XCAP-LTE Parameter Description_08th

XCAP Analyzer

LTE Parameter Description

Doc Rev: 08

Version: 5.08.xx

2014. 05

Ⓒ 2014 Accuver Co., Ltd., All rights reserved.

This documentation shall not be changed, distributed to the public, and opened to the third

person without written permission. Accuver is not responsible for any direct or indirect damages

arisen or related to use of this manual. All information included herein may be changed without

prior notice.

Innowireless Co., Ltd.,

Address: #1-301, Complex2, Pangyo7 Techno Valley, #633, Sampyung-Dong, Bundang-Gu,

Seongnam-Si, Kyungki-Do

Web site: www.innowireless.co.kr

Phone #: +82-31-788-1700

Fax #: +82-31-705-1246

If you have any questions during use of this manual, please contact to Innowireless Co., Ltd.,

Phone: +82-31-788-1918

E-mail: [email protected]

http://www.innowireless.co.kr/

XCAP-LTE Parameter Description Introduction

© Innowireless Co., Ltd. Page ３

Introduction

Introduction of Appendix

This Analyzer Parameter Description manual specifies asynchronous parameters in Parameter

Trees in Analyzer graph/map/table/CDF/PDF.

History Edition Date Description

00 2009.10 Draft version (LGE)

01 2010.10 2nd version (LGE)

02 2010.10 3rd version (Samsung)

03 2011.01

4th version

1) Qualcomm

2) Samsung – LPHY N Cell Information Structure Enhancement)

04 2011.01 5th version (GCT)

05 2011.12 6th version

1)Qualcomm Update

06 2012.07 7th version

1)Qualcomm Update

07 2013.12

8h version

1)Qualcomm Update (For Qualcomm Lte/LteAdv)

2)LTE KPI (Newly Added)

08 2014.05 9th Version

1) Qualcomm Update(Sampling Method)

XCAP-LTE Parameter Description Contents

© Innowireless Co., Ltd. Page ４

Contents

Introduction..................................................................................................... ３

Introduction of Appendix ......................................................................................... ３

History ..................................................................................................................... ３

Contents .......................................................................................................... ４

1. Qualcomm Lte/LteAdv .......................................................................... 10

1.1 Configuration Info ........................................................................................ 10

1.2 Power Info .................................................................................................... 20

1.3 Power Control Info ....................................................................................... 22

1.4 ML1 PUCCH Power Control (Per TTI) ............................................................ 23

1.5 ML1 PUSCH Power Control (Per TTI) ............................................................ 24

1.6 PDCCH DCI Format ....................................................................................... 24

1.7 Cell Search .................................................................................................... 25

1.8 Ant Correlation Result .................................................................................. 26

1.9 Intrafreq Measurement Info ......................................................................... 26

1.10 Interfreq Measurement Info ......................................................................... 30

1.11 Intrafreq Cell Reselection ............................................................................. 31

1.12 Timing Advance Info ..................................................................................... 32

1.13 Channel Quality Info ..................................................................................... 33

1.14 ML1 Downlink Info ....................................................................................... 34

1.15 ML1 Downlink(Uni) ....................................................................................... 36

1.16 ML1 Downlink(Uni+eMBMS) ......................................................................... 38

1.17 ML1 Uplink Info ............................................................................................ 40

1.18 PCell-SCell Gap(abs) ..................................................................................... 41

1.19 MAC SCell Act/Deact Info ............................................................................. 41

1.20 ML1 UL/DL Info Summary (In-Traffic) ......................................................... 41


© Innowireless Co., Ltd. Page ５

1.21 DL Scheduling Assignment ........................................................................... 42

1.22 Random Access Procedure ............................................................................ 43

1.23 MAC RACH Info ............................................................................................. 46

1.24 MAC Config Info ............................................................................................ 49

1.25 RLC Config Info ............................................................................................. 50

1.26 PDCP Config Info .......................................................................................... 51

1.27 Radio Link Monitoring Info ........................................................................... 53

1.28 PDSCH BLER Info .......................................................................................... 54

1.29 PUSCH BLER Info .......................................................................................... 55

1.30 PBCH BLER Info ............................................................................................ 55

1.31 PMCH BLER Info ............................................................................................ 55

1.32 PHICH AckNack Info ..................................................................................... 56

1.33 PDSCH HARQ Retx. Info ................................................................................ 57

1.34 PUSCH HARQ Retx. Info ................................................................................ 57

1.35 RLC Retx. Info .............................................................................................. 58

1.36 RLC DL AM ALL PDU(Per TTI)........................................................................ 58

1.37 RLC UL AM ALL PDU(Per TTI) ........................................................................ 59

1.38 RLC DL UM Data PDU(Per TTI) ...................................................................... 60

1.39 RLC UL UM Data PDU(Per TTI) ...................................................................... 60

1.40 PDCP DL Data PDU(Per TTI) ......................................................................... 61

1.41 PDCP UL Data PDU(Per TTI) ......................................................................... 61

1.42 NAS ESM Bearer Context Info ....................................................................... 61

1.43 NAS ESM Procedure State ............................................................................. 62

1.44 NAS EMM State ............................................................................................. 63

1.45 RRC Serving Cell Info .................................................................................... 63

1.46 RRC PLMN Search Info .................................................................................. 65

1.47 ML1 Serving Cell Info(Acquisition) ............................................................... 65

1.48 ML1 Paging DRX Info .................................................................................... 66

1.49 ML1 Sleep Info .............................................................................................. 67

1.50 ML1 CDRX Events Info(Per TTI) .................................................................... 67

1.51 ML1 UE Mobility State ................................................................................... 68

1.52 LL1 PDSCH Demod Config Info ...................................................................... 68

1.53 Physical Throughput ..................................................................................... 69

1.54 MAC Throughput ........................................................................................... 70


© Innowireless Co., Ltd. Page ６

1.55 RLC Throughput ............................................................................................ 70

1.56 PDCP Throughput ......................................................................................... 71

1.57 PMCH Throughput ......................................................................................... 72

1.58 LL1 PDSCH Demapper Config(PerTTI) .......................................................... 72

1.59 LL1 PUCCH Tx Report(PerTTI) ...................................................................... 74

1.60 LL1 PUSCH Tx Report(PerTTI) ...................................................................... 74

1.61 ML1 DCI Information Report(PerTTI) ........................................................... 76

1.62 LL1 PDCCH Decoding Result(Per TTI) ........................................................... 78

1.63 LL1 PDSCH Decoding Result(Per TTI) ........................................................... 81

1.64 LL1 PCFICH Decoding Results(Per TTI) ........................................................ 83

1.65 ML1 PMCH Decode Result(Per TTI) ............................................................... 83

1.66 ML1 ALL DL Channels Decode Result(Per TTI) .............................................. 84

1.67 ML1 PMCH Results Statistics ......................................................................... 85

1.68 ML1 Uplink PKT Build Indication (PerTTI) .................................................... 85

1.69 ML1 PDSCH Stat Indication(PerTTI) ............................................................. 86

1.70 ML1 PDCCH PHICH Ind Report(PerTTI) ........................................................ 87

1.71 ML1 GM Tx Report(Per TTI) .......................................................................... 88

1.72 MAC DL TB(Per TTI) ...................................................................................... 90

1.73 MAC UL TB(PerTTI) ....................................................................................... 92

1.74 ML1 TDD AckNack Report ............................................................................. 93

1.75 TDD KPI(Old) ................................................................................................ 94

1.76 TDD KPI(New) .............................................................................................. 95

1.77 HRPD Neighbor Measurements ..................................................................... 96

1.78 eMBMS Channel Whitened Matrices .............................................................. 96

2. LGE ....................................................................................................... 97

2.1 L1 Status Info ............................................................................................... 97

2.2 Serving Cell Signal Quality Info .................................................................... 98

2.3 Tx Power Info ............................................................................................... 98

2.4 RACH Info ..................................................................................................... 98

2.5 Timing Adjustment Info ................................................................................ 99

2.6 Cell Info ........................................................................................................ 99

2.7 Search Result.............................................................................................. 102

2.8 Channel Info ............................................................................................... 103

2.9 CQI Info ...................................................................................................... 103


© Innowireless Co., Ltd. Page ７

2.10 Multi-paths Profile ...................................................................................... 104

2.11 PBCH BLER .................................................................................................. 104

2.12 PDSCH BLER ............................................................................................... 104

2.13 PDCCH Detection Rate ................................................................................ 105

2.14 DL Grant & UL Ack/Nack Status Info (Improved) ....................................... 105

2.15 DL Grant & UL Ack/Nack Status Info (Improved)[Detail per TTI] .............. 106

2.16 UL Grant & DL Ack/Nack Status Info .......................................................... 107

2.17 UL Grant & DL Ack/Nack Status info [Detail per TTI] ................................. 108

2.18 PDSCH PHY Throughput .............................................................................. 109

2.19 UL PRB MAP Data Info ................................................................................ 109

2.20 PUSCH PHY Throughput .............................................................................. 109

2.21 L2 DL Throughput ....................................................................................... 110

2.22 L2 UL Throughput ....................................................................................... 110

2.23 PDSCH MAC BLER ........................................................................................ 111

2.24 RLC States Info ........................................................................................... 111

2.25 MAC State Info............................................................................................ 111

2.26 MAC UL Transmission Info .......................................................................... 112

2.27 RACH REQ Info ........................................................................................... 113

2.28 RACH RSP General Info ............................................................................... 113

2.29 RNTI Info.................................................................................................... 113

2.30 Serving Cell & Neighbor Cell Lists ............................................................... 114

2.31 NAS System Info ......................................................................................... 116

2.32 RRC BCH Status Info ................................................................................... 116

2.33 NAS State Info ............................................................................................ 116

2.34 NAS State Info(R4) ..................................................................................... 117

2.35 Radio & NAS Signaling Failure Info ............................................................. 117

2.36 RRC Freq Scan Info ..................................................................................... 117

2.37 Cell Reselection Info ................................................................................... 117

2.38 Handover History ........................................................................................ 118

2.39 Data Path Packet Loss ................................................................................ 118

2.40 ESM Instance Info ...................................................................................... 119

3. Samsung ............................................................................................. 120

3.1 Common Basic Info ..................................................................................... 120

3.2 Common Data Info ...................................................................................... 120


© Innowireless Co., Ltd. Page ８

3.3 LPHY N Cell Information ............................................................................. 121

3.4 LPHY Cell Search Info ................................................................................. 122

3.5 LPHY System Info ....................................................................................... 123

3.6 LPHY Channel Quality Info .......................................................................... 124

3.7 LPHY Parameter Info .................................................................................. 124

3.8 LPHY PHICH Info ........................................................................................ 125

3.9 LL1 RF & Sync Info ..................................................................................... 125

3.10 LL1 Downlink Info ...................................................................................... 125

3.11 LL1 Uplink Info ........................................................................................... 126

3.12 LL1 Measurement Config Info ..................................................................... 126

3.13 LL2 SCH Configuration Info ........................................................................ 126

3.14 Timer & Preamble Info ............................................................................... 126

3.15 Power Ramping & RA Supervision Info ....................................................... 127

3.16 Max HARQ Msg3Tx & RACH Info ................................................................. 127

3.17 LL2 RNTI Info ............................................................................................. 127

3.18 LL2 RLC Info ............................................................................................... 128

3.19 LL2 PDCP Info ............................................................................................. 128

3.20 LRRC Serving Cell Info ................................................................................ 129

3.21 LRRC State Variables Info ........................................................................... 129

3.22 LRRC Timer Info ......................................................................................... 130

3.23 LNAS State Variables Info ........................................................................... 131

3.24 LNAS MM(SIM/PLMN/Security) Info .......................................................... 131

3.25 LNAS PDP/IP Info ...................................................................................... 132

3.26 LDATA Throughput Info .............................................................................. 132

3.27 LDATA Timing Info ...................................................................................... 132

4. GCT ..................................................................................................... 133

4.1 L1 Status Info ............................................................................................. 133

4.2 Serving Cell Signal Quality Info .................................................................. 134

4.3 Tx Power Info ............................................................................................. 134

4.4 RACH Info ................................................................................................... 134

4.5 Timing Adjustment Info .............................................................................. 135

4.6 Cell Info ...................................................................................................... 135

4.7 Search Result.............................................................................................. 138

4.8 Channel Info ............................................................................................... 139


© Innowireless Co., Ltd. Page ９

4.9 CQI Info ...................................................................................................... 139

4.10 Multi-paths Profile ...................................................................................... 140

4.11 PBCH BLER .................................................................................................. 140

4.12 PDSCH BLER ............................................................................................... 140

4.13 PDCCH Detection Rate ................................................................................ 141

4.14 DL Grant & UL Ack/Nack Status Info (Improved) ....................................... 141

4.15 DL Grant & UL Ack/Nack Status Info (Improved)[Detail per TTI] .............. 143

4.16 UL Grant & DL Ack/Nack Status Info .......................................................... 144

4.17 UL Grant & DL Ack/Nack Status info [Detail per TTI] ................................. 145

4.18 PDSCH PHY Throughput .............................................................................. 145

4.19 UL PRB MAP Data Info ................................................................................ 146

4.20 PUSCH PHY Throughput .............................................................................. 146

4.21 L2 DL Throughput ....................................................................................... 147

4.22 L2 UL Throughput ....................................................................................... 147

4.23 PDSCH MAC BLER ........................................................................................ 148

4.24 RLC States Info ........................................................................................... 148

4.25 MAC State Info............................................................................................ 148

4.26 MAC UL Transmission Info .......................................................................... 149

4.27 RACH REQ Info ........................................................................................... 150

4.28 RACH RSP General Info ............................................................................... 150

4.29 RNTI Info.................................................................................................... 150

4.30 Serving Cell & Neighbor Cell Lists ............................................................... 151

4.31 NAS System Info ......................................................................................... 153

4.32 RRC BCH Status Info ................................................................................... 153

4.33 NAS State Info ............................................................................................ 153

4.34 NAS State Info(R4) ..................................................................................... 154

4.35 Radio & NAS Signaling Failure Info ............................................................. 154

4.36 RRC Freq Scan Info ..................................................................................... 154

4.37 Cell Reselection Info ................................................................................... 154

4.38 Handover History ........................................................................................ 155

4.39 Data Path Packet Loss ................................................................................ 155

4.40 ESM Instance Info ...................................................................................... 156

5. LTE KPI ............................................................................................... 157

XCAP-LTE Parameter Description Chapter 1. Qualcomm Lte/LteAdv

1. Qualcomm Lte/LteAdv

1.1 Configuration Info Parameter Description Sampling Method

DL Common>

TDD Common

Config Subframe

Assignment

0 – SUBFRAME_ASSIGN_0







X

Special Subframe

Patterns

0 – SPECIAL_SUBFRAME_PATTERN_0

1 – SPECIAL_SUBFRAME_PATTERN _1








X

DL Common>

UL CP Config UL CP

0 – NORMAL_CP

1 – EXTENDED_CP

X

DL Common>

UL Config

UL EARFCN UL Cell earfcn (18000 <= Range <= 39649) X

UL Bandwidth

Uplink bandwidth

6 (RBs) – 1.4 MHz

15 (RBs) – 3 MHz

25 (RBs) – 5 MHz

50 (RBs) – 10 MHz

75 (RBs) – 15 MHz

100 (RBs) – 20 MHz

X

Additional

Spectrum

Emission

Additional Spectrum Emission (Range is 1 to

32)

X

DL Common>

MIB info

Num ENB Ant

Ports Valid values – 1, 2, 4

X

PHICH Duration

PHICH-Duration

0 – PHICH_NORMAL

1 – PHICH_EXTENDED

X

PHICH Resource

Ng (HICH group multiplier)

0 – 1/6

1 – 1/2

2 – 1

3 – 2

X


© Innowireless Co., Ltd.

Parameter Description Sampling Method

DL Common>

PDSCH Config

Reference Signal

Power

Downlink Reference-signal transmit power

(Range is -60 to 50 dBm)

X

P-b

P_B indicates the ratio of PDSCH-to-RS EPRE

in symbols with and without reference

symbols for 1, 2 or 4 cell specific antenna

ports

0 – PB0 = (1, 1), (2, 5/4), (4, 5/4)

1 – PB1 = (1, 4/5), (2, 1), (4, 1)

2 – PB2 = (1, 3/5), (2, 3/4), (4, 3/4)

3 – PB3 = (1, 2/5), (2, 1/2), (4, 1/2)

4 – PB_FW_HYPOTHESIS

X

DL Common>

MBSFN

Config>

Config[x]

Allocation Offset allocation offset (Range is 0 to 7) X

Allocation Period

allocation period

0 – 1 radio frame

1 – 2 radio frames





X

Sub-Fn Allocation

Type

subfn allocation type

Type 0 – MBSFN allocation one frame

Type 1 – MBSFN allocation four frames

X

Sub-Fn Allocation

Mask

subfn allocation mask based on subfn

allocation type

- First 6 bits (least significant bits) for Type 0

- All 24 bits for Type 1

- Total 24 bits mask

X

DL

Dedicated>

PDCCH TPC

Config for

PUCCH

TPC-RNTI

RNTI for PUCCH power control using DCI

format 3/3A

(Range is 0001-003C, 003D-FFF3)

X

DCI Format

DCI format 3 or 3A used for TPC Index

0 – DCI Format3

1 – DCI Format3A

X

TPC Index

Index of N or M

(Range is [1-15] for DCI format 3 and [1-31]

for format 3A)

X

DL

Dedicated>

PDCCH TPC

Config for

PUSCH

TPC-RNTI

RNTI for PUSCH power control using DCI

format 3/3A

(Range is 0001-003C, 003D-FFF3)

X

DCI Format

DCI format 3 or 3A used for TPC Index

0 – DCI Format3

1 – DCI Format3A

X

TPC Index

Index of N or M

(Range is [1-15] for DCI format 3 and [1-31]

for format 3A)

X




Antenna

Config

Codebook Subset

Restriction

A bitmask of the codebook restriction. The

number of bits used in the restriction varies

with the transmission mode

n2TxAntenna-tm3 : 2

n4TxAntenna-tm3 : 4

n2TxAntenna-tm4 : 6

n4TxAntenna-tm4 : 64

n2TxAntenna-tm5 : 4


n2TxAntenna-tm6 : 4


X

Transmission

Mode

Transmission mode

1 – Tx mode 1

2 – Tx mode 2

3 – Tx mode 3

4 – Tx mode 4

5 – Tx mode 5

6 – Tx mode 6

7 – Tx mode 7

X

Tx Ant Selection

Control

0 – Closed loop

1 – Open loop

X

DL

Dedicated>

PDSCH Config

P-a

P-a

0 – - 6 dB

1 – - 4.77 dB

2 – - 3 dB

3 – - 1.77 dB

4 – 0 dB

5 – 1 dB

6 – 2 dB

7 – 3 dB

8 – PA_FW_HYPOTHESIS

X

DL

Dedicated>

UE-related

Config

C-RNTI C- RNTI value

(Range is 0001-003C, 003D-FFF3)

X

UL Common>

PUSCH Config n_sb

n_sb

0x0 - 1 to 0x3 – 4

X

Hopping Mode

Hopping-mode

0x0 - Inter subframe

0x1 - Intra and inter subframe

X

Hopping Offset Hopping offset

(Range is 0 to 98)

X

Enable 64 QAM 1 indicates that 64 QAM is enabled while 0

indicates that no 64 QAM is allowed

X




Group Hopping

Enabled

Group-hopping-enabled

1 indicates that Group Hopping is enabled

while 0 Indicates that Group Hopping is

disabled

X

Group

Assignment

PUSCH

Group Assignment PUSCH (Range is 0 to 29)

X

Sequence

Hopping Enabled

Sequence-hopping-enabled

1 indicates that Sequence Hopping is enabled

while 0 Indicates that Sequence Hopping is

disabled

X

Cyclic Shift Cyclic Shift (Range is 0 to 7) X

UL Common>

PUCCH Config

Delta Shift Delta Shift (Range is 1 to 3) X

n_rb_cqi n_rb_cqi (Range is 0 to 98) X

n_cs_an n_cs_an (Range is 0 to 7) X

n1_pucch_an n1_pucch_an (Range is 0 to 2047) X

UL Common>

SRS Config SRS Enabled

0x0 – Disable

0x1 – Enable

X

SRS Bandwidth

Config

SRS Bandwidth Configuration (Range is 0 to

7)

X

SRS Subframe

Config

SRS subframe Configuration (Range is 0 to

15)

X

Simultaneous

ACK/NAK SRS

Simultaneous-AN-and-SRS

1 indicates that Simultaneous transmission of

ACK/NAK and SRS is enabled while 0

Indicates that it is disabled

X

SRS Max UpPts

SRS Max Uplink Pilot Time Slot

1 indicates reconfiguration is enabled for

UpPts while 0 indicates that reconfiguration is

disabled.

X

UL

Dedicated>

SRS Config

SRS Enabled 0x0 – Disable

0x1 – Enable

X

SRS Bandwidth SRS Bandwidth (Range is 0 to 3) X

SRS Hopping

Bandwidth SRS hopping bandwidth (Range is 0 to 3)

X

Freq Domain

Position Frequency Domain Position (Range is 0 to 23)

X

Duration 0 corresponds to single and value 1 to

indefinite (Range is 0 to 1)

X

SRS Config Index SRS Config Index (Range is 0 to 1023) X

Tx Combination Tx Combination (Range is 0 to 1) X


UL

Dedicated> CQI Enabled

0x0 – Disable

0x1 – Enable

X




CQI Config

CQI Reporting

Mode Aperiodic

CQI Reporting Mode Aperiodic

0x0 – Mode12

0x1 – Mode20

0x2 – Mode22

0x3 – Mode30

0x4 – Mode31

X

CQI Reporting

Periodic Present

0x0 – Not Present

0x1 - Present

X

CQI Format

Indicator

PUCCH CQI Feedback Type

0x0 – Wideband CQI

0x1 – Subband CQI

X

Nominal PDSCH

RS EPRE Offset

Nominal PDSCH RS EPRE Offset

(Range is -1 to 6)

X

CQI PUCCH

Resource Index

CQI PUCCH Resource Index

(Range is 0 to 1185)

X

RI Config Index RI Config Index


X

K K (Range is 1 to 4) X

Simultaneous

AckNack and CQI

Simultaneous-AN-and-CQI

1 indicates that simultaneous transmission of

ACK/NACK and CQI is allowed and 0 indicates

that it is not.

X

CQI-PMI Config

Index

CQI/PMI Periodicity and offset Configuration

Index (Range is 0 to 1023)

X

UL

Dedicated>

Antenna

Config Transmission

Mode

Transmission mode

1 – Tx mode 1

2 – Tx mode 2

3 – Tx mode 3

4 – Tx mode 4

5 – Tx mode 5

6 – Tx mode 6

7 – Tx mode 7

X

Tx Ant Selection

Enabled

0 indicates that UE transmit antenna

selection is disabled. If 1, then the field

indicates whether UE transmit antenna

selection control is closed-loop or open-loop

X

Tx Ant Selection

Control

0 indicates closed loop and 1 indicates open

loop

X

Codebook Subset

Restriction Codebook Subset Restriction

X




GM Common>

UL Frequency

Config

Cell Frequency

ul-EARFCN

For FDD – Default value determined from

default

Tx-RX frequency separation defined in

[36.101]

For TDD – This parameter is absent and it is

equal to the downlink frequency.

X

Bandwidth Uplink bandwidth X

Additional

Spectrum

Emission

Additional Spectrum Emission (Range is 0 to

31)

X

GM Common>

PUCCH Config

PUCCH Delta

Shift PUCCH Delta Shift (Range is 1 to 3)

X

n_rb_cqi n_rb_cqi (Range is 0 to 98) X

n_cs_an n_cs_an (Range is 0 to 7) X

n1_pucch_an n1_pucch_an (Range is 0 to 2047) X

GM Common>

UL Power

Control Config

P0 Nominal

PUSCH P0 Nominal PUSCH (Range is -126 to 24)

X

Alpha

Alpha

0x0 – 0

0x1 – 0.4

0x2 – 0.5

0x3 – 0.6

0x4 – 0.7

0x5 – 0.8

0x6 – 0.9

0x7 – 1.0

X

P0 Nominal

PUCCH

P0 Nominal PUCCH (Range is -127 to -96)

actual value = IE value * 2 [dB]

X

Delta Preamble

MSG3 Delta Preamble MSG3

X

Delta TF List

PUCCH Format 1 Delta TF List PUCCH Format 1

X

Delta TF List

PUCCH Format 1b Delta TF List PUCCH Format 1b

X

Delta TF List

PUCCH Format 2 Delta TF List PUCCH Format 2

X

Delta TF List

PUCCH Format 2a Delta TF List PUCCH Format 2a

X

Delta TF List

PUCCH Format 2b Delta TF List PUCCH Format 2b

X

GM Common>

SRS Config SRS Enabled

0x0 – Disable

0x1 – Enable

X

SRS Bandwidth

Config

SRS bandwidth configuration (Range is 0 to

7)

X




SRS Subframe

Config

SRS subframe configuration (Range is 0 to

15)

X

Simultaneous

ACK/NAK SRS

Simultaneous-AN-and-SRS

1 indicates that Simultaneous transmission of

ACK/NAK and SRS is enabled while 0

Indicates that it is disabled

X

SRS Max UpPts

SRS Max Uplink Pilot Time Slot

1 indicates reconfiguration is enabled for

UpPts while 0 indicates that reconfiguration is

disabled

X

GM Common>

UL Cyclic

Prefix Config

UL Cyclic Prefix

Length

Uplink cyclic prefix length

0 corresponds to normal cyclic prefix and 1

corresponds to extended cyclic prefix

X

GM Common>

PUSCH Config Enable 64 QAM

0x0 – Disable

0x1 – Enable

X

GM

Dedicated>

SR Config

SR Enabled 0x0 – Disable

0x1 – Enable

X

SR PUCCH

Resource Index

SR PUCCH Resource Index (Range is 0 to

2047)

X

SR Config Index SR Config Index (Range is 0 to 155) X

SR Max

Transmissions

SR Max Transmissions(DSR_TRANS_MAX)

(Range is 4 to 64)

X

GM

Dedicated>

CQI Config

CQI Enabled 0x0 – Disable

0x1 – Enable

X

CQI Reporting

Mode Aperiodic

CQI Reporting Mode Aperiodic

0x0 – Mode12

0x1 – Mode20

0x2 – Mode22

0x3 – Mode30

0x4 – Mode31

X

Nominal PDSCH

RS EPRE Offset

Nominal PDSCH RS EPRE Offset

(Range is -1 to 6)

X

CQI Reporting

Periodic Present

0x0 – Not Present

0x1 - Present

X

CQI Reporting

Periodic Enabled

0x0 – Disable

0x1 – Enable

X

CQI Format

Indicator

PUCCH CQI Feedback Type

0x0 – Wideband CQI

0x1 – Subband CQI

X

Simultaneous

AckNack and CQI

Simultaneous-AN-and-CQI

1 indicates that simultaneous transmission of

ACK/NACK and CQI is allowed and 0 indicates

that it is not

X

CQI PUCCH

Resource Index

CQI PUCCH Resource Index


X




RI Config Index RI Config Index


X

K K (Range is 1 to 4) X

CQI-PMI Config

Index

CQI/PMI Periodicity and offset Configuration

Index


X

GM

Dedicated>

SRS Config

SRS Enabled 0x0 – Disable

0x1 – Enable

X

SRS Bandwidth SRS Bandwidth (Range is 0 to 3) X

SRS Hopping

Bandwidth SRS hopping bandwidth (Range is 0 to 3)

X

Freq Domain

Position Frequency Domain Position (Range is 0 to 23)

X

Duration 0 corresponds to single and value 1 to

indefinite (Range is 0 to 1)

X

Tx Combination Tx Combination (Range is 0 to 1) X


SRS Config Index SRS Config Index (Range is 0 to 1023) X

GM

Dedicated>

PHR Config

PHR Enabled 0x0 – Disable

0x1 – Enable

X

Periodic PHR

Timer

PERIODIC_PHR_TIMER Value in number of

subframes (Range is 0 to 1000).

X

Prohibit PHR

Timer

PROHIBIT PHR TIMER Value in number of

subframes (Range is 0 to 1000).

X

DL Pathloss

Change Threshold

DL Pathloss Change Value in dB

(Range is 0 to 6)

X

GM

Dedicated>

PUSCH TPC

Config

PUSCH TPC

Enabled

0x0 – Disable

0x1 – Enable

X

PUSCH TPC DCI

Format

0x0 - Format 3

0x1 – Format 3a

X

PUSCH TPC Index

Index of N or M

N or M is dependent on the used DCI format

(Range is 1 to 31)

X

PUSCH TPC-RNTI RNTI for PUSCH power control using DCI

format 3/3A

X

GM

Dedicated>

PUCCH TPC

Config

PUCCH TPC

Enabled

0x0 – Disable

0x1 – Enable

X

PUCCH TPC DCI

Format

0x0 - Format 3

0x1 – Format 3a

X

PUCCH TPC Index

Index of N or M

N or M is dependent on the used DCI format

(Range is 1 to 31)

X

PUCCH TPC-RNTI RNTI for PUCCH power control using DCI

format 3/3A

X




GM

Dedicated> UL

SCH Config

MAX HARQ

Transmissions max-HARQ-Tx (Range is 1 to 28)

X

TTI Bundling

Enabled

Configures TTI bundling on and OFF; can be

configured for FDD and for TDD only for

configurations 0, 1 and 6

X

GM

Dedicated> UL

Power Control

Config

Accumulation

Enabled

Accumulation-enabled

1 corresponds to enabled, whereas 0

corresponds to disabled

X

P0 UE PUSCH P0 UE PUSCH (Range is -8 to 7) X

P0 UE PUCCH P0 UE PUCCH (Range is -8 to 7) X

Delta MCS

Enabled

Delta MCS Enabled

0 corresponds to value 0 corresponding to

state disabled; 1 corresponds to value 1.25

corresponding to enabled

X

P_SRS Offset

P_SRS Offset

For Ks=1.25, the actual parameter value is

pSRS-offset value – 3. For Ks=0, the actual

parameter value is -10.5 + 1.5*pSRS-offset

value.

X

GM

Dedicated>

PUSCH Config

Delta Offset ACK

Index Delta Offset ACK Index (Range is 0 to 15)

X

Delta Offset CQI

Index Delta Offset CQI Index (Range is 0 to 15)

X

Delta Offset

Index Delta Offset Index (Range is 0 to 15)

X

GM

Dedicated>

PUCCH Config

PUCCH Cfg

Enabled

0x0 – Disable

0x1 – Enable

X

ACK/NAK

Feedback Mode

ACK/NAK Feedback Mode

Parameter indicates one of the two TDD

ACK/NACK feedback modes used.

0 corresponds to use of ACK/NACK bundling,

whereas 1 corresponds to ACK/NACK

multiplexing The same value applies to both

ACK/NACK feedback modes on PUCCH as well

as on PUSCH.

X

ACK/NAK

Repetition Factor

ACK/NAK Repetition Factor

Parameter indicates whether ACK/NACK

repetition is enable or disabled (Range is 2 to

6).

X

n1_PUCCH_ANRe

p

PUCCH Resource for ACK/NAK Repetition


X




GM

Dedicated>

Antenna

Config Transmission

Mode

Transmission mode

1 – Tx mode 1

2 – Tx mode 2

3 – Tx mode 3

4 – Tx mode 4

5 – Tx mode 5

6 – Tx mode 6

7 – Tx mode 7

X

Tx Ant Selection

Enabled

0 indicates that UE transmit antenna

selection is disabled. If 1, then the field

indicates whether UE transmit antenna

selection control is closed-loop or open-loop.

X

Tx Ant Selection

Control

0 indicates closed loop and 1 indicates open

loop

X

Codebook Subset

Restriction Codebook Subset Restriction

X

GM

Dedicated>

CDRX Config

CDRX Enable 0x0 – Disable

0x1 – Enable

X

On Duration

Timer

On Duration Timer

pdcch subframes (Maximum value 200)

X

Inactivity Timer Inactivity Timer


X

DL DRX Retx

Timer

DL DRX Retx Timer


X

Long Cycle Len Long Cycle Len


X

Cycle Start Offset Cycle Start Offset


X

Short DRX Cycle

Enable

0x0 – Disable

0x1 – Enable

X

Short DRX Cycle

Len

Short DRX Cycle Len


X

Short DRX Timer Short DRX Timer


X

PRACH

Logical Root Seq

Index

Logical Root ZadOFF-Chu Sequence number

for various preamble formats

Range is 0 to 837 for Preamble Format 0-3

Range is 0 to 137 for Preamble Format 4

X

RA Preamble

Timing

Random Access Preamble timing for a range

of Preamble Formats (Range is 0 to 15)

X

High Speed Flag

Controls grouping of preamble sequences in

two sets, to differentiate a high speed UE

from normal

X

PRACH Frequency

Offset

Frequency Resource offset (Range is 0 to

104)

X




Max

Transmissions

MSG3

Maximum number of HARQ re-transmissions

from UE for RACH message3 (Range is 1 to

8)

X

Cyclic Shift Zone

Length

Cyclic Shifts for various Preamble Formats

Range is 0 to15 for Preamble Formats 0-3

Range is 0 to 6 for Pramble Format 4

X

RA Response

Window Size

Window size for reception of RACH message2

(Range is 2 to 10)

X

TDD

Subframe

Assignment








X

Special Subframe

Patterns










X

1.2 Power Info Parameter Description Sampling Method

Pri. Component Carrier: Primary Component Carrier(PCell)

RSSI(In-band) Ant0

RSSI(In-band) for Ant0 (Range: -120

dBm to -10 dBm)

Arithmetic average

Tools>Options: Sampling Method

Ant1 RSSI(In-band) for Ant1 (Range: -120

dBm to -10 dBm)

Arithmetic average


Comb [RSSI(In-band)>Ant0 + RSSI(In-

band)>Ant1]/2

Arithmetic average


RSSI(Total

Band) Ant0

RSSI(Total Band) for Ant0 (Range: -

120 dBm to -10 dBm)

Arithmetic average


Ant1 RSSI(Total Band) for Ant1 (Range: -

120 dBm to -10 dBm)

Arithmetic average


Comb [RSSI(Total Band)>Ant0 + RSSI(Total

Band)>Ant1]/2

Arithmetic average


RSSI(Broadban

d) Ant0

RSSI(Broadband) for Ant0 (Range: -

120 dBm to -10 dBm)

Arithmetic average


Ant1 RSSI(Broadband) for Ant1 (Range: -

120 dBm to -10 dBm)

Arithmetic average





Comb [RSSI(Broadband)>Ant0 +

RSSI(Broadband)>Ant1]/2

Arithmetic average


Tx Power PUSCH

PUSCH Tx Power (Range: -112 dBm to

23 dBm)

Arithmetic average


PUCCH PUCCH Tx Power (Range: -112 dBm to

23 dBm)

Arithmetic average


PRACH PRACH Tx Power (Range: -112 dBm to

23 dBm)

MAX

SRS SRS Tx Power (Range: -112 dBm to 23

dBm)

Arithmetic average


AGC

Total AGC Total Tx Power (Range:

-70 dBm to 32.3 dBm)

Arithmetic average


PUSCH UL physical channel type:

PUSCH Tx output power

Arithmetic average


PUCCH UL physical channel type:

PUCCH Tx output power

Arithmetic average


PRACH UL physical channel type:

PRACH Tx output power

Arithmetic average


SRS UL physical channel type:

SRS Tx output power

Arithmetic average


SRS

UpPTS

UL physical channel type:

SRS UpPTS Tx output power

Arithmetic average


min(PMAX,TxPo

wer) PUSCH

PUSCH Tx Power (Range: -112 dBm to

PMAX dBm)

Arithmetic average


PUCCH PUCCH Tx Power (Range: -112 dBm to

PMAX dBm)

Arithmetic average


PRACH PRACH Tx Power (Range: -112 dBm to

PMAX dBm)

Arithmetic average


SRS SRS Tx Power (Range: -112 dBm to 23

dBm)

Arithmetic average


AGC

Total AGC Total Tx Power (Range:

-70 dBm to PMAX dBm)

Arithmetic average


PUSCH UL physical channel type:

PUSCH Tx output power

Arithmetic average


PUCCH UL physical channel type:

PUCCH Tx output power

Arithmetic average


PRACH UL physical channel type:

PRACH Tx output power

Arithmetic average


SRS UL physical channel type:

SRS Tx output power

Arithmetic average


SRS

UpPTS

UL physical channel type:

SRS UpPTS Tx output power

Arithmetic average


DL Pathloss Downlink path loss computed in the UE

Arithmetic average





Power

Headroom

Uplink power headroom value

Range: -23 dB to 40 dB

Arithmetic average


Sec. Component Carrier: Secondary Component Carrier(SCell)

Sec.

Component

Carrier>RSSI(In

-band)

Ant0

RSSI(In-band) for Sec. Component

Carrier Ant0

(Range: -120 dBm to -10 dBm)

Arithmetic average


Ant1

RSSI(In-band) for Sec. Component

Carrier Ant1


Arithmetic average


Comb [RSSI(In-band)>Ant0 + RSSI(In-

band)>Ant1]/2

Arithmetic average


Sec.

Component

Carrier>

RSSI(Total

Band)

Ant0

RSSI(Total Band) for Sec. Component

Carrier Ant0


Arithmetic average


Ant1

RSSI(Total Band) for Sec. Component

Carrier Ant1


Arithmetic average


Comb [RSSI(Total Band)>Ant0 + RSSI(Total

Band)>Ant1]/2

Arithmetic average


Sec.

Component

Carrier>

RSSI(Broadban

d)

Ant0

RSSI(Broadband) for Sec. Component

Carrier Ant0


Arithmetic average


Ant1

RSSI(Broadband) for Sec. Component

Carrier Ant1


Arithmetic average


Comb [RSSI(Broadband)>Ant0 +

RSSI(Broadband)>Ant1]/2

Arithmetic average


1.3 Power Control Info Parameter Description Sampling Method

PUSCH>TPC

Command

TPC to be applied on current subframe 0x0F stands for TPC

not present

Range is -6 to 8

Mode

PUSCH>DL Path

Loss PUSCH Downlink path loss computed

Arithmetic average

PUSCH>Tx

Type

PUSCH Tx type

– Semi-persistent

– Dynamic

– RACH MSG3

Mode

PUSCH>f(i) Power control accumulation factor

Range is -141 to +141

Last

PUSCH>DCI Count DCI Format 0/1/1A/1B/1C/2/2A/3/3A Sum




Format

Percentage DCI Format 0/1/1A/1B/1C/2/2A/3/3A

(Number of DCI Format

0)/ Total DCI Format

Count * 100(%)

PUCCH>TPC

Command

TPC to be applied on current subframe 0x1F stands for TPC

not present. Range is -9 to 27

Mode

PUCCH>DL Path

Loss PUCCH Downlink path loss computed

Arithmetic average

PUCCH g(i) PUCCH power accumulation factor

Range is -141 to +141

Last

PUCCH>DCI

Format

Count DCI Format 0/1/1A/1B/1C/2/2A/3/3A Sum

Percentage DCI Format 0/1/1A/1B/1C/2/2A/3/3A



Count * 100(%)

PUCCH>PUCCH

Format(UCI)

Count Format 1/1A/1B/2/2A/2B Sum

Percentage Format 1/1A/1B/2/2A/2B

(Number of Format 1)/

Total PUCCH Format

Count * 100(%)

1.4 ML1 PUCCH Power Control (Per TTI) Parameter Description Sampling Method

Tx SFN Tx System Frame Number X

Tx Sub-fn Tx Subframe Number X

DCI Format 0x0 – DCI Format 0

0x1 – DCI Format 1

0x2 – DCI Format 1a

0x3 – DCI Format 1b

0x4 – DCI Format 1c

0x5 – DCI Format 1d





X

PUCCH Format(UCI) 0x0 - Format 1

0x1 - Format 1a

0x2 - Format 1b

0x3 – Format 2

0x4 –Format 2a

0x5 - Format 2b

0x6 – N/A

X

Number of HARQ bits Number of HARQ information X

Number of CQI bits Number of Channel Quality Indicator bits X

DL Pathloss DL Pathloss X

g(i) Sum of current TPC and previous TCP X




TPC Transmit Power Control X

PUCCH Tx Power Calculated Tx Power X

PUCCH Tx

Power(Actual) Actual Tx Power

X

1.5 ML1 PUSCH Power Control (Per TTI) Parameter Description Sampling Method

Tx SFN Tx System Frame Number X

Tx Sub-fn Tx Subframe Number X

DCI Format 0x0 – DCI Format 0










X

Tx Type 0x0 – Semi-persistent

0x1 – Dynamic

0x2 – RACH MSG3

X

Transport Block

Size Transport Block Size

X

DL Pathloss DL Pathloss X

f(i) Sum of current TPC and previous TCP X

TPC Transmit Power Control X

PUSCH Tx Power Calculated Tx Power X

PUSCH Tx

Power(Actual) Actual Tx Power

X

1.6 PDCCH DCI Format Parameter Description Sampling Method

Count DCI Format 0/1/1A/1B/1C/2/2A/3/3A Count

In PUCCH+PUSCH Power Control, DCI format of the

decoded PDCCH

Sum

Percentage

DCI Format 0/1/1A/1B/1C/2/2A/3/3A Percentage



Count * 100(%)



1.7 Cell Search Parameter Description Sampling Method

PSS> Dominant

PSS Peak Value

Dominant PSS Peak value

10log10(x/128) in units of dB

Max

PSS> Dominant

PSS Peak Position Sample position with 5 ms resolution (Range is 0 to

(9600-1))

Peak Position value of

Dominant PSS Peak

Value

PSS> Dominant

PSS Indices PSS Index (Range is 0 to 2)

PSS Indices value of

Dominant PSS Peak

Value

SSS> Dominant

PCI Dominant Cell ID(PCI)

Cell ID value of

Dominant SSS Peak

Value

SSS> Dominant

EARFCN Dominant EARFCN

EARFCN value of

Dominant SSS Peak

Valu

SSS> Dominant

SSS Peak Value

Dominant SSS Peak Value

10log10(x/256) in units of dB

Max

SSS> Dominant

SSS Position Start of SSS sequence in search sample server.

Range is 0 to (search sample server length -1)

Peak Position value of

Dominant SSS Peak

Value

SSS> Dominant

Frame Boundary 64 bit frame boundary RTC counter of Dominant PCI

D Frame Boundary

value of ominant SSS

Peak Value

SSS> Dominant CP Cyclic prefix used of Dominant PCI

0 – normal CP

1 – extended CP

CP value of Dominant

SSS Peak Value

SSS> Detected

Cell Info> EARFCN

#> PCI#

SSS Peak Value SSS Peak value per PCI per EARFCN Max

SSS Position SSS Position per PCI SSS Position value of

SSS Peak Value

Frame

Boundary

64 bit frame boundary RTC counter

per PCI per EARFCN

Frame Boundary value

of SSS Peak Value

CP

Cyclic prefix used per PCI per

EARFCN

0 – normal CP

1 – extended CP

CP value of SSS Peak

Valu

Half Frame

Hypothesis

Half Frame Hypothesis per PCI per

EARFCN

0 – Preamble

1 – MIDamble

Half Frame Hypothesis

value of SSS Peak

Value



1.8 Ant Correlation Result Parameter Description Sampling Method

Serving PCI Serving Cell PCI Last

RSSI Ant0 RSSI per Rx antenna0 Linear average

RSSI Ant1 RSSI per Rx antenna1 Linear average

RSSI Comb Combined RSSI Linear average

Antenna Correlation>

Correlation Real> Tx Ant[x]

Real part of Rx0 and Rx1 correlation

Where, x is Tx Antenna (Range: 0 ~ 3).

Arithmetic average

Antenna Correlation>

Correlation Imaginary> Tx

Ant[x]

Imaginary part of Rx0 and Rx1 correlation

Where, x is Tx Antenna (Range: 0 ~ 3).

Arithmetic average

1.9 Intrafreq Measurement Info Parameter Description Sampling Method

PCell: Primary Cell

SCell[x]: Secondary Cell[x = 1 ~ 7] where, in R10 SCell[1] exists only.

EARFCN(DL) Downlink frequency as E-ARFCN Last

EARFCN(UL) Uplink frequency as E-ARFCN Last

Frequency(DL) Downlink frequency of the serving cell (Unit: MHz) Last

Frequency(UL) Uplink frequency of the serving cell (Unit: MHz) Last

Serving Cell>

Serving PCI Serving Cell PCI (Range: 0 ~ 503)

Last

Serving Cell>

Serving RSRP RSRP

Serving Cell RSRP

(Range: -140dBm to -44dBm)

Arithmetic average


RSRP0 Serving Cell RSRP0


Arithmetic average


RSRP1 Serving Cell RSRP1


Arithmetic average


Serving Cell>

Serving RSRQ RSRQ

Serving Cell RSRQ

(Range: -30dB to 0 dB)

Arithmetic average


RSRQ0 Serving Cell RSRQ0


Arithmetic average


RSRQ1 Serving Cell RSRQ1


Arithmetic average


Serving Cell>

Serving RSSI RSSI

Serving Cell RSSI


Arithmetic average


RSSI0 Serving Cell RSSI0


Arithmetic average


RSSI1 Serving Cell RSSI1


Arithmetic average


Serving Cell>

Serving SINR SINR

Serving Cell SINR

(Range: -20dB to +30dB)

Arithmetic average


SINR0 Serving Cell SINR0


Arithmetic average





SINR1 Serving Cell SINR1


Arithmetic average


Serving Cell>

Serving Cell

Timing

Cell Timing0 Serving Cell Timing0

(Range: 0 Ts to 307200 Ts)

Last

Cell Timing1 Serving Cell Timing1


Last

Serving Cell>

All Cell Info>

Serving RSRP

RSRP>PCI# Serving Cell RSRP per PCI


Arithmetic average


RSRP0>PCI# Serving Cell RSRP0 per PCI


Arithmetic average


RSRP1>PCI# Serving Cell RSRP1 per PCI


Arithmetic average


Serving Cell>

All Cell Info>

Serving RSRQ

RSRQ>PCI# Serving Cell RSRQ per PCI


Arithmetic average


RSRQ0>PCI# Serving Cell RSRQ0 per PCI


Arithmetic average


RSRQ1>PCI# Serving Cell RSRQ1 per PCI


Arithmetic average


Serving Cell>

All Cell Info>

Serving RSSI

RSSI>PCI# Serving Cell RSSI per PCI


Arithmetic average


RSSI0>PCI# Serving Cell RSSI0 per PCI


Arithmetic average


RSSI1>PCI# Serving Cell RSSI1 per PCI


Arithmetic average


Serving Cell>

All Cell Info>

Serving SINR

SINR>PCI# Serving Cell SINR per PCI


Arithmetic average


SINR0>PCI# Serving Cell SINR0 per PCI


Arithmetic average


SINR1>PCI# Serving Cell SINR1 per PCI


Arithmetic average


Serving Cell>

All Cell Info>

Serving Cell

Timing

Cell Timing0>

PCI#

Serving Cell Timing0 per PCI


Last

Cell Timing1>

PCI#

Serving Cell Timing1 per PCI


Last

Neighbor Cell>

Neighbor

Neighbor Cell>

Cell Count

Number of Neighbor PCI

Regard all logged PCI

Neighbor Cell>

Neighbor Cell

List

Neighbor PCI List

Display all

Neighbor Cell>

Summary

Neighbor Cell

List

Neighbor PCI List with (RSRP,RSRQ)

Display all

(Arithmetic average

Tools>Options: Sampling

Method)




Neighbor Cell>

Neighbor RSRP RSRP>PCI#

Neighbor Cell RSRP per PCI


Arithmetic average


RSRP0>PCI# Neighbor Cell RSRP0 per PCI


Arithmetic average




Arithmetic average


Neighbor Cell>

Neighbor RSRQ RSRQ>PCI#

Neighbor Cell RSRQ per PCI


Arithmetic average


RSRQ0>PCI# Neighbor Cell RSRQ0 per PCI


Arithmetic average




Arithmetic average


Neighbor Cell>

Neighbor RSSI RSSI>PCI#

Neighbor Cell RSSI per PCI


Arithmetic average


RSSI0>PCI# Neighbor Cell RSSI0 per PCI


Arithmetic average




Arithmetic average


Neighbor Cell>

Serving Cell

Timing

Cell Timing0 Neighbor Cell Timing0 (Range: 0

Ts to 307200 Ts)

Last

Cell Timing1 Neighbor Cell Timing1 (Range: 0

Ts to 307200 Ts)

Last

Neighbor Cell>

Top Set> Top# PCI

PCI with RSRP or RSRQ strength

from top 1 to 20 from Neighbor

Cell

PCI which RSCP is Dominant

means Top 1.

RSRP Top 1 to 20 RSRP from Neighbor

Cell

Arithmetic average


RSRP0 Top 1 to 20 RSRP0 from

Neighbor Cell

Arithmetic average


RSRP1 Top 1 to 20 RSRP1 from

Neighbor Cell

Arithmetic average


RSRQ Top 1 to 20 RSRQ from Neighbor

Cell

Arithmetic average


RSRQ0 Top 1 to 20 RSRQ0 from

Neighbor Cell

Arithmetic average


RSRQ1 Top 1 to 20 RSRQ1 from

Neighbor Cell

Arithmetic average


RSSI Top 1 to 20 RSSI from Neighbor

Cell

Arithmetic average


RSSI0 Top 1 to 20 RSSI0 from Neighbor

Cell

Arithmetic average


RSSI1 Top 1 to 20 RSSI1 from Neighbor

Cell

Arithmetic average


Cell Timing0 Top 1 to 20 Cell Timing0 from

Neighbor Cell

Arithmetic average





Cell Timing1 Top 1 to 20 Cell Timing1 from

Neighbor Cell

Arithmetic average


All Set> All

RSRP RSRP>PCI# RSRP per PCI

Arithmetic average


RSRP0>PCI# RSRP0 per PCI Arithmetic average


RSRP1>PCI# RSRP1 per PCI Arithmetic average


All Set> All

RSRQ RSRQ>PCI# RSRQ per PCI

Arithmetic average


RSRQ0>PCI# RSRQ0 per PCI Arithmetic average


RSRQ1>PCI# RSRQ1 per PCI Arithmetic average


All Set> All

RSSI RSSI>PCI# RSSI per PCI

Arithmetic average


RSSI0>PCI# RSSI0 per PCI Arithmetic average


RSSI1>PCI# RSSI1 per PCI Arithmetic average


All Set> All Cell

Timing

Cell Timing0>

PCI# Cell Timing0 per PCI

Arithmetic average

Cell Timing1>

PCI# Cell Timing1 per PCI

Arithmetic average

All Set> Cell

State

Cell State per PCI

- Serving

- Neighbor

If PCI is included to Serving,

Neighbor both, it is displayed as

Serving, Neighbor.

Top Set> Top# PCI

PCI with RSRP or RSRQ strength

from top 1 to 20 from All Set

PCI which RSCP is Dominant

means Top 1.

RSRP Top 1 to 20 RSRP from All Set Arithmetic average


RSRP0 Top 1 to 20 RSRP0 from All Set Arithmetic average


RSRP1 Top 1 to 20 RSRP1 from All Set Arithmetic average


RSRQ Top 1 to 20 RSRQ from All Set Arithmetic average


RSRQ0 Top 1 to 20 RSRQ0 from All Set Arithmetic average


RSRQ1 Top 1 to 20 RSRQ1 from All Set Arithmetic average


RSSI Top 1 to 20 RSSI from All Set Arithmetic average


RSSI0 Top 1 to 20 RSSI0 from All Set Arithmetic average





RSSI1 Top 1 to 20 RSSI1 from All Set Arithmetic average


Cell Timing0 Top 1 to 20 Cell Timing0 from All

Set

Last

Cell Timing1 Top 1 to 20 Cell Timing1 from All

Set

Last

Cell State

Top 1 to 20 Cell State from All

Set

- Serving

- Neighbor

If PCI is included to Serving,

Neighbor both, it is displayed as

Serving, Neighbor.

Interference-

Factor F-Factor Interference Factor

Depending on RSRP Sampling

period

G(ServingCell) Linear value of Serving Cell RSRP

[Unit: pW]


period

Sum of G

(NonServCell)

Sum of Linear value of Non

Serving Cell RSRP [Unit: pW]


period

1.10 Interfreq Measurement Info Parameter Description Sampling Method

PCell>DL EARFCN(#): Primary Cell Downlink EARFCN for Inter frequency

SCell[x]>DL EARFCN(#):Secondary Cell[x = 1 ~ 7] Downlink EARFCN for Inter frequency

where, in R10 SCell[1] exists only.

Neighbor Cell> Neighbor

Neighbor Cell> Cell

Count

Number of Neighbor PCI

Regard all logged PCI


Cell List Neighbor PCI List

Display all

Neighbor Cell> Summary

Neighbor Cell List Neighbor PCI List with (RSRP,RSRQ)

Display all

(Arithmetic average


Method)


RSRP RSRP>PCI# Neighbor Cell RSRP per PCI


Arithmetic average


Method



Arithmetic average


Method



Arithmetic average


Method


RSRQ RSRQ>PCI# Neighbor Cell RSRQ per PCI


Arithmetic average


Method






Arithmetic average


Method



Arithmetic average


Method


RSSI RSSI>PCI# Neighbor Cell RSSI per PCI


Arithmetic average


Method



Arithmetic average


Method



Arithmetic average


Method

Neighbor Cell> Serving

Cell Timing Cell Timing0

Neighbor Cell Timing0


Arithmetic average

Cell Timing1 Neighbor Cell Timing1


Arithmetic average

1.11 Intrafreq Cell Reselection Parameter Description Sampling Method

Serving EARFCN Serving cell EARFCN Last

Serving PCI Serving cell physical cell ID Last

Current UE mobility

State

0x1 – Normal mobility

0x2 – Medium mobility

0x4 – High mobility

Last

Priority Categories

Evaluated

Bitmask of which priority categories have been

evaluated

– Invalid

– High priority cells

– Equal priority cells

– Low priority cells

Last

Serving Cell Priority Serving cell priority (Range is 0 to 7) Last

S_non_intra_search Range is 0 to 62 in steps of 2, 0x20 indicates not

present

Last

Thresh_serving_low Range is 0 to 62 in steps of 2, range 0 to 31 Last

S_non_intra_search_Q (Release 9 only) Range is 0 to 31 in steps of 1,

0x20 indicates not present

Last

Thresh_serving_low_Q (Release 9 only) Range is 0 to 31 in steps of 1,

0x20 indicates not present

Last

Treselection Treselection (Range is 0 to 7) Last

Qoffset_frequency Qoffset frequency (Range is -24 to +24) Last




Measurement

Info>Cell[x]

PCI Neighbor cell physical cell ID Last

Srxlev Neighbor cell Srxlev (range -30 to 50

dB)

Last

Rank RSRP Neighbor cell Rank RSRP (Range is -

164 to -20)

Last

RSRP(Avg) RSRP Average (range -140 to -44

dBm)

Last

RSRP(Instant) RSRP Instantaneous (range -140 to -44

dBm)

Last

RSRQ(Avg) RSRQ Average (range -30 to 0 dB) Last

RSRQ(Instant) RSRQ Instantaneous (range -30 to 0

dB)

Last

RSSI(Instant) RSSI Instantaneous (range -140 to -44

dBm)

Last

Qoffset Neighbor cell Qoffset (Range is -24 to

+24)

Last

Treselection Neighbor cell Treselection (range is 0

to 63)

Last

1.12 Timing Advance Info Parameter Description Sampling Method

Timing

Advance(us) Timing Advance(Ts)/307200*10*1000

Last

Timing

Advance(Ts)

Starting UL timing advance*16+Avg(∑"timing adjustment>

timing_advance(Ts)"*16)

Last

Timing

Advance(16Ts)

Starting UL timing advance+Avg(∑"timing adjustment>

timing_advance(Ts)") Range: 0 ~ 1282

Last

DL Frame

Timing(ms) DL Frame Timing(Ts)/307200*10

Last

DL Frame

Timing(Ts) Starting DL frame timing offset+ Avg(∑"DL_frame_timing(Ts)")

Last

UL Frame

Timing(ms) UL Frame Timing(Ts)/307200*10

Last

UL Frame

Timing(Ts) Starting UL frame timing offset+ Avg(∑"UL_frame_timing(Ts)")

Last



1.13 Channel Quality Info Parameter Description Sampling Method



Tx Mode Transmission Mode

0 – TM_INVALID

1 – TM_SINGLE_ANT_PORT0

2 – TM_TD_RANK1

3 – TM_OL_SM

4 – TM_CL_SM

5 – TM_MU_MIMO

6 – TM_CL_RANK1_PC

7 – TM_SINGLE_ANT_PORT5

Last

PUCCH

Reporting Mode

PUCCH Reporting Mode

0 – MODE_1_0

1 – MODE_1_1

2 – MODE 2_0

3 – MODE 2_1

Last

PUSCH

Reporting Mode

PUSCH Reporting Mode

0 – MODE_APERIODIC_RM12





Last

Rank Index Rank Index

0 – Rank 1

1 – Rank 2

Mode

RI1 Rate (Rank 1 Count)/(Rank 1 Count+Rank 2 Count)*100

Refer to the left

formula

RI2 Rate (Rank 2 Count)/(Rank 1 Count+Rank 2 Count)*100

Refer to the left

formula

WideBand CQI

CW0 Wideband CQI for CW0 (Range: 0 ~ 15)

Arithmetic average

WideBand CQI

CW1 Wideband CQI for CW1 (Range: 0 ~ 15)

Arithmetic average

WideBand PMI WideBand PMI

Range: 0…15 for 4 Tx, Rank 1 and 2

Range: 0…1 for 2 Tx, Rank 2

Range: 0…3 for 1 or 2 Tx, Rank 1

Mode

WideBand PMI 0 WideBand PMI (Codeword0) Mode

WideBand PMI 1 WideBand PMI (Codeword1) Mode

SubBand CQI

CW0 Subband x

SubBand_ CQI_CW0_sb0 to 13

Valid only is the following condition.

MODE_APERIODIC_RM30

MODE_APERIODIC_RM31

Arithmetic average




SubBand CQI

CW1 Subband x

SubBand_ CQI_CW1_sb0 to 13

Valid only is the following condition.

MODE_APERIODIC_RM30

MODE_APERIODIC_RM31

Arithmetic average

1.14 ML1 Downlink Info Parameter Description Sampling Method

PCell: Primary Cell


RB Num(Mode) Number of DL Resource Blocks (Sampling Method: Mode) Mode

RB Num(Avg) Number of DL Resource Blocks (Sampling Method: Average) Arithmetic average

RB Num(Included

in 0)

As an user perceived RB Num, it is considered when the user

could not be allocated RB

Refer to the

calculation formula

MCS Idx0(Avg) DL MCS Index0 (Sampling Method: Average) Arithmetic average


MCS Idx0(Mode)

DL MCS Index0 (Sampling Method: Mode)

Mode (If same

frequent, display the

higher value)

MCS Idx1(Mode)


Mode (If same


higher value)

Code Rate

Idx0(Avg) Effective channel code rate for tb index 0

Arithmetic average

Code Rate


Arithmetic average

Modulation Idx0

Rate QPSK

QPSK Num/(QPSK Num+16QAM Num+64QAM

Num)*100 in TB[0]

Refer to the

calculation formula

16QAM 16QAM Num/(QPSK Num+16QAM

Num+64QAM Num)*100 in TB[0]

Refer to the

calculation formula



Refer to the

calculation formula

Modulation Idx1

Rate QPSK


Num)*100 in TB[1]

Refer to the

calculation formula



Refer to the

calculation formula



Refer to the

calculation formula

Modulation

Rate(Total) QPSK


Num)*100 in TB[0],[1]

Refer to the

calculation formula


Num+64QAM Num)*100 in TB[0],[1]

Refer to the

calculation formula


Num+64QAM Num)*100 in in TB[0],[1]

Refer to the

calculation formula




NDI Idx0 Rate New Trans.

Rate

New Trans. Count/(New Trans. Count+Retrans.

Count)*100(%) in TB[0]

Refer to the

calculation formula

Re Trans.

Rate

Retrans. Count/(New Trans. Count+Retrans.


Refer to the

calculation formula

New Trans.

Cnt New Trans. Count in TB[0]

Sum

Re Trans.

Cnt Retrans. Count in TB[0]

Sum


Rate



Refer to the

calculation formula

Re Trans.

Rate



Refer to the

calculation formula

New Trans.

Cnt New Trans. Count in TB[1]

Sum

Re Trans.

Cnt Retrans. Count in TB[1]

Sum

NDI Rate(Total) New Trans.

Rate


Count)*100(%) in TB[0],[1]

Refer to the

calculation formula

Re Trans.

Rate


Count)*100(%) in TB[0],[1]

Refer to the

calculation formula

New Trans.

Cnt New Trans. Count in TB[0],[1]

Sum

Re Trans.

Cnt Retrans. Count in TB[0],[1]

Sum

Discarded ReTx

Rate Idx0

(Discarded reTx present=Present #)/Retrans.

Count*100(%) in TB[0]

Refer to the

calculation formula

Idx1 Discarded reTx present=Present #)/Retrans.

Count*100(%) in TB[1]

Refer to the

calculation formula

Total Discarded reTx present=Present #)/Retrans.

Count*100(%) in TB[0],[1]

Refer to the

calculation formula

DL DTX Rate TTI ratio that the user could not be allocated RB

(In Tools>Options General: LTE tab, when you select ‘ Not

Consider missing log code’ in LTE QC PHY Throughput, this

parameter will be activated only.)

Refer to calculation

formula

DL RB Share TTI ratio that the user could be allocated RB




Refer to the

calculation formula

Total Info: PCell + SCell

Total RB Num

(Including 0) Summation of PCell and SCell[Idx #] RB Num(Including 0)

Refer to the

calculation formula



1.15 ML1 Downlink(Uni) Parameter Description Sampling Method

PCell: Primary Cell

SCell[Idx #]: Secondary Cell[# = 1 ~ 7]


RB Num(Avg) RB Num(Avg) = RB Num(Sum)/Number of Allocated TTIs Arithmetic average

RB

Num(Including 0) RB Num(Including 0) = RB Num(Sum)/Number of Total TTIs

Refer to the

calculation formula

RB Num

TB0(Including 0) Consider only if tb idx equals zero.

Refer to the

calculation formula

RB Num

TB1(Including 0) Consider only if tb idx equals one.

Refer to the

calculation formula

RB Num(Sum) Number of assigned RB

Refer to the

calculation formula

Number of

Allocated TTIs Number of Allocated TTIs

Refer to the

calculation formula

Number of Total

TTIs Number of Total TTIs

Refer to the

calculation formula

MCS Idx0(Mode)

DL MCS Index0(Sampling Method: Mode)

Mode (If same


higher value)

MCS Idx1(Mode)

DL MCS Index1(Sampling Method: Mode)

Mode (If same


higher value)

MCS Idx0(Avg) DL MCS Index0(Sampling Method: Average) Arithmetic average

MCS Idx1(Avg) DL MCS Index1(Sampling Method: Average) Arithmetic average

Code Rate


Arithmetic average

Code Rate


Arithmetic average

Modulation Idx0

Rate QPSK

QPSK Num/(QPSK Num+16QAM

Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula

Modulation Idx1

Rate QPSK


Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula




Modulation

Rate(Total)

QPSK

(TB[0]'s QPSK Num+TB[1]'s QPSK

Num)/(TB[0]'s QPSK Num+TB[0]'s 16QAM

Num+TB[0]'s 64QAM Num+TB[1]'s QPSK

Num+TB[1]'s 16QAM Num+TB[1]'s

64QAM Num)*100

Refer to the

calculation formula

16QAM

(TB[0]'s 16QAM Num+TB[1]'s 16QAM




64QAM Num)*100

Refer to the

calculation formula

64QAM





64QAM Num)*100

Refer to the

calculation formula


Rate

New Trans. Count/(New Trans.

Count+Retrans. Count)*100(%)

Refer to the

calculation formula

Retrans. Rate Retrans. Count/(New Trans.


Refer to the

calculation formula

New Trans. Cnt New Trans. Count Sum

Retrans. Cnt Retrans. Count Sum


Rate



Refer to the

calculation formula



Refer to the

calculation formula




Rate



Refer to the

calculation formula



Refer to the

calculation formula



Discarded ReTx

Rate Idx0

(Discarded reTx present=Present

#)/Retrans. Count*100(%)

Refer to the

calculation formula

Idx1 (Discarded reTx present=Present


Refer to the

calculation formula

Total (Discarded reTx present=Present


Refer to the

calculation formula

DL DTX Rate DL DTX Rate = (1- Number of Allocated TTIs / Number of

Total TTIs)*100(%)

Refer to the

calculation formula

DL RB Share Number of Allocated TTIs / Number of Total TTIs *100(%)

Refer to the

calculation formula

Total Info




Total RB

Num(Including 0) Summation of PCell and SCell[Idx #] RB Num(Including 0)

Refer to the

calculation formula

1.16 ML1 Downlink(Uni+eMBMS) Parameter Description Sampling Method

PCell: Primary Cell



RB Num(Avg) RB Num(Avg) = RB Num(Sum)/Number of Allocated TTIs Arithmetic average

RB

Num(Including 0) RB Num(Including 0) = RB Num(Sum)/Number of Total TTIs

Refer to the

calculation formula

RB Num(Sum) Number of assigned RB

Refer to the

calculation formula

Number of

Allocated TTIs Number of Allocated TTIs

Refer to the

calculation formula

Number of Total

TTIs Number of Total TTIs

Refer to the

calculation formula

MCS Idx0(Mode)


Mode (If same


higher value)

MCS Idx1(Mode)


Mode (If same


higher value)



Code Rate


Arithmetic average

Code Rate


Arithmetic average

Modulation Idx0

Rate QPSK


Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula

Modulation Idx1

Rate QPSK


Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula




Modulation

Rate(Total)

QPSK

(TB[0]'s QPSK Num+TB[1]'s QPSK




64QAM Num)*100

Refer to the

calculation formula

16QAM





64QAM Num)*100

Refer to the

calculation formula

64QAM





64QAM Num)*100

Refer to the

calculation formula


Rate



Refer to the

calculation formula



Refer to the

calculation formula




Rate



Refer to the

calculation formula



Refer to the

calculation formula




Rate



Refer to the

calculation formula



Refer to the

calculation formula



Discarded ReTx

Rate Idx0

(Discarded reTx present=Present


Refer to the

calculation formula

Idx1 (Discarded reTx present=Present


Refer to the

calculation formula

Total (Discarded reTx present=Present


Refer to the

calculation formula

DL DTX Rate DL DTX Rate = (1- Number of Allocated TTIs / Number of

Total TTIs)*100(%)

Refer to the

calculation formula

DL RB Share Number of Allocated TTIs / Number of Total TTIs *100(%)

Refer to the

calculation formula

Total Info




Total RB

Num(Including 0) Summation of PCell and SCell[Idx #] RB Num(Including 0)

Refer to the

calculation formula

1.17 ML1 Uplink Info Parameter Description Sampling Method

RB Num(Mode) Number of UL Resource Blocks (Sampling Method: Mode) Mode

RB Num(Avg) Number of UL Resource Blocks (Sampling Method:

Average)

Arithmetic average

RB Num(Included

in 0)

As an user perceived RB Num, it is considered when the

user could not be allocated RB

MCS Idx(Avg) UL MCS Index (Sampling Method: Average) Arithmetic average

MCS Idx(Mode)

UL MCS Index (Sampling Method: Mode)

Mode (If same


higher value)

Modulation Idx

Rate QPSK


Num+64QAM Num)*100

Refer to the

calculation formula


Num+64QAM Num)*100

Refer to the

calculation formula

64QAM

64QAM Num/(QPSK Num+16QAM

Num+64QAM Num)*100

From Ue Category 5, 64QAM will be

logged.

Refer to the

calculation formula

NDI Rate

New Trans.

Rate



Refer to the

calculation formula.

Process it same with

ML1 Downlink Ino NDI

Re Trans. Rate Retrans. Count/(New Trans.


Refer to the

calculation formula.

Process it same with

ML1 Downlink Ino NDI

New Trans. Cnt New Transmitted Count Sum

Re Trans. Cnt Retransmitted Count Sum

UL DTX Rate TTI ratio that the user could not be allocated RB




Refer to the

calculation formula

UL RB Share TTI ratio that the user could be allocated RB




Refer to the

calculation formula



1.18 PCell-SCell Gap(abs) Parameter Description Sampling Method

CQI Gap(WB CW0) Absolute value of ‘PCell WideBand CQI CW0 – SCell

WideBand CQI CW0’

Refer to the left

formula.

RSRP Gap Absolute value of ‘PCell Serving RSRP – SCell Serving

RSRP’

Refer to the left

formula.

SINR Gap Absolute value of ‘PCell Serving SINR – SCell Serving

SINR’

Refer to the left

formula.

1.19 MAC SCell Act/Deact Info Parameter Description Sampling Method

SCell Activation MAC SCell Activation X

SCell Deactivation MAC SCell Deactivation X

MAC SCell State MAC SCell State

SCell Activation or SCell Deactivation

X

Reference Data Reference data to make an SCell Act/Deact decision

MAC SCell ActDeact

SCell CQI

SCell Deconfig

X

1.20 ML1 UL/DL Info Summary (In-Traffic)

Re-Processing Sub Tree (Traffic State: Traffic Start ~ Call Result in DM Autocall Event)


DL RB

Num(Including 0)

Total: DL RB Num(Including 0) of PCell+SCell during

traffic state

PCell: DL RB Num(Including 0) of PCell during traffic state

SCell[Idx #] : DL RB Num(Including 0) of SCell during

traffic state

Refer to the

calculation formula

UL RB

Num(Including 0) UL RB Num (Including 0) during traffic state

Refer to the

calculation formula

DL MCS Idx0(Avg) Total: DL MCS Idx0(Avg) of PCell+SCell during traffic

state

PCell: DL MCS Idx0(Avg) of PCell during traffic state

SCell[Idx #] : DL MCS Idx0(Avg) of SCell during traffic

state

Arithmetic average

DL MCS Idx1(Avg) Total: DL MCS Idx1(Avg) of PCell+SCell during traffic

state

PCell: DL MCS Idx1(Avg) of PCell during traffic state

SCell[Idx #] : DL MCS Idx1(Avg) of SCell during traffic

state

Arithmetic average

UL MCS Idx(Avg) UL MCS Idx(Avg) during traffic state Arithmetic average

PDSCH Total BLER PDSCH Total BLER during traffic state

Refer to the

calculation formula




PUSCH Total BLER PUSCH Total BLER during traffic state

Refer to the

calculation formula

PDSCH Throughput Total: PDSCH Throughput of PCell+SCell during traffic

state

PCell: PDSCH Throughput of PCell during traffic state

SCell[Idx #] : PDSCH Throughput of SCell during traffic

state

Refer to the

calculation formula

PUSCH Throughput PUSCH Throughput during traffic state

Refer to the

calculation formula

MAC DL

Throughput

Total: PDSCH Throughput of PCell+SCell during traffic

state

PCell: PDSCH Throughput of PCell during traffic state

SCell[Idx #] : PDSCH Throughput of SCell during traffic

state

Refer to the

calculation formula

MAC UL

Throughput MAC UL Throughput during traffic state

Refer to the

calculation formula

RLC DL Throughput RLC DL Throughput during traffic state

Refer to the

calculation formula

RLC UL Throughput RLC UL Throughput during traffic state

Refer to the

calculation formula

PDCP DL

Throughput PDCP DL Throughput during traffic state

Refer to the

calculation formula

PDCP UL

Throughput PDCP UL Throughput during traffic state

Refer to the

calculation formula

1.21 DL Scheduling Assignment Parameter Description Sampling Method

PCell: Primary Cell


Count DCI Format 0/1/1A/1B/1C/1D/2/2A Count

PDCCH format type of DL grant

Sum

Percentage

DCI Format 0/1/1A/1B/1C/1D/2/2A

Percentage

DCI Format>Count>DCI Format

0/1/1A/1B/1C/1D/2/2A ratio (Number of

DCI Format 0/1/1A/1B/1C/1D/2/2A)/

Total DCI Format Count * 100(%)



1.22 Random Access Procedure Parameter Description Sampling Method

Random Access Request(MSG1)>

Preamble Sequence Preamble Sequence Index.

X


Physical Root Index

Physical Root Sequence Index corresponding

to

Preamble Sequence

X


Cyclic Shift Cyclic Shift

X


PRACH Tx Power

PRACH Transmit Power (Range is -112 dBm

to 23 dBm)

X


Beta PRACH Beta PRACH (Range is 0 to 2047)

X


Frequency Resource Offset N_ra_prb (Range is 0 to 104)

X


Preamble Format

Preamble format (based on PRACH

configuration parameter signaled).

X


Duplex Mode

System Duplex Mode

0: FDD

1: TDD

X


RA Request Timing SFN

Random Access Request Timing - System

frame number

X


RA Request Timing Sub-Fn

Random Access Request Timing - Subframe

number

X


RA Response Window Start SFN

Random Access Response Window Start -

System frame number

X


RA Response Window Start Sub-Fn

Random Access Response Window Start -

Subframe number

X


RA Response Window End SFN

Random Access Response Window End -

System frame number

X


RA Response Window End Sub-Fn

Random Access Response Window End -

Subframe number

X


RA-RNTI RA RNTI based on MSG1 timing

X


Random Access Resource for TDD

f_ra Frequency resource index X

t_0_ra

0x0: Resource reoccurring in all

radio frames,

0x1: Resource reoccurring in all

even radio frames,

0x2: Resource reoccurring in all odd

radio frames

X

t_1_ra

0x0: Random access resource

located in first half frame

0x1: random access resource is

located in second half frame

X




t_2_ra

UL subframe number where

preamble starts

0x0: 0

0x1: 1

0x2: 2

0x3: * for preamble format 4

X

d_ra

Density per 10 ms

0x0: 0.5

0x1: 1

0x2: 2

0x3: 3

0x4: 4

0x5: 5

0x6: 6

X

Random Access Response(MSG2)>

SFN

Random Access Response Timing - System

frame number

X


Sub-Fn

Random Access Response Timing - Subframe

number

X


Timing Advance Timing Advance Value

X


RACH Procedure Type

0x0 – Contention free

0x1 – Contention based

X


RACH Procedure Mode

0x0 – Initial access

0x1 – Connected mode RACH procedure

X


RNTI Type

0x0 – C_RNTI

0x1 – SPS_RNTI

0x2 – P_RNTI

0x3 – RA_RNTI

0x4 – TEMP_C_RNTI

0x5 – SI_RNTI

0x6 – TPC_PUSCH_RNTI

0x7 – TPC_PUCCH_RNTI

0x8 – MBMS RNTI

X


RNTI Value RNTI value

X

UE Identification(MSG3)> TPC TPC command to be applied to MSG3

transmission

X

UE Identification(MSG3)> MSC Modulation and Coding Scheme X

UE Identification(MSG3)> RIV Resource Indicator Value X

UE Identification(MSG3)> CQI

Enable

0x0 – Disabled

0x1 – Enabled

X

UE Identification(MSG3)> UL

Delay

0x0 – Do not delay

0x1 – Delay UL transmission

X

UE Identification(MSG3)> Hopping

Flag

0x0 – Hopping is OFF

0x1 – Hopping is ON

X




UE Identification(MSG3)> SFN System frame number of MSG3 X

UE Identification(MSG3)> Sub-Fn Subframe number of MSG3 X

UE Identification(MSG3)> Starting

RB Num

Starting resource block number of the

received grant

X

UE Identification(MSG3)> RB Num Total number of resource blocks allocated in

the grant

X

UE Identification(MSG3)> TB Size

Index

Transport block size can be determined based

on the Transport Block Size Index and

Number of Resource Blocks by the log code

parser

X

UE Identification(MSG3)>

Modulation Type

0x0 – BPSK

0x1 – QPSK

0x2 – 16QAM

0x3 – 64QAM

X


Redundancy Version index Redundancy Version Index

X

UE Identification(MSG3)> HARQ

ID

ID of the HARQ process on which MSG3

transmission was scheduled

X


MR(Last) to MSG3 Duration

RRC Signaling Message(UL-DCCH)

Measurement Report(Last) to MSG3 Duration

X

Contention Resolution(MSG4)>

SFN System frame number of MSG4

X


Sub-Fn Subframe number of MSG4

X


Contention Result

0x0 – Contention failed

0x1 – Contention passed

X

Contention Resolution(MSG4)> UL

ACK Timing SFN System frame number of MSG4 ACK

X

Contention Resolution(MSG4)> UL

ACK Timing Sub-Fn Subframe number of MSG4 ACK

X

Latency KPI> Call Setup

Latency(System-Based)

Random Access Request(MSG1) to

rrcConnectionReconfigurationComplete

(rrcConnectionSetupComplete Piggybaced

NAS is Attach Request.)

Using system frame number and subframe

number

X

Latency KPI> Idle to Active





NAS is Service Request.)


number

X




Latency KPI> Handover


rrcConnectionReconfiguration(with MCI) to

Random Access Response


number

X

Latency KPI> Call Setup

Latency(Chipset-Based)




NAS is Attach Request.)

X

Latency KPI> Idle to Active





NAS is Service Request.)

X

Latency KPI> Handover


rrcConnectionReconfiguration(with MCI) to

Random Access Response

X

1.23 MAC RACH Info Parameter Description Sampling Method

RACH Trigger> Preamble

Init Power Preamble Initial Power

X

RACH Trigger> Power

Ramping Setup Power Ramping Setup (range is 0 to 255 dB)

X

RACH Trigger> RA Idx1 ra_index1 = sizeOfRA-PreamblesGroupA. GroupA is

from 1 to ra_index1

Range is 1 to 64.

X

RACH Trigger> RA Idx2 ra_index2 = numberOfRA-Preambles. GroupB

=(ra_index1 + 1) to ra_index2.

Note that in case there is not GroupB, then

ra_index1 = ra_index2

Range is 1 to 64.

X

RACH Trigger> MAX

Preamble Attempts MAX preamble attempts

X

RACH Trigger> Contention

Timer Contention timer in ms

X

RACH Trigger> MSG Size

Group A Threshold message size to select which RA group

X

RACH Trigger> Group B

Power Offset

Group B power offset.

Unsigned integer in units of dB. Currently, spec

only defines one value –infinity.

The value 0 means –infinity.

X

RACH Trigger> PMAX This indicates the Pmax to be used in the target

cell. If absent the UE applies the maximum power

according to the UE capability

X

RACH Trigger> Delta

Preamble MSG3 Delta preamble Power for message 3.

X




RACH Trigger> Random

Access Preamble Timing

Random Access Preamble timing for preamble

format

Range is 0 to 15.

prach-ConfigurationIndex, see TS 36.211 [21,

5.7.1].

X

RACH Trigger> Cyclic Shift

Zone Length Cyclic Shifts for various preamble formats

X

RACH Trigger> Logical Root

ZC Seq Idx

Logical Root ZadOFF-Chu Sequence number for

various preamble formats

X

RACH Trigger> PRACH Freq

Offset PRACH Frequency offset for MSG1

X

RACH Trigger> High Speed

Flag

Controls grouping of preamble sequences in two

sets, to differentiatea high speed UE from normal

X

RACH Trigger> MAX Retx

MSG3

Maximum number of HARQ re-transmissions from

UE for RACH message3

X

RACH Trigger> RA RSP

Window Size Window size for reception of RACH message2 (ms)

X

RACH Trigger> RACH

Reason

Connection Request

Radio Link Failure

UL Data Arrival

DL Data Arrival

Handover

X

RACH Trigger> RACH

Matching ID

The UE_ID that will be matched for contention

resolution in case of CONTENTION_BASED RACH

Procedure.

X

RACH Trigger> RACH

Contention

0x0 – Contention-free RACH procedure

0x1 – Contention-based RACH procedure

X

RACH Trigger> Preamble Preamble chosen in case of contention based. And

this will refer to the dedicated preamble configured

to MAC in case of contention free RACH.

X

RACH Trigger> Preamble RA

Idx Mask Preamble RA index mask. It ranges from 0-15.

X

RACH Trigger> MSG3 Size Size of MSG3 based on which the group would be

chosen.

X

RACH Trigger> Group

Chosen

0 – Group A

1 – Group B

X

RACH Trigger> Radio

Condition(Pathloss)

Gives the value of the pathloss as a result of call to

the L1 API.

(Range: 0-255 dB)

X

RACH Trigger> C-RNTI If the UE is in connected mode then this indicates

the CRNTI of the UE.

X

RACH Attempt> RACH

Attempt No.

The below fields represent the values corresponding

to the RACH attempt number

X




RACH Attempt> RACH

Result

0) Success,

1) Failure at MSG2

2) Failure at MSG4 due to CT timer expired

3) Failure at MSG4 due to CT resolution is not

passed

4) Aborted

X

RACH Attempt> Contention

Procedure

0x0 – Contention Free RACH procedure

0x1 – Contention Based RACH procedure

X

RACH Attempt> Preamble

Idx(MSG1) Index is in the range 0 to 63

X


Idx Mask(MSG1) Range is 0-15. 0xFF means invalid.

X


Power Offset(MSG1)

OFFset of the message 1 preamble power,

given as: Init OFFset + (Stepsize * Preamble

number)

X

RACH Attempt> Backoff

Value(MSG2)

BackOFF value in ms. Default backOFF value is 0

ms

X

RACH Attempt>

Result(MSG2)

TRUE indicates that the RAPID received in the DL

matched with the one the UE sent. FALSE

otherwise.

In case of FALSE then no further entries in this

whole big structure are valid. If it is a CF RACH then

if MSG2 is successful then the RACH procedure

terminates there.

X

RACH Attempt> Temp C-

RNTI(MSG2)

Temp CRNTI received in MSG2 if the MSG2 was

successfully received (meaning RAPID passed).

X

RACH Attempt> Timing

Adjustment Value(MSG2) Timing Adjustment value received.

X

RACH Attempt> Grant

Raw(MSG3) Raw grant value sent in message 3

X

RACH Attempt>

Grant(MSG3) Grant in bytes

X

RACH Attempt> HARQ

ID(MSG3) Harq ID where the data would be transmitted from

X

RACH Attempt> MAC

PDU(MSG3)

Maximum of up to 10 bytes of MCE and MAC sub-

headers would be logged.

X

RACH Statistics RACH Attempt Count

RACH Success Count

RACH Failure Count

RACH Success Rate

n/a



1.24 MAC Config Info Parameter Description Sampling Method

Configuration

Reason

Configuration reasons:

X

TA Timer TA timer value X

SR Resource

Present indicated if SR recourse is available or not

X

SR Periodicity Periodicity(ms) of triggering SR X

BSR Periodicity

Timer BSR periodicity timer(ms)

X

SPS NUM Tx

Release Number of sending padding PDU to release SPS

X

RETXED BSR Timer Robustness BSR timer (ms) X

Preamble Init

Power Preamble Initial Power

X

Power Ramping

Setup Power Ramping Setup (range is 0 to 255 dB)

X

RA Idx1 ra_index1 = sizeOfRA-PreamblesGroupA. GroupA is from 1 to

ra_index1

Range is 1 to 64.

X

RA Idx2 ra_index2 = numberOfRA-Preambles. GroupB =(ra_index1 +

1) to ra_index2.

Note that in case there is not GroupB, then ra_index1 =

ra_index2

Range is 1 to 64.

X

MAX Preamble

Attempts MAX preamble attempts

X

Contention Timer Contention timer in ms X

MSG Size Group A Threshold message size to select which RA group X

Group B Power

Offset

Group B power offset.

Unsigned integer in units of dB. Currently, spec only defines

one value –infinity.

The value 0 means –infinity.

X

PMAX This indicates the Pmax to be used in the target cell. If

absent the UE applies the maximum power according to the

UE capability.

X

Delta Preamble

MSG3 Delta preamble Power for message 3.

X

Random Access

Preamble Timing

Random Access Preamble timing for preamble format

Range is 0 to 15.

prach-ConfigurationIndex, see TS 36.211 [21, 5.7.1].

X




Cyclic Shift Zone

Length Cyclic Shifts for various preamble formats

X

Logical Root ZC

Seq Idx

Logical Root ZadOFF-Chu Sequence number for various

preamble formats

X

PRACH Freq Offset PRACH Frequency offset for MSG1 X

High Speed Flag Controls grouping of preamble sequences in two sets, to

differentiatea high speed UE from normal

X

MAX Retx MSG3 Maximum number of HARQ re-transmissions from UE for

RACH message3

X

RA RSP Window

Size Window size for reception of RACH message2 (ms)

X

1.25 RLC Config Info Parameter Description Sampling Method

DL Configuration>

Configuration Reason

– Configuration

– Handover

– RB release

– Radio Link Failure

– EMBMS configuration

X

DL Configuration >

Released RB Cfg Idx

List

Number of released radio bearers

X

DL Configuration

>Added/Modified RB

Cfg Idx

RB Cfg Idx[#]>Action

– Add RB

– Modify RB

– Release RB

X

DL Configuration

>Active RB Cfg Idx

RB Cfg Idx[#]>RB Mode 1:AM 2:UM X

RB Cfg Idx[#]>Logical

Channel ID Logical channel ID

X

RB Cfg Idx[#]>RB ID Radio bearer ID X

RB Cfg Idx[#]>RB Type – SRB

– DRB

X

RB Cfg

Idx[#]>T_REORDERING

T_reordering timer in

milliseconds

X

RB Cfg

Idx[#]>T_STATUS_PROHIBIT

T_status_prohibit timer

in milliseconds

X

RB Cfg

Idx[#]>SN_FIELD_LENGTH

– 5 bits SN

– 10 bits SN

X

UL Configuration >


– Configuration

– Handover

– RB release


X

UL Configuration >

Released RB Cfg Idx

List


X




UL Configuration

>Added/Modified RB

Cfg Idx

RB Cfg Idx[#]>Action

– Add RB

– Modify RB

– Release RB

X

UL Configuration

>Active RB Cfg Idx


RB Cfg Idx[#]>Logical

Channel ID Logical channel ID

X



– DRB

X

RB Cfg Idx[#]>POLL_BYTE poll_byte constant X

RB Cfg Idx[#]>POLL_PDU poll_pdu constant X

RB Cfg

Idx[#]>T_POLL_RETRANSMIT

T_poll_retransmit timer

in milliseconds

X

RB Cfg

Idx[#]>MAX_RETX_THRESHO

LD

Maximum number of

transmission

X

RB Cfg

Idx[#]>SN_FIELD_LENGTH

– 5 bits SN

– 10 bits SN

X

1.26 PDCP Config Info Parameter Description Sampling Method

DL Configuration>


– Configuration

– Handover

– RB release


X

DL Configuration>

SRB Cipher Algorithm

– None

– Snow3G

– AES

X

DL Configuration>

SRB Cipher Key Idx SRB Cipher Key Index

X

DL Configuration>

SRB Integrity

Algorithm

– None

– Snow3G

– AES

X

DL Configuration>

SRB Integrity Key Idx SRB Integrity Key Index

X

DL Configuration>

DRB Cipher Algorithm

– None

– Snow3G

– AES

X

DL Configuration>

DRB Cipher Key Idx DRB Cipher Key Index

X

DL Configuration >

Released RB Cfg Idx

List


X




DL Configuration

>Added/Modified RB

Cfg Idx RB Cfg Idx[#]>Action

– Add

– Modify

– Modify-Suspend

– Modify-Resume

– Release

– Full Configuration

X

DL Configuration

>Active RB Cfg Idx


RB Cfg Idx[#]>EPS ID EPS ID X



– DRB

X

RB Cfg

Idx[#]>SN_FIELD_LENG

TH

– 5-bit SN

– 7-bit SN

– 12-bit SN

X

RB Cfg

Idx[#]>Status_Report

Flag to indicate whether

status report is enabled or not

X

RB Cfg

Idx[#]>ROHC_MAX_CID ROHC MAX CID

X

RB Cfg

Idx[#]>ROHC_MASK

ROHC MASK for enabled

ROHC profile

X

UL Configuration>


– Configuration

– Handover

– RB release


X

UL Configuration>

SRB Cipher Algorithm

– None

– Snow3G

– AES

X

UL Configuration>

SRB Cipher Key Idx SRB Cipher Key Index

X

UL Configuration>

SRB Integrity

Algorithm

– None

– Snow3G

– AES

X

UL Configuration>

SRB Integrity Key Idx SRB Integrity Key Index

X

UL Configuration>

DRB Cipher Algorithm

– None

– Snow3G

– AES

X

UL Configuration>

DRB Cipher Key Idx DRB Cipher Key Index

X

UL Configuration >

Released RB Cfg Idx

List


X




UL Configuration

>Added/Modified RB

Cfg Idx RB Cfg Idx[#]>Action

– Add

– Modify

– Modify-Suspend

– Modify-Resume

– Release

– Full Configuration

X

UL Configuration

>Active RB Cfg Idx


RB Cfg Idx[#]>EPS ID EPS ID X



– DRB

X

RB Cfg

Idx[#]>SN_FIELD_LENG

TH

– 5-bit SN

– 7-bit SN

– 12-bit SN

X

RB Cfg Idx[#]>Discard

Timer

Discard Timer in milliseconds,

0 means n/a.

X

RB Cfg

Idx[#]>ROHC_MAX_CID ROHC MAX CID

X

RB Cfg

Idx[#]>ROHC_MASK

ROHC MASK for enabled

ROHC profile

X

1.27 Radio Link Monitoring Info Parameter Description Sampling Method

Out of Sync

BLER(Avg)

Out of Sync BLER, calculated from the measured SNR.

The out_sync BLER corresponds to the BLER if the actual

transmission parameters equal to the parameters

specified in Spec for out_sync.

x / (1<<15) * 100(%)

Arithmetic average

In Sync BLER(Avg) In Sync BLER, calculated from the measured SNR. The

in_sync BLER corresponds to the BLER if the actual


specified in Spec for in_sync.

x / (1<<15) * 100(%)

Arithmetic average

Out of Sync

BLER(Max)

Out of Sync BLER, calculated from the measured SNR.

The out_sync BLER corresponds to the BLER if the actual


specified in Spec for out_sync.

x / (1<<15) * 100(%)

Max

In Sync BLER(Max) In Sync BLER, calculated from the measured SNR. The

in_sync BLER corresponds to the BLER if the actual


specified in Spec for in_sync.

x / (1<<15) * 100(%)

Max

T310 Timer Status T310 Timer Status Last



1.28 PDSCH BLER Info Parameter Description Sampling Method


Total BLER ∑CRC fail Count/(∑CRC pass Count+∑CRC fail

Count)*100(%)

Where, if Discarded_reTx_present = Present, we do not

consider the above calculation

Refer to the left formula

BLER CW0

Codeword0 BLER

Regard only tb_index is 0,

but it is same with Total

BLER calculation method.

BLER CW1

Codeword1 BLER

Regard only tb_index is 0,

but it is same with Total

BLER calculation method.

PCell: Primary Cell


Total BLER ∑CRC fail Count/(∑CRC pass Count+∑CRC fail Count)*100(%)


consider the above calculation.


HARQ[#] CRC fail Count/(CRC pass Count+CRC fail Count)*100(%) [Per

HARQ]



(up to 8 for FDD (0 -7), up to 15 for TDD (0-14))


Idx0>

BLER CW0 Codeword0 BLER

Regard only tb_index is

0, but it is same with

Total BLER calculation

method.

Idx0>

HARQ[#]

CRC fail Count/(CRC pass Count+CRC fail Count)*100(%) [Per

HARQ in TB Idx=0]





HARQ[#] calculation

method.

Idx1>

BLER CW1 Codeword1 BLER



Total BLER calculation

method.

Idx1>

HARQ[#]

CRC fail Count/(CRC pass Count+CRC fail Count)*100(%) [Per

HARQ in TB Idx=1]





HARQ[#] calculation

method.



1.29 PUSCH BLER Info Parameter Description Sampling Method

Total BLER ∑(‘Retransmission Index=!0’ Count)/(∑’Retransmission

Index=0’Count+∑’Retransmission Index=

!0’ Count)*100(%)

Refer to the left

formula

HARQ[#] (‘Retransmission Index=!0’ Count)/(’Retransmission Index=0’

Count+’Retransmission Index=!0’ Count)*100(%) [Per HARQ]

Refer to the left

formula

1.30 PBCH BLER Info Parameter Description Sampling Method

BLER CRC Fail # / (CRC Pass # + CRC Fail #)*100(%)

Refer to the left

formula

CRC Pass Count CRC Pass(Success) Count Sum

CRC Fail Count CRC Fail Count Sum

1.31 PMCH BLER Info Parameter Description Sampling Method



Count)*100(%)

Where, if Discarded_reTx_present = Present, we do

not consider the above calculation


BLER CW0

Codeword0 BLER

∑CRC fail Count/(∑CRC pass

Count+∑CRC fail Count)*

100(%)

(Regard only tb_index is 0.)

BLER CW1

Codeword1 BLER

∑CRC fail Count/(∑CRC pass

Count+∑CRC fail

Count)*100(%)


PCell: Primary Cell



Count)*100(%)


not consider the above calculation.


HARQ[#] CRC fail Count/(CRC pass Count+CRC fail

Count)*100(%) [Per HARQ]



(up to 8 for FDD (0 -7), up to 15 for TDD (0-14))





Idx0> BLER

CW0 Codeword0 BLER

Number of ∑CRC fail /(Number

of ∑CRC pass +Number of ∑

CRC fail)*100(%)


Idx0> HARQ[#] CRC fail Count/(CRC pass Count+CRC fail

Count)*100(%) [Per HARQ in TB Idx=0]




Idx1> BLER

CW1 Codeword1 BLER

Number of ∑CRC fail /(Number

of ∑CRC pass +Number of ∑

CRC fail)*100(%)


Idx1> HARQ[#] CRC fail Count/(CRC pass Count+CRC fail

Count)*100(%) [Per HARQ in TB Idx=1]




1.32 PHICH AckNack Info Parameter Description Sampling Method

PHICH Timing SFN PHICH Timing SFN First

PHICH Timing

Subframe Number

PHICH Timing Subframe Number First

ACK0 Rate ACK0 Count/(ACK0 Count+NACK0 Count)*100(%) Refer to the left formula

NACK0 Rate NACK0 Count/(ACK0 Count+NACK0 Count)*100(%) Refer to the left formula

ACK0 Count ‘PHICH0 Value = ACK0’ Count Sum

NACK0 Count ‘PHICH0 Value = NACK0’ Count Sum

ACK1 Rate ACK1 Count/(ACK1 Count+NACK1 Count)*100(%) Refer to the left formula

NACK1 Rate NACK1 Count/(ACK1 Count+NACK1 Count)*100(%) Refer to the left formula

ACK1 Count ‘PHICH1 Value = ACK1’ Count Sum

NACK1 Count ‘PHICH1 Value = NACK1’ Count Sum



1.33 PDSCH HARQ Retx. Info Parameter Description Sampling Method



Stream[#]>HARQ

#> Count

Stream[#] is for

tb_idx #.

1st Trans, 1st Re-Trans, 2nd Re-Trans, 3rd Re-Trans, 4th

Re-Trans, 5th Re-Trans,

6th Re-Trans, 7th Re-Trans, After 7th Re-Trans, Total Re-

Trans

where, Total Re-Trans = 1st Re-Trans + … + After 7th Re-

Trans Count

Sum

Stream[#]>HARQ

#> Percentage

Stream[#] is for

tb_idx #.

1st Trans = 1st Trans/(Total Re-Trans+1st Trans Count)*100

1st Re-Trans = 1st Re-Trans/(Total Re-Trans+1st Trans

Count)*100

…

7th Re-Trans = 7th Re-Trans/(Total Re-Trans+1st Trans

Count)*100

Total Re-Trans = Total Re-Trans/(Total Re-Trans+1st Trans

Count)*100

Refer to the left

formula

1.34 PUSCH HARQ Retx. Info Parameter Description Sampling Method

HARQ #> Count 1st Trans, 1st Re-Trans, 2nd Re-Trans, 3rd Re-Trans, 4th

Re-Trans, 5th Re-Trans,

6th Re-Trans, 7th Re-Trans, After 7th Re-Trans, Total Re-

Trans

where, Total Re-Trans = 1st Re-Trans + … + After 7th Re-

Trans Count

Sum

HARQ #>

Percentage

1st Trans = 1st Trans/(Total Re-Trans+1st Trans Count)*100

1st Re-Trans = 1st Re-Trans/(Total Re-Trans+1st Trans

Count)*100

…

7th Re-Trans = 7th Re-Trans/(Total Re-Trans+1st Trans

Count)*100

Total Re-Trans = Total Re-Trans/(Total Re-Trans+1st Trans

Count)*100

Refer to the left

formula



1.35 RLC Retx. Info Parameter Description Sampling Method

DL Retx. Rate>

Total

'Sum per RB CFG IDX[#]' of ∆NUM_RETX_PDU/ 'Sum per RB

CFG IDX[#]' of ∆NUM_DATA_PDU * 100 [%]

Refer to the left

formula

DL Retx. Rate> RB

CFG IDX[x]

∆NUM_RETX_PDU/ ∆NUM_DATA_PDU * 100 [%] Refer to the left

formula

UL Retx. Rate>

Total

'Sum per RB CFG IDX[#]' of ∆NUM_RETX_PDUS/ 'Sum per

RB CFG IDX[#]' of

(∆NUM_NEW_DATA_PDU+∆NUM_RETX_PDUS) * 100 [%]

Refer to the left

formula

UL Retx. Rate> RB

CFG IDX[x]

∆ NUM_RETX_PDUS/

(∆NUM_NEW_DATA_PDU+∆NUM_RETX_PDUS) * 100 [%]

Refer to the left

formula

1.36 RLC DL AM ALL PDU(Per TTI) Parameter Description Sampling Method

RB Cfg Idx Radio Bearer Configuration Index X

SN_FIELD_LENGTH 5 – 5 bit SN

10 – 10 bit SN

X

VR_R Receive state variable X

VR_X t-Reordering state variable X

VR_MS Maximum STATUS transmit state variable X

VR_H Highest received state variable X

System Frame

Number System Frame Number

X

Subframe Number Subframe Number X

PDU Size Protocol Data Unit Size X

STATUS 0 - PDU_DATA

1 - PDU_CTRL

2 - PDU_INVALID

3 - PDU_OUT_RX_WIN

4 - PDU_DROPPED_FC

5 - UM_PDU_DISCARDED,

X

Data Re-segment Flag(RF) Decoding by 3GPP 36.322 Spec X

Polling(P) Decoding by 3GPP 36.322 Spec X

Framing Info(FI) Decoding by 3GPP 36.322 Spec X

Seq Number(SN) Decoding by 3GPP 36.322 Spec X

Segment Offset(SO) Decoding by 3GPP 36.322 Spec X

Control Control PDU Type(CPT) Decoding by 3GPP 36.322 Spec X

ACK SN Decoding by 3GPP 36.322 Spec X

NACK SN

Decoding by 3GPP 36.322 Spec

(Use the comma delimiter if there

are more than one value)

X

SO Start Decoding by 3GPP 36.322 Spec X

SO End Decoding by 3GPP 36.322 Spec X



1.37 RLC UL AM ALL PDU(Per TTI) Parameter Description Sampling Method



10 – 10 bit SN

X

VT_A Acknowledgement state variable X

VT_S Send state variable X

PDU_WITHOUT_PO

LL triggering STATUS report

X

BYTE_WITHOUT_P

OLL triggering STATUS report

X

POLL_SN Poll send state variable X

System Frame


X



Data Re-segment Flag(RF) Decoding by 3GPP 36.322 Spec X

Polling(P) Decoding by 3GPP 36.322 Spec X



Segment Offset(SO) Decoding by 3GPP 36.322 Spec X

Control Control PDU Type(CPT) Decoding by 3GPP 36.322 Spec X

ACK SN Decoding by 3GPP 36.322 Spec X

NACK SN

Decoding by 3GPP 36.322 Spec

(Use the comma delimiter if there

are more than one value)

X

SO Start Decoding by 3GPP 36.322 Spec X

SO End Decoding by 3GPP 36.322 Spec X



1.38 RLC DL UM Data PDU(Per TTI) Parameter Description Sampling Method



10 – 10 bit SN

X

VR_R Receive state variable X

VR_X t-Reordering state variable X

VR_MS Maximum STATUS transmit state variable X

VR_H Highest received state variable X

System Frame


X



STATUS 0 - PDU_DATA

1 - PDU_CTRL

2 - PDU_INVALID

3 - PDU_OUT_RX_WIN

4 - PDU_DROPPED_FC

5 - UM_PDU_DISCARDED

X



1.39 RLC UL UM Data PDU(Per TTI) Parameter Description Sampling Method



10 – 10 bit SN

X

VT_A Acknowledgement state variable X

VT_S Send state variable X

PDU_WITHOUT_POLL triggering STATUS report X

BYTE_WITHOUT_POLL triggering STATUS report X

POLL_SN Poll send state variable X

System Frame


X







1.40 PDCP DL Data PDU(Per TTI) Parameter Description Sampling Method


Mode Radio Bearer Mode (1 for AM, 2 for UM) X

SN_LENGTH 5 – 5 bit SN

7 – 7 bit SN

12 – 12 bit SN

X

System Frame


X


D/C 0:Control PDU , 1:Data PDU X

PDCP SN Sequence Number X

1.41 PDCP UL Data PDU(Per TTI) Parameter Description Sampling Method


Mode Radio Bearer Mode (1 for AM, 2 for UM) X

SN_LENGTH 5 – 5 bit SN

7 – 7 bit SN

12 – 12 bit SN

X

System Frame


X


D/C 0:Control PDU , 1:Data PDU X

PDCP SN Sequence Number X

1.42 NAS ESM Bearer Context Info Parameter Description Sampling Method

Context Type 0 - Default

1 - Dedicated

X

Bearer ID ID of the bearer context X

Bearer State 0 – INACTIVE

1 – ACTIVE

2 – ACTIVE_PENDING

3 – MODIFY

X

Connection ID Connection ID associated with the bearer X

SDF ID Service Data Flow ID X

LBI Linked Bearer Identity X

RB ID Radio bearer ID that corresponds to the EPS Bearer ID of the

context

X




EPS QoS

QCI

Quality of Service Class Identifier

0 0 0 0 0 0 0 0 Reserved

0 0 0 0 0 0 0 1 QCI 1

0 0 0 0 0 0 1 0 QCI 2

0 0 0 0 0 0 1 1 QCI 3

0 0 0 0 0 1 0 0 QCI 4

0 0 0 0 0 1 0 1 QCI 5

0 0 0 0 0 1 1 0 QCI 6

0 0 0 0 0 1 1 1 QCI 7

0 0 0 0 1 0 0 0 QCI 8

0 0 0 0 1 0 0 1 QCI 9

0 0 0 0 1 0 1 0 Reserved

to

0 1 1 1 1 1 1 1

1 0 0 0 0 0 0 0 Operator-specific QCIs

to

1 1 1 1 1 1 1 0

1 1 1 1 1 1 1 1 Reserved

X

MBR for UL Maximum bit rate for uplink

(refer section 9.9.4.3 of the spec TS 24.301)

X

MBR for DL Maximum bit rate for downlink


X

GBR for UL Guaranteed bit rate for uplink


X

GBR for DL Guaranteed bit rate for downlink


X

MBR for UL

Ext

Maximum bit rate for uplink (extended)


X

MBR for DL

Ext

Maximum bit rate for downlink (extended)


X

GBR for UL

Ext

Guaranteed bit rate for uplink (extended)


X

GBR for DL

Ext

Guaranteed bit rate for downlink (extended)


X

1.43 NAS ESM Procedure State Parameter Description Sampling Method

Procedure ID ID of the procedure X

Procedure State Procedure state:

X

PTI Procedure transaction Identifier X

SDF ID Service Data Flow associated with this procedure X

Pending Message ID Pending message ID X



1.44 NAS EMM State Parameter Description Sampling Method

EMM State Current EMM state

EMM_NULL – 0

EMM_DEREGISTERED – 1

EMM_REGISTERED_INITIATED – 2

EMM_REGISTERED –3

EMM_TRACKING_AREA_UPDATING_INITIATED – 4

EMM_SERVICE_REQUEST_INITIATED – 5

EMM_DEREGISTERED_INITIATED –6

EMM_INVALID_STATE – 7

X

EMM Substate Current EMM sub-state X

MCC MCC part of the PLMN X

MNC MNC part of the PLMN X

GUTI Info UE ID 1: IMSI_ID, 6: GUTI_ID X

MCC MCC part of the PLMN X

MNC MNC part of the PLMN X

MME Group

ID

MME_GROUP_ID interpret/display as an array

of bytes.

X

MME Code MME Code X

M-TMSI M_TMSI interpret/display as an array of

bytes.

X

1.45 RRC Serving Cell Info

Modehold supported by Tools>Options General LTE tab – LTE QC RRC Serving Info: Modehold


PCI Physical cell ID Last

EARFCN(DL) Downlink frequency as E-ARFCN Last

EARFCN(UL) Uplink frequency as E-ARFCN Last

Frequency(DL) Downlink frequency of the serving cell (Unit: MHz) Last

Frequency(UL) Uplink frequency of the serving cell (Unit: MHz) Last

Bandwidth(DL) Downlink bandwidth

6 – 1.4 MHz

15 – 3 MHz

25 – 5 MHz

50 – 10 MHz

75 – 15 MHz

100 – 20 MHz

Last




Bandwidth(UL) Uplink bandwidth

6 – 1.4 MHz

15 – 3 MHz

25 – 5 MHz

50 – 10 MHz

75 – 15 MHz

100 – 20 MHz

Last

Bandwidth(DL)

Rate Representative the highest ratio of the below list

Mode(But, if same

frequent, the higher

value will be

displayed.)

5MHz 5MHz Cnt/(5MHz Cnt+10MHz

Cnt+15MHz Cnt+20MHz Cnt)*100(%)

Refer to the left

calculation formula



Refer to the left

calculation formula



Refer to the left

calculation formula



Refer to the left

calculation formula

Bandwidth(UL)

Rate Representative the highest ratio of the below list

Mode(But, if same

frequent, the higher

value will be displayed.)



Refer to the left

calculation formula



Refer to the left

calculation formula



Refer to the left

calculation formula



Refer to the left

calculation formula

Global Cell ID Cell Identity received in SIB1 Last

eNB-ID eNB-ID(upper 20b its) of Global Cell ID(28bits) Last

C-ID C-ID(lower 8b its) of Global Cell ID(28bits) Last

TAC Tracking area code Last

Band Indicator Frequency band indicator Last

MCC MCC part of the PLMN Last

MNC MNC part of the PLMN Last

ECGI MCC(3semi-octet)+MNC(2 or 3semi-octet)+Global Cell

ID(7semi-octet)

Last

Allowed Access Allowed access on the cell based on network select mode

indicated by NAS

0 – Full

1 – Limited

Last



1.46 RRC PLMN Search Info Parameter Description Sampling Method

PLMN Search Request>

NETWORK_SELECT_MODE

Allowed access on the cell based on network select

mode indicated by NAS

1 - Automatic

2 - Manual

X


SEARCH_TYPE

Service Search type indicated by NAS

1 – None

2 – Background Automatic

3 - Background Manual

X


RAT_LIST> List[x]

1 – GSM

2 – WCDMA

3 – LTE

X


PLMN_LIST> List[x] MCC and MNC

X

PLMN Search Response>

Active RAT

Active RAT

1 – GSM

2 – WCDMA

3 – LTE

X


SEARCH_STATUS

1 – Completed

2 – Timed out

3 – Abort Confirmation

4 - Aborted

X


PLMN_LIST> List[x] MCC and MNC

X

1.47 ML1 Serving Cell Info(Acquisition) Parameter Description Sampling Method

DL Bandwidth Downlink bandwidth of the serving cell Last

SFN System frame number when PBCH was decoded Last

EARFCN EARFCN of the serving cell Last

Frequency Frequency of the serving cell (Unit: MHz) Last

Serving Cell PCI Cell ID of the serving cell Last

PBCH Decode

Result

0x1 – Success

0x0 – Failure

Last

PHICH Duration 0 – PHICH_NORMAL

1 – PHICH_EXTENDED

Last

PHICH Resource HICH group multiplier

0 – 1/6

1 – 1/2

2 – 1

3 – 2

Last

PSS Correlation PSS correlation value of serving cell Last

SSS Correlation SSS correlation value of serving cell Last




PSS SNR PSS SNR Last

SSS SNR SSS SNR less than 0dB is considered as weak cell. Last

PBCH Reference

Timing PBCH reference timing

Last

MIB Payload Raw PBCH payload Last

Frequency Offset Frequency offset estimate based upon the PBCH decode. Last

No. of Ant 0x0 – 1 antenna

0x1 – 2 antennas

0x2 – 4 antennas

0x3 – Invalid

Last

1.48 ML1 Paging DRX Info Parameter Description Sampling Method

EARFCN Serving EARFCN Last

PCI Serving PCI Last

Paging Cycle Paging Cycle

0x0 – 320 ms

0x1 – 640 ms

0x2 – 1280 ms

0x3 – 2560 ms

Last

Nb 0x0 – fourT

0x1 – twoT

0x2 – oneT

0x3 – halfT

0x4 – quarterT

0x5 – oneEightT

0x6 – onSixteenthT

0x7 – oneThirtySecondT

Last

UE ID IMSI mod 1024; range is 0 to 1023 Last

Paging System

Frame Number

Offset

Paging SFN offset (Range is 0 to 1023)

Last

Paging Subframe

Number Offset Paging sub-FN offset (Range is 0 to 9)

Last



1.49 ML1 Sleep Info Parameter Description Sampling Method

Serving EARFCN Serving EARFCN X

Serving PCI Serving PCI X

Wakeup Type 0x0 – Online

0x1 – Offline

In online wakeup, we have the RF on all the time and

decode/channel estimation/TTL/FTL/AGC etc are done on live

samples.

In offline wakeup, we record samples and immediately turn

off RF to save power. Decode/channel

estimation/TTL/FTL/AGC etc happen on the offline samples

X

Sleep Subframe Sleep Subframe X

Sleep SFN Sleep SFN(System Frame Number) X

Sleep Reference

Time Sleep Reference Time (in units of Ts: 30.72Mhz)

X

Wakeup SFN Wakeup SFN(System Frame Number) X

Wakeup Subframe Wakeup Subframe X

Wakeup Object

Subframe Wakeup Object Subframe

X

Wakeup Object

SFN Wakeup Object SFN(System Frame Number)

X

1.50 ML1 CDRX Events Info(Per TTI) Parameter Description Sampling Method

System Frame


X


CDRX Event 0 – ON DURATION TIMER START

1 – ON DURATION TIMER END

2 – SHORT CYCLE START

3 – SHORT CYCLE END

4 – LONG CYCLE START

5 – LONG CYCLE END

6 – UL RETX TIMER START

7 – UL RETX TIMER END

8 – INACTIVITY TIMER START

9 – INACTIVITY TIMER END

10 – DL DRX RETX TIMER START

11 – DL DRX RETX TIMER END

12 – CDRX ON 2 OFF

13 – CDRX OFF 2 ON

X



1.51 ML1 UE Mobility State Parameter Description Sampling Method

Current UE Mobility

State

Current UE Mobility State

0x0 – Invalid

0x1 – Normal mobility

0x2 – Medium mobility

0x3 – High mobility

X

EARFCN Serving EARFCN X

PCI Serving PCI X

1.52 LL1 PDSCH Demod Config Info Parameter Description Sampling Method



Transmission Mode

Transmission Mode

Mode

(If same frequent, display

all. The delimiter is /.)

Spatial Rank Rate

Spatial Rank Rate (Rank 1 ~ 4)

Rank x ratio

(Rank x #/(Rank 1#+Rank

2#+…+Rank 4#)*100

Frequency Selective PMI

Frequency Selective PMI

Mode

(If same frequent, display

all. The delimiter is /.)

PMI Index Rate

PMI Index Rate (Index 0 ~ 15)

Rank x ratio

(PMI Idx x #/(PMI Idx

0#+PMI Idx 1#+…+PMI

Idx 15#)*100

TB Size for Stream 0(Sum) Summation of TB Size for Stream 0 Sum

TB Size for Stream 1(Sum) Summation of TB Size for Stream 1 Sum

Modulation Rate for

Stream 0 QPSK / 16QAM / 64 QAM Rate for Stream 0

(QPSK /16QAM/ 64QAM

#)/(QPSK #+16QAM

#+64QAM)*100%

Modulation Rate for

Stream 1 QPSK / 16QAM / 64 QAM Rate for Stream 1

(QPSK /16QAM/ 64QAM

#)/(QPSK #+16QAM

#+64QAM)*100%



1.53 Physical Throughput Parameter Description Sampling Method

PDSCH Throughput>

PCell: Primary Cell


Total Throughput ∑PDSCH Throughput>HARQ[x] (Unit: Mbps)

Refer to the calculation

formula

CW0 Throughput ∑PDSCH Throughput>HARQ[x] in TB[0](Unit: Mbps)


formula

CW1 Throughput ∑PDSCH Throughput>HARQ[x] in TB[1] (Unit: Mbps)


formula

Total Bytes Corresponding bytes in Total Throughput Sum

Time Duration Corresponding time duration in Total Throughput Sum

HARQ[#] (within 1 second ∑pdsch_tb_size)*8/(1sec)/(10^6)

(Unit: Mbps)


formula

PDSCH Throughput>


Total Throughput ∑PDSCH Throughput>HARQ[x] (Unit: Mbps) Sum for PCell and SCell

CW0 Throughput ∑PDSCH Throughput>HARQ[x] in TB[0](Unit: Mbps) Sum for PCell and SCell

CW1 Throughput ∑PDSCH Throughput>HARQ[x] in TB[1] (Unit: Mbps) Sum for PCell and SCell

Total Bytes Sum of PCell Total Bytes and SCell Total Bytes Sum

PDSCH Throughput(SCell Act)>

PCell: Primary Cell


Consider MAC SCell Activation state only. Without MAC SCell Activation state, this sub tree will be not

active.

Total Throughput ∑PDSCH Throughput>HARQ[x] (Unit: Mbps)


formula

CW0 Throughput ∑PDSCH Throughput>HARQ[x] in TB[0](Unit: Mbps)


formula

CW1 Throughput ∑PDSCH Throughput>HARQ[x] in TB[1] (Unit: Mbps)


formula




(Unit: Mbps)


formula

PDSCH Throughput>


Total Throughput ∑PDSCH Throughput>HARQ[x] (Unit: Mbps) Sum for PCell and SCell

CW0 Throughput ∑PDSCH Throughput>HARQ[x] in TB[0](Unit: Mbps) Sum for PCell and SCell

CW1 Throughput ∑PDSCH Throughput>HARQ[x] in TB[1] (Unit: Mbps) Sum for PCell and SCell


PUSCH Throughput>




Total Throughput ∑PUSCH Throughput>HARQ[x] (Unit: Mbps)


formula


Time Duration Corresponding time duration in Total Throughput

HARQ[#] (within 1 second ∑pusch_tb_size)*8/(1sec)/(10^6)

(Unit: Mbps)


formula

1.54 MAC Throughput Parameter Description Sampling Method

DL MAC Throughput>

PCell: Primary Cell


Total Throughput ∑DL MAC Throughput>HARQ[x] (Unit: Mbps)


formula



HARQ[#] (within 1sec ∑[DL TBS-NUM_PADDING_BYTES])*8/(1

sec)/(10^6) (Unit: Mbps)


formula

DL MAC Throughput>


Total Throughput ∑DL MAC Throughput>HARQ[x] (Unit: Mbps) Sum for PCell and SCell


PUSCH Throughput>

Total Throughput ∑UL MAC Throughput>HARQ[x] (Unit: Mbps)


formula



HARQ[#] (within 1 second ∑[UL GRANT(BYTE)-

NUM_PADDING_BYTES])*8/(1 sec)/(10^6) (Unit:

Mbps)


formula

1.55 RLC Throughput Parameter Description Sampling Method

DL RLC Throughput>

Total Throughput ∑DL RLC Throughput>RB CFG IDX[x] (Unit: Mbps)

Refer to the

calculation formula

DL RLC Throughput>

Total Bytes Corresponding bytes in Total Throughput

Sum

DL RLC Throughput>


Sum

DL RLC Throughput>

RB CFG IDX[#]

(∆RLC Rx Byte)*8/(∆Timestamp)/(10^6) (Unit: Mbps)

Where, RLC Rx Byte = DATA_PDU_BYTES +

STATUS_RXED_BYTES + INVALID_PDU_BYTES

Refer to the

calculation formula




UL RLC Throughput>

Total Throughput ∑UL RLC Throughput>RB CFG IDX[x] (Unit: Mbps)

Refer to the

calculation formula

UL RLC Throughput>


Sum

UL RLC Throughput>


Sum

UL RLC Throughput>

RB CFG IDX[#]

(∆RLC Tx Byte)*8/(∆Timestamp)/(10^6) (Unit: Mbps)

Where, RLC Tx Byte = NUM_NEW_DATA_PDU_BYTES +

NUM_CTRL_PDU_BYTES_Tx + NUM_RETX_PDU_BYTES

Refer to the

calculation formula

1.56 PDCP Throughput Parameter Description Sampling Method

DL PDCP Throughput>

Total Throughput ∑DL PDCP Throughput>RB CFG IDX[x] (Unit: Mbps)

Refer to the

calculation formula

DL PDCP Throughput>


Sum

DL PDCP Throughput>


Sum

DL PDCP Throughput>

RB CFG IDX[#]

(∆PDCP Rx Byte)*8/(∆Timestamp)/(10^6) (Unit: Mbps)

Where, PDCP Rx Byte = NUM_DATA_PDU_RX_BYTES +

NUM_CONTROL_PDU_RX_BYTES +

NUM_PDU_INVALID_BYTES

Refer to the

calculation formula

UL PDCP Throughput>

Total Throughput ∑UL PDCP Throughput>RB CFG IDX[x] (Unit: Mbps)

Refer to the

calculation formula

UL PDCP Throughput>


Sum

UL PDCP Throughput>


Sum

UL PDCP Throughput>

RB CFG IDX[#]

(∆PDCP Tx Byte)*8/(∆Timestamp)/(10^6) (Unit: Mbps)

Where, PDCP Tx Byte = NUM_DATA_PDU_TX_BYTES +

NUM_CONTROL_PDU_TX_BYTES -

NUM_DISCARD_SDU_BYTES

Refer to the

calculation formula



1.57 PMCH Throughput Parameter Description Sampling Method

PMCH Throughput>

PCell: Primary Cell


Total Throughput ∑ PMCH Throughput>HARQ[x] (Unit: Mbps) Arithmetic average

CW0 Throughput ∑ PMCH Throughput>HARQ[x] in TB[0](Unit: Mbps) Arithmetic average

CW1 Throughput ∑ PMCH Throughput>HARQ[x] in TB[1] (Unit: Mbps) Arithmetic average

TB Size(Sum) Summation of TB Size Sum

TB Size(Avg) Average of TB Size Arithmetic average


(Unit: Mbps)


formula

PMCH Throughput>


Total Throughput ∑ PMCH Throughput>HARQ[x] (Unit: Mbps) Sum for PCell and SCell

CW0 Throughput ∑ PMCH Throughput>HARQ[x] in TB[0](Unit: Mbps) Sum for PCell and SCell

CW1 Throughput ∑ PMCH Throughput>HARQ[x] in TB[1] (Unit: Mbps) Sum for PCell and SCell

TB Size(Sum) Summation of TB Size Sum for PCell and SCell

TB Size(Avg) Average of TB Size Sum for PCell and SCell

1.58 LL1 PDSCH Demapper Config(PerTTI)

Re-Processing Sub Tree


Serving PCI Serving Cell ID X

Subframe Number Subframe number; range is 0 to 9 X

System Frame

Number System frame number; range is 0 to 1023

X

PDSCH RNTI ID RNTI ID X

PDSCH RNTI Type

0 – C-RNTI

1 – SPS C-RNTI

2 – P-RNTI

3 – RA-RNTI

4 – Temporary C-R

5 – SI-RNTI

6 – Reserved

7 – Reserved

8 – MBMS-RNTI

X

Number of Tx

Antennas

0x0 – 1 antenna

0x1 – 2 antennas

0x2 – 4 antennas

X

Number of Rx

Antennas

0x0 – 1 antenna

0x1 – 2 antennas

X




Transmission Mode

0 – Reserved

1 – Single-antenna port; port 0

2 – Transmit diversity

3 – Open-loop spatial multiplexing

4 – Closed-loop spatial multiplexing

5 – Multi-user MIMO

6 – Closed-loop Rank=1 precoding

7 – Single-antenna port; port 5

X

Spatial Rank

0 – rank 1

1 – rank 2

2 – rank 3 (reserved)

3 – rank 4 (reserved)

X

RB Allocation Slot 0 Bitmask that tells which RB is allocated in slot 0 X

RB Allocation Slot 1 Bitmask that tells which RB is allocated in slot 1 X

RB Num Slot 0 The Number of which RB is allocated in slot 0 X

RB Num Slot 1 The Number of which RB is allocated in slot 1 X

Frequency Selective

PMI

0 – Wideband

1 – Subband

X

PMI Index Range is 0 to 15 X

TB Size for Stream 0 number of bits; range is 0 to 75376 X

Modulation for

Stream 0

0x0 – QPSK

0x1 – 16QAM

0x2 – 64QAM

X

TB Size for Stream 1 In units of 1/256 from 0 to 15 X

Modulation for

Stream 1 number of bits; range is 0 to 75376

X

Traffic to Pilot Ratio

0x0 – QPSK

0x1 – 16QAM

0x2 – 64QAM

X

Pb

If number of TX antennas is equal to 1:

– PB = 0; RhoB/RhoA = 1

– PB = 1; RhoB/RhoA = 4/5



If number of TX antennas is equal to 2 or 4:


0x1 – PB = 1; RhoB/RhoA = 1



X

RhoB/RhoA X



1.59 LL1 PUCCH Tx Report(PerTTI)




System Frame


X


CQI Payload Raw CQI payload on PUCCH; max length is 13 bits X

Format

0x0 – Format 1

0x1 – Format 1a

0x2 – Format 1b

0x3 – Format 2

0x4 – Format 2a

0x5 – Format 2b

X

Start RB Slot0 Range is 0 to 110 X

Start RB Slot1 Range is 0 to 110 X

SRS Shorting for

2nd Slot

0 – normal slot

1 – shorten 2nd Slot

X

UE SRS ON 0 – OFF

1 – ON

X

DMRS Sequence

for Slot0 index 0 to 29

X

DMRS Sequence

for Slot1 index 0 to 29

X

ACK Payload ACK/NACK raw payload X

Cyclic Shift

Sequence Time domain cyclic shifts per symbol per slot

X

PUCCH Digital Gain Digital amplitude gain in dB X

PUCCH Tx Power Range is -50 dBm to 23 dBm, with 1 dB stepsize X

Tx Rotator Value Frequency correction at Tx rotator X

1.60 LL1 PUSCH Tx Report(PerTTI)




System Frame


X


ACK 0x0 – No

0x1 – exists

X

CQI 0x0 – No

0x1 – exists

X




RI 0x0 – No

0x1 – exists

X

Frequency Hopping

0 – Freq Hop disabled

1 – Inter SF freq hopping

2 – Intra+Inter SF freq hopping

3 – Undefined

X

Retransmission Idx 0 – First transmission

1 – Second transmission to 7 – Eighth transmission

X

Redundancy

Version Range is 0 ~ 3

X

Mirror Hopping

0x0 – Disabled for slot 0

0x1 – Enabled for slot 0

0x2 – Disabled for slot 1

0x3 – Enabled for slot 1

X

Cyclic Shift of

DMRS Slot0

Cyclic shift of DMRS symbols for slot 0. Unit is samples.

Range is 0 to 11

X

Cyclic Shift of

DMRS Slot1

Cyclic shift of DMRS symbols for slot 1. Unit is samples.

Range is 0 to 11

X

DMRS Root Slot0 Range is 1 to 1291 X

DMRS Root Slot1 Range is 1 to 1291 X

UE SRS ON 0 – OFF

1 – ON

X

Start RB for Slot0 Range is 0 to 110 X

Start RB for Slot1 Range is 0 to 110 X

Number of RB Range is 0 to 110 X

PUSCH TB Size Transport block size in bytes X

Num ACK Bits Length of ACK NACK raw payload X

ACK Payload ACK / NACK raw payload. X

Rate Matched ACK

Bits Rate Matched ACK Bits (504 bits)

X

Num RI Bits

0 – RI bits

1 – RI bit

2 – 2 RI bits

X

RI Payload RI raw payload X

Rate Matched RI

Bits Range: 0 – 63

X

PUSCH Mod Order

0 – BPSK

1 – QPSK

2 – 16QAM

3 – 64QAM

X

PUSCH Digital Gain Digital amplitude gain in dB X

SRS Occasion 0 – OFF

1 – ON

X

Num CQI Bits Range:0~66 X




Rate Matched CQI

Bits Range: 0~ 4959

X

PUSCH Tx Power Range is -50 dBm to 23 dBm, with 1 dB stepsize X

CQI Payload CQI raw payload on PUSCH; max length is 96 bits X

Tx Rotator Value Frequency correction at Tx rotator X

1.61 ML1 DCI Information Report(PerTTI)



PDCCH Timing SFN System frame number of PDCCH X

PDCCH Timing

Subframe Number Subframe number of PDCCH

X

UL Grant Valid 0x0 – Grant not valid

0x1 – Grant valid

X

RIV Width Bit width of RIV based on UL frequency configuration X

RIV Value Resource indicator value

Range is 32 to 8192

X

Hopping Flag 0x0 – Hopping disabled

0x1 – Hopping enabled

X

MCS Index MCS index

Range is 0 to 31

X

NDI New Data Indicator X

TPC TPC command X

Cyclic Shift DMRS Cyclic shift DMRS X

Duplex Mode 0: FDD

1: TDD

X

K of DCI 0 K value for DCI 0

Range: 4, 6, 7

X

UL Index/DAI UL index for TDD UL/DL 0 or UL Downlink Assignment

Index for TDD UL/DL 1-6.

X

CQI Request CQI request X

Start of Resource

Block Starting Resource Block for the received grant

X

Number of

Resource Blocks Total number of RBs allocated in the grant.

X

TBS Index

Transport Block Size Index. Transport Block Size can be

determined using TBS Index and Number of Resource

Blocks

X

Modulation Type

0x0 – BPSK

0x1 – QPSK

0x2 – 16 QAM

0x3 – 64 QAM

X




Redundancy

Version Index Redundancy Version Index

X

HARQ ID HARQ ID (range: 0 to 7) X

PDCCH Order Valid 0x0 – Not valid

0x1 – Valid

X

DL Grant Valid 0x0 – Grant not valid

0x1 – Grant valid

X

DL Grant Format

type

PDCCH format type of DL grant









X

Num ACK/NAK bits Number of ACK/NAK bits for DL grant

Range is 0 to 2

X

DL Grant TPC

Command TPC command in DL grant

X

TPC DCI Valid 0x0 – Not valid

0x1 – Valid

X

TPC DCI Format

Yype

0x0 –Format 3

0x1 – Format 3a

X

TPC DCI RNTI Type

0x0 – C_RNTI

0x1 – SPS_RNTI

0x2 – P_RNTI

0x3 – RA_RNTI

0x4 – TEMP_C_RNTI

0x5 – SI_RNTI



0x8 – MBMS RNTI

X

TPC DCI TPC

Command PC command in the TPC DCI

X

Downlink

Assignment Index

DL Downlink Assignment Index for TDD UL/DL 1-6

Range: 0…3.

X



1.62 LL1 PDCCH Decoding Result(Per TTI) Parameter Description Sampling Method

Pri. Component Carrier

Sec. Component Carrier

System Frame


X


Demback Mode

Select

X

Number of

Hypothesis Number of Hypothesis

X

Hypothesis[x] Payload Follow the message viewer. X

Aggregation

Level

0 -> Agg1

1 -> Agg2

2 -> Agg4

3 -> Agg8

X

Candidate Searching for CCE location by using related

information.

X

Search

Space Type

0 -> Common

1 -> User

X

DCI Format

0 -> 0

1 -> 1

2 -> 1A

3 -> 1B

4 -> 1C

5 -> 1D

6 -> 2

7 -> 2A

8 -> 3

9 -> 3A

10 -> N/A

11 -> N/A

12 -> N/A

13 -> N/A

14 -> N/A

15 -> N/A

X

Decode

Status

0 -> C_RNTI

1 -> SPS_C_RNTI

2 -> P_RNTI

3 -> RA_RNTI

4 -> T_C_RNTI

5 -> SI_RNTI

6 -> TPC_PUSCH_RNTI

7 -> TPC_PUCCH_RNTI

8 -> MBMS_RNTI

X




Start CCE The start point of CCE becomes reference

variance for PUCCH allocation.

X

Payload Size DCI data size X

Tail Match 0 -> Mismatch

1 -> Match

X

Prune Status

1 -> SUCCESS_DCI0

2 -> SUCCESS_DCI1

3 -> SUCCESS_DCI1A

4 -> SUCCESS_DCI1C

5 -> SUCCESS_DCI1B_1D

6 -> SUCCESS_DCI2_2A

7 -> SUCCESS_DCI3_3A

8 -> TAIL_MISMATCH

9 -> FAIL_SURVIVOR_SELECT

10 ->PADDING_ERROR

11 ->RB_ALLOC_IO_ERROR

12 ->RB_ALLOC_ZERO_RB_ERROR_TYPE0

13 ->RB_ALLOC_SET_NUM_ERROR_TYPE1

14 ->RB_ALLOC_ZERO_RB_ERROR_TYPE1

15 -> TBS_IO_ERROR

16 -> MOD_ORDER_IO_ERROR

17 -> DUPLICATE_HARQ_ID_ERROR

18 -> UNKNOWN_DCI

19 -> UNEXPECTED_PAYLOAD_SIZE

20 -> UNEXPECTED_DCI_FOR_TPC

21 -> TPC_PUSCH_PRUNE_DCI_3_3A

22 ->BAD_PARAM_PDCCH_INTERPRET

23 -> INTERPRET_ERROR

24 -> BAD_RIV_DCI0

25 -> RB_ALLOC_ERROR_DCI0

26 -> INVALID_RB_NUM_DCI0

27 -> MCS_ERROR_DCI0

28 -> NDI_ERROR_DCI0

29 -> CQI_ERROR_DCI0

30 -> INVALID_RNTI_DCI1

31 -> NUM_LAYERS_ERROR_DCI1

32 -> BAD_RIV_DCI1A

33 -> RB_ALLOC_ERROR_DCI1A

34 -> INVALID_RB_NUM_DCI1A

35 -> NUM_LAYERS_ERROR_DCI1A

36 ->RETURN_DL_DATA_ARRIVAL_DCI1A

37 -> INVALID_RNTI_DCI1B_1D

38 -> BAD_RIV_DCI1B_1D

39 -> RB_ALLOC_ERROR_DCI1B_1D

40 -> INVALID_RB_NUM_DCI1B_1D

X




Prune Status

41 ->NUM_LAYERS_ERROR_DCI1B_1D

42 -> INVALID_RNTI_DCI1C

43 -> BAD_RIV_DCI1C

44 -> RB_ALLOC_ERROR_DCI1C

45 -> NUM_LAYERS_ERROR_DCI1C

46 -> INVALID_RNTI_DCI2_2A

47 -> TB_EN_ERROR_DCI2_2A

48 -> PMI_ERROR_DCI2_2A

49 -> SPS_CRNTI_ERROR_DCI2_2A

50 ->NUM_LAYERS_ERROR_DCI2_2A_TB1

51 ->NUM_LAYERS_ERROR_DCI2_2A_TB2

52 -> TBS_IO_ERROR_DCI2_2A_TB1

53 -> TBS_IO_ERROR_DCI2_2A_TB2

54 -> TBS_2LAYER_ERROR_DCI1

55 -> TBS_2LAYER_ERROR_DCI2

56 ->MOD_ORDER_ERROR_DCI2_2A_TB1

57 ->MOD_ORDER_ERROR_DCI2_2A_TB2

58 -> INVALID_RNTI_DCI0

59 ->INVALID_DL_GRANT_ON_MBSFN

60 -> INVALID_HARQ_ID

61 -> INVALID_DAI

62 -> SPS_C_RNTI_VALIDATION_FAIL

63 -> SPS_PRUNE_AFTER_STORING

64 -> FAIL_SER_ENGYMTRC_CHECK

X

Norm Energy

Metric Data

Normalized energy metric 32S16, the

field is signed and with a Q scale factor

of 16, to get the actual value, divide this

by 2^16

Formula:

."Norm Energy Metric Data" / pow(2, 16)

X

Symbol Error

Rate Data

symbol_error_rate 32U31, the field is

with a Q scale factor of 31, to get the

actual value, divide this by 2^31

Formula:

."Symbol Error Rate Data" / pow(2, 31)

X



1.63 LL1 PDSCH Decoding Result(Per TTI) Parameter Description Sampling Method

Pri. Component Carrier

Sec. Component Carrier

Serving PCI Serving PCI X

System Frame

Number

Starting System Frame Number + ("Starting Sub-frame

Number" + "Sub-frame Offset") % 10

X

Subframe

Number

("Starting Sub-frame Number" + "Sub-frame Offset") Mod

10

X

UE Category Information of UE Category X

No of DL HARQ Number of HARQ process X

TM Mode Transport Mode X

PDSCH Channel

ID RNTI information

X

HARQ ID Hybrid ARQ ID X

System Info Msg

Number System Information Massage Number

X

System Info

Mask System Information Mask

X

RNTI Type 0 -> C

1 -> SPS-C

2 -> P

3 -> RA

4 -> T-C

5 -> SI

6 -> TPC PUSCH

7 -> TPC PUCCH

8 -> MBMS

X

HARQ Log Status 0 -> Normal

1 -> Reset

2 -> Overwritten

X

Codeword Swap Indicates whether swap or not when CW and Layer are

mapped.

X

No of Streams Number of Streams X

Stream[x] Transport Block CRC

Status

0 -> Fail

1 -> Pass

X

NDI New data indicator X

Code Block Size Plus X

Num Code Block Plus X

Max TDEC Iteration X




Retransmission

Number

0 -> First

1 -> Second

2 -> Third

3 -> Fourth

4 -> Fifth

5 -> Sixth

6 -> Seventh

7 -> Eighth

X

RVID Redundancy version information X

Companding Stats

0 -> 3 bit LLR

1 -> 4 bit LLR

2 -> 6 bit LLR

X

HARQ Combining 0 -> Disabled

1 -> Enabled

X

Decob TB CRC Status X

No of RE Number of Resource Element X

Codeword Index Codeword Index X

Energy Metrics[y]>

Energy Metric

X

Energy Metrics[y]>

Turbo Code No of

iterations

X

Energy Metrics[y]>

Code Block CRC Pass

Status

0 -> Fail

1 -> Pass

X

Energy Metrics[y]>

Early Termination

Status

0 -> No

1 -> Yes

X

Energy Metrics[y]>

HARQ Combine Enable

0 -> Disabled

1 -> Enabled

X

Energy Metrics[y]>

Deint Decode Bypass

X



1.64 LL1 PCFICH Decoding Results(Per TTI)



System Frame

Number System frame number (range: 0 ~ 1023)

X

Subframe Number Subframe number (range: 0 ~ 9) X

CFI

Control Format Indicator (range: 0 ~ 3)

0 means 1 OFDM Symbol.

1 means 2 OFDM Symbols.

2 means 3 OFDM Symbols.

X

Subframe Offset Offset relative to the starting SFN X

1.65 ML1 PMCH Decode Result(Per TTI) Parameter Description Sampling Method

PCell: Primary Cell


Subframe Num Subframe Num X

System Frame


X

RB Num Resource Block Number X

Layer Num Layer Number X

TB Num Transport Block Number X

PMCH ID Physical Multicast Channel ID X

AREA ID Area ID X

TB[i] HARQ ID Hybrid ARQ ID X

Redundancy Version Redundancy Version X


CRC Result 0 – CRC fail

1 – CRC pass

X

RNTI Type

0 – C RNTI

1 – SPS-C RNTI

2 – P RNTI

3 – RA RNTI

4 – Temp-C RNTI

5 – SI RNTI

6 – TPC-PUSCH RNTI

7 – TPC-PUCCH RNTI

8 – MBMS RNTI

X

TB Index Transport Block Index X

Discarded Retrans 1 – Present

0 – None

X

Recombining 1 - Yes

0 – No

X




TB Size Transport Block Size X

MCS Modulation and Coding Scheme X

Code Rate TB Size*8/(RB Num*12*7*MCS) X


1.66 ML1 ALL DL Channels Decode Result(Per TTI)


PCell: Primary Cell


Subframe Num Subframe Number X

System Frame


X


Layer Num Layer Number X

TB Num Number of TB X

PMCH ID Physical Multicast Channel ID X

AREA ID Area ID X

TB[i] HARQ ID Hybrid ARQ ID X

Redundancy Version Redundancy Version X


CRC Result 0 – CRC fail

1 – CRC pass

X

RNTI Type

0 – C RNTI

1 – SPS-C RNTI

2 – P RNTI

3 – RA RNTI

4 – Temp-C RNTI

5 – SI RNTI

6 – TPC-PUSCH RNTI

7 – TPC-PUCCH RNTI

8 – MBMS RNTI

X

TB Index Transport Block Index (0 or 1) X

Discarded Retrans 1 – Present

0 – None

X

Recombining 1 - Yes

0 - No

X

TB Size Transport Block Size X

MCS Modulation and Coding Scheme X

Code Rate TB Size*8/(RB Num*12*7*MCS) X




1.67 ML1 PMCH Results Statistics Parameter Description Sampling Method

Area ID[x]

Total Info MCS Idx0(Avg) MCS average of MBSFN Subframe Arithmetic average

BLER CW0

{1-

(∆mcs[0].total_trblk_crc_pass/∆mcs[0].total_trblk_

received)} *100%

Refer to the

calculation formula

MCS Idx1(Avg) MCS average of MBSFN Subframe Arithmetic average

BLER CW1

{1-


received)} *100%

Refer to the

calculation formula

PMCH

ID[x]


BLER CW0

{1-


received)} *100%

Refer to the

calculation formula


BLER CW1

{1-


received)} *100%

Refer to the

calculation formula

1.68 ML1 Uplink PKT Build Indication (PerTTI)



PUSCH SFN PUSCH OTA system frame number X

PUSCH Subframe

Number PUSCH OTA subframe number

X

TB Size PUSCH transport block size X

RNTI Type

0x0 – C_RNTI

0x1 – SPS_RNTI

0x2 – P_RNTI

0x3 – RA_RNTI

0x4 – TEMP_C_RNTI

0x5 – SI_RNTI



0x8 – MBMS RNTI

X

EIB Address Encoder Input Buffer Address X

Power Headroom Uplink power headroom value

Range is 0x00: -23 dB to 0x3F :40 dB

X

HARQ ID HARQ index X



1.69 ML1 PDSCH Stat Indication(PerTTI)



Subframe Num OTA Tx frame number X

System Frame

Number OTA Tx subframe number

X

RB Num Number of rbs allocated X

RB Num(Avg) (Sum of RB Num within 1 sec)/1000 1second sampling

(Arithmetic average)

Layer Num Number of layers (Range is 1<= num layers <= 4) X

TB Num num transport blocks present (1 <= range <= 4) X

TB[i]> HARQ ID (up to 8 for FDD (0 -7), up to 15 for TDD (0-14)) X

TB[i]> Redundancy

Version Redundancy version

X

TB[i]> NDI New data indicator X

TB[i]> CRC Result 0 – CRC fail

1 – CRC pass

X

TB[i]> RNTI Type

0 – C

1 – SPS-C

2 – P

3 – RA

4 – Temp-C

5 – SI

6 – TPC-PUSCH

7 – TPC-PUCCH

8 – MBMS

X

TB[i]> TB Index

The transport block index where two transport blocks are

received with the same rnti (for MIMO) Index [0 , 1] will be

present to represent TB with same RNTI otherwise 0 by

default

X

TB[i]> Discarded

Retrans

Discarded retransmission: Additional retransmission of

already received data due to

ack->nak misdetection:

– Present

– None

X

TB[i]>

Recombining

Recombined with previous data

- Yes

- No

X

TB[i]> TB Size Transport block size in bytes X

TB[i]> MCS MCS index

Range is 0 <= mcs <= 31

X



1.70 ML1 PDCCH PHICH Ind Report(PerTTI)



PDCCH Timing SFN System frame number of PDCCH X

PDCCH Timing

Subframe Number Subframe number of PDCCH

X

Number of PDCCH PDCCH number (Range is 0 to 6) X

PHICH Included 0x0 – PHICH information is not included

0x1 – PHICH information is included

X

PHICH Timing SFN System frame number of PHICH X

PHICH Timing

Subframe number Subframe number of PHICH

X

PHICH Value 0x0 – PHICH NAK

0x1 – PHICH ACK

X

PDCCH Num(>0)%

‘PDCCH Num = 0’ Cnt = a

‘PDCCH Num >0’ Cnt = b

PDCCH Num(>0)% = b/(a+b)*100(%)

PDCCH Result[x]>

CRC Status

– Fail

– Pass

X

PDCCH Result[x]>

RNTI Type

– C_RNTI

– SPS_RNTI

– P_RNTI

– RA_RNTI

– TEMP_C_RNTI

– SI_RNTI

– TPC_PUSCH_RNTI

– TPC_PUCCH_RNTI

– MBMS RNTI

X

PDCCH Result[x]>

PDCCH Payload

Size

PDCCH payload size

X

PDCCH Result[x]>

Aggregation Level

PDCCH payload size

0 -> Agg1

1 -> Agg2

2 -> Agg4

3 -> Agg8

X



1.71 ML1 GM Tx Report(Per TTI)



PUSCH_Tx_Report> Tx

SFN PUSCH OTA system frame number

X

PUSCH_Tx_Report> Tx

Sub-fn PUSCH OTA subframe number

X

PUSCH_Tx_Report>

Transport Block Size PUSCH transport block size in bytes

X

PUSCH_Tx_Report> CSF

Present Flag Whether CSF is being scheduled

X

PUSCH_Tx_Report> UL

ACK/NAK Present Flag

Whether UL ACK/NAK is present

X

PUSCH_Tx_Report>

ACK/NAK Reporting Mode

Ack/Nak reporting mode

X

PUSCH_Tx_Report>

Number of Bundled

Subframes

The total number of subframes in current bundling.

(Only TDD)

X

PUSCH_Tx_Report> End of

Bundling

The very last subframe number of current bundling.

(Only TDD)

X

PUSCH_Tx_Report> Total

Tx Power Range is -112 dBm to 23 dBm

X

PUSCH_Tx_Report> Beta

PUSCH Range is 0 to 2047

X

PUSCH_Tx_Report> Cyclic

Shift DMRS Cyclic Shift DMRS

X

PUSCH_Tx_Report>

Resource Block Start Starting resource block number

X

PUSCH_Tx_Report> Rv Redundancy Version X

PUSCH_Tx_Report>

Ack/Nak Len ACK/NAK length

X

PUSCH_Tx_Report>

Modulation Type

0x0 – BPSK

0x1 – QPSK

0x2 – 16 QAM

0x3 – 64 QAM

X

PUSCH_Tx_Report>

Number of Resource Blocks Number of contiguous resource blocks

X

PUSCH_Tx_Report>

Retransmission index Retransmission index

X

PUSCH_Tx_Report> Harq

ID Harq index

X




PUSCH_Tx_Report> Freq

Hopping Flag

0x0 – Disabled

0x1 – Enabled

X

PUSCH_Tx_Report> Harq

ACK offset index I_harq_ack_offset

X

PUSCH_Tx_Report> CQI

offset index I_cqi_offset

X

PUSCH_Tx_Report> RI

offset index I_ri_offset

X

PUSCH_Tx_Report>

PUSCH Hopping Payload

Used to determine VRB to PRB mapping

Range is 0 to 3

X

PUSCH_Tx_Report> SRS

Present Flag Whether SRS is being scheduled

X

PUSCH_Tx_Report> SRS

UE/Cell specific Cell or UE specific SRS occasion

X

PUSCH_Tx_Report>

n_dmrs N_dmrs

X

PUSCH_Tx_Report> Num

Antenna Number of antenna

X

PUCCH_Tx_Report>Tx SFN PUCCH OTA system frame number X

PUCCH_Tx_Report>Tx

Sub-fn PUCCH OTA subframe number

X

PUCCH_Tx_Report>Total

Tx Power Range is -112 dBm to 23 dBm

X

PUCCH_Tx_Report>Beta

PUCCH Amplitude scaling factor , Range is 0 to 2047

X

PUCCH_Tx_Report>UL

ACK/NAK Present

0: ACK/NAK not present

1: ACK/NAK present

2: Forced NAK present

X

PUCCH_Tx_Report>ACK/N

AK Reporting Mode

Ack/Nak reporting mode

X

PUCCH_Tx_Report>Ack/Na

k Len ACK/NAK length

X

PUCCH_Tx_Report>n_1_p

ucch

PUCCH resource for format 1/1a/1b

Range is 0 to 2083

X

PUCCH_Tx_Report>Numbe

r of n_1_pucch

Number of n_1_pucch sent t in TDD multiplexing

mode.

X


ucch_0

PUCCH Resource for TDD multiplexing mode.

Range: 0…2083

X


ucch_1

X


ucch_2

X





ucch_3

X


ucch PUCCH resource for format 2/2a/2b

X

PUCCH_Tx_Report>Sched

uling Request Present

0x0 – Not present

0x1 – Present

X

PUCCH_Tx_Report>Temp

RNTI ACK Flag

0x0 – Not present

0x1 – Present

X

PUCCH_Tx_Report>SRS

Present Flag Whether SRS is being scheduled

X

PUCCH_Tx_Report>SRS

UE/Cell specific Cell or UE specific SRS occasion

X

PUCCH_Tx_Report>CSF

Present

0x0 – Not present

0x1 – Present

X

1.72 MAC DL TB(Per TTI) Parameter Description Sampling Method

PCell: Primary Cell


System Frame


X

Subframe

Number Subframe Number

X

HARQ ID Hybrid ARQ ID X

RNTI Type 0x0 – RNTI to decode dedicated UE data in connected

0x1 – RNTI to activate SPS

0x2 – RNTI used to Identify paging info

0x3 – RNTI associated with PDCCH carrying RACH resp.

0x4 – T-RNTI to decode MSG 4 of the RACH procedure

0x5 – RNTI to Identify System Info

0x6 – RNTI used to notify the UE of UL pwr control info

0x7 – RNTI used to notify the UE of UL pwr control info for

control chan.

0x8 – RNTI for cell specific MBMS on PMCH in connected or

Idle

X

DL TBS DL Transport Block Size X

NUM RLC PDUS Number of MAC SDU X

NUM Padding Number of bytes of padding in MAC PDU X

MAC Header MAC RAR>TA_Val Timing Advance value X

MAC RAR>

Hop_Flag

Determine whether to use Frequency

Hoping or not when transmitting PUSCH.

X

MAC RAR>

RB_Assign RB assignment

X




MAC RAR>

Coding_Schme MCS information

X

MAC RAR>

TBS_index TBS Index (36.213) corresponds to MCS

X

MAC RAR>

TPC_Command Transmit Power Control

X

MAC RAR>

UL_Delay Msg3 transmission and TTI delay status

X

MAC RAR>

CQI_Req CSI request history status

X

MAC RAR> Temp

C-RNTI

X

SCell Act/Deact>

LCID

If LCID is 11011 in binary form (27 in

numeric form), indicates the character

string below: Activation/Deactivation.

X

SCell Act/Deact>

Cell Idx[1]

0: Deactivation, 1: Activation

X

SCell Act/Deact>

Cell Idx[2]

X

SCell Act/Deact>

Cell Idx[3]

X

SCell Act/Deact>

Cell Idx[4]

X

SCell Act/Deact>

Cell Idx[5]

X

SCell Act/Deact>

Cell Idx[6]

X

SCell Act/Deact>

Cell Idx[7]

X



1.73 MAC UL TB(PerTTI)



System Frame

Number system frame number (0 ~ 1023)

X

Subframe Number subframe number (0 ~ 9) X

HARQ ID Identifies the HARQ on which the data was received X

RNTI Type

0x0 – RNTI to decode dedicated UE data in Connected

mode

0x1 – RNTI to activate SPS

0x2 – RNTI used to Identify Paging info

0x3 – RNTI associated with PDCCH carrying RACH response

0x4 – Temp RNTI to decode RACH MSG4

0x5 – RNTI to identify System info

0x6 – RNTI used to notify the UE of UL power control info

0x7 – For cell specific MBMS on PDSCH in either connected

or Idle state

X

UL Grant Uplink grant in bytes X

NUM RLC PDUS Number of RLC PDUs X

NUM Padding Number of bytes of padding X

BSR Event

0 – None

1 – Periodic

2 – High data arrival

3 – Robustness BSR

X

Type of BSR

Triggered

– No BSR

– Cancelled

– Long BSR

– Short BSR

– Padding long BSR

– Padding short BSR

– Padding truncated BSR

X

MAC Header>

Truncated BSR

If MAC_HEADER>LCID = Truncated BSR,

Refer to 3GPP 36.321.

X

MAC Header>

Short BSR

If MAC_HEADER>LCID = Short BSR,


X

MAC Header> Long

BSR

If MAC_HEADER>LCID = Long BSR,


X



1.74 ML1 TDD AckNack Report Parameter Description Sampling Method

Subframe

Assignment

0 = SUBFRAME_ASSIGN_0







Last

ACK Reporting Mode 0x0: Multiplexing

0x1: Bundling

Last

N_p Ratio N_p for n_1_pucch calculation.

Range: 0,1,3,5,8,11,13,22,16,22,27,41,44,55,66,88

N_p=Range ratio

N_p_plus_1 Ratio N_p_plus_1 for n_1_pucch calculation:

Range: 0,1,3,5,8,11,13,22,16,22,27,41,44,55,66,88

N_p=Range ratio

Position Ratio of

Minimum k

The position of minimum k to calculate n_1_pucch.

This field is valid only when ACK Reporting Mode is

Bundling.

Range: 0…9

m value of minimum

K=Range ratio

n_CCE(Bundling)

The number of the first CCE used for transmission of the

corresponding PDCCH

This field is displayed only when the ACK Reporting Mode

is Bundling.

Range: 0…96

Arithmetic average

n_CCE(Multiplexing)

The number of the first CCE used for transmission of the

corresponding PDCCH

This field is valid only when the ACK Reporting Mode is

Multiplexing.

Range: 0…96

Arithmetic average



1.75 TDD KPI(Old) Parameter Description Sampling Method

Subframe

Assignment








Follow the existing

way.

Special Subframe

Patterns

0 = SPECIAL_SUBFRAME_PATTERN_0

1 = SPECIAL_SUBFRAME_PATTERN 1








Follow the existing

way.

DL RB

Num(Including 0) Reference parameter*DL weight

Follow the existing

way.

DL DTX Rate Reference parameter*DL weight

Follow the existing

way.

DL RB Share Reference parameter*DL weight

Follow the existing

way.

UL RB

Num(Including 0) Reference parameter*UL weight

Follow the existing

way.

UL DTX Rate Reference parameter*UL weight

Follow the existing

way.

UL RB Share Reference parameter*UL weight

Follow the existing

way.



1.76 TDD KPI(New) Parameter Description Sampling Method

Subframe

Assignment








Follow the existing

way.

Special Subframe

Patterns










Follow the existing

way.

DL RB Num(Avg) PCell

Under the same System Frame Number, average

RB number is represented.

Indicates by each

SFN as priority.

SCell[x]

//x=1~7

Under the same System Frame Number, average

RB number is represented.

Indicates by each

SFN as priority.

UL RB Num(Avg) Under the same System Frame Number, average RB number

is represented.

Indicates by each

SFN as priority.

PDSCH

Throughput Total

Under the same System Frame Number, ∑TB

Size*8/(10^3)/10 is represented.

Indicates by each

SFN as priority.

PCell Under the same System Frame Number, ∑TB


Indicates by each

SFN as priority.

SCell[x]

//x=1~7



Indicates by each

SFN as priority.

PUSCH

Throughput



Indicates by each

SFN as priority.

MAC DL

Throughput Total


Size*8/(10^3)/10 is represented. (Consider only

CRC pass.)

Indicates by each

SFN as priority.

PCell Under the same System Frame Number, ∑TB


CRC pass.)

Indicates by each

SFN as priority.

SCell[x]

//x=1~7



CRC pass.)

Indicates by each

SFN as priority.

MAC UL

Throughput


Size*8/(10^3)/10 is represented. (Consider only if

Retransmission index equals zero.)

Indicates by each

SFN as priority.



1.77 HRPD Neighbor Measurements Parameter Description Sampling Method

Dominant Cell

Info> Band Class HRPD Neighbor Dominant Cell Band Class

Band Class of PN which

has the strongest Ec/Io/

Dominant Cell

Info> ARFCN HRPD Neighbor Dominant Cell ARFCN

ARFCN of PN which has

the strongest Ec/Io/

Dominant Cell

Info> PN HRPD Neighbor Dominant Cell PN

PN which has the

strongest Ec/Io/

Dominant Cell

Info> Ec/Io

HRPD Neighbor Dominant Cell Ec/Io

Where, Ec/Io = pilotStrength*(-0.5)

Arithmetic average

Band Class #>

ARFCN #> Ec/Io

HRPD Neighbor Cell Ec/Io per PN

Where, Ec/Io = pilotStrength*(-0.5)

Ex)Band Class 1>ARFCN 25>Ec/Io>PN 453

Arithmetic average

1.78 eMBMS Channel Whitened Matrices Parameter Description Sampling Method

Pri. Component Carrier // Carrier Index = 0

Sec. Component Carrier // Carrier Index = 1

MBSFN Area ID MBSFN service area ID (area ID which consists of SFN) Last

Average SNR

SNR average of delay spread signals

Arithmetic average

Tools>Options:

Sampling Method

XCAP-LTE Parameter Description Chapter 2. LGE

2. LGE 2.1 L1 Status Info

L1 status information shows physical layer status such as channel setup status, serving cell

information, PCH DRX and measurement periodicity, etc.

Parameter Description

State Info> Main State Physical layer main state

0: DEACTIVATED

1: IDLE

2: CONNECTED

State Info> BCH BCH Channel State

0: RELEASE

1: SETUP

State Info> PCH PCH Channel State

0: RELEASE

1: SETUP

State Info> DL-SCH for

BCCH

DL-SCH for BCCH Channel State

0: RELEASE

1: SETUP

State Info> UL/DL-SCH

and RACH

UL/DL-SCH and RACH Channel State

0: RELEASE

1: SETUP

Serving Cell Info> PCI Cell identifier

Serving Cell Info> DL Freq Downlink frequency

Serving Cell Info> UL Freq Uplink frequency

Serving Cell Info> DL

Bandwidth Downlink bandwidth (Unit : RB)

Serving Cell Info> UL

Bandwidth Uplink bandwidth (Unit : RB)

Serving Cell Info> Antenna

Num Number of downlink transmit antenna

PCH DRX Period PCH DRX periodicity

0: 0.32sec

1: 0.64sec

2: 1.28sec

3: 2.56sec

255: OFF



2.2 Serving Cell Signal Quality Info

The serving cell quality information shows SNR of reference signal (RS SNR) and received power

of reference signal (RS RSSI).


RS RSSI 0 received power 0 of reference signal


RS RSSI total received power of reference signal

(rs_rssi[0] + rs_rssi[1])/2

RS SNR Reference signal power and noise power for a resource element are

estimated.

10*log10{ (signal_pwr[0] + signal_pwr [1])/ (noise_pwr[0] + noise_pwr

[1])})

2.3 Tx Power Info

Time sync report log shows the time sync status of UE.


PUCCH Tx Power PUSCH average UE output power in dBm

PUSCH Tx Power PUCCH average UE output power in dBm

PRACH Tx Power PRACH instantaneous UE output power in dBm

Total Tx Power 1 frame based average UE output power in dBm

2.4 RACH Info Parameter Description

Frame Num Start frame number

TTI Start subframe number

Preamble Format 0: Format 0, 1: Format 1, 2: Format2, 3: Format3

Speed Mode 0: normal speed, 1: high speed

Root Seq Root Sequence

Cyclic Shift Cyclic Shift per Use

Zero Correlation Zone Zero Correlation Zone (Ncs value 59)

Retrans Num Retransmit number

Tx Power RACH transmit power



2.5 Timing Adjustment Info

Tx Timing adjustment log shows the TA position.


Rx SFN Received frame number

Rx TTI Received subframe number

NTA Timing advance command

In case of random access response : 11bit for NTA

In other case : 6bit for NTA (TA = 0, 1, 2,..., 63)

Accum TA Accumulate timing advance command

2.6 Cell Info

Cell Information display cell lists which are collected from Mp Searcher and Cell Searcher.


INTRA>SYNC> RSRP Reference Signal Received Power of Intra cell which is known the sync

position.

INTRA>SYNC> RSRQ Reference Signal Received Quality of Intra cell which is known the sync

position

INTRA>SYNC> RSSI Received Power of Intra cell which is known the sync position

INTRA>SYNC> FrameBound Cell frame boundary in Intra Sync

INTRA>SYNC> CPLength CP length in Intra Sync

0: Unknown

1 : Normal CP

2 : Extended CP

INTRA>SYNC> DL Earfcn Earfcn number in Intra Sync

INTRA>SYNC> Top Set PCI

PCI with RSRP strength from top 1 to 20 from Intra Sync

Cell

RSRP Top 1 to 20 RSRP from Intra Sync Cell

RSRQ Top 1 to 20 RSRQ from Intra Sync Cell

RSSI Top 1 to 20 RSSI from Intra Sync Cell

FrameBound Top 1 to 20 FrameBound from Intra Sync Cell

CPLength Top 1 to 20 CPLength from Intra Sync Cell

DL Earfcn Top 1 to 20 DL Earfcn from Intra Sync Cell

INTRA>ASYNC> RSRP Reference Signal Received Power of Intra cell which is unknown the sync

position.

INTRA> ASYNC> RSRQ Reference Signal Received Quality of Intra cell which is unknown the sync

position

INTRA> ASYNC> RSSI Received Power of Intra cell which is unknown the sync position

INTRA> ASYNC>

FrameBound Cell frame boundary in Intra Async

INTRA> ASYNC> CPLength CP length in Intra Async

0: Unknown

1 : Normal CP

2 : Extended CP




INTRA> ASYNC> DL Earfcn Earfcn number in Intra Async

INTRA> ASYNC > Top Set PCI

PCI with RSRP strength from top 1 to 20 from Intra Async

Cell

RSRP Top 1 to 20 RSRP from Intra Async Cell

RSRQ Top 1 to 20 RSRQ from Intra Async Cell

RSSI Top 1 to 20 RSSI from Intra Async Cell

FrameBound Top 1 to 20 FrameBound from Intra Async Cell

CPLength Top 1 to 20 CPLength from Intra Async Cell

DL Earfcn Top 1 to 20 DL Earfcn from Intra Async Cell

INTRA>DETECT> RSRP Reference Signal Received Power of Intra cell which is newly detected at

this search.

INTRA> DETECT> RSRQ Reference Signal Received Quality of Intra cell which is newly detected at

this search

INTRA> ASYNC> RSSI Received Power of Intra cell which is newly detected at this search

INTRA> DETECT>

FrameBound Cell frame boundary in Intra Detected

INTRA> DETECT> CPLength CP length in Intra Detected

0: Unknown

1 : Normal CP

2 : Extended CP

INTRA> DETECT> DL Earfcn Earfcn number in Intra Detected

INTRA> DETECT > Top Set PCI

PCI with RSRP strength from top 1 to 20 from Intra

Detect Cell

RSRP Top 1 to 20 RSRP from Intra Detect Cell

RSRQ Top 1 to 20 RSRQ from Intra Detect Cell

RSSI Top 1 to 20 RSSI from Intra Detect Cell

FrameBound Top 1 to 20 FrameBound from Intra Detect Cell

CPLength Top 1 to 20 CPLength from Intra Detect Cell

DL Earfcn Top 1 to 20 DL Earfcn from Intra Detect Cell

INTER>SYNC> RSRP Reference Signal Received Power of Inter cell which is known the sync

position.

INTER>SYNC> RSRQ Reference Signal Received Quality of Inter cell which is known the sync

position

INTER>SYNC> RSSI Received Power of Inter cell which is known the sync position

INTER>SYNC> FrameBound Cell frame boundary in Inter Sync

INTER>SYNC> CPLength CP length in Inter Sync

0: Unknown

1 : Normal CP

2 : Extended CP

INTER>SYNC> DL Earfcn Earfcn number in Inter Sync

INTER >SYNC> Top Set PCI

PCI with RSRP strength from top 1 to 20 from Inter Sync

Cell

RSRP Top 1 to 20 RSRP from Inter Sync Cell




RSRQ Top 1 to 20 RSRQ from Inter Sync Cell

RSSI Top 1 to 20 RSSI from Inter Sync Cell

FrameBound Top 1 to 20 FrameBound from Inter Sync Cell

CPLength Top 1 to 20 CPLength from Inter Sync Cell

DL Earfcn Top 1 to 20 DL Earfcn from Inter Sync Cell

INTER>ASYNC> RSRP Reference Signal Received Power of Inter cell which is unknown the sync

position.

INTER> ASYNC> RSRQ Reference Signal Received Quality of Inter cell which is unknown the sync

position

INTER> ASYNC> RSSI Received Power of Inter cell which is unknown the sync position

INTER> ASYNC>

FrameBound Cell frame boundary in Inter Async

INTER> ASYNC> CPLength CP length in Inter Async

0: Unknown

1 : Normal CP

2 : Extended CP

INTER> ASYNC> DL Earfcn Earfcn number in Inter Async

INTER > ASYNC > Top Set PCI

PCI with RSRP strength from top 1 to 20 from Inter Async

Cell

RSRP Top 1 to 20 RSRP from Inter Async Cell

RSRQ Top 1 to 20 RSRQ from Inter Async Cell

RSSI Top 1 to 20 RSSI from Inter Async Cell

FrameBound Top 1 to 20 FrameBound from Inter Async Cell

CPLength Top 1 to 20 CPLength from Inter Async Cell

DL Earfcn Top 1 to 20 DL Earfcn from Inter Async Cell

INTER>DETECT> RSRP Reference Signal Received Power of Inter cell which is newly detected at

this search.

INTER> DETECT> RSRQ Reference Signal Received Quality of Inter cell which is newly detected at

this search

INTER> ASYNC> RSSI Received Power of Inter cell which is newly detected at this search

INTER> DETECT>

FrameBound Cell frame boundary in Inter Detected

INTER> DETECT> CPLength CP length in Inter Detected

0: Unknown

1 : Normal CP

2 : Extended CP

INTER> DETECT> DL Earfcn Earfcn number in Inter Detected

INTER > DETECT > Top Set PCI

PCI with RSRP strength from top 1 to 20 from Inter

Detect Cell

RSRP Top 1 to 20 RSRP from Inter Detect Cell

RSRQ Top 1 to 20 RSRQ from Inter Detect Cell

RSSI Top 1 to 20 RSSI from Inter Detect Cell

FrameBound Top 1 to 20 FrameBound from Inter Detect Cell




CPLength Top 1 to 20 CPLength from Inter Detect Cell

DL Earfcn Top 1 to 20 DL Earfcn from Inter Detect Cell

All Set All Cell RSRP/RSRQ/RSSI/FrameBound /CPLength/DL Earfcn/Cell State

per PCI

Top Set PCI PCI with RSRP strength from top 1 to 20 from All Cell

RSRP Top 1 to 20 RSRP from All Cell

RSRQ Top 1 to 20 RSRQ from All Cell

RSSI Top 1 to 20 RSSI from All Cell

FrameBound Top 1 to 20 FrameBound from All Cell

CPLength Top 1 to 20 CPLength from All Cell

DL Earfcn Top 1 to 20 DL Earfcn from All Cell

Cell State

Top 1 to 20 Cell State from All Cell

- Intra Sync

- Intra Async

- Intra Detect

- Inter Sync

- Inter Async

- Inter Detect

2.7 Search Result

Search Result log shows Mp Search result and Cell Search result.


MP Searcher Mp Searcher Dominant Energy and Mp Searcher position per PCIS

(PCIS: 0,1 or 2)

Cell Searcher> Dominant

PCI PCI with Dominant Cell Search Energy


Cell Srch Energy Dominant Cell Search Energy

Cell Searcher> PCI# Cell Search Energy, PCIG, Half Frame Idx and CP Length per PCI

(PCIG: 0 ~ 167, PCI: 0 ~ 503)

Earfcn EARFCN number

Used Cell Searcher Num Num of Used Cell Searcher



2.8 Channel Info

The channel information shows no antenna in the 2x2 MIMO channel.


Tx Correlation> Freq Total Band(Avg) Tx Correlation in Total Band(Sub Band 1 ~ 30)

Tx Correlation> Freq Sub Band x Tx Correlation per Sub Band

Rx Correlation> Freq Total Band(Avg) Rx Correlation in Total Band(Sub Band 1 ~ 30)

Rx Correlation> Freq Sub Band x Tx Correlation per Sub Band

H00 (Real)> Freq Sub Band x H00 (Real value) per Sub Band

H00 (Imaginary)> Freq Sub Band x H00 (Imaginary value) per Sub Band







2.9 CQI Info

The wideband CQI information shows measured CQI of wideband in the UE.

The sub-band CQI information shows the CQI (channel quality information) of sub-bands. The

sub-band is defined a unit for a group of resource elements used for reporting sub-band CQI.


Rank Ratio> Instant Instant Rank Ratio (Range 0 ~ 1)

Rank Ratio> Cumulative Cumulative Rank Ratio (Range 0 ~ 1)

CQI(Wideband)> Rank1 CQI Rank1 wide band CQI

CQI(Wideband)> Rank2 CW0

CQI Rank2 wide band CQI for CW0

CQI(Wideband)> Rank2 CW1

CQI Rank2 wide band CQI for CW1

CQI(Wideband)> Rank1 PMI Rank1 wide band PMI


CQI(Subband)> Rank1 CQI Rank1 sub band CQI

CQI(Subband)> Rank2 CW0 CQI Rank2 sub band CQI for CW0


CQI(Subband)> Rank1 PMI Rank1 sub band PMI




2.10 Multi-paths Profile

This information shows the channel impulse response of reference signals in the time domain.


Serving PCI Serving cell ID (0~503)

Ref EsNo The reference EsNo is the detected RS SNR in the reference position.

RS power metric of reference path. EsNo is calculated by computing

10*log10(RS power metric/noise power metric)

Ref Timing The reference timing gives the information of reference cell timing of

demodulation.

Reference timing of serving cell. The resolution is Ts in a frame

Path Info[x]> EsNo RS power metric of this path

Path Info[x]> Time Index Timing offset from reference timing (Ts resolution)

2.11 PBCH BLER

PBCH BLER displays how much transport blocks get CRC_NOK about total received transport

blocks.


Instant Instant PBCH BLER

(bler_info.err_nums / bler_info.total_nums) * 100

Cumulative Cumulative PBCH BLER

2.12 PDSCH BLER

PDSCH BLER displays how much transport blocks get CRC_NOK about total received transport

blocks.


Instant> All Instant PDSCH Total BLER

((bler_info[0].err_nums + bler_info[1].err_nums) /

(bler_info[0].total_nums + bler_info[1].total_nums)) * 100

Instant> Codeword #0 Instant PDSCH Codeword0 BLER

(bler_info[0].err_nums / bler_info[0].total_nums) * 100



Cumulative> All Cumulative PDSCH Total BLER

Cumulative> Codeword #0 Cumulative PDSCH Codeword0 BLER




2.13 PDCCH Detection Rate

UE can’t calculate PDCCH BLER because UE doesn’t know when eNode-B sends its PDCCH. In

other words, UE detects PDCCH blindly. So, UE DM supports this item similar with PDCCH BLER.


DCI 0 The number of detection for DCI#0

DCI 1 The number of detection for DCI 1

DCI 1a The number of detection for DCI 1a

DCI 1b The number of detection for DCI 1b

DCI 1c The number of detection for DCI 1c





2.14 DL Grant & UL Ack/Nack Status Info

(Improved)

DL Grant & UL ACK/NACK Status(Improved) displays DL grant regardless any DCI format in

every TTI. According to TS36.212, each DCI format has the specific fields, not all, and the

unnecessary fields are displayed to the blank. Additionally, UL_ACK/NACK, CFI, and DCI_3/3A

payload will be included in this item.


SFN SFN value

TTI TTI value

DCI Format> Count DCI 1 Num/ DCI 1A Num/ DCI 1B Num/ DCI 1C Num/ DCI 2 Num/

DCI 2A Num/ DCI 3 Num/ DCI 3A Num/ N/A Num

DCI Format> Rate DCI 1 Rate/ DCI 1A Rate/ DCI 1B Rate/ DCI 1C Rate/ DCI 2 Rate/

DCI 2A Rate/ DCI 3 Rate/ DCI 3A Rate/ N/A Rate

TM Scheme transmission scheme

0:"SING-ANT(P0)",1:"SING-ANT(P5)",2:"TRANS-

DIV",3:"LARGE-CDD",4:"CLOSE-SM",5:"MU-MIMO"

TPC TPC

RB Num Resource Block Number

MCS> CW0> MCS(Idx) CW0 MCS

MCS> CW0> QPSK Rate CW0 QPSK Rate

MCS> CW0> 16 QAM Rate CW0 16 QAM Rate






NDI> CW0> New Data Num CW0 NDI (NDI field = 1)




NDI> CW0> Retrans Data Num CW0 NDI (NDI field = 0)

NDI> CW0> New Data Rate New Data Num/(Retrans Data Num+New Data Num)*100 in CW0




UL ACK/NACK> CW0> ACK Count CW0 UL ACK result

UL ACK/NACK> CW0> NACK

Count CW0 UL NACK result

UL ACK/NACK> CW0> DTX Count CW0 UL DTX result

UL ACK/NACK> CW0> ACK Rate ACK Count/(ACK Count+NACK Count+DTX Count)*100 in CW0

UL ACK/NACK> CW0> NACK Rate NACK Count/(ACK Count+NACK Count+DTX Count)*100 in CW0

UL ACK/NACK> CW0> DTX Rate DTX Count/(ACK Count+NACK Count+DTX Count)*100 in CW0








DCI 3(Mode)> DCI 3/3A

Value(CW0) CW0 DCI3/3A value



2.15 DL Grant & UL Ack/Nack Status Info (Improved)[Detail per TTI]

DL Grant & UL Ack/Nack Status Info(Improved)[Detail per TTI] displays the related information

per TTI.


SFN SFN value

TTI TTI value

CFI CFI value

DCI Format DCI format

0:"DCI_1",1:"DCI_1A,2:"DCI_1B",3:"DCI_1C",4:"DCI_2",

5:"DCI_2A",6:"DCI_3",7:"DCI_3A"

RNTI RNTI type

0:"C-RNTI",1:"RA-RNTI",2:"P-RNTI",3:"SI-RNTI",

4:"PUCCH",5:"PUSCH",6:"SPS-RNTI",7:”T-CRNTI”


0:"SING-ANT(P0)",1:"SING-ANT(P5)",2:"TRANS- DIV",3:"LARGE-

CDD",4:"CLOSE-SM",5:"MU-MIMO"




Distribution Flag distribution flag 0:"LOCAL", 1:"DIST"

Gap Value gap value

RA Header RA header

Precoding precoding information


PMI Confirmation PMI confirmation

TPC TPC

HARQ Number HARQ number

MCS(CW0) MCS in CW0

NDI(CW0) NDI in CW0

RV(CW0) redundancy version in CW0

MOD Type(CW0) modulation type in CW0

New/Retrans Type(CW0) new or retransmission type in CW0

TB Size(CW0) transport block size in CW0

CRC Result(CW0) CRC result in CW0

UL ACK/NACK Result(CW0) UL ACK/NACK result in CW0

DCI 3(CW0) DCI3/3A value in CW0

MCS(CW1) MCS in CW1

NDI(CW1) NDI in CW1








2.16 UL Grant & DL Ack/Nack Status Info

UL Grant Info Status log shows get UL Scheduling Grant information to PDCCH.


SFN SFN value

TTI TTI value

FH> FH Num FH Number

FH> No FH Num No FH Number

FH> FH Rate FH Num/(No FH Num+FH Num)* 100

MCS> CQI REQ> MCS(Idx) No CQI Request Modulation and Coding Rate

MCS> No CQI REQ>

MCS(Idx) CQI Request Modulation and Coding Rate

MCS> No CQI REQ> QPSK

Rate QPSK Num/(QPSK Num+16QAM Num+64QAM Num)*100 in CQI Request




MCS> No CQI REQ> 16

QAM Rate 16QAM Num/(QPSK Num+16QAM Num+64QAM Num)*100 in CQI Request

MCS> No CQI REQ> 64


New Data Num New data indicator (NDI field = 1)

Retrans Data Num New data indicator (NDI field = 0)

New Data Rate New Data Num/(Retrans Data Num+New Data Num)*100

TPC Power control of PUSCH

CS DMRS Cyclic shift for DMRS

DL ACK/NACK> ACK Count DL ACK result

DL ACK/NACK> NACK

Count DL NACK result

DL ACK/NACK> DTX Count DL DTX result

DL ACK/NACK> ACK Rate ACK Count/(ACK Count+NACK Count+DTX Count)*100

DL ACK/NACK> NACK Rate NACK Count/(ACK Count+NACK Count+DTX Count)*100

DL ACK/NACK> DTX Rate DTX Count/(ACK Count+NACK Count+DTX Count)*100

2.17 UL Grant & DL Ack/Nack Status info [Detail per TTI]

UL Grant & DL Ack/Nack Status info[Detail per TTI] displays the related information per TTI.


SFN SFN value

TTI TTI value

TB Size Transport Block size

RB Assign Resurce block assingment

FH 0 :No FH

1 :FH

MCS Modulation and Coding Rate

NDI New data indicator



CQI Request Ind CQI Request Indication

0 : No CQI Request

1 : CQI Request

DL ACK/NACK Result 0 :NACK

1 :ACK



2.18 PDSCH PHY Throughput

PDSCH PHY Throughput has displays how much to get the downlink data in 1sec.


All PDSCH PHY Total Throughput

(cw_0 + cw_1) / 1000

Codeword #0 PDSCH PHY Codeword0 Throughput

(cw_0) / 1000


(cw_1) / 1000

2.19 UL PRB MAP Data Info

This information shows the log of transmit physical resource mapping information.


SFN Frame number

TTI TTI number

Bandwidth 0:1.4MHz, 1:3MHz, 2:5MHz, 3:10MHz, 4:15MHz, 5:20MHz

Channel Type> Count DTX/ PRACH/ PUCCH/ PUSCH/ SRS/ PUSCH+SRS/ PUCCH+SRS Count

Channel Type> Rate DTX/ PRACH/ PUCCH/ PUSCH/ SRS/ PUSCH+SRS/ PUCCH+SRS Rate

PRACH RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PRACH

PUCCH RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PUCCH

PUSCH RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PUSCH

SRS RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in SRS

PUSCH+SRS RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PUSCH+SRS

PUCCH+SRS RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PUCCH+SRS

2.20 PUSCH PHY Throughput

UL Throughput log shows the Uplink data throughput at UE side.


NEW Transmission A number of bits about new transmission per 1 sec

(new_bit_nums) / 1000

Total UL A number of bits about re-transmission per 1 sec

(new_bit_nums + retrans_bit_nums) / 1000



2.21 L2 DL Throughput Parameter Description

PDCP> Total Total Downlink PDCP Throughput

(∑rbId total Byte*8/1000)

PDCP> RB ID(x) Downlink PDCP Throughput per RB ID

(rbId total Byte*8/1000)

RLC> Total Total Downlink RLC Throughput


Precondition: index 1 ~ 3 (AM), 4 ~ 5 (UM)

RLC> AM> Total Total Downlink RLC AM Throughput


Precondition: index 1 ~ 3 (AM)

RLC> AM> RB ID(x) Downlink RLC AM Throughput per RB ID



RLC> UM> Total Total Downlink RLC UM Throughput



RLC> UM> RB ID(x) Downlink RLC UM Throughput per RB ID



MAC Downlink MAC Throughput

(MacDlTotalBytes*8/1000)

2.22 L2 UL Throughput Parameter Description

PDCP> Total Total Uplink PDCP Throughput


PDCP> RB ID(x) Uplink PDCP Throughput per RB ID


RLC> Total Total Uplink RLC Throughput



RLC> AM> Total Total Uplink RLC AM Throughput



RLC> AM> RB ID(x) Uplink RLC AM Throughput per RB ID



RLC> UM> Total Total Uplink RLC UM Throughput






RLC> UM> RB ID(x) Uplink RLC UM Throughput per RB ID



MAC Uplink MAC Throughput

(MacUlTotalBytes*8/1000)

2.23 PDSCH MAC BLER

This item is for MAC BLER of downlink (PDSCH). Ratio of transport blocks which remain un-

acknowledged (CRC failure) after HARQ retransmission divided by total number of initial

transmissions received by UE MAC.


Instant> All Instant total MAC BLER

( (cwd0ErrNum/cwd0TBNum) *100 + (cwd1ErrNum/cwd1TBNum) *100 ) /

2

Instant> Codeword #0 Instant code word #0 MAC BLER

(cwd0ErrNum/cwd0TBNum) *100



Cumulative> All Cumulative total MAC BLER

Cumulative> Codeword #0 Cumulative code word #0 MAC BLER


2.24 RLC States Info

This item provides state information of RLC Tx/Rx Entity.


Tx States> RB ID (x)> Mode Tx States RLC Mode (AM /UM/TM)

Tx States> RB ID (x)> State Tx States RLC Tx Entity state (NULL/DTR)

Rx States> RB ID (x)> Mode Rx States RLC Mode (AM /UM/TM)

Rx States> RB ID (x)> State Rx States RLC Tx Entity state (NULL/DTR)

2.25 MAC State Info

This item includes MAC DL/UL state information.


MAC UL State Current state of MAC uplink

(0-NOT_CONFIGURED, 1-CONFIGURED, 2-OUT_OF_SYNC, 3-IN_SYNC, 4-

IN_CR, 5-READY_TO_SCHED )

MAC DL State Current State of MAC downlink

(0-NOT_CONFIGURED, 1-CONFIGURED, 2-PCH_STATE, 3-RACH_STATE, 4-

DSCH_STATE)



2.26 MAC UL Transmission Info

This item is for total packets information of uplink data transmission.


Count> 1st Trans Success in 1st transmission

Count> 1st Re-Trans Success in 1st re-transmission

Count> 2nd Re-Trans Success in 2nd re-transmission

Count> 3rd Re-Trans Success in 3rd re-transmission

Count> 4th Re-Trans Success in 4th re-transmission







Count> Total Trans ∑SuccessCnt i (Where, i = 0 to 10)

Count> Bad Count Bad Count

Percentage> 1st Trans 1st Trans/(Total Trans+Bad Count)*100

Percentage> 1st Re-Trans 1st Re-Trans/(Total Trans+Bad Count)*100

Percentage> 2nd Re-Trans 2nd Re-Trans/(Total Trans+Bad Count)*100

Percentage> 3rd Re-Trans 3rd Re-Trans/(Total Trans+Bad Count)*100

Percentage> 4th Re-Trans 4th Re-Trans/(Total Trans+Bad Count)*100






Percentage> 10th Re-

Trans 10th Re-Trans/(Total Trans+Bad Count)*100

Percentage> Total Trans Total Trans/(Total Trans+Bad Count)*100

Percentage> Bad

Percentage Bad Count/(Total Trans+Bad Count)*100



2.27 RACH REQ Info

This item includes RACH request information.


RACH Transmit Time RACH transmit time

Retransmission Num Retransmission Num

RACH Type 0 : INITIAL

1 : HANDOVER

2 : UL DATA ARRIVAL

3 : DL DATA ARRIVAL

4 : SR MAX

5 : NO_SR_CONFIG

RA-RNTI RACH RNTI

Preamble ID Preamble Identity

2.28 RACH RSP General Info

This item includes RACH response information.


RACH Response Receiving

Time RACH response receiving time

Result 0: NACK, 1: ACK

RACH Preamble Identity RACH Preamble Identity

BackOff Indicator BackOff Indicator

Time Advance Time Advance

Temporary C-RNTI Temporary C-RNTI

MCS Modulation and coding Scheme

TPC for scheduled PUSCH TPC command for scheduled PUSCH

Hopping Flag Hopping Flag

UL Delay UL Delay

CQI Request CQI Request

Resource Block

Assignment Resource block assignment(10bits)

Access RACH Latency Access RACH Latency (sec)

2.29 RNTI Info

This item includes RNTI information.


C-RNTI C-RNTI

RA-RNTI RA-RNTI




2.30 Serving Cell & Neighbor Cell Lists Parameter Description

Serving Cell Info> UE State Current UE state

- UE_IDLE_MODE

- UE_CONNECTED_MODE

- NO_SERVICE

- NON_LTE_RAN

Serving Cell Info> Freq UL Uplink Carrier Frequency

Serving Cell Info> Freq DL Downlink Carrier Frequency

Serving Cell Info> PCI Physical Cell Identity

Serving Cell Info> TAC Tracking Area Code

Serving Cell Info> PLMN

Identity PLMN Identity

Serving Cell Info> Global

Cell ID Global Cell ID

Intra Freq Cell Lists> DL

Freq Downlink Carrier Frequency

Intra Freq Cell Lists>

Serving Cell> Serving PCI Intra Freq Cell Serving PCI


Serving Cell> Serving RSRP Intra Freq Cell Serving RSRP


Serving Cell> Serving RSRQ Intra Freq Cell Serving RSRQ


Serving Cell> Serving RSSI Intra Freq Cell Serving RSSI


Serving Cell> All Cell Info

Intra Freq Cell Serving RSRP/RSSQ/RSSI per PCI


Monitored Cell> Monitored

Cell Count

Number of Monitored PCI from Intra Freq Cell



Cell List

Monitored PCI List from Intra Freq Cell


Monitored Cell> Summary

Monitored Cell List

Monitored PCI List with (RSRP,RSRQ) from Intra Freq Cell


Monitored Cell> RSRP Intra Freq Cell Monitored RSRP per PCI


Monitored Cell> RSRQ Intra Freq Cell Monitored RSRQ per PCI


Monitored Cell> RSSI Intra Freq Cell Monitored RSSI per PCI


Monitored Cell> Top Set PCI

PCI with RSRP strength from top 1 to 20 from Intra Freq

Monitored Cell

RSRP Top 1 to 20 RSRP from Intra Freq Monitored Cell




RSRQ Top 1 to 20 RSRQ from Intra Freq Monitored Cell

RSSI Top 1 to 20 RSSI from Intra Freq Monitored Cell


Detected Cell> Detected Cell

Count

Number of Detected PCI from Intra Freq Cell


Detected Cell> Detected Cell

List

Detected PCI List from Intra Freq Cell


Detected Cell> Summary

Detected Cell List

Detected PCI List with (RSRP,RSRQ) from Intra Freq Cell


Detected Cell> RSRP Intra Freq Cell Detected RSRP per PCI


Detected Cell> RSRQ Intra Freq Cell Detected RSRQ per PCI


Detected Cell> RSSI Intra Freq Cell Detected RSSI per PCI


Detected Cell> Top Set PCI


Detected Cell

RSRP Top 1 to 20 RSRP from Intra Freq Detected Cell

RSRQ Top 1 to 20 RSRQ from Intra Freq Detected Cell

RSSI Top 1 to 20 RSSI from Intra Freq Detected Cell

Intra Freq Cell Lists> All Set Intra Freq Cell RSRP/RSRQ/RSSI/Cell State per PCI

Intra Freq Cell Lists> Top

Set

PCI PCI with RSRP strength from top 1 to 20 from Intra Freq Cell

RSRP Top 1 to 20 RSRP from Intra Freq Cell

RSRQ Top 1 to 20 RSRQ from Intra Freq Cell

RSSI Top 1 to 20 RSSI from Intra Freq Cell

Cell

State

Top 1 to 20 Cell State from Intra Freq Cell

- Serving

- Monitored

- Detected

Inter Freq Cell Lists> Freq

DL(x)>PCI(y)> RSRP Inter frequency cell Reference Signal Received Power


DL(x)>PCI(y)> RSRQ Inter frequency cell Reference Signal Received Quality


DL(x)>PCI(y)> RSSI Inter frequency cell Received Power


DL(x)>PCI(y)> Cell Type

Inter frequency cell type

1 : monitored cell

2 : detected cell



2.31 NAS System Info Parameter Description

PLMN_ID PLMN ID of the current cell

TAC TAC of the current cell

Cell ID Cell ID of the current cell

TAI List Tracking Area identity List

MCC (Mobile Country Code), MNC (Mobile Network Code) and TAC

(Tracking Area Code).

2.32 RRC BCH Status Info

This item provides the information of BCH status.


RRC BCH Status> PCI Physical Cell Identity (0~503)

RRC BCH Status> Freq DL DL Frequency

RRC BCH Status> Purpose Purpose of BCH Setup

- SIB_NORMAL,

- CELL_RESELECTION,

- SIB_MODIFICATION,

- MOVE_TO_IDLE,

- SIB_CONNECTED,

- SFN_READ,

- SPECIFIED_SIB,

- SIBC_SIB

RRC BCH Status> Result Result of receiving System Information.

- SUCCESS,

- PLMN_MISMATCH,

- MIB_TIMEOUT,

- SI_TIMEOUT,

- LAST_RESULT

2.33 NAS State Info

This item provides the state information of EMM (EPS Mobility Management), ECM (EPS

Connection Management) and PLMN and EU (EPS Update) status when each state is changed.


EMM State Current state of EMM (EPS Mobility Management)

ECM State Current state of ECM (EPS Connection Management)

PLMN State Current state of PLMN

EU State Current EU (EPS Update) status



2.34 NAS State Info(R4)

This item provides the NAS state information of EMM (EPS Mobility Management), ECM (EPS

Connection Management) and PLMN and EMM Cache status when each state is changed.





EMM Cache State Current state of EMM Cache

2.35 Radio & NAS Signaling Failure Info Parameter Description

Radio Problem Cause Radio problem diagnostic logging attribute.

NAS Signaling Failure

Cause NAS signaling failure diagnostic logging attribute

2.36 RRC Freq Scan Info

This item displays the result of frequency scan.


Search Type Cell Search Method

- Frequency LIST

- Frequency RANGE

Freq DL DL Frequency

RSRP Reference Signal Received Power

2.37 Cell Reselection Info

This item provides the information on both source cell and target cell when RRC perform cell

reselection.


Old Freq DL Old Carrier Frequency

Old Cell ID Old Cell Identity

New Freq DL New Carrier Frequency

New Cell ID New Cell Identity



2.38 Handover History

This item displays handover history, delay and result.


Source Cell Source Cell Physical Identity

Target Cell Target Cell Physical Identity

Handover Delay Handover delay (Unit : ms)

Result - FAIL

- SUCCESS

Handover Type - LTE

- Outbound IRAT

- Inbound IRAT

2.39 Data Path Packet Loss

This item is for UL/DL packet loss of data path(HIM/PDCP/L2).


UL UsbBlockTime UL : USB Blocking count

UL SdioBlockTime UL : SDIO Blocking count

UL UsbUnreg UL : number of discarded packet in USB by unregistered connection

UL SdioUnreg UL : number of discarded packet in SDIO by unregistered connection

UL HimAllocFail UL : Memory allocation fail count in HIM

UL DimInvHdr UL : Number of discarded packet in DIM by Invalid header

UL DimNoRB UL : Number of discarded packet in DIM because of no RB

UL PdcpSduFull UL : Fail count in PDCP by PDCP SDU Queue full

UL PdcpPduBufFull UL : Number of discarded packet in PDCP by PDCP PDU Queue full

UL PdcpCipAllocFail UL : Number of discarded packet in PDCP by Ciphering block full

UL PdcpDisTimer UL : Number of discarded packet by PDCP discard timer expiry

UL MacSchedMiss UL : Number of discarded MAC PDU which is not transfered

DL PhyAllocFail DL : Number of discarded MAC PDU by memory allocation in L1

DL MacInvHdr DL : Number of discarded MAC PDU by invalid MAC header

DL RlcDuplication DL : number of discarded RLC PDU by duplication

DL RlcInvHdr DL : number of discarded RLC PDU by invalid RLC header

DL RlcOutWnd DL: number of discarded RLC PDU which falls outside of window

DL RlcRsmFull DL : number of discard RLC PDU by RSM buffer full

DL PdcpInvHdr DL : number of discarded PDCP PDU by invalid PDCP header

DL PdcpOutWnd DL : number of discarded PDCP PDU which falls outside of window

DL CipAllocFail DL : Number of discarded packet in PDCP by Ciphering block full

DL DimInvalid DL : Number of discarded packet in DIM by IP Header length mismatch

DL HimIfFull DL : Number of discarded packet in HIM by interface buffer full

DL UsbBlockTime DL : USB block count

DL SdioBlockTime DL : SDIO block count

DL UsbPacketLoss DL : number of discarded packet in USB




DL SdioPacketLoss DL : number of discard packet in SDIO

2.40 ESM Instance Info

This item includes ESM instance information R3. Maximum number of ESM instance is 15(1~15).

The EPS Id uniquely identifies each ESM instance.


Tab Index 1: 1st tab, 2: 2nd tab, … 15: 15th tab

EPS Id EPS ID

Linked Bearer Id Linked Bearer ID

PDN Address PDN IP Address

APN Access Point Name

QCI QCI (1 ~ 9)

EPS Type - NONE BEARER TYPE

- DEFAULT_BEARER

- DEDICATED_BEARER

ESM State - DEACTIVE

- ACTIVE

PTI PTI

Instance Id Instance ID

Deactivate Mode - NONE_MODE

- NORMAL

- NORMAL_ALL

- DETACH

- STATUS_IND

- PDN_DISCONNECT

- PDN_DISCONNECT_REJECT

- PDN_DISCONNECT_TIMEOUT

- MODIFICATION_REJECT

- MODIFICATION_TIMEOUT

- OVERWRITE

- LOCALLY

Overwrite Mode - NONE BEARER TYPE

- DEFAULT_BEARER

- DEDICATED_BEARER

XCAP-LTE Parameter Description Chapter 3. Samsung

3. Samsung 3.1 Common Basic Info


RAT Radio Access Technology

- GSM

- GPRS

- UMTS

- EDGE

- HSPA

- LTE

Modem Status Modem Status

- INITIAL

- ACQUISITION

- IDLE

- ACCESS

- TRAFFIC

- NO SERVICE

MIMO Type MIMO Type

- SISO

- SIMO

- MISO

- MIMO

Rx Frequency DL Frequency (MHz)

Tx Frequency UL Frequency (MHz)

3.2 Common Data Info Parameter Description

DL Throughput DL Throughput for GSM/GPRS/UMTS/EDGE/HSPA/ LTE

UL Throughput UL Throughput for GSM/GPRS/UMTS/EDGE/HSPA/ LTE

DL BLER DL Block Error Rate for GSM/GPRS/UMTS/EDGE/HSPA/ LTE

DL BLER DL Block Error Rate for GSM/GPRS/UMTS/EDGE/HSPA/ LTE

DL FER DL Frame Error Rate for GSM/GPRS/UMTS/EDGE/HSPA/ LTE

UL FER UL Frame Error Rate for GSM/GPRS/UMTS/EDGE/HSPA/ LTE



3.3 LPHY N Cell Information Parameter Description

EUTRAN>PLMN PLMN

EUTRAN>Serving Cell

Info> Cell ID Serving Cell ID(PCI 0 ~ 503)

EUTRAN>Serving Cell

Info>RSSI

Serving Cell RSSI

EUTRAN>Serving Cell

Info>CINR

Serving Cell CINR

EUTRAN>Serving Cell

Info>RSRP

Serving Cell RSRP

EUTRAN>Serving Cell

Info>RSRQ

Serving Cell RSRQ

EUTRAN>Serving Cell

Info>All Cell Info

Serving Cell RSSI/CINR/RSRP/RSRQ per PCI

EUTRAN>Neighbor Cell

Info>NCell Num Neighbor Cell number


Info>EARFCN Neighbor Cell EARFCN per Cell ID(PCI)


Info>RSSI Neighbor Cell RSSI per Cell ID(PCI)


Info>RSRP Neighbor Cell RSRP per Cell ID(PCI)


Info>RSRQ Neighbor Cell RSRQ per Cell ID(PCI)


Info>Top Set

EARFCN Top 1 to 20 EARFCN from Neighbor Cell

Cell ID PCI with RSRP strength from top 1 to 20 from Neighbor Cell

RSSI Top 1 to 20 RSSI from Neighbor Cell

RSRP Top 1 to 20 RSRP from Neighbor Cell

RSRQ Top 1 to 20 RSRQ from Neighbor Cell

EUTRAN>All Set All(Serving/Neighbor) Cell EARFCN/RSSI/CINR/RSRP/RSRQ per PCI

EUTRAN>Top Set Cell ID PCI with RSRP strength from top 1 to 20 from Neighbor Cell

EARFCN Top 1 to 20 EARFCN from All(Serving/Neighbor) Cell

RSSI Top 1 to 20 RSSI from All(Serving/Neighbor) Cell

RSRP Top 1 to 20 RSRP from All(Serving/Neighbor) Cell

RSRQ Top 1 to 20 RSRQ from All(Serving/Neighbor) Cell

Cell State Top 1 to 20 Cell State from All(Serving/Neighbor) Cell

Serving, Neighbor

UTRAN>UARFCN UARFCN per PSC

UTRAN>RSSI UTRAN RSSI per PSC

UTRAN>RSCP UTRAN RSCP per PSC

UTRAN>Ec/Io UTRAN Ec/Io per PSC




UTRAN>FDD/TDD UTRAN FDD/TDD per PSC

- FDD

- TDD

UTRAN>Top Set UARFCN Top 1 to 20 UARFCN from UTRAN

PSC PSC with Ec/Io strength from top 1 to 20 from UTRAN

RSSI Top 1 to 20 RSSI from UTRAN

RSCP Top 1 to 20 RSCP from UTRAN

Ec/Io Top 1 to 20 Ec/Io from UTRAN

FDD/TDD Top 1 to 20 FDD/TDD from UTRAN

GERAN>RSSI GERAN RSSI per ARFCN

GERAN>BSIC GERAN BSIC per ARFCN

GERAN>Top Set ARFCN ARFCN with RSSI strength from top 1 to 20 from GERAN

BSIC Top 1 to 20 BSIC from GERAN

RSSI Top 1 to 20 RSSI from GERAN

CDMA2000>Frequency CDMA2000 Frequency per PN

CDMA2000>Ec/Io CDMA2000 Ec/Io per PN

CDMA2000>1xRTT/HRPD CDMA2000 1xRTT/HRPD per PN

CDMA2000>PN Phase CDMA2000 PN Phase per PN

CDMA2000>Top Set Frequency Top 1 to 20 Frequency from CDMA2000

PN PN with Ec/Io strength from top 1 to 20 from CDMA2000

Ec/Io Top 1 to 20 Ec/Io from CDMA2000

PN Phase Top 1 to 20 PN Phase from CDMA2000

1xRTT/HRPD Top 1 to 20 1xRTT/HRPD from CDMA2000

3.4 LPHY Cell Search Info Parameter Description

Cell ID Cell ID(PCI 0 ~ 503)

CP type Cyclic Prefix type

- Normal

- Extended

Antenna[x]>RSRP Antenna[x] RSRP (where, x = 0 ~3)

Antenna[x]>RSRQ Antenna[x] RSRQ (where, x = 0 ~3)

Antenna[x]>RSSI Antenna[x] RSSI (where, x = 0 ~3)



3.5 LPHY System Info Parameter Description

Transmission mode Transmission mode

- SISO

- SIMO

- 2TX SFBC

- 4TX SFBC-FSTD

- 2TX Open-loop SM-: 4TX Open-loop SM

- 2TX Closed-loop SM, Rank=2


- 2TX Multi-user MIMO

- 4TX Multi-user MIMO



- port5 SISO

- port5 SIMO

DL Pwr Control>Pa Index Pa Index

- [-6 dB]

- [ -4.77 dB]

- [-3 dB]

- [-1.76 dB]

- [0 dB]

- [1 dB]

- [2 dB]

- [3 dB]

DL Pwr Control>Pb Index Pb Index

- 1 (One Antenna)

- 4/5 (One Antenna)

- 3/5 (One Antenna)

- 2/5 (One Antenna)

- 5/4 (Two or Four Antenna)

- 1 (Two or Four Antenna)



DL Pwr Control>CQI

feedback type(Aperiodic)

CQI feedback type(Aperiodic)

- Aperiodic Mode 1-2





DL Pwr Control>CQI

feedback type(Periodic)

CQI feedback type(Periodic)

- Periodic Mode 1-0

- Periodic Mode 1-1

- Periodic Mode 2-0

- Periodic Mode 2-1




DL Pwr Control>Codebook

Subset Restriction Codebook Subset Restriction

3.6 LPHY Channel Quality Info Parameter Description

CINR>CINR 0 CINR 0 for Ant 0

CINR>CINR 1 CINR 1 for Ant 1

CQI Metric>CQI Metric0 Channel Quality information Metric0

CQI Metric>CQI Metric1 Channel Quality information Metric1

CQI Metric>RI Rank Indication

CQI Metric>PMI Precoding Matrix Indicator

CQI Metric>Best PMI Best Precoding Matrix Indicator

3.7 LPHY Parameter Info Parameter Description

DL System Info>DL BW Downlink System Bandwidth

- 1.4M

- 3M

- 5M

- 10M

- 15M

- 20M

DL System Info>CP Type DL System Cyclic Prefix type

- Normal

- Extended

DL System Info>eNB Ant

Num

- 1

- 2

- 4

DL System Info>UE Ant

Num

- 1

- 2

DL System Info>Cell ID Cell ID(PCI 0 ~ 503)

UL System Info>UL BW Uplink System Bandwidth

- 1.4M

- 3M

- 5M

- 10M

- 15M

- 20M

UL System Info>CP Type UL System Cyclic Prefix type

- Normal

- Extended



3.8 LPHY PHICH Info Parameter Description

PHICH group number Physical HARQ indicator channel group number

(parameter to derive number of PHICH groups)

PHICH duration Physical HARQ indicator channel duration

- Short (Normal)

- Extended

3.9 LL1 RF & Sync Info Parameter Description

RSSI Ant0 Received signal strength indication for Ant 0

RSSI Ant1 Received signal strength indication for Ant 1

TX Power Transmitted Power

Sync Info>Cell ID Sync Cell ID

Sync Info>SFN Sync SFN

PBCH Info>Bandwidth Bandwidth

- 1.4M

- 3M

- 5M

- 10M

- 15M

- 20M

PBCH Info>Phich Resource PHICH Resource

- 1/6

- 1/2

- 1

- 2

PBCH Info>Phich Duration PHICH Duration

- Short (Normal)

- Extended

PBCH Info>eNB Ant eNB(LTE Site) Antenna

- 1

- 2

3.10 LL1 Downlink Info Parameter Description

PDSCH BLER PDSCH Block Error Rate

RB Num Resource Block Number for DL

MCS Level0 MCS Level0 for DL

MCS Level1 MCS Level1 for DL

Modulation0 Modulation0 (QPSK, 16QAM, 64QAM) for DL

Modulation1 Modulation1 (QPSK, 16QAM, 64QAM) for DL

http://en.wikipedia.org/wiki/Received_signal_strength_indication

http://en.wikipedia.org/wiki/Received_signal_strength_indication



3.11 LL1 Uplink Info Parameter Description

PUSCH BLER PUSCH Block Error Rate

RB Num Resource Block Number for UL

MCS Level MCS Level for UL

Modulation Modulation (QPSK, 16QAM, 64QAM) for UL

(LTE UE CAPA 5 supports 64QAM.)

3.12 LL1 Measurement Config Info Parameter Description

S-measure S-measure

Gap Pattern Gap Pattern

Gap Start SFN Gap Start System Frame Number

Gap Start Subframe Gap Start Subframe

EUTRA quantity EUTRA quantity

EUTRA FC RSRP EUTRA Fc RSRP (where, Fc: Frequency of the carrier centre frequency)

EUTRA FC RSRQ EUTRA Fc RSRQ (where, Fc: Frequency of the carrier centre frequency)

3.13 LL2 SCH Configuration Info Parameter Description

DL SCH Config>Semi

Persist Sched Interval

Semi Persist Schedule Interval [Unit: sf]

UL SCH Config>

MaxHARQ-Tx

Max HARQ-Tx [Unit: n]

UL SCH Config>Semi

Persist Sched Interval

Semi Persist Schedule Interval [Unit: sf]

UL SCH Config>Periodic

BSR timer

Periodic Buffer Status Report timer [Unit: n]

3.14 Timer & Preamble Info Parameter Description

Time Alignment Timer

Info>Time Alignment Timer

Time Alignment Timer [Unit: sf]

PHR Configuration

Info>Periodic PHR Timer

Periodic PHR Timer [Unit: sf]

PHR Configuration Info>PHR

Prohibit Timer

PHR Prohibit Timer [Unit: sf]

PHR Configuration Info>DL

Pathloss Change

DL Pathloss Change [Unit: dB]

Preamble Info>No. of RA-

Preambles

Number of RA-Preambles [Unit: n]




Preamble Info>Size of RA-

Preambles Group A

Size of RA-Preambles Group A [Unit: n]

3.15 Power Ramping & RA Supervision Info Parameter Description

Power Ramping Param

Info>Power Ramping Step

Power Ramping Step[Unit: dB]

Power Ramping Param

Info>Preamble Initial Rx

Target Pwr

Preamble Initial Rx Target Power [Unit: dBm]

RA Supervision

Info>Preamble Trans Max

Preamble Trans Max [Unit: n]

RA Supervision Info>RA

Response Window Size

RA Response Window Size [Unit: sf]

RA Supervision Info>MAC

Contention Resolution Timer

MAC Contention Resolution Timer [Unit: sf]

3.16 Max HARQ Msg3Tx & RACH Info Parameter Description

Max HARQ Msg3Tx

Info>MaxHARQ-Msg3Tx

Max HARQ-Msg3Tx

RACH Info>PREAMBLE_ID Preamble ID

RACH Info>Back Off Timer

Value

Back Off Timer Value [Unit: ms]

RACH Info>Preamble

Counter

Preamble Counter

3.17 LL2 RNTI Info Parameter Description

SI-RNTI SI-RNTI

P-RNTI P-RNTI

Temp C-RNTI Temporary C-RNTI

C-RNTI C-RNTI

RA-RNTI RA-RNTI

SPS-RNTI SPS-RNTI



3.18 LL2 RLC Info Parameter Description

Uplink>RB ID [x]>UM SN

length

UM SN length for Uplink (where, x = 0 ~ 31)

Uplink>RB ID [x]>Poll

retransmit timer

Poll retransmit timer for Uplink (where, x = 0 ~ 31) [Unit: ms]

Uplink>RB ID [x]>Poll PDU Poll PDU for Uplink (where, x = 0 ~ 31)

Uplink>RB ID [x]>Poll Byte Poll Byte for Uplink (where, x = 0 ~ 31) [Unit: kB]

Uplink>RB ID [x]>Max

Retransmit threshold

Max Retransmit threshold for Uplink (where, x = 0 ~ 31) [Unit: n]

Uplink>RB ID [x]>Active Info Active Info for Uplink (where, x = 0 ~ 31)

Downlink>RB ID [x]>UM SN

length

UM SN length for Downlink (where, x = 0 ~ 31)

Downlink>RB ID [x]>T1 time

value

T1 time value for Downlink (where, x = 0 ~ 31) [Unit: ms]

Downlink>RB ID [x]>Status

Prohibit timer value

Status Prohibit timer value for Downlink (where, x = 0 ~ 31) [Unit: ms]

Downlink>RB ID [x]>Active

Info

Active Info for Downlink (where, x = 0 ~ 31)

- Deactive

- Active

3.19 LL2 PDCP Info Parameter Description

Uplink>PDCP Info Num Uplink PDCP Info Number (where, x = 0 ~ 31)

Uplink>RB ID

[x]>Connection Info

Connection Info for Uplink (where, x = 0 ~ 31)

- invalid

- valid

Uplink>RB ID

[x]>Integrity Protection

Flag

Integrity Protection Flag for Uplink (where, x = 0 ~ 31)

- Null

- Snow3G

- AES

Uplink>RB ID

[x]>Ciphering Flag

Ciphering Flag for Uplink (where, x = 0 ~ 31)

- Null

- Snow3G

- AES

Uplink>RB ID [x]>SN

Window Size

SN Window Size for Uplink (where, x = 0 ~ 31)

- SRBs

- DRBs on RLC UM

- DRBs on RLC UM or AM

Uplink>RB ID [x]>SDU

Discard Timer

SDU Discard Timer for Uplink (where, x = 0 ~ 31)

- Discard timer disable

- Discard timer time (0x01 ~ 0xFE) [Unit: ms]

- Infinity

Downlink>PDCP Info Num Downlink PDCP Info Number (where, x = 0 ~ 31)




Downlink>RB ID

[x]>Connection Info

Connection Info for Downlink (where, x = 0 ~ 31)

- invalid

- valid

Downlink>RB ID

[x]>Integrity Protection

Flag

Downlink>RB ID [x]>Integrity Protection Flag for Downlink (where, x = 0

~ 31)

- Null

- Snow3G

- AES

Downlink>RB ID

[x]>Ciphering Flag

Downlink>RB ID [x]>Ciphering Flag for Downlink (where, x = 0 ~ 31)

- Null

- Snow3G

- AES

Downlink>RB ID [x]>SN

Window Size

Downlink>RB ID [x]>SN Window Size for Downlink (where, x = 0 ~ 31)

- SRBs

- DRBs on RLC UM

- DRBs on RLC UM or AM

3.20 LRRC Serving Cell Info Parameter Description

Global Cell ID Global Cell ID

Band Band (Band 1 ~ 14, 17, 33 ~ 40)

PLMN ID PLMN ID

TAC List TAC List (TAC[0] & TAC[1])

3.21 LRRC State Variables Info Parameter Description

RRC State RRC State

- NULL

- IDLE

- CONNECTED

- DISCONNECTING



3.22 LRRC Timer Info Parameter Description

T300 Timer 300

(Start)

Transmission of RRCConnectionRequest

(Stop)

Reception of RRCConnectionSetup or RRCConnectionReject message, cell

re-selection and upon abortion of connection establishment by upper layers

(At expiry)

Perform the actions as specified in 3GPP 36.331 5.3.3.6

T301 Timer 301

(Start)

Transmission of RRCConnectionReestabilshmentRequest

(Stop)

Reception of RRCConnectionReestablishment or

RRCConnectionReestablishmentReject message as well as when the

selected cell becomes unsuitable

(At expiry)

Go to RRC_IDLE

T310 Timer 310

(Start)

Upon detecting physical layer problems i.e. upon receiving N310

consecutive out-of-sync indications from lower layers

(Stop)

Upon receiving N311 consecutive in-sync indications from lower layers,

upon triggering the handover procedure and upon initiating the connection

re-establishment procedure

(At expiry)

If security is not activated: go to RRC_IDLE else: initiate the connection

re-establishment procedure

T311 Timer 311

(Start)

Upon initiating the RRC connection re-establishment procedure

(Stop)

Selection of a suitable E-UTRA cell or a cell using another RAT

(At expiry)

Enter RRC_IDLE



3.23 LNAS State Variables Info Parameter Description

EMM Functional State EMM Functional State

- DETACHED

- IDLE

- CONNECTED

EMM State EMM State

- NULL

- DEREGISTERED

- REGISTERED_INITIATED

- REGISTERED

- TAU_INITIATED

- SERVICE_REQUEST_INITIATED

- DEREGISTERED_INITIATED

3.24 LNAS MM(SIM/PLMN/Security) Info Parameter Description

SIM Data Info>TAI TAI

SIM Data Info>S-TMSI S-TMSI

SIM Data Info>SIM Update

status

SIM Update status

SIM Data Info>IMSI IMSI

SIM Data Info>GUTI GUTI

SIM Data Info>HPLMN

search period

HPLMN search period

PLMN Selection

Info>Registered PLMN

Registered PLMN

Security Info>Status Security Status

0: Enable

1: Disable

Security Info>NAS KSI NAS KSI

Security Info>CK CK

Security Info>IK IK

Security Info>Security

algo integrity

Security algorithm integrity

- INTEG_NULL_ALGO

- INTEG_SNOW3G_ALGO

- INTEG_AES_ALGO

Security Info>Security

algo ciphering

Security algorithm ciphering

- INTEG_NULL_ALGO

- INTEG_SNOW3G_ALGO

- INTEG_AES_ALGO



3.25 LNAS PDP/IP Info Parameter Description

PDP Info EPS Bearer Id, Bearer Type and SM Cause

IP Info>IPv4 Address IP v4 Address

IP Info>IP Mode IP Mode

- IPv4

- IPv6

- IPv4_IPv6

3.26 LDATA Throughput Info Parameter Description

Physical Layer>UL

Throughput LTE PUSCH Throughput [Unit: Mbps]

Physical Layer>DL

Throughput LTE PDSCH Throughput [Unit: Mbps]

3.27 LDATA Timing Info Parameter Description

Connection time Connection time by Samsung LTE chipset [Unit: ms]

XCAP-LTE Parameter Description Chapter 4. GCT

4. GCT 4.1 L1 Status Info

L1 status information shows physical layer status such as channel setup status, serving cell

information, PCH DRX and measurement periodicity, etc.


State Info> Main State Physical layer main state

0: DEACTIVATED

1: IDLE

2: CONNECTED

State Info> BCH BCH Channel State

0: RELEASE

1: SETUP

State Info> PCH PCH Channel State

0: RELEASE

1: SETUP

State Info> DL-SCH for

BCCH

DL-SCH for BCCH Channel State

0: RELEASE

1: SETUP

State Info> UL/DL-SCH

and RACH

UL/DL-SCH and RACH Channel State

0: RELEASE

1: SETUP

Serving Cell Info> PCI Cell identifier

Serving Cell Info> DL Freq Downlink frequency

Serving Cell Info> UL Freq Uplink frequency

Serving Cell Info> DL

Bandwidth Downlink bandwidth (Unit : RB)

Serving Cell Info> UL

Bandwidth Uplink bandwidth (Unit : RB)

Serving Cell Info> Antenna

Num Number of downlink transmit antenna

PCH DRX Period PCH DRX periodicity

0: 0.32sec

1: 0.64sec

2: 1.28sec

3: 2.56sec

255: OFF



4.2 Serving Cell Signal Quality Info

The serving cell quality information shows SNR of reference signal (RS SNR) and received power

of reference signal (RS RSSI).




RS RSSI total received power of reference signal

(rs_rssi[0] + rs_rssi[1])/2

RS SNR Reference signal power and noise power for a resource element are

estimated.

10*log10{ (signal_pwr[0] + signal_pwr [1])/ (noise_pwr[0] + noise_pwr

[1])})

4.3 Tx Power Info

Time sync report log shows the time sync status of UE.


PUCCH Tx Power PUSCH average UE output power in dBm

PUSCH Tx Power PUCCH average UE output power in dBm

PRACH Tx Power PRACH instantaneous UE output power in dBm

Total Tx Power 1 frame based average UE output power in dBm

4.4 RACH Info Parameter Description

Frame Num Start frame number

TTI Start subframe number

Preamble Format 0: Format 0, 1: Format 1, 2: Format2, 3: Format3

Speed Mode 0: normal speed, 1: high speed

Root Seq Root Sequence

Cyclic Shift Cyclic Shift per Use

Zero Correlation Zone Zero Correlation Zone (Ncs value 59)

Retrans Num Retransmit number

Tx Power RACH transmit power



4.5 Timing Adjustment Info

Tx Timing adjustment log shows the TA position.


Rx SFN Received frame number

Rx TTI Received subframe number

NTA Timing advance command

In case of random access response : 11bit for NTA

In other case : 6bit for NTA (TA = 0, 1, 2,..., 63)

Accum TA Accumulate timing advance command

4.6 Cell Info

Cell Information display cell lists which are collected from Mp Searcher and Cell Searcher.


INTRA>SYNC> RSRP Reference Signal Received Power of Intra cell which is known the sync

position.

INTRA>SYNC> RSRQ Reference Signal Received Quality of Intra cell which is known the sync

position

INTRA>SYNC> RSSI Received Power of Intra cell which is known the sync position

INTRA>SYNC> FrameBound Cell frame boundary in Intra Sync

INTRA>SYNC> CPLength CP length in Intra Sync

0: Unknown

1 : Normal CP

2 : Extended CP

INTRA>SYNC> DL Earfcn Earfcn number in Intra Sync

INTRA>SYNC> Top Set PCI

PCI with RSRP strength from top 1 to 20 from Intra Sync

Cell

RSRP Top 1 to 20 RSRP from Intra Sync Cell

RSRQ Top 1 to 20 RSRQ from Intra Sync Cell

RSSI Top 1 to 20 RSSI from Intra Sync Cell

FrameBound Top 1 to 20 FrameBound from Intra Sync Cell

CPLength Top 1 to 20 CPLength from Intra Sync Cell

DL Earfcn Top 1 to 20 DL Earfcn from Intra Sync Cell

INTRA>ASYNC> RSRP Reference Signal Received Power of Intra cell which is unknown the sync

position.

INTRA> ASYNC> RSRQ Reference Signal Received Quality of Intra cell which is unknown the sync

position

INTRA> ASYNC> RSSI Received Power of Intra cell which is unknown the sync position

INTRA> ASYNC>

FrameBound Cell frame boundary in Intra Async

INTRA> ASYNC> CPLength CP length in Intra Async

0: Unknown

1 : Normal CP

2 : Extended CP




INTRA> ASYNC> DL Earfcn Earfcn number in Intra Async

INTRA> ASYNC > Top Set PCI

PCI with RSRP strength from top 1 to 20 from Intra Async

Cell

RSRP Top 1 to 20 RSRP from Intra Async Cell

RSRQ Top 1 to 20 RSRQ from Intra Async Cell

RSSI Top 1 to 20 RSSI from Intra Async Cell

FrameBound Top 1 to 20 FrameBound from Intra Async Cell

CPLength Top 1 to 20 CPLength from Intra Async Cell

DL Earfcn Top 1 to 20 DL Earfcn from Intra Async Cell

INTRA>DETECT> RSRP Reference Signal Received Power of Intra cell which is newly detected at

this search.

INTRA> DETECT> RSRQ Reference Signal Received Quality of Intra cell which is newly detected at

this search

INTRA> ASYNC> RSSI Received Power of Intra cell which is newly detected at this search

INTRA> DETECT>

FrameBound Cell frame boundary in Intra Detected

INTRA> DETECT> CPLength CP length in Intra Detected

0: Unknown

1 : Normal CP

2 : Extended CP

INTRA> DETECT> DL Earfcn Earfcn number in Intra Detected

INTRA> DETECT > Top Set PCI

PCI with RSRP strength from top 1 to 20 from Intra

Detect Cell

RSRP Top 1 to 20 RSRP from Intra Detect Cell

RSRQ Top 1 to 20 RSRQ from Intra Detect Cell

RSSI Top 1 to 20 RSSI from Intra Detect Cell

FrameBound Top 1 to 20 FrameBound from Intra Detect Cell

CPLength Top 1 to 20 CPLength from Intra Detect Cell

DL Earfcn Top 1 to 20 DL Earfcn from Intra Detect Cell

INTER>SYNC> RSRP Reference Signal Received Power of Inter cell which is known the sync

position.

INTER>SYNC> RSRQ Reference Signal Received Quality of Inter cell which is known the sync

position

INTER>SYNC> RSSI Received Power of Inter cell which is known the sync position

INTER>SYNC> FrameBound Cell frame boundary in Inter Sync

INTER>SYNC> CPLength CP length in Inter Sync

0: Unknown

1 : Normal CP

2 : Extended CP

INTER>SYNC> DL Earfcn Earfcn number in Inter Sync

INTER >SYNC> Top Set PCI

PCI with RSRP strength from top 1 to 20 from Inter Sync

Cell

RSRP Top 1 to 20 RSRP from Inter Sync Cell




RSRQ Top 1 to 20 RSRQ from Inter Sync Cell

RSSI Top 1 to 20 RSSI from Inter Sync Cell

FrameBound Top 1 to 20 FrameBound from Inter Sync Cell

CPLength Top 1 to 20 CPLength from Inter Sync Cell

DL Earfcn Top 1 to 20 DL Earfcn from Inter Sync Cell

INTER>ASYNC> RSRP Reference Signal Received Power of Inter cell which is unknown the sync

position.

INTER> ASYNC> RSRQ Reference Signal Received Quality of Inter cell which is unknown the sync

position

INTER> ASYNC> RSSI Received Power of Inter cell which is unknown the sync position

INTER> ASYNC>

FrameBound Cell frame boundary in Inter Async

INTER> ASYNC> CPLength CP length in Inter Async

0: Unknown

1 : Normal CP

2 : Extended CP

INTER> ASYNC> DL Earfcn Earfcn number in Inter Async

INTER > ASYNC > Top Set PCI

PCI with RSRP strength from top 1 to 20 from Inter Async

Cell

RSRP Top 1 to 20 RSRP from Inter Async Cell

RSRQ Top 1 to 20 RSRQ from Inter Async Cell

RSSI Top 1 to 20 RSSI from Inter Async Cell

FrameBound Top 1 to 20 FrameBound from Inter Async Cell

CPLength Top 1 to 20 CPLength from Inter Async Cell

DL Earfcn Top 1 to 20 DL Earfcn from Inter Async Cell

INTER>DETECT> RSRP Reference Signal Received Power of Inter cell which is newly detected at

this search.

INTER> DETECT> RSRQ Reference Signal Received Quality of Inter cell which is newly detected at

this search

INTER> ASYNC> RSSI Received Power of Inter cell which is newly detected at this search

INTER> DETECT>

FrameBound Cell frame boundary in Inter Detected

INTER> DETECT> CPLength CP length in Inter Detected

0: Unknown

1 : Normal CP

2 : Extended CP

INTER> DETECT> DL Earfcn Earfcn number in Inter Detected

INTER > DETECT > Top Set PCI

PCI with RSRP strength from top 1 to 20 from Inter

Detect Cell

RSRP Top 1 to 20 RSRP from Inter Detect Cell

RSRQ Top 1 to 20 RSRQ from Inter Detect Cell

RSSI Top 1 to 20 RSSI from Inter Detect Cell

FrameBound Top 1 to 20 FrameBound from Inter Detect Cell




CPLength Top 1 to 20 CPLength from Inter Detect Cell

DL Earfcn Top 1 to 20 DL Earfcn from Inter Detect Cell

All Set All Cell RSRP/RSRQ/RSSI/FrameBound /CPLength/DL Earfcn/Cell State

per PCI

Top Set PCI PCI with RSRP strength from top 1 to 20 from All Cell

RSRP Top 1 to 20 RSRP from All Cell

RSRQ Top 1 to 20 RSRQ from All Cell

RSSI Top 1 to 20 RSSI from All Cell

FrameBound Top 1 to 20 FrameBound from All Cell

CPLength Top 1 to 20 CPLength from All Cell

DL Earfcn Top 1 to 20 DL Earfcn from All Cell

Cell State

Top 1 to 20 Cell State from All Cell

- Intra Sync

- Intra Async

- Intra Detect

- Inter Sync

- Inter Async

- Inter Detect

4.7 Search Result

Search Result log shows Mp Search result and Cell Search result.


MP Searcher Mp Searcher Dominant Energy and Mp Searcher position per PCIS

(PCIS: 0,1 or 2)


PCI PCI with Dominant Cell Search Energy


Cell Srch Energy Dominant Cell Search Energy

Cell Searcher> PCI# Cell Search Energy, PCIG, Half Frame Idx and CP Length per PCI

(PCIG: 0 ~ 167, PCI: 0 ~ 503)

Earfcn EARFCN number

Used Cell Searcher Num Num of Used Cell Searcher



4.8 Channel Info

The channel information shows no antenna in the 2x2 MIMO channel.


Tx Correlation> Freq Total

Band(Avg) Tx Correlation in Total Band(Sub Band 1 ~ 30)

Tx Correlation> Freq Sub

Band x Tx Correlation per Sub Band

Rx Correlation> Freq Total

Band(Avg) Rx Correlation in Total Band(Sub Band 1 ~ 30)

Rx Correlation> Freq Sub

Band x Tx Correlation per Sub Band

H00 (Real)> Freq Sub

Band x H00 (Real value) per Sub Band

H00 (Imaginary)> Freq

Sub Band x H00 (Imaginary value) per Sub Band













4.9 CQI Info

The wideband CQI information shows measured CQI of wideband in the UE.

The sub-band CQI information shows the CQI (channel quality information) of sub-bands. The

sub-band is defined a unit for a group of resource elements used for reporting sub-band CQI.


Rank Ratio> Instant Instant Rank Ratio (Range 0 ~ 1)

Rank Ratio> Cumulative Cumulative Rank Ratio (Range 0 ~ 1)

CQI(Wideband)> Rank1 CQI Rank1 wide band CQI

CQI(Wideband)> Rank2 CW0 CQI Rank2 wide band CQI for CW0

CQI(Wideband)> Rank2 CW1 CQI Rank2 wide band CQI for CW1



CQI(Subband)> Rank1 CQI Rank1 sub band CQI








4.10 Multi-paths Profile

This information shows the channel impulse response of reference signals in the time domain.


Serving PCI Serving cell ID (0~503)

Ref EsNo The reference EsNo is the detected RS SNR in the reference position.

RS power metric of reference path. EsNo is calculated by computing

10*log10(RS power metric/noise power metric)

Ref Timing The reference timing gives the information of reference cell timing of

demodulation.

Reference timing of serving cell. The resolution is Ts in a frame

Path Info[x]> EsNo RS power metric of this path

Path Info[x]> Time Index Timing offset from reference timing (Ts resolution)

4.11 PBCH BLER

PBCH BLER displays how much transport blocks get CRC_NOK about total received transport

blocks.


Instant Instant PBCH BLER

(bler_info.err_nums / bler_info.total_nums) * 100

Cumulative Cumulative PBCH BLER

4.12 PDSCH BLER

PDSCH BLER displays how much transport blocks get CRC_NOK about total received transport

blocks.


Instant> All Instant PDSCH Total BLER

((bler_info[0].err_nums + bler_info[1].err_nums) /

(bler_info[0].total_nums + bler_info[1].total_nums)) * 100





Cumulative> All Cumulative PDSCH Total BLER





4.13 PDCCH Detection Rate

UE can’t calculate PDCCH BLER because UE doesn’t know when eNode-B sends its PDCCH. In

other words, UE detects PDCCH blindly. So, UE DM supports this item similar with PDCCH BLER.


DCI 0 The number of detection for DCI#0



DCI 1b The number of detection for DCI 1b

DCI 1c The number of detection for DCI 1c





4.14 DL Grant & UL Ack/Nack Status Info

(Improved)

DL Grant & UL ACK/NACK Status(Improved) displays DL grant regardless any DCI format in

every TTI. According to TS36.212, each DCI format has the specific fields, not all, and the

unnecessary fields are displayed to the blank. Additionally, UL_ACK/NACK, CFI, and DCI_3/3A

payload will be included in this item.


SFN SFN value

TTI TTI value

DCI Format> Count DCI 1 Num/ DCI 1A Num/ DCI 1B Num/ DCI 1C Num/ DCI 2 Num/

DCI 2A Num/ DCI 3 Num/ DCI 3A Num/ N/A Num

DCI Format> Rate DCI 1 Rate/ DCI 1A Rate/ DCI 1B Rate/ DCI 1C Rate/ DCI 2 Rate/

DCI 2A Rate/ DCI 3 Rate/ DCI 3A Rate/ N/A Rate


0:"SING-ANT(P0)",1:"SING-ANT(P5)",2:"TRANS-

DIV",3:"LARGE-CDD",4:"CLOSE-SM",5:"MU-MIMO"

TPC TPC













4.15 DL Grant & UL Ack/Nack Status Info (Improved)[Detail per TTI]

DL Grant & UL Ack/Nack Status Info(Improved)[Detail per TTI] displays the related information

per TTI.


SFN SFN value

TTI TTI value

CFI CFI value

DCI Format DCI format

0:"DCI_1",1:"DCI_1A,2:"DCI_1B",3:"DCI_1C",4:"DCI_2",

5:"DCI_2A",6:"DCI_3",7:"DCI_3A"

RNTI RNTI type

0:"C-RNTI",1:"RA-RNTI",2:"P-RNTI",3:"SI-RNTI",

4:"PUCCH",5:"PUSCH",6:"SPS-RNTI",7:”T-CRNTI”


0:"SING-ANT(P0)",1:"SING-ANT(P5)",2:"TRANS- DIV",3:"LARGE-

CDD",4:"CLOSE-SM",5:"MU-MIMO"

Distribution Flag distribution flag 0:"LOCAL", 1:"DIST"

Gap Value gap value

RA Header RA header

Precoding precoding information


PMI Confirmation PMI confirmation

TPC TPC

HARQ Number HARQ number

MCS(CW0) MCS in CW0

NDI(CW0) NDI in CW0








MCS(CW1) MCS in CW1

NDI(CW1) NDI in CW1











4.16 UL Grant & DL Ack/Nack Status Info

UL Grant Info Status log shows get UL Scheduling Grant information to PDCCH.


SFN SFN value

TTI TTI value

FH> FH Num FH Number

FH> No FH Num No FH Number

FH> FH Rate FH Num/(No FH Num+FH Num)* 100

MCS> CQI REQ> MCS(Idx) No CQI Request Modulation and Coding Rate

MCS> No CQI REQ>

MCS(Idx) CQI Request Modulation and Coding Rate

MCS> No CQI REQ> QPSK

Rate QPSK Num/(QPSK Num+16QAM Num+64QAM Num)*100 in CQI Request

MCS> No CQI REQ> 16


MCS> No CQI REQ> 64


New Data Num New data indicator (NDI field = 1)

Retrans Data Num New data indicator (NDI field = 0)

New Data Rate New Data Num/(Retrans Data Num+New Data Num)*100



DL ACK/NACK> ACK Count DL ACK result

DL ACK/NACK> NACK

Count DL NACK result

DL ACK/NACK> DTX Count DL DTX result

DL ACK/NACK> ACK Rate ACK Count/(ACK Count+NACK Count+DTX Count)*100

DL ACK/NACK> NACK Rate NACK Count/(ACK Count+NACK Count+DTX Count)*100

DL ACK/NACK> DTX Rate DTX Count/(ACK Count+NACK Count+DTX Count)*100



4.17 UL Grant & DL Ack/Nack Status info [Detail per TTI]

UL Grant & DL Ack/Nack Status info[Detail per TTI] displays the related information per TTI.


SFN SFN value

TTI TTI value

TB Size Transport Block size

RB Assign Resurce block assingment

FH 0 :No FH

1 :FH

MCS Modulation and Coding Rate

NDI New data indicator



CQI Request Ind CQI Request Indication

0 : No CQI Request

1 : CQI Request

DL ACK/NACK Result 0 :NACK

1 :ACK

4.18 PDSCH PHY Throughput

PDSCH PHY Throughput has displays how much to get the downlink data in 1sec.


All PDSCH PHY Total Throughput

(cw_0 + cw_1) / 1000


(cw_0) / 1000


(cw_1) / 1000



4.19 UL PRB MAP Data Info

This information shows the log of transmit physical resource mapping information.


SFN Frame number

TTI TTI number

Bandwidth 0:1.4MHz, 1:3MHz, 2:5MHz, 3:10MHz, 4:15MHz, 5:20MHz

Channel Type> Count DTX/ PRACH/ PUCCH/ PUSCH/ SRS/ PUSCH+SRS/ PUCCH+SRS Count

Channel Type> Rate DTX/ PRACH/ PUCCH/ PUSCH/ SRS/ PUSCH+SRS/ PUCCH+SRS Rate

PRACH RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PRACH

PUCCH RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PUCCH

PUSCH RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PUSCH

SRS RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in SRS

PUSCH+SRS RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PUSCH+SRS

PUCCH+SRS RB Size/ Even Slot RB Offset/ Odd Slot RB Offset/ SRS RB Size/ SRS RB

Offset in PUCCH+SRS

4.20 PUSCH PHY Throughput

UL Throughput log shows the Uplink data throughput at UE side.


NEW Transmission A number of bits about new transmission per 1 sec

(new_bit_nums) / 1000

Total UL A number of bits about re-transmission per 1 sec

(new_bit_nums + retrans_bit_nums) / 1000



4.21 L2 DL Throughput Parameter Description

PDCP> Total Total Downlink PDCP Throughput


PDCP> RB ID(x) Downlink PDCP Throughput per RB ID


RLC> Total Total Downlink RLC Throughput



RLC> AM> Total Total Downlink RLC AM Throughput



RLC> AM> RB ID(x) Downlink RLC AM Throughput per RB ID



RLC> UM> Total Total Downlink RLC UM Throughput



RLC> UM> RB ID(x) Downlink RLC UM Throughput per RB ID



MAC Downlink MAC Throughput

(MacDlTotalBytes*8/1000)

4.22 L2 UL Throughput Parameter Description

PDCP> Total Total Uplink PDCP Throughput


PDCP> RB ID(x) Uplink PDCP Throughput per RB ID


RLC> Total Total Uplink RLC Throughput



RLC> AM> Total Total Uplink RLC AM Throughput



RLC> AM> RB ID(x) Uplink RLC AM Throughput per RB ID



RLC> UM> Total Total Uplink RLC UM Throughput






RLC> UM> RB ID(x) Uplink RLC UM Throughput per RB ID



MAC Uplink MAC Throughput

(MacUlTotalBytes*8/1000)

4.23 PDSCH MAC BLER

This item is for MAC BLER of downlink (PDSCH). Ratio of transport blocks which remain un-

acknowledged (CRC failure) after HARQ retransmission divided by total number of initial

transmissions received by UE MAC.


Instant> All Instant total MAC BLER

( (cwd0ErrNum/cwd0TBNum) *100 + (cwd1ErrNum/cwd1TBNum) *100 ) /

2





Cumulative> All Cumulative total MAC BLER



4.24 RLC States Info

This item provides state information of RLC Tx/Rx Entity.


Tx States> RB ID (x)> Mode Tx States RLC Mode (AM /UM/TM)

Tx States> RB ID (x)> State Tx States RLC Tx Entity state (NULL/DTR)

Rx States> RB ID (x)> Mode Rx States RLC Mode (AM /UM/TM)

Rx States> RB ID (x)> State Rx States RLC Tx Entity state (NULL/DTR)

4.25 MAC State Info

This item includes MAC DL/UL state information.


MAC UL State Current state of MAC uplink

(0-NOT_CONFIGURED, 1-CONFIGURED, 2-OUT_OF_SYNC, 3-IN_SYNC, 4-

IN_CR, 5-READY_TO_SCHED )

MAC DL State Current State of MAC downlink

(0-NOT_CONFIGURED, 1-CONFIGURED, 2-PCH_STATE, 3-RACH_STATE, 4-

DSCH_STATE)



4.26 MAC UL Transmission Info

This item is for total packets information of uplink data transmission.


Count> 1st Trans Success in 1st transmission

Count> 1st Re-Trans Success in 1st re-transmission

Count> 2nd Re-Trans Success in 2nd re-transmission

Count> 3rd Re-Trans Success in 3rd re-transmission








Count> Total Trans ∑SuccessCnt i (Where, i = 0 to 10)

Count> Bad Count Bad Count

Percentage> 1st Trans 1st Trans/(Total Trans+Bad Count)*100

Percentage> 1st Re-Trans 1st Re-Trans/(Total Trans+Bad Count)*100

Percentage> 2nd Re-Trans 2nd Re-Trans/(Total Trans+Bad Count)*100

Percentage> 3rd Re-Trans 3rd Re-Trans/(Total Trans+Bad Count)*100







Percentage> 10th Re-

Trans 10th Re-Trans/(Total Trans+Bad Count)*100

Percentage> Total Trans Total Trans/(Total Trans+Bad Count)*100

Percentage> Bad

Percentage Bad Count/(Total Trans+Bad Count)*100



4.27 RACH REQ Info

This item includes RACH request information.


RACH Transmit Time RACH transmit time

Retransmission Num Retransmission Num

RACH Type 0 : INITIAL

1 : HANDOVER

2 : UL DATA ARRIVAL

3 : DL DATA ARRIVAL

4 : SR MAX

5 : NO_SR_CONFIG

RA-RNTI RACH RNTI

Preamble ID Preamble Identity

4.28 RACH RSP General Info

This item includes RACH response information.


RACH Response Receiving Time RACH response receiving time

Result 0: NACK, 1: ACK

RACH Preamble Identity RACH Preamble Identity

BackOff Indicator BackOff Indicator

Time Advance Time Advance


MCS Modulation and coding Scheme

TPC for scheduled PUSCH TPC command for scheduled PUSCH

Hopping Flag Hopping Flag

UL Delay UL Delay

CQI Request CQI Request

Resource Block Assignment Resource block assignment(10bits)

Access RACH Latency Access RACH Latency (sec)

4.29 RNTI Info

This item includes RNTI information.


C-RNTI C-RNTI

RA-RNTI RA-RNTI




4.30 Serving Cell & Neighbor Cell Lists Parameter Description

Serving Cell Info> UE

State

Current UE state

- UE_IDLE_MODE

- UE_CONNECTED_MODE

- NO_SERVICE

- NON_LTE_RAN

Serving Cell Info> Freq UL Uplink Carrier Frequency

Serving Cell Info> Freq DL Downlink Carrier Frequency

Serving Cell Info> PCI Physical Cell Identity

Serving Cell Info> TAC Tracking Area Code

Serving Cell Info> PLMN

Identity PLMN Identity

Serving Cell Info> Global

Cell ID Global Cell ID

Intra Freq Cell Lists> DL

Freq Downlink Carrier Frequency


Serving Cell> Serving PCI Intra Freq Cell Serving PCI


Serving Cell> Serving

RSRP

Intra Freq Cell Serving RSRP



RSRQ

Intra Freq Cell Serving RSRQ



RSSI

Intra Freq Cell Serving RSSI


Serving Cell> All Cell Info

Intra Freq Cell Serving RSRP/RSSQ/RSSI per PCI



Cell Count

Number of Monitored PCI from Intra Freq Cell



Cell List

Monitored PCI List from Intra Freq Cell


Monitored Cell> Summary

Monitored Cell List

Monitored PCI List with (RSRP,RSRQ) from Intra Freq Cell


Monitored Cell> RSRP Intra Freq Cell Monitored RSRP per PCI


Monitored Cell> RSRQ Intra Freq Cell Monitored RSRQ per PCI


Monitored Cell> RSSI Intra Freq Cell Monitored RSSI per PCI





Monitored Cell> Top Set PCI


Monitored Cell

RSRP Top 1 to 20 RSRP from Intra Freq Monitored Cell

RSRQ Top 1 to 20 RSRQ from Intra Freq Monitored Cell

RSSI Top 1 to 20 RSSI from Intra Freq Monitored Cell


Detected Cell> Detected

Cell Count

Number of Detected PCI from Intra Freq Cell


Detected Cell> Detected

Cell List

Detected PCI List from Intra Freq Cell


Detected Cell> Summary

Detected Cell List

Detected PCI List with (RSRP,RSRQ) from Intra Freq Cell


Detected Cell> RSRP Intra Freq Cell Detected RSRP per PCI


Detected Cell> RSRQ Intra Freq Cell Detected RSRQ per PCI


Detected Cell> RSSI Intra Freq Cell Detected RSSI per PCI


Detected Cell> Top Set PCI

PCI with RSRP strength from top 1 to 20 from Intra Freq Detected

Cell

RSRP Top 1 to 20 RSRP from Intra Freq Detected Cell

RSRQ Top 1 to 20 RSRQ from Intra Freq Detected Cell

RSSI Top 1 to 20 RSSI from Intra Freq Detected Cell

Intra Freq Cell Lists> All

Set Intra Freq Cell RSRP/RSRQ/RSSI/Cell State per PCI

Intra Freq Cell Lists> Top

Set

PCI PCI with RSRP strength from top 1 to 20 from Intra Freq Cell

RSRP Top 1 to 20 RSRP from Intra Freq Cell

RSRQ Top 1 to 20 RSRQ from Intra Freq Cell

RSSI Top 1 to 20 RSSI from Intra Freq Cell

Cell

State

Top 1 to 20 Cell State from Intra Freq Cell

- Serving

- Monitored

- Detected


DL(x)>PCI(y)> RSRP Inter frequency cell Reference Signal Received Power


DL(x)>PCI(y)> RSRQ Inter frequency cell Reference Signal Received Quality


DL(x)>PCI(y)> RSSI Inter frequency cell Received Power


DL(x)>PCI(y)> Cell Type

Inter frequency cell type

1 : monitored cell

2 : detected cell



4.31 NAS System Info Parameter Description

PLMN_ID PLMN ID of the current cell

TAC TAC of the current cell

Cell ID Cell ID of the current cell

TAI List Tracking Area identity List

MCC (Mobile Country Code), MNC (Mobile Network Code) and TAC

(Tracking Area Code).

4.32 RRC BCH Status Info

This item provides the information of BCH status.


RRC BCH Status> PCI Physical Cell Identity (0~503)

RRC BCH Status> Freq DL DL Frequency

RRC BCH Status> Purpose Purpose of BCH Setup

- SIB_NORMAL,

- CELL_RESELECTION,

- SIB_MODIFICATION,

- MOVE_TO_IDLE,

- SIB_CONNECTED,

- SFN_READ,

- SPECIFIED_SIB,

- SIBC_SIB

RRC BCH Status> Result Result of receiving System Information.

- SUCCESS,

- PLMN_MISMATCH,

- MIB_TIMEOUT,

- SI_TIMEOUT,

- LAST_RESULT

4.33 NAS State Info

This item provides the state information of EMM (EPS Mobility Management), ECM (EPS

Connection Management) and PLMN and EU (EPS Update) status when each state is changed.





EU State Current EU (EPS Update) status



4.34 NAS State Info(R4)

This item provides the NAS state information of EMM (EPS Mobility Management), ECM (EPS

Connection Management) and PLMN and EMM Cache status when each state is changed.





EMM Cache State Current state of EMM Cache

4.35 Radio & NAS Signaling Failure Info Parameter Description

Radio Problem Cause Radio problem diagnostic logging attribute.

NAS Signaling Failure Cause NAS signaling failure diagnostic logging attribute

4.36 RRC Freq Scan Info

This item displays the result of frequency scan.


Search Type Cell Search Method

- Frequency LIST

- Frequency RANGE

Freq DL DL Frequency

RSRP Reference Signal Received Power

4.37 Cell Reselection Info

This item provides the information on both source cell and target cell when RRC perform cell

reselection.


Old Freq DL Old Carrier Frequency

Old Cell ID Old Cell Identity

New Freq DL New Carrier Frequency

New Cell ID New Cell Identity



4.38 Handover History

This item displays handover history, delay and result.


Source Cell Source Cell Physical Identity

Target Cell Target Cell Physical Identity

Handover Delay Handover delay (Unit : ms)

Result - FAIL

- SUCCESS

Handover Type - LTE

- Outbound IRAT

- Inbound IRAT

4.39 Data Path Packet Loss

This item is for UL/DL packet loss of data path(HIM/PDCP/L2).


UL UsbBlockTime UL : USB Blocking count

UL SdioBlockTime UL : SDIO Blocking count

UL UsbUnreg UL : number of discarded packet in USB by unregistered connection

UL SdioUnreg UL : number of discarded packet in SDIO by unregistered connection

UL HimAllocFail UL : Memory allocation fail count in HIM

UL DimInvHdr UL : Number of discarded packet in DIM by Invalid header

UL DimNoRB UL : Number of discarded packet in DIM because of no RB

UL PdcpSduFull UL : Fail count in PDCP by PDCP SDU Queue full

UL PdcpPduBufFull UL : Number of discarded packet in PDCP by PDCP PDU Queue full

UL PdcpCipAllocFail UL : Number of discarded packet in PDCP by Ciphering block full

UL PdcpDisTimer UL : Number of discarded packet by PDCP discard timer expiry

UL MacSchedMiss UL : Number of discarded MAC PDU which is not transfered

DL PhyAllocFail DL : Number of discarded MAC PDU by memory allocation in L1

DL MacInvHdr DL : Number of discarded MAC PDU by invalid MAC header

DL RlcDuplication DL : number of discarded RLC PDU by duplication

DL RlcInvHdr DL : number of discarded RLC PDU by invalid RLC header

DL RlcOutWnd DL: number of discarded RLC PDU which falls outside of window

DL RlcRsmFull DL : number of discard RLC PDU by RSM buffer full

DL PdcpInvHdr DL : number of discarded PDCP PDU by invalid PDCP header

DL PdcpOutWnd DL : number of discarded PDCP PDU which falls outside of window

DL CipAllocFail DL : Number of discarded packet in PDCP by Ciphering block full

DL DimInvalid DL : Number of discarded packet in DIM by IP Header length mismatch

DL HimIfFull DL : Number of discarded packet in HIM by interface buffer full

DL UsbBlockTime DL : USB block count

DL SdioBlockTime DL : SDIO block count

DL UsbPacketLoss DL : number of discarded packet in USB




DL SdioPacketLoss DL : number of discard packet in SDIO

4.40 ESM Instance Info

This item includes ESM instance information R3. Maximum number of ESM instance is 15(1~15).

The EPS Id uniquely identifies each ESM instance.


Tab Index 1: 1st tab, 2: 2nd tab, … 15: 15th tab

EPS Id EPS ID

Linked Bearer Id Linked Bearer ID

PDN Address PDN IP Address

APN Access Point Name

QCI QCI (1 ~ 9)

EPS Type - NONE BEARER TYPE

- DEFAULT_BEARER

- DEDICATED_BEARER

ESM State - DEACTIVE

- ACTIVE

PTI PTI

Instance Id Instance ID

Deactivate Mode - NONE_MODE

- NORMAL

- NORMAL_ALL

- DETACH

- STATUS_IND

- PDN_DISCONNECT

- PDN_DISCONNECT_REJECT

- PDN_DISCONNECT_TIMEOUT

- MODIFICATION_REJECT

- MODIFICATION_TIMEOUT

- OVERWRITE

- LOCALLY

Overwrite Mode - NONE BEARER TYPE

- DEFAULT_BEARER

- DEDICATED_BEARER

XCAP-LTE Parameter Description Chapter 5. LTE KPI

5. LTE KPI Supported Chipset: Qualcomm/LGE/Samsung/GCT/HiSilicon(Hi6910/6920)

Qualcomm: Qc

Samsung: Ss

LGE: Lg

GCT: Gc

HiSilicon6910: Hi1

HiSilicon6920(Balong): Hi2B

Parameter Supported Chipset

Chip Type Qc Ss Lg Gc Hi1 Hi2B

Serving PCI V V V V V V

Serving RSRP V V V V V V

Serving RSRQ V V V V V V

Serving RSSI V V V V V V

PUSCH Power V V V V V V

PUCCH Power V V V V V V

SRS Power V V V V V V

Total Tx Power V V V V V V

SINR V V V V V V

WB CQI CW0 V V V V V V

WB CQI CW1 V V V V V V

WB RI V V V V V V

WB PMI 0 V V V V V V

WB PMI 1 V V V V V V

DL MCS0 V V V V V V

DL MCS1 V V V V V V

UL MCS V V V V V V

DL Modulation0 V V

DL Modulation1 V V

UL Modulation V V

PDSCH PRB Number V V V V V

PUSCH PRB Number V V V V V

PDSCH BLER V V V V V V

PUSCH BLER V V V

PDSCH Throughput V V V V V V

PUSCH Throughput V V V V V V

MAC DL Throughput V V V V V

MAC UL Throughput V V V V V

RLC DL Throughput V V V V V

XCAP-LTE Parameter Description Chapter 5. LTE KPI


Parameter Supported Chipset

RLC UL Throughput V V V V V

PDCP DL Throughput V V V V V

PDCP UL Throughput V V V V V

TAC V V

XCAP-LTE Parameter Description

Innowireless Co., Ltd.,

Address: #1-301, Complex2, Pangyo7 Techno Valley, #633, Sampyung-Dong, Bundang-

Gu, Seongnam-Si, Kyungki-Do

Web site: www.innowireless.co.kr

Phone #: +82-31-788-1700

Fax #: +82-31-705-1246

http://www.innowireless.co.kr/

XCAP-LTE Parameter Description_08th

Documents

Transcript of XCAP-LTE Parameter Description_08th