xcap-lte analyzer lte parameter accuver

XCAP-LTE

Lte Parameter Description

Edition: 04

Version: 4.108.xx

2011. 01.

2011 Accuver., Ltd., All rights reserved.

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

without written approval. 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.

Accuver APAC Limited

Unit 206, 2/F., No. 8 Science Park West Avenue

Hong Kong Science Park, Shatin

New Territories, Hong Kong

TEL: +852 2210 7004

FAX: +852 2210 7017

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Email: [email protected]

http://www.accuver.com/

Introduction

© Copyright by Accuver Ltd. Page I

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)

Contents

© Copyright by Accuver Ltd. Page I

Introduction of Appendix .............................................................................. I

History ................................................................................................... I

Parameter Description .......................................................................... 1

LGE ..................................................................................................... 1

L1 Status Info ................................................................................... 1

Serving Cell Signal Quality Info .............................................................. 2

Tx Power Info ................................................................................... 2

RACH Info ....................................................................................... 2

Timing Adjustment Info ........................................................................ 3

Cell Info .......................................................................................... 3

Search Result ................................................................................... 6

Channel Info .................................................................................... 7

CQI Info.......................................................................................... 7

Multi-paths Profile .............................................................................. 8

PBCH BLER .................................................................................... 8

PDSCH BLER .................................................................................. 9

PDCCH Detection Rate ....................................................................... 9

DL Grant & UL Ack/Nack Status Info(Improved) ............................................ 9

DL Grant & UL Ack/Nack Status Info(Improved)[Detail per TTI] ........................ 11

UL Grant & DL Ack/Nack Status Info ....................................................... 12

UL Grant & DL Ack/Nack Status info[Detail per TTI] ..................................... 13

PDSCH PHY Throughput ................................................................... 14

UL PRB MAP Data Info ...................................................................... 14

PUSCH PHY Throughput ................................................................... 14

L2 DL Throughput ............................................................................ 15

L2 UL Throughput ............................................................................ 15

PDSCH MAC BLER .......................................................................... 16

RLC States Info ............................................................................... 16

MAC State Info ............................................................................... 17

MAC UL Transmission Info .................................................................. 17

RACH REQ Info .............................................................................. 18

RACH RSP General Info .................................................................... 18

RNTI Info ...................................................................................... 19

목차 XCAP-LTE Analyzer Parameter Description/Ed.04

Page II © Copyright by Accuver Ltd.

Serving Cell & Neighbor Cell Lists ......................................................... 19

NAS System Info ............................................................................. 21

RRC BCH Status Info ........................................................................ 22

NAS State Info ................................................................................ 22

NAS State Info(R4) ........................................................................... 22

Radio & NAS Signaling Failure Info ........................................................ 23

RRC Freq Scan Info ......................................................................... 23

Cell Reselection Info ......................................................................... 23

Handover History ............................................................................. 23

Data Path Packet Loss ...................................................................... 24

ESM Instance Info ............................................................................ 24

Samsung ............................................................................................... 26

Common Basic Info .......................................................................... 26

Common Data Info ........................................................................... 26

LTE N Cell Information....................................................................... 27

LPHY Cell Search Info ....................................................................... 28

LPHY System Info ............................................................................ 29

LPHY Channel Quality Info ................................................................. 30

LPHY Parameter Info ........................................................................ 30

LPHY PHICH Info ............................................................................ 31

LL1 RF & Sync Info .......................................................................... 31

LL1 Downlink Info ............................................................................ 32

LL1 Uplink Info ................................................................................ 32

LL1 Measurement Config Info .............................................................. 32

LL2 SCH Configuration Info ................................................................. 33

Timer & Preamble Info ....................................................................... 33

Power Ramping & RA Supervision Info.................................................... 33

Max HARQ Msg3Tx & RACH Info ......................................................... 34

LL2 RNTI Info ................................................................................. 34

LL2 RLC Info .................................................................................. 34

LL2 PDCP Info ................................................................................ 35

LRRC Serving Cell Info ...................................................................... 36

LRRC State Variables Info .................................................................. 36

LRRC Timer info .............................................................................. 37

LNAS State Variables Info ................................................................... 37

LNAS MM(SIM/PLMN/Security) Info ....................................................... 38

XCAP-LTE Analyzer Parameter Description/Ed.04

© Copyright by Accuver Ltd. Page III

LNAS PDP/IP Info ............................................................................ 39

LDATA Throughput Info ...................................................................... 39

LDATA Timing Info............................................................................ 39

Qualcomm ............................................................................................. 40

Configuration Info ............................................................................ 40

Power Info ..................................................................................... 50

Cell Search .................................................................................... 50

Ant Correlation Result ....................................................................... 51

Intrafreq Measurement Info ................................................................. 51

Channel Quality Info ......................................................................... 53

ML1 Downlink Info ........................................................................... 54

ML1 Uplink Info ............................................................................... 55

Random Access Procedure ................................................................. 55

Radio Link Monitoring Info .................................................................. 59

NAS ESM Bearer Context Info ............................................................. 59

NAS EMM State .............................................................................. 60

RRC Serving Cell Info ....................................................................... 61

RRC PLMN Search Info ..................................................................... 62

ML1 Serving Cell Info(Acquisition) ......................................................... 63

Physical Throughput ......................................................................... 63

MAC Throughput ............................................................................. 64

RLC Throughput .............................................................................. 64

PDCP Throughput ............................................................................ 64

GCT .................................................................................................... 66

L1 Status Info ................................................................................. 66

Serving Cell Signal Quality Info ............................................................ 67

Tx Power Info ................................................................................. 67

RACH Info ..................................................................................... 67

Timing Adjustment Info ...................................................................... 67

Cell Info ........................................................................................ 68

Search Result ................................................................................. 71

Channel Info .................................................................................. 71

CQI Info........................................................................................ 72

Multi-paths Profile ............................................................................ 73

PBCH BLER .................................................................................. 73

PDSCH BLER ................................................................................ 73

목차 XCAP-LTE Analyzer Parameter Description/Ed.04

Page IV © Copyright by Accuver Ltd.

PDCCH Detection Rate ..................................................................... 74

DL Grant & UL Ack/Nack Status Info(Improved) .......................................... 74

DL Grant & UL Ack/Nack Status Info(Improved)[Detail per TTI] ........................ 76

UL Grant & DL Ack/Nack Status Info ....................................................... 77

UL Grant & DL Ack/Nack Status info[Detail per TTI] ..................................... 78

PDSCH PHY Throughput ................................................................... 78

UL PRB MAP Data Info ...................................................................... 79

PUSCH PHY Throughput ................................................................... 79

L2 DL Throughput ............................................................................ 79

L2 UL Throughput ............................................................................ 80

PDSCH MAC BLER .......................................................................... 80

RLC States Info ............................................................................... 81

MAC State Info ............................................................................... 81

MAC UL Transmission Info .................................................................. 81

RACH REQ Info .............................................................................. 83

RACH RSP General Info .................................................................... 83

RNTI Info ...................................................................................... 83

Serving Cell & Neighbor Cell Lists ......................................................... 84

NAS System Info ............................................................................. 86

RRC BCH Status Info ........................................................................ 86

NAS State Info ................................................................................ 87

NAS State Info(R4) ........................................................................... 87

Radio & NAS Signaling Failure Info ........................................................ 87

RRC Freq Scan Info ......................................................................... 87

Cell Reselection Info ......................................................................... 88

Handover History ............................................................................. 88

Data Path Packet Loss ...................................................................... 88

ESM Instance Info ............................................................................ 89

Parameter Description

LGE

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


Bandwidth Downlink bandwidth (Unit : RB)


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

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 containing RS are

estimated.

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

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

RACH Info


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


© Copyright by Accuver Ltd. Page 3

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

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

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 Searcher>

Dominant 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

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)


Sub Band x Tx Correlation per Sub Band

Rx Correlation> Freq

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



H00 (Real)> Freq Sub

Band x H00 (Real value) per Sub Band

H00 (Imaginary)> Freq

Sub Band x H00 (Imaginary value) per Sub Band













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


CW0 CQI Rank2 wide band CQI for CW0




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)> Rank2


CQI(Subband)> Rank1

PMI Rank1 sub band PMI

CQI(Subband)> Rank2


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)

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



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



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





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

MCS> CW0> 64 QAM



MCS> CW1> QPSK

Rate CW1 QPSK Rate

MCS> CW1> 16 QAM


MCS> CW1> 64 QAM


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

NDI> CW1> New Data


NDI> CW1> Retrans


NDI> CW1> New Data


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

UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


DCI 3(Mode)> DCI 3/3A

Value(CW0) CW0 DCI3/3A value



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



New/Retrans




UL ACK/NACK



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

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

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

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

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

L2 DL Throughput


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)

L2 UL Throughput


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)

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


#0 Cumulative code word #0 MAC BLER



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)


State Tx States RLC Tx Entity state (NULL/DTR)

Rx States> RB ID (x)>

Mode Rx States RLC Mode (AM /UM/TM)


State Rx States RLC Tx Entity state (NULL/DTR)



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)

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> 5th Re-


Percentage> 6th Re-


Percentage> 7th Re-


Percentage> 8th Re-


Percentage> 9th Re-


Percentage> 10th Re-


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

Percentage> Bad

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

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

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)

RNTI Info

This item includes RNTI information.


C-RNTI C-RNTI

RA-RNTI RA-RNTI


Serving Cell & Neighbor Cell Lists


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


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



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


Monitored Cell>

Monitored Cell Count

Number of Monitored PCI from Intra Freq Cell


Monitored Cell>

Monitored 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



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


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


Freq DL(x)>PCI(y)>

RSRQ

Inter frequency cell Reference Signal Received Quality


Freq DL(x)>PCI(y)>

RSSI

Inter frequency cell Received Power


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

Type

Inter frequency cell type

1 : monitored cell

2 : detected cell

NAS System Info


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).

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

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

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



Radio & NAS Signaling Failure Info


Radio Problem Cause Radio problem diagnostic logging attribute.

NAS Signaling Failure

Cause NAS signaling failure diagnostic logging attribute

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

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

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

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

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: 2

nd tab, … 15: 15

th 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

Samsung

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)

Common Data Info


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



LTE N Cell Information


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/HR

PD 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

LPHY Cell Search Info


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)



LPHY System Info


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

LPHY Channel Quality Info


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

LPHY Parameter Info


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

LPHY PHICH Info


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

LL1 RF & Sync Info


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

http://en.wikipedia.org/wiki/Received_signal_strength_indication

http://en.wikipedia.org/wiki/Received_signal_strength_indication

PBCH Info>Phich

Duration

PHICH Duration

- Short (Normal)

- Extended

PBCH Info>eNB Ant eNB(LTE Site) Antenna

- 1

- 2

LL1 Downlink Info


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

LL1 Uplink Info


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.)

LL1 Measurement Config Info


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)



LL2 SCH Configuration Info


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]

Timer & Preamble Info


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]

Power Ramping & RA Supervision Info


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]

Max HARQ Msg3Tx & RACH Info


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

LL2 RNTI Info


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

LL2 RLC Info


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]


PDU

Poll PDU for Uplink (where, x = 0 ~ 31)


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

LL2 PDCP Info


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

LRRC Serving Cell Info



Band Band (Band 1 ~ 14, 17, 33 ~ 40)

PLMN ID PLMN ID

TAC List TAC List (TAC[0] & TAC[1])

LRRC State Variables Info


RRC State RRC State

- NULL

- IDLE

- CONNECTED

- DISCONNECTING



LRRC Timer info


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

LNAS State Variables Info


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

LNAS MM(SIM/PLMN/Security) Info


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



LNAS PDP/IP Info


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

LDATA Throughput Info


Physical Layer>UL

Throughput LTE PUSCH Throughput [Unit: Mbps]

Physical Layer>DL

Throughput LTE PDSCH Throughput [Unit: Mbps]

LDATA Timing Info


Connection time Connection time by Samsung LTE chipset [Unit: ms]

Qualcomm

Configuration Info


DL Common> TDD

Common Config

Subframe Assignment

0 – SUBFRAME_ASSIGN_0







Special Subframe

Patterns

0 – SPECIAL_SUBFRAME_PATTERN_0

1 – SPECIAL_SUBFRAME_PATTERN _1








DL Common> UL CP

Config UL CP

0 – NORMAL_CP

1 – EXTENDED_CP

DL Common> UL Config UL EARFCN UL Cell earfcn (18000 <= Range <= 39649)

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

Additional Spectrum

Emission Additional Spectrum Emission (Range is 1 to 32)

DL Common> MIB info Num ENB Ant Ports Valid values – 1, 2, 4

PHICH Duration

PHICH-Duration

0 – PHICH_NORMAL

1 – PHICH_EXTENDED



PHICH Resource

Ng (HICH group multiplier)

0 – 1/6

1 – 1/2

2 – 1

3 – 2

DL Common> PDSCH

Config Reference Signal Power

Downlink Reference-signal transmit power

(Range is -60 to 50 dBm)

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

DL Common> MBSFN

Config> Config[x]

Allocation Offset allocation offset (Range is 0 to 7)

Allocation Period

allocation period

0 – 1 radio frame

1 – 2 radio frames





Sub-Fn Allocation Type

subfn allocation type

Type 0 – MBSFN allocation one frame

Type 1 – MBSFN allocation four frames

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

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)

DCI Format

DCI format 3 or 3A used for TPC Index

0 – DCI Format3

1 – DCI Format3A

TPC Index

Index of N or M

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

3A)

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)

DCI Format

DCI format 3 or 3A used for TPC Index

0 – DCI Format3

1 – DCI Format3A

TPC Index

Index of N or M

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

3A)

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


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

Tx Ant Selection Control 0 – Closed loop

1 – Open loop

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

DL Dedicated> UE-

related Config C-RNTI

C- RNTI value

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

UL Common> PUSCH

Config n_sb

n_sb

0x0 - 1 to 0x3 – 4

Hopping Mode

Hopping-mode

0x0 - Inter subframe

0x1 - Intra and inter subframe

Hopping Offset Hopping offset

(Range is 0 to 98)



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

no 64 QAM is allowed

Group Hopping Enabled

Group-hopping-enabled

1 indicates that Group Hopping is enabled while 0

Indicates that Group Hopping is disabled

Group Assignment

PUSCH Group Assignment PUSCH (Range is 0 to 29)

Sequence Hopping

Enabled

Sequence-hopping-enabled

1 indicates that Sequence Hopping is enabled while 0

Indicates that Sequence Hopping is disabled

Cyclic Shift Cyclic Shift (Range is 0 to 7)

UL Common> PUCCH

Config

Delta Shift Delta Shift (Range is 1 to 3)

n_rb_cqi n_rb_cqi (Range is 0 to 98)

n_cs_an n_cs_an (Range is 0 to 7)

n1_pucch_an n1_pucch_an (Range is 0 to 2047)

UL Common> SRS

Config SRS Enabled

0x0 – Disable

0x1 – Enable

SRS Bandwidth Config SRS Bandwidth Configuration (Range is 0 to 7)

SRS Subframe Config SRS subframe Configuration (Range is 0 to 15)

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

SRS Max UpPts

SRS Max Uplink Pilot Time Slot

1 indicates reconfiguration is enabled for UpPts while 0

indicates that reconfiguration is disabled.

UL Dedicated> SRS

Config SRS Enabled

0x0 – Disable

0x1 – Enable

SRS Bandwidth SRS Bandwidth (Range is 0 to 3)

SRS Hopping

Bandwidth SRS hopping bandwidth (Range is 0 to 3)

Freq Domain Position Frequency Domain Position (Range is 0 to 23)

Duration 0 corresponds to single and value 1 to indefinite

(Range is 0 to 1)

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

Tx Combination Tx Combination (Range is 0 to 1)


UL Dedicated> CQI

Config CQI Enabled

0x0 – Disable

0x1 – Enable

CQI Reporting Mode

Aperiodic

CQI Reporting Mode Aperiodic

0x0 – Mode12

0x1 – Mode20

0x2 – Mode22

0x3 – Mode30

0x4 – Mode31

CQI Reporting Periodic

Present

0x0 – Not Present

0x1 - Present

CQI Format Indicator

PUCCH CQI Feedback Type

0x0 – Wideband CQI

0x1 – Subband CQI

Nominal PDSCH RS

EPRE Offset

Nominal PDSCH RS EPRE Offset

(Range is -1 to 6)

CQI PUCCH Resource

Index

CQI PUCCH Resource Index

(Range is 0 to 1185)

RI Config Index RI Config Index


K K (Range is 1 to 4)

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

CQI-PMI Config Index CQI/PMI Periodicity and offset Configuration Index


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

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

Tx Ant Selection Control 0 indicates closed loop and 1 indicates open loop

Codebook Subset

Restriction Codebook Subset Restriction

GM Common> UL

Frequency Config

Cell Frequency

ul-EARFCN

For FDD – Default value determined from default

Tx-RX frequency separation defined in [36.101]

Range is

For TDD – This parameter is absent and it is equal

to the downlink frequency.



Bandwidth Uplink bandwidth

Additional Spectrum

Emission Additional Spectrum Emission (Range is 0 to 31)

GM Common> PUCCH

Config

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

n_rb_cqi n_rb_cqi (Range is 0 to 98)

n_cs_an n_cs_an (Range is 0 to 7)

n1_pucch_an n1_pucch_an (Range is 0 to 2047)

GM Common> UL

Power Control Config

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

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

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

actual value = IE value * 2 [dB]

Delta Preamble MSG3 Delta Preamble MSG3

Delta TF List PUCCH

Format 1 Delta TF List PUCCH Format 1

Delta TF List PUCCH

Format 1b Delta TF List PUCCH Format 1b

Delta TF List PUCCH

Format 2 Delta TF List PUCCH Format 2

Delta TF List PUCCH

Format 2a Delta TF List PUCCH Format 2a

Delta TF List PUCCH

Format 2b Delta TF List PUCCH Format 2b

GM Common> SRS

Config SRS Enabled

0x0 – Disable

0x1 – Enable

SRS Bandwidth Config SRS bandwidth configuration (Range is 0 to 7)

SRS Subframe Config SRS subframe configuration (Range is 0 to 15)

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

SRS Max UpPts

SRS Max Uplink Pilot Time Slot

1 indicates reconfiguration is enabled for UpPts while 0

indicates that reconfiguration is disabled

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

GM Common> PUSCH

Config Enable 64 QAM

0x0 – Disable

0x1 – Enable

GM Dedicated> SR

Config SR Enabled

0x0 – Disable

0x1 – Enable

SR PUCCH Resource

Index SR PUCCH Resource Index (Range is 0 to 2047)

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

SR Max Transmissions SR Max Transmissions(DSR_TRANS_MAX)

(Range is 4 to 64)

GM Dedicated> CQI

Config CQI Enabled

0x0 – Disable

0x1 – Enable

CQI Reporting Mode

Aperiodic

CQI Reporting Mode Aperiodic

0x0 – Mode12

0x1 – Mode20

0x2 – Mode22

0x3 – Mode30

0x4 – Mode31

Nominal PDSCH RS

EPRE Offset

Nominal PDSCH RS EPRE Offset

(Range is -1 to 6)


Present

0x0 – Not Present

0x1 - Present


Enabled

0x0 – Disable

0x1 – Enable

CQI Format Indicator

PUCCH CQI Feedback Type

0x0 – Wideband CQI

0x1 – Subband CQI

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

CQI PUCCH Resource

Index

CQI PUCCH Resource Index


RI Config Index RI Config Index


K K (Range is 1 to 4)

CQI-PMI Config Index CQI/PMI Periodicity and offset Configuration Index


GM Dedicated> SRS

Config SRS Enabled

0x0 – Disable

0x1 – Enable

SRS Bandwidth SRS Bandwidth (Range is 0 to 3)



SRS Hopping

Bandwidth SRS hopping bandwidth (Range is 0 to 3)

Freq Domain Position Frequency Domain Position (Range is 0 to 23)

Duration 0 corresponds to single and value 1 to indefinite

(Range is 0 to 1)

Tx Combination Tx Combination (Range is 0 to 1)


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

GM Dedicated> PHR

Config PHR Enabled

0x0 – Disable

0x1 – Enable

Periodic PHR Timer PERIODIC_PHR_TIMER Value in number of subframes

(Range is 0 to 1000).

Prohibit PHR Timer PROHIBIT PHR TIMER Value in number of subframes

(Range is 0 to 1000).

DL Pathloss Change

Threshold

DL Pathloss Change Value in dB

(Range is 0 to 6)

GM Dedicated> PUSCH

TPC Config PUSCH TPC Enabled

0x0 – Disable

0x1 – Enable

PUSCH TPC DCI

Format

0x0 - Format 3

0x1 – Format 3a

PUSCH TPC Index

Index of N or M

N or M is dependent on the used DCI format

(Range is 1 to 31)

PUSCH TPC-RNTI RNTI for PUSCH power control using DCI format

3/3A

GM Dedicated> PUCCH

TPC Config PUCCH TPC Enabled

0x0 – Disable

0x1 – Enable

PUCCH TPC DCI

Format

0x0 - Format 3

0x1 – Format 3a

PUCCH TPC Index

Index of N or M

N or M is dependent on the used DCI format

(Range is 1 to 31)

PUCCH TPC-RNTI RNTI for PUCCH power control using DCI format

3/3A

GM Dedicated> UL SCH

Config

MAX HARQ

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

TTI Bundling Enabled Configures TTI bundling on and OFF; can be configured

for FDD and for TDD only for configurations 0, 1 and 6

GM Dedicated> UL

Power Control Config Accumulation Enabled

Accumulation-enabled

1 corresponds to enabled, whereas 0 corresponds to

disabled

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

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

Delta MCS Enabled

Delta MCS Enabled

0 corresponds to value 0 corresponding to state disabled;

1 corresponds to value 1.25 corresponding to enabled

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.

GM Dedicated> PUSCH

Config

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

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

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

GM Dedicated> PUCCH

Config PUCCH Cfg Enabled

0x0 – Disable

0x1 – Enable

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

ACK/NAK Repetition

Factor

ACK/NAK Repetition Factor

Parameter indicates whether ACK/NACK repetition

is enable or disabled (Range is 2 to 6)

n1_PUCCH_ANRep PUCCH Resource for ACK/NAK Repetition


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

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

Tx Ant Selection Control 0 indicates closed loop and 1 indicates open loop

Codebook Subset

Restriction Codebook Subset Restriction

GM Dedicated> CDRX

Config CDRX Enable

0x0 – Disable

0x1 – Enable



On Duration Timer On Duration Timer

pdcch subframes (Maximum value 200)

Inactivity Timer Inactivity Timer


DL DRX Retx Timer DL DRX Retx Timer


Long Cycle Len Long Cycle Len


Cycle Start Offset Cycle Start Offset


Short DRX Cycle

Enable

0x0 – Disable

0x1 – Enable

Short DRX Cycle Len Short DRX Cycle Len


Short DRX Timer Short DRX Timer


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

RA Preamble Timing Random Access Preamble timing for a range of

Preamble Formats (Range is 0 to 15)

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

differentiate a high speed UE from normal

PRACH Frequency

Offset Frequency Resource offset (Range is 0 to 104)

Max Transmissions

MSG3

Maximum number of HARQ re-transmissions from UE for

RACH message3 (Range is 1 to 8)

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

RA Response Window

Size

Window size for reception of RACH message2

(Range is 2 to 10)

TDD

Subframe Assignment








Special Subframe

Patterns










Power Info


RSSI(In-band) Ant0 RSSI(In-band) for Ant0 (Range: -120 dBm to -10 dBm)

Ant1 RSSI(In-band) for Ant1 (Range: -120 dBm to -10 dBm)

Comb [RSSI(In-band)>Ant0 + RSSI(In-band)>Ant1]/2

RSSI(Total Band) Ant0 RSSI(Total Band) for Ant0 (Range: -120 dBm to -10 dBm)

Ant1 RSSI(Total Band) for Ant1 (Range: -120 dBm to -10 dBm)

Comb [RSSI(Total Band)>Ant0 + RSSI(Total Band)>Ant1]/2

RSSI(Broadband) Ant0 RSSI(Broadband) for Ant0 (Range: -120 dBm to -10 dBm)

Ant1 RSSI(Broadband) for Ant1 (Range: -120 dBm to -10 dBm)

Comb [RSSI(Broadband)>Ant0 + RSSI(Broadband)>Ant1]/2

Tx Power PUSCH PUSCH Tx Power (Range: -112 dBm to 23 dBm)

PUCCH PUCCH Tx Power (Range: -112 dBm to 23 dBm)

PRACH PRACH Tx Power (Range: -112 dBm to 23 dBm)

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

AGC AGC Tx Power (Range: -70 dBm to 32.3 dBm)

Cell Search


PSS> Dominant PSS

Peak Value

Dominant PSS Peak value

10log10(x/128) in units of dB

PSS> Dominant PSS

Peak Position Sample position with 5 ms resolution (Range is 0 to (9600-1))

PSS> Dominant PSS

Indices PSS Index (Range is 0 to 2)

SSS> Dominant PCI Dominant Cell ID(PCI)



SSS> Dominant SSS

Peak Value

Dominant SSS Peak Value

10log10(x/256) in units of dB

SSS> Dominant SSS

Position

Start of SSS sequence in search sample server.

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

SSS> Detected Cell

Info> PCI#

SSS Peak

Value SSS Peak value per PCI

SSS Position SSS Position per PCI

CP

Cyclic prefix used per PCI

0 – normal CP

1 – extended CP

Half Frame

Hypothesis

Half Frame Hypothesis per PCI

0 – Preamble

1 – MIDamble

Ant Correlation Result


Serving PCI Serving Cell PCI

RSSI Ant0 RSSI per Rx antenna0

RSSI Ant1 RSSI per Rx antenna1

RSSI Comb Combined RSSI

Antenna Correlation>

Correlation Real> Tx

Ant[x]

Real part of Rx0 and Rx1 correlation

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

Antenna Correlation>

Correlation Imaginary>

Tx Ant[x]

Imaginary part of Rx0 and Rx1 correlation

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

Intrafreq Measurement Info


EARFCN Downlink frequency as E-ARFCN

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


PCI Serving Cell PCI (Range: 0 ~ 503)


RSRP

RSRP Serving Cell RSRP (Range: -140dBm to -44dBm)

RSRP0 Serving Cell RSRP0 (Range: -140dBm to -44dBm)

RSRP1 Serving Cell RSRP1 (Range: -140dBm to -44dBm)

Serving Cell> Serving RSRQ Serving Cell RSRQ (Range: -30dB to 0 dB)

RSRQ RSRQ0 Serving Cell RSRQ0 (Range: -30dB to 0 dB)

RSRQ1 Serving Cell RSRQ1 (Range: -30dB to 0 dB)


RSSI

RSSI Serving Cell RSSI (Range: -140dBm to -44dBm)

RSSI0 Serving Cell RSSI0 (Range: -140dBm to -44dBm)

RSSI1 Serving Cell RSSI1 (Range: -140dBm to -44dBm)


SINR

SINR0 Serving Cell SINR0 (Range: -20dB to +30dB)

SINR1 Serving Cell SINR1 (Range: -20dB to +30dB)


Info> Serving RSRP

RSRP>PCI# Serving Cell RSRP per PCI (Range: -140dBm to -44dBm)

RSRP0>PCI# Serving Cell RSRP0 per PCI (Range: -140dBm to -44dBm)

RSRP1>PCI# Serving Cell RSRP1 per PCI (Range: -140dBm to -44dBm)


Info> Serving RSRQ

RSRQ>PCI# Serving Cell RSRQ per PCI (Range: -30dB to 0 dB)

RSRQ0>PCI# Serving Cell RSRQ0 per PCI (Range: -30dB to 0 dB)

RSRQ1>PCI# Serving Cell RSRQ1 per PCI (Range: -30dB to 0 dB)


Info> Serving RSSI

RSSI>PCI# Serving Cell RSSI per PCI (Range: -140dBm to -44dBm)

RSSI0>PCI# Serving Cell RSSI0 per PCI (Range: -140dBm to -44dBm)

RSSI1>PCI# Serving Cell RSSI1 per PCI (Range: -140dBm to -44dBm)


Info> Serving SINR

SINR0>PCI# Serving Cell SINR0 per PCI (Range: -20dB to +30dB)

SINR1>PCI# Serving Cell SINR1 per PCI (Range: -20dB to +30dB)

Neighbor Cell> Neighbor

Neighbor Cell> Cell

Count

Number of Neighbor PCI


Cell List Neighbor PCI List

Neighbor Cell>

Summary Neighbor Cell

List

Neighbor PCI List with (RSRP,RSRQ)


RSRP

RSRP>PCI# Neighbor Cell RSRP per PCI (Range: -140dBm to -44dBm)

RSRP0>PCI# Neighbor Cell RSRP0 per PCI (Range: -140dBm to -44dBm)

RSRP1>PCI# Neighbor Cell RSRP1 per PCI (Range: -140dBm to -44dBm)


RSRQ

RSRQ>PCI# Neighbor Cell RSRQ per PCI (Range: -30dB to 0 dB)

RSRQ0>PCI# Neighbor Cell RSRQ0 per PCI (Range: -30dB to 0 dB)

RSRQ1>PCI# Neighbor Cell RSRQ1 per PCI (Range: -30dB to 0 dB)


RSSI

RSSI>PCI# Neighbor Cell RSSI per PCI (Range: -140dBm to -44dBm)

RSSI0>PCI# Neighbor Cell RSSI0 per PCI (Range: -140dBm to -44dBm)

RSSI1>PCI# Neighbor Cell RSSI1 per PCI (Range: -140dBm to -44dBm)

Neighbor Cell> Top Set>

Top#

PCI PCI with RSRP strength from top 1 to 20 from Neighbor Cell

RSRP Top 1 to 20 RSRP from Neighbor Cell

RSRP0 Top 1 to 20 RSRP0 from Neighbor Cell

RSRP1 Top 1 to 20 RSRP1 from Neighbor Cell

RSRQ Top 1 to 20 RSRQ from Neighbor Cell



RSRQ0 Top 1 to 20 RSRQ0 from Neighbor Cell

RSRQ1 Top 1 to 20 RSRQ1 from Neighbor Cell

RSSI Top 1 to 20 RSSI from Neighbor Cell

RSSI0 Top 1 to 20 RSSI0 from Neighbor Cell

RSSI1 Top 1 to 20 RSSI1 from Neighbor Cell

All Set> All RSRP RSRP>PCI# RSRP per PCI

RSRP0>PCI# RSRP0 per PCI

RSRP1>PCI# RSRP1 per PCI

All Set> All RSRQ RSRQ>PCI# RSRQ per PCI

RSRQ0>PCI# RSRQ0 per PCI

RSRQ1>PCI# RSRQ1 per PCI

All Set> All RSSI RSSI>PCI# RSSI per PCI

RSSI0>PCI# RSSI0 per PCI

RSSI1>PCI# RSSI1 per PCI

All Set> Cell State Cell State per PCI

- Serving

- Neighbor

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

RSRP Top 1 to 20 RSRP from All Set

RSRP0 Top 1 to 20 RSRP0 from All Set

RSRP1 Top 1 to 20 RSRP1 from All Set

RSRQ Top 1 to 20 RSRQ from All Set

RSRQ0 Top 1 to 20 RSRQ0 from All Set

RSRQ1 Top 1 to 20 RSRQ1 from All Set

RSSI Top 1 to 20 RSSI from All Set

RSSI0 Top 1 to 20 RSSI0 from All Set

RSSI1 Top 1 to 20 RSSI1 from All Set

Cell State

Top 1 to 20 Cell State from All Set

- Serving

- Neighbor

Channel Quality Info


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

PUCCH Reporting Mode PUCCH Reporting Mode

0 – MODE_1_0

1 – MODE_1_1

2 – MODE 2_0

3 – MODE 2_1

PUSCH Reporting Mode PUSCH Reporting Mode

0 – MODE_APERIODIC_RM12





Rank Index Rank Index

0 – Rank 1

1 – Rank 2

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

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

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

ML1 Downlink Info


RB Num Number of DL Resource Blocks

MCS Idx0 DL MCS Index0

MCS Idx1 DL MCS Index1

Modulation Idx0 Rate QPSK QPSK Num/(QPSK Num+16QAM Num+64QAM Num)*100 in TB[0]

16QAM 16QAM Num/(QPSK Num+16QAM Num+64QAM Num)*100 in TB[0]


Modulation Idx1 Rate QPSK QPSK Num/(QPSK Num+16QAM Num+64QAM Num)*100 in TB[1]





ML1 Uplink Info


RB Num Number of UL Resource Blocks

MCS Idx UL MCS Index

Modulation Idx Rate QPSK QPSK Num/(QPSK Num+16QAM Num+64QAM Num)*100

16QAM 16QAM Num/(QPSK Num+16QAM Num+64QAM Num)*100

64QAM 64QAM Num/(QPSK Num+16QAM Num+64QAM Num)*100

Random Access Procedure


Random Access

Request(MSG1)>

Preamble Sequence

Preamble Sequence Index.

Random Access

Request(MSG1)>

Physical Root Index

Physical Root Sequence Index corresponding to

Preamble Sequence

Random Access

Request(MSG1)> Cyclic

Shift

Cyclic Shift

Random Access

Request(MSG1)>

PRACH Tx Power

PRACH Transmit Power (Range is -112 dBm to 23 dBm)

Random Access

Request(MSG1)> Beta

PRACH

Beta PRACH (Range is 0 to 2047)

Random Access

Request(MSG1)>

Frequency Resource

Offset

N_ra_prb (Range is 0 to 104)

Random Access

Request(MSG1)>

Preamble Format

Preamble format (based on PRACH configuration parameter signaled).

Random Access

Request(MSG1)>

Duplex Mode

System Duplex Mode

0: FDD

1: TDD

Random Access

Request(MSG1)> RA

Request Timing SFN

Random Access Request Timing - System frame number

Random Access

Request(MSG1)> RA

Request Timing Sub-Fn

Random Access Request Timing - Subframe number

Random Access

Request(MSG1)> RA

Response Window Start

SFN

Random Access Response Window Start - System frame number

Random Access

Request(MSG1)> RA

Response Window Start

Sub-Fn

Random Access Response Window Start - Subframe number

Random Access

Request(MSG1)> RA

Response Window End

SFN

Random Access Response Window End - System frame number

Random Access

Request(MSG1)> RA

Response Window End

Sub-Fn

Random Access Response Window End - Subframe number

Random Access

Request(MSG1)> RA-

RNTI

RA RNTI based on MSG1 timing

Random Access

Request(MSG1)>

Random Access

Resource for TDD

f_ra Frequency resource index

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

t_1_ra 0x0: Random access resource located in first half frame

0x1: random access resource is located in second half frame

t_2_ra

UL subframe number where preamble starts

0x0: 0

0x1: 1

0x2: 2

0x3: * for preamble format 4



d_ra

Density per 10 ms

0x0: 0.5

0x1: 1

0x2: 2

0x3: 3

0x4: 4

0x5: 5

0x6: 6

Random Access

Response(MSG2)> SFN Random Access Response Timing - System frame number

Random Access

Response(MSG2)>

Sub-Fn

Random Access Response Timing - Subframe number

Random Access

Response(MSG2)>

Timing Advance

Timing Advance Value

Random Access

Response(MSG2)>

RACH Procedure Type

0x0 – Contention free

0x1 – Contention based

Random Access

Response(MSG2)>

RACH Procedure Mode

0x0 – Initial access

0x1 – Connected mode RACH procedure

Random Access

Response(MSG2)>

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

Random Access

Response(MSG2)>

RNTI Value

RNTI value

UE

Identification(MSG3)>

TPC

TPC command to be applied to MSG3 transmission

UE


MSC

Modulation and Coding Scheme

UE


RIV

Resource Indicator Value

UE


CQI Enable

0x0 – Disabled

0x1 – Enabled

UE


UL Delay

0x0 – Do not delay

0x1 – Delay UL transmission

UE


Hopping Flag

0x0 – Hopping is OFF

0x1 – Hopping is ON

UE


SFN

System frame number of MSG3

UE


Sub-Fn

Subframe number of MSG3

UE


Starting RB Num

Starting resource block number of the received grant

UE


RB Num

Total number of resource blocks allocated in the grant

UE


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

UE


Modulation Type

0x0 – BPSK

0x1 – QPSK

0x2 – 16QAM

0x3 – 64QAM

UE


Redundancy Version

index

Redundancy Version Index

UE


HARQ ID

ID of the HARQ process on which MSG3 transmission was scheduled

Contention

Resolution(MSG4)>

SFN

System frame number of MSG4

Contention

Resolution(MSG4)>

Sub-Fn

Subframe number of MSG4



Contention

Resolution(MSG4)>

Contention Result

0x0 – Contention failed

0x1 – Contention passed

Contention

Resolution(MSG4)> UL

ACK Timing SFN

System frame number of MSG4 ACK

Contention

Resolution(MSG4)> UL

ACK Timing Sub-Fn

Subframe number of MSG4 ACK

Radio Link Monitoring Info


Out of Sync BLER 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(%)

In Sync BLER In Sync BLER, calculated from the measured SNR. The in_sync BLER corresponds

to the BLER if the actual transmission parameters equal to the parameters specified

in Spec for in_sync.

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

NAS ESM Bearer Context Info


Context Type 0 - Default

1 - Dedicated

Bearer ID ID of the bearer context

Bearer State 0 – INACTIVE

1 – ACTIVE

2 – ACTIVE_PENDING

3 – MODIFY

Connection ID Connection ID associated with the bearer

SDF ID Service Data Flow ID

LBI Linked Bearer Identity

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

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

MBR for

UL

Maximum bit rate for uplink

(refer section 9.9.4.3 of the spec TS 24.301)

MBR for

DL

Maximum bit rate for downlink


GBR for

UL

Guaranteed bit rate for uplink


GBR for

DL

Guaranteed bit rate for downlink


MBR for

UL Ext

Maximum bit rate for uplink (extended)


MBR for

DL Ext

Maximum bit rate for downlink (extended)


GBR for

UL Ext

Guaranteed bit rate for uplink (extended)


GBR for

DL Ext

Guaranteed bit rate for downlink (extended)


NAS EMM State




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

EMM Substate Current EMM sub-state

MCC MCC part of the PLMN

MNC MNC part of the PLMN

GUTI Info UE ID 1: IMSI_ID, 6: GUTI_ID



MME

Group ID MME_GROUP_ID interpret/display as an array of bytes.

MME

Code MME Code

M-TMSI M_TMSI interpret/display as an array of bytes.

RRC Serving Cell Info


PCI Physical cell ID

EARFCN(DL) Downlink frequency as E-ARFCN

EARFCN(UL) Uplink frequency as E-ARFCN

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

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

Bandwidth(DL) Downlink bandwidth

6 – 1.4 MHz

15 – 3 MHz

25 – 5 MHz

50 – 10 MHz

75 – 15 MHz

100 – 20 MHz

Bandwidth(UL) Uplink bandwidth

6 – 1.4 MHz

15 – 3 MHz

25 – 5 MHz

50 – 10 MHz

75 – 15 MHz

100 – 20 MHz

Cell ID Cell Identity received in SIB1

TAC Tracking area code

Band Indicator Frequency band indicator



Allowed Access Allowed access on the cell based on network select mode indicated by NAS

0 – Full

1 – Limited

RRC PLMN Search Info


PLMN Search Request>

NETWORK_SELECT_

MODE

Allowed access on the cell based on network select mode indicated by NAS

1 - Automatic

2 - Manual


SEARCH_TYPE

Service Search type indicated by NAS

1 – None

2 – Background Automatic

3 - Background Manual


RAT_LIST> List[x]

1 – GSM

2 – WCDMA

3 – LTE


PLMN_LIST> List[x] MCC and MNC

PLMN Search

Response> Active RAT

Active RAT

1 – GSM

2 – WCDMA

3 – LTE

PLMN Search

Response>

SEARCH_STATUS

1 – Completed

2 – Timed out

3 – Abort Confirmation

4 - Aborted



PLMN Search

Response>

PLMN_LIST> List[x]

MCC and MNC

ML1 Serving Cell Info(Acquisition)


DL Bandwidth Downlink bandwidth of the serving cell

SFN System frame number when PBCH was decoded

EARFCN EARFCN of the serving cell

Frequency Frequency of the serving cell (Unit: MHz)

Serving Cell PCI Cell ID of the serving cell

PBCH Decode Result 0x1 – Success

0x0 – Failure

PHICH Duration 0 – PHICH_NORMAL

1 – PHICH_EXTENDED

PHICH Resource HICH group multiplier

0 – 1/6

1 – 1/2

2 – 1

3 – 2

PSS Correlation PSS correlation value of serving cell

SSS Correlation SSS correlation value of serving cell

PBCH Reference Timing PBCH reference timing

MIB Payload Raw PBCH payload

Frequency Offset Frequency offset estimate based upon the PBCH decode.

No. of Ant 0x0 – 1 antenna

0x1 – 2 antennas

0x2 – 4 antennas

0x3 – Invalid

Physical Throughput


PDSCH Throughput>

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

PDSCH Throughput>

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

PUSCH Throughput>

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

PUSCH Throughput>

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

MAC Throughput


DL MAC Throughput>

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

DL MAC Throughput>

HARQ[#] (within 1 second ∑MAC DL TBS)*8/(1 sec)/(10^6) (Unit: Mbps)

UL MAC Throughput>

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

UL MAC Throughput>

HARQ[#] (within 1 second ∑MAC UL GRANT(BYTE))*8/(1 sec)/(10^6) (Unit: Mbps)

RLC Throughput


DL RLC Throughput>

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

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

UL RLC Throughput>

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

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

PDCP Throughput


DL PDCP Throughput>

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

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

UL PDCP Throughput>

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



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

GCT

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


Freq Downlink frequency


Freq Uplink frequency


Bandwidth Downlink bandwidth (Unit : RB)


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



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 containing RS are

estimated.

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

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

RACH Info


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

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

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

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 Searcher>

Dominant 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

Channel Info

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



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




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



















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 Rank1 wide band CQI









CQI(Subband)> Rank1

CQI Rank1 sub band CQI



CQI(Subband)> Rank2


CQI(Subband)> Rank2


CQI(Subband)> Rank1


CQI(Subband)> Rank2


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)

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

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





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





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



MCS> CW0> QPSK

Rate CW0 QPSK Rate



MCS> CW0> 16 QAM


MCS> CW0> 64 QAM



MCS> CW1> QPSK

Rate CW1 QPSK Rate

MCS> CW1> 16 QAM


MCS> CW1> 64 QAM


NDI> CW0> New Data


NDI> CW0> Retrans


NDI> CW0> New Data


NDI> CW1> New Data


NDI> CW1> Retrans


NDI> CW1> New Data


UL ACK/NACK> CW0>


UL ACK/NACK> CW0>


UL ACK/NACK> CW0>


UL ACK/NACK> CW0>


UL ACK/NACK> CW0>


UL ACK/NACK> CW0>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>


UL ACK/NACK> CW1>






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



New/Retrans






UL ACK/NACK



MCS(CW1) MCS in CW1

NDI(CW1) NDI in CW1



New/Retrans




UL ACK/NACK



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

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

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



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

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

L2 DL Throughput


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)

L2 UL Throughput


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)

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





RLC States Info

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



Mode Tx States RLC Mode (AM /UM/TM)


State Tx States RLC Tx Entity state (NULL/DTR)


Mode Rx States RLC Mode (AM /UM/TM)


State Rx States RLC Tx Entity state (NULL/DTR)

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)

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> 4th Re-


Percentage> 5th Re-


Percentage> 6th Re-


Percentage> 7th Re-


Percentage> 8th Re-


Percentage> 9th Re-


Percentage> 10th Re-


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

Percentage> Bad

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



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

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)

RNTI Info

This item includes RNTI information.


C-RNTI C-RNTI

RA-RNTI RA-RNTI


Serving Cell & Neighbor Cell Lists


Serving Cell Info> UE

State

Current UE state

- UE_IDLE_MODE

- UE_CONNECTED_MODE

- NO_SERVICE

- NON_LTE_RAN


UL Uplink Carrier Frequency


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>


Intra Freq Cell Lists> DL

Freq Downlink Carrier Frequency



PCI

Intra Freq Cell Serving PCI



RSRP

Intra Freq Cell Serving RSRP



RSRQ

Intra Freq Cell Serving RSRQ



RSSI

Intra Freq Cell Serving RSSI



Info

Intra Freq Cell Serving RSRP/RSSQ/RSSI per PCI


Monitored Cell>

Monitored Cell Count

Number of Monitored PCI from Intra Freq Cell




Monitored Cell>

Monitored 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



Cell Count

Number of Detected PCI from Intra Freq Cell



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


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


Freq DL(x)>PCI(y)>

RSRP

Inter frequency cell Reference Signal Received Power


Freq DL(x)>PCI(y)>

RSRQ

Inter frequency cell Reference Signal Received Quality


Freq DL(x)>PCI(y)>

RSSI

Inter frequency cell Received Power


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

Type

Inter frequency cell type

1 : monitored cell

2 : detected cell

NAS System Info


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).

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

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

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

Radio & NAS Signaling Failure Info


Radio Problem Cause Radio problem diagnostic logging attribute.

NAS Signaling Failure

Cause NAS signaling failure diagnostic logging attribute

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

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

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

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

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: 2

nd tab, … 15: 15

th 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 analyzer lte parameter accuver

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