in SIB7. A maximum of 16 neighboring GERAN frequency
groups can be broadcast.
The priority of a neighboring CDMA2000 frequency is specified by Cdma2000BandClass.Cdma20001XrttCellReselPri and Cdma2000BandClass.Cdma2000HrpdCellReselPri
and broadcast in SIB8.
dicated Priority
The IdleModeMobilityControlInfo (IMMCI) IE in the RRC Connection Release message delivers the radio resources for each UE during release of radio resources. A maximum
of 16 non-serving E-UTRA frequencies, 16 neighboring UTRAN frequencies, and 16 neighboring GERAN frequency groups can be delivered for each UE.
Cell reselection dedicated priorities include SPID dedicated priorities and operator-specific dedicated priorities.
• SPID dedicated priority
Specifies a dedicated cell reselection priority using the SPID.
An SPID dedicated priority can be either a common SPID priority or an operator-based SPID priority.
◾ Common SPID priority
Specifies an SPID priority configured not based on PLMN.
◾ Operator-based SPID priority
Specifies an SPID priority configured based on the PLMN of the serving cell.
For details about dedicated SPID priorities, see descriptions of LOFD-00105401 Camp & Handover Based on SPID in Flexible User Steering Feature Parameter
Description.
On a shared network, the eNodeB uses LOFD-001133 Multi Operators SPID Policy to implement the operator-specific SPID dedicated priority function for cell
reselection. Specifically, operators sharing the same eNodeB can select their respective SPID value ranges, without negotiating with each other, and the shared
eNodeB allows users of different operators to use the same SPID for different cell reselection dedicated priority policies. For details, see RAN Sharing Feature
Parameter Description.
• Operator-specific dedicated priority
Operator-specific dedicated priorities are either based on the home operator of an adjacent frequency, or of the serving cell.
◾ Home operator of an adjacent frequency
Specifies a dedicated cell reselection priority based on the operator to which an adjacent frequency belongs.
In RAN Sharing scenarios, the dedicated priorities of E-UTRAN, UTRAN, and GERAN frequencies are specified by
EutranNFreqRanShare.CellReselPriority, UtranRanShare.CellReselPriority, and GeranRanShare.CellReselPriority, respectively, for different PLMNs.
◾ Home operator of the serving cell
Specifies a dedicated cell reselection priority based on the PLMN ID of the serving cell. The priorities are specified by
EutranNFreqSCellOp.CellReselDediPri, UtranNFreqSCellOp.CellReselDediPri, GeranNFGroupSCellOp.CellReselDediPri,
Cdma2000BcSCellOp.Cdma1XrttCellReselDediPri, and Cdma2000BcSCellOp.HrpdCellReselDediPri.
Both dedicated priority based on home operator of an adjacent frequency and dedicated priority based on home operator of the serving cell are operator-specific
dedicated priorities. Only one type can be used at a time.
The eNodeB determines the dedicated frequency priorities to carry in the RRC Connection Release message in the following order:
1. The eNodeB preferentially uses SPID dedicated priorities.
2. If no SPID priority is configured for the UE, the eNodeB uses the dedicated frequency priorities of operators configured in the EutranNFreqRanShare,
UtranRanShare, and GeranRanShare MOs, or the frequency priorities of UE-homed operators configured in the EutranNFreqSCellOp, UtranNFreqSCellOp,
GeranNFGroupSCellOp, and Cdma2000BcSCellOp MOs.
3. If no dedicated priority of operators is configured, the eNodeB does not carry dedicated frequency priorities in the RRC Connection Release message.
There are two exceptions:
• For a CA UE, when idle-mode PCC anchoring takes effect, if no SPID dedicated priority or operator-specific dedicated priority is configured, the eNodeB still carries
the dedicated frequency priorities generated by this function in the RRC Connection Release message. For details about the idle-mode PCC anchoring function, see
Carrier Aggregation Feature Parameter Description.
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• For a UE release due to system overload, MME overload, or S1-interface faults, even if the eNodeB does not use any of these preceding dedicated priorities, if the
common priority of the neighboring frequency is lower than the common priority of the serving frequency, the eNodeB uses the common priority of the serving
frequency as the dedicated priority of a neighboring frequency and carries the priority in the RRC Connection Release message.
When the eNodeB determines the list of frequency priorities to carry in the RRC Connection Release message, it filters frequencies based on UE capabilities and on the target
PLMN.
1. The eNodeB filters frequencies based on UE capabilities.
• If the eNodeB has obtained UE capabilities, it filters out frequencies that UEs do not support based on systems supported by UEs and UE frequency
capabilities.
NOTE:
If the UE supports enhanced measurement frequency capabilities (UE capability reported in "incMonEUTRA" is TRUE), the eNodeB sends dedicated
priorities for a maximum of 16 frequencies. If it does not, the eNodeB sends dedicated priorities for a maximum of eight frequencies, for which the value
of the EutranInterNFreq.MeasPerformanceDemand parameter is NORMAL(NORMAL).
• If the eNodeB has not obtained UE capabilities, it checks the value of CellAlgoSwitch.ReselecPriAdaptSwitch and determines the cause value of RRC
access request.
◾ If CellAlgoSwitch.ReselecPriAdaptSwitch is set to ON(On) and the cause value of RRC access request is mo-Signalling (such as TAU
accept/reject and attach reject), and the S1 release is initiated by the MME with the cause value NAS, the eNodeB assumes that UEs support
all frequencies in the priority list and does not filter frequencies.
◾ Otherwise, the eNodeB assumes that UEs support only the frequencies of the serving cell. In this case, if frequencies of the serving cell are
included in the frequency list, they are reserved and other frequencies are filtered out. If frequencies of the serving cell are not included in the
frequency list, the eNodeB does not deliver the IMMCI IE.
2. The eNodeB filters frequencies based on the target PLMN.
• If all home PLMNs of external cells under the frequency are not included in the target PLMN list, the eNodeB filters out the frequency.
• If no external cells are configured on the frequency (no PLMN information of external cells), the eNodeB fails to obtain PLMN attributes of the frequency
and filters out the frequency.
The eNodeB includes remaining frequencies in the IMMCI IE and delivers it to UEs.
When a UE camps on a Suitable Cell during cell reselection:
• If dedicated priorities are assigned through dedicated signaling, the UE ignores all the absolute priorities provided in system information.
• If the UE acquires the priorities of other frequencies but no priority of the serving frequency, the UE regards the priority of the serving frequency as the lowest.
During cell reselection, when a UE camps on an Acceptable Cell, the UE uses only the absolute priorities provided in system information. The UE only stores the information
about the dedicated priorities but does not use it for cell reselection even when dedicated priorities are available.
A UE discards priorities provided by dedicated signaling in any of the following situations:
• The NAS signals the AS to perform PLMN selection.
• The UE enters the connected mode.
• The validity time (specified by T320) of the dedicated priority expires.
T320 and the dedicated priority are sent to the UE in the RRC Connection Release message. The eNodeB determines the value of T320 in the following two ways:
• If the dedicated priority is obtained through the UE's SPID mapping or the PCC anchoring function, the value of T320 is always 180 minutes.
• If the dedicated priority is obtained through other means, T320 is specified by the RrcConnStateTimer.T320ForLoadBalance parameter during an RRC connection
release due to load balancing, or by the RrcConnStateTimer.T320ForOther parameter during an RRC connection release due to other reasons.
For details about T320, see section 7.3 in 3GPP TS 36.331 R10, released in March 2011.
3.2.4 Blacklisted Cell Identifying
During cell reselection, UEs are not allowed to measure or reselect to the blacklisted cells of the serving cell. Blacklisted cells are classified into intra-frequency and interfrequency blacklisted cells.
• Information about intra-frequency blacklisted cells is delivered in IntraFreqBlackCellList of SIB4 and is excluded from IntraFreqNeighCellList of SIB4.
• Information about inter-frequency blacklisted cells is delivered in InterFreqBlackCellList of SIB5 and is excluded from InterFreqNeighCellList of SIB5.
UEs identify blacklisted cells by their PCIs.
An intra-frequency blacklisted cell can be configured in the IntraFreqBlkCell MO. The first 16 E-UTRAN intra-frequency blacklisted cells are the cells blacklisted in intrafrequency idle mode. In this MO, IntraFreqBlkCell.PhyCellId specifies the starting PCI of an intra-frequency blacklisted cell list, and IntraFreqBlkCell.PhyCellIdRange specifies
the number of consecutive PCIs from the starting PCI specified by IntraFreqBlkCell.PhyCellId onwards.
An inter-frequency blacklisted cell can be configured in the InterFreqBlkCell MO. The first 16 E-UTRAN inter-frequency blacklisted cells are the cells blacklisted in interfrequency idle mode. In this MO, InterFreqBlkCell.DlEarfcn specifies the downlink EARFCN corresponding to the blacklist, InterFreqBlkCell.PhyCellId specifies the starting PCI
in the blacklist, and InterFreqBlkCell.PhyCellIdRange specifies the number of consecutive PCIs from the starting PCI specified by InterFreqBlkCell.PhyCellId onwards.
3.2.5 Neighboring Cell Measurement for Cell Reselection
During cell reselection, UEs perform neighboring cell measurements based on the signal quality of the serving cell and the frequency priorities of the neighboring cells. The UE
measures only the neighboring frequencies broadcast in the system information and the neighboring frequency whose priority information is carried in the RRC Connection
Release message.
ra-Frequency Measurement
To trigger intra-frequency measurements, the following rules apply:
The UE does not perform intra-frequency measurements if the Srxlev and Squal values of the serving cell are greater than SIntraSearchP and SIntraSearchQ, respectively. The UE
performs intra-frequency measurements if the Srxlev or Squal value of the serving cell is not greater than SIntraSearchP or SIntraSearchQ, respectively. For details about how to
calculate the Srxlev and Squal values, see 3.2.2 Cell Selection.
The following table provides reference for determining the values of SIntraSearchP and SIntraSearchQ:
CellResel.SIntraSearchCfgInd
NOT_CFG(Not configure)
CFG(Configure)
NOT_CFG(Not configure)
CFG(Configure)
(1)
CellResel.QQualMinCfgInd
IEs Broadcast in SIB3
SIntraSearchP Value
SIntraSearchQ Value
CFG(Configure)
s-IntraSearchP and
s-IntraSearchQ
s-IntraSearchP
s-IntraSearchQ
NOT_CFG(Not configure)
s-IntraSearch
s-IntraSearch
0 dB
NOT_CFG(Not configure)
(1)
CFG(Configure)
(1)
(1)
N/A
Infinity
s-IntraSearch,
s-IntraSearchP, and
s-IntraSearchQ
s-IntraSearchP
0 dB(1)
s-IntraSearchQ
NOTE:
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: In this case, a UE measures the intra-frequency cells, regardless of the signal quality in the serving cell.
Both s-IntraSearch and s-IntraSearchP broadcast in SI are specified by the CellResel.SIntraSearch parameter, and s-IntraSearchQ is specified by the
CellResel.SIntraSearchQ parameter.
When CellResel.QQualMinCfgInd is set to CFG(Configure) and CellResel.SIntraSearchCfgInd is set to NOT_CFG(Not configure), CellResel.SIntraSearch cannot be
configured. In this case, s-IntraSearchP uses the default value or last correctly configured value of CellResel.SIntraSearch
er-Frequency or Inter-RAT Measurement
To trigger inter-frequency or inter-RAT measurements, the following rules apply:
• The UE always performs measurements on inter-frequency or inter-RAT neighboring cells regardless of the signal quality of the serving cell as long as the priorities
of the neighboring frequencies are higher than the priority of the serving frequency.
• If the priorities of non-serving E-UTRA frequencies do not exceed the priority of the serving frequency, or if the priorities of inter-RAT neighboring frequencies are
lower than the priority of the serving frequency, the UE determines whether to start the corresponding measurements according to the following rules:
◾ The UE does not perform inter-frequency or inter-RAT measurements if the Srxlev and Squal values of the serving cell are greater than SnonIntraSearchP and
SnonIntraSearchQ, respectively. SnonIntraSearchP indicates the Srxlev threshold for triggering inter-frequency or inter-RAT measurements. SnonIntraSearchQ indicates
the Squal threshold for triggering inter-frequency or inter-RAT measurements.
◾ The UE performs inter-frequency or inter-RAT measurements if the Srxlev or Squal value of the serving cell is not greater than SnonIntraSearchP or
SnonIntraSearchQ, respectively.
The following table provides reference for determining the values of SnonIntraSearchP and SnonIntraSearchQ:
CellResel.SNonIntraSearchCfgInd
CellResel.QQualMinCfgInd
IEs Broadcast in SIB3
SnonIntraSearchP Value
SnonIntraSearchQ Value
NOT_CFG(Not configure)
CFG(Configure)
s-NonIntraSearchP and
s-NonIntraSearchQ
s-NonIntraSearchP
s-NonIntraSearchQ
CFG(Configure)
NOT_CFG(Not
configure)
s-NonIntraSearch
s-NonIntraSearch
0 dB
NOT_CFG(Not configure)(1)
NOT_CFG(Not
configure)(1)
N/A(1)
Infinity(1)
0 dB(1)
CFG(Configure)
CFG(Configure)
s-NonIntraSearchP,
s-NonIntraSearchQ, and
s-NonIntraSearch
s-NonIntraSearchP
s-NonIntraSearchQ
NOTE:
(1)
: UEs measure both inter-frequency and inter-RAT cells, regardless of whether the signal quality in the serving cell is good.
Both s-NonIntraSearch and s-NonIntraSearchP broadcast in SI are specified by the CellResel.SNonIntraSearch parameter, and s-NonIntraSearchQ is specified
by the CellResel.SNonIntraSearchQ parameter.
When CellResel.QQualMinCfgInd is set to CFG(Configure) and CellResel.SNonIntraSearchCfgInd is set to NOT_CFG(Not configure), CellResel.SNonIntraSearch
cannot be configured. In this case, s-NonIntraSearchP uses the default value or last correctly configured value of CellResel.SNonIntraSearch.
NOTE:
For inter-frequency frequencies carried in SIB5:
• If the UE does not support enhanced measurement frequency capabilities (UE capability reported in "incMonEUTRA" is not TRUE), the UE can choose a frequency
for which EutranInterNFreq.MeasPerformanceDemand is set to NORMAL(NORMAL) as the target frequency for cell reselection.
• If the UE does support enhanced measurement frequency capabilities, the UE can obtain all the configured inter-frequency frequencies from SI. For frequencies for
which EutranInterNFreq.MeasPerformanceDemand is set to NORMAL(NORMAL), the UE performs measurements based on normal measurement performance. For
frequencies for which EutranInterNFreq.MeasPerformanceDemand is set to REDUCED(REDUCED), the UE performs measurements based on reduced
measurement performance. In this case, the time to reselect to such a frequency may increase.
3.2.6 Intra-Frequency or Equal-Priority Inter-Frequency Cell Reselection
UEs use the cell reselection criteria to reselect to intra-frequency or equal-priority inter-frequency cells. The UE evaluates the neighboring cell using the cell reselection criteria
only when the cell meets the cell selection criteria described in Cell Selection Criteria.
The following parameters broadcast in SIB3 are used for calculating the Srxlev and Squal values of intra-frequency neighboring cells:
• Qrxlevmin is the minimum cell RX signal level. It is set by the CellResel.QRxLevMin parameter and broadcast in SIB3.
• PMax is the maximum transmit power that the UE can apply to uplink transmission in the neighboring cell. It is set by the CellResel.PMax parameter and broadcast in
SIB3.
• Qqualmin is the minimum cell RX signal quality. It is set by the CellResel.QQualMin parameter and broadcast in SIB3.
• For details about Qrxlevminoffset and Qqualminoffset, see 3.2.2 Cell Selection.
The following parameters broadcast in SIB5 are used for calculating the Srxlev and Squal values of inter-frequency neighboring cells:
• Qrxlevmin is the minimum cell RX signal level. It is set by the EutranInterNFreq.QRxLevMin parameter and broadcast in SIB5.
• PMax is the maximum transmit power that the UE can apply to uplink transmission in the neighboring cell. It is set by the EutranInterNFreq.PMax parameter and
broadcast in SIB5.
• Qqualmin is the minimum cell RX signal quality. It is set by the EutranInterNFreq.QQualMin parameter and broadcast in SIB5.
The cell-ranking criteria R_s for the serving cell and R_n for neighboring cells are defined as follows:
R_s = Qmeas,s + Qhyst
R_n = Qmeas,n - Qoffset
where
• Qmeas,s is the measured RSRP value of the serving cell.
• Qhyst is the reselection hysteresis for the serving cell. It is set by the CellResel.Qhyst parameter and broadcast in SIB3.
• Qmeas,n is the measured RSRP value of the neighboring cell.
• Qoffset:
◾ For intra-frequency neighboring cells, it is equal to q-OffsetCell, which is broadcast in SIB4 and set by the EutranIntraFreqNCell.CellQoffset parameter. If
q-OffsetCell is not broadcast in SIB4, the UE sets q-OffsetCell to 0.
◾ For inter-frequency neighboring cells, it is equal to q-OffsetCell plus q-OffsetFreq, which are broadcast in SIB5 and set by the
EutranInterFreqNCell.CellQoffset and EutranInterNFreq.QoffsetFreq parameters, respectively. If q-OffsetCell is not broadcast in SIB5, the UE sets
q-OffsetCell to 0.
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NOTE:
SIB4 and SIB5 broadcast a maximum of 16 intra- and inter-frequency neighboring cells of a frequency, respectively. The eNodeB supports a maximum of
256 intra- and inter-frequency neighboring cells in total. The eNodeB selects intra- and inter-frequency neighboring cells by using the following rules in
sequence:
1. Neighboring cells for which EutranIntraFreqNCell.CellQoffset and EutranInterFreqNCell.CellQoffset are set to 0 are not broadcast.
2. Neighboring cells for which EutranIntraFreqNCell.CellMeasPriority and EutranInterFreqNCell.CellMeasPriority are set to HIGH are
preferentially broadcast.
3. If there are more than 16 neighboring cells, the 16 neighboring cells with the largest EutranIntraFreqNCell.CellQoffset and
EutranInterFreqNCell.CellQoffset values are broadcast.
4. If there are less than 16 neighboring cells, neighboring cells for which EutranIntraFreqNCell.CellMeasPriority and
EutranInterFreqNCell.CellMeasPriority are set to LOW and with the largest EutranIntraFreqNCell.CellQoffset and
EutranInterFreqNCell.CellQoffset values are added to reach a total of 16 neighboring cells. All the 16 neighboring cells are broadcast.
The UE follows the cell reselection criteria and selects the neighboring cell with the greatest R_n value, reselecting to that cell if both the following conditions are met:
• The signal quality level of the neighboring cell is always higher than that of the serving cell during the cell reselection time. The cell reselection time for an intrafrequency neighboring cell is broadcast in SIB3 and set by the CellResel.TreselEutran parameter. The cell reselection time for an inter-frequency neighboring cell is
broadcast in SIB5 and set by the EutranInterNFreq.EutranReselTime parameter.
• The UE has camped on the serving cell for more than 1 second.
During cell reselection, the UE needs to check whether access to a neighboring cell is allowed according to the "cellAccessRelatedInfo" IE in SIB1 sent from the neighboring
cell. If the neighboring cell is barred, it must be excluded from the candidate list. If the neighboring cell cannot function as a Suitable Cell because it is part of the list of forbidden
TAs for roaming or it does not belong to the RPLMN or an EPLMN, the UE does not consider this neighboring cell and other cells on the same frequency as candidates for
reselection within 300 seconds.
3.2.7 Different-Priority Inter-Frequency or Inter-RAT Cell Reselection
Reselection to a different-priority inter-frequency cell or an inter-RAT cell can be classified as either reselection to a higher-priority cell or reselection to a lower-priority cell.
er-Frequency/Inter-RAT Cell Selection Criteria
The Srxlev and Squal values of inter-frequency or inter-RAT neighboring cells need to be calculated when the UE reselects to an inter-frequency or inter-RAT neighboring cell.
The Srxlev and Squal values are calculated as follows:
• Inter-frequency neighboring cell: See 3.2.6 Intra-Frequency or Equal-Priority Inter-Frequency Cell Reselection.
• Neighboring UTRAN cell
Srxlev = Qrxlevmeas - (Qrxlevmin + Qrxlevminoffset) - Pcompensation
Squal = Qqualmeas - (Qqualmin + Qqualminoffset)
Pcompensation = max(UE_TXPWR_MAX_RACH - P_MAX, 0)
Qrxlevmeas is the measured RX signal level of the neighboring UTRAN cell.
Qqualmeas is the measured RX signal quality of the neighboring UTRAN cell.
The values of these parameters are broadcast in SIB6 from the E-UTRAN when the UE implements reselection estimation on a neighboring UTRAN cell.
Qrxlevmin is set by the UtranNFreq.QRxLevMin parameter.
Qqualmin is set by the UtranNFreq.Qqualmin parameter.
UE_TXPWR_MAX_RACH is set by the UtranNFreq.PmaxUtran parameter.
P_MAX is the maximum output power that the UE can physically provide. It is not configurable on the network side.
Values of Qrxlevminoffset and Qqualminoffset are obtained from UTRAN system information. For details, see section 5.2.3.1 in 3GPP TS 25.304 R10, which was
released in March 2011.
• Neighboring GERAN cell
Srxlev = Qrxlevmeas - Qrxlevmin - Pcompensation
Qrxlevmeas is the measured RX signal level of the neighboring GERAN cell.
Pcompensation = max(MS_TXPWR_MAX_CCH - P, 0)
The values of these parameters are broadcast in SIB7 from the E-UTRAN when the UE implements reselection estimation on a neighboring GERAN cell.
Qrxlevmin is set by the GeranNfreqGroup.QRxLevMin parameter.
MS_TXPWR_MAX_CCH is set by the GeranNfreqGroup.PmaxGeran parameter.
P is the maximum output power that the UE can physically provide.
It is not configurable on the network side. For details, see section 3.6 "Radio constraints" in 3GPP TS 43.022 R10, which was released in March 2011.
• Neighboring CDMA2000 cell
Ec/Io is the measured RX signal quality of the neighboring CDMA2000 cell.
For details, see 3GPP2 C.S0005-A.
iteria for Reselection to a Higher-Priority Cell
If CellResel.ThrshServLowQCfgInd is set to CFG(Configure) and SIB3 contains threshServingLowQ (set by CellResel.ThrshServLowQ), a UE reselects to a higher-priority interfrequency or inter-RAT neighboring cell when all the following conditions are met:
• The UE has camped on the serving cell for more than 1 second.
• The neighboring cell has one of the following measurement results:
◾ Neighboring E-UTRAN cell: The Squal values of measured neighboring cells are greater than the value of threshX-HighQ (configured in the
EutranInterNFreq.ThreshXHighQ parameter) broadcast in SIB5 within the inter-frequency neighboring cell reselection time (configured in the
EutranInterNFreq.EutranReselTime parameter) broadcast in SIB5. For details about how to calculate the Squal values, see 3.2.6 Intra-Frequency or EqualPriority Inter-Frequency Cell Reselection.
◾ Neighboring UTRAN FDD cell: The Squal values of measured neighboring cells are greater than the value of threshX-HighQ (configured in the
UtranNFreq.ThreshXHighQ parameter) broadcast in SIB6 within the neighboring UTRAN cell reselection time (configured in the
CellReselUtran.TreselUtran parameter) broadcast in SIB6.
◾ Neighboring UTRAN TDD cell: The Srxlev values of measured neighboring cells are greater than the value of threshX-High (configured in the
UtranNFreq.ThreshXHigh parameter) broadcast in SIB6 within the neighboring UTRAN cell reselection time (configured in the
CellReselUtran.TreselUtran parameter) broadcast in SIB6.
◾ Neighboring GERAN cell: The Srxlev values of measured neighboring cells are greater than the value of threshX-High (configured in the
GeranNfreqGroup.ThreshXHigh parameter) broadcast in SIB7 within the neighboring GERAN cell reselection time (configured in the
CellReselGeran.TReselGeran parameter) broadcast in SIB7.
◾ Neighboring CDMA2000 cell: The Srxlev values of measured neighboring cells are greater than the value of threshX-High (configured in the
Cdma2000BandClass.Cdma20001XrttThreshXHigh and Cdma2000BandClass.Cdma2000HrpdThreshXHigh parameters) broadcast in SIB8 within the
neighboring CDMA2000 cell reselection time (configured in the CellReselCdma2000.Cdma1XrttTreselection and CellReselCdma2000.TreselectionHrpd
parameters) broadcast in SIB8.
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If CellResel.ThrshServLowQCfgInd is set to NOT_CFG(Not configure) and SIB3 does not contain threshServingLowQ, a UE reselects to a higher-priority inter-frequency or
inter-RAT neighboring cell when all of the following conditions are met:
• The UE has camped on the serving cell for more than 1 second.
• The neighboring cell has one of the following measurement results:
◾ Neighboring E-UTRAN cell: The Srxlev values of measured neighboring cells are greater than the value of threshX-High (configured in the
EutranInterNFreq.ThreshXhigh parameter) broadcast in SIB5 within the inter-frequency neighboring cell reselection time (configured in the
EutranInterNFreq.EutranReselTime parameter) broadcast in SIB5. For details about how to calculate the Srxlev values, see 3.2.6 Intra-Frequency or EqualPriority Inter-Frequency Cell Reselection.
◾ Neighboring UTRAN cell: The Srxlev values of measured neighboring cells are greater than the value of threshX-High (configured in the
UtranNFreq.ThreshXHigh parameter) broadcast in SIB6 within the neighboring UTRAN cell reselection time (configured in the
CellReselUtran.TreselUtran parameter) broadcast in SIB6.
◾ Neighboring GERAN cell: The Srxlev values of measured neighboring cells are greater than the value of threshX-High (configured in the
GeranNfreqGroup.ThreshXHigh parameter) broadcast in SIB7 within the neighboring GERAN cell reselection time (configured in the
CellReselGeran.TReselGeran parameter) broadcast in SIB7.
◾ Neighboring CDMA2000 cell: The Srxlev values of measured neighboring cells are greater than the value of threshX-High (configured in the
Cdma2000BandClass.Cdma20001XrttThreshXHigh and Cdma2000BandClass.Cdma2000HrpdThreshXHigh parameters) broadcast in SIB8 within the
neighboring CDMA2000 cell reselection time (configured in the CellReselCdma2000.Cdma1XrttTreselection and CellReselCdma2000.TreselectionHrpd
parameters) broadcast in SIB8.
If the highest ranked cell is unsuitable for a UE because it is included in a roaming-forbidden TA or because it does not belong to the RPLMN or an EPLMN, the UE does not
consider this cell as a candidate for reselection within 300 seconds.
selection to a Lower-Priority Cell
If CellResel.ThrshServLowQCfgInd is set to CFG(Configure) and SIB3 contains threshServingLowQ (set by CellResel.ThrshServLowQ), a UE reselects to a lower-priority interfrequency or inter-RAT neighboring cell when all the following conditions are met:
• No higher-priority inter-frequency or inter-RAT neighboring cell meets the cell reselection criteria.
• The UE has camped on the serving cell for more than 1 second.
• The neighboring cell has one of the following measurement results:
NOTE:
For details about how to calculate the Squal value of the serving cell, see Cell Selection Criteria.
◾ Neighboring E-UTRAN cell: The Squal value of the serving cell is less than the value of threshServingLowQ broadcast in SIB3 and the Squal values of
measured neighboring cells are greater than the value of threshX-LowQ (configured in the EutranInterNFreq.ThreshXlowQ parameter) broadcast in SIB5
within the inter-frequency neighboring cell reselection time (configured in the EutranInterNFreq.EutranReselTime parameter) broadcast in SIB5. For
details about how to calculate the Squal values of the measured neighboring cells, see 3.2.6 Intra-Frequency or Equal-Priority Inter-Frequency Cell Reselection.
◾ Neighboring UTRAN FDD cell: The Squal value of the serving cell is less than the value of threshServingLowQ broadcast in SIB3 and the Squal values of
measured neighboring cells are greater than the value of threshX-LowQ (configured in the UtranNFreq.ThreshXLowQ parameter) broadcast in SIB6 within
the neighboring UTRAN cell reselection time (configured in the CellReselUtran.TreselUtran parameter) broadcast in SIB6.
◾ Neighboring UTRAN TDD cell: The Squal value of the serving cell is less than the value of threshServingLowQ broadcast in SIB3 and the Squal values of
measured neighboring cells are greater than the value of threshX-Low (configured in the UtranNFreq.ThreshXLow parameter) broadcast in SIB6 within
the neighboring UTRAN cell reselection time (configured in the CellReselUtran.TreselUtran parameter) broadcast in SIB6.
◾ Neighboring GERAN cell: The Squal value of the serving cell is less than the value of threshServingLowQ broadcast in SIB3 and the Srxlev values of
measured neighboring cells are greater than the value of threshX-Low (configured in the GeranNfreqGroup.ThreshXlow parameter) broadcast in SIB7
within the neighboring GERAN cell reselection time (configured in the CellReselGeran.TReselGeran parameter) broadcast in SIB7.
◾ Neighboring CDMA2000 cell: The Squal value of the serving cell is less than the value of threshServingLowQ broadcast in SIB3 and the Srxlev values of
measured neighboring cells are greater than the value of threshX-Low (configured in the Cdma2000BandClass.Cdma20001XrttThreshXLow and
Cdma2000BandClass.Cdma2000HrpdThreshXLow parameters) broadcast in SIB8 within the neighboring CDMA2000 cell reselection time (configured in
the CellReselCdma2000.Cdma1XrttTreselection and CellReselCdma2000.TreselectionHrpd parameters) broadcast in SIB8.
If CellResel.ThrshServLowQCfgInd is set to NOT_CFG(Not configure) and SIB3 does not contain threshServingLowQ, a UE reselects to a lower-priority inter-frequency or interRAT neighboring cell when all the following conditions are met:
• No higher-priority inter-frequency or inter-RAT neighboring cell meets the cell reselection criteria.
• The UE has camped on the serving cell for more than 1 second.
• The neighboring cell has one of the following measurement results:
NOTE:
For details about how to calculate the Srxlev value of the serving cell, see Cell Selection Criteria.
◾ Neighboring E-UTRAN cell: The Srxlev value of the serving cell is less than the value of threshServingLow (configured in the CellResel.ThrshServLow
parameter) broadcast in SIB3 and the Srxlev values of measured neighboring cells are greater than the value of threshX-Low (configured in the
EutranInterNFreq.ThreshXlow parameter) broadcast in SIB5 within the inter-frequency neighboring cell reselection time (configured in the
EutranInterNFreq.EutranReselTime parameter) broadcast in SIB5. For details about how to calculate the Srxlev values of the measured neighboring cells,
see 3.2.6 Intra-Frequency or Equal-Priority Inter-Frequency Cell Reselection.
◾ Neighboring UTRAN cell: The Srxlev value of the serving cell is less than the value of threshServingLow (configured in the CellResel.ThrshServLow
parameter) broadcast in SIB3 and the Srxlev values of measured neighboring cells are greater than the value of threshX-Low (configured in the
UtranNFreq.ThreshXLow parameter) broadcast in SIB6 within the neighboring UTRAN cell reselection time (configured in the CellReselUtran.TreselUtran
parameter) broadcast in SIB6.
◾ Neighboring GERAN cell: The Srxlev value of the serving cell is less than the value of threshServingLow (configured in the CellResel.ThrshServLow
parameter) broadcast in SIB3 and the Srxlev values of measured neighboring cells are greater than the value of threshX-Low (configured in the
GeranNfreqGroup.ThreshXLow parameter) broadcast in SIB7 within the neighboring GERAN cell reselection time (configured in the
CellReselGeran.TReselGeran parameter) broadcast in SIB7.
◾ Neighboring CDMA2000 cell: The Srxlev value of the serving cell is less than the value of threshServingLow (configured in the CellResel.ThrshServLow
parameter) broadcast in SIB3 and the Srxlev values of measured neighboring cells are greater than the value of threshX-Low (configured in the
Cdma2000BandClass.Cdma20001XrttThreshXLow and Cdma2000BandClass.Cdma2000HrpdThreshXLow parameters) broadcast in SIB8 within the
neighboring CDMA2000 cell reselection time (configured in the CellReselCdma2000.Cdma1XrttTreselection and CellReselCdma2000.TreselectionHrpd
parameters) broadcast in SIB8.
3.2.8 Speed-based Cell Reselection
UE movement is classified, by speed, as either normal-, medium-, or high-speed. A UE may start at a normal speed and then accelerate. When the UE is moving at medium or
high speed, it quickly reselects to a cell. In such a case, related cell reselection parameters must be adjusted accordingly. Speed-based cell reselection is supported only when
cell reselection for UEs at normal speed has been enabled.
Speed-based cell reselection is enabled by setting CellResel.SpeedDepReselCfgInd to CFG(Configure) and a specific neighboring cell parameter to CFG(Configure). Table 3-1
lists the parameters for various neighboring cells.
Table 3-1 Neighboring cell parameters
Neighboring Cell Type
Parameter
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Neighboring Cell Type
Parameter
Intra-frequency neighboring E-UTRAN cell
CellResel.SpeedStateSfCfgInd
Inter-frequency neighboring E-UTRAN cell
EutranInterNFreq.SpeedDependSPCfgInd
Neighboring UTRAN cell
CellReselUtran.SpeedStateSfCfgInd
Neighboring GERAN cell
CellReselGeran.SpeedStateSfCfgInd
Neighboring CDMA2000 HRPD cell
CellReselCdma2000.SpeedStateSfCfgInd
Neighboring CDMA2000 1XRTT cell
CellReselCdma2000.Cdma1XrttSpeedStateCfgInd
A UE determines its speed based on the system information broadcast by the eNodeB. The details are as follows:
• If the number of reselection cells does not exceed n-CellChangeMedium (configured in the CellResel.NCellChangeMedium parameter) or n-CellChangeHigh
(configured in the CellResel.NCellChangeHigh parameter) within the t-Evaluation duration (configured in the CellResel.TEvaluation parameter) and the number of
reselection cells does not exceed n-CellChangeMedium or n-CellChangeHigh during the subsequent t-HystNormal duration (configured in the CellResel.THystNormal
parameter), the UE is a normal-speed UE.
• A UE determines that it is moving at a medium speed when the number of reselected cells is greater than n-CellChangeMedium but less than or equal to
n-CellChangeHigh within the t-Evaluation period.
• A UE determines that it is moving at a high speed when the number of reselected cells is greater than n- CellChangeHigh within the t-Evaluation period.
NOTE:
If a UE repeatedly selects a cell, the cell is counted only once into the number of reselected cells.
Cell reselection time and hysteresis vary with the UE speed. The details are as follows:
• Table 3-2 describes cell reselection time required by normal-speed UEs.
• Table 3-3 describes cell reselection time required by medium-speed UEs.
• Table 3-4 describes cell reselection time required by high-speed UEs.
• Table 3-5 describes the reselection hysteresis for the UE at a specific speed.
Table 3-2 Cell reselection time required by normal-speed UEs.
Neighboring Cell
Type
System
Information
Involved
Cell Reselection Time
Parameter
Intra-frequency
neighboring
E-UTRAN cell
SIB3
t-ReselectionEUTRA
t-ReselectionEUTRA is specified by CellResel.TreselEutran.
Inter-frequency
neighboring
E-UTRAN cell
SIB5
t-ReselectionEUTRA
t-ReselectionEUTRA is specified by EutranInterNFreq.EutranReselTime.
Neighboring UTRAN SIB6
cell
t-ReselectionUTRA
t-ReselectionUTRA is specified by CellReselUtran.TReselUtran.
Neighboring
GERAN cell
SIB7
t-ReselectionGERAN
t-ReselectionGERAN is specified by CellReselGeran.TReselGeran.
Neighboring
CDMA2000 HRPD
cell
SIB8
parametersHRPD.t-ReselectionCDMA2000 parametersHRPD.t-ReselectionCDMA2000 is specified by
CellReselCdma2000.TreselectionHrpd.
Neighboring
CDMA2000 1XRTT
cell
SIB8
parameters1XRTT.t-ReselectionCDMA2000 parameters1XRTT.t-ReselectionCDMA2000 is specified by
CellReselCdma2000.Cdma1XrttTreselection.
Table 3-3 Cell reselection time required by medium-speed UEs
Neighboring Cell Type
System
Information
Involved
Cell Reselection Time
Parameter
Intra-frequency
neighboring
E-UTRAN cell
SIB3
t-ReselectionEUTRA x t-ReselectionEUTRASF.sf-Medium
• t-ReselectionEUTRA is specified by CellResel.TreselEutran.
• t-ReselectionEUTRA-SF.sf-Medium is specified by
CellResel.TReselEutranSfMedium.
Inter-frequency
neighboring
E-UTRAN cell
SIB5
t-ReselectionEUTRA x t-ReselectionEUTRASF.sf-Medium
• t-ReselectionEUTRA is specified by
EutranInterNFreq.EutranReselTime.
• t-ReselectionEUTRA-SF.sf-Medium is specified by
EutranInterNFreq.TReselEutranSfMedium.
Neighboring UTRAN
cell
SIB6
t-ReselectionUTRA x t-ReselectionUTRASF.sf-Medium
• t-ReselectionUTRA is specified by
CellReselUtran.TReselUtran.
• t-ReselectionUTRA-SF.sf-Medium is specified by
CellReselUtran.TReselUtranSfMedium.
Neighboring GERAN
cell
SIB7
t-ReselectionGERAN x
t-ReselectionGERAN-SF.sf-Medium
• t-ReselectionGERAN is specified by
CellReselGeran.TReselGeran.
• t-ReselectionGERAN-SF.sf-Medium is specified by
CellReselGeran.TReselGeranSfMedium.
Neighboring
CDMA2000 HRPD
cell
SIB8
parametersHRPD.t-ReselectionCDMA2000
x
parametersHRPD.t-ReselectionCDMA2000SF.sf-Medium
• parametersHRPD.t-ReselectionCDMA2000 is specified by
CellReselCdma2000.TreselectionHrpd.
• parametersHRPD.t-ReselectionCDMA2000-SF.sf-Medium is
specified by CellReselCdma2000.TReselCdmaHrpdSfMedium.
SIB8
parameters1XRTT.t-ReselectionCDMA2000
x
• parameters1XRTT.t-ReselectionCDMA2000 is specified by
CellReselCdma2000.Cdma1XrttTreselection.
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System
Information
Involved
Neighboring
CDMA2000 1XRTT
cell
Cell Reselection Time
Parameter
parameters1XRTT.t-ReselectionCDMA2000SF.sf-Medium
• parameters1XRTT.t-ReselectionCDMA2000-SF.sf-Medium
is specified by CellReselCdma2000.Cdma1XrttSfMedium.
Table 3-4 Cell reselection time required by high-speed UEs
Neighboring Cell Type
System
Information
Involved
Cell Reselection Time
Parameter
Intra-frequency
SIB3
neighboring E-UTRAN
cell
t-ReselectionEUTRA x t-ReselectionEUTRASF.sf-High
• t-ReselectionEUTRA is specified by
CellResel.TreselEutran.
• t-ReselectionEUTRA-SF.sf-High is specified by
CellResel.TReselEutranSfHigh.
SIB5
Inter-frequency
neighboring E-UTRAN
cell
t-ReselectionEUTRA x t-ReselectionEUTRASF.sf-High
• t-ReselectionEUTRA is specified by
EutranInterNFreq.EutranReselTime.
• t-ReselectionEUTRA-SF.sf-High is specified by
EutranInterNFreq.TReselEutranSfHigh.
Neighboring UTRAN
cell
SIB6
t-ReselectionUTRA x t-ReselectionUTRASF.sf-High
• t-ReselectionUTRA is specified by
CellReselUtran.TReselUtran.
• t-ReselectionUTRA-SF.sf-High is specified by
CellReselUtran.TReselUtranSfHigh.
Neighboring GERAN
cell
SIB7
t-ReselectionGERAN x t-ReselectionGERANSF.sf-High
• t-ReselectionGERAN is specified by
CellReselGeran.TReselGeran.
• t-ReselectionGERAN-SF.sf-High is specified by
CellReselGeran.TReselGeranSfHigh.
Neighboring
SIB8
CDMA2000 HRPD cell
parametersHRPD.t-ReselectionCDMA2000 x
parametersHRPD.t-ReselectionCDMA2000SF.sf-High
• parametersHRPD.t-ReselectionCDMA2000 is specified
by CellReselCdma2000.TreselectionHrpd.
• parametersHRPD.t-ReselectionCDMA2000-SF.sf-High is
specified by CellReselCdma2000.TReselCdmaHrpdSfHigh.
Neighboring
CDMA2000 1XRTT
cell
parameters1XRTT.t-ReselectionCDMA2000 *
parameters1XRTT.t-ReselectionCDMA2000SF.sf-High
• parameters1XRTT.t-ReselectionCDMA2000 is specified
by CellReselCdma2000.Cdma1XrttTreselection.
• parameters1XRTT.t-ReselectionCDMA2000-SF.sf-High is
specified by CellReselCdma2000.Cdma1XrttSfHigh.
SIB8
Table 3-5 Cell reselection hysteresis
UE Speed
System
Information
Involved
Cell reselection hysteresis
Parameter
Normal-speed UE
SIB3
q-Hyst
q-Hyst is specified by CellResel.Qhyst.
Medium-speed UE
SIB3
q-Hyst + q-HystSF.sf-Medium
• q-Hyst is specified by CellResel.Qhyst.
• q-HystSF.sf-Medium is specified by
CellResel.QHystSfMedium.
High-speed UE
SIB3
q-Hyst + q-HystSF.sf-High
• q-Hyst is specified by CellResel.Qhyst.
• q-HystSF.sf-High is specified by CellResel.QHystSfHigh.
Tracking Area Registration
A UE informs the EPC of its tracking area (TA) by TA registration. The TA is a concept introduced to the LTE/SAE system for location management of UEs. A TA is identified by
a tracking area identity (TAI), which consists of the MCC, MNC, and tracking area code (TAC).
TA registration can be performed in two ways: tracking area update (TAU) and Attach/Detach.
3.3.1 Tracking Area Update
A UE performs TA updates in the following situations. That is, the UE sends a TA update request when any of the following conditions is met (For details, see section 5.3.3.0
"Provision of UE's TAI to MME in ECM-CONNECTED state" in 3GPP TS 23.401 R10, which was released in March 2011):
• The UE detects that it has entered a new TA when it finds that the TAI in the system information is different from any TAI stored in its USIM.
• The periodic TA update timer expires. This timer length is delivered to the UE through a non-access stratum (NAS) message.
• The UE performs an inter-RAT cell reselection to an E-UTRAN cell.
• The RRC connection is released with the release cause "load re-balancing TAU required".
• The information on UE capabilities stored in the EPC changes.
• The information on Discontinuous Reception (DRX) parameters changes. For details, see 3.6 Paging.
The UE informs the EPC of its TA by TA update. The EPC will send paging messages to all eNodeBs in the TA.
3.3.2 Attach/Detach
When a UE needs to obtain services from a network but is not registered to the network, the UE performs an Attach procedure for TA registration. For the detailed Attach
procedure, see section 5.3.2.1 "E-UTRAN Initial Attach" in 3GPP TS 23.401 R10, which was released in March 2011.
After a successful Attach procedure, the UE is assigned an IP address. The Mobile Equipment Identity (MEI) of the UE will be sent to the Mobility Management Entity (MME) for
authentication.
When the UE fails to access the EPC or the EPC does not allow the access of the UE, a Detach procedure is initiated. After the Detach procedure, the EPC no longer pages the
UE.
Cell Reservation and Access Control
Cell reservation and access control are two mechanisms operators use to control their networks.
• The cell reservation mechanism controls cell selection and reselection procedures. Cells can be reserved only for UEs in idle mode.
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• The access control mechanism is implemented for UEs on the basis of access classes. To implement access control, one or more access classes are allocated to a
UE and stored on the USIM, but access class 10 is signaled to the UE through system information.
3.4.1 Cell Reservation and Barring
UEs are notified of cell status by the following information in SIB1:
• cellBarred: specifies whether a cell is barred. The cell barred status is set by CELLACCESS.CellBarred. If a cell belongs to multiple PLMNs, the cell barred status is
shared by all the PLMNs.
• cellReservedForOperatorUse: specifies whether a cell is reserved. The cell reserved status is set by CELLOP.CellReservedForOp. Each PLMN has its own
reserved status.
Table 1 describes cell status, and respective selection and reselection principles.
Table 3-6 Selection and reselection principles for reserved and barred cells
Cell Type
Cell Selection and Reselection Principle
Unbarred and unreserved for The UE can consider this cell a candidate during cell selection and reselection procedures.
operator use
Unbarred but reserved for
operator use
During cell selection and reselection procedures:
Barred cell
During cell selection and reselection procedures:
• If UEs of access class 11 or 15 camp on their HPLMNs or on EHPLMNs, the UEs treat this cell as a candidate cell.
• Otherwise, UEs treat this cell as a barred cell.
• The UEs cannot select or reselect to this cell, not even for emergency calls.
• The UEs select another cell as follows:
◾ When intraFreqReselection (set by the CELLACCESS.IntraFreqResel parameter) in SIB1 indicates that
intra-frequency reselection is allowed, the UEs may select another cell on the same frequency if
reselection criteria are fulfilled. When CELLACCESS.IntraFreqResel in SIB1 indicates that intra-frequency
reselection is not allowed, the UEs do not reselect a cell on the same frequency as the barred cell. The
value of intraFreqReselection in SIB1 is specified by the CELLACCESS.IntraFreqResel parameter.
◾ The UEs exclude the barred cell as a candidate for cell selection or reselection for 300 seconds.
3.4.2 Access Control
Access classes are applicable to UE access over the Uu interface. There are 16 access classes, numbered from 0 to 15. The information about access classes 0 to 9 and 11 to
15 is stored in USIMs, and the information about access class 10 is signaled to UEs through system information broadcast to indicate whether cells allow emergency calls. For
details about the list of barred access classes and how UEs determine their access classes, see chapter 4 "Access control" in 3GPP TS 22.011 V10.0.0 and section 3.4 "Access
control" in 3GPP TS 23.122 V10.0.0.
The access class control method is used to control UE network access, as defined in 3GPP TS 36.331. For details about Huawei access control, see Access Class Control Feature
Parameter Description.
System Information Broadcast
This section describes the basic feature LBFD-002009 Broadcast of system information.
System Information (SI) messages are categorized, based on their contents, into one master information block (MIB) and multiple system information blocks (SIBs). The number
of SIBs is specified in the latest 3GPP protocols. SI messages are transmitted over the BCCH. Figure 3-3 shows the relationships between the MIB and the SIBs.
The MIB is transmitted over the BCH through an independent RRC message. The scheduling period of the MIB is always 40 ms. The BCH is predefined by transport format.
Therefore, the UE receives the MIB on the BCH without obtaining other information on the network.
SIB1 is transmitted over the downlink shared channel (DL-SCH) through an independent RRC message. The scheduling period of SIB1 is always 80 ms. Other SIBs are
transmitted over the DL-SCH through SI messages, and their scheduling periods can be separately set. The SIBs with the same scheduling period can be transmitted through
the same SI message, and one SIB can be contained in only one SI message. SIB1 carries the scheduling period information of all the SIBs and the mapping between SIBs and
SI messages. SIB2 must be mapped to the SI message that corresponds to the first entry in the list of SI messages in the scheduling information. On the physical dedicated
control channel (PDCCH), the UE obtains time and frequency data for the SIB by parsing the SI-Radio Network Temporary Identifier (SI-RNTI).
Only SIB6 and SIB7 delivery is under switch control:
• SIB6 is broadcast only when CellSiMap.SiSwitch(Sib6Switch) is turned on and the CELLRESELUTRAN MO has been configured.
• SIB7 is broadcast only when CellSiMap.SiSwitch(Sib7Switch) is turned on and the CELLRESELGERAN MO has been configured.
• When the contents of the SI are changed, the eNodeB sends paging messages to instruct the UE in idle mode and UE in connected mode to read the new SI
messages.
Figure 3-3 Relationships between SI messages
3.5.1 System Information Block Contents
The MIB and each SIB contain different information. Table 3-7 lists the main contents of the MIB and each SIB. For details, see sections 6.2.2 "Message definitions" and 6.3.1
"System information blocks" in 3GPP TS 36.331 R10, which was released in March 2011.
Table 3-7 Contents of the MIB and SIBs
SI Block
Content
MIB
Downlink bandwidth of a cell, Physical HARQ Indication Channel (PHICH) parameters, and
System Frame Number (SFN)
SIB1
Parameters related to cell access and cell selection and scheduling information of SI messages
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SI Block
Content
SIB2
Common radio parameters used by all the UEs in a cell
SIB3
Common cell reselection parameters for all the cells and intra-frequency cell reselection
parameters
SIB4
Intra-frequency neighboring cell list, reselection parameters of each neighboring cell used for cell
reselection, and intra-frequency cell reselection blacklist
SIB5
Non-serving E-UTRA frequency list and reselection parameters of each frequency used for cell
reselection
Inter-frequency neighboring cell list and reselection parameters of each neighboring cell used for
cell reselection
Inter-frequency cell reselection blacklist
SIB6
Universal Terrestrial Radio Access (UTRA) frequency division duplex (FDD) neighboring
frequency list and reselection parameters of each frequency used for cell reselection
UTRA time division duplex (TDD) neighboring frequency list and reselection parameters of each
frequency used for cell reselection
SIB7
GERAN neighboring frequency list and reselection parameters of each frequency used for cell
reselection
SIB8
CDMA2000 pre-registration information
CDMA2000 neighboring frequency band list and reselection parameters of each band used for
cell reselection
CDMA2000 neighboring cell list of neighboring frequency band
SIB9
Name of the home eNodeB
SIB10
Earthquake and Tsunami Warning System (ETWS) primary notification
SIB11
ETWS secondary notification
SIB12
CMAS notification
SIB13
MBMS control information
SIB14
Extended Access Barring (EAB) parameters
SIB15
MBMS Service Area Identities (SAI)
SIB16
GPS time and Coordinated Universal Time (UTC)
3.5.2 System Information Scheduling Periods
The scheduling period for the MIB is fixed at 40 ms. The first transmission of the MIB is scheduled in subframe 0 of radio frames for which the SFN mod 4 = 0, and repetitions
are scheduled in subframe 0 of the last three radio frames in each period.
The scheduling period for the SIB1 is fixed at 80 ms. The first transmission of the SIB1 is scheduled in subframe 5 of radio frames for which the SFN mod 8 = 0, and repetitions
are scheduled in subframe 5 of the later radio frames for which SFN mod 2 = 0 in each period.
The scheduling periods for other SIBs are specified by CellSiMap.SibxPeriod (x indicates 2, 3...). The mapping between an SIB and the SI is affected by the scheduling period
of the SIB, number of SIBs, and bandwidth resources. The SIBs with the same scheduling period map onto the same SI. However, the number of SIBs that can map onto the
same SI is limited. The eNodeB must take into account the minimum UE capability to ensure that all the UEs in a cell can read the system information.
An SI message can be transmitted only within a specific duration in the scheduling period, and the specific duration is called SI window. Only one type of SI message can be
transmitted in an SI window. Within the SI window, the corresponding SI message can be transmitted a number of times in any subframe other than multimedia broadcast
multicast service single frequency network (MBSFN) subframes, uplink subframes in TDD, and the subframes in which the SIB1 is transmitted. The length of the SI window is
determined by the system. For details about the scheduling of the SI, see section 5.2 "System information" in 3GPP TS 36.331 R10, which was released in March 2011.
3.5.3 System Information Update
A UE reads SI messages in the following scenarios:
• The UE has been powered on and is selecting a cell to camp on.
• The UE is performing cell reselection.
• The UE has performed a handover.
• The UE is entering E-UTRAN from another system.
• The UE is returning from an area with no coverage.
After obtaining the SI message, the UE does not repeatedly read the message. It rereads and updates the SI message only when any of the following conditions is met:
• The UE receives the SI message change notification in the paging message transmitted from the eNodeB.
• The UE receives the ETWS or CMAS message broadcast notification in the paging message transmitted from the eNodeB.
• When the UE receives an SI message, it has been 3 hours since it received the previous SI message.
When receiving the SI message change notification in the paging message, the UE does not immediately update the SI message. Instead, it receives the SI message updated
by the eNodeB in the next message modification period. For details about the SI message update, see section 5.2 "System information" in 3GPP TS 36.331 R10, which was
released in March 2011.
Figure 3-4 shows the SI message update procedure. The modification period of the SI message is N radio frames, starting from a radio frame for which SFN mod n = 0. During
modification period number n, the eNodeB transmits the paging message to inform UEs in RRC_IDLE mode and UEs in RRC_CONNECTED mode about the SI message
change when a paging cycle arrives. When the n+1 modification period arrives, the eNodeB transmits the updated SI message. In this figure, different colors indicate SI
messages with different contents.
Figure 3-4 SI message update procedure
where
• The length of the SI modification period (N radio frames) = modificationPeriodCoeff x defaultPagingCycle, where modificationPeriodCoeff and defaultPagingCycle are
broadcast in SIB2.
◾ modificationPeriodCoeff is the coefficient of the modification period, indicating the minimum number of times the UE monitors paging messages within the
SI message modification period. It is set by the BcchCfg.ModifyPeriodCoeff parameter.
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◾ defaultPagingCycle is the default paging cycle in units of radio frames. It is set by the PCCHCfg.DefaultPagingCycle parameter.
• During eNodeB notification update, the length of the paging message delivery is controlled by CellSiMap.SibUpdOptSwitch.
◾ When CellSiMap.SibUpdOptSwitch is set to SibPagingOptCtrlSwitch, that is, the switch is turned on (default setting: turned off), the length is equal to
the length of the SI modification period.
◾ When the switch is turned off (default setting), the length is occasionally shorter than the length of the SI modification period.
When SI messages (except SIB10, SIB11, SIB12, and SIB14) are updated, the eNodeB changes systemInfoValueTag in SIB1. The UE reads the value and compares it with the
one it read last time. If the value has changed, it is an indication that the SI message has changed. If the value has not changed, it is an indication that the SI message has not
changed.
If SIB10, SIB11, SIB12, or SIB14 has changed, the eNodeB does not change systemInfoValueTag in SIB1. Instead, the eNodeB delivers paging messages to the UE, notifying
that the ETWS message and commercial mobile alert system (CMAS) have changed.
For the CDMA2000 system time changes in SIB8 and the UTC time changes in SIB16, the eNodeB does not change systemInfoValueTag in SIB1 or notify the UE of the SI
message change in paging messages.
The UE reads the SI message again 3 hours after receiving an SI message. In this case, the UE reads all the SI messages regardless of whether systemInfoValueTag has
changed.
Paging
This section describes the basic feature LBFD-002011 Paging.
3.6.1 Triggering of Paging
Paging is a procedure of transmitting paging messages to UEs in RRC_IDLE mode or informing all UEs in RRC_CONNECTED mode and RRC_IDLE mode about an SI
message change. A paging procedure can be initiated by either an MME or an eNodeB.
When an MME initiates a paging procedure, the paging message contains a tracking area list (TAL) for the concerned UE. In all the cells within the TAs on the list, the eNodeBs
transmit the paging message over the paging control channel (PCCH) to page the UE. To increase the probability that the UE successfully receives the message, the eNodeBs
send the paging message over the radio interface a number of times specified by the PCCHCfg.PagingSentNum parameter. The paging message contains the domain
information and UE identity. The domain information indicates the origin of paging, and the UE identity may be the S-temporary mobile subscriber identity (S-TMSI) or
international mobile subscriber identity (IMSI) of the UE.
When the SI message changes, the eNodeB transmits a paging message to notify all UEs in RRC_CONNECTED mode and RRC_IDLE mode in the cell and transmits the
updated SI message in the next SI message modification period. To ensure that all of these UEs receive the system information, the eNodeB transmits the paging message on
all possible occasions in discontinuous reception (DRX) cycles.
Though paging is triggered from different Network Elements (NEs), the paging mechanism on the Uu interface is the same.
3.6.2 Paging Mechanism over the Uu Interface
UEs in idle mode receive paging messages using DRX to reduce power consumption. The frames that paging messages are transmitted on over the Uu interface are fixed.
These frames are indicated by the paging frames (PFs) and paging occasion (PO) subframes. One PF is one radio frame, which may contain one or multiple POs, as shown in
Figure 3-5. One PO is a subframe where the paging radio network temporary identifier (P-RNTI) is contained. The PO is transmitted over the PDCCH. In accordance with 3GPP
specifications, the P-RNTI value is fixed. UEs read paging messages over the physical downlink shared channel (PDSCH) according to the P-RNTI.
Figure 3-5 Paging mechanism
The PF number and PO subframe number can be calculated based on the IMSI of the UE, DRX cycle, and number of PO subframes within a DRX cycle. Frame numbers are
stored in the SI that contains the DRX parameters of the UE. The PF number and PO subframe number change with the DRX parameters.
The SFN of a PF is calculated as follows: SFN mod T = (T div N) x (UE_ID mod N)
The subframe number i_s of a PO in FDD is listed in Table 3-8. The subframe number i_s of a PO is derived from the following formula: i_s = floor (UE_ID/N) mod Ns, where
floor represents rounding (UE_ID/N) down to the nearest integer.
Table 3-8 Subframe number i_s of a PO in FDD
Ns
PO when i_s=0
PO when i_s=1
PO when i_s=2
PO when i_s=3
1
9
N/A
N/A
N/A
2
4
9
N/A
N/A
4
0
4
5
9
The variables in these formulas are as follows:
• T: DRX cycle. The UE, eNodeB, and MME calculate their own DRX cycles as follows:
◾ Calculation of DRX cycles by the UE
(1) When a UE specific paging cycle is not used, the UE uses the defaultPagingCycle IE value broadcast in SIB2 by the eNodeB as its DRX cycle. The
defaultPagingCycle IE value is specified by the PCCHCfg.DefaultPagingCycle parameter.
(2) When the UE specific paging cycle is used, the UE notifies the MME of the paging cycle length using NAS messages. In addition, the UE compares
the UE specific paging cycle length with the defaultPagingCycle IE value and uses the smaller one as its DRX cycle.
◾ Calculation of DRX cycles by the eNodeB
(1) If the MME has specified a paging DRX cycle in a paging message, the eNodeB compares the paging DRX cycle length with the DefaultPagingCycle
IE value, and uses the smaller one as the paging DRX cycle.
(2) If the MME does not specify a paging DRX cycle in a paging message, the eNodeB uses the defaultPagingCycle IE value as the paging DRX cycle.
◾ Calculation of DRX cycles by the MME
If the UE specific paging cycle is used, the MME specifies the paging DRX cycle (the UE specific paging cycle) in a paging message to the eNodeB. If the
UE specific paging cycle is not used, the MME sends the eNodeB a paging message without containing the paging DRX cycle.
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NOTE:
◾ According to section 5.13 in 3GPP TS 23.401 R11 released in December, 2013, the MME is only supposed to specify a paging DRX cycle in a paging
message to the eNodeB when the UE specific paging cycle is being used. In this situation, the paging DRX cycle is equal to the UE specific paging cycle.
Otherwise, the MME does not include a paging DRX cycle in the paging message.
◾ In the S1 setup process, the eNodeB sends the MME the eNodeB-specific default paging DRX cycle (specified by the
GlobalProcSwitch.S1DefaultPagingDrxSelect parameter) for the MME to determine the paging response timeout length. However, not all MMEs comply
with 3GPP specifications. Even when the UE specific paging cycle is not used, these non-compliant MMEs specify a paging DRX cycle, equal to the
default paging DRX cycle reported by the eNodeB over the S1 interface, in a paging message to the eNodeB. In this case, if the default paging DRX cycle
is less than the value of the defaultPagingCycle IE value, the DRX cycle length calculated by the eNodeB differs from that calculated by the UE. To
prevent this problem, it is recommended that the length of the default paging DRX cycle be greater than or equal to the defaultPagingCycle IE value.
• N is min(T, nB). The PCCHCfg.Nb parameter specifies nB. It can be set to 4T, 2T, T, T/2, T/4, T/8, T/16, or T/32.
• Ns is max(1,nB/T).
• UE_ID: equal to IMSI mod1024. If a UE without an IMSI makes an emergency call, the UE uses the default UE_ID value of 0.
◾ If paging is triggered by the MME, the UE_ID value is the UE identity index value contained in the paging message sent over the S1 interface.
◾ If paging is triggered by the eNodeB and no UE_ID is available, the UE uses the default UE_ID value of 0.
3.6.3 Paging Handling Procedure
During system information update, the eNodeB generates a paging message and sets the systemInfoModification IE at each subsequent PO in a single DRX cycle. To page a
single UE, the eNodeB calculates the nearest PO for the UE, generates a paging message, and sets the pagingRecord IE. If the eNodeB is scheduled to send the pagingRecord
or a systemInfoModification IE for another UE in this PO, the eNodeB includes all the information in the paging message.
UEs use DRX in idle mode to reduce power consumption. In each DRX cycle, a UE monitors only its own POs. In one of the POs, the UE interprets the P-RNTI on the PDCCH
and then reads the paging message on the PDSCH based on the P-RNTI. Multiple UEs may have the same PO.
A UE in idle mode starts its receiver to monitor the PDCCH at POs in each DRX cycle. After the UE detects its own paging message, the UE sends a paging response, which is
generated at the NAS, to the MME. The paging response is indicated by mt-Access, the value of the EstablishmentCause IE contained in the RRC Connection Request
message.
If the UE does not interpret the P-RNTI on the PDCCH, or if the UE interprets the P-RNTI but does not detect its pagingRecord, the UE shuts down the receiver and enters the
sleep mode to reduce power consumption.
When a cell starts broadcasting system information, the cell sends paging messages to inform all UEs in its coverage of system information update. To ensure that all UEs can
be paged successfully, the cell broadcasts the paging messages using the maximum values of defaultPagingCycle (256 radio frames) and Ns (4).
3.6.4 Scheduling of Paging Messages
The eNodeB determines the coding rate for paging messages according to the value of CellDlschAlgo.RarAndPagingCR. The PCCHCfg.MaxPagingRecordsNum parameter
specifies the maximum number of UEs that can be included in a paging message.
• If the number of UEs to be paged on each paging occasion is less than or equal to the value of PCCHCfg.MaxPagingRecordsNum, the eNodeB sends the paging
messages for all the UEs on one paging occasion.
• If the number of UEs to be paged on each paging occasion is greater than the value of PCCHCfg.MaxPagingRecordsNum, the eNodeB sends the paging messages
to the UEs according to the strategy specified by PCCHCfg.PagingStrategy.
◾ FIFO
If PCCHCfg.PagingStrategy is set to PAGING_STRATEGY_FIFO(First-in First-out Strategy), the eNodeB preferentially sends the paging messages for
N UEs that arrive earlier in a paging occasion and sends the paging messages for other UEs in the next paging cycle. N is specified by the
PCCHCfg.MaxPagingRecordsNum parameter.
◾ Priority Differentiation
If PCCHCfg.PagingStrategy is set to PAGING_STRATEGY_DIFFPRI(Priority Differentiation Strategy), the eNodeB preferentially selects CS paging
messages and paging messages that have paging priorities and then selects PS paging messages that do not have paging priorities. The eNodeB then
sends the paging messages for N UEs in a paging occasion and sends the paging messages for other UEs in the next paging period. N is specified by the
PCCHCfg.MaxPagingRecordsNum parameter.
The paging message priority information is carried in the paging message sent by the MME to the eNodeB. Value CS of the CN Domain field in a paging
message indicates CS paging. CS paging messages are used in the CSFB service. Value PS of the CN Domain field in a paging message indicates PS
paging. PS paging messages are used in the packet data service or VoLTE service.
Scheduling of paging messages supports interference randomization (referred to as the interference randomization-based paging message scheduling function). Specifically, the
first RB to be allocated to paging messages in a cell varies according to the result of (PCI mod 3) for the cell. Using this RB allocation method ensures that RBs allocated to
paging messages in different cells do not conflict with each other, reducing the inter-message interference.
The interference randomization-based paging message scheduling function is specified by PagingInterfRandSwitch under CellAlgoSwitch.DlSchSwitch. For details about this
function, see Scheduling Feature Parameter Description.
4
Related Features
LBFD-002009 Broadcast of system information
erequisite Features
None
utually Exclusive Features
None
pacted Features
None
LBFD-002011 Paging
erequisite Features
None
utually Exclusive Features
None
pacted Features
None
LBFD-00201803 Cell Selection and Re-selection
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erequisite Features
None
utually Exclusive Features
None
pacted Features
Feature ID
LOFD-001032
5
Feature Name
Intra-LTE Load Balancing
Description
LOFD-001032 Intra-LTE Load Balancing uses the dedicated priorities of
neighboring cells.
Network Impact
LBFD-002009 Broadcast of system information
stem Capacity
No impact.
twork Performance
Broadcast of system information enables UEs in idle mode to acquire system information so that they can access the network.
Sib6Switch and Sib7Switch of the SiSwitch parameter specify whether the eNodeB broadcasts SIB6 and SIB7, respectively, and whether UEs in RRC_IDLE mode can
reselect to UTRAN and GERAN. If the two switches are turned off, UEs cannot reselect to UTRAN or GERAN. In this case, there may be more bad-quality signals on the
E-UTRAN, which may cause the following impacts:
• Jeopardized performance counters, including the PRACH access success rate, RRC setup success rate, eRAB setup success rate, call drop rate, RRC
reestablishment success rate, cell throughput rate, user throughput rate, IBLER, RBLER, packet loss rate, MOS, IDLE2ACEIVE activation delay, attach delay, and
other delays (such as web browsing or FTP download)
• More online subscribers
• Higher PRB usage efficiency
The specific impacts vary according to user distribution and cannot be quantified. You can determine the impacts based on live network conditions.
LBFD-002011 Paging
stem Capacity
No impact.
twork Performance
Paging ensures that mobile-terminated services can reach the UEs in idle mode.
LBFD-00201803 Cell Selection and Re-selection
stem Capacity
No impact.
twork Performance
Cell selection and reselection ensures sufficient network coverage so that UEs in idle mode will not become out of service when moving between cells.
6
Engineering Guidelines
When to Use
LBFD-002009 Broadcast of system information, LBFD-002011 Paging, and LBFD-00201803 Cell Selection and Re-selection (intra-RAT) are fundamental to coverage continuity
and are enabled by default.
LBFD-00201803 Cell Selection and Re-selection is recommended to ensure coverage continuity when multiple systems coexist. It is not recommended when LTE coverage is
contiguous and LTE load is light.
By default, Sib6Switch and Sib7Switch are turned on. Turn off Sib6Switch and Sib7Switch only when you want to prohibit UEs in E-UTRAN cells from reselecting to UTRAN
and GERAN cells, respectively. For example, turn them off during UTRAN and GERAN network reconstruction.
Deployment
6.2.1 Requirements
her Features
For details, see 4 Related Features.
rdware
None
cense
None
her Requirements
None
6.2.2 Data Preparation and Feature Activation
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6.2.2.1 Data Preparation
This section describes the data that you need to collect for setting parameters. Required data is data that you must collect for all scenarios. Collect scenario-specific data when
necessary for a specific feature deployment scenario.
quired Data
Configuring frequencies and neighboring cells
For details, see Intra-RAT Mobility Management in Connected Mode Feature Parameter Description and Inter-RAT Mobility Management in Connected Mode Feature Parameter Description.
Configuring cell reselection information
The following table describes the parameters that must be set in the CellResel MO to configure cell reselection.
Parameter Name
Local cell ID
Parameter ID
CellResel.LocalCellId
Data Source
Radio network plan
(internal plan)
Setting Notes
Set this parameter to the actual cell ID.
Threshold for non-intra CellResel.SNonIntraSearchCfgInd Engineering design
freq measurements
configure indicator
If this parameter is set to NOT_CFG(Not configure), a UE continuously
measures the signal quality of inter-frequency or inter-RAT cells whose
priorities are lower than or equal to that of the serving cell, regardless of
the signal quality of the serving cell. As a result, the UE uses more
power. Therefore, you are advised to set this parameter to CFG
(Configure).
Threshold for intra freq CellResel.SIntraSearchCfgInd
measurements
configure indicator
Engineering design
If this parameter is set to NOT_CFG(Not configure), a UE keeps
measuring intra-frequency cells. This process occurs regardless of the
signal quality in the serving cell. Therefore, you are advised to set this
parameter to CFG(Configure).
Cell reselection priority CellResel.CellReselPriority
Default
This parameter specifies the cell reselection priority of the serving
value/Recommended value frequency. The value 0 indicates the lowest priority. In network planning
scenarios, ensure that the value of this parameter is lower than the
priority of reselection to UTRAN cells.
Serving frequency
lower priority RSRQ
threshold configure
indicator
CellResel.ThrshServLowQCfgInd Engineering design
Minimum required
quality level configure
indicator
CellResel.QQualMinCfgInd
This parameter indicates whether to set the RSRQ threshold for
reselection to cells on the serving frequency.
Engineering design
This parameter specifies the minimum required quality level configure
indicator.
Ue max power allowed CellResel.PMaxCfgInd
configure indicator
Engineering design
This parameter indicates whether to configure the maximum TX power
of the UE in the intra-frequency neighboring E-UTRAN cell. If this
parameter is set to CFG(Configure), the maximum TX power is
specified by CellResel.PMax. If the value of this parameter is set to
NOT_CFG(Not configure), the maximum TX power is subject to the UE
capability.
Max transmit power
allowed
Default
value/Recommended value
CellResel.PMax
enario-specific Data
To configure reselection to E-UTRAN inter-frequency, UTRAN, GERAN, or CDMA2000 cells, set the cell reselection priorities and relevant parameters when configuring
neighboring frequencies.
• Reselection to inter-frequency E-UTRAN cells
The following table describes the parameters that must be set in the EutranInterNFreq MO to configure a non-serving E-UTRA frequency.
Parameter Name
Local cell ID
Parameter ID
EutranInterNFreq.LocalCellId
Data Source
Radio network plan
(internal plan)
Setting Notes
-
Inter frequency EutranInterNFreq.CellReselPriorityCfgInd Default
cell resel priority
value/Recommended
configure
value
indicator
Set this parameter to CFG(Configure).
Inter frequency EutranInterNFreq.CellReselPriority
cell resel priority
This parameter specifies the cell reselection priority for the
frequency. Set this parameter to a value within the range of
0 to 7. A larger parameter value leads to a higher probability
of measuring neighboring cells and redirecting UEs.
Radio network plan
(internal plan)
• Reselection to UTRAN cells
The following table describes the parameter that must be set in the CellSiMap MO to configure the SIB6 switch.
Parameter Name
Parameter ID
Data Source
Setting Notes
Cell System
CellSiMap.SiSwitch Radio network plan (internal plan) By default, turn on the Sib6Switch switch to allow UEs to reselect to
Information Switch
the UTRAN system. Turn off the Sib6Switch only when you want to
prohibit UEs from reselecting to the UTRAN system.
The following table describes the parameter that must be set in the CellReselUtran MO to configure cell reselection to UTRAN.
Parameter Name
Local cell ID
Parameter ID
CellReselUtran.LocalCellId
Data Source
Setting Notes
Radio network plan (internal
plan)
-
The following table describes the parameters that must be set in the UtranNFreq MO to configure UTRAN frequencies.
Parameter Name
Local cell ID
Parameter ID
UtranNFreq.LocalCellId
Data Source
Radio network plan (internal plan)
Setting Notes
-
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Parameter Name
Parameter ID
Data Source
Setting Notes
Reselection
priority
configure
indicator
UtranNFreq.CellReselPriorityCfgInd Default value/Recommended value Set this parameter to CFG(Configure). If this parameter is
set to NOT_CFG(Not configure), the cell reselection
priority cannot be set.
Cell reselection
priority
UtranNFreq.CellReselPriority
Radio network plan (internal plan)
-
• Reselection to GERAN cells
The following table describes the parameter that must be set in the CellSiMap MO to configure the SIB7 switch.
Parameter Name
Parameter ID
Data Source
Setting Notes
Cell System
CellSiMap.SiSwitch Radio network plan (internal plan) By default, turn on the Sib7Switch switch to allow UEs to reselect to
Information Switch
the GERAN system. Turn off the Sib7Switch only when you want to
prohibit UEs from reselecting to the GERAN system.
The following table describes the parameter that must be set in the CellReselGeran MO to configure cell reselection to GERAN.
Parameter Name
Local cell ID
Parameter ID
Data Source
Setting Notes
CellReselGeran.LocalCellId Radio network plan (internal plan)
-
The following table describes the parameters that must be set in the GeranNfreqGroup MO to configure GERAN frequencies.
Parameter
Name
Parameter ID
Data Source
Setting Notes
Local cell ID
GeranNfreqGroup.LocalCellId
Radio network plan (internal
plan)
-
BCCH group
ID
GeranNfreqGroup.BcchGroupId
Radio network plan (internal
plan)
This parameter specifies the ID of the GERAN carrier
frequency group. In cell reselection, GERAN frequencies
are grouped. Each GERAN frequency group uses the
same GERAN cell reselection parameters. Set this
parameter to a value ranging from 0 to 31.
Cell
reselection
priority
configure
indicator
GeranNfreqGroup.CellReselPriorityCfgInd Engineering design
Cell
reselection
priority
GeranNfreqGroup.CellReselPriority
Engineering design
Set this parameter to CFG(Configure).
-
• Reselection to CDMA2000 cells
The following table describes the parameters that must be set in the CellReselCdma2000 MO to configure cell reselection to CDMA2000.
Parameter
Name
Parameter ID
Data Source
Setting Notes
Local cell ID CellReselCdma2000.LocalCellId
Radio network plan
(internal plan)
-
System time CELLRESELCDMA2000.SysTimeCfgInd
information
configure
indicator
Engineering design
If the eNodeB supports time synchronization
(TASM.CLKSYNCMODE set to TIME(TIME)), set this
parameter to CFG(Configure).
If the eNodeB supports frequency synchronization
(TASM.CLKSYNCMODE set to FERQ(FERQ)), set this
parameter to NOT_CFG(Not configure).
HRPD
parameters
configure
indicator
CellReselCdma2000.HrpdParaCfgInd
Engineering design
Set this parameter to CFG(Configure) to allow UEs to
reselect to CDMA2000 HRPD cells.
HRPD cell
reselection
configure
indicator
CellReselCdma2000.HrpdCellReselectParamCfgInd Engineering design
Set this parameter to CFG(Configure) to allow UEs to
reselect to CDMA2000 HRPD cells.
1XRTT
parameters
configure
indicator
CellReselCdma2000.Cdma1XrttParaCfgInd
Engineering design
Set this parameter to CFG(Configure) to allow UEs to
reselect to CDMA2000 1xRTT cells.
1XRTT cell
reselection
configure
indicator
CellReselCdma2000.Cdma1XrttCellReselCfgInd
Engineering design
Set this parameter to CFG(Configure) to allow UEs to
reselect to CDMA2000 1xRTT cells.
The following table describes the parameters that must be set in the Cdma2000BandClass MO to configure CDMA2000 frequency bands.
Parameter Name
Parameter ID
Data Source
Setting Notes
Local cell ID
Cdma2000BandClass.LocalCellId
Radio network plan
(internal plan)
-
Band class
Cdma2000BandClass.BandClass
Radio network plan
(internal plan)
-
Cdma2000BandClass.Cdma20001XrttCellReselInd
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Parameter Name
Parameter ID
Data Source
CDMA20001XRTT
cell reselection
indicator
Setting Notes
Radio network plan
(internal plan)
This parameter specifies whether to set the reselection
priority of a CDMA2000 1xRTT cell. When this
parameter is set to NOT_CFG(Not configure), the
system information does not contain the reselection
priority of a CDMA2000 1xRTT cell.
CDMA20001XRTT Cdma2000BandClass.Cdma20001XrttCellReselPri Radio network plan
(internal plan)
cell reselection
priority
This parameter specifies the cell reselection priority for
the frequency. Set this parameter to a value within the
range of 0 to 7.
CDMA2000HRPD Cdma2000BandClass.Cdma2000HrpdCellReselInd Radio network plan
(internal plan)
cell reselection
indicator
Specifies whether to set the reselection priority of a
CDMA2000 HRPD cell. When this parameter is set to
NOT_CFG(Not configure), the system information
does not contain the reselection priority of a
CDMA2000 HRPD cell.
CDMA2000HRPD Cdma2000BandClass.Cdma2000HrpdCellReselPri Radio network plan
(internal plan)
cell reselection
priority
This parameter specifies the cell reselection priority for
the frequency. Set this parameter to a value within the
range of 0 to 7.
• Speed-based cell reselection
The following table describes the parameters that must be set in the CellResel MO to configure speed-based cell reselection parameters and intra-frequency
neighboring E-UTRAN cell parameters.
Parameter Name
Parameter ID
Data Source
Setting Notes
Speed-dependent CellResel.SpeedDepReselCfgInd Engineering design
reselection
parameter
configure indicator
Indicates whether to set speed-based cell reselection
parameters. Speed-based cell reselection is enabled by setting
this parameter to CFG(Configure) and a specific neighboring
cell parameter to CFG(Configure).
Speed state scale CellResel.SpeedStateSfCfgInd
factor configure
indicator
Indicates whether to enable speed-based cell reselection to
intra-frequency neighboring E-UTRAN cells. Set this parameter
to CFG(Configure) to enable speed-based cell reselection to
intra-frequency neighboring E-UTRAN cells.
Engineering design
The following table describes the parameters that must be set in the EutranInterNFreq MO to configure inter-frequency neighboring E-UTRAN cell parameters.
Parameter Name
Parameter ID
Data Source
Setting Notes
Speed
dependent
resel
parameter
configuring
indicator
EutranInterNFreq.SpeedDependSPCfgInd Default
value/Recommended
value
This parameter specifies whether to enable speed-based cell
reselection to inter-frequency neighboring E-UTRAN cells. Set
this parameter to CFG(Configure) to enable speed-based cell
reselection to inter-frequency neighboring E-UTRAN cells.
Scaling factor
of treseleutran
in medium
mobility state
EutranInterNFreq.TReselEutranSfMedium Engineering design
A smaller value of this parameter leads to a shorter decision
duration of reselection to a cell on a non-serving E-UTRA
frequency for a medium-mobility UE and a higher probability
of cell reselection. A larger value of this parameter leads to
the opposite effect. If the value of this parameter is too large
or too small, the access success rate is affected.
Engineering design
A smaller value of this parameter leads to a shorter decision
duration of reselection to a cell on a non-serving E-UTRA
frequency for a high-mobility UE and a higher probability of
cell reselection. A larger value of this parameter leads to the
opposite effect. If the value of this parameter is too large or
too small, the access success rate is affected.
EutranInterNFreq.TReselEutranSfHigh
Scaling factor
of treseleutran
in high mobility
state
The following table describes the parameters that must be set in the CellReselUtran MO to configure neighboring UTRAN cell parameters.
Parameter Name
Speed state
scale factor
configure
indicator
Parameter ID
Data Source
CellReselUtran.SpeedStateSfCfgInd Engineering design
Setting Notes
This parameter specifies whether to enable speed-based cell
reselection to neighboring UTRAN cells. Set this parameter to
CFG(Configure) to enable speed-based cell reselection to
neighboring UTRAN cells.
The following table describes the parameter that must be set in the CellReselGeran MO to configure neighboring GERAN cell parameters.
Parameter Name
Speed state
scale factor
configure
indicator
Parameter ID
Data Source
CellReselGeran.SpeedStateSfCfgInd Engineering design
Setting Notes
This parameter specifies whether to enable speed-based cell
reselection to neighboring GERAN cells. Set this parameter to
CFG(Configure) to enable speed-based cell reselection to
neighboring GERAN cells.
The following table describes the parameters that must be set in the CellReselCdma2000 MO to configure neighboring CDMA2000 cell parameters.
Parameter
Name
Speed state
scale factor
configure
indicator
Parameter ID
Data Source
Setting Notes
Engineering design
This parameter specifies whether to enable speed-based
cell reselection to neighboring CDMA2000 HRPD cells. Set
this parameter to CFG(Configure) to enable speed-based
cell reselection to neighboring CDMA2000 HRPD cells.
1XRTT
CellReselCdma2000.Cdma1XrttSpeedStateCfgInd Engineering design
speed state
scale factors
configure
indicator
This parameter specifies whether to enable speed-based
cell reselection to neighboring CDMA2000 1xRTT cells. Set
this parameter to CFG(Configure) to enable speed-based
cell reselection to neighboring CDMA2000 1xRTT cells.
CellReselCdma2000.SpeedStateSfCfgInd
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6.2.2.2 Using the CME
For detailed operations, see CME-based Feature Configuration.
6.2.2.3 Using MML Commands
ML Commands
For details about how to configure frequencies and neighboring cells, see Intra-RAT Mobility Management in Connected Mode Feature Parameter Description and Inter-RAT Mobility
Management in Connected Mode Feature Parameter Description.
• Reselection to inter-frequency E-UTRAN cells
1. Run the MOD EUTRANINTERNFREQ command with Inter frequency cell resel priority configure indicator set to CFG(Configure) and with Local cell ID and
Inter frequency cell resel priority set based on actual conditions.
• Reselection to UTRAN cells
1. Run the MOD CELLSIMAP command with Sib6Switch(Sib6Switch) under Cell System Information Switch selected.
2. Run the ADD CELLRESELUTRAN command to add the configurations related to reselection to UTRAN cells. In this step, set Local cell ID based on actual
conditions, and retain the default values for other parameters.
3. Run the MOD CELLRESEL command with Cell reselection priority set to an appropriate value.
4. Run the MOD UTRANNFREQ command with Reselection priority configure indicator set to CFG(Configure) and with Local cell ID, Downlink UARFCN, and
Cell reselection priority set based on actual conditions.
5. Run the MOD RRCCONNSTATETIMER command to set Ue inactive timer to a value rather than 0.
• Reselection to GERAN cells
1. Run the MOD CELLSIMAP command with Sib7Switch(Sib7Switch) under Cell System Information Switch selected.
2. Run the ADD CELLRESELGERAN command to add the configurations related to reselection to GERAN cells. In this step, set Local cell ID based on actual
conditions, and retain the default values for other parameters.
3. Run the MOD CELLRESEL command with Cell reselection priority set to an appropriate value.
4. Run the MOD GERANNFREQGROUP command with Cell reselection priority configure indicator set to CFG(Configure) and with Local cell ID, BCCH group
ID, and Cell reselection priority set based on actual conditions.
5. Run the ADD GERANNFREQGROUPARFCN command to add neighboring GERAN BCCH frequencies.
6. Run the MOD RRCCONNSTATETIMER command to set Ue inactive timer to a value rather than 0.
• Reselection to CDMA2000 HRPD cells
1. Run the ADD CELLRESELCDMA2000 command to add the configurations related to reselection to CDMA2000 cells. In this step, set both HRPD parameters
configure indicator and HRPD cell reselection configure indicator to CFG(Configure).
2. Run the MOD CELLRESEL command with Cell reselection priority set to an appropriate value.
3. Run the MOD CDMA2000BANDCLASS command with CDMA2000HRPD cell reselection indicator set to CFG(Configure). In this step, set Local cell ID, Band
class, and CDMA2000HRPD cell reselection priority based on actual conditions.
4. Run the MOD RRCCONNSTATETIMER command to set Ue inactive timer to a value rather than 0.
• Reselection to CDMA2000 1XRTT cells
1. Run the ADD CELLRESELCDMA2000 command to add the configurations related to reselection to CDMA2000 cells. In this step, set both 1XRTT parameters
configure indicator and 1XRTT cell reselection configure indicator to CFG(Configure).
2. Run the MOD CELLRESEL command with Cell reselection priority set to an appropriate value.
3. Run the MOD CDMA2000BANDCLASS command with CDMA20001XRTT cell reselection indicator set to CFG(Configure). In this step, set Local cell ID, Band
class, and CDMA20001XRTT cell reselection priority based on actual conditions.
4. Run the MOD RRCCONNSTATETIMER command to set Ue inactive timer to a value rather than 0.
• Speed-based cell reselection
NOTE:
Speed-based cell reselection is supported only when cell reselection for UEs at normal speed has been enabled.
1. Run the MOD CELLRESEL command to configure speed-based cell reselection and intra-frequency neighboring E-UTRAN cell parameters. In this step, set both
Speed-dependent reselection parameter configure indicator and Speed state scale factor configure indicator to CFG(Configure).
2. Configure neighboring cell parameters based on the neighboring cell type.
• Configuring inter-frequency neighboring E-UTRAN cell parameters
Run the MOD EUTRANINTERNFREQ command with Speed dependent resel parameter configuring indicator set to CFG(Configure) and with
Scaling factor of treseleutran in medium mobility state and Scaling factor of treseleutran in high mobility state set based on actual conditions.
• Configuring neighboring UTRAN cell parameters
Run the MOD CELLRESELUTRAN command with Speed state scale factor configure indicator set to CFG(Configure).
• Configuring neighboring GERAN cell parameters
Run the MOD CELLRESELGERAN command with Speed state scale factor configure indicator set to CFG(Configure).
• Configuring neighboring CDMA2000 HRPD cell parameters
Run the MOD CELLRESELCDMA2000 command with HRPD parameters configure indicator, HRPD cell reselection configure indicator, and
Speed state scale factor configure indicator set to CFG(Configure).
• Configuring neighboring CDMA2000 1XRTT cell parameters
Run the MOD CELLRESELCDMA2000 command with 1XRTT parameters configure indicator, 1XRTT cell reselection configure indicator, and
1XRTT speed state scale factors configure indicator set to CFG(Configure).
ML Command Examples
• Reselection to inter-frequency E-UTRAN cells
MOD EUTRANINTERNFREQ: LocalCellId=0, DlEarfcn=3600, CellReselPriorityCfgInd=CFG, CellReselPriority=5;
• Reselection to UTRAN cells
MOD CELLSIMAP:LOCALCELLID=0,SISWITCH=Sib6Switch-1;
ADD CELLRESELUTRAN: LocalCellId=0, TReselUtran=1, SpeedStateSfCfgInd=NOT_CFG;
MOD CELLRESEL: LocalCellId=0, CellReselPriority=6;
MOD UTRANNFREQ: LocalCellId=0, UtranDlArfcn=10738, CellReselPriorityCfgInd=CFG, CellReselPriority=7;
MOD RRCCONNSTATETIMER: UeInactiveTimer=20;
• Reselection to GERAN cells
MOD CELLSIMAP:LOCALCELLID=0,SISWITCH=Sib7Switch-1;
ADD CELLRESELGERAN: LocalCellId=0, TReselGeran=1, SpeedStateSfCfgInd=NOT_CFG;
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MOD CELLRESEL: LocalCellId=0, CellReselPriority=6;
MOD GERANNFREQGROUP: LocalCellId=0, BcchGroupId=0, GeranVersion=EDGE, StartingArfcn=800, BandIndicator=GSM_dcs1800, Cell
ReselPriorityCfgInd=CFG, CellReselPriority=7;
ADD GERANNFREQGROUPARFCN: LocalCellId=0, BcchGroupId=0, GeranArfcn=1;
MOD RRCCONNSTATETIMER: UeInactiveTimer=20;
• Reselection to CDMA2000 HRPD cells
◾ If the eNodeB supports time synchronization (TASM.CLKSYNCMODE set to TIME(TIME)):
//Setting parameters related to cell reselection to CDMA2000
ADD CELLRESELCDMA2000: LocalCellId=0, SysTimeCfgInd=CFG, SearchWndSizeCfgInd=CFG, HrpdParaCfgInd=CFG, HrpdCellRe
selectParamCfgInd=CFG, Cdma1XrttParaCfgInd=NOT_CFG;
//Setting cell reselection priority
MOD CELLRESEL: LocalCellId=0, CellReselPriority=6;
//Configuring CDMA2000 neighboring frequency bands
MOD CDMA2000BANDCLASS: LocalCellId=0, BandClass=bc4, Cdma2000HrpdCellReselInd=CFG, Cdma2000HrpdCellReselPri=3;
//Setting the UE inactivity timer to a value rather than 0
MOD RRCCONNSTATETIMER: UeInactiveTimer=20;
◾ If the eNodeB supports frequency synchronization (TASM.CLKSYNCMODE set to FERQ(FERQ)):
//Setting parameters related to cell reselection to CDMA2000
ADD CELLRESELCDMA2000: LocalCellId=0, SysTimeCfgInd=NOT_CFG, SearchWndSizeCfgInd=CFG, HrpdParaCfgInd=CFG, HrpdCe
llReselectParamCfgInd=CFG, Cdma1XrttParaCfgInd=NOT_CFG;
//Setting cell reselection priority
MOD CELLRESEL: LocalCellId=0, CellReselPriority=6;
//Configuring CDMA2000 neighboring frequency bands
MOD CDMA2000BANDCLASS: LocalCellId=0, BandClass=bc4, Cdma2000HrpdCellReselInd=CFG, Cdma2000HrpdCellReselPri=3;
//Setting the UE inactivity timer to a value rather than 0
MOD RRCCONNSTATETIMER: UeInactiveTimer=20;
• Reselection to CDMA2000 1XRTT cells
ADD CELLRESELCDMA2000: LocalCellId=0, SysTimeCfgInd=NOT_CFG, SearchWndSizeCfgInd=NOT_CFG, HrpdParaCfgInd=NOT_CFG, Cdma1X
rttParaCfgInd=CFG, Cdma1XrttCellReselCfgInd=CFG, Cdma1XrttSpeedStateCfgInd=NOT_CFG;
MOD CELLRESEL: LocalCellId=0, CellReselPriority=6;
MOD CDMA2000BANDCLASS: LocalCellId=0, BandClass=bc7, Cdma20001XrttCellReselInd=CFG, Cdma20001XrttCellReselPri=4;
MOD RRCCONNSTATETIMER: UeInactiveTimer=20;
• Speed-based cell reselection
MOD CELLRESEL: LocalCellId=0, SpeedDepReselCfgInd=CFG, SpeedStateSfCfgInd=CFG;
MOD EUTRANINTERNFREQ: LocalCellId=0, DlEarfcn=3600, SpeedDependSPCfgInd=CFG, TReselEutranSfMedium=1DOT0_ENUM, TReselEutr
anSfHigh=0DOT75_ENUM;
MOD CELLRESELUTRAN: LocalCellId=0, SpeedStateSfCfgInd=CFG;
MOD CELLRESELGERAN: LocalCellId=0, SpeedStateSfCfgInd=CFG;
MOD CELLRESELCDMA2000: LocalCellId=0, HrpdParaCfgInd=CFG, HrpdCellReselectParamCfgInd=CFG, SpeedStateSfCfgInd=CFG;
MOD CELLRESELCDMA2000: LocalCellId=0, Cdma1XrttParaCfgInd=CFG, Cdma1XrttCellReselCfgInd=CFG, Cdma1XrttSpeedStateCfgInd=C
FG;
6.2.3 Activation Observation
selection to an Inter-Frequency E-UTRAN Cell
1. Enable a UE in idle mode to camp on an E-UTRAN cell. Set the cell reselection priority of an E-UTRAN frequency. Trace the Uu messages of the E-UTRAN cell.
The SIB5 carries the cell reselection priority of the E-UTRAN frequency (cellReselectionPriority), as shown in the following figure.
2. Enable the UE in idle mode to move to the E-UTRAN cell edge. Use the UE to perform services, to trigger the UE to switch from idle mode to connected mode.
Observe the Uu messages of the E-UTRAN cell.
If the RRC_CONNECT_REQ message exists, cell reselection was successful.
selection to an Inter-RAT Cell
The following describes how to verify reselection to a UTRAN cell.
1. Enable a UE in idle mode to camp on an E-UTRAN cell. Set the cell reselection priority of a UTRAN frequency. Trace the Uu messages of the E-UTRAN cell. The
SIB6 carries the cell reselection priority of the UTRAN frequency (cellReselectionPriority), as shown in the following figure.
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2. Enable the UE in idle mode to move to the E-UTRAN cell edge. Observe the Uu messages of the UTRAN cell. If the value of the establishmentCause IE in the
RRC_CONNECT_REQ message is interRAT-CellReselection, cell reselection was successful, as shown in the following figure.
eed-based Cell Reselection
Verify cell reselection in the following steps (reselection to an E-UTRAN inter-frequency cell is used as an example):
1. Enable a UE in idle mode to camp on an E-UTRAN cell. Configure parameters related to speed-based cell reselection to inter-frequency neighboring E-UTRAN
cells. Observe the Uu messages of the E-UTRAN cell. Speed-based cell reselection to inter-frequency neighboring E-UTRAN cells, that is, t-ReselectionEUTRASF.sf-Medium and t-ReselectionEUTRA-SF.sf-High, are contained in SIB5, as shown in the following figure.
2. Enable the UE in idle mode to quickly move to the E-UTRAN cell edge. Use the UE to perform services, to trigger the UE to switch from idle mode to connected
mode. Observe the Uu messages of the E-UTRAN cell. If the RRC_CONNECT_REQ message exists, cell reselection was successful.
6.2.4 Reconfiguration
N/A
6.2.5 Deactivation
6.2.5.1 Using the CME
For detailed operations, see CME-based Feature Configuration.
6.2.5.2 Using MML Commands
ML Commands
• Deactivating reselection to an inter-frequency E-UTRAN cell
Run the MOD EUTRANINTERNFREQ command with Inter frequency cell resel priority configure indicator set to NOT_CFG(Not configure).
• Deactivating reselection to a UTRAN cell
Method 1:
1. Run the MOD UTRANNFREQ command with Reselection priority configure indicator set to NOT_CFG(Not configure).
2. Run the RMV CELLRESELUTRAN command to remove the configuration for reselection to UTRAN cells.
Method 2:
Run the MOD CELLSIMAP command with Sib6Switch(Sib6Switch) under Cell System Information Switch deselected to deactivate cell reselection to UTRAN.
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• Deactivating reselection to a GERAN cell
Method 1:
1. Run the MOD GERANNFREQGROUP command with Cell reselection priority configure indicator set to NOT_CFG(Not configure).
2. Run the RMV CELLRESELGERAN command to remove the configuration for reselection to GERAN cells.
Method 2:
Run the MOD CELLSIMAP command with Sib7Switch(Sib7Switch) under Cell System Information Switch deselected to deactivate cell reselection to GERAN.
• Deactivating reselection to a CDMA2000 HRPD cell
1. Run the MOD CDMA2000BANDCLASS command with CDMA2000HRPD cell reselection indicator set to NOT_CFG(Not configure).
2. If the configuration for reselection to a CDMA2000 HRPD cell is available, run the MOD CELLRESELCDMA2000 command with the HRPD parameters
configure indicator parameter set to NOT_CFG(Not configure). If the configuration for reselection to a CDMA2000 HRPD cell is unavailable, run the
RMV CELLRESELCDMA2000 command to remove the configuration for reselection to CDMA2000 HRPD cells.
• Deactivating reselection to a CDMA2000 1xRTT cell
1. Run the MOD CDMA2000BANDCLASS command with CDMA20001XRTT cell reselection indicator set to NOT_CFG(Not configure).
2. If the configuration for reselection to a CDMA2000 1xRRT cell is available, run the MOD CELLRESELCDMA2000 command with the 1XRTT
parameters configure indicator parameter set to NOT_CFG(Not configure). If the configuration for reselection to a CDMA2000 1xRRT cell is
unavailable, run the RMV CELLRESELCDMA2000 command to remove the configuration for reselection to CDMA2000 1xRTT cells.
• Deactivating speed-based cell reselection
NOTE:
If inter-frequency or inter-RAT cell reselection is deactivated, inter-frequency or inter-RAT speed-based cell reselection is deactivated at the same time, without
requiring additional operations.
Method 1: Deactivating speed-based cell reselection to all neighboring cells
Run the MOD CELLRESEL command with Speed-dependent reselection parameter configure indicator set to NOT_CFG(Not configure).
Method 2: Deactivating speed-based cell reselection to some neighboring cells
1. Deactivating speed-based cell reselection to intra-frequency neighboring E-UTRAN cells
Run the MOD CELLRESEL command with Speed state scale factor configure indicator set to NOT_CFG(Not configure).
2. Deactivating speed-based cell reselection to inter-frequency neighboring E-UTRAN cells
Run the MOD EUTRANINTERNFREQ command with Speed dependent resel parameter configuring indicator set to NOT_CFG(Not configure).
3. Deactivating speed-based cell reselection to neighboring UTRAN cells
Run the MOD CELLRESELUTRAN command with Speed state scale factor configure indicator set to NOT_CFG(Not configure).
4. Deactivating speed-based cell reselection to neighboring GERAN cells
Run the MOD CELLRESELGERAN command with Speed state scale factor configure indicator set to NOT_CFG(Not configure).
5. Deactivating speed-based cell reselection to neighboring CDMA2000 HRPD cells
Run the MOD CELLRESELCDMA2000 command with HRPD parameters configure indicator and HRPD cell reselection configure indicator set to
CFG(Configure) and with Speed state scale factor configure indicator set to NOT_CFG(Not configure).
6. Deactivating speed-based cell reselection to neighboring CDMA2000 1xRTT cells
Run the MOD CELLRESELCDMA2000 command with 1XRTT parameters configure indicator and 1XRTT cell reselection configure indicator set to
CFG(Configure) and with 1XRTT speed state scale factors configure indicator set to NOT_CFG(Not configure).
ML Command Examples
• Deactivating reselection to an inter-frequency E-UTRAN cell
MOD EUTRANINTERNFREQ: LocalCellId=0, DlEarfcn=3600, CellReselPriorityCfgInd=NOT_CFG;
• Deactivating reselection to a UTRAN cell
Method 1:
MOD UTRANNFREQ: LocalCellId=0, UtranDlArfcn=10738, CellReselPriorityCfgInd=NOT_CFG;
RMV CELLRESELUTRAN: LocalCellId=0;
Method 2:
MOD CELLSIMAP: LocalCellId=0, SiSwitch=Sib6Switch-0;
• Deactivating reselection to a GERAN cell
Method 1:
MOD GERANNFREQGROUP: LocalCellId=0, BcchGroupId=0, CellReselPriorityCfgInd=NOT_CFG;
RMV CELLRESELGERAN: LocalCellId=0;
Method 2:
MOD CELLSIMAP: LocalCellId=0, SiSwitch=Sib7Switch-0;
• Deactivating reselection to a CDMA2000 HRPD cell
MOD CDMA2000BANDCLASS: LocalCellId=0, BandClass=bc4, Cdma2000HrpdCellReselInd=NOT_CFG;
MOD CELLRESELCDMA2000: LocalCellId=0, HrpdParaCfgInd=NOT_CFG;
RMV CELLRESELCDMA2000: LocalCellId=0;
• Deactivating reselection to a CDMA2000 1xRTT cell
MOD CDMA2000BANDCLASS: LocalCellId=0, BandClass=bc7, Cdma20001XrttCellReselInd=NOT_CFG;
MOD CELLRESELCDMA2000: LocalCellId=0, Cdma1XrttParaCfgInd=CFG, Cdma1XrttCellReselCfgInd=NOT_CFG;
RMV CELLRESELCDMA2000: LocalCellId=0;
• Deactivating speed-based cell reselection
Method 1: Deactivating speed-based cell reselection to all neighboring cells
MOD CELLRESEL: LocalCellId=0, SpeedDepReselCfgInd=NOT_CFG;
Method 2: Deactivating speed-based cell reselection to some neighboring cells
MOD CELLRESEL: LocalCellId=0, SpeedStateSfCfgInd=NOT_CFG;
MOD EUTRANINTERNFREQ: LocalCellId=0, DlEarfcn=3600, SpeedDependSPCfgInd=NOT_CFG;
MOD CELLRESELUTRAN: LocalCellId=0, SpeedStateSfCfgInd=NOT_CFG;
MOD CELLRESELGERAN: LocalCellId=0, SpeedStateSfCfgInd=NOT_CFG;
MOD CELLRESELCDMA2000: LocalCellId=0, HrpdParaCfgInd=CFG, HrpdCellReselectParamCfgInd=CFG, SpeedStateSfCfgInd=NOT_CFG;
MOD CELLRESELCDMA2000: LocalCellId=0, Cdma1XrttParaCfgInd=CFG, Cdma1XrttCellReselCfgInd=CFG, Cdma1XrttSpeedStateCfgInd=N
OT_CFG;
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Performance Monitoring
LBFD-00201803 Cell Selection and Re-selection does not have the counter statistics result.
The following describes the counters used to monitor LBFD-002009 Broadcast of system information and LBFD-002011 Paging.
Counter ID
Counter Name
Counter Description
1526726884
L.Paging.S1.Rx
Number of paging messages received over the S1 interface in a cell. This counter
reflects the signaling overhead brought by the UE in idle mode.
1526726885
L.Paging.UU.Att
Estimated paging success rate. In a paging group, divide L.Paging.UU.Att for a single cell
by the sum of L.Paging.UU.Succ for all cells in the paging group to obtain the paging
success rate.
NOTE:
1526726886
Generally, the EPC sends paging messages to all cells in a paging group, the value of L.Paging.UU.Att for
each cell is similar. This way, you can use this method to estimate the paging success rate.
L.Paging.UU.Succ
If the EPC supports certain enhanced paging features, some UEs in a paging group may receive paging
message from another paging group and the values of L.Paging.UU.Att may greatly differ among the cells
in the same paging group. In this case, you cannot use this method to estimate the paging success rate.
You can obtain the precise paging success rate from the EPC.
1526727212
L.Paging.Dis.Num
Number of discarded MME-delivered paging messages in a cell.
1526728521
L.Paging.Dis.PchCong
Number of paging messages discarded due to PCH congestion in a cell.
1526728337
L.Paging.UU.SIUpdate
Number of paging messages delivered over the Uu interface due to system information
changes in a cell.
Parameter Optimization
ll Selection
The following table describes the parameters that must be set in the CellSel MO to configure cell selection.
Parameter Name
Parameter ID
Setting Notes
Minimum required RX level
CellSel.QRxLevMin
Set this parameter properly so that the selected cells can provide signals that
meet quality requirements for basic services.
Minimum required RX level offset
CellSel.QRxLevMinOffset
A larger value of this parameter increases the probability a cell will meet the
cell selection criterion (criterion S) and become a suitable cell for cell selection.
A smaller value of this parameter decreases the probability.
Minimum required RX quality level
CellSel.QQualMin
Minimum required RX quality level
offset
CellSel.QQualMinOffset
• This parameter is used to calculate the serving sell Squal for cell
selection and reselection. If RSRQ-related parameters are delivered
to control cell selection and reselection, set this parameter to a value
other than 0.
• If only RSRP-related parameters are delivered to control cell
selection and reselection, set this parameter to 0.
A larger value of this parameter increases the probability a cell will meet the
cell selection criterion (criterion S) and become a suitable cell for cell selection.
A smaller value of this parameter decreases the probability.
The following table describes the parameter that must be set in the CELL MO to configure the maximum allowed transmit power.
Parameter Name
Max transmit power allowed
Parameter ID
CELL.UePowerMax
Setting Notes
A larger value increases the maximum transmit power for UEs and signal
strength in the local cell but also interference to neighboring cells. A smaller
value leads to the opposite effect.
ighboring Cell Measurement
• Intra-frequency measurement
The following table describes the parameters that must be set in the CellResel MO to configure cell reselection.
Parameter Name
Parameter ID
Setting Notes
Threshold for intra frequency
measurements
CellResel.SIntraSearch
Set this parameter to a value greater than the value of the
CellResel.SNonIntraSearch parameter. With other conditions unchanged, a
larger value of this parameter increases the probability intra-frequency cell
measurements will be triggered, and a smaller value decreases the probability.
RSRQ Threshold for intra
frequency measurements
CELLRESEL.SIntraSearchQ
With other conditions unchanged, a larger value of this parameter increases
the probability intra-frequency cell measurements will be triggered, and a
smaller value decreases the probability.
• Inter-frequency or inter-RAT measurement
The following table describes the parameters that must be set in the CellResel MO to configure cell reselection.
Parameter Name
Parameter ID
Setting Notes
Threshold for non-intra frequency CellResel.SNonIntraSearch
measurements
Set this parameter to a value less than that of SIntraSearch.
RSRQ Threshold for non-intra
frequency measurements
With other conditions unchanged, a larger value of this parameter increases
the probability inter-frequency or inter-RAT measurements will be triggered,
and a smaller value decreases the probability.
CellResel.SNonIntraSearchQ
ll Reselection
• Intra-frequency or equal-priority cell reselection
The following table describes the parameters that must be set in the CellResel MO to configure cell reselection.
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Parameter Name
Parameter ID
Setting Notes
Minimum required RX level
CellResel.QRxLevMin
Set this parameter to an appropriate value so that the selected cell can provide
signals that meet the quality requirement of basic services.
Cell reselection timer value for
EUTRAN
CellResel.TReselEutran
A smaller parameter value for a cell increases the probability UEs in this cell
will initiate reselection and also the probability of ping-pong reselection. A
larger parameter value for a cell decreases the probabilities.
Hysteresis value for ranking
criteria
CellResel.Qhyst
This parameter is used to adjust the border of the serving cell, to avoid pingpong effect of cell reselection. A larger value of CellResel.Qhyst increases the
coverage of the serving cell and therefore lowers the probability of reselection
to a neighboring cell.
The following table describes the parameter that must be set in the EutranIntraFreqNCell MO to configure neighbor relationships of intra-frequency E-UTRAN cells.
Parameter Name
Parameter ID
Cell offset
Setting Notes
EutranIntraFreqNCell.CellQoffset
This parameter is used to adjust the border of neighboring cells. A larger
value of EutranIntraFreqNCell.CellQoffset reduces the coverage of the
neighboring cell and therefore lowers the probability of reselection to that
cell.
• Reselection of inter-frequency or inter-RAT cells on different-priority frequencies
The following table describes the parameters that must be set in the CellResel MO to configure cell reselection.
Parameter Name
Parameter ID
Setting Notes
Serving frequency lower priority
threshold
CellResel.ThrshServLow
A smaller value of this parameter reduces the probability of reselection to lowpriority inter-frequency or inter-RAT cells.
Serving frequency lower priority
RSRQ threshold
CellResel.ThrshServLowQ
With other conditions unchanged, a smaller value of this parameter reduces
the probability of reselection to an inter-frequency or inter-RAT cell on lowerpriority frequencies, and a larger value of this parameter leads to a higher
probability.
The following table describes the parameters that must be set in the EutranInterNFreq MO to configure a non-serving E-UTRA frequency.
Parameter Name
Parameter ID
Setting Notes
PMAX
EutranInterNFreq.PMax
A smaller value of this parameter results in a lower signal
quality requirement for reselection to a cell on the nonserving E-UTRA frequency, decreasing the access success
rate of the cell. A larger value of this parameter results in
the opposite effect.
Minimum RX signal quality
EutranInterNFreq.QQualMin
A larger value of this parameter reduces the probability a
cell will meet the cell selection criterion (criterion S) and
become a suitable cell for cell selection. A smaller value of
this parameter increases the probability.
Frequency offset
EutranInterNFreq.QoffsetFreq
A larger value of this parameter reduces the probability of
reselection to cells on the non-serving E-UTRA frequency. A
smaller value of this parameter increases the probability.
Inter frequency high priority RSRQ
threshold
EutranInterNFreq.ThreshXHighQ
A smaller value of this parameter increases the probability
of reselection to a cell on the non-serving E-UTRA
frequency, decreasing the access success rate of the cell. A
larger value of this parameter results in the opposite effect.
Inter frequency low priority RSRQ
threshold
EutranInterNFreq.ThreshXlowQ
A smaller value of this parameter increases the probability
of reselection to a cell on the non-serving E-UTRA
frequency, decreasing the access success rate of the cell. A
larger value of this parameter results in the opposite effect.
Inter frequency high priority threshold
EutranInterNFreq.ThreshXhigh
With other conditions unchanged, a larger value of this
parameter leads to a lower probability of cell reselection,
and a smaller value leads to a higher probability.
Inter frequency lower priority threshold
EutranInterNFreq.ThreshXlow
With other conditions unchanged, a larger value of this
parameter leads to a lower probability of cell reselection,
and a smaller value leads to a higher probability.
Minimum required RX level
EutranInterNFreq.QRxLevMin
Set this parameter to an appropriate value so that the
selected cell can provide signals that meet the quality
requirement of basic services.
EUTRAN reselection time
EutranInterNFreq.EutranReselTime
A smaller value of this parameter leads to a higher
probability of cell reselection, and a larger value of this
parameter leads to a lower probability. If the value of this
parameter is excessively large or small, the access success
rate is affected.
Measurement Performance Demand
EutranInterNFreq.MeasPerformanceDemand You are advised to set this parameter to NORMAL
(NORMAL) for frequencies to meet the following
requirements:
• At least one frequency for intensive coverage is
included.
• Frequencies on the main capacity layer, such as
those with a large bandwidth, high UE
penetration rate, and good coverage, are
included as much as possible.
The following table describes the parameters that must be set in the UtranNFreq MO to configure UTRAN frequencies.
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Parameter Name
Parameter ID
Setting Notes
Minimum required quality level
UtranNFreq.Qqualmin
A larger value of this parameter leads to lower probabilities that a UTRAN
FDD cell meets the cell selection criterion (criterion S) and becomes a
suitable cell selected by a UE. A smaller value of this parameter leads to
higher probabilities.
PMAX
UtranNFreq.PmaxUtran
Set this parameter based on site requirements.
UTRAN high priority RSRQ
threshold
UtranNFreq.ThreshXHighQ
With other conditions unchanged, a larger value of this parameter leads to
a lower probability of cell reselection, and a smaller value leads to a higher
probability.
UTRAN low priority RSRQ
threshold
UtranNFreq.ThreshXLowQ
With other conditions unchanged, a larger value of this parameter leads to
a lower probability of cell reselection, and a smaller value leads to a higher
probability.
Minimum required RX level
UtranNFreq.QRxLevMin
Set this parameter to an appropriate value so that the selected cell can
provide signals that meet the quality requirement of basic services.
UTRAN high priority threshold
UtranNFreq.ThreshXHigh
With other conditions unchanged, a larger value of this parameter leads to
a lower probability of cell reselection, and a smaller value leads to a higher
probability.
UTRAN lower priority threshold
UtranNFreq.ThreshXLow
With other conditions unchanged, a larger value of this parameter leads to
a lower probability of cell reselection, and a smaller value leads to a higher
probability.
The following table describes the parameters that must be set in the CellReselUtran MO to configure cell reselection to UTRAN.
Parameter Name
Parameter ID
Setting Notes
Cell reselection timer value for CellReselUtran.TReselUtran
UTRAN
With other conditions unchanged, a larger value of this parameter leads to a lower
probability of cell reselection, and a smaller value leads to a higher probability.
The following table describes the parameters that must be set in the GeranNfreqGroup MO to configure GERAN frequencies.
Parameter Name
Parameter ID
Setting Notes
High priority threshold
GeranNfreqGroup.ThreshXHigh
With other conditions unchanged, a larger value of this parameter
leads to a lower probability of cell reselection, and a smaller value
leads to a higher probability.
Lower priority threshold
GeranNfreqGroup.ThreshXLow
With other conditions unchanged, a larger value of this parameter
leads to a lower probability of cell reselection, and a smaller value
leads to a higher probability.
PMAX
GeranNfreqGroup.PmaxGeran
-
Minimum required RX level
GeranNfreqGroup.QRxLevMin
Set this parameter to an appropriate value so that the selected
cell can provide signals that meet the quality requirement of basic
services.
The following table describes the parameter that must be set in the CellReselGeran MO to configure cell reselection to GERAN.
Parameter Name
Cell reselection timer value
for GERAN
Parameter ID
CellReselGeran.TReselGeran
Setting Notes
With other conditions unchanged, a larger value of this parameter leads to a lower
probability of cell reselection, and a smaller value leads to a higher probability.
The following table describes the parameters that must be set in the CellReselCdma2000 MO to configure cell reselection to CDMA2000.
Parameter Name
Parameter ID
Setting Notes
Cell reselection timer for
HRPD
CellReselCdma2000.TreselectionHrpd
With other conditions unchanged, a larger value of this parameter leads
to a lower probability of cell reselection, and a smaller value leads to a
higher probability.
Cell reselection timer for
1XRTT
CellReselCdma2000.Cdma1XrttTreselection A smaller parameter value for a cell increases the probability UEs in this
cell will initiate reselection and also the probability of ping-pong
reselection. A larger parameter value for a cell decreases the
probabilities.
The following table describes the parameters that must be set in the Cdma2000BandClass MO to configure CDMA2000 frequency bands.
Parameter Name
CDMA20001XRTT high priority
threshold
Parameter ID
Setting Notes
Cdma2000BandClass.Cdma20001XrttThreshXHigh A larger value of this parameter indicates a lower probability of a
UE camping on the cells assigned with the band class, and a
smaller value indicates a higher probability.
CDMA20001XRTT lower priority Cdma2000BandClass.Cdma20001XrttThreshXLow A larger value of this parameter indicates a lower probability of a
UE camping on the cells assigned with the band class, and a
threshold
smaller value indicates a higher probability.
CDMA2000HRPD high priority
threshold
Cdma2000BandClass.Cdma2000HrpdThreshXHigh A larger value of this parameter indicates a lower probability of a
UE camping on the cells assigned with the band class, and a
smaller value indicates a higher probability.
CDMA2000HRPD lower priority
threshold
Cdma2000BandClass.Cdma2000HrpdThreshXLow A larger value of this parameter indicates a lower probability of a
UE camping on the cells assigned with the band class, and a
smaller value indicates a higher probability.
• Speed-based cell reselection
The following table describes the parameters that must be set in the CellResel MO to configure common speed-based cell reselection parameters and speed-based
cell reselection parameters related to intra-frequency neighboring E-UTRAN cells.
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Parameter Name
Parameter ID
Setting Notes
The duration for evaluating
criteria to enter mobility states
CellResel.TEvaluation
A smaller value of this parameter leads to a lower probability of the UE entering
the high mobility or medium mobility state. A larger value of this parameter
leads to the opposite effect.
Additional time hysteresis for
normal speed
CellResel.THystNormal
A larger value of this parameter leads to a slower decision on speed change
and a smaller impact of UE speed variation on cell reselection. A smaller value
of this parameter leads to the opposite effect.
The number of cell changes to
enter medium mobility state
CellResel.NCellChangeMedium
A larger value of this parameter indicates a lower probability of a UE entering
the medium mobility state and cell reselections are more difficult to trigger. A
smaller value of this parameter leads to the opposite effect.
The number of cell changes to
enter high mobility state
CellResel.NCellChangeHigh
A larger value of this parameter indicates a lower probability of a UE entering
the high mobility state and cell reselections are more difficult to trigger. A
smaller value of this parameter leads to the opposite effect.
Additional hysteresis for medium
speed
CellResel.QHystSfMedium
A smaller value of this parameter results in a higher speed of cell reselection for
medium-mobility UEs. A larger value of this parameter leads to the opposite
effect.
Additional hysteresis for high
speed
CellResel.QHystSfHigh
A smaller value of this parameter results in a higher speed of cell reselection for
high-mobility UEs. A larger value of this parameter leads to the opposite effect.
Scaling factor of TReselEutran in CellResel.TReselEutranSfMedium A smaller value of this parameter results in a higher speed of cell reselection for
medium-mobility UEs. A larger value of this parameter leads to the opposite
medium mobility state
effect.
Scaling factor of TReselEutran in CellResel.TReselEutranSfHigh
high mobility state
A smaller value of this parameter results in a higher speed of cell reselection for
high-mobility UEs. A larger value of this parameter leads to the opposite effect.
The following table describes the parameters that must be set in the EutranInterNFreq MO to configure speed-based cell reselection parameters related to interfrequency neighboring E-UTRAN cells.
Parameter Name
Parameter ID
Setting Notes
Scaling factor of treseleutran
in medium mobility state
EutranInterNFreq.TReselEutranSfMedium A smaller value of this parameter results in a higher speed of cell
reselection for medium-mobility UEs. A larger value of this parameter leads
to the opposite effect.
Scaling factor of treseleutran
in high mobility state
EutranInterNFreq.TReselEutranSfHigh
A smaller value of this parameter results in a higher speed of cell
reselection for high-mobility UEs. A larger value of this parameter leads to
the opposite effect.
The following table describes the parameters that must be set in the CellReselUtran MO to configure speed-based cell reselection to neighboring UTRAN cells.
Parameter Name
Parameter ID
Setting Notes
Scaling factor of TReselUtran in CellReselUtran.TReselUtranSfMedium A smaller value of this parameter results in a higher speed of cell reselection
medium mobility state
for medium-mobility UEs. A larger value of this parameter leads to the
opposite effect.
Scaling factor of TReselUtran in CellReselUtran.TReselUtranSfHigh
high mobility state
A smaller value of this parameter results in a higher speed of cell reselection
for high-mobility UEs. A larger value of this parameter leads to the opposite
effect.
The following table describes the parameters that must be set in the CellReselGeran MO to configure speed-based cell reselection to neighboring GERAN cells.
Parameter Name
Parameter ID
Setting Notes
Scaling factor of TReselGeran
in medium mobility state
CellReselGeran.TReselGeranSfMedium A smaller value of this parameter results in a higher speed of cell reselection
for medium-mobility UEs. A larger value of this parameter leads to the
opposite effect.
Scaling factor of TReselGeran
in high mobility state
CellReselGeran.TReselGeranSfHigh
A smaller value of this parameter results in a higher speed of cell reselection
for high-mobility UEs. A larger value of this parameter leads to the opposite
effect.
The following table describes the parameters that must be set in the CellReselCdma2000 MO to configure speed-based cell reselection to neighboring CDMA2000
cells.
Parameter Name
Parameter ID
Setting Notes
Scaling factor of
TReselCdmaHrpd in
medium mobility state
CellReselCdma2000.TReselCdmaHrpdSfMedium A smaller value of this parameter results in a higher speed of cell
reselection for medium-mobility UEs. A larger value of this parameter
leads to the opposite effect.
Scaling factor of
TReselCdmaHrpd in high
mobility state
CellReselCdma2000.TReselCdmaHrpdSfHigh
A smaller value of this parameter results in a higher speed of cell
reselection for high-mobility UEs. A larger value of this parameter leads
to the opposite effect.
1XRTT medium speed
scale factor
CellReselCdma2000.Cdma1XrttSfMedium
A smaller value of this parameter results in a higher speed of cell
reselection for medium-mobility UEs. A larger value of this parameter
leads to the opposite effect.
1XRTT high speed scale
factor
CellReselCdma2000.Cdma1XrttSfHigh
A smaller value of this parameter results in a higher speed of cell
reselection for high-mobility UEs. A larger value of this parameter leads
to the opposite effect.
ging
• Paging success rate
Decreasing the paging message code rate specified by CellDlschAlgo.RarAndPagingCR helps improve the paging success rate.
However, decreasing the paging message code rate increases the PDSCH resources occupied by paging messages, which causes the downlink throughput to
decrease.
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With UE compatibility problems taken into account, set the paging message code rate to 0.035 or higher (setting CellDlschAlgo.RarAndPagingCR to 35). The
number of single-paging message RBs less than or equal to 40% of the total number of single-TTI RBs prevents insufficient downlink power. Therefore, when
adjusting the CellDlschAlgo.RarAndPagingCR setting, you are advised to limit the number of paging records contained in a single paging message (specified by
PCCHCfg.MaxPagingRecordsNum) to limit the maximum number of single-paging message RBs.
The following table lists the recommended values for PCCHCfg.MaxPagingRecordsNum in case of different CellDlschAlgo.RarAndPagingCR values (20 MHz
bandwidth used as an example).
Number of Single-Paging Message RBs
CellDlschAlgo.RarAndPagingCR
PCCHCfg.MaxPagingRecordsNum
≤ 40
≥ 78
16
≤ 40
≥ 73
15
≤ 40
≥ 69
14
≤ 40
≥ 64
13
≤ 40
≥ 60
12
≤ 40
≥ 55
11
≤ 40
≥ 50
10
≤ 40
≥ 45
9
≤ 40
≥ 41
8
≤ 40
≥ 36
7
≤ 37
≥ 35
6
NOTE:
In this table, the recommended number of RBs is calculated based on the paging messages containing UE flags "S-TMSI".
• Uu interface paging capacity
The Uu interface paging capacity is related to nB (specified by PCCHCfg.Nb) and the number of paging message records (specified by
PCCHCfg.MaxPagingRecordsNum). The maximum number of paging message sent over the Uu interface within 1s is equal to the result of (nB/T) multiplied by 100
and PCCHCfg.MaxPagingRecordsNum, where T represents the paging cycle.
NOTE:
The above formula calculates the theoretical maximum paging capacity, but the actual paging capacity is also affected by hardware processing capabilities.
Assume nB equals 1T, and the value of PCCHCfg.MaxPagingRecordsNum is 16, a maximum of 1600 UEs can be paged over the Uu interface within 1s. You can
increase nB and PCCHCfg.MaxPagingRecordsNum to increase the Uu interface paging capacity. However, increasing nB increases the overhead of PDCCHs
occupied by paging messages.
When adjusting the PCCHCfg.MaxPagingRecordsNum setting, query the paging message code rate specified by CellDlschAlgo.RarAndPagingCR, and ensure that
the number of single-paging message RBs does not exceed 40% of the total number of single-TTI RBs, in accordance with the description in the preceding table.
• Paging priority
If paging messages are congested over the Uu interface, you are advised to set PCCHCfg.PagingStrategy to PAGING_STRATEGY_DIFFPRI(Priority
Differentiation Strategy), to ensure that CS paging messages or high-priority paging messages are preferentially sent over the Uu interface.
stem Information Update
If the paging occasion (PO) of a UE supporting Single Radio LTE (SRLTE) falls in the paging monitoring window of a CDMA2000 1X network, the UE will not be able to receive
paging messages from the LTE network, and will not be able to update LTE system information. As a result, RRC establishment may fail.
You are advised to set CellSiMap.SibUpdOptSwitch to SibPagingOptCtrlSwitch in areas with both CDMA and LTE network coverage. The reasons are as follows:
• If this switch is turned on, when the paging cycle of the LTE network is less than that of the CDMA network, RRC establishment failures can be avoided; when the
paging cycle of the LTE network is greater than or equal to that of the CDMA network, the problem persists.
• If this switch is turned off, the problem persists regardless of the paging periods of LTE and CDMA networks.
Possible Issues
None
7
Parameters
Table 7-1 Parameters
MO
CellSiMap
Parameter ID
SiSwitch
MML Command
MOD CELLSIMAP
LST CELLSIMAP
Feature ID
LBFD-002009 /
TDLBFD-002009
LOFD-070220
Feature Name
Description
Broadcast of
system
information
eMBMS Phase
1 based on
Centralized
MCE
Architecture
Meaning:
Indicates the system information
broadcast policy for the cell.
OnlyCellSiSwitch(DlOnlyCellSiSwitch):
Indicates whether to broadcast system
information in the cell, whose
Cell.WorkMode is set to DL_ONLY.
System information is broadcast in the cell
only if this option is selected. This option
applies only to LTE FDD cells whose
Cell.WorkMode is set to DL_ONLY.
Sib6Switch(Sib6Switch): Indicates
whether to broadcast SIB6. If this option is
deselected, SIB6 is not broadcast. If this
option is selected and the
CELLRESELUTRAN MO is created, SIB6
is broadcast. For details about the
contents of SIB6, see 3GPP TS 36.331.
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Sib7Switch(Sib7Switch): Indicates
whether to broadcast SIB7. If this option is
deselected, SIB7 is not broadcast. If this
option is selected and the
CELLRESELGERAN MO is created, SIB7
is broadcast. For details about the
contents of SIB7, see 3GPP TS 36.331.
GUI Value Range: DlOnlyCellSiSwitch
(DlOnlyCellSiSwitch), Sib6Switch
(Sib6Switch), Sib7Switch(Sib7Switch)
Unit: None
Actual Value Range: DlOnlyCellSiSwitch,
Sib6Switch, Sib7Switch
Default Value: DlOnlyCellSiSwitch:Off,
Sib6Switch:On, Sib7Switch:On
CellSel
QQualMin
MOD CELLSEL
LST CELLSEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the minimum required
received signal quality, which corresponds
to the q-QualMin IE in the system
message system information block type 1
(SIB1) and is used to calculate the Squal
value for the serving cell involved in cell
selection and reselection. If this
parameter is set to 0, the SIB1 message
does not contain the q-QualMin IE. If this
parameter is set to a value other than 0,
the SIB1 message contains the q-QualMin
IE with the same value as the parameter
value. For details about this parameter,
see 3GPP TS 36.304.
GUI Value Range: -34~-3,0
Unit: dB
Actual Value Range: -34~-3,0
Default Value: 0
EutranInterNFreq
MeasPerformanceDemand
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-002009 /
TDLBFD-002009
LBFD00201803/TDLBFD00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the measurement
performance demand for whether to
broadcast frequencies in SIB5. If this
parameter is set to NORMAL, a frequency
is broadcast in interFreqCarrierFreqList
without carrying the IE
reducedMeasPerformance. The
measurement performance of a UE is
normal when the UE measures the
frequency. If this parameter is set to
REDUCED, a frequency is broadcast in
interFreqCarrierFreqListExt carrying the
IE reducedMeasPerformance. The
measurement performance of a UE
supporting extensive frequency
measurement can be reduced to measure
the frequency. For details of the IE
reducedMeasPerformance, see 3GPP TS
36.331.
GUI Value Range: NORMAL(NORMAL),
REDUCED(REDUCED)
Unit: None
Actual Value Range: NORMAL,
REDUCED
Default Value: NORMAL(NORMAL)
CellSel
QRxLevMin
MOD CELLSEL
LST CELLSEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the minimum required
RX level for the cell to become a
candidate for cell selection. This value is
included in criteria S and used in the
evaluation of cell selection. For details,
see 3GPP TS 36.304.
GUI Value Range: -70~-22
Unit: 2dBm
Actual Value Range: -140~-44
Default Value: -64
CellSel
QRxLevMinOffset
MOD CELLSEL
LST CELLSEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the offset to the
minimum required RX level. This value is
included in criteria S and used in the
evaluation of cell selection. This
parameter is valid only when the cell
selection is triggered by periodic searches
for higher-priority PLMNs and the UE is
served by a Visited Public Land Mobile
Network (VPLMN). For details, see 3GPP
TS 36.304.
GUI Value Range: 0~8
Unit: 2dB
Actual Value Range: 0~16
Default Value: 0
Cell
UePowerMax
ADD CELL
MOD CELL
LST CELL
LBFD-002026 /
TDLBFD-002026
LBFD-002009 /
TDLBFD-002009
Uplink Power
Control
Meaning: Indicates the maximum transmit
power that a UE can apply to uplink
transmission in the cell. It is used in cell
selection criterion S to calculate the
compensated power. If the value of this
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Broadcast of
system
information
parameter is not specified, the maximum
power is subject to the UE capability. For
details, see 3GPP TS 36.304.
GUI Value Range: -30~36
Unit: dBm
Actual Value Range: -30~36
Default Value: 23
CellResel
ThrshServLowQCfgInd
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates whether to set the
RSRQ threshold for reselection to cells on
the serving frequency.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellSel
QQualMinOffset
MOD CELLSEL
LST CELLSEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the offset to the
minimum required RX level for the cell. It
is included in criteria S and used in the
evaluation of cell selection. This
parameter is required only when the cell
selection is triggered by periodic searches
for higher-priority PLMNs and the UE is
served by a Visited Public Land Mobile
Network (VPLMN). For details, see 3GPP
TS 36.304.
GUI Value Range: 1~8
Unit: dB
Actual Value Range: 1~8
Default Value: 1
CellResel
CellReselPriority
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the cell reselection
priority of the serving frequency. 0
indicates the lowest priority. The value of
this parameter must be determined
together with the priorities of other
frequencies during the network planning.
Frequencies used for different RATs must
be assigned different cell reselection
priorities.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 7
EutranInterNFreq
CellReselPriority
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the cell reselection
priority of the neighboring E-UTRAN
frequency. The value 0 indicates the
lowest priority. It is contained in system
information block type 5 (SIB5). The UE
decides whether to reselect a neighboring
cell on the frequency based on the value
of this parameter and the absolute priority
of the serving cell. If the value of this
parameter is larger than the absolute
priority of the serving cell, the UE starts
measurements on neighboring cells on
the frequency; then if the signal quality of
some neighboring cells meets the related
conditions, the UE starts cell reselection.
If the value of this parameter is less than
or equal to the absolute priority of the
serving cell, the UE starts the
measurements only when the signal
quality of the serving cell is poor; then if
the signal quality of some neighboring
cells meets the related conditions, the UE
starts cell reselection. Frequencies used
for different RATs must be assigned
different cell reselection priorities. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 1
UtranNFreq
CellReselPriority
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
TDLOFD-001018
Meaning:
Indicates the cell reselection priority of the
neighboring UTRAN frequency. The value
0 indicates the lowest priority. The UE
decides whether to reselect a neighboring
cell on the UTRAN frequency based on
the value of this parameter and the
absolute priority of the serving cell.
If the value of this parameter is larger than
the absolute priority of the serving cell, the
UE starts measurements on neighboring
cells on the UTRAN frequency; then if the
signal quality of some neighboring cells
Cell Selection
and Reselection
Broadcast of
system
information
S1-flex
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Parameter ID
MML Command
Feature ID
Feature Name
Description
meets the related conditions, the UE
starts cell reselection.
If the value of this parameter is smaller
than the absolute priority of the serving
cell, the UE starts the measurements only
when the signal quality of the serving cell
is poor; then if the signal quality of some
neighboring cells meets the related
conditions, the UE starts cell reselection.
Frequencies used for different RATs must
be assigned different cell reselection
priorities. For details, see 3GPP TS
36.331.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 1
GeranNfreqGroup
CellReselPriority
ADD GERANNFREQGROUP
MOD
GERANNFREQGROUP
LST GERANNFREQGROUP
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Cdma2000BandClass
Cdma20001XrttCellReselPri
ADD
CDMA2000BANDCLASS
MOD
CDMA2000BANDCLASS
LST
CDMA2000BANDCLASS
LBFD-00201803 /
TDLBFD-00201803
LOFD-001035 /
TDLOFD-001035
TDLOFD-001090
Cell Selection
and Reselection
CS Fallback to
CDMA2000
1xRTT
Enhanced CS
Fallback to
CDMA2000
1xRTT
Meaning: Indicates the absolute priority of
the CDMA2000 1xRTT band class to be
used during cell reselection. The value 0
indicates the lowest priority. Frequencies
used for different RATs must be assigned
different cell reselection priorities. The
information is contained in SIB8. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 2
Cdma2000BandClass
Cdma2000HrpdCellReselPri
ADD
CDMA2000BANDCLASS
MOD
CDMA2000BANDCLASS
LST
CDMA2000BANDCLASS
LBFD-00201803 /
TDLBFD-00201803
LOFD-001021 /
TDLOFD-001021
Cell Selection
and Reselection
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
Meaning: Indicates the absolute priority of
the CDMA2000 HRPD band class to be
used during cell reselection. The value 0
indicates the lowest priority. Frequencies
used for different RATs must be assigned
different cell reselection priorities. The
information is contained in SIB8. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 2
ADD
EUTRANNFREQRANSHARE
MOD
EUTRANNFREQRANSHARE
LST
EUTRANNFREQRANSHARE
LOFD-001036
TDLBFD-00201803
TDLOFD-001112
LOFD-070206
RAN Sharing
with Common
Carrier
Cell Selection
and Reselection
MOCN Flexible
Priority Based
Camping
Hybrid RAN
Sharing
Meaning: Indicates the cell reselection
priority of the operator that shares the
neighboring E-UTRAN frequency. The
value 0 indicates the lowest priority. If the
related SPID configuration is specified,
the cell reselection priority specified in the
SPID configuration is used. If no related
SPID configuration is specified but this
parameter is set, the eNodeB delivers the
cell reselection priorities of all PLMNs
supported by a UE by using the IE
idleModeMobilityControlInfo in an RRC
Connection Release message to the UE.
If no related SPID configuration is
specified and this parameter is not set, a
EutranNFreqRanShare CellReselPriority
Meaning: Indicates the cell reselection
priority of the GERAN carrier frequency
group. The value 0 indicates the lowest
priority. It is contained in system
information block type 7 (SIB7). The UE
decides whether to reselect a neighboring
cell on a frequency in the GERAN carrier
frequency group based on the value of
this parameter and the absolute priority of
the serving cell. If the value of this
parameter is larger than the absolute
priority of the serving cell, the UE starts
measurements on neighboring cells on
the frequencies in the GERAN carrier
frequency group; then if the signal quality
of some neighboring cells meets the
related conditions, the UE starts cell
reselection. If the value of this parameter
is smaller than the absolute priority of the
serving cell, the UE starts the
measurements only when the signal
quality of the serving cell is poor; then if
the signal quality of some neighboring
cells meets the related conditions, the UE
starts cell reselection. Frequencies used
for different RATs must be assigned
different cell reselection priorities. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 1
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Parameter ID
MML Command
Feature ID
Feature Name
Description
UE uses the cell reselection priority of the
neighboring E-UTRAN frequency, which is
broadcast in the system information.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 0
UtranRanShare
CellReselPriority
ADD UTRANRANSHARE
MOD UTRANRANSHARE
LST UTRANRANSHARE
LOFD-001036 /
TDLOFD-001036
LBFD-00201803 /
TDLBFD-00201803
TDLOFD-001112
LOFD-070206
RAN Sharing
with Common
Carrier
Cell Selection
and Reselection
MOCN Flexible
Priority Based
Camping
Hybrid RAN
Sharing
Meaning: Indicates the cell reselection
priority of the operator that shares the
neighboring UTRAN frequency. The value
0 indicates the lowest priority. If the
related SPID configuration is specified,
set this priority to the one specified in the
SPID configuration. If no related SPID
configuration is specified but this
parameter is set, the eNodeB delivers the
cell reselection priorities of all PLMNs
supported by a UE by using the IE
idleModeMobilityControlInfo in an RRC
Connection Release message to the UE.
If no related SPID configuration is
specified and this parameter is not set, a
UE uses the cell reselection priority of the
neighboring UTRAN frequency, which is
broadcast in the system information.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 0
GeranRanShare
CellReselPriority
ADD GERANRANSHARE
MOD GERANRANSHARE
LST GERANRANSHARE
LOFD-001036 /
TDLOFD-001036
LBFD-00201803 /
TDLBFD-00201803
TDLOFD-001112
LOFD-070206
RAN Sharing
with Common
Carrier
Cell Selection
and Reselection
MOCN Flexible
Priority Based
Camping
Hybrid RAN
Sharing
Meaning: Indicates the cell reselection
priority of the operator that shares the
neighboring GERAN carrier frequency
group. The value 0 indicates the lowest
priority. If the related SPID configuration is
specified, set this priority to the one
specified in the SPID configuration. If no
related SPID configuration is specified but
this parameter is set, the eNodeB delivers
the cell reselection priorities of all PLMNs
supported by a UE by using the IE
idleModeMobilityControlInfo in an RRC
Connection Release message to the UE.
If no related SPID configuration is
specified and this parameter is not set, a
UE uses the cell reselection priority of the
neighboring GERAN carrier frequency
group, which is broadcast in the system
information.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 0
EutranNFreqSCellOp
CellReselDediPri
ADD
EUTRANNFREQSCELLOP
MOD
EUTRANNFREQSCELLOP
LST
EUTRANNFREQSCELLOP
LOFD-001112 /
TDLOFD-001112
LBFD-00201803 /
TDLBFD-00201803
MOCN Flexible
Priority Based
Camping
Cell Selection
and Reselection
Meaning: Indicates the cell reselection
dedicated priority for an E-UTRAN
frequency based on the PLMN ID of the
local cell. The value 0 indicates the lowest
priority. If the related SPID configuration is
specified, the cell reselection priority
specified in the SPID configuration is
used. If no related SPID configuration is
specified but this parameter is set, the
eNodeB delivers the cell reselection
priorities of all PLMNs supported by a UE
by using the IE
idleModeMobilityControlInfo in an RRC
Connection Release message to the UE.
If no related SPID configuration is
specified and this parameter is not set, a
UE uses the cell reselection priority of the
neighboring E-UTRAN frequency, which is
broadcast in the system information.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 0
UtranNFreqSCellOp
CellReselDediPri
ADD
UTRANNFREQSCELLOP
MOD
UTRANNFREQSCELLOP
LST
UTRANNFREQSCELLOP
LOFD-001112 /
TDLOFD-001112
LBFD-00201803 /
TDLBFD-00201803
MOCN Flexible
Priority Based
Camping
Cell Selection
and Reselection
Meaning: Indicates the dedicated cell
reselection priority for a UTRAN
frequency based on the PLMN ID of the
local cell. The value 0 indicates the lowest
priority. If the related SPID configuration is
specified, set this priority to the one
specified in the SPID configuration. If no
related SPID configuration is specified but
this parameter is set, the eNodeB delivers
the cell reselection priorities of all PLMNs
supported by a UE by using the IE
idleModeMobilityControlInfo in an RRC
Connection Release message to the UE.
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Parameter ID
MML Command
Feature ID
Feature Name
Description
If no related SPID configuration is
specified and this parameter is not set, a
UE uses the cell reselection priority of the
neighboring UTRAN frequency, which is
broadcast in the system information.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 0
GeranNFGroupSCellOp CellReselDediPri
ADD
GERANNFGROUPSCELLOP
MOD
GERANNFGROUPSCELLOP
LST
GERANNFGROUPSCELLOP
LOFD-001112 /
TDLOFD-001112
LBFD-00201803 /
TDLBFD-00201803
MOCN Flexible
Priority Based
Camping
Cell Selection
and Reselection
Meaning: Indicates the cell reselection
dedicated priority for a GERAN frequency
based on the PLMN ID of the local cell.
The value 0 indicates the lowest priority. If
the related SPID configuration is
specified, set this priority to the one
specified in the SPID configuration. If no
related SPID configuration is specified but
this parameter is set, the eNodeB delivers
the cell reselection priorities of all PLMNs
supported by a UE by using the IE
idleModeMobilityControlInfo in an RRC
Connection Release message to the UE.
If no related SPID configuration is
specified and this parameter is not set, a
UE uses the cell reselection priority of the
neighboring GERAN carrier frequency
group, which is broadcast in the system
information.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 0
Cdma2000BcSCellOp
Cdma1XrttCellReselDediPri
ADD
CDMA2000BCSCELLOP
MOD
CDMA2000BCSCELLOP
LST
CDMA2000BCSCELLOP
LOFD-001035 /
TDLOFD-001035
TDLOFD-001018
TDLOFD-001112
CS Fallback to
CDMA2000
1xRTT
S1-flex
MOCN Flexible
Priority Based
Camping
Meaning: Indicates the dedicated cell
reselection priority for a CDMA2000
1xRTT band class based on the PLMN ID
of the local cell. The value 0 indicates the
lowest priority. If the related SPID
configuration is specified, set this priority
to the one specified in the SPID
configuration. If no related SPID
configuration is specified but this
parameter is set, the eNodeB delivers the
cell reselection priorities of all PLMNs
supported by a UE by using the IE
idleModeMobilityControlInfo in an RRC
Connection Release message to the UE.
If no related SPID configuration is
specified and this parameter is not set, a
UE uses the cell reselection priority of the
CDMA2000 band class, which is
broadcast in the system information.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 0
Cdma2000BcSCellOp
HrpdCellReselDediPri
ADD
CDMA2000BCSCELLOP
MOD
CDMA2000BCSCELLOP
LST
CDMA2000BCSCELLOP
LOFD-001021 /
TDLOFD-001021
TDLOFD-001112
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
MOCN Flexible
Priority Based
Camping
Meaning: Indicates the dedicated cell
reselection priority for a CDMA2000
HRPD band class based on the PLMN ID
of the local cell. The value 0 indicates the
lowest priority. If the related SPID
configuration is specified, set this priority
to the one specified in the SPID
configuration. If no related SPID
configuration is specified but this
parameter is set, the eNodeB delivers the
cell reselection priorities of all PLMNs
supported by a UE by using the IE
idleModeMobilityControlInfo in an RRC
Connection Release message to the UE.
If no related SPID configuration is
specified and this parameter is not set, a
UE uses the cell reselection priority of the
CDMA2000 band class, which is
broadcast in the system information.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 0
CellAlgoSwitch
ReselecPriAdaptSwitch
MOD CELLALGOSWITCH
LST CELLALGOSWITCH
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning: Indicates whether to enable or
disable adaptive dedicated cell reselection
priority. If this switch is turned on, the
eNodeB delivers the dedicated cell
reselection priority to a UE when the
following conditions are met: (1) The UE
requests to set up an RRC connection
with the cause value being mo-Signalling.
(2) The MME instructs the eNodeB to
release the S1 bearer. (3) The eNodeB
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Parameter ID
MML Command
Feature ID
Feature Name
Description
fails to obtain the UE capability. If this
switch is turned off, the eNodeB does not
deliver dedicated cell reselection priority
to a UE even if the eNodeB fails to obtain
the UE capability information.
GUI Value Range: OFF(Off), ON(On)
Unit: None
Actual Value Range: OFF, ON
Default Value: OFF(Off)
RrcConnStateTimer
T320ForLoadBalance
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
None
None
Meaning:
Indicates the length of timer T320 for load
balancing. T320 specifies the time period
during which the dedicated priorities (used
for cell reselection) retain valid. The time
period is contained in the
RRCConnectionRelease message that is
received by the UE. After T320 expires,
the dedicated priorities become invalid.
This timer is started when the UE receives
an RRCConnectionRelease message
containing the t320 IE.
This timer is stopped when the UE enters
the RRC_CONNECTED mode.
GUI Value Range: min5(5), min10(10),
min20(20), min30(30), min60(60), min120
(120), min180(180)
Unit: min
Actual Value Range: min5, min10, min20,
min30, min60, min120, min180
Default Value: min10(10)
RrcConnStateTimer
T320ForOther
MOD
RRCCONNSTATETIMER
LST
RRCCONNSTATETIMER
None
None
Meaning:
Indicates the length of timer T320 to be
contained in RRCConnectionRelease
messages sent for reasons other than
load balancing. T320 specifies the time
period during which the dedicated
priorities (used for cell reselection) are
valid. After T320 expires, the dedicated
priorities become invalid. This parameter
is invalid for UEs to be redirected based
on the subscriber profile ID (SPID).
This timer is started when the UE receives
an RRCConnectionRelease message
containing the t320 IE. It is stopped when
the UE enters the RRC_CONNECTED
mode.
GUI Value Range: min5(5), min10(10),
min20(20), min30(30), min60(60), min120
(120), min180(180)
Unit: min
Actual Value Range: min5, min10, min20,
min30, min60, min120, min180
Default Value: min120(120)
IntraFreqBlkCell
PhyCellId
ADD INTRAFREQBLKCELL
LST INTRAFREQBLKCELL
MOD INTRAFREQBLKCELL
RMV INTRAFREQBLKCELL
LBFD-002009 /
TDLBFD-002009
LBFD-00201801 /
TDLBFD-00201801
Broadcast of
system
information
Coverage
Based Intrafrequency
Handover
Meaning: Indicates the starting physical
cell ID of the intra-frequency blacklisted
cell. For details, see 3GPP TS 36.331.
GUI Value Range: 0~503
Unit: None
Actual Value Range: 0~503
Default Value: None
IntraFreqBlkCell
PhyCellIdRange
ADD INTRAFREQBLKCELL
MOD INTRAFREQBLKCELL
LST INTRAFREQBLKCELL
LBFD-002009 /
TDLBFD-002009
LBFD-00201801 /
TDLBFD-00201801
Broadcast of
system
information
Coverage
Based Intrafrequency
Handover
Meaning: Indicates the physical cell ID
range of the intra-frequency blacklisted
cell. For details, see 3GPP TS 36.331.
GUI Value Range: n1(n1), n4(n4), n8(n8),
n12(n12), n16(n16), n24(n24), n32(n32),
n48(n48), n64(n64), n84(n84), n96(n96),
n128(n128), n168(n168), n252(n252),
n504(n504)
Unit: None
Actual Value Range: n1, n4, n8, n12, n16,
n24, n32, n48, n64, n84, n96, n128, n168,
n252, n504
Default Value: n1(n1)
InterFreqBlkCell
DlEarfcn
ADD INTERFREQBLKCELL
LST INTERFREQBLKCELL
MOD INTERFREQBLKCELL
RMV INTERFREQBLKCELL
LBFD-00201803 /
TDLBFD-00201803
LBFD-00201802 /
TDLBFD-00201802
Cell Selection
and
Reselection
Coverage
Based Interfrequency
Handover
Meaning: Indicates the DL EARFCN of
the inter-frequency blacklisted cell. For
details, see 3GPP TS 36.104.
GUI Value Range:
0~46589,54436~65535,66436~67335
Unit: None
Actual Value Range:
0~46589,54436~65535,66436~67335
Default Value: None
InterFreqBlkCell
PhyCellId
ADD INTERFREQBLKCELL
LST INTERFREQBLKCELL
LBFD-00201802 /
Coverage
TDLBFD-00201802 Based Inter-
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Parameter ID
MML Command
Feature ID
Feature Name
MOD INTERFREQBLKCELL
RMV INTERFREQBLKCELL
LBFD-00201804 /
TDLBFD-00201804
LBFD-00201805 /
TDLBFD-00201805
frequency
Handover
Distance Based
Inter-frequency
Handover
Service Based
Inter-frequency
Handover
Meaning: Indicates the starting physical
cell ID of the inter-frequency blacklisted
cell. For details, see 3GPP TS 36.331.
GUI Value Range: 0~503
Unit: None
Actual Value Range: 0~503
Default Value: None
Description
InterFreqBlkCell
PhyCellIdRange
ADD INTERFREQBLKCELL
MOD INTERFREQBLKCELL
LST INTERFREQBLKCELL
LBFD-00201802 /
TDLBFD-00201802
LBFD-00201804 /
TDLBFD-00201804
LBFD-00201805 /
TDLBFD-00201805
Coverage
Based Interfrequency
Handover
Distance Based
Inter-frequency
Handover
Service Based
Inter-frequency
Handover
Meaning: Indicates the physical cell ID
range of the inter-frequency blacklisted
cell. For details, see 3GPP TS 36.331.
GUI Value Range: n1(n1), n4(n4), n8(n8),
n12(n12), n16(n16), n24(n24), n32(n32),
n48(n48), n64(n64), n84(n84), n96(n96),
n128(n128), n168(n168), n252(n252),
n504(n504)
Unit: None
Actual Value Range: n1, n4, n8, n12, n16,
n24, n32, n48, n64, n84, n96, n128, n168,
n252, n504
Default Value: n1(n1)
CellResel
SIntraSearchCfgInd
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates whether to set the
measurement triggering threshold for
reselection to intra-frequency cells.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: CFG(Configure)
CellResel
QQualMinCfgInd
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates whether to set cell
reselection parameters in compliance with
3GPP Release 9 in SIB3.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: CFG(Configure)
CellResel
SIntraSearch
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning:
Indicates the measurement triggering
threshold for reselection to intra-frequency
cells.
The UEs start intra-frequency
measurements only if the value of Cell
selection RX level value (dB) is lower than
or equal to the value of this parameter.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
Default Value: 29
CellResel
SIntraSearchQ
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the RSRQ threshold
for starting intra-frequency
measurements. It determines the
probability of triggering cell reselection to
an intra-frequency neighboring cell. For
details, see 3GPP TS 36.304.
GUI Value Range: 0~31
Unit: dB
Actual Value Range: 0~31
Default Value: 5
CellResel
SNonIntraSearchCfgInd
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates whether to configure
the measurement triggering threshold for
cell reselection to inter-frequency or interRAT cells. If this parameter is set to
NOT_CFG and the QQualMinCfgInd
parameter is set to NOT_CFG, the UE
continuously measures intra-frequency
and inter-RAT cells, regardless of the
signal quality of the serving cell.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: CFG(Configure)
CellResel
SNonIntraSearch
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the measurement
triggering threshold for reselection to
inter-frequency or inter-RAT cells. If the
cell reselection priority of a frequency or
RAT is higher than that of the serving
frequency, the UEs always start interfrequency or inter-RAT measurements. If
the cell reselection priority of a frequency
is lower than or equal to that of the
serving frequency or if the cell reselection
priority of an RAT is lower than that of the
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Parameter ID
MML Command
Feature ID
Feature Name
Description
serving frequency, the UEs start interfrequency or inter-RAT measurements
only when the value of Cell selection RX
level value (dB) is lower than or equal to
the value of this parameter.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
Default Value: 9
CellResel
SNonIntraSearchQ
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the RSRQ threshold
for starting inter-frequency or inter-RAT
measurements. It determines the
probability of triggering cell reselection to
an inter-frequency or inter-RAT
neighboring cell. For details, see 3GPP
TS 36.304.
GUI Value Range: 0~31
Unit: dB
Actual Value Range: 0~31
Default Value: 4
CellResel
QRxLevMin
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the minimum required
RX level used in intra-frequency
E-UTRAN cell reselection, which
corresponds to the IE q-RxLevMin in
SIB3. This value is included in the cell
reselection criteria and used in the
evaluation of cell reselection. For details,
see 3GPP TS 36.304.
GUI Value Range: -70~-22
Unit: 2dBm
Actual Value Range: -140~-44
Default Value: -64
CellResel
PMax
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the maximum power
that the UE can apply to transmission in
the intra-frequency neighboring cell. It is
used in cell reselection criteria to calculate
the compensated power. If the value of
this parameter is not specified, the
maximum power is subject to the UE
capability. For details, see 3GPP TS
36.304.
GUI Value Range: -30~33
Unit: dBm
Actual Value Range: -30~33
Default Value: 23
CellResel
QQualMin
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the minimum required
RX signal quality used in intra-frequency
E-UTRAN cell reselection, which
corresponds to the IE q-QualMin in SIB3.
This value is included in criteria R and
used in the evaluation of cell reselection.
For details, see 3GPP TS 36.304.
GUI Value Range: -34~-3
Unit: dB
Actual Value Range: -34~-3
Default Value: -18
EutranInterNFreq
QRxLevMin
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the RX level required
for a neighboring cell on the frequency to
become a suitable cell for selection. It is
included in criteria S and used in the
evaluation for cell selection. During the
evaluation for cell reselection, the UE
performs the following calculation: Srxlev
= Measured RSRP value of a neighboring
cell on the frequency - Value of this
parameter - Compensated power. If
Srxlev for a cell is better than a threshold
for a time-to-trigger, reselection to the cell
is started. For details, see 3GPP TS
36.304.
GUI Value Range: -70~-22
Unit: 2dBm
Actual Value Range: -140~-44
Default Value: -64
EutranInterNFreq
Pmax
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the maximum power
that the UE can apply to transmission on
the neighboring E-UTRAN frequency. It is
used in cell reselection criteria to calculate
the compensated power. If the value of
this parameter is not specified, the
maximum power is subject to the UE
capability. For details, see 3GPP TS
36.304.
GUI Value Range: -30~33
Unit: dBm
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Actual Value Range: -30~33
Default Value: 23
EutranInterNFreq
QqualMin
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning: Indicates the minimum required
received signal quality, which corresponds
to the q-QualMin IE in system information
block type 1 (SIB1) and is used to
calculate the Squal value for the serving
cell involved in cell selection and
reselection. If this parameter is set to 0,
SIB1 does not contain the q-QualMin IE. If
this parameter is set to a value other than
0, SIB1 contains the q-QualMin IE with
the same value as the parameter value.
For details about this parameter, see
3GPP TS 36.304.
GUI Value Range: -34~-3
Unit: dB
Actual Value Range: -34~-3
Default Value: -18
CellResel
Qhyst
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Meaning: Indicates the hysteresis for cell
reselection when RSRP values are used
in the evaluation. This parameter must be
set based on the slow fading
characteristic of the area covered by the
cell. The greater the slow fading variance
is, the larger the value of this parameter
must be set to. A larger value of the
hysteresis results in a larger boundary of
the serving cell and a lower probability of
cell reselection to neighboring cells.
GUI Value Range: DB0_Q_HYST(0dB),
DB1_Q_HYST(1dB), DB2_Q_HYST(2dB),
DB3_Q_HYST(3dB), DB4_Q_HYST(4dB),
DB5_Q_HYST(5dB), DB6_Q_HYST(6dB),
DB8_Q_HYST(8dB), DB10_Q_HYST
(10dB), DB12_Q_HYST(12dB),
DB14_Q_HYST(14dB), DB16_Q_HYST
(16dB), DB18_Q_HYST(18dB),
DB20_Q_HYST(20dB), DB22_Q_HYST
(22dB), DB24_Q_HYST(24dB)
Unit: dB
Actual Value Range: 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,
DB12_Q_HYST, DB14_Q_HYST,
DB16_Q_HYST, DB18_Q_HYST,
DB20_Q_HYST, DB22_Q_HYST,
DB24_Q_HYST
Default Value: DB4_Q_HYST(4dB)
EutranIntraFreqNCell
CellQoffset
ADD
EUTRANINTRAFREQNCELL
MOD
EUTRANINTRAFREQNCELL
LST
EUTRANINTRAFREQNCELL
LBFD-00201801 /
Coverage
TDLBFD-00201801 Based Intrafrequency
Handover
Meaning: Indicates the offset for the intrafrequency neighboring cell, which is used
in evaluation for cell reselections. A larger
value of this parameter results in a lower
probability of cell reselections. If this
parameter is not set to dB0, it is delivered
in SIB4. For details, see 3GPP TS 36.331.
If this parameter is set to dB0, it is not
delivered in SIB4. In this situation, UEs
use 0 dB as the offset for cell
reselections. For details, see 3GPP TS
36.304.
GUI Value Range: dB-24(-24dB), dB-22
(-22dB), dB-20(-20dB), dB-18(-18dB), dB16(-16dB), dB-14(-14dB), dB-12(-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), dB5
(5dB), dB6(6dB), dB8(8dB), dB10(10dB),
dB12(12dB), dB14(14dB), dB16(16dB),
dB18(18dB), dB20(20dB), dB22(22dB),
dB24(24dB)
Unit: dB
Actual Value Range: dB-24, dB-22, dB20, dB-18, dB-16, dB-14, dB-12, dB-10,
dB-8, dB-6, dB-5, dB-4, dB-3, dB-2, dB-1,
dB0, dB1, dB2, dB3, dB4, dB5, dB6, dB8,
dB10, dB12, dB14, dB16, dB18, dB20,
dB22, dB24
Default Value: dB0(0dB)
EutranInterFreqNCell
CellQoffset
ADD
EUTRANINTERFREQNCELL
MOD
EUTRANINTERFREQNCELL
LST
EUTRANINTERFREQNCELL
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning: Indicates the offset for the interfrequency neighboring cell, which is used
in evaluation for cell reselections. A larger
value of this parameter results in a lower
probability of cell reselections. If this
parameter is not set to dB0, it is delivered
in SIB5. For details, see 3GPP TS 36.331.
Cell Selection
and Reselection
Broadcast of
system
information
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Parameter ID
MML Command
Feature ID
Feature Name
Description
If this parameter is set to dB0, it is not
delivered in SIB5. In this situation, UEs
use 0 dB as the offset for cell
reselections. For details, see 3GPP TS
36.304.
GUI Value Range: dB-24(-24dB), dB-22
(-22dB), dB-20(-20dB), dB-18(-18dB), dB16(-16dB), dB-14(-14dB), dB-12(-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), dB5
(5dB), dB6(6dB), dB8(8dB), dB10(10dB),
dB12(12dB), dB14(14dB), dB16(16dB),
dB18(18dB), dB20(20dB), dB22(22dB),
dB24(24dB)
Unit: dB
Actual Value Range: dB-24, dB-22, dB20, dB-18, dB-16, dB-14, dB-12, dB-10,
dB-8, dB-6, dB-5, dB-4, dB-3, dB-2, dB-1,
dB0, dB1, dB2, dB3, dB4, dB5, dB6, dB8,
dB10, dB12, dB14, dB16, dB18, dB20,
dB22, dB24
Default Value: dB0(0dB)
EutranInterNFreq
QoffsetFreq
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning: Indicates the frequency-specific
offset for the neighboring E-UTRAN
frequency that applies to UEs in idle
mode. It is contained in system
information block type 5 (SIB5) and
delivered to UEs in idle mode for cell
reselection. For details, see 3GPP TS
36.331.
GUI Value Range: dB-24(-24dB), dB-22
(-22dB), dB-20(-20dB), dB-18(-18dB), dB16(-16dB), dB-14(-14dB), dB-12(-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), dB5
(5dB), dB6(6dB), dB8(8dB), dB10(10dB),
dB12(12dB), dB14(14dB), dB16(16dB),
dB18(18dB), dB20(20dB), dB22(22dB),
dB24(24dB)
Unit: dB
Actual Value Range: dB-24, dB-22, dB20, dB-18, dB-16, dB-14, dB-12, dB-10,
dB-8, dB-6, dB-5, dB-4, dB-3, dB-2, dB-1,
dB0, dB1, dB2, dB3, dB4, dB5, dB6, dB8,
dB10, dB12, dB14, dB16, dB18, dB20,
dB22, dB24
Default Value: dB0(0dB)
EutranIntraFreqNCell
CellMeasPriority
ADD
EUTRANINTRAFREQNCELL
MOD
EUTRANINTRAFREQNCELL
LST
EUTRANINTRAFREQNCELL
LBFD-00201801 /
TDLBFD-00201801
LBFD-00201804 /
TDLBFD-00201804
LBFD-00201805 /
TDLBFD-00201805
Coverage
Based Intrafrequency
Handover
Distance Based
Inter-frequency
Handover
Service Based
Inter-frequency
Handover
Meaning: Indicates the priority of
measurement on the intra-frequency
neighboring cell. The eNodeB
preferentially contains the information
about a neighboring cell with this priority
set to HIGH_PRIORITY while delivering a
measurement configuration.
GUI Value Range: LOW_PRIORITY(Low
Priority), HIGH_PRIORITY(High Priority)
Unit: None
Actual Value Range: LOW_PRIORITY,
HIGH_PRIORITY
Default Value: LOW_PRIORITY(Low
Priority)
EutranInterFreqNCell
CellMeasPriority
ADD
EUTRANINTERFREQNCELL
MOD
EUTRANINTERFREQNCELL
LST
EUTRANINTERFREQNCELL
LBFD-00201802 /
TDLBFD-00201802
LBFD-00201804 /
TDLBFD-00201804
LBFD-00201805 /
TDLBFD-00201805
TDLOFD-001050
Coverage
Based Interfrequency
Handover
Distance Based
Inter-frequency
Handover
Service Based
Inter-frequency
Handover
Mobility
between LTE
TDD and LTE
FDD
Meaning: Indicates the priority of
measurement on the inter-frequency
neighboring cell. The eNodeB
preferentially contains the information
about a neighboring cell with this priority
set to HIGH_PRIORITY while delivering a
measurement configuration.
GUI Value Range: LOW_PRIORITY(Low
Priority), HIGH_PRIORITY(High Priority)
Unit: None
Actual Value Range: LOW_PRIORITY,
HIGH_PRIORITY
Default Value: LOW_PRIORITY(Low
Priority)
CellResel
TReselEutran
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the evaluation period
for a UE to determine whether to perform
cell reselections to a new E-UTRAN cell.
If the signal quality of a new E-UTRAN
cell is better than that of the serving cell
within the period specified by this
parameter and a UE camps on the
serving cell for more than 1s, the UE
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Parameter ID
MML Command
Feature ID
Feature Name
Description
initiates cell reselections to the new
E-UTRAN cell.
GUI Value Range: 0~7
Unit: s
Actual Value Range: 0~7
Default Value: 1
EutranInterNFreq
EutranReselTime
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning: Indicates the evaluation
duration for a UE to determine whether to
reselect the inter-frequency neighboring
cell to camp on. If the signal quality in an
inter-frequency neighboring cell is better
than that in the serving cell for the period
specified by this parameter and a UE
camps on the serving cell for more than
1s, the UE attempts to reselect the interfrequency neighboring cell to camp on.
This parameter is contained in SIB5. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~7
Unit: s
Actual Value Range: 0~7
Default Value: 1
UtranNFreq
QRxLevMin
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection /
Cell Selection
and Reselection
Meaning: Indicates the RX level required
for a neighboring cell on the UTRAN
frequency to become a candidate for
selection. It is included in criteria S and
used in the evaluation for cell selection.
During the evaluation for cell reselection,
the UE performs the following calculation:
Srxlev = Measured RSRP value of a
neighboring cell on the frequency - Value
of this parameter - Compensated power. If
Srxlev for a neighboring cell is better than
a threshold for a time-to-trigger,
reselection to the cell is started. For
details, see 3GPP TS 25.304.
GUI Value Range: -60~-13
Unit: 2dBm
Actual Value Range: -119~-25
Default Value: -58
UtranNFreq
Qqualmin
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection /
Cell Selection
and Reselection
Meaning: Indicates the minimum quality
level required for a cell on the UTRAN
frequency to become a candidate for
reselection. This parameter is applied only
to reselection to UTRAN FDD cells. A
neighboring cell on the UTRAN frequency
can become a candidate for reselection
only when the signal quality of the cell is
better than the value of this parameter.
GUI Value Range: -24~0
Unit: dB
Actual Value Range: -24~0
Default Value: -22
UtranNFreq
PmaxUtran
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the maximum power
that the UE can apply to transmission on
the UTRAN frequency. It is used in criteria
S to calculate the compensated power.
For details, see 3GPP TS 25.104.
GUI Value Range: -50~33
Unit: dBm
Actual Value Range: -50~33
Default Value: 24
GeranNfreqGroup
QRxLevMin
ADD GERANNFREQGROUP
MOD
GERANNFREQGROUP
LST GERANNFREQGROUP
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the minimum GERAN
signal level required for cell reselection
based on criteria S. Assume that: Srxlev =
Measured RSSI of a neighboring cell on a
frequency in the GERAN carrier frequency
group - Actual value of this parameter Compensated power. If Srxlev is
consistently greater than a specific
threshold for cell reselection, the UE
reselects this neighboring cell. For details,
see 3GPP TS 36.104. Note: Actual value
of this parameter = -115 + 2 x GUI value
of this parameter
GUI Value Range: 0~45
Unit: 2dBm
Actual Value Range: -115~-25
Default Value: 0
GeranNfreqGroup
PmaxGeran
ADD GERANNFREQGROUP
MOD
GERANNFREQGROUP
LST GERANNFREQGROUP
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the maximum power
that the UE can apply to transmission on
a frequency in the GERAN carrier
frequency group. It is used in cell
reselection criteria to calculate the
compensated power. If the value of this
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Parameter ID
MML Command
Feature ID
Feature Name
Description
parameter is not specified, the maximum
power is subject to the UE capability. For
details, see 3GPP TS 36.304.
GUI Value Range: 0~39
Unit: dBm
Actual Value Range: 0~39
Default Value: 0
CellResel
ThrshServLowQ
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the RSRQ threshold
for cell reselection to cells on lowerpriority frequencies. It determines the
probability of triggering cell reselection to
inter-frequency or inter-RAT neighboring
cells on lower-priority frequencies. For
details, see 3GPP TS 36.304.
GUI Value Range: 0~31
Unit: dB
Actual Value Range: 0~31
Default Value: 0
EutranInterNFreq
ThreshXhighQ
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection /
Cell Selection
and Reselection
Meaning:
Indicates the RSRQ-based minimum RX
level required for a neighboring cell on the
frequency to become a candidate for
reselection if the RSRQ-based priority of
the frequency is higher than that of the
serving frequency.
After measurements are started for
neighboring cells on the neighboring
E-UTRAN frequency, the UE reselects to
a neighboring cell on the frequency only if
the RSRQ-based RX level of the cell is
higher than the value specified by this
parameter for a time-to-trigger. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~31
Unit: dB
Actual Value Range: 0~31
Default Value: 0
UtranNFreq
ThreshXHighQ
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection /
Cell Selection
and Reselection
Meaning:
Indicates the RSRQ-based minimum RX
level required for a neighboring cell on the
frequency to become a candidate for
reselection if the RSRQ-based priority of
the frequency is higher than that of the
serving frequency.
After measurements are started for
neighboring cells on the UTRAN
frequency, the UE reselects to a
neighboring cell on the frequency only if
the RSRQ-based RX level of the cell is
higher than the value specified by this
parameter for a time-to-trigger. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~31
Unit: dB
Actual Value Range: 0~31
Default Value: 0
CellReselUtran
TReselUtran
ADD CELLRESELUTRAN
MOD CELLRESELUTRAN
LST CELLRESELUTRAN
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the evaluation period
for a UE to determine whether to reselect
a neighboring UTRAN cell to camp on.
During the evaluation period, if the signal
quality in a neighboring UTRAN cell is
better than that in the serving cell and a
UE camps on the serving cell for more
than 1s, the UE attempts to reselect the
neighboring UTRAN cell to camp on.
GUI Value Range: 0~7
Unit: s
Actual Value Range: 0~7
Default Value: 1
UtranNFreq
ThreshXHigh
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the minimum RX level
required for a neighboring cell on the
UTRAN frequency to become a candidate
for reselection if the priority of the
frequency is higher than that of the
serving frequency. After measurements
are started for neighboring cells on the
UTRAN frequency, the UE reselects to a
neighboring cell on the frequency only if
the RX level of the cell is higher than the
value specified by this parameter for a
time-to-trigger. For details, see 3GPP TS
36.331.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Default Value: 6
GeranNfreqGroup
ThreshXHigh
ADD GERANNFREQGROUP
MOD
GERANNFREQGROUP
LST GERANNFREQGROUP
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning:
Indicates the RX level required for a
neighboring cell on a frequency in the
GERAN carrier frequency group to
become a candidate for reselection if the
priority of the frequency is higher than that
of the serving frequency.
After measurements are started for
neighboring cells on a frequency in the
GERAN carrier frequency group, the UE
reselects to a cell on the frequency only if
the RX level of the cell is better than the
value specified by this parameter for a
time-to-trigger. For details, see 3GPP TS
36.104.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
Default Value: 7
CellReselGeran
TReselGeran
ADD CELLRESELGERAN
MOD CELLRESELGERAN
LST CELLRESELGERAN
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the evaluation period
for a UE to determine whether to reselect
a neighboring GERAN cell to camp on.
During the evaluation period, if the signal
quality in a neighboring GERAN cell is
better than that in the serving cell and a
UE camps on the serving cell for more
than 1s, the UE attempts to reselect the
neighboring GERAN cell to camp on.
GUI Value Range: 0~7
Unit: s
Actual Value Range: 0~7
Default Value: 1
Cdma2000BandClass
Cdma20001XrttThreshXHigh
ADD
CDMA2000BANDCLASS
MOD
CDMA2000BANDCLASS
LST
CDMA2000BANDCLASS
LBFD-00201803 /
TDLBFD-00201803
LOFD-001035 /
TDLOFD-001035
TDLOFD-001090
Cell Selection
and Reselection
CS Fallback to
CDMA2000
1xRTT
Enhanced CS
Fallback to
CDMA2000
1xRTT
Meaning: Indicates the RX signal level
required for a cell on a frequency in the
higher-priority CDMA2000 1xRTT band
class to become a candidate for cell
reselection. After measurements are
started for cells on a frequency in the
band class, a cell on the frequency can
become a candidate for reselection only if
the RX signal level of the cell is higher
than the value specified by this parameter
for a time-to-trigger. For details, see
3GPP TS 36.304 5.2.4.5.
GUI Value Range: -63~0
Unit: 0.5dB
Actual Value Range: -31.5~0
Default Value: -34
Cdma2000BandClass
Cdma2000HrpdThreshXHigh
ADD
CDMA2000BANDCLASS
MOD
CDMA2000BANDCLASS
LST
CDMA2000BANDCLASS
LBFD-00201803 /
TDLBFD-00201803
LOFD-001021 /
TDLOFD-001021
Cell Selection
and Reselection
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
Meaning: Indicates the RX signal level
required for a cell on a frequency in the
higher-priority CDMA2000 HRPD band
class to become a candidate for cell
reselection. After measurements are
started for cells on a frequency in the
band class, a cell on the frequency can
become a candidate for reselection only if
the RX signal level of the cell is higher
than the value specified by this parameter
for a time-to-trigger. For details, see
3GPP TS 36.304 5.2.4.5.
GUI Value Range: -63~0
Unit: 0.5dB
Actual Value Range: -31.5~0
Default Value: -26
CellReselCdma2000
Cdma1XrttTreselection
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
LOFD-001035 /
TDLOFD-001035
LBFD-002009 /
TDLBFD-002009
TDLOFD-001090
Cell Selection
and Reselection
CS Fallback to
CDMA2000
1xRTT
Broadcast of
system
information
Enhanced CS
Fallback to
CDMA2000
1xRTT
Meaning: Indicates the evaluation period
for a UE to determine whether to reselect
a neighboring CDMA2000 1xRTT cell to
camp on. During the evaluation period, if
the signal quality in a neighboring
CDMA2000 1xRTT cell is better than that
in the serving cell and a UE camps on the
serving cell for more than 1s, the UE
attempts to reselect the neighboring
CDMA2000 1xRTT cell to camp on. For
details about this parameter, see 3GPP
TS 36.331.
GUI Value Range: 0~7
Unit: None
Actual Value Range: 0~7
Default Value: 1
CellReselCdma2000
TreselectionHrpd
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
LOFD-001021 /
TDLOFD-001021
Meaning: Indicates the evaluation period
for a UE to determine whether to reselect
a neighboring CDMA2000 HRPD cell to
camp on. During the evaluation period, if
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Parameter ID
MML Command
Feature ID
LBFD-002009 /
TDLBFD-002009
Feature Name
Description
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
Broadcast of
system
information
the signal quality in a neighboring
CDMA2000 HRPD cell is better than that
in the serving cell and a UE camps on the
serving cell for more than 1s, the UE
attempts to reselect the neighboring
CDMA2000 HRPD cell to camp on. For
details about this parameter, see 3GPP
TS 36.331.
GUI Value Range: 0~7
Unit: s
Actual Value Range: 0~7
Default Value: 1
EutranInterNFreq
ThreshXhigh
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the RX level required
for a neighboring cell on the frequency to
become a candidate for reselection if the
priority of the frequency is higher than that
of the serving frequency. After
measurements are started for neighboring
cells on the frequency, the UE reselects to
a neighboring cell on the frequency only if
the RX level of the cell is better than the
value specified by this parameter for a
time-to-trigger. For details, see 3GPP TS
36.331.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
Default Value: 11
EutranInterNFreq
ThreshXlowQ
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection /
Cell Selection
and Reselection
Meaning:
Indicates the RSRQ-based minimum RX
level required for a neighboring cell on the
frequency to become a candidate for
reselection if the RSRQ-based priority of
the frequency is lower than that of the
serving frequency.
After measurements are started for
neighboring cells on a frequency in the
GERAN carrier frequency group, the UE
reselects to a neighboring cell on the
frequency only if the RSRQ-based RX
level of the serving cell is lower than a
specified threshold and that of the cell is
higher than the value specified by this
parameter for a time-to-trigger. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~31
Unit: dB
Actual Value Range: 0~31
Default Value: 0
UtranNFreq
ThreshXLowQ
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection /
Cell Selection
and Reselection
Meaning:
Indicates the RSRQ-based minimum RX
level required for a neighboring cell on the
frequency to become a candidate for
reselection if the RSRQ-based priority of
the frequency is lower than that of the
serving frequency.
After measurements are started for
neighboring cells on the frequency, the
UE reselects to a cell on the frequency
only if the RSRQ-based RX level of the
serving cell is lower than a specified
threshold and that of the cell is higher
than the value specified by this parameter
for a time-to-trigger. For details, see
3GPP TS 36.331.
GUI Value Range: 0~31
Unit: dB
Actual Value Range: 0~31
Default Value: 0
UtranNFreq
ThreshXLow
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning: Indicates the minimum RX level
required for a neighboring cell on the
UTRAN frequency to become a candidate
for reselection if the priority of the
frequency is lower than that of the serving
frequency. After measurements are
started for neighboring cells on the
UTRAN frequency, the UE reselects to a
neighboring cell on the frequency only if
the RX level of the serving cell is lower
than a specified threshold and that of the
cell is higher than the value specified by
this parameter for a time-to-trigger. For
details, see 3GPP TS 36.331.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
Default Value: 6
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Parameter ID
MML Command
Feature ID
Feature Name
Description
GeranNfreqGroup
ThreshXLow
ADD GERANNFREQGROUP
MOD
GERANNFREQGROUP
LST GERANNFREQGROUP
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning:
Indicates the minimum RX level required
for a neighboring cell on the GERAN
frequency to become a candidate for
reselection if the priority of this target
frequency is lower than that of the serving
frequency.
After measurements are started for
neighboring cells on the target frequency,
the UE reselects a neighboring cell on this
frequency only when the RX level of the
serving cell is lower than a specified
threshold and that of the neighboring cell
is higher than the value specified by this
parameter for a time-to-trigger. For
details, see 3GPP TS 36.104.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
Default Value: 7
Cdma2000BandClass
Cdma20001XrttThreshXLow
ADD
CDMA2000BANDCLASS
MOD
CDMA2000BANDCLASS
LST
CDMA2000BANDCLASS
LBFD-00201803 /
TDLBFD-00201803
LOFD-001035 /
TDLOFD-001035
TDLOFD-001090
Cell Selection
and Reselection
CS Fallback to
CDMA2000
1xRTT
Enhanced CS
Fallback to
CDMA2000
1xRTT
Meaning:
Indicates the RX signal level required for
a cell on a frequency in the lower-priority
CDMA2000 1xRTT band class to become
a candidate for cell reselection.
After measurements are started for cells
on a frequency in the band class, a cell on
the frequency can become a candidate for
reselection only if the RX signal level of
the cell is better than the value specified
by this parameter for a time-to-trigger. For
details, see 3GPP TS 36.304 5.2.4.5.
GUI Value Range: -63~0
Unit: 0.5dB
Actual Value Range: -31.5~0
Default Value: -34
Cdma2000BandClass
Cdma2000HrpdThreshXLow
ADD
CDMA2000BANDCLASS
MOD
CDMA2000BANDCLASS
LST
CDMA2000BANDCLASS
LBFD-00201803 /
TDLBFD-00201803
LOFD-001021 /
TDLOFD-001021
Cell Selection
and Reselection
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
Meaning:
Indicates the RX signal level required for
a cell on a frequency in the lower-priority
CDMA2000 HRPD band class to become
a candidate for cell reselection.
After measurements are started for cells
on a frequency in the band class, a cell on
the frequency can become a candidate for
reselection only if the RX signal level of
the cell is lower than the value specified
by this parameter for a time-to-trigger. For
details, see 3GPP TS 36.304 5.2.4.5.
GUI Value Range: -63~0
Unit: 0.5dB
Actual Value Range: -31.5~0
Default Value: -26
CellResel
ThrshServLow
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the threshold used in
the evaluation of reselection to a cell on a
lower priority E-UTRAN frequency or on
an inter-RAT frequency. Cell reselection
to a cell on a lower priority E-UTRAN
frequency or on an inter-RAT frequency is
performed if no cell on the serving
frequency or on a higher priority
E-UTRAN frequency fulfills criteria 1 for
inter-frequency and inter-RAT
reselections. For details, see 3GPP TS
36.304.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
Default Value: 7
EutranInterNFreq
ThreshXlow
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection
Meaning:
Indicates the minimum RX level required
for a neighboring cell on the frequency to
become a candidate for reselection if the
priority of the frequency is lower than that
of the serving frequency.
After measurements are started for
neighboring cells on the frequency, the
UE reselects to a neighboring cell on the
frequency only if the RX level of the
serving cell is lower than a Serving
frequency lower priority threshold and that
of the cell is higher than the value
specified by this parameter for a time-totrigger. For details, see 3GPP TS 36.331.
GUI Value Range: 0~31
Unit: 2dB
Actual Value Range: 0~62
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Default Value: 11
CellResel
SpeedDepReselCfgInd
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates whether to set the
parameters related to speed-dependent
cell reselection.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellResel
SpeedStateSfCfgInd
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates whether to set the
scaling parameters for speed-dependent
cell reselection within E-UTRAN.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: CFG(Configure)
EutranInterNFreq
SpeedDependSPCfgInd
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning:
Indicates whether to set the speeddependent scaling parameters related to
cell reselection.
If this parameter is set to NOT_CFG,
speed-dependent cell reselections are not
supported by default.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellReselUtran
SpeedStateSfCfgInd
ADD CELLRESELUTRAN
MOD CELLRESELUTRAN
LST CELLRESELUTRAN
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates whether to set the
speed-dependent scaling parameters
related to cell reselection to UTRAN.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellReselGeran
SpeedStateSfCfgInd
ADD CELLRESELGERAN
MOD CELLRESELGERAN
LST CELLRESELGERAN
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates whether to set the
speed-dependent scaling parameters
related to cell reselection to GERAN.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellReselCdma2000
SpeedStateSfCfgInd
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
LOFD-001021 /
TDLOFD-001021
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
Broadcast of
system
information
Meaning: Indicates whether to set the
speed-dependent scaling parameters
related to cell reselection to CDMA2000
HRPD. For details, see 3GPP TS 36.331.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellReselCdma2000
Cdma1XrttSpeedStateCfgInd
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
LOFD-001035 /
TDLOFD-001035
LBFD-002009 /
TDLBFD-002009
TDLOFD-001090
Cell Selection
and Reselection
CS Fallback to
CDMA2000
1xRTT
Broadcast of
system
information
Enhanced CS
Fallback to
CDMA2000
1xRTT
Meaning: Indicates whether speeddependent scaling parameters need to be
set for cell reselection to CDMA2000
1xRTT.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellResel
NCellChangeMedium
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the threshold of the
number of cell reselections, which is used
for a UE to enter the medium mobility
state. This parameter is one of the key
parameters in determining the mobility
state of the UE. During the UE mobility
evaluation, if the number of cell
reselections is greater than this parameter
value and is less than or equal to the
NCellChangeHigh parameter value, the
UE enters the medium mobility state.
GUI Value Range: 1~16
Unit: None
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Actual Value Range: 1~16
Default Value: 4
CellResel
NCellChangeHigh
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the threshold of the
number of cell reselections, which is used
for a UE to enter the high mobility state.
This parameter is one of the key
parameters in determining the mobility
state of the UE. During the UE mobility
evaluation, if the number of cell
reselections is greater than this parameter
value, the UE enters the high mobility
state.
GUI Value Range: 1~16
Unit: None
Actual Value Range: 1~16
Default Value: 8
CellResel
TEvaluation
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the duration in which
the mobility status of the UE is evaluated.
This parameter is one of the key
parameters in deciding on the UE
mobility. A smaller value of this parameter
may lead to more frequent switching
among mobility status and lower decision
accuracy. A larger value of this parameter
leads to the opposite effect.
GUI Value Range:
S30_T_EVALULATION(30s),
S60_T_EVALULATION(60s),
S120_T_EVALULATION(120s),
S180_T_EVALULATION(180s),
S240_T_EVALULATION(240s)
Unit: s
Actual Value Range:
S30_T_EVALULATION,
S60_T_EVALULATION,
S120_T_EVALULATION,
S180_T_EVALULATION,
S240_T_EVALULATION
Default Value: S60_T_EVALULATION
(60s)
CellResel
THystNormal
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the extra duration
required in the evaluation before the UE
can enter the normal-mobility state. This
parameter can prevent UEs from
frequently switching from the high- or
medium-mobility state to the normalmobility state, and is one of the key
parameters in deciding on the UE
mobility. A larger value of this parameter
leads to a lower probability of transition
from the high- or medium-mobility state to
the normal-mobility state but higher
decision accuracy. A smaller value of this
parameter leads to the opposite effect.
GUI Value Range:
S30_T_HYST_NORMAL(30s),
S60_T_HYST_NORMAL(60s),
S120_T_HYST_NORMAL(120s),
S180_T_HYST_NORMAL(180s),
S240_T_HYST_NORMAL(240s)
Unit: s
Actual Value Range:
S30_T_HYST_NORMAL,
S60_T_HYST_NORMAL,
S120_T_HYST_NORMAL,
S180_T_HYST_NORMAL,
S240_T_HYST_NORMAL
Default Value: S30_T_HYST_NORMAL
(30s)
CellResel
TReselEutranSfMedium
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the scaling factor
applied to TReselEutran for mediummobility UEs. The actual duration of cell
reselection for medium-mobility UEs to
E-UTRAN is equal to the product of
TReselEutran and
TReselEutranSfMedium.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_1DOT0(1.0)
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Parameter ID
MML Command
Feature ID
Feature Name
Description
EutranInterNFreq
TReselEutranSfMedium
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning: Indicates the scaling factor
applied to the cell reselection duration for
medium-mobility UEs. This parameter is
delivered in SIB5. For details, see 3GPP
TS 36.331.
GUI Value Range: 0DOT25_ENUM(0.25),
0DOT5_ENUM(0.5), 0DOT75_ENUM
(0.75), 1DOT0_ENUM(1.0)
Unit: None
Actual Value Range: 0DOT25_ENUM,
0DOT5_ENUM, 0DOT75_ENUM,
1DOT0_ENUM
Default Value: 1DOT0_ENUM(1.0)
CellReselUtran
TReselUtranSfMedium
ADD CELLRESELUTRAN
MOD CELLRESELUTRAN
LST CELLRESELUTRAN
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning:
Indicates the scaling factor applied to
TReselUtran for medium-mobility UEs.
The actual duration of cell reselection of
medium-mobility UEs to UTRAN is equal
to TReselUtran multiplied by
TReselUtranSfMedium.
The value T_RESEL_SF_0DOT25 means
a scaling factor of 0.25,
T_RESEL_SF_0DOT5 means 0.5, and so
on.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_1DOT0(1.0)
CellReselGeran
TReselGeranSfMedium
ADD CELLRESELGERAN
MOD CELLRESELGERAN
LST CELLRESELGERAN
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the scaling factor
applied to TReselGeran for mediummobility UEs. The actual duration of cell
reselection of medium-mobility UEs to
GERAN is equal to TReselGeran
multiplied by TReselGeranSfMedium.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_1DOT0(1.0)
CellReselCdma2000
TReselCdmaHrpdSfMedium
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
LOFD-001021 /
TDLOFD-001021
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
Broadcast of
system
information
Meaning: Indicates the scaling factor
applied to TReselCdmaHrpd for mediummobility UEs. The actual duration of cell
reselection of medium-mobility UEs to
CDMA2000 HRPD is equal to
TReselCdmaHrpd multiplied by
TReselCdmaHrpdSfMedium. For details,
see 3GPP TS 36.331.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_1DOT0(1.0)
CellReselCdma2000
Cdma1XrttSfMedium
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
LOFD-001035 /
TDLOFD-001035
LBFD-002009 /
TDLBFD-002009
TDLOFD-001090
Cell Selection
and Reselection
CS Fallback to
CDMA2000
1xRTT
Broadcast of
system
information
Enhanced CS
Fallback to
CDMA2000
1xRTT
Meaning: Indicates the scaling factor
applicable to cell reselection of mediummobility UEs to CDMA2000 1xRTT. For
details, see 3GPP TS 36.331.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
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Parameter ID
MML Command
Feature ID
Feature Name
Description
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_1DOT0(1.0)
CellResel
TReselEutranSfHigh
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the scaling factor
applied to TReselEutran for high-mobility
UEs. The actual duration of cell
reselection of high-mobility UEs to
E-UTRAN is equal to TReselEutran
multiplied by TReselEutranSfHigh.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_0DOT75
(0.75)
EutranInterNFreq
TReselEutranSfHigh
ADD EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning: Indicates the scaling factor
applied to the cell reselection duration for
high-mobility UEs. This parameter is
delivered in SIB5. For details, see 3GPP
TS 36.331.
GUI Value Range: 0DOT25_ENUM(0.25),
0DOT5_ENUM(0.5), 0DOT75_ENUM
(0.75), 1DOT0_ENUM(1.0)
Unit: None
Actual Value Range: 0DOT25_ENUM,
0DOT5_ENUM, 0DOT75_ENUM,
1DOT0_ENUM
Default Value: 0DOT75_ENUM(0.75)
CellReselUtran
TReselUtranSfHigh
ADD CELLRESELUTRAN
MOD CELLRESELUTRAN
LST CELLRESELUTRAN
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning:
Indicates the scaling factor applied to
TReselUtran for high-mobility UEs. The
actual duration of cell reselection of highmobility UEs to UTRAN is equal to
TReselUtran multiplied by
TReselUtranSfHigh.
The value T_RESEL_SF_0DOT25 means
a scaling factor of 0.25,
T_RESEL_SF_0DOT5 means 0.5, and so
on.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_0DOT75
(0.75)
CellReselGeran
TReselGeranSfHigh
ADD CELLRESELGERAN
MOD CELLRESELGERAN
LST CELLRESELGERAN
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates the scaling factor
applied to TReselGeran for high-mobility
UEs. The actual duration of cell
reselection of high-mobility UEs to
GERAN is equal to TReselGeran
multiplied by TReselGeranSfHigh.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_0DOT75
(0.75)
CellReselCdma2000
TReselCdmaHrpdSfHigh
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
LOFD-001021 /
TDLOFD-001021
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
Meaning: Indicates the scaling factor
applied to TReselCdmaHrpd for highmobility UEs. The actual duration of cell
reselection of high-mobility UEs to
CDMA2000 HRPD is equal to
TReselCdmaHrpd multiplied by
TReselCdmaHrpdSfHigh. For details, see
3GPP TS 36.331.
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Broadcast of
system
information
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_0DOT75
(0.75)
CellReselCdma2000
Cdma1XrttSfHigh
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
LOFD-001035 /
TDLOFD-001035
LBFD-002009 /
TDLBFD-002009
TDLOFD-001090
Cell Selection
and Reselection
CS Fallback to
CDMA2000
1xRTT
Broadcast of
system
information
Enhanced CS
Fallback to
CDMA2000
1xRTT
Meaning: Indicates the scaling factor
applicable to cell reselection of highmobility UEs to CDMA2000 1xRTT. For
details, see 3GPP TS 36.331.
GUI Value Range:
T_RESEL_SF_0DOT25(0.25),
T_RESEL_SF_0DOT5(0.5),
T_RESEL_SF_0DOT75(0.75),
T_RESEL_SF_1DOT0(1.0)
Unit: None
Actual Value Range:
T_RESEL_SF_0DOT25,
T_RESEL_SF_0DOT5,
T_RESEL_SF_0DOT75,
T_RESEL_SF_1DOT0
Default Value: T_RESEL_SF_0DOT75
(0.75)
CellResel
QHystSfMedium
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the scaling factor (or
known as additional hysteresis) applied to
Qhyst for medium-mobility UEs. For
details, see 3GPP TS 36.304 and 3GPP
TS 36.331.
GUI Value Range:
DB_6_Q_HYST_SF_MEDIUM(-6dB),
DB_4_Q_HYST_SF_MEDIUM(-4dB),
DB_2_Q_HYST_SF_MEDIUM(-2dB),
DB0_Q_HYST_SF_MEDIUM(0dB)
Unit: dB
Actual Value Range:
DB_6_Q_HYST_SF_MEDIUM,
DB_4_Q_HYST_SF_MEDIUM,
DB_2_Q_HYST_SF_MEDIUM,
DB0_Q_HYST_SF_MEDIUM
Default Value:
DB0_Q_HYST_SF_MEDIUM(0dB)
CellResel
QHystSfHigh
MOD CELLRESEL
LST CELLRESEL
LBFD-002009 /
TDLBFD-002009
LBFD-00201803 /
TDLBFD-00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning: Indicates the scaling factor (or
known as additional hysteresis) applied to
Qhyst for high-mobility UEs. For details,
see 3GPP TS 36.304 and 3GPP TS
36.331.
GUI Value Range:
DB_6_Q_HYST_SF_HIGH(-6dB),
DB_4_Q_HYST_SF_HIGH(-4dB),
DB_2_Q_HYST_SF_HIGH(-2dB),
DB0_Q_HYST_SF_HIGH(0dB)
Unit: dB
Actual Value Range:
DB_6_Q_HYST_SF_HIGH,
DB_4_Q_HYST_SF_HIGH,
DB_2_Q_HYST_SF_HIGH,
DB0_Q_HYST_SF_HIGH
Default Value: DB0_Q_HYST_SF_HIGH
(0dB)
CellAccess
CellBarred
MOD CELLACCESS
LST CELLACCESS
LOFD-002012 /
TDLOFD-002012
LBFD-002009 /
TDLBFD-002009
Cell Outage
Detection and
Compensation
Broadcast of
system
information
Meaning: Indicates whether the cell is
barred. If the cell is barred, the UE cannot
camp on the serving cell. During cell
reselection, the serving cell is not selected
as a candidate cell.
GUI Value Range: CELL_BARRED
(Barred), CELL_NOT_BARRED(Not
Barred)
Unit: None
Actual Value Range: CELL_BARRED,
CELL_NOT_BARRED
Default Value: CELL_NOT_BARRED(Not
Barred)
CellOp
CellReservedForOp
ADD CELLOP
MOD CELLOP
LST CELLOP
LBFD-002009 /
TDLBFD-002009
Broadcast of
system
information
Meaning:
Indicates whether the cell is reserved for
operator use.
If this parameter is set to
CELL_RESERVED_FOR_OP, the cell is
reserved for operator use. UEs of AC11 or
AC15 in their HPLMN or EHPLMN can
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Parameter ID
MML Command
Feature ID
Feature Name
Description
consider this cell as a candidate cell for
cell selection or reselection. UEs of AC11
or AC15 outside their HPLMN/EHPLMN
and UEs of AC0-9/AC12-14 consider this
cell as a barred cell during cell selection
or reselection.
If this parameter is set to
CELL_NOT_RESERVED_FOR_OP, the
cell is not reserved for operator use. All
UEs can consider this cell as a candidate
cell for cell selection or reselection.
GUI Value Range:
CELL_RESERVED_FOR_OP(Reserved),
CELL_NOT_RESERVED_FOR_OP(Not
Reserved)
Unit: None
Actual Value Range:
CELL_RESERVED_FOR_OP,
CELL_NOT_RESERVED_FOR_OP
Default Value:
CELL_NOT_RESERVED_FOR_OP(Not
Reserved)
CellAccess
IntraFreqResel
MOD CELLACCESS
LST CELLACCESS
LBFD-002009 /
TDLBFD-002009
LBFD00201803/TDLBFD00201803
Broadcast of
system
information
Cell Selection
and Reselection
Meaning:
Indicates whether the cell can initiate the
intra-frequency cell reselection when the
cell is barred.
NOT_ALLOWED means that the UE
cannot initiate the intra-frequency cell
reselection, and ALLOWED means that
the UE can initiate the intra-frequency cell
reselection.
GUI Value Range: ALLOWED,
NOT_ALLOWED
Unit: None
Actual Value Range: ALLOWED,
NOT_ALLOWED
Default Value: ALLOWED
BcchCfg
ModifyPeriodCoeff
MOD BCCHCFG
LST BCCHCFG
LBFD-002009 /
TDLBFD-002009
Broadcast of
system
information
Meaning: Indicates the modification period
coefficient for the BCCH. BCCH
modification period is equal to
Modification period coefficient multiplies
Default paging cycle, where the BCCH
modification period and default paging
cycle are measured in unit of radio
frames, and the modification period
coefficient is specified by this parameter.
GUI Value Range:
MOD_PERIOD_COEFF_N2(2),
MOD_PERIOD_COEFF_N4(4),
MOD_PERIOD_COEFF_N8(8),
MOD_PERIOD_COEFF_N16(16)
Unit: None
Actual Value Range:
MOD_PERIOD_COEFF_N2,
MOD_PERIOD_COEFF_N4,
MOD_PERIOD_COEFF_N8,
MOD_PERIOD_COEFF_N16
Default Value:
MOD_PERIOD_COEFF_N2(2)
PCCHCfg
DefaultPagingCycle
MOD PCCHCFG
LST PCCHCFG
LBFD-002009 /
TDLBFD-002009
LBFD-002011 /
TDLBFD-002011
Broadcast of
system
information
Paging
Meaning: Indicates the default paging
period for the cell. It is also called the
discontinuous reception (DRX) period. If
the EPC specifies a DRX period for a UE,
the UE compares this period with the
value of this parameter and uses the
smaller one as its DRX period. If the EPC
does not specify a DRX period, the UE
uses the value of this parameter, which is
delivered in the system information, as its
DRX period. For details, see 3GPP TS
36.304.
GUI Value Range: rf32(32 radio frames),
rf64(64 radio frames), rf128(128 radio
frames), rf256(256 radio frames)
Unit: None
Actual Value Range: rf32, rf64, rf128,
rf256
Default Value: rf128(128 radio frames)
CellSiMap
SibUpdOptSwitch
MOD CELLSIMAP
LST CELLSIMAP
LBFD002009/TDLBFD002009
Broadcast of
system
information
Meaning:
Indicates whether to enable the
optimization scheme switch that controls
SIB message update.
SibPagingOptCtrlSwitch: Indicates
whether to enable the optimization of
paging triggered by system information
update. If this option is selected, the
optimization scheme takes effect, and the
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Parameter ID
MML Command
Feature ID
Feature Name
Description
paging cycle is the same as the BCCH
modification period. If this option is
deselected, the optimization scheme does
not take effect, and the paging cycle is
occasionally less than the BCCH
modification period.
GUI Value Range:
SibPagingOptCtrlSwitch
(SibPagingOptCtrlSwitch)
Unit: None
Actual Value Range:
SibPagingOptCtrlSwitch
Default Value:
SibPagingOptCtrlSwitch:Off
PCCHCfg
PagingSentNum
MOD PCCHCFG
LST PCCHCFG
LBFD-002011 /
TDLBFD-002011
Paging
Meaning: Indicates the number of paging
messages transmitted to UEs over the air
interface.
GUI Value Range: 1~3
Unit: None
Actual Value Range: 1~3
Default Value: 1
GlobalProcSwitch
S1DefaultPagingDrxSelect
MOD
GLOBALPROCSWITCH
LST GLOBALPROCSWITCH
LBFD-002011 /
TDLBFD-002011
Paging
Meaning: Indicates the value of the IE
Default paging DRX contained in the S1
SETUP REQUEST and ENB
CONFIGURATION UPDATE messages
that the eNodeB sends over the S1
interface. For details, see 3GPP TS
36.413.
GUI Value Range: v32(v32), v64(v64),
v128(v128), v256(v256)
Unit: None
Actual Value Range: v32, v64, v128, v256
Default Value: v32(v32)
PCCHCfg
Nb
MOD PCCHCFG
LST PCCHCFG
LBFD-002009 /
TDLBFD-002009
LBFD-002011 /
TDLBFD-002011
Broadcast of
system
information
Paging
Meaning: Indicates the number of paging
occasions (a type of subframe) within a
paging period. This parameter value also
indicates the number of paging groups
within a paging period. For details, see
3GPP TS 36.304.
GUI Value Range: FOURT, TWOT,
ONET, HALFT, QUARTERT,
ONE_EIGHTT, ONE_SIXTEENTHT,
ONE_THIRTY_SECONDT
Unit: None
Actual Value Range: FOURT, TWOT,
ONET, HALFT, QUARTERT,
ONE_EIGHTT, ONE_SIXTEENTHT,
ONE_THIRTY_SECONDT
Default Value: ONET
CellDlschAlgo
RarAndPagingCR
MOD CELLDLSCHALGO
DSP CELLCOVENHSTUS
LST CELLDLSCHALGO
LBFD002011/TDLBFD002011
LBFD002010/TDLBFD002010
Paging
Random
Access
Procedure
Meaning: Indicates the code rate for
Random Access Response messages
and paging messages.
GUI Value Range: 10~930
Unit: None
Actual Value Range: 0.010~0.930,
step:0.001
Default Value: 117
PCCHCfg
MaxPagingRecordsNum
MOD PCCHCFG
LST PCCHCFG
LBFD-002011 /
TDLBFD-002011
Paging
Meaning: Indicates the maximum number
of UEs that can be included in a paging
message on each paging occasion.
GUI Value Range: 1~16
Unit: None
Actual Value Range: 1~16
Default Value: 16
PCCHCfg
PagingStrategy
MOD PCCHCFG
LST PCCHCFG
TDLBFD002011/LBFD002011
Paging
Meaning: Indicates a paging message
sending policy. There are two policies:
first in first out (FIFO) and priority
differentiation. FIFO means that paging
messages that arrive earlier are
preferentially sent in a paging occasion.
Priority differentiation means higherpriority paging messages are
preferentially sent in a paging occasion.
GUI Value Range:
PAGING_STRATEGY_FIFO(First-in Firstout Strategy),
PAGING_STRATEGY_DIFFPRI(Priority
Differentiation Strategy)
Unit: None
Actual Value Range:
PAGING_STRATEGY_FIFO,
PAGING_STRATEGY_DIFFPRI
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Parameter ID
MML Command
Feature ID
Feature Name
Description
Default Value:
PAGING_STRATEGY_FIFO(First-in Firstout Strategy)
CellAlgoSwitch
DlSchSwitch
MOD CELLALGOSWITCH
LST CELLALGOSWITCH
LOFD-110205
LOFD-001016 /
TDLOFD-001016
LOFD-00101502 /
TDLOFD-00101502
LOFD-001109 /
TDLOFD-001109
LOFD-001070 /
TDLOFD-001070
TDLOFD-070224
LBFD-002025 /
TDLBFD-002025
LBFD-002031 /
TDLBFD-002031
LBFD-070102 /
TDLBFD-070102
LBFD-060202
Traffic Model
Based
Performance
Optimization
VoIP Semipersistent
Scheduling
Dynamic
Scheduling
DL Non-GBR
Packet
Bundling
Symbol Power
Saving
Scheduling
Based on Max
Bit Rate
Basic
Scheduling
Support of
aperiodic CQI
reports
MBR>GBR
Configuration
Enhanced DL
Frequency
Selective
Meaning:
Indicates whether to enable downlink
scheduling algorithms in a cell. This
parameter includes the following options:
FreqSelSwitch: Indicates whether to
enable frequency-selective scheduling. If
this option is selected, data is transmitted
on the frequency band of high channel
quality.
SpsSchSwitch: Indicates whether to
enable semi-persistent scheduling during
talk spurts of VoLTE services. If this
option is selected, semi-persistent
scheduling is applied during talk spurts of
VoLTE services. If this option is
deselected, dynamic scheduling is applied
during talk spurts of VoLTE services.
MBSFNShutDownSwitch: Indicates
whether to enable Multimedia Broadcast
multicast service Single Frequency
Network (MBSFN) subframe shutdown. If
this option is selected, MBSFN subframe
shutdown is applied. If this option is
deselected, MBSFN subframe shutdown
is not applied. This option takes effect
only if the SymbolShutdownSwitch option
is selected. If the
MBSFNShutDownSwitch option is
selected, the setting of the switch for
mapping SIBs to SI messages becomes
invalid. The latter can be specified by the
SiMapSwitch parameter in the CellSiMap
MO. If the MBSFNShutDownSwitch option
is deselected, the setting of the switch for
mapping SIBs to SI messages becomes
valid. The MBSFNShutDownSwitch option
applies only to LTE-only base stations.
NonGbrBundlingSwitch: Indicates whether
to enable downlink non-GBR packet
bundling. If this option is selected, delay
of non-GBR services can be controlled in
non-congestion scenarios. If this option is
deselected, delay of non-GBR services
cannot be controlled.
EnAperiodicCqiRptSwitch: Indicates
whether to enable enhanced aperiodic
channel quality indicator (CQI) reporting.
If this option is selected, the eNodeB
triggers aperiodic CQI reporting for a UE
based on downlink services of the UE and
the interval at which the UE sends
periodic CQI reports. If this option is
deselected, UEs under non-frequencyselective scheduling do not trigger
aperiodic CQI reporting based on
downlink services and trigger an aperiodic
CQI reporting if no valid periodic CQI
reports are sent in eight consecutive
periodic CQI reporting periods.
DlMbrCtrlSwitch: Indicates whether to
enable downlink scheduling based on the
maximum bit rate (MBR) and guaranteed
bit rate (GBR) on the GBR bearer. If this
option is selected, the eNodeB performs
downlink scheduling on GBR bearers
based on the MBR and GBR. If this option
is deselected, the eNodeB performs
downlink scheduling on GBR bearers
based on the GBR only.
MbrDlSchSwitch: Indicates whether the
eNodeB performs downlink scheduling
based on MBR. If this option is selected,
the eNodeB prioritizes UEs based on the
MBRs during downlink scheduling. This
option applies only to LTE TDD.
UeAmbrDlSchSwitch: Indicates whether
the eNodeB performs downlink scheduling
based on per UE aggregate maximum bit
rates (UE-AMBRs). If this option is
selected, the eNodeB prioritizes UEs
based on the UE-AMBRs during downlink
scheduling. This option applies only to
LTE TDD.
EpfEnhancedSwitch: Indicates whether to
enable the enhanced proportional fair
(EPF) enhancement algorithm for
downlink scheduling. The EPF
enhancement algorithm for downlink
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Parameter ID
MML Command
Feature ID
Feature Name
Description
scheduling is enabled only when this
switch is on.
AperiodicCqiTrigOptSwitch: Indicates
whether to optimize triggering of aperiodic
CQI reporting. If this option is selected, a
UE performing initial access triggers
aperiodic CQI reporting based on related
trigger conditions after the DLMAC
instance has been established for 200 ms
and the eNodeB receives MSG5.
Consider that aperiodic CQI reporting is
triggered by invalid CQI reports in eight
consecutive CQI reporting periods. If
cyclic redundancy check (CRC) on
aperiodic CQI reports fails, aperiodic CQI
reporting is not repeatedly triggered when
DRX is enabled; or aperiodic CQI
reporting is triggered after eight TTIs
when DRX is disabled. If this option is
deselected, a UE performing initial access
triggers aperiodic CQI reporting based on
related trigger conditions after the DLMAC
instance has been established for 200 ms.
Consider that aperiodic CQI reporting is
triggered by invalid CQI reports in eight
consecutive CQI reporting periods. If CRC
on aperiodic CQI reports fails, aperiodic
CQI reporting is triggered after eight TTIs
regardless of the DRX status.
VoipTbsBasedMcsSelSwitch: Indicates
whether the modulation and coding
scheme (MCS) index is selected based on
the transport block size (TBS) in downlink
dynamic scheduling for VoLTE services.
The MCS index is selected based on the
TBS in downlink dynamic scheduling for
VoLTE services only if this option is
selected.
PagingInterfRandSwitch: Indicates
whether to enable interference
randomization for paging messages. If
this option is selected, interference
randomization is enabled for paging
messages.
DlSingleUsrMcsOptSwitch: Indicates
conditions for lowering the MCS index for
a single UE. If this option is selected, the
MCS index can be lowered for a UE if the
UE is the only UE to be scheduled in a
transmission time interval (TTI). If this
option is deselected, the MCS index can
be lowered for a UE if the threshold for
the function of lowering the MCS index to
increase the number of RBs is reached
and the UE is the only UE to be
scheduled in a TTI.
UeSigMcsEnhanceSwitch: Indicates
whether to enable MCS optimization for
UE signaling. If this option is selected,
MCS optimization for UE signaling is
enabled. For LTE FDD, the MCS index for
UE signaling is the same as the MCS
index for data. For LTE TDD, the MCS
index for UE signaling is lowered based
on the MCS index for data. If this option is
deselected, a fixed low MCS index is used
for UE signaling.
SubframeSchDiffSwitch: Indicates
whether to increase the number of UEs
scheduled in subframes 3 and 8 when
uplink-downlink configuration 2 is used. If
this option is selected, the number of UEs
scheduled in subframes 3 and 8 is
increased when uplinkd-downlink
configuration 2 is used. If this option is
deselected, the scheduling policy used in
subframes 3 and 8 is the same as that
used in other downlink subframes when
uplink-downlink configuration 2 is used.
This option applies only to LTE TDD.
TailPackagePriSchSwitch: Indicates
whether to enable scheduling of downlink
connected tail packages in the bearer. If
this option is selected, the connected tail
package is scheduled preferentially in the
next TTI, which reduces the delay and
increases the transmission rate. If this
option is deselected, the scheduling policy
of the connected tail package is the same
as other downlink subframes. This option
applies only to LTE TDD.
SIB1InterfRandSwitch: Indicates whether
to enable SIB1 interference
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Parameter ID
MML Command
Feature ID
Feature Name
Description
randomization. If this option is selected,
interference randomization is enabled for
SIB1. This option applies only to LTE
TDD.
FreqSelJudgeIgnorDopplerSwitch:
Indicates whether to ignore Doppler
conditions. If this option is selected,
Doppler conditions are ignored during
frequency selective channel
determination. If this option is deselected,
Doppler conditions are considered during
frequency selective channel
determination. This option applies only to
LTE FDD.
EnhExtQCISpsSchSwitch: Indicates
whether to enable semi-persistent
scheduling during talk spurts of PTT
services with standardized QCI 65,
standardized QCI 66, or an enhanced
extended QCI. If this option is selected,
semi-persistent scheduling is applied. If
this option is deselected, dynamic
scheduling is applied.
DlVoipBundlingSwitch: Indicates whether
to enable active packet bundling for
downlink VoLTE services. Active packet
bundling is enabled for downlink VoLTE
services only if this option is selected. If
this option is selected, PDCCH resources
can be saved for downlink data services
or uplink services, thereby increasing the
VoLTE capacity in VoLTE-only scenarios
or increasing the throughput of data
services in mixed service scenarios.
However, the delay in downlink VoLTE
voice packet scheduling will increase and
MOSs may decrease. You are advised to
deselect this option if you prefer VoLTE
performance and do not expect MOS
reduction.
DlPacketLenAwareSchSw: Indicates
whether to enable packet length
awareness performance optimization in
the downlink. Packet length awareness
performance optimization is enabled in
the downlink only if this option is selected.
RLCArqFeedbackEnhancedSwitch:
Indicates whether to modify the HARQ
feedback results based on the RLC status
reports when subframe configuration 2 is
used. If this option is selected, the
eNodeB modifies the HARQ feedback
results based on the RLC status reports
after receiving the reports. This prevents
unnecessary HARQ retransmissions. This
option applies only to LTE TDD.
PaReconfigOptSwitch: Indicates whether
to enable PA reconfiguration optimization.
The optimization is enabled when this
option is selected.RankRapidRptSwitch:
Indicates whether to enable fast rank
reporting. If this option is selected, an
aperiodic CQI reporting is immediately
triggered after successful network access.
If this option is deselected, an aperiodic
CQI reporting is not immediately triggered
after successful network access.
GUI Value Range: FreqSelSwitch
(FreqSelSwitch), SpsSchSwitch
(SpsSchSwitch), MBSFNShutDownSwitch
(MBSFNShutDownSwitch),
NonGbrBundlingSwitch
(NonGbrBundlingSwitch),
EnAperiodicCqiRptSwitch
(EnAperiodicCqiRptSwitch),
DlMbrCtrlSwitch(DlMbrCtrlSwitch),
MbrDlSchSwitch(MbrDlSchSwitch),
UeAmbrDlSchSwitch
(UeAmbrDlSchSwitch),
EpfEnhancedSwitch
(EpfEnhancedSwitch),
AperiodicCqiTrigOptSwitch
(AperiodicCqiTrigOptSwitch),
VoipTbsBasedMcsSelSwitch
(VoipTbsBasedMcsSelSwitch),
PagingInterfRandSwitch
(PagingInterfRandSwitch),
DlSingleUsrMcsOptSwitch
(DlSingleUsrMcsOptSwitch),
SubframeSchDiffSwitch
(SubframeSchDiffSwitch),
TailPackagePriSchSwitch
(TailPackagePriSchSwitch),
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Parameter ID
MML Command
Feature ID
Feature Name
Description
UeSigMcsEnhanceSwitch
(UeSigMcsEnhanceSwitch),
FreqSelJudgeIgnorDopplerSwitch
(FreqSelJudgeIgnorDopplerSwitch),
SIB1InterfRandSwitch
(SIB1InterfRandSwitch),
EnhExtQCISpsSchSwitch
(EnhExtQCISpsSchSwitch),
DlVoipBundlingSwitch
(DlVoipBundlingSwitch),
DlPacketLenAwareSchSw
(DlPacketLenAwareSchSw),
RLCArqFeedbackEnhancedSwitch
(RLCArqFeedbackEnhancedSwitch),
PaReconfigOptSwitch
(PaReconfigOptSwitch),
RankRapidRptSwitch
(RankRapidRptSwitch)
Unit: None
Actual Value Range: FreqSelSwitch,
SpsSchSwitch, MBSFNShutDownSwitch,
NonGbrBundlingSwitch,
EnAperiodicCqiRptSwitch,
DlMbrCtrlSwitch, MbrDlSchSwitch,
UeAmbrDlSchSwitch,
EpfEnhancedSwitch,
AperiodicCqiTrigOptSwitch,
VoipTbsBasedMcsSelSwitch,
PagingInterfRandSwitch,
DlSingleUsrMcsOptSwitch,
SubframeSchDiffSwitch,
TailPackagePriSchSwitch,
UeSigMcsEnhanceSwitch,
FreqSelJudgeIgnorDopplerSwitch,
SIB1InterfRandSwitch,
EnhExtQCISpsSchSwitch,
DlVoipBundlingSwitch,
DlPacketLenAwareSchSw,
RLCArqFeedbackEnhancedSwitch,
PaReconfigOptSwitch,
RankRapidRptSwitch
Default Value: FreqSelSwitch:Off,
SpsSchSwitch:Off,
MBSFNShutDownSwitch:Off,
NonGbrBundlingSwitch:Off,
EnAperiodicCqiRptSwitch:Off,
DlMbrCtrlSwitch:Off, MbrDlSchSwitch:Off,
UeAmbrDlSchSwitch:Off,
EpfEnhancedSwitch:Off,
AperiodicCqiTrigOptSwitch:On,
VoipTbsBasedMcsSelSwitch:On,
PagingInterfRandSwitch:Off,
DlSingleUsrMcsOptSwitch:Off,
SubframeSchDiffSwitch:Off,
TailPackagePriSchSwitch:Off,
UeSigMcsEnhanceSwitch:Off,
FreqSelJudgeIgnorDopplerSwitch:Off,
SIB1InterfRandSwitch:On,
EnhExtQCISpsSchSwitch:Off,
DlVoipBundlingSwitch:Off,
DlPacketLenAwareSchSw:Off,
RLCArqFeedbackEnhancedSwitch:Off,
PaReconfigOptSwitch:Off,
RankRapidRptSwitch:Off
CellResel
LocalCellId
LST CELLRESEL
MOD CELLRESEL
None
None
Meaning: Indicates the local ID of the cell.
It uniquely identifies a cell within a BS.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
CellResel
PMaxCfgInd
MOD CELLRESEL
LST CELLRESEL
LBFD-00201803 /
TDLBFD-00201803
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
Broadcast of
system
information
Meaning: Indicates whether to configure
the maximum TX power of the UE in the
intra-frequency neighboring cell. If the
value of this parameter is not specified,
the maximum power is subject to the UE
capability.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
EutranInterNFreq
LocalCellId
ADD EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
MOD
EUTRANINTERNFREQ
RMV EUTRANINTERNFREQ
None
None
Meaning: Indicates the cell ID of the local
cell. It uniquely identifies a cell within an
eNodeB.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
CellReselPriorityCfgInd
ADD EUTRANINTERNFREQ
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Parameter ID
EutranInterNFreq
MML Command
Feature ID
Feature Name
Description
MOD
EUTRANINTERNFREQ
LST EUTRANINTERNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and Reselection
Meaning: Indicates whether to set the
reselection priority of the neighboring
E-UTRAN frequency. For details about
how UEs process frequency priorities
during cell reselection, see section 5.2.4.1
of 3GPP TS 36.304 (V12.4.0).
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellReselUtran
LocalCellId
ADD CELLRESELUTRAN
LST CELLRESELUTRAN
MOD CELLRESELUTRAN
RMV CELLRESELUTRAN
None
None
Meaning: Indicates the local ID of the cell.
It uniquely identifies a cell within a BS.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
UtranNFreq
LocalCellId
ADD UTRANNFREQ
LST UTRANNFREQ
MOD UTRANNFREQ
RMV UTRANNFREQ
None
None
Meaning: Indicates the cell ID of the local
cell. It uniquely identifies a cell within an
eNodeB.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
UtranNFreq
CellReselPriorityCfgInd
ADD UTRANNFREQ
MOD UTRANNFREQ
LST UTRANNFREQ
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection /
Cell Selection
and Reselection
Meaning: Indicates whether to set the
priority of a cell assigned with the
UARFCN used in cell reselection to
UTRAN. For details about how UEs
process frequency priorities during cell
reselection, see section 5.2.4.1 of 3GPP
TS 36.304 (V12.4.0).
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellReselGeran
LocalCellId
ADD CELLRESELGERAN
LST CELLRESELGERAN
MOD CELLRESELGERAN
RMV CELLRESELGERAN
None
None
Meaning: Indicates the local ID of the cell.
It uniquely identifies a cell within a BS.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
GeranNfreqGroup
LocalCellId
ADD GERANNFREQGROUP
LST GERANNFREQGROUP
MOD
GERANNFREQGROUP
RMV
GERANNFREQGROUP
None
None
Meaning: Indicates the cell ID of the local
cell. It uniquely identifies a cell within an
eNodeB.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
GeranNfreqGroup
BcchGroupId
ADD GERANNFREQGROUP
LST GERANNFREQGROUP
MOD
GERANNFREQGROUP
RMV
GERANNFREQGROUP
LBFD-00201803 /
TDLBFD-00201803
LOFD-001020 /
TDLOFD-001020
Cell Selection
and Reselection
PS Inter-RAT
Mobility
between
E-UTRAN and
GERAN
Meaning: Indicates a GERAN carrier
frequency group. In the cell reselection
procedure, the GERAN carrier
frequencies are organized in groups and
the cell reselection parameters are
provided per group of GERAN carrier
frequencies.
GUI Value Range: 0~31
Unit: None
Actual Value Range: 0~31
Default Value: None
GeranNfreqGroup
CellReselPriorityCfgInd
ADD GERANNFREQGROUP
MOD
GERANNFREQGROUP
LST GERANNFREQGROUP
LBFD-00201803 /
Cell Selection
TDLBFD-00201803 and
Reselection /
Cell Selection
and Reselection
Meaning: Indicates whether to set the
reselection priority of the frequencies in
the GERAN carrier frequency group. For
details about how UEs process frequency
priorities during cell reselection, see
section 5.2.4.1 of 3GPP TS 36.304
(V12.4.0).
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
CellReselCdma2000
LocalCellId
ADD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
RMV
CELLRESELCDMA2000
None
Meaning: Indicates the local ID of the cell.
It uniquely identifies a cell within a BS.
GUI Value Range: 0~255
Unit: None
Actual Value Range: 0~255
Default Value: None
CellReselCdma2000
SysTimeCfgInd
ADD
CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
None
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Parameter ID
MML Command
Feature ID
Feature Name
Description
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LOFD-001035 /
TDLOFD-001035
LBFD-002009 /
TDLBFD-002009
TDLOFD-001090
Cell Selection
and Reselection
CS Fallback to
CDMA2000
1xRTT
Broadcast of
system
information
Enhanced CS
Fallback to
CDMA2000
1xRTT
Meaning: Indicates whether to configure
the CDMA2000 system time information.
For details, see 3GPP TS 36.331.
GUI Value Range: NOT_CFG(Not
configure), CFG(Configure)
Unit: None
Actual Value Range: NOT_CFG, CFG
Default Value: NOT_CFG(Not configure)
TASM
CLKSYNCMODE
SET CLKSYNCMODE
DSP CLKSTAT
LST CLKSYNCMODE
MRFD-210501
MRFD-211601
LBFD-003005
LBFD-00300501
LBFD-00300503
LBFD-00300504
LBFD-00300505
LBFD-00300506
LOFD-003013
LOFD-00301301
LOFD-00301302
LOFD-00301303
LOFD-003023
BTS Clock
Multi-mode BS
Common
Reference
Clock(GBTS)
Synchronization
Clock Source
Switching
Manually or
Automatically
Synchronization
with GPS
Synchronization
with BITS
Synchronization
with 1PPS
Synchronization
with E1/T1
Enhanced
Synchronization
Synchronization
with Ethernet
(ITU-T G.8261)
IEEE1588 V2
Clock
Synchronization
Clock over IP
(Huawei
proprietary)
IEEE 1588v2
over IPv6
Meaning: Indicates the clock
synchronization mode of a BS, which can
be frequency synchronization or time
synchronization.
GUI Value Range: FREQ(FREQ), TIME
(TIME)
Unit: None
Actual Value Range: FREQ, TIME
Default Value: FREQ(FREQ)
CellReselCdma2000
HrpdParaCfgInd
ADD
CELLRESELCDMA2000
MOD
CELLRESELCDMA2000
LST CELLRESELCDMA2000
LBFD-00201803 /
TDLBFD-00201803
LOFD-001021 /
TDLOFD-001021
LBFD-002009 /
TDLBFD-002009
Cell Selection
and Reselection
PS Inter-RAT
Mobility
between
E-UTRAN and
CDMA2000
Broadcast of
system
information
Me