qualcomm wcdma features(v3.2)_eng

WCDMA User Guide

V3.2

Innowireless

Innowireless

Contents

Chapter 1. Overview ...................................................................................................... １

1.1 WCDMA Graph .................................................................................................................................... １

1.2 WCDMA Statistics ................................................................................................................................ ２

1.3 WCDMA Status .................................................................................................................................... ２

1.4 WCDMA Layer 3 .................................................................................................................................. ３

Chapter 2. WCDMA Graph Window .................................................................................. 4

2.1 WQ Signal Graph window ..................................................................................................................... 4

2.2 WQ Data graph window ........................................................................................................................ 7

2.3 WQ List Search Graph .......................................................................................................................... 9

2.4 WQ Step 1 Search Graph ................................................................................................................... 12



2.7 WQ Finger Graph ............................................................................................................................... 15

2.8 WQ Finger Information Ver2 ............................................................................................................... 17

2.9 WQ TA Search Graph/WQ Finger TA Graph Ver2 ............................................................................... 19

2.10 WQ Delay Graph .............................................................................................................................. 21

2.11 WQ PSC Graph ................................................................................................................................. 23

2.12 WQ TPC History ............................................................................................................................... 24

2.13 WQ RACH Graph ............................................................................................................................. 25

2.14 WQ Cell Reselection Measurement .................................................................................................. 26

2.15 WQ CM Interfrequency Measurement .............................................................................................. 27

2.16 QC GSM All Signal Graph ................................................................................................................. 28

2.17 QC GSM Layer1 Signal Searcher List .............................................................................................. 32

2.18 QC Compressed Mode GSM Measurement ..................................................................................... 33

2.19 QC GSM RR SACCH Measurement Report ..................................................................................... 35

2.20 QC GSM RR Cell Selection && Reselection Measurement .............................................................. 37

2.21 QC GSM Surrounding Cells .............................................................................................................. 39

2.22 QC GPRS Power Control Graph ....................................................................................................... 40

2.23 QC GPRS Neighboring Cell Information ........................................................................................... 42

Chapter 3. WCDMA Statistics Window ........................................................................... 44

3.1 WQ Summary Statistics ...................................................................................................................... 44

I

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3.2 WQ Vocoder Statistics ........................................................................................................................ 46

3.3 WQ RLC Statistics .............................................................................................................................. 47

3.4 QC GPRS RLC Statistics .................................................................................................................... 50

Chapter 4. WCDMA Status Window ............................................................................... 53

3.1 WQ Mobile Information ....................................................................................................................... 53

3.2 WQ Phone Status ............................................................................................................................... 55

3.3 WQ PRACH/RACH Information .......................................................................................................... 56

3.3 WQ Handoff Information ..................................................................................................................... 58

3.4 WQ Pilot Sets Information ................................................................................................................... 60

3.5 WQ BLER Information ........................................................................................................................ 62

3.6 WQ Physical Channel ......................................................................................................................... 63

3.7 WQ Transport Channel ....................................................................................................................... 67

3.8 WQ MAC Parameters ......................................................................................................................... 69

3.9 WQ Channel Mapping......................................................................................................................... 74

3.10 WQ RLC States ................................................................................................................................ 76

3.11 WQ RLC TM ...................................................................................................................................... 78

3.12 WQ RLC UM ..................................................................................................................................... 80

3.13 WQ RLC AM ..................................................................................................................................... 81

3.14 WQ RLC Ciphering ........................................................................................................................... 85

3.15 QC GPRS Serving Cell Parameters.................................................................................................. 86

3.16 QC GPRS MAC State ....................................................................................................................... 89

3.17 QC GSM Information ........................................................................................................................ 91

Chapter 5. WCDMA Layer 3 ............................................................................................ 93

5.1 WQ Cell Information ........................................................................................................................... 93

5.2 WQ RRC State .................................................................................................................................... 95

5.3 WQ RAB (SF) Information .................................................................................................................. 96

5.4 System Information Block Parameters ................................................................................................ 97

5.5 WQ NAS Mobility management .......................................................................................................... 98

5.6 WQ NAS CS connection management ............................................................................................. 101

5.7 WQ NAS PS connection management ............................................................................................. 108

5.8 QC GPRS L1 Data Transfer Summary .............................................................................................. 113

5.9 QC GPRS L2 Data Transfer Summary .............................................................................................. 114

5.10 QC GSM State Window ................................................................................................................... 119

Chapter 1. Overview Overview

WCDMA Qualcomm / GSM features consist of four parts: WCDMA Qualcomm / GSM features consist of four parts:

WCDMA Graph(refer to Ch.2 WCDMA Graph Window) WCDMA Graph(refer to Ch.2 WCDMA Graph Window)

WCDMA Statistics(refer to Ch.3 WCDMA Statistics Window) WCDMA Statistics(refer to Ch.3 WCDMA Statistics Window)

WCDMA Status(refer to Ch.4 WCDMA Status Window) WCDMA Status(refer to Ch.4 WCDMA Status Window)

WCDMA Layer3(refer to Ch.5 WCDMA Layer3 Window) WCDMA Layer3(refer to Ch.5 WCDMA Layer3 Window)

1.1 WCDMA Graph 1.1 WCDMA Graph

WCDMA Graph displays major parameters to monitor the RF environment such as Rx/Tx Power, Ec/Io, RSCP, etc. WCDMA Graph displays major parameters to monitor the RF environment such as Rx/Tx Power, Ec/Io, RSCP, etc.

Procedure:

1. To open the WCDMA Graph, click the “WCDMA Graph” in the menu bar. 2. To identify the state of each test phone, click the appropriate phone tab.

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XCAL User Guide Chapter 1.Overview

1.2 WCDMA Statistics

WCDMA Statistics includes Call Statistics, WQ Summary Statistics, WQ Vocoder

Statistics, WQ RLC Statistics, QC GPRS RLC Statistics

Procedure:

2. To open the WCDMA Statistics, click the “WCDMA Statistics” in the menu bar.

3. To identify the state of each test phone, click the appropriate phone tab.

1.3 WCDMA Status

WCDMA Status displays Mobile Information, Layer1/2 status, and Channel status as following.

Procedure:

1. To open the WCDMA Status, click the “WCDMA Status” in the menu bar.


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XCAL User Guide Chapter 1.Overview

1.4 WCDMA Layer 3

WCDMA Layer 3 includes WQ Cell Information, WQ RRC States, WQ RAB(SF) Information, NAS Mobility Management, NAS CS Management, NAS PS Management QC GPRS L1 Data Transfer Summary, QC GPRS L2 Data Transfer Summary, QC GSM State Window

Procedure:

1. To open the WCDMA Layer 3, click the “WCDMA Layer 3” in the menu bar.


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Chapter 2. WCDMA Graph Window WCDMA Graph Window

2.1 WQ Signal Graph window 2.1 WQ Signal Graph window

Signal Graph window displays the line type plots of various parameters simultaneously. Signal Graph window displays the line type plots of various parameters simultaneously.

Procedure:

1. To open the window, choose “WQ Signal Graph” in the “WCDMA Graph” menu.

The contents of the window will be updated whenever messages containing parameters’ values are sent from test phone to XCAL-W. The color of each line can

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XCAL User Guide Chapter 2. WCDMA Graph Window

be configured by ”Color Setting” function in ”Settings” menu. The history of each result can be identified by line type graph with displaying the moving trace of signals for 1 minute and the instantaneous value of the parameters can be monitored on the upper side of each graph. 2. To identify each test phone, click the appropriate phone tab.

Field Description

Power (dBm) Received and Transmitted power of test phone in dBm unit.

RSCP Received Signal Code Power of CPICH channel with PSC.

Block Err Rate Block Error Rate of each transport channels and averaged

value of all transport channels, from 0 to 100 %.

SIR Signal to Interference Ratio in dB unit.

TPC History This record is generated every second with the samples that

are collected once every 10ms with a simultaneous process of

accumulating averaging.

PPP Throughput PPP Layer throughput in Kbps

APP Throughput Application Layer throughput in Kbps. Among the received

payloads, only the payloads Acked by the recipient are

calculated.

RLC Throughput RLC AM SDU throughput in Kbps.

Finger Finger Ec/Io

Spreading Factor Uplink/Downlink OVSF Code and Maximum bit rate.

Option Window

You can select parameters to be displayed in the window using it.

Procedure:

3. Double click on the window and the following dialog will pop up.



4. Select parameters to be displayed by checking in the check boxes in

“SignalGraphSetDlg” box. To select parameters in group unit, check in the

check box of certain group.

5. Click the “Ok” button and then selected parameters will be displayed

graphically in the “WQ Signal Graph” window.



2.2 WQ Data graph window

Data Graph window displays the line type plots of the throughput of each protocol layer and Uplink RLC layer information (Retransmission rate and Tx window size).

Procedure:

6. To open the window, choose “WQ Data Graph” in the “WCDMA Graph” menu.

The contents of the window will be updated whenever information on throughput

and Uplink RLC is sent from test phone to XCAL. The color of each graphs or

lines can be configured by ”Color Setting” function in ”Settings” menu.

The history of each result can be identified by line type graph with displaying the

moving trace of signals for 1 minute and the instantaneous value of the

parameters can be monitored on the upper side of each graph

7. To identify each test phone, click the appropriate phone tab.

Field Description

PPP Throughput PPP Layer throughput in Kbps.

APP Throughput Application Layer throughput in Kbps. Among the



received payloads, only the payloads Acked by the

recipient are calculated.

RLC Throughput RLC AM SDU throughput in Kbps.

UL RLC Retransmitted Rate

Number of retransmitted data PDUs / Number of

transmitted data PDUs.

UL RLC Tx Window Size Maximum number of RLC protocol units permitted to

send without receiving an ACK.

Option Window


Procedure:

1. Double click on the window and the following dialog will pop up.

2. Select parameters to be displayed by checking in the check boxes in

“SignalGraphSetDlg” box. To select parameters in a group unit, check in the

check box of a certain group.

3. Click the “Ok” button and then selected parameters will be displayed

graphically in the “WQ Signal Graph” window.



2.3 WQ List Search Graph

List Search Graph window displays searching result for each pilot sets (Active, Monitored, Unlisted or Detected) information for handoff situations.

Procedure:

4. To open the window, choose “WQ Data Graph” in the “WCDMA Graph” menu.

The contents of the window will be updated whenever list search information is sent from test phone to XCAL-W. The color of each line or cell information in text format can be configured by “Cellsite Color Setting” function in “Settings” menu.

5. To identify each test phone, click the appropriate phone tab.

Field Description

Threshold Minimum displayable signal strength.

Set Differentiate pilot set group.

HSUPA Cell Set

- Serv. Cell : E-DCH Serving Cell

- Serv. RLS : E-DCH Serving RLS

- Non-Serv. RLS : E-DCH Non-Serving RLS

WCDMA/HSPDA Cell Set

- A(Intra) : Intra Active Set

- M(Intra) : Intra Monitored Set



- U(Intra) : Intra Unlisted or detected Set

- M(Inter) : Inter Monitored Set

- VA(Inter) : Inter Virtual Active Set

PSC Primary Scrambling Code

Name CELL Name.

Ec/Io CPICH Ec/Io value.

Option Window


Procedure:

1. To open the window, choose “WQ List Search” in the “WCDMA Graph” menu.

2. To monitor PSC list displayed in a line type graph, double click on the graph

and the following dialog box will pop up on the screen.

3. Set Pilot Pollution Information Setting by clicking the “Setting” button.



Field Description

User defined Active Sever

Count

Shows the number of PSC that satisfies user condition.

The condition can be set by clicking the ”Setting”

button.

- Different level: The difference from Best Ec/Io in dB.

- Ec/Io threshold: The minimum required Ec/Io level to be

satisfied.



2.4 WQ Step 1 Search Graph

Step1 Search window displays step1 search result by which the Peak values and the PSC position of the Primary Synchronization Channel are identified.

Procedure:

1. To open the window, choose “WQ Step1 Search” in the “WCDMA Graph” menu.

The update occurs upon every initial acquisition and upon receiving a new neighbor list. The PSC Position is defined within 2560 chips. 2. To adjust signal threshold to numerate the number of signals having

strength higher than the threshold, operate spin button in the upper right corner of the window to be appropriate.


Field Description

# of Peak Number of signals observed during one slot period.

Exceed Number of signals having strength higher than user

defined threshold.




Step2 Search Table shows the Step2 Search Results obtained by the process through which the PSC Code Group and the Frame Synchronization information are identified by investigation of the Secondary Synchronization Channel.

Procedure:

1. To open the window, choose “WQ Step2 Search” in the “WCDMA Graph” menu.

The contents of the window will be updated whenever test phone executes initial acquisition operation or receives a new neighbor list.


Field Description

Peak Number of Peaks reported. (Max 6)

Group PSC code group found (0 to 63).

Position Position information of PSC in chips unit.

(0 to 38,399)

Ec/Io Ec/Io information of Secondary Synchronization Channel.

-30 ~ 0 Ec/Io range. -30 dB to 0 dB




WQ Step3 Search Table shows the Step3 Search Results by which the PSC code index and the energy of the P-CPICH are identified.

Procedure:

1. To open the window, choose “WQ Step3 Search” in the “WCDMA Graph”

menu.

The contents of the window will be updated whenever test phone executes initial acquisition operation or receives a new neighbor list. 2. To identify the state of each test phone, click the appropriate phone tab.

Field Description

Task Number of tasks finished.

SC Code Primary Scrambling Code index.

Position Position information of PSC in 8 chips unit (0 to 38,399)

Energy Ec/Io information of CPICH.

-30 ~ 0 Ec/Io range -30 dB to 0 dB



2.7 WQ Finger Graph

WCDMA Finger table on the upper part displays the information of each finger, and Finger graph on the lower part shows Finger’s Combined Ec/Io and the strongest signal component by Dominant Ec/Io.

Procedure:

1. To open the window, choose “WQ Finger” in the “WCDMA Graph” menu.

The history of Combined Ec/Io and Dominant Ec/Io can be identified by line type graph with displaying the moving trace of signals for 1 minute The contents of the window will be updated whenever the signals assigned to fingers are changed.


Field Description

ID Finger ID value

PSC Primary scrambling code

Name The name of the sector that is assigned by “bts.ini” file.

Ec/Io P-CPICH Ec/Io of the Finger in dB unit.

Lock Lock status consists of 4 bits (0000 to 1111), each bit

shows the lock status for each lock threshold.

1st bit: Power control bit lock.

2nd bit : Data combining lock



3rd bit : Time tracking lock

4th bit : Lock detection threshold

The Lock status will be shown as HEX value ( for example,

1111 will be shown as 0xF)

Assign Finger assigned state.

Assigned to Active Set / Neighbor Set.

State Finger state.

New : Newly assigned finger.

prev : previously assigned finger.

Position Finger PN Position in chip unit (0 to 38,399).

Delay Delay information of the finger referenced to the strongest

signal component.

Chan The OVSF of the CPICH (0 for primary CPICH)

TPC This is the ID of the TPC combiner to use, from 0 to 5.

Div STTD: Diversity pilot.

No: No Diversity pilot.

Ant CPICH Ec/Io values from each Antenna.

Combined Ec/Io Finger’s combined Ec/Io.

Dominant Ec/Io The strongest signal component among the signals

assigned to fingers.



2.8 WQ Finger Information Ver2

There are a maximum of 12 fingers, but packets are sent for active enabled fingers. The log record gives the important parameters for demodulating the finger.

Procedure 1. To open the window, choose “WQ Finger Information Ver2” in the “WCDMA

Graph” menu.


Field Description

ID Finger ID

PSC Primary scrambling code

* With Cellsite Color Setting, users are able to

categorize and select the sorts of colors suitable for

each PSC.

Name Node-B Cell(Sector) Name

* To display sector name corresponding to each PSC

in the table, user must run import cell site. To import

cell site, click Cellsite Setting sub menu on Setting

menu. For the details of Cell Site Setting, refer to

Ch.6.4 Cell Site Setting in XCAL/OPTis user guide

Ec/Io P-CPICH Ec/Io of the Finger in dB unit

Lock The condition of Lock consists of 4 bits (0000 to 1111),



each bit shows the condition of lock for each threshold

of lock.

• 1st bit: Power control bit lock.

• 2nd bit: Data combining lock

• 3rd bit: Time tracking lock

• 4th bit: Lock detection threshold

The condition of Lock will be shown as HEX value ( for

example, 1111 will be shown as 0xF)

CH The OVSF of the CPICH (0 for primary CPICH)

State Finger state.

• New: Newly assigned finger.

• Prev: previously assigned finger.

Delay Delay information of the finger referenced to the

strongest signal component.

TPC This is the ID of the TPC combiner in use, ranging

from 0 to 5.

HS Cell ID Displays Cell ID in HSUPA

HS Enable Displays HSUPA system condition (Enable or Disable)

HS Ref Displays Reference Finger in HSUPA (1 : Reference

Finger)

Div • STTD: Diversity pilot.

• No: No Diversity pilot.

Ant CPICH Ec/Io values from each Antenna.

Combined Ec/Io Fingers combined Ed/Io.

Dominant Ec/Io The Strongest signal component among the signals

assigned to fingers.

EUL Info(Active)

Displays the following information when EUL is only Active RLS Inx: EUL_CELL_RLS_IDX information Serv Cell: EUL_SERV_CELL information : 0 -> Not Assigned, 1: Assigned Ref.Serv Cell : EUL_SERV_CELL_FING : 0 -> Not, 1 : Ref. Finger



2.9 WQ TA Search Graph/WQ Finger TA Graph Ver2

WCDMA TA Search Graph window displays the line type plots of active signals and neighbor signals of the test phone. The window shows the signal power level relative to the time offset in chips.

Procedure:

1. To open the window, choose “WQ TA Search Graph” in the “WCDMA

Graph” menu.

The color for each PSC can be configured by “Cellsite Color Setting” function in

“Settings” menu


Field Description

Display Boundary The time offset of the tracked signal in X axis.

PSC 472 (3) –10.4

Number of Finger

Ec/Io

Definition of Finger Symbol

Finger Symbol



+/-24, +/-48, +/-96, +/-192 chips

Ec/Io Threshold Minimum display level of Y axis.

Finger symbol Display Finger information option on each finger.

Sort by Ec/Io Sort the result according to Ec/Io level in the displayed

text.

Option Window


Procedure:

1. To change the settings of the window, double click on the screen of the

window and then the following “TA Graph Settings” dialog box will pop up.

2. Change the values in the “TA Graph Settings” to be appropriate and then

click “OK” button.

3. In order to display the CELL name on graph, “BTS.ini” file should be created

that includes CELL information. Refer to the “BTS.ini” creation in “WQ List

Search”.



2.10 WQ Delay Graph

Delay Graph window displays bar type plots of delay information for active, monitored and unlisted (or detected) signals of the test phone with signal power level relative to the time offset in chips.

Procedure:

1. To open the window, choose “WQ Delay Graph” in the “WCDMA Graph” menu.

The contents of the window will be updated whenever new delay information is transferred from test phone to XCAL-W. The color for each PSC can be configured by “Cellsite Color Setting” function in “Settings” menu.


Field Description

Set Active, Monitored, Unlisted(or Detected)

PSC Primary Scrambling Code.

Name CELL name from “BTS.ini”.

Max Delay Maximum delay value among various delayed signal

components referenced to the position which is specified

in offsets by the reference counter of test phone in chip

unit.



Option Window


Procedure:

1. To change the settings of the window, double click on the screen of the

window and then the following “Delay Graph Settings” dialog box will pop up.

2. Change the values in the “Delay Graph Settings” to be appropriate and then

click “OK” button.

Field Description

Display Boundary The time offset of the tracked signal in X axis.

+/-48, +/-96, +/-192, +/-288 chips.

Ec/Io Threshold Minimum display level of Y axis.

Active Set Display signal levels of Active Set.

Monitored Set Display signal levels of Monitored Set.

Unlisted(or Detected)

Set

Display signal levels of Unlisted or Detected Set.




2.11 WQ PSC Graph

PSC Graph window displays the CPICH Ec/Io for each PSC as bar and line type graph based on WCDMA finger information. The line type graph includes CPICH Ec/Io result for the last 60 sec.

Procedure:

1. To open the window, choose “WQ PSC Graph” in the “WCDMA Graph”

menu.

The contents of the window will be updated whenever the signal level or PSC

history are changed.

The color for each PSC can be configured by “Cellsite Color Setting” function in

“Settings” menu.


Indicator Symbol

-12.5 (104 [Test1-B]) Ec/Io

PSC

CELL name

Definition of Indicator Symbol


2.12 WQ TPC History

The TPC History graph shows power control information of Downlink and Uplink in line type format obtained from test phone. This record is generated every 500ms showing the accumulated result of power control command from each frame.

Procedure:

1. To open the window, choose “WQ TPC History” in the “WCDMA Graph”

menu.

The contents of the window will be updated every 0.5 sec and TPC information is

given for each frame.


Field Description

+15 ~ -15 (Y axis) The accumulated result of power control bits per each

frame in dB.

Downlink TPC History These are power control bits on the UL telling the DL

what to do.

Uplink TPC History These are power control bits on the DL telling the UL

what to do.



2.13 WQ RACH Graph

The RACH Graph shows access preamble information when test phone accesses network to establish a radio link.

Procedure:

1. To open the window, choose “WQ RACH Graph” in the “WCDMA Graph”

menu.

The Contents of the window will be updated whenever there are access attempts from test phone to network. The X axis unit is 20ms.




2.14 WQ Cell Reselection Measurement

WQ Cell Reselection Measurement window shows cell information in Inter RAT Handover between WCDMA and GSM.

Field Description

PSC Primary scrambling code from 0 to 511

Name The name of Cell (sector) which PSC is assigned.

Ec/Io Range is 0 to -63. Actual ECIO value is 1/2 the logged

value

RSCP Received signal code power in dB, range from 0 to -128

(signed integer). Displayed post processed value should be

RSCP_logged -21

ARFCN

Radio frequency channel number from 0 to 1023

ARFCN – Range 0..1023

NCC NCC(Network Color Code) from BSIC

BCC BCC(Base station Color Code) from BSIC

RSSI Received signal strength in dBm (signed integer),

range from 0 to -120 dBm



2.15 WQ CM Interfrequency Measurement

CM Interfrequency Measurement window shows interfrequency test mobile condition and RF

environment in WCDMA Compressed Mode.

Field Description

Ec/Io Ec/Io (Range: 0 ~ -63)

PSC Pos [Chip*8] Chipx8 resolution – from 0 to 20479

State Test mobile condition in Inter Frequency Area

0 – Idle Mode

1 – Cell FACH State

2 – Dedicated Mode

UARFCN UTRA Absolute RF Channel Number

Stage Search_Satage

0 – Initial Search

1 – Search Continuing

2 – Search Completed

# of Peak : Number of peaks returned

Exceed -15dB Number of values more than -15dB

RSSI Received signal strength in dBm (Range는 0 ~ -120dBm)

Set

0 – Active

1 – Monitored

2 – Unlisted or Detected

PSC Primary Scramble Code

Name Cell Name of PSC

RSCP Received signal code power in dB (Range는 0 ~ -128)

CH Code Channelization code index, number from 0 to 255

Max Delay Maximum Chip Delay



2.16 QC GSM All Signal Graph

GSM All Signal Graph window shows several important RF parameters of test phone in GSM system.

Procedure:

1. To open the window, choose “WQ GSM All Signal Graph” in “WCDMA Graph” menu.

The contents of the window will be updated whenever GSM signal information is

updated from test phone.

2. To identify each test phones’ statistics, click the appropriate phone tab.



Field Description

Rx Power Received signal strength of test phone.

Tx Power Transmit power of test phone.

TA Timing Advance Value being used during a call.

Serving ARFCN Absolute RF Channel Number of TCH

Serving BCCH ARFCN Absolute RF Channel Number of BCCH channel of the

serving cell.

DTX Discontinuous transmission state

Rx Quality(F) Service signal Quality measured over a full set of TCH

and SACCH frames

Rx Quality(S) Service signal Quality measured over a sub set of 4

SACCH and SID frames

Best Neighbor BCCH

Rx power

Rx power from neighbor cell having the strongest signal

among neighboring cells.

Best Neighbor BCCH

ARFCN

Channel information of neighbor cell having the

strongest signal strength among neighboring cells.

Current RR RLT Current Radio Link Timeout value

Option Window


Procedure:

1. To adjust parameters’ list to be displayed in the window, double click on the

screen and the following dialog box will pop up.



2. Change the values in the “Option” as appropriate and then click “OK” button.

Field Description

Rx Power Received signal strength(Full, Sub, Serving) of test phone.

ARFCN Serving ARFCN: Absolute RF Channel Number of TCH

Serving BCCH ARFCN: Absolute RF Channel Number of BCCH

channel of the serving cell.

Tx Power(dBm) Transmit power of test phone.

Timing Advance Timing Advance Value being used during a call.

Rx Quality Rx Quality Full: Service signal Quality measured over a full set of

TCH and SACCH frames

Rx Quality Sub: Service signal Quality measured over a sub set of 4

SACCH and SID frames

DTX Discontinuous transmission state

Radio Link

Timeout

CUR : This provides the current value of the radio link timeout

counter.

MAX: Maximum value of RADIO_LINK_COUNTER_S; range is 4 to

64 with steps of 4

Downlink Signaling

Counter

CUR: This provides the current value of the downlink signaling

counter

MAX: Indicates the number of 51-multiframes between transmission

of paging messages to mobiles of the same paging group; range is 2

to 9 51-multiframes



GSM Best

Neighbor

BCCH Rx Power(dBm): Rx power from GSM neighbor cell having the

strongest signal among neighboring cells.

BCCH ARFCN: Channel information of GSM neighbor cell having the

strongest signal strength among neighboring cells

GPRS Best

Neighbor

BCCH Rx Power(dBm): Rx power from GPRS neighbor cell having

the strongest signal among neighboring cells.

BCCH ARFCN: Channel information of GPRS neighbor cell having

the strongest signal strength among neighboring cells

MS Eval TA MS-evaluated continuous timing advance

Network Assigned

TA

Network-assigned TA value

PPP Throughput Represents the speed of the sending and receiving process of PPP

Packet data for TCP/IP communication

APP Throughput Represents the speed of the sending and receiving process of FTP

Application data.

RLC Throughput GPRS RLC throughput in Kbps.



2.17 QC GSM Layer1 Signal Searcher List

GSM Layer1 Signal Searcher List Window shows the signal search result of test phone for GSM system.

Procedure:

1. To open the window, choose “WQ GSM Layer1 signal searcher List” in

“WCDMA Graph” menu.

The contents of the window will be updated whenever GSM Layer1 signal search result is transferred from test phone.


Field Description

ARFCN Absolute RF Channel Number of BCCH channel of the cell.

Rx Power(dBm) Rx power from the cell.



2.18 QC Compressed Mode GSM Measurement

Procedure:

1. To open the window, choose “WQ Compressed Mode GSM Measurement”

in the “WCDMA Graph” menu.


Field Description

GSM RSSI Measurements

ARFCN GSM Absolute Radio Frequency Channel Number. The radio

frequency channel number from 0 to 1023

RSSI Received Signal Strength Indication [dBm]

LNA LNA gain chosen in the GSM RF receiver( 1 to 4) 1=max gain

CFN WCDMA CFN of the frame containing the start of transmission

gap ( 0 to 255 )

FN GSM frame number (modulo51) in which usable transmission

gap ( 0 to 255)

Offset Offset in quarter symbols (QS) in the GAP START FRAME NUM

at which usable transmission gap starts ( 0 to 4999 )



GSM SCH detection

ARFCN GSM Absolute Radio Frequency Channel Number. The radio

frequency channel number ranges from 0 to 1023

SNR SNR estimate in dB using;

10*log10 ( SNR_ESTIMATE / 256 ) 0xFFFF = invalid

SCH FN Decoded GSM frame number (modulo51) of this SCH valid if

BSIC VERIFICAION bit 3 is 1 ( 0 to 50 )

CFN WCDMA CFN of the frame containing the starting point of

transmission gap ( 0 to 255 )

FN GSM frame number (modulo51) in which usable transmission

gap ( 0 to 255)

Offset Offset in quarter symbols ( QS ) in the GAP START FRAME

NUM where usable transmission gap starts ( 0 to 4999)

GSM SCH decode

ARFCN SM Absolute Radio Frequency Channel Number. The radio

frequency channel number ranges from 0 to 1023

SNR Applicable if NUM FCCH TONE DET is nonzero

10*log10 ( SNR_ESTIMATE / 256 ) 0xFFFF = invalid

Detect Acquired number of times FCCH tone was detected

CFN WCDMA CFN of the frame containing the start of transmission

gap ( 0 to 255 )

FN GSM frame number (modulo51) where transmission gap ( 0 to

255) is usable

Offset Offset in quarter symbols (QS) in the GAP START FRAME NUM

at which usable transmission gap starts ( 0 to 4999 )



2.19 QC GSM RR SACCH Measurement Report

GSM RR SACCH Measurement Report Window shows the results of measurements regarding serving cell quality and signal strength of surrounding GSM neighbor cells by mobile on SACCH every SACCH multiframe.

Procedure:

1. To open the window, choose “QC GSM RR SACCH Measurement Report”

in “WCDMA Graph” menu.

The contents of the window will be updated whenever GSM RR SACCH Measurement Report is transferred from test phone.


Field Description

Rx power(F) Average Rx power level for the full set of TCH and SACCH

TDMA frames

Rx power(S) Average Rx power level for the sub set of 4 SACCH frames

and SID frames

Rx Quality(F) Average RxQual for the full set of TCH and SACCH TDMA



frames

Rx Quality(S) Average RxQual for the sub set of 4 SACCH frames and SID

frames


Rx Power(dBm) Rx power from the cell.



2.20 QC GSM RR Cell Selection && Reselection Measurement

GSM RR Cell Selection && Reselection Measurement window provides cell selection and reselection measurement for the neighboring and serving cells.

Procedure:

1. To open the window, choose “QC GSM RR Cell Selection && Reselection

Measurement” in “WCDMA Graph” menu.

The contents of the window will be updated whenever test phone executes cell selection and reselection activity.

Field Description

Set Differentiate cell’s status. Serving or Neighbor.


Name The name of the sector that is assigned by “bts.ini” file.

RxPwr Received power of test phone from the cell.

C1 C1 value for the cell.

C2 C2 value for the cell.

LAI Location Area Id of the cell.

Serving Cell having radio link connection with test phone.

Best N Neighbor cell giving strongest signal to the test phone.

5 Sec Timer Status Serving 5 second timer status. 0: stopped, 1: running, 2:

expired.

Cell Reselect Cell reselection status. 0 : Serving cell is not barred for



Status reselection,

1: Serving cell is now barred for reselection.

Hysteresis to

Reselection

Hysteresis application. 0: not applied, 1: applied.

Cell Reselection

within 15 Sec

0 : No cell reselection in last 15 sec, 1 : cell reselection in

last 15 sec.

2. To identify each test phones’ statistics, click the appropriate phone tab

3. Set Pilot Pollution information setting by clicking “Setting” button.

Field Description

User defined Active

Sever Count

Shows the number of PSC that satisfies user condition. The

condition can be set by clicking the ”Setting” button.

• Different level: The difference from Best Ec/Io in dB.

• Ec/Io threshold: The minimum required Ec/Io level to be

satisfied.



2.21 QC GSM Surrounding Cells

QC GSM Surrounding Cells widnow displays receive power for surrounding cell (BA List) of GSM system.

1. To open the window, choose “QC GSM Surrounding Cells” in “WCDMA

Graph” menu.

Field Description

Set Serving : current serving cell

BA: This provides a list of surrounding cells (as indicated in the BA list)

sorted in the decreasing received power.

ARFCN ARFCN of this cell

Rx Power Averaged received power in units

BSIC(N,B) Base station identity code, BSIC = NCC + BCC;

Band GSM 900/1800, GSM 900, DCS, PCS, GSM 850



2.22 QC GPRS Power Control Graph

QC GPRS Power Control Graph window displays power information and coning scheme for GPRS/EGPRS.

1. To open the window, choose “QC GPRS Power Control Graph” in

“WCDMA Graph” menu.

Field Description

Tx Channel

Type

Transmission burst type(PRACH channel or UL PTCCH or UL

PDCH)

Timeslot

Number

Timeslot number where transmission is taking place

Gamma TN Channel-specific power control value for TX_TN timeslot in 2 dB

steps

Gamma BAND Band dependent GAMMA setting in dBm; 39 dBm for GSM850

and GSM900; 36 dBm for DCS 1800 and PCS 1900

Alpha GPRS-specific parameter used to control the extent of open loop

power control

UE Max Power Maximum allowed output power for the UE in the cell

Transmitted

Power Level

Transmitted power level in GSM power levels

Coding GPRS encoding scheme used



Scheme 1=CS1_CODING

2=CS2_CODING

3=CS3_CODING

4=CS4_CODING

5=ACCESS_CODING

6=EXT_ACCESS_CODING

7=MCS1_CODING

8=MCS2_CODING

9=MCS3_CODING

10=MCS4_CODING

11=MCS5_CODING

12=MCS6_CODING

13=MCS7_CODING

14=MCS8_CODING

15=MCS9_CODING

Normalized Rx

Level[dBm]

Normalized received signal level at the MS



2.23 QC GPRS Neighboring Cell Information

This provides computed C1, C2, C31, and C32 parameters for serving and neighboring cells prior to cell reselection. They are put into use when cell reselection measurements for the current paging slot cycle have been collected.

Procedure:

1. To open the window, choose “QC GPRS Neighboring Cell Information” in

the “WCDMA Graph” menu.


Field Description

BCCH BCCH ARFCN of the serving & neighbor cell

PBCCH PBCCH ARFCN of the serving & neighbor cell

Priority Hierarchy cell structure priotity

PxPwr Rx Power average of the serving & neighbor cell

C1 Computed C1 value for serving & neighbor cell




5sec Five Second Timer State

0 : Stopped, 1 : Running, 2 : Expired

Reselect Cell Reselect Status

0 : Serving & neighbor cell is not barred for

reselection




1 : Serving & neighbor cell is barred for reselection

Recent Recent cell Selection ( Serving Cell)

0 : No cell resection in last 15sec

1 : Cell resection in last 15sec

RA Serving RA (Neighbor Cell)

0 : Neighbor cell does not belong to serving cell’s

RA

1 : Neighbor cell belong to serving cell’s RA

Chapter 3. WCDMA Statistics Window WCDMA Statistics Window

3.1 WQ Summary Statistics 3.1 WQ Summary Statistics

Summary Statistics window provides statistical information for key RF parameters. The Statistics window includes the information about Power, and the information about BLER, Ec/Io and etc.

Summary Statistics window provides statistical information for key RF parameters. The Statistics window includes the information about Power, and the information about BLER, Ec/Io and etc.

Procedure:

1. To open the window, choose “WQ Summary Statistics” in the “WCDMA

Statistics” menu.

The contents of the window will be updated whenever test phone sends relevant information to XCAL-W.

2. To change “Moving Average Interval”, change the value in “Moving Average Interval:” box.


XCAL User Guide Chapter 3. WCDMA Statistics Window


Field Description

Moving Average

Interval

Time interval to produce average value of each parameter

Parameter Specifies parameters name

Current The current value of the parameters

Min Minimum value of the parameters during moving average

interval

Max Maximum value of the parameters during moving average

interval

Avg Average value of the parameters during moving average

interval

Rx Power (AGC&List Search) Received power of test phone (Sourced AGC & List

Search)

Rx Power(List Search) Received power of test phone

Tx Power(dBm) Transmit power of test phone

BLER(%) Block Error Rate

Best PSC (List Search) PSC which gives strongest signal to the test phone

Best Ec/Io(List Search) Ec/Io value of the strongest signal component

Best RSCP(List Search) RSCP value of the strongest signal component

Comb Ec/Io(dB) Combined Ec/Io value

Comb RSCP (Finger) RSCP value of the combined signal component



3.2 WQ Vocoder Statistics

UMTS Vocoder Statistics window provides frame information for voice application service.

Procedure:

1. To open the window, choose “WQ Vocoder Statistics” in the “WCDMA

Statistics” menu.

The contents of the window will be updated whenever test phone sends relevant information to XCAL-W.


구분 설명

Fr Type Frame type information of downlink and uplink voice frames for AMR

vocoder

(Good, Degraded, Spare, Bad, SID First, SID Update, SID Bad, No Data)

Fr Rate Frame rate information for downlink and uplink voice frames for AMR

vocoder

(4.75k, 5.15k, 5.9k, 6.7k, 7.4k, 7.95k, 10.2k, 12.2k)

Current Frame type and frame rate of currently received or transmitted frame

EFR and

FR

Information of Frame Type, Time Alignment Flag, Frame Type(BFI) for EFR

and FR vocoder

HR Information of Frame Type, Error Flag1,2, TAF, Bad Frame Indicator,

Unstable Frame Indicator for HR vocoder



3.3 WQ RLC Statistics

RLC Statistics (AM) window provides the Uplink and Downlink RLC layer information.

Procedure:

1. To open the window, choose “WQ RLC Statistics” in the “WCDMA Statistics” menu.

Downlink RLC Statistics Screen

The contents of the window will be updated whenever there is logical channel set up or

reconfiguration.

2. To check parameters of uplink RLC Statistics, click “Uplink” tab.

Uplink RLC Statistics Screen



3. To identify the state of each test phone, click the appropriate phone

tab.

Field Description

Uplink RLC Statistics (AM)

AMD Logical CH ID UL AMD Logical Channel ID.

Ctrl Logical CH ID UL Control Logical Channel ID.

Channel Type Type of Uplink Logical Channel.

- CCCH, DCCH, DTCH

# of RLC Resets Total number of count of RLC performed RESET.

# of PDU Bytes Accumulative number of PDU Bytes transmitted.

# of SDU Bytes Accumulative number of SDU Bytes transmitted.

# of Data PDU Accumulative number of AMD PDUs transmitted for the

first time.

# of Data PDU Retxd Accumulative number of AMD PDUs retransmitted.

# of Ctrl PDU Total number of control PDUs transmitted.

# of PDU NAK Accumulative number of PDUs NAK’d to the NW.

SN of Last PDU Sequence number of the last AMD PDU transmitted.

SN of Last PDU

ACKD

Sequence number of the last in sequence AMD PDU

acknowledged.

TX Window Size Transmitter Window Size.

AM BUFFER

STATUS

A snapshot of the uplink buffer occupancy status report.

Downlink RLC Statistics (AM)



AMD Logical CH ID DL AMD Logical Channel ID.

Ctrl Logical CH ID DL Control Logical Channel ID.

Channel Type Type of Downlink Logical Channel.

- BCCH, PCCH, CCCH, DCCH, CTCH, DTCH

# of PDU Bytes Accumulative number of PDU Bytes received

# of SDU Bytes Accumulative number of SDU Bytes received

# of Data PDU Accumulative number of AMD PDUs received

# of Ctrl PDU Accumulative number of control PDUs received

# of Error PDU Total number of erroneous PDUs.

# of PDU NAK Total number of AMD PDUs NAK’d by the peer entity.

SN of Last PDU Sequence number of the last in sequence AMD PDU

received.

Highest SN of PDU Highest sequence number of AMD PDU received so far.



3.4 QC GPRS RLC Statistics

GPRS RLC Statistics window provides the Uplink and Downlink RLC layer information

Procedure:

2. To open the window, choose “QC GPRS RLC Statistics” in the “WCDMA

Statistics” menu.

GPRS RLC Downlink Statistics

3. To check parameters of GPRS RLC Uplink Statistics, click “Uplink” tab.

GPRS RLC Uplink Statistics




Field Description

GPRS RLC Downlink Statistics

RLC DL STATE RLC Downlink States

0 : DS NULL

1 : DS RX ACK

2 : DS RS UNACK

3 : DS RX ACK PENDING RELEASE

4 : DS RX UANCK PENDING RELEASE

ACK RX PDU CNT 32-bit count of LL PDUs received in ACK Mode

ACK RX OCT CNT 32-bit count of octets received in ACK Mode

UNACK RX PDU CNT 32-bit count of LL PDUs received in UNACK Mode

UNACK PDU FILLED CNT 32-bit count of LL PDUs filled in UNACK Mode

UNACK RX OCT CNT 32-bit count of octets received in UNACK Mode

UNACK OCT FILLED CNT 32-bit count of octets filled in UNACK Mode

ACK NACK REQ CNT 32-bit count of downlink ACK/NACK Mode

DL SEQ VQ Received window state variable V(Q)

DL SEQ VR Received window state variable V®

DL GEN PURPOSE

COUNT A

32-bit developer defined counter

DL GEN PURPOSE

COUNT B


DL GEN PURPOSE

COUNT C


GPRS RLC Uplink Statistics

RLC UL STATE RLC Uplink States

0 : US NULL

1 : US AWAIT ASS

2 : US ACK XFER

3 : US UNACK XFER

4 : US AWAIT MAC IDLE

UL XFER SUBSTATE Substate

0 : RALS NULL

1 : RALS AWAIT TX COMPLETE

2 : RALS AWAIT NEW TBF




3 : RALS AWAIT RESP

4 : RALS NEW PDU ARRIVES

5 : RALS TRUNCATE

6 : COMPLETE

ACK TX PDU CNT 32-bit count of LL PDUs transmitted in ACK Mode

ACK TX OCT CNT 32-bit count of octets transmitted in ACK Mode

UNACK TX PDU CNT 32-bit count of LL PDUs transmitted in UNACK

Mode

UNACK TX OCT CNT 32-bit count of octets transmitted in UNACK Mode

CODING SCH CHANGES 16-bit sequence number

UL SEQ VA Acknowledgment state variable V(A)

UL SEQ VS Acknowledgment state variable V(S)

UL SEQ NSEG Next segment block

UL SEQ VSF Next segment block to send to FIFO

UL SEQ PACK VSF Next pending ack block to send to FIFO

UL SEQ NACK VSF Next negatively acknowledged block to sent to

FIFO

N3102 N3102 as defined in 04.06

N3104 N3104 as defined in 04.06

UL GEN PURPOSE CONT A 32-bit developer defined counter

UL GEN PURPOSE CONT B 32-bit developer defined counter

UL GEN PURPOSE CONT C 32-bit developer defined counter

Chapter 4. WCDMA Status Window WCDMA Status Window

3.1 WQ Mobile Information 3.1 WQ Mobile Information

Mobile Information window shows test phone information regarding software compile date, compile time, release data, release time etc. Mobile Information window shows test phone information regarding software compile date, compile time, release data, release time etc.

Procedure:

1. To open the window, choose “WQ Mobile Information” in the “WCDMA

Status” menu.

The screen is updated just once when relevant information is requested to test phone by XCAL-W, except Dominant PSC, Cell Id and DL Frequency.



XCAL User Guide Chapter 4. WCDMA Status Window

Field Description

Compile Date Date when the test phone was compiled.

Compile Time Time of day the test phone firmware was compiled.

Release Date Date when the test phone was approved for release.

Release Time Time of day the test phone firmware was approved

for release.

Version Dir Version Name

3GPP Revision Revision number of the WCDMA standard.

3GPP Release 3GPP release number.

Class Mark Obsolete

Mobile Model Model number of the test phone.

MSM Ver. Maj. MSM Version (first part)

MSM Ver. Min MSM Version (second part)

IMEI International mobile station equipment identity

IMSI International mobile subscriber identity

DRX Parameter Indicates if the UE uses the DRX mode for cell

updating and may contain the DRX cycle length

coefficient

Dominant PSC PSC which gives strongest signal to the test phone.

Cell ID Cell Identifier.

DL Frequency Downlink Frequency in MHz unit.



3.2 WQ Phone Status

Phone Status window shows Layer 1 State, Call State, System mode of mobile 구분 설명

L1_State Layer 1 Information of mobile

CM_CALL_STATE Call Management State of mobile

CM_System_Mode System mode for call management



3.3 WQ PRACH/RACH Information

PRACH/RACH window shows parameters related to random access channel information

Procedure:

1. To open the window, choose “WQ PRACH/RACH” in the “WCDMA Status”

menu.

The contents of the window will be updated whenever there are random access channel attempts.


Field Description

PRACH

MAX_TX_PWR Maximum allowed Tx Power from –50 to 33 dBm.

AVAIL_SIG_MSK 16-bit mask of available signatures.

AVAIL_SUB_

CHAN_MSK

12-bit mask of available signatures.

SF_MIN Minimum Spreading Factor used for 10ms RACH.



SC_NUM Scrambling Code Index, range from 0 to 15.

UL_PUNCT_LIM_VAL Uplink Puncturing Limit.

TR_CHAN_ID Transport Channel ID.

PWR_OFFSET PRACH preamble power ramp step.

MAX_Preamble_Tx Maximum number of preamble transmissions allowed.

RACH

MSG_LENGTH Message Length (10ms, 20ms).

NUM_PREAMBLE Number of preambles transmitted.

AICH_STAT AICH Status of the last access slot sent.

• No ACK

• Positive ACK

• Negative ACK

SIGN_PREAMBLE Signature for last access channel preamble.

Access Slot No The sub channel in which the last preamble was

transmitted.

SFN System Frame Number in frames) when last preamble

was transmitted.

AICH_Timing • 3 Access Slots

• 4 Access Slots

RF Tx Power Transmitted RF power in dBm.



3.3 WQ Handoff Information

Handoff Information window describes current Active set and Monitored set information. Added and Removed PSC information from active set update message is also given.

Procedure:

1. To open the window, choose “WQ Handoff Information” in the “WCDMA

Status” menu.

The contents of the window will be updated whenever there are ADD or Drop (Remove) handoffs.


Field Description

# of Add Handoff Total number of added handoffs from the start of test.

# of Drop Handoff Total number of drop(remove) handoffs from the start of

test.

PSC Primary Scrambling Code



Name CELL Name

Energy CPICH Ec/Io value of the cell.

Add list Added PSC list from Active Set Update message.

Remove list Removed PSC list from Active set Update message.



3.4 WQ Pilot Sets Information

Pilot Sets Information window shows detailed information regarding PSC’s in current active and monitored set.

Procedure:

1. To open the window, choose “WQ Pilot Sets Information” in the “WCDMA

Status” menu.

The contents of the window will be updated whenever there are changes in Active and Monitored Set information.


Field Description

R Indicating the status of Reference Cell.

PSC Primary Scrambling code.

Name CELL Name from “BTS.ini”.

Cell TPC Cell TPC Combination Index.

• Integer from 0 to 5.

CPICH Diversity CPICH diversity Option by Cell.

SCPICH Indicating whether Secondary Pilot Channel is used or

not.



• 0 : False, 1 : True

Sec SC Code Secondary Scrambling Code.

Chan Code index Channelization code index.

Cell Pos Cell Position in chips unit.

DL Frequency Downlink Frequency.



3.5 WQ BLER Information

BLER information window shows BLER(Block Error Rate) statistics from the Physical layer measurement.

Procedure:

1. To open the window, choose “WQ BLER Information” in the “WCDMA

Status” menu.

The contents of the window will be updated whenever test phone receives the specific amount of packets.


Field Description

Channel Number of transport channel.

Received Number of received CRCs.

Channel Type SBCH, NBCH, DCH, DSCH, FCH, FACH

CRC Error Number of CRCs received in error.

BLER Calculated result from “Received” and “CRC Error” parameters.



3.6 WQ Physical Channel

Physical Channel window provides information about Downlink Common_CH, Dedicated_CH and Uplink_CH.

Procedure:

1. To open the window, choose “WQ Physical Channel” in the “WCDMA Status” menu.

Common CH(DL) Physical Channel information Screen

The contents of the window will be updated whenever designated physical channels are setup.

2. To check the parameters of downlink dedicated channel, click “Dedicated CH

(DL)” tab.

Dedicated CH(DL) Physical Channel information Screen



3. To check the parameters of uplink channel, click “Uplink CH” tab.

Uplink CH Physical Channel information Screen rmation Screen

4. To identify the state of each test phone, click the appropriate phone tab. 4. To identify the state of each test phone, click the appropriate phone tab.

Field Description

Common CH (DL)

CHAN STATE Indicate if channel is added or Dropped.

• 1 : Added



• 0 : Dropped

NUM PHY SHAN Number of Physical Channels.

SLT FMT SCCPCH Slot Format(only valid for SCCPCH)

SC CODE IDX Scrambling Code Index

DIV MODE Diversity Mode

• 0 : STTD disabled

• 1 : STTD enabled

CCTRCH_ID Corresponding CCTRCH ID number from 0 to 5

T OFF(256chips) Time Offset, different Start Time (only valid for SCCPCH

and PICH) in units of 256 Chips.

CHAN CODE Channelization Code Index

Dedicated CH (DL)

CHAN_State Indicate if channel is added or Dropped.

• 1 : Added

• 0 : Dropped

NUM_PHY_CHAN Number of Physical Channels.

CH. TYPE Channel Type.

SLT_FMT_SCCPCH Slot Format(only valid for SCCPCH)

SC_CODE_IDX Scrambling Code Index

DIV_MODE Diversity Mode

• 0 : STTD disabled

• 1 : STTD enabled

CCTRCH_ID Corresponding CCTRCH ID number from 0 to 5

Time Offset Time Offset, different Start Time (only valid for SCCPCH

and PICH) in units of 256 Chips.

CH.Code Channelization Code Index

Uplink CH

MAX_TX_PWR Maximum Transmit Power.

DPCCH_PWR_

OFFSET

Power offset for DPCCH.

PCP_LEN Power Control Preamble Length in Slots.

PCA Power Control Algorithm.

TPC_STEP_SIZE TPC Step Size (only if PCA = 1)

TFCI_PRESENT TFCI present or not

• 0 : False



• 1 : True

FBI_LEN Feedback information bits in DPCCH.

PUNCT_LIM_VAL Uplink puncturing limit.

INIT_TX_PWR Initial Transmit Power.

DPCCH_SLOT_FMT Slot Format for DPCCH.

SC_CODE_TYPE Long Or Short Scrambling Code.

• 0 : short

• 1 : Long

SC_CODE Scrambling Code, 0 to 16777215

Spreading Factor Min Lowest Allowed Spreading Factor.



3.7 WQ Transport Channel

Transport Channel window shows the parameter information of current active DL/UL transport channels.

Procedure:

1. To open the window, choose “WQ Transport Channel” in the “WCDMA

Status” menu.

Downlink Transport Channel information Screen

The contents of the window will be updated whenever each channel is set up or reconfigured

2. To check the uplink transport channel, click “Uplink” tab.

Uplink Transport Channel information Screen


Field Description



CH.ID Transport channel ID, real ID Number 0 to 32(DL) and 0 to

7(UL)

CH. Type Transport Channel Type

• SBCH / NBCH / DCH / DSCH / PCH / FACH

Code Rate Coding rate and type

• 1/2 and Convolutional,

• 1/3 and Convolutional

• 1/3 and Turbo

• No Coding

NUM_CRC Number of CRC bits

• 0 / 8 / 12 / 16 / 24

TTI_FMT TTI format

• 10 / 20 / 40 / 80

RM_ATTR Rate-matching attribute of the channel (number from 1 to 256)

NUM_TR Number of transport formats per channel (number from 1 to

32)(Downlink)

TF_INFO Starting index of TF information from this Trch in TF

information array.(Downlink)

NUM_TF Number of transport formats, 1 to 64 (Uplink)



3.8 WQ MAC Parameters

MAC Parameters window provides the information regarding MAC channels, MAC Ciphering and RACH Control Parameters.

Procedure:

4. To open the window, choose “WQ MAC Parameters” in the “WCDMA

Status” menu. “Log Ch(UP)” Tab

Uplink Transport Channel / Uplink Logical Channel Screen

The contents of the window will be updated whenever test phone sends relevant information to

XCAL-W.

5. To check the Downlink Transport Channel / Downlink Logical Channel

information, click “Log Ch (DOWN)” tab.

Uplink Transport Channel / Uplink Logical Channel Screen



6. To check channel mapping information between logical channel and transport

channel, click “CH Mapping” tab.

Uplink / Downlink Channel Mapping Screen

7. To check ciphering information of MAC layer, click “MAC Ciph” tab.

MAC Uplink / Downlink Ciphering Screen



8. To check control parameters for RACH channel, click “RACH Ctrl” tab. Ctrl” tab.

RACH Control Parameters Screen RACH Control Parameters Screen

9. To identify the state of each test phone, click the appropriate phone tab. 9. To identify the state of each test phone, click the appropriate phone tab.

Field Description

Log

Ch(UP)

Uplink Transport Channel

Index Uplink transport channel index.

Transport CH ID The transport channel ID : from 1 to 32.

Transport CH Type Transport channel type.



• RACH / DCH / invalid

#of logical channels Number of uplink logical channels. From 0 to 19.

Uplink Transport Channel

RLC ID Uplink logical channel id. From 0 to 20.

Log CH Type Uplink logical channel type.

• CCCH / DCCH / DTCH

RLC Mode Uplink RLC mode

• TM / UM / AM / AM Data Plane / AM Control Plane

RB ID Uplink Radio bearer ID.

MAC ID MAC Id of uplink logical channel.

MAC Priority MAC logical channel priority.

Log

Ch(Down)

Downlink Transport Channel

Index Downlink transport channel index.

Transport CH ID Transport channel ID : from 1 to 32.

Transport CH Type Transport channel type.

• BCH / PCH / FACH / DCH / invalid

#of logical channels Number of downlink logical channels. From 0 to 19.

Downlink Logical Channel

RLC ID Downlink logical channel id. From 0 to 20.

Log CH Type Downlink logical channel type.

• BCCH / PCCH / CCCH / DCCH / CTCH / DTCH

RLC Mode Downlink RLC mode.

• TM / UM / AM / AM Data Plane / AM Control Plane

RB ID Downlink Radio bearer ID.

CH

Mapping

Uplink / Downlink Channel Mapping

Index Uplink transport channel index.

Transport CH ID The transport channel ID : from 1 to 32.

Transport CH Transport channel type.

Logical Channel/ID Logical channels ID mapped to the transport channel.

MAC

Ciph

MAC Uplink/Downlink Ciphering

Ciphering Enable Enabling/Disabling information on ciphering.

Ciphering key ID Ciphering key ID.

• 0 / 1 / 2 / 3

Hyperframe number Hyper frame number.

RACH RACH Control Parameters



Ctrl ASC ID Access Service Class identifier from 0 to 7

Persistence Persistence value to restrict access to the network from

0 to 10.

MAX Preamble

Cycles

Maximum number of preamble cycles.

MAX Backoff Time Maximum backoff time.

MIN Backoff Time Minimum backoff time.



3.9 WQ Channel Mapping

Channel Mapping window shows Mapping information among Transport Channel, Physical Channel and Logical Channel.

Procedure:

1. To open the window, choose “WQ Channel Mapping” in the “WCDMA

Status” menu.

The contents of the window will be updated whenever relevant information is received from test phones.


tab.

Field Description CCTRCH_ID ID assigned by RRC

Channel ID ID assigned by UTRAN

Channel

Type

Type of Transport Channel

• Uplink

0 : DCH / 1 : RACH

• Downlink

0 : SBCH / 1 : NBCH / 2 : DCH / 3 : DSCH / 4 : PCH / 5 : FACH



Physical CH

Type

Type of Physical Channel

• Uplink

0 : DPCH / 1 : PRACH

• Downlink

0 : PCCPCH / 1 : SCCPCH / 2 : AICH / 3 : PICH / 4 : PDSCH / 5 :

DPCH

# of Logical

CH

Number of Logical Channels on Transport Channel

RB ID Radio Bearer ID assigned by UTRAN

RLC ID Internal Logical Channel ID

RLC Mode RLC Mode

• 0 : TM / 1 : AM / 2 : UM

Logical CH

ID

Logical Channel ID assigned by UTRAN

Logical CH

Type

Type of Logical Channel

• Uplink

0 : CCCH / 1 : DCCH / 2 : DTCH

• Downlink

0 : BCCH / 1 : PCCH / 2 : CCCH / 3 : CTCH / 4 : DCCH / 5 : DTCH



3.10 WQ RLC States

RLC States window shows Number of Downlink/Uplink Logical Channels, RLC Logical

Channel ID, and State of the RLC state machine.

Procedure:

1. To open the window, choose “WQ RLC States” in the “WCDMA Status”

menu.


tab.

Field Description

CHAN Number of Downlink/Uplink Logical Channels(1 to19)

ID RLC Logical Channel ID(0 to18)

STATE State of the RLC state machine

Downlink

0 : DL NULL STATE

1 : TM DL DATA TRANSFER READY

2 : UM DL DATA TRANSFER READY

3 : AM DL DATA TRANSFER READY



4: AM DL RESET PENDING

Uplink

0 : UL NULL STATE

1 : TM UL DATA TRANSFER READY

2 : UM UL DATA TRANSFER READY

3 : UM UL WAITING TO SUSPEND

4 : UM SUSPENDED

5 : AM UL DATA TRANSFER READY

6 : AM UL WAITING TO SUSPEND

7 : AM UL RESET PENDING

8 : AM UL RESET PENDING

9 : AM UL CONFIG PENDING



3.11 WQ RLC TM

RLC TM window shows Number of Downlink/Uplink Logical Channels, Type of TM DL/UL

Logical Channel, Logical Channel DL/UL RLC ID, TIME DISC VAL, and Segmentation.

Procedure:

1. To open the window, choose “WQ RLC TM” in the “WCDMA Status” menu.

RLC Downlink TM

RLC Uplink TM


tab.

Field Description

CHAN Number of Downlink/Uplink Logical Channels (MAX 8)

TYPE Type Of TM Logical Channel

Downlink




0 : BCCH

1 : PCCH

3 : DCCH

5 : DTCH

Uplink

2 : CCCH

3 : DCCH

5 : DTCH

TIME SDU is discarded at the

IME_DISC_VAL*10

Elapsed time in ms before an

transmitter (integer 0 to 10)

TIME_DISC = T

SEGM ntation

1 : Yes

Segme

0 : No


3.12 WQ RLC UM

RLC UM window shows Number of Downlink/Uplink Logical Channels; Type of UM DL/UL

Logical Channel, Logical Channel DL/UL RLC ID, TIME DISC VAL, LI LENGTH, and HFN.

Procedure:

1. To open the window, choose “WQ RLC UM” in the “WCDMA Status” menu.


Field Description

CHAN Number of Downlink/Uplink Logical Channels (MAX 3)

TYPE Type Of UM Logical Channel

Downlink

2 : CCCH

3 : DCCH

4 : CTCH

5 : DTCH

Uplink

3 : DCCH

5 : DTCH

TIME Elapsed time in ms before an SDU is discarded at the

transmitter (integer 0 to 10)

TIME_DISC = TIME_DISC_VAL*10

LI LENGTH Size of the length indicator fiend in the UMD PDU

(7bits and 15bits)

HFN Hyperframe



3.13 WQ RLC AM

RLC AM window shows DATA RLC ID, CTRL RLC ID, RB ID, LOG CHAN TYPE LI

LENGTH, WIND SIZE, HFN, TMR STATUS PERIOD, INSEQ DVER, MISS PU IDX.

Procedure:

1. To open the window, choose “WQ RLC AM” in the “WCDMA Status” menu.


RLC Downlink AM

Field Description

DATA RLC ID Data logical channel DL RLC ID ( 0 to 20)

CTRL RLC ID Control logical channel UL RLC ID ( 0 to 20)

Radio Bearer ID Radio Bearer ID( 0 to 31)



LOG CHAN TYPE Type of Am DL logical channel

3 : DCCH

5 : DTCH

LI LENGTH Size of the length indicator fiend in the AMD PDU

( 7bits or 15bits)

RCV WIND SIZW The max number of RLC Pus allowed to be received

(1, 8, 16, 32, 64, 128, 256, 512, 768, 1024, 1536, 2047, 2560,

3072, 3584, 4095)

TMR EPC Time to wait in ms, before estimated control starts to decrement

(0, 50, 60, 70, 80, 90, 100, 120, 140, 160, 180, 200, 300, 400,

500, 700, 900)

HFN Hyperframe number

TMR STATUS PERIOD Indicates if RLC should preserve the order of higher layer PDUs

0 : false

1 : true

INSEQ STPROH Minimum time between status reports in ms

MISS PU IDX Indicates if the UE should send (TRUE) a status report for each

missing PU that is detected

0 : false

1 : true

RLC Uplink AM



Field Description

DATA RLC ID The data logical channel UL RLC ID ( 0 to 18)

CTRL RLC ID The control logical channel UL RLC ID ( 0 to 18)

Radio bearer ID The radio bearer ID ( 0 to 31)

LOG CHAN TYPE The type of AM UL logical channel

3 : DCCH

5 : DTCH

LI LENGTH The size of the length indicator field in the AMD PDU

( 7 bits or 15 bits )

TRANS WIND SIZE The maximum number of RLC PUs permitted to send without

receiving an ACK

( 1, 8, 16, 32, 64, 128, 256, 512, 768, 1024, 1536, 2047, 2560,

3072, 3584, or 4095)

TMR RST The timer for detecting loss of RESET ACK PDU

( 50, 100, 150, 200, 250, 300, 350, 400, 450, 500, 550, 600, 700,

800, 900, or 1000 )

HFN The hyper frame number

MAX RST The maximum number of retransmissions of RESET PDU



( 1, 4, 6, 8, 12, 16, 24, 32 )

SDU DISCARD The mode of discharge of the RLC buffer

0 : TBE

1 : MAXDAT

2 : No discard

TMR DISCARD Elapsed time in ms before an SDU is discarded

( 0, 100, 250, 500, 750, 1000, 1250, 1500, 1750, 2000, 2500,

3000, 3500, 4000, 4500, 5000, 7500)

TMR MRW The value used to trigger the retransmission of a STATUS PDU

containing an MRW SUFI field

( 50, 60, 70, 80, 90, 100, 120, 140, 160, 180, 200, 300, 400, 500,

700, 900 )

MAX DAT The number of retransmissions of a PU before the SDU to which it

belongs is discarded

( 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 15, 20, 25, 30, 35, 40 )

MAX MRW The maximum number of retransmissions of the MRWcommand

( integer values are: 1, 4, 6, 8, 12, 16, 24, 32)

TMR POLL PROH The minimum time between polls in msecs (0 disabled)

( from 0–550 by step 10 and from 600–1000 by step 50)

TMR POLL The poll retransmission timeout in msecs

( from 0–550 by step 10 and from 600–1000 by step 50 )

POLL PU The interval between polls in units of PUs (0 =disabled)

( values are 0, 1, 2, 4, 8, 16, 32, 64, 128 )

POLL SDU The interval between polls in units of SDU’s (0 =disabled)

( 0, 1, 4, 16, 64 )

LAST TX POLL Indicates if a poll should be sent when the last PU in the

transmission buffer is transmitted

0: Off 1: On

LAST RETX POLL Indicates if a poll should be sent when the last PU in the

retransmission buffer is transmitted

0: Off 1: On

POLL WIN When a this percentage of the transmission window is reached, a

poll should be transmitted

( 0, 50, 60, 70, 80, 85, 90, 95, 99 )

TMR POLL

PERIODIC

The interval between polls in msecs for periodic polling

( 0, 100, 200, 300, 400, 500, 750, 1000, 2000 )



3.14 WQ RLC Ciphering

RLC AM window shows Logical Channel ID, RB ID, Ciphering Mode, Ciphering Key ID,

Hyper frame, CIPH, ACT SN.

Procedure:



Field Description

RLC DL ID For AM this must be the UL data logical channel ( 0 to 18)

RB ID Radio Bearer ID ( 0 to 31)

CIPH MODE Ciphering enabled

0 : No 1 : Yes

CIPH Key ID The ciphering key ID

00 : 0

01 : 1

10 : 2

11 : 3

HFN AM UM The hyper frame number

CIPH ACT SN This field is to tell RLC when to start the ciphering



3.15 QC GPRS Serving Cell Parameters

GPRS Serving Cell Parameters window displays GPRS Indicators, GPRS General Parameters, GPRS Cell Option, GRPS State, GPRS MA, GPRS Power Control Parameters, PBCCH Description for GPRS system.

1. Select Menu Bar – WCDMA Status - QC GPRS Serving Cell Parameters.

Field Description

GPRS Indicators

RA Colour 0 to 7:Indicates RA color of serving cell

0xFF:Not available

SI-13 Position 0:SI13 located on BCCH, 1:SI13 located on extended BCCH

0xFF:Not available

GPRS General Parameters

Split Paging 0:Not supported, 1:Supported, 0xFF:Available

PRIORITY

ACCESS THR

Indicates the range of priority levels (as negotiated in the

ATTACH procedure) that are allowed packet access in the cell

0:Barred (packet access is not allowed in the cell)

1:Barred, 2:Barred, 3:1 only, 4:1 to 2, 5:1 to 3, 6:1 to 4, 7:Allowed

0xFF:Not available

NETWORK

CONTROL

ORDER

Indicates cell selection mode

0:NC0, 1:NC1, 2:NC2

0xFF:Not available



Routing Area

Code (RAC)

8-bit value indicating routing area code

0xFF: Not available

SGSN

Release

(SGSNR)

Indicates release of SGSN

0:R'98, 1:R'99+

0xFF:Not available

GPRS Cell Options

Network Mode

of Operation

(NMO)

Network operating mode

0:NMO I, 1:NMO II, 2:NMO III

T3168 0:0.5 sec, 1:1 sec, 2:1.5 sec,3:2 sec, 4:2.5 sec, 5:3 sec, 6:3.5 sec, 7:4 sec

T3192 0:500 ms, 1:1000 ms, 2:1500 ms, 3:0 ms, 4:80 ms, 5:120 ms,6:160 ms

7:200 ms

DRX TIMER

MAX

In this log packet, field is logged with a physical value rather than a field

value, i.e., 0x40 (64 sec) rather than 0x07

0:0 sec, 1:1 sec,2:2 sec, 3:4 sec, 4:8 sec, 5:16 sec, 6:32 sec, 7:64 sec

Access Burst

Type

Indicates if 8- or 11-bit AB should be used

0:8-bit format, 1:11-bit format

Control Ack

Type

Indicates default format of Packet Channel Ack

0:Default format is four access bursts

1:Default format is RLC/MAC control block

BS CV MAX 0 to 15 indicating max countdown value for UL blocks

PAN DEC 0 to 7 indicating decrement steps for Packet Ack/Nack

PAN INC 0 to 7 indicating value to increment N3102 on receipt of Packet Ack/Nack

PAN MAX Indicates maximum allowable value for N3102

0:4, 1:8, 2:12, 3:16, 4:20, 5:24, 6:28, 7:32

BSS CS

Paging

Coordination

Indicates if network supports CS paging coordination in NMO II or NMO III

0:Cell does not support CS paging coordination

1:Cell supports CS paging coordination

0xFF:Not available

GPRS Power Control Parameters

ALPHA 0:0, 1:0.1, 2:0.2, 3:0.3, 4:0.4, 5:0.5, 6:0.6, 7:0.7, 8:0.8, 9:0.9, 10:1.0

T AVG W

Signal strength filter period for power control in packet idle mode. 2(k/2) /

6 multiframes, k = 0, 1, 2, … 25. Values greater than 25 shall be

interpreted as 25 by the mobile station.

T AVG T Signal strength filter period for power control in packet transfer mode.

2(k/2) / 6 multiframes, k = 0, 1, 2, …25. Values greater than 25 shall be



interpreted as 25 by the mobile station.

PC MEAS

CHAN

Indicates type of channel to be used by MS for DL power measurements.

0:BCCH, 1:PDCH

N AVG I N_AVG_I parameter is an interfering signal strength filter constant for

power control 2(k/2), k=0,1,…15; range 0 to 15

PBCCH Description

PBCCH

Power

Reduction

(Pb)

The Pb parameter is a power reduction value used by the BTS on PBCCH

blocks, relative to the output power used on BCCH. The field is coded

according to the following table:

bit

4 3 2 1

0 0 0 0Pb = 0 dB

0 0 0 1Pb = -2 dB

0 0 1 0Pb = -4 dB

: :

1 1 1 1Pb = -30 dB

Training

Sequence

Code (TSC)

Training sequence code used for PBCCH and PCCCHs. Range 0 to 7.

PBCCH

Timeslot (TN)

Timeslot number for the PBCCH and the corresponding PCCCH. Range 0

to 7.

ARFCN (if not

hopping) ARFCN (if not hopping)

MAIO

(hopping) Mobile allocation index offset if the PBCCH is hopping.

GRR State

GRR Active

State 0:GRR-51, 1:GRR-52

State 0:NULL, 1:ACQUIRE, 2:CAMPED, 3:CONNECTION_PENDING

4:CELL RESELECTION

GPRS Mobile Allocation (MA)

ARFCNs Number of ARFCNs in GPRS MA; theoretically up to 64 carriers

Hop

Sequence

Number

(HSN)

Hopping sequence number as defined in 3GPP TS 05.02; range 0 to 63



3.16 QC GPRS MAC State

QC GPRS MAC State window displays GPRS MAC State. 1. Select Menu Bar – WCDMA Status – QC GPRS MAC State.

Field Description

MODE Top level states

0:NUL, 1:IDLE, 2:TRANSFER

NULL STATE NULL mode substates

0: NULL_INACTIVE

1: NULL_GPRS_51_ACTIVE

2: NULL_SUSPENDED

3 NULL_SUSPEND_RESEL

4: NULL_UPLINK_TBF_ESTAB

5: NULL_UPLINK_SB_ESTAB

6: NULL_DOWNLINK_SB_ESTAB

7: NULL_UPLINK_TBF_ACCESS

IDLE_STATE IDLE mode substates

0: PASSIVE

1: UL_PACKET_ACCESS

2: UL_ACCESS_QUEUED

3: UL_ACCESS_REJECT

4: UL_1P_ASS

5: UL_2P_ASS

6: UL_1P_CONTENTION_RES

7: DL_ASS

TRANSFER

STATE

MACHINE

TRANSFER Mode substates

0: TRANSFER_INACTIVE

1: TRANSFER_DL

2: TRANSFER_UL_FIXED

3: TRANSFER_UL_DYNAMIC

4: TRANSFER_DL_REASSIGN

5: TRANSFER_UL_FIXED_REALLOC

6: TRANSFER_UL_DYNAMIC_REALLOC

7: TRANSFER_DL_WITH_FIXED_ALLOC

8: TRANSFER_DL_WITH_DYNAMIC_ALLOC

9: TRANSFER_UL_FIXED_DL_ASSIGN



10 TRANSFER_UL_DYNAMIC_DL_ASSIGN

11: TRANSFER_DL_REASSIGN_FIXED_ALLOC

12: TRANSFER_DL_REASSIGN_DYNAMIC_ALLOC

13: TRANSFER_UL_FIXED_REALLOC_DL_ASSIGN

14: TRANSFER_UL_DYNAMIC_REALLOC_DL_ASSIGN

15: TRANSFER_CONCURRENT_FIXED_TRANSFER

16: TRANSFER_CONCURRENT_DYNAMIC_TRANSFER

17: TRANSFER_CONCURRENT_FIXED_DL_REASSIGN

18: TRANSFER_CONCURRENT_DYNAMIC_DL_REASSIGN

19: TRANSFER_CONCURRENT_FIXED_REALLOC

20: TRANSFER_CONCURRENT_DYNAMIC_REALLOC

21: RANSFER_CONCURRENT_DL_REASSIGN_FIXED_REALLOC

22:TRANSFER_CONCURRENT_DL_REASSIGN_DYNAMIC_REALLO

C



3.17 QC GSM Information

QC GSM Informationwindow displays major RF parameters for GSM System.

1. Select Menu Bar – WCDMA Status – QC GSM Information.

Field Description

BCCH ARFCN BCCH ARFCN of this cell

BSIC(N,B) Base station identity code, BSIC = NCC + BCC

Cell ID ID for cell (based on system information)

LAI LAI for cell (in LAI IE format)

Cell Selection

Priority

Cell selection priority

0:Normal, 1:Low, 2 :Barred

DTX Indicator Flag to indicate if discontinuous transmit is in use

Channel Type Channel type

0: Full-rate traffic, 1:Half-rate traffic, 2:SDCCH/4, 3:SDCCH/8

Subchannel

Type

Subchannel number, 255 = unused

Timeslot

Number

Timeslot number

Hopping Hopping flag 0:No, 1:Yes

MAIO Mobile allocation index offset (valid if HOPPING_FLAG is true)

HSN Hopping sequence number (valid if HOPPING_FLAG is true)

Frequency Number of frequencies used; 1 byte (range 1 64)




Count

Frequency List List of FREQ_COUNT frequencies

Note: If HOPPING_FLAG is false, the only frequency in this list will be

TCH.

Channel State One of the following

0:DCCH

1:BCCH

2:RACH

3:CCCH

4:SACCH

5:SDCCH

6:FACCH

7:TCH_FS

8:TCH_F96

9:TCH_F144

10:TCH_HS

11:TCH_AFS

12:TCH_AHS

13:RATSCCH_AFS

14:RATSCCH_AHS

15:RATSCCH_MARKER

16:SID_FIRST_AFS

17:SID_UPDATE_AFS

18:SID_FIRST_AHS

19:SID_UPDATE_AHS

20:FACCH_HS

21:FACCH_AFS

22:FACCH_AHS

23:SID_FIRST_INH

24:SID_UPDATE_INH

25:ONSET

Cur DL

Signaling Count

This provides the current value of the radio link timeout counter.

Cur RL Timeout

Count

This provides the current value of the downlink signaling counter

Max RL Timeout

Count

Maximum value of RADIO_LINK_COUNTER_S; range is 4 to 64 with

steps of 4

Chapter 5. WCDMA Layer 3 WCDMA Layer 3

5.1 WQ Cell Information 5.1 WQ Cell Information

Cell Information window shows the Cell related Information that is serving the test phone. Cell Information window shows the Cell related Information that is serving the test phone.

Procedure:

1. To open the window, choose “WQ Cell Information” in the “WCDMA Layer

3” menu.



XCAL User Guide Chapter 5. WCDMA Layer 3

Field Description

UL_Freq(MHz) UTRA UL Absolute RF Channel Number

DL_Freq(MHz) UTRA DL Absolute RF Channel Number

UTRAN Cell Identifier

(UC-ID)

UTRAN Cell Identifier

RNC-ID RNC-ID

Cell Identifier(C-ID) Cell Identifier

URA Identity(SIB2) URA Identity

Cell Access Operator may impose cell restrictions

First Bit

0 : Cell Barred

1 : Cell not Barred

Second Bit

0 : Cell Reserved

1 : Cell not Reserved

Third Bit

0 : Cell Reserved for SolSA

1 : Cell not Reserved for SolSA

Fourth bit

0 : UE camped on a cell

1 : UE not camped on a call

Call Access Allowed Access

0 : All Calls

1 : Emergency Call Only

UL Interference UL Interference ( SIB 7번에서 가져옴)

MIB Master Information Block

SIB System Information Block



5.2 WQ RRC State

RRC States shows the current state of the RRC and protocol error and relevant information.

Procedure:

1. To open the window, choose “WQ RRC State” in the “WCDMA Layer 3”

menu.




5.3 WQ RAB (SF) Information

It is possible to find RAB (Radio Access Bearer) information using the Spreading Factor values, which are used for uplink and downlink.

Procedure:

1. To open the window, choose “WQ RAB(SF) Information” in the “WCDMA

Layer 3” menu.




5.4 System Information Block Parameters

It is possible to find major parameters in System Information Block

Procedure:

1. To open the window, choose “WQ System Information Block Parameters”

in the “WCDMA Layer 3” menu.




5.5 WQ NAS Mobility management

NAS Mobility Management shows UE ID, Mobility State, Registration State and Mobility Characteristics.

Procedure:

1. To open the window, choose “WQ NAS Mobility management” in the

“WCDMA Layer 3” menu.


Field Description

UE Static ID

IMSI The International Mobile Subscriber Identity size

IMEI The International Mobile Station Equipment Identity

IMEI SW Ver International Mobile Station Equipment Identity Software

UE Dynamic ID

TMSI International Mobile Subscriber Identity

PTMSI Packet International Mobile Subscriber Identity

Mobility State

State The mobility management state; possible values are;

0 : NULL

3 : LOCATION UPDATE INITIATED



5 : WAIT FOR OUTGOING MM CONNECTION

6 : CONNECTION ACTIVE

7 : IMSI DETACH INITIATED

9 : WAIT FOR NETWORK COMMAND

10 : LOCATION UPDATE REJECTED

13 : WAIT FOR RR CONNECTION UL

14 : WAIT FOR RR CONNECTION MM

15 : WAIT FOR RR CONNECTION IMSI DETACH

17 : REESTABLISHMENT INITIATED

18 : WAIT FOR RR ACTIVE

19 : IDLE

20 : WAIT FOR ADDITIONAL OUTGOING MM CONNECTION

21 : WAIT FOR RR CONNECTION REESTABLISH

22 : WAIT_FOR_REESTABLISH_DECISION

Values not corresponding to these are INVALID

Sub State The mobility management substate; possible values are:

0 : NULL SUBSTATE

1 : NO IMSI

2 : PLMN SEARCH

3 : LIMITED SERVICE

4 : ATTEMPTING TO UPDATE

5 : LOCATION UPDATE NEEDED

6 : NO CELL AVAILABLE

7 : PLMN SEARCH NORMAL SERVICE

8 : NORMAL SERVICE

Update The mobility management update status; possible values are:

0 : UPDATED

1 : NOT UPDATED

2 : ROAMING NOT ALLOWED

Registration State

State The mobility registration state; possible values are:

0 : NULL

1 : REG UNKNOWN MODE

2 : REG IDLE MANU

3 : REG IDLE AUTO

4 : REG NO NETS MANU

5 : REG NO NETS AUTO

6 : TRYING NET MANU

7 : TRYING NETS AUTO

8 : USER BROWSING NET LIST

9 : REG IDLE MANU

10 : REG IDLE AUTO

11 : WAIT LIST AUTO



12 : WAIT LIST MANU

13 : DEREGISTERING MANU

14 : DEREGISTERING AUTO

15 : REG BLACKLISTED MANU

16 : REG BLACKLISTED AUTO

17 : RETRYING HOME AUTO

18 : TRYING INITIAL NET AUTO

19 : TRYING INITIAL NET MANU

PLMN Selection

Mode

The mobility management selection mode

0 : Unknown

1 : Manual

2 : Automatic

Operation Mode The mobility management operation mode

0 : Class A

1 : Class B

2 : Class C

Management Characteristics

NET Operation mode The network operation mode

0 : Class 1

1 : Class 2

2 : Class 3

Service type The service type; possible values are:

0 : NO_SERVICE

1 : CS_ONLY

2 : PS_ONLY

3 : CS_PS_SERVICE

4 : LIMITED_SERVICE

Selected PLMN ID Selected PLMN ID bit mask

Location Area ID Location area specification

Routing Area ID Routing area identification

NUM of Available

PLMN

Max number of available PLMN ( max 10 )



5.6 WQ NAS CS connection management

NAS CS connection management contains all the relevant information on the current CS call and shows CS call setup management, CS call release information and CS call change information.

Procedure:

1. To open the window, choose “WQ NAS CS connection management” in

the “WCDMA Layer 3” menu.


Call Management

Field Description

CS Call Setup Management

Call ID Circuit call ID; integer from 0–6, 8–14

Steam ID The stream ID: 0 (no bearer) to 255

Call Ctrl State The CC state: U0, U1, U0_1, U3, U4, U6, U7, U8,U9, U10,

U10_DTMF, U11, U12, U19, U26, U27

See 24.008 Section 5.1.2.1 Call states at the mobile station side of

the interface

State of MParty calls State of multiparty calls:

0 : MPTY IDLE



1 : MPTY REQUEST

2 : MPTY CALL IN MPTY

3 : MPTY SPLIT REQUEST

Hold State of the call Hold state of the call:

0 : HOLD IDLE

1 : HOLD REQUEST

2 : HOLD CALL HELD

3 : HOLD RETRIEVE REQUEST

Call Type Call type

0 : Voice Call

1 : Data Call

Call Direction 0 : Mobile-terminated

1 : Mobile-originated

Calling Party BCD Calling party BCD

nonexistent for mobile-originated calls

Called Party BCD Called party BCD

nonexistent for mobile-terminated

CS Call release Information

Call ID Circuit Call ID; integer from 0 to 6

CS Call change Information

Call ID Circuit Call ID; integer from 0 to 6, 8 to 14

State of MParty calls State of multiparty calls

0 : MPTY IDLE

1 : MPTY REQUEST

2 : MPTY CALL IN MPTY

3 : MPTY SPLIT REQUEST

Hold state of the Call State of the Calls

0 : HOLD IDLE

1 : HOLD REQUEST

2 : HOLD CALL HELD

3 : HOLD RETRIEVE REQUEST



Bearer Capability

Field Description

Connection ID Connection ID; integer from 0–6, 8–14

Transfer capability

info

Information transfer capability:

000 : Speech

001 : Unrestricted digital information

010 : 3.1 kHz audio, ex PLMN

011 : Facsimile group 3

101 : Other ITS

111 : Reserved

Structure Structure

00 : Service data unit integrity

11 : Unstructured

10 and 01 Reserved

Duplex mode Duplex mode

0 : Half

1 : Full

Rate adaptation Rate adaptation:

00 : No rate adaptation

01 : V.110, 1.460/X.30

10 : ITU-T X.31

11 : Other

Signal access Sign access protection

001 : 1.440/450

010 : X.21



011, 100 : Reserved

101 : X.28

110 : X.32

111 : Reserved

Synchronous 0 : Synchronous

1 : Asynchronous

Number of data bits Number of data bits

0 : 7bits

1 : 8bits

Number of stop bits Number of stop bits

0 : 1bits

1 : 2bits

User rate(GSM) User rate (for GSM only) in kbits/sec

0001 : 0.3kbits/s

0010 : 1.2kbits/s

0011 : 2.4kbits/s

0100 : 4.8kbits/s

0101 : 9.6kbits/s

0110 : 12.0kbits/s

0111: Reserved

Parity Parity

000 : Odd

010 : Even

011 : None

100 : Forced to 0

101 : Forced to 1

Modem Type Modem type

00000 : None

00001 : V.21 (GSM only)

00010 : V.22 (GSMonly)

00011 : V.22 bis (GSM only)

00100 : Reserved

00101 : V.26 ter (GSM only)

00110 : V.32

00111 : Modem for undefined interface

01000 : Autobanding type 1

All other values reserved

Connection element Connection element

00 :Transparent

01 : Nontransparent (RLP)

10 : Both, transparent preferred;

11 : Both, nontransparent preferred

L2 Protocol User information L2 protocol:



00110 : Recommendation X.25

01000 : ISO 6429 codeset 0

01001 : Reserved

01010 : Videotext profile 1

01100 : COPnoFICT

01101 : X.75


Coding standard Coding standard

0 : GSM standardized coding

1 : Reserved

Transfer mode Transfer mode

0 : Circuit mode

1 : Packet mode

Configuration Configuration

1 : Point to point

1 : Reserved

Establishment Establishment

0 : Demand

1 : Reserved

User info L1 User info L1

0000 : Default L1 protocol


Band Negotiation In band/Out of band negotiation:

0 : In-band using logical link zero

1 : Using USER INFORMATION messages

Intermediate rate Intermediate rate

00 : Reserved

01 : Reserved

10 : 8 bits/sec

11 : 16 kbits/sec

NIC TX NIC on transmit:

0 : Does not require to send data

1 : Requires to send data with NIC

NIC RX Network independent clock (NIC) on receive:

0 : Cannot accept data with NIC

1 : Can accept data with NIC

Other Modem Type Other modem type:

00 : No other modem specified

10 : V.34


Fix NET user rate Fixed network user rate:

00000 : Not applicable to network

00001 : 9.6 kbit/s



00010 : 14.4 kbit/s

00011 : 19.2 kbit/s

00100 : 28.8 kbit/s

00101 : 38.4 kbit/s

00110 : 48.0 kbit/s (for GSM only)

00111 : 56.0 kbit/s

01000 : 64.0 kbit/s

01001 : 33.6 kbit/s (for UMTS only)



Accpt chan coding Acceptable channel coding:

0 : TCH/F4.8 not acceptable

1 : TCH/F4.8 acceptable





Num of traffic ch Maximum number of traffic channels

0 : 1 TCH

1 : 2 TCH

2 : 3 TCH

3 : 4 TCH

4 : 5 TCH

5 : 6 TCH

6 : 7 TCH

7 : 8 TCH

Fall back rate Fullback rate: 0 is default; other values are TBD

Radio channel req Radio channel requirements:

0100 : Full rate support only MS

0101 : Dual rate support MS/half rate preferred

0110 : Dual rate support MS/full rate preferred

0111 : Full rate support only MS/full rate speech version 1

supported.

1000 : Dual rate support MS/half rate speech version 1 preferred,

full rate speech 1 also supported

1001 : MS supports at least full rate speech version 1, but does not

support half rate speech version 1

1010 : MS supports at least full rate speech version 1, and half rate

speech version 1; MS has greater preference for half rate speech

version 1

1011 : MS supports at least full rate speech version 1, and half rate

speech version 1; MS has greater preference for full rate speech

version 1



NIRR(GSM) NIRR

(negotiation of intermediate rate requested— applicable only in

GSM)

0 : No meaning

1 : Data up to and including 4.8 kbits/sec, full rate, nontransparent,

6 kbits/s radio

User init modification User initiated modification:

000 : User-initiated modification not allowed

001 : User-initiated modification up to 1 TCH/F allowed/may be

requested

010 : Modification up to 3 TCH/F allowed/may be requested

00 : Modification up to 4 TCH/F allowed/may be requested

Wanted air interface

rate

Wanted air interface rate:

0000 : Air interface user rate not applicable

0001 : 9.6 kbit/s

0010 : 14.4 kbit/s

0011 : 19.2 kbit/s

0101 : 28.8 kbit/s

0110 : 38.4 kbit/s

0111 : 43.2 kbit/s

1000 : 57.6 kbit/s

1001 : 38.4 kbit/s in this version of the protocol






5.7 WQ NAS PS connection management

NAS PS connection management contains all the relevant information on the current PS call and shows PS call management and NAS Quality of Service information.

Procedure:

1. To open the window, choose “WQ NAS PS connection management” in

the “WCDMA Layer 3” menu.


Field Description

Call Management

Num of Connection

ID

Packet switch call ID for each connection ID

integer 0 to 6

Connection ID Packet switch call ID, integer 0 to 6

NSAPI value NSAPI value for each connection ID

0101 : NSAPI 5

0110 : NSAPI 6

0111 : NSAPI 7

1000 : NSAPI 8

1001 : NSAPI 9



1010 : NSAPI 10

1011 : NSAPI 11

1100 : NSAPI 12

1101 : NSAPI 13

1110 : NSAPI 14

1111 : NSAPI 15

NAS Quality of Service

Connection ID Connection ID, integer 0 to7

Delay class Delay class:

000 : Subscribed delay class

001 : Delay class 1

010 : Delay class 2

011 : Delay class 3

100 : Delay class 4 (best effort)

111 : Reserved

Peak throughpu Peak throughput:

0000 : Subscribed peak throughput

0001 : Up to 1000 octet/s




0101 : Up to 16000 octet/s

0110 : Up to 32000 octet/s

0111 : Up to 64000 octet/s

1000 : Up to 128000 octet/s

1001 : Up to 256000 octet/s

1111 : Reserved

All other values interpreted as up to 1000 octet/s

Precedence class Precedence class:

000 : Subscribed precedence

001 : High priority

010 : Normal priority

011 : Low priority

111 : Reserved

Mean throughput Mean throughput:

00000 : Subscribed mean throughput

00001 : 100 octet/h

00010 : 200 octet/h

00011 : 500 octet/h

00100 : 1000 octet/h

00101 : 2000 octet/h

00110 : 5000 octet/h

00111 : 10000 octet/h



01000 : 20000 octet/h

01001 : 50000 octet/h

01010 : 100000 octet/h

01011 : 200000 octet/h

01100 : 500000 octet/h

01101 : 1 000 000 octet/h

01111 : 5 000 000 octet/h

10000 : 10 000 000 octet/h

10001 : 20 000 000 octet/h

10010 : 50 000 000 octet/h

11110 : Reserved

11111 : Best effort

Traffc class Traffic class:

000 : Subscribed traffic class

001 : Conversation class

010 : Streaming class

011 : Interactive class

100 : Background class

111 : Reserved

Delivery order Delivery order:

00 : Subscribed delivery order

01 : With delivery order (yes)

10 : Without delivery order (no)

11 : Reserved

Maximum SDU size Maximum SDU size:

00000000 : Subscribed maximum SDU size

11111111 : Reserved

For values in the range 00000001 to 10010110,

the MAX_SDU value is binary coded in 8 bits

using a granularity of 10 octets, giving a range of

values from 10 octets to 1500 octets.

10010111 : 1502 octets

10011000 : 1510 octets

10011001 : 1520 octets

Max bit rate UL Maximum bit rate for UL:

00000000 : Subscribed max. bit rate UL

From 00000001 to 00111111, the MAX_BIT_RATE_UL is binary

coded in 8 bits using a granularity of 1 kbps, giving a range of

values from 1 kbps to 63 kbps in 1 kbps

increments.

From 01000000 to 01111111, range of values from 64 kbps to 568

kbps in 8 kbps increments.

From 1000000000 to 11111110, range of values from 576 kbps to



8640 kbps in 64 kbps increments.

11111111 : 0 kbps

Max bit rate DL Maximum bit rate for DL:

00000000 : Subscribed max. bit rate DL From 00000001 to

00111111, the MAX_BIT_RATE_DL is binary coded in 8 bits using

a granularity of 1 kbps, giving a range of

values from 1 kbps to 63 kbps in 1 kbps increments. From

01000000 to 01111111, range of values from 64 kbps to 568 kbps

in 8 kbps increments.



11111111 : 0 kbps

Residual BER Residual BER:

0000 : Subscribed residual Bit error rate (BER)

0001 : 5*10^-2

0010 : 1*10^-2

0011 : 5*10^-3

0100 : 4*10^-3

0101 : 1*10^-3

0110 : 1*10^-4

0111 : 1*10^-5

1000 : 1*10^-6

1001 : 6*10^-8

1111 : Reserved

SDU error ratio SDU error ratio:

0000 : Subscribed SDU error ratio

0001 : 1*10^-2

0010 : 7*10^-3

0011 : 1*10^-3

0100 : 1*10^-4

0101 : 1*10^-5

0110 : 1*10^-6

0111 : 1*10^-1

1111 : Reserved

Traffic Handling

priority

Traffic handling priority:

00 : Subscribed traffic handling priority

01 : Priority level 1



GUAR bit rate UL Maximum bit rate for uplink:

00000000 : Subscribed max. bit rate UL

From 00000001 to 00111111, the MAX_BIT_RATE_UL is binary





increments.





11111111 : 0 kbps

GUAR bit rate DL Maximum bit rate for downlink:

00000000 : Subscribed max. bit rate DL

From 00000001 to 00111111, the MAX_BIT_RATE_DL is binary



increments.



From 1000000000 to 11111110, range of values

from 576 kbps to 8640 kbps in 64 kbps increments.

11111111 : 0 kbps

Reliability class Reliability class:

000 :Subscribed reliability class

001 :Acknowledged GTP, LLC and RLC; protected data

010 :UnACk GTP; ACK LLC and RLC; protected data

011 :UnACK GTP and LLC, ACK RLC; protected data

100 :UnACK GTP, LLC and RLC; protected data

101 :UnACK GTP, LLC and RLC; unprotected data

111 : Reserved

Delivery or Error

SDU

Delivery or erroneous SDU type:

000 :Subscribed delivery of erroneous SDUs

001 :No detect

010 :Erroneous SDU delivered (yes)

011 :Erroneous SDU not delivered (no)

000 : Reserved



5.8 QC GPRS L1 Data Transfer Summary

QC GPRS L1 Data Transfer Summary window displays Layer1 Data Transfer for GPRS System. 1. Select Menu Bar – WCDMA Layer3 – QC GPRS L1 Data Transfer Summary.

Field Description

Time Slot 0, 1, 2, 3, or 4 timeslots

PTCCH TSN DL PTCCH timeslot number , UL PTCCH timeslot number

TS Bitmap Timeslot bitmap used for DL transfer, Timeslot bitmap used for UL

transfer

Frame Number TDMA frame number (0 to 2715647);

Band Frequency band

Alloc Type Transfer allocation type

0:No allocation

1:Fixed allocation

2:Dynamic allocation

3:DL allocation

4:Single block allocation

5:Fixed with DL allocation

6:Dynamic with DL allocation

Timing Advance Current timing advance value

USF Granularity Only applied when in dynamic transfer

0:To transmit one RLC/MAC block

1:To transmit four consecutive RLC/MAC blocks



5.9 QC GPRS L2 Data Transfer Summary

QC GPRS L2 Data Transfer Summary window displays Layer1 Data Transfer for GPRS System. 1. Select Menu Bar – WCDMA Layer3 – QC GPRS L2 Data Transfer Summary.

Field Description

MAC

MAC Mode Top level states

0: NULL

1: IDLE

2: TRANSFER

Null State NULL mode substates

0: NULL_INACTIVE

1: NULL_GPRS_51_ACTIVE

2: NULL_SUSPENDED

3: NULL_SUSPEND_RESEL

4:NULL_UPLINK_TBF_ESTAB

5:NULL_UPLINK_SB_ESTAB

6:NULL_DOWNLINK_SB_ESTAB

7:NULL_UPLINK_TBF_ACCESS

TFI (DL) DL TBF identifier



TFI (UL) UL TBF identifier

RLC Mode (DL) RLC DL transfer mode

0:Acknowledged mode

1:Unacknowledged mode

RLC Mode (UL) RLC UL transfer mode

0:Acknowledged mode

1:Unacknowledged mode

Release Cause

(DL)

TBF release cause

0:Normal release

1:Frequency error with access retry

2:Frequency error partial acquisition of SI

3:Multislot error

4:Starting Time error with access retry

5:Assignment addressing error

6:Assignment data error

7:Different frequency parameters

8:Starting time error without retry

9:DL TBF release command

10:Frequency band not supported

11:Cell reselection

12:For sending PCCF

13:Invalid MAC mode

14:DL release indicator from RLC

15:Abnormal UL release from RLC

16:Failure for L1 to configure

17:Single block abort

18:CSN1 decoding error

19:CS paging

20:Abnormal PS paging

21:GPRS suspension

22:Expired T3184 failure in transfer

23:Expired T3180 during dynamic transfer

24:Expired T3168 failure in two-phase access

25:Unknown error

Failure

Reason(UL)

Failure cause for releasing L1 UL transfer

0:Normal release



1:Frequency error with access retry

2:Frequency error partial acquisition of SI

3:Multislot error

4:Starting time error with access retry

5:Assignment addressing error

6:Assignment data error

7:Different frequency parameters

8:Starting time error without retry

9:Frequency band not supported

10:CSN1 decoding error

11:CS paging

12:Abnormal PS paging

13:No network access

14:GPRS suspension

15:Received access reject

16:Failed contention resolution

17:Packet downlink assign

18:UL release indicator from RLC

19:Abnormal DL release from RLC

20:Cell reselection

21:For sending PCCF

22:Invalid MAC mode

23:Failure for L1 to configure

24:UL TBF release command

25:FAI release indicator

26:Expired T3186 failure to access

27:Expired T3184 failure in transfer

28:Expired T3180 during dynamic transfer

29:Expired T3176 failed PCCF_EST

30:Expired T3174 returning to old cell

31:Expired T3170 failure to access

32:Expired T3168 failure in two-phase access

33:Expired T3164 with access retry

34:Expired T3162 in UL Acknack with access retry

35:N3104 exceed maximum value

36:Unknown error



RLC

TFI(DL) DL TBF identifier

TFI(UL) UL TBF identifier

Coding Scheme

(DL)

GPRS encoding scheme used

Coding Scheme

(UL)

Modulation and coding scheme

GMSK

MEAN_BEP(DL)

MEAN_BEP for 8PSK (value range 0…31)

GMSK

CV_BEP(DL)

CV_BEP for 8PSK (value range 0…7)

8PSK

MEAN_BEP(DL)

MEAN_BEP for GMSK (value range 0…31)

8PSK

CV_BEP(DL)

CV_BEP for GMSK (value range 0…7)

State (DL) RLC(DL) states

0:DS_NULL

1:DS_RX_ACK

2:DS_RX_UNACK

3:DS_RX_ACK_PENDING_RELEASE

4:DS_RX_UANCK_PENDING_RELEASE

State (UL) RLC(UL) states

0:US_NULL

1:US_AWAIT_ASS

2:US_ACK_XFER

3:US_UNACK_XFER

4:US_AWAIT_MAC_IDLE

Throughput (DL) Downlink RLC Throughput

Throughput (UL) Uplink RLC Throughput

LLC

SAPI State State of LLE for SAPI

0:TLLI_UNASSIGNED

1:ADM

2:LOC_ESTABLISH

3:REM_ESTABLISH

4:ABM



5:LOC_RELEASE

LLE State Substate of LLE for SAPI

0:NONE

1:XID_EXCHANGE

2:XID_EXCHANGE

3:L2_ESTABLISH

4:L3_ESTABLISH

SNDCP

NSAPI Address 5 to 15

SAPI Address SAPI address associated with NSAPI

Reliability Class 1:Ack GTP, LLC, and RLC; protected data

2:Unack GTP; AckLLC and RLC, protected data

3:Unack GTP and LLC; Ack RLC, protected data

4:Unack GTP, LLC, and RLC, protected data

5:Unack GTP, LLC, and RLC, unprotected data

Peak

Throughput

Class

1:Up to 1000 octets

2:Up to 2000 octets

3:Up to 4000 octets

4:Up to 8000 octets

5:Up to 16000 octets





Radio priority

class

1:Radio priority class 1 (highest)

2:Radio priority class 2

3:Radio priority class 3

4:Radio priority class 4 (lowest)

SAPI State 0: IDLE

1: EST_PEND

2: ESTABLISHED

3: DISC_PEND

NSAPI State

(DL)

0: NORMAL

1: RECOVERY

NSAPI State

(UL)

0: NORMAL

1: SUSPEND



5.10 QC GSM State Window

QC GSM State Window displays GSM L2 State, GSM RR State. 1. Select Menu Bar – WCDMA Layer3 – QC GSM State Window.

Field Description

L2 state

L2 State L2 state (some states do not exist for different SAPIs)

0:NULL

1:CONNECT_PEND

2:IDLE

3:ESTABLISHMENT_PENDING

4:RELEASE_PENDING

5:LINK_ESTABLISHED

6:TIMER_RECOVERY

7:LINK_SUSPENDED (only for SAPI0)

L2 Event L2 event

0:EV_NO_EVENT

1:EV_CONNECT_RECEIVED

2:EV_ESTABLISH_REQUEST

3:EV_RELEASE_REQUEST

4:EV_SUSPEND_REQUEST

5:EV_RESUME_REQUEST

6:EV_RECONNECT_REQUEST

7:EV_DATA_REQUEST

8:EV_MDL_RELEASE_REQUEST




9:EV_UA_RECEIVED

10:EV_DM_RECEIVED

11:EV_DISC_RECEIVED

12:EV_SABM_RECEIVED

13:EV_I_RECEIVED

14:EV_UI_RECEIVED

15:EV_RR_RECEIVED

16:EV_REJ_RECEIVED

17:EV_T200_TIMEOUT

18:EV_CONTENTION_FAILED

19:EV_ABORT_ESTABLISHMENT

20:EV_LINK_ESTABLISHED

21:EV_RELEASE_CONFIRMED

22:EV_CLEAR_RECOVERY_CONDITION

RR State

RR State RR state

0:RR_INACTIVE

1:RR_GOING_ACTIVE

2:RR_GOING_INACTIVE

3:RR_CELL_SELECTION

4:RR_PLMN_LIST_CONSTRUCTION

5:RR_IDLE

6:RR_CELL_RESELECTION

7:RR_CONNECTION_PENDING

8:RR_CHOOSE_CELL

9:RR_DATA_TRANSFER

10:RR_NO_CHANNELS

11:RR_CONNECTION_RELEASE

12:RR_EARLY_CAMPED_WAIT_FOR_SI

13:RR_W2G_INTERRAT_HANDOVER_PROGRESS

14:RR_W2G_INTERRAT_RESELECTION_PROGRESS

15:RR_WAIT_FOR_EARLY_PSCAN

16:GRR51

17:GRR52

18:RR_G2W_INTERRAT_RESELECTION_PROGRESS

19:RR_G2W_INTERRAT_HANDOVER_PROGRESS

20:RR_CELL_REEST

21:RR_W2G_INTERRAT_CC_ORDER_PROGRESS

RR Sub state Applicable only in dedicated (data transfer) state

0:Voice, 1:Data

qualcomm wcdma features(v3.2)_eng

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