TEMS Presentation Statistics and Route Data

Prepared by: Date: Document:

Ascom Network Testing 2010-12-07 NT11-2497

© Ascom (<2009>) TEMS is a trademark of Ascom. All other trademarks are the property of their respective holders.

No part of this document may be reproduced in any form without the written permission of the copyright holder.

The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Ascom shall have no liability for any error or damage of any kind resulting from the use of this document.

TEMS Presentation Statistics and Route Data

Technical Reference

© Ascom (<2009>) Document:

NT11-2497

Contents

1. Shared Dimensions ..................................................... 1

2. Measure Groups ........................................................ 14

3. UMTS Parameters Shown in the Presentation Route View................................................................ 108

4. CDMA Parameters Shown in the Presentation Route View................................................................ 173

5. Statistics Calculation .............................................. 199

6. References................................................................ 202


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1. Shared Dimensions Dimensions can be used to filter out measures. For example: choosing three areas from the Area dimension will load information for all those three areas. More sophisticated dimensions, such as cause values and types, make it possible to view statistical data for those specific dimensions.

Dimensions marked with a gray background is available in all measure groups.

1.1. ActiveSetMember

The active set member dimension will contain the number for the active set member (1…3). This makes it possible to compare for example ActiveSetRSCP for the first and third member in the active set.

1.2. APN

APN (Access Point Name) is used for filtering measures depending on the access point.

1.3. AppConnFailure

CDMA; This dimension filters the information based on the ApplicationConnection failure cause values.

1.4. Area

This dimension can filter the information based on areas. All measure groups contain the Area dimension. Areas are created from the presentation application and used when calculating the statistics.

1.5. AreaImp

This is an internal dimension only used by the presentation and reporting tools.

1.6. AttachResult

This dimension filters the different PS Attach measurements depending on the AttachResult. For more information about the different Attach events see “TEMS Presentation UMTS Event Description” (NT11-0367). For more information about the different Attach results, see “TEMS Presentation Measurement Database Description” (NT11-2496).

1.7. AttachType

AttachType dimension filters PS Attach measurements on AttachType. For more information on PS Attach, see “TEMS Presentation Database Measurement Description”.


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1.8. BCCH_U_DL_ARFCN

The BCCH_U_DL_ARFCN dimension is available in several measure groups. It filters out data for a specific BCCHARFCN(GSM) or a UARFCN DL for WCDMA. If there is also a BCCH_U_DL_ARFCN_New dimension, BCCH_U_DL_ARFCN stands for the old BCCHARFCN(GSM)/UARFCN DL(WCDMA). This is the case for events like Handover, Location Update, and Routing Area Update.

1.9. BCCH_U_DL_ARFCN_New

The BCCH_U_DL_ARFCN_New dimension filters out the new BCCHARFCN(GSM) or UARFCN DL(WCDMA) for events containing both old and new serving cell data. This dimension filters out data for a specific BCCHARFCN. This is the case for events like Handover, Location Update and Routing Area Update.

1.10. BestServer

The BestServer dimension is used to filtering GSM Scanning information to find the best server in each area. For more information on how to work with scanning information, see “TEMS Presentation User’s Manual”.

1.11. BestServer_W

The BestServer dimensions are used to filtering WCDMA Scanning information to find the best server in each area. For more information on how to work with scanning information, see “TEMS Presentation User’s Manual”.

1.12. BestServerSC

The BestServer dimensions are used to filtering WCDMA Scanning information to find the best server in each area. For more information on how to work with scanning information, see “TEMS Presentation User’s Manual”.

1.13. BSIC

The BSIC dimension is available in several measure groups. It filters out data for a specific BSIC. If there is also a BSIC_New dimension, BSIC stands for the old BSIC. This is the case for events like Handover, Location Update, Vocoder Change, and Routing Area Update.

1.14. BSIC_New

The BSIC_New dimension filters out the new BSIC for events containing both old and new serving cell data. This dimension filters out data for a specific BSIC. This is the case for events like Handover, Location Update, Vocoder Change, and Routing Area Update.


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1.15. CallTermination

This dimension is only available in the Call Statistics measure group only used by external applications, like MS Excel. This dimension is not used by the Presentation application. CallTermination is used for distinguishing between successful, blocked, and dropped calls.

1.16. Carriers

The Carriers dimension make it possible to filter on number of carriers used for a test

1.17. Cell

CDMA;This dimension is available for all CDMA measure groups. It has two levels (Site, Cell). This dimension is loaded with data from current imported site files at the Measurement database. The accuracy of site files is very important if users want to use this dimension seriously.

1.18. CellIndicator

This dimension is for filtering on broadcasted cell indicator.

1.19. CGI

The CGI dimension is available in several measure groups. It filters out data for a specific Serving Operator (MCC and MNC), Location Area Code and Cell ID. If there is also a CGI_New dimension, CGI stands for the old CGI. This is the case for events like Handover, Location Update, Vocoder Change, and Routing Area Update. The CGI dimension will differ from the SIMOperator dimension if the MTU (MS) is using roaming.

1.20. CGI_New

The CGI_New dimension filters out the new CGI for events containing both old and new serving cell data. This dimension filters out data for a specific Serving Operator (MCC and MNC), Location Area Code, and Cell ID. This is the case for events like Handover, Location Update, Vocoder Change and Routing Area Update. The CGI_New dimension will differ with the SIMOperator dimension if the MTU (MS) is using roaming.

1.21. Channel

Enables filtering on current channel in a handover.

1.22. ChMode

The ChMode and ChType dimensions can filter on a specific type of channel and vocoder.


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1.23. ChType

The ChMode and ChType dimensions can filter on a specific type of channel and vocoder.

1.24. ClipLength

The clip length dimension enables filtering of the streaming information based on the length of the video clip.

1.25. Codec

This dimension is used for filtering on the codec used during the streaming session.

1.26. CompressedMode

This dimension is used for filtering on compressed mode sessions.

1.27. DataBearer

CDMA; This dimension is used when filtering information based on data bearer (IS-99, 1xRTT, 1xEVDO).

1.28. DataConnectionType

The DataConnectionType dimension is used for filtering depending on DataConnection used during collection of the data

1.29. DataModeDL

This dimension is used to distinguish between GPRS, EGPRS, WCDMA and HSPA measurements.

1.30. DataModeUL

This dimension is used to distinguish between GPRS, EGPRS, WCDMA and HSPA measurements.

1.31. DatasourceID

Filtering on the diffent datasources contributing with data to the statistics.

1.32. DatasourceIDK

TEMS Presentation uses this dimension to identify the contributing routes/logfiles. Each parcel will have a number of datasources connected to it. Via the datasource ID the logfiles contributing to that specific parcel can be located.


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1.33. DatasourceIDM

The presentation tool uses this dimension to identify the contributing routes/logfiles. Each parcel will have a number of datasources connected to it. Via the datasource ID the logfiles contributing to that specific parcel can be located.

1.34. DatasourceIDR

The presentation tool uses this dimension to identify the contributing routes/logfiles. Each parcel will have a number of datasources connected to it. Via the datasource ID the logfiles contributing to that specific parcel can be located.

1.35. DataTestNode

This dimension is used for filtering out packet switched measurements based on what data test node (URL) that is used.

1.36. DetachType

This dimension can filter measurements in the PSDetach measure group. For more information on the type, see “TEMS Database Measurement Description”. See “TEMS Presentation UMTS Event Description” for more information on the event.

1.37. Device

The device dimension is used for filtering the data depending on devices used collecting the data.

1.38. Diagnostic

The diagnostic dimension is used for filtering between the different kinds of diagnostics. This depends on processing of the diagnostic tool.

1.39. DiagnosticSeverity

The diagnostic severity dimension is for filtering of the severity levels for diagnostics. E.g. Informal, Warning, Critical.

1.40. Direction

The direction dimension is used when filtering uplink or downlink values, for example in the PESQ measure group.

1.41. ECIOFilter

This CDMA dimension is only available in the measure group [CDMA_ActiveSet]. This dimension is used to determine the dominant PN.


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1.42. EDCH Category

Filtering on different EDCH categories (CDMA).

1.43. FailureCause

Dimension for the Radio Link change measure group to filter failure causes.

1.44. FPC_Mode

The CDMA FPC_Mode dimension is used to filter on a value of Forward Power Control Mode.

1.45. FPC_PriChan

The CDMA FPC_PriChan dimension is used to filter on a value of Primary inner power control subchannel.

1.46. FrameRate

This dimension is used when filtering streaming data results for different frame rates used for streaming video.

1.47. FTPDirection

N/A, for UMTS use Direction dimension instead.

1.48. GMMCause

Several of the measure groups containing packet switched information have the GMMCause dimension. This dimension is used for filtering for example RACUpdateFailures on a certain cause to find out what is causing the most failures. For more information about the different cause values for GMMCause, please See table tLookUpUMTSGMMCause in “TEMS Presentation Measurement Database Description”

1.49. HandoverType

The HandoverType dimension is useful when filtering measurements in the Handover measure group – for example to determine if the Interband handover ratio is high. See “TEMS Presentation UMTS Event Description” for more information on the Handover event see “TEMS Presentation Measurement Database Description” on the Handover type.

1.50. Hopping

The hopping dimension makes it possible to compare measured values (for example C/I) and see if they differ when hopping is used and when it is not used.


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1.51. HSPA_SC

Enables filtering on scrambling code.

1.52. HSPA_SC_New

Enables filtering on new scrambling code.

1.53. IMSI

This is the IMSI number of the MTU sending SMSes. Combined with the IMEI dimension it uniquely identifies data from the sending MTU.

1.54. LocationUpdateType

The LocationUpdateType dimension is useful when filtering measurements in the LocationUpdate measure group. For more information on the LocationUpdate event, see “TEMS Presentation UMTS Event Description”.

1.55. Lockstate

Enables filtering on diffent combinations of band/RAT lock.

1.56. LogfileType

This dimension distinguishes between logfiles. When working with statistics sometimes it is important to only view data that originates from one or another or a combination of all tools.

1.57. MeasurementType

This dimension should be used for looking at statistical data for only one measurement type. Mobile originated, mobile terminated, and data calls are examples on different measurement types. In the CallSetupTime measure group, for example, it can be useful to distinguish between mobile originated and mobile terminated measurements.

1.58. MIMO

This dimension is used for filtering on possible used MIMO mode

1.59. Mode

This dimension is used to filter values on dedicated, idle, or improved idle mode.

1.60. MTU

Enables filtering on specific MTUs.


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1.61. MTUGroup

The MTUGroup dimension works like the MTU dimension, but here an entire MTUGroup is considered.

1.62. NeighborType

The neighbor type dimension is used when distinguishing between the measured values for Monitored and Detected neighbors.

1.63. NetworkID

CDMA; The NetworkID dimension is used to filter data based on its network ID.

1.64. NodeSize

The NodeSize dimension makes it possible to compare data transfer measurements depending on the size of the file transferred.

1.65. Operator

The operator dimension makes it possible to filter the data in a multi technology measure group for the different operators.

1.66. Parcel

The parcel dimension is used in the presentation map for making the grid. The parcel is a geographical area of for example 50x50 meters; the grid is then colored depending on the value chosen. Red squares means bad performance while green values indicates that everything is OK.

1.67. Payload

Filtering on diffent payloads.

1.68. PhoneState

CDMA; The PhoneState dimension is used to filter data based on the PhoneState (Initialization, Idle, Access, Traffic).

1.69. PingProtocol

This dimension makes it possible to filter on the used ping protocol.

1.70. PN

CDMA;The PN dimension lists the reported values for PNOffSet.


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1.71. PRLVersion

CDMA; This dimension tells the PRLVersion of the roaming reports.

1.72. RAB

Enables filtering on radio access bearer for wcdma.

1.73. RACUpdateResult

This dimension makes it possible to view the measurements depending on successful or failed RoutingAreaUpdates.

1.74. RACUpdateType

This dimension can be used when filtering completion time for a specific RACUpdate type, for example Periodic RACUpdate.

1.75. RadioAccessTechnology

In UMTS measure groups the RadioAccessTechnology dimension is used to separate WCDMA from GSM/GPRS measurements.

1.76. RadioCapability

This dimension is used to filter on device capabilities.

1.77. RadioLinkChangeType

This dimension is used to filter out specific types of radio link change events. There are three levels in the dimension. ChType (A_DCH, DSH, HS-DSCH), EventType (Add, Removal, ReplaceMent) and ReportingEvent(e1a-e1i).

1.78. RadioLinkHandoverType

This dimension enables filtering on the type of handover.

1.79. RASConnFailure

CDMA; This dimension identifies the result of RAS Connection. (Success, RAS call failed, TCP/IP connection failed, RAS Hangup).

1.80. Receiving_IMEI

Enables filtering on receiving IMEI.


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1.81. ReceivingDatamodeDL

Enables filtering on datamode for the receiving downlink.

1.82. ReceivingDatamodeUL

Enables filtering on datamode for the receiving uplink.

1.83. RFChannel

N/A The RFChannel dimension lists the reported values for frequency channels.

1.84. RFMode

CDMA; The RFMode dimension is used to classify measurements in Analog, CDMA and PCS.

1.85. RLCNoofEntities

This dimension enables filtering of WCDMA RLC throughput for each RLC Entity.

1.86. Roaming

CDMA; This dimension is applied to CDMA_Roaming measure group. (Members such as Yes, No, Unknown).

1.87. RoutingAreaCode

The RoutingAreaCode and RoutingAreaCode_New dimensions, filters measurements depending on which RAC was in use before the Routing Area Update and what new RAC was assigned after the RoutingAreaUpdate. This is useful for showing problems with routing area updates between two specific routing areas. For more information about the RoutingAreaUpdate event, see “TEMS Presentation UMTS Event Description”

1.88. RoutingAreaCode_New

The RoutingAreaCode and RoutingAreaCode_New dimensions filters measurements depending on which RAC was in use before the Routing Area Update and what new RAC was assigned after the RoutingAreaUpdate. This is useful for showing problems with routing area updates between two specific routing areas. For more information about the RoutingAreaUpdate event, see “TEMS Presentation UMTS Event Description”

1.89. RRCState

This dimension is used for filtering information on the different Radio Resource Control States. Members in this dimension are: No Service, Idle mode, Connected Cell FACH, Connected Cell DCH, Connected Cell PCH, Connected Cell URA PCH.


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1.90. SAT

CDMA; The SAT dimension is for SAT of analog mode. Used in CDMA Analog measure group only.

1.91. SC

This SC (Scrambling Code) dimension is found in UMTS and WCDMA measure groups to filter data based on SCs.

1.92. SC_New

This SC_New (Scrambling Code) dimension is found in UMTS and WCDMA measure groups to filter data based on the scrambling code thit it has be switched to in an for example radio link change.

1.93. SCANNED_ARFCN

This dimension is only available in the Scan data measure group and the members in this dimension are all scanned ARFCNs. This can be used to filter out the average signal strength for one of the ARFCN:s scanned.

1.94. Service

Some packet switched measurements can be filtered by service. A service is defined by either HTTP or FTP. FTP can be both put (UL) and get (DL). This dimension is mainly used when evaluating KPI measurements, making it possible to compare them depending on the different services tested.

1.95. SIMOperator

The SIMOperator dimension is used for looking at data collected from the operator of the specific SIM card in the MTU. This can be compared to CGI, where the current operator is considered. For example CGI and SIMOperator can differ for national roaming.

1.96. SINRFilter

CDMA; This dimension is used for the measure group EVDO_ServingSINR to filter out data below a certain threshold.

1.97. SMCause

This dimension is used in for example the PDPContext measure groups. The SMCause dimension makes it possible to filter failed PDPContext measurements to find out the cause. For more information about SMCause and the actual cause values, see “TEMS Presentation Measurement Database Description”.


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1.98. SMSFailureCause

This dimension is used for filtering SMS data depending on the failure cause.

1.99. SpreadingFactor_DL

The spreading factor on downlink will affect the throughput, therefore it is important to have the ability to filter the throughput data by SpreadingFactor while analyzing.

1.100. SpreadingFactor_UL

The spreading factor on uplink will affect the throughput, therefore it is important to have the ability to filter the throughput data by SpreadingFactor while analyzing.

1.101. StepSize

CDMA;This dimension is used to filter out data based on “Closed loop step size in dB” (1.0dB, 0.5dB, 0.25dB).

1.102. StreamingFailureCause

This dimension is used for filtering streaming data depending on the failure cause.

1.103. StreamingFailureCauseState

This dimension is used for filtering state of a failure cause in streaming.

1.104. StreamingType

This dimension is used for filtering streaming type either on-demand or live streaming.

1.105. SubChanGain

CDMA;This dimension is used to filter data based on “Subchannel gain in 0.25dB units”

1.106. SystemID

The SystemID dimension lists the reported values of Call System ID.

1.107. TCPSettings

The TCPSettings dimension is used for filtering depending on TCPSettings used during collection of the data

1.108. Technology

This dimension enables comparisons between the different technologies in a multi technology measure group.


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1.109. Termination

This dimension filters the measure groups for Handover and Location update (success or failure).

1.110. TimeByDay

The time dimensions are available for most of the measure groups. These dimensions make it possible to filter data from specific months, weeks, days, or hours. The TimeByRelativeDate enables filtering on last 7 days, last month etc.

1.111. TimeByHour


1.112. TimeByMonth


1.113. TimeByRelativeDate


1.114. TimeByWeek


1.115. TransferFailureCause

This dimension is only available in the measure group for Data transfer. The dimension is used for filtering data transfer failures depending on certain failure causes like network initiated PDP Context deactivations.

1.116. TransportChannel

This dimension is only available in the WCDMA Transport channel measure group and enables filtering of throughput for the different transport channels used on the downlink.

1.117. TransportChannelType

This dimension is only available in the WCDMA Transport channel measure group and enables filtering of throughput for the different types of transport channels.


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1.118. WAPProtocol

This dimension filter WAP protocol version.

1.119. VoCoder

This dimension filters data (for example signal strength) for a specific voice coder. The available voice coders are enhanced full rate, full rate, and half rate. Some data, for example PESQ values, differ depending on the used vocoder.

1.120. VoiceCoder

CDMA;This dimension filters data (for example signal strength) for a specific voice coder. The available voice coders are enhanced full rate, full rate, and half rate. Some data, for example PESQ values, differ depending on the used vocoder.

1.121. VSQIType

Filtering on VSQI measure type.

2. Measure Groups TEMS Presentation utilizes OLAP/Data Warehouse technologies, which makes analyzing huge amounts of data fast, flexible, and easy. For this purpose a number of Measure Groups is defined.

2.1. GSM_RxLevel

Received signal strength in idle, improved idle, and dedicated mode. Only the sub values are included in dedicated mode. To distinguish between the modes, use the Mode dimension to filter the information.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI ChMode ChType DatasourceIDK DatasourceIDM DatasourceIDR Device Hopping Lockstate LogfileType MeasurementType Mode MTU MTUGroup Parcel


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RadioAccessTechnology RadioCapability ServiceMode SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

RxLev_Sample_COUNT

The number of measured values.

RxLevel_AVG

The average RxLevel value.

RxLevel_GroupN

The number of measured RxLevel values within group N, where N is the number of the group

RxLevel_max

Maximum value of RxLevel values.

RxLevel_min

Minimum value of RxLevel values.

TA_AVG

The average TA value.

TA_GroupN

The number of measured TA values within group N, where N is the number of the group

TA_max

Max value of TA values

TA_min

Min value of TA values

2.2. GSM_RxQuality

Received signal quality in idle, improved idle, and dedicated mode. Only the sub values are included in dedicated mode. To distinguish between the modes, use the Mode dimension to filter the information.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI ChMode ChType DatasourceIDK


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DatasourceIDM DatasourceIDR Device Hopping Lockstate LogfileType MeasurementType Mode MTU MTUGroup Parcel RadioAccessTechnology RadioCapability ServiceMode SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder Measures

RxQuality_AVG

The average RxQuality value.

RxQuality_GroupN

The number of measured RxQuality values within group N, where N is the number of the group

RxQuality_max

The maximum RxQuality value measured.

RxQuality_min

The minimum RxQuality value measured.

RXQuality_Sample_COUNT


2.3. GSM_FER

FER (Frame Erasure Rate) states the number of frame errors as a % of all frames sent. The FER Sub values are used since they are valid regardless of the DTX usage.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI ChMode ChType DatasourceIDK DatasourceIDM DatasourceIDR


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Device Hopping Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder Measures

FER_AVG

The average FER value.

FER_GroupN

The number of measured FER values within group N, where N is the number of the group

FER_Sample_COUNT


FER_sum

The summarized value of FER.

2.4. UMTS_SQI

Speech Quality Index. See document “Speech Quality Measure with – SQI”” for more information.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI ChMode ChType DatasourceIDK DatasourceIDM DatasourceIDR Device Hopping Lockstate LogfileType MeasurementType MTU MTUGroup Parcel


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RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder VoiceNode Measures

SQI_AVG

The average SQI value.

SQI_GroupN

The number of measured SQI values within group N, where N is the number of the group

SQI_max

The maximum SQI value measured.

SQI_min

The minimum SQI value measured.

SQI_MOS_AVG

The average SQI_MOS value.

SQI_MOS_GroupN

The number of measured SQI_MOS values within group N, where N is the number of the group

SQI_MOS_max

The maximum SQI_MOS value measured.

SQI_MOS_min

The minimum SQI_MOS value measured.

SQI_Sample_Count

The total number of measured values.

2.5. GSM_DTXDL

Discontinuous transmission rate on the downlink (how many percent of the previous SACCH frame that was not sent from the base station).

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM


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DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder Measures

DTXDL_AVG

The average DTXDL value.

DTXDL_Sample_Count

The total number of measured values.

DTXDL_sum

The summarized value of DTXDL.

2.6. GSM_RadioLinkPct

The radio link counter (in %); when it reaches 0, the call is dropped.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI ChMode ChType DatasourceIDK DatasourceIDM DatasourceIDR Device Hopping LogfileType MeasurementType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

RadioLink_AVG


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The average RadioLink value.

RadioLinkPct_max

The maximum “RadioLink percentage” value measured.

RadioLinkPct_min

The minimum “RadioLink percentage” value measured.

RadioLinkPct_Sample_COUNT


2.7. GSM_TxPower

Transmission signal strength. Transmission with high TxPower will reduce the talk time for an MS user.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI ChMode ChType DatasourceIDK DatasourceIDM DatasourceIDR Device Hopping Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder Measures

GSM_TxPower_AVG

The average GSM_TxPower value.

GSM_TxPower_Sample_COUNT


GSM_TxPower_sum

The summarized value of TxPower.

TxPower_GroupN


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The number of measured TxPower values within group N, where N is the number of the group

TxPower_MAX

The maximum TxPower value measured.

TxPower_MIN

The minimum TxPower value measured.

2.8. UMTS_Handover

Transmission is handed over from one (serving) cell to another, from one band to another, or within the cell. Both old and new serving cell parameters are stored. See document “TEMS Presentation UMTS Event Description” for more information on events.

Dimensions Area BCCH_U_DL_ARFCN BCCH_U_DL_ARFCN_New BSIC BSIC_New CGI CGI_New DatasourceIDK DatasourceIDM DatasourceIDR Device HandoverType LogfileType MeasurementType MTU MTUGroup Parcel SIMOperator Termination TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

Handover

The number of successful handovers.

Handover_CompletionTime_AVG

The average Handover_CompletionTime value.

Handover_CompletionTime_max

The maximum CompletionTime value measured.

Handover_FailureRate

Handover failure rate.


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Handover_Sample_COUNT


Handover_SuccessRate

Handover success rate.

HandoverFailure

The number of failed handovers.

2.9. UMTS_LocationUpdate

This measure group contains the Location Update event. The event is triggered when the TU moves from one location area to another (there are also periodical updates).

Dimensions Area BCCH_U_DL_ARFCN BCCH_U_DL_ARFCN_New BSIC BSIC_New CGI CGI_New DatasourceIDK DatasourceIDM DatasourceIDR Device LocationUpdateType LogfileType MeasurementType MTU MTUGroup Parcel SIMOperator Termination TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

LocationUpdate

The number of successful location updates.

LocationUpdate_CompletionTime_AVG

The average LocationUpdate_CompletionTime value.

LocationUpdate_CompletionTime_max


LocationUpdate_FailureRate

The number of location update failures.

LocationUpdate_Sample_COUNT


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LocationUpdate_SuccessRate

The success percentage compared to the total of location updates.

LocationUpdateFailure

The number of location update failures.

2.10. UMTS_CallStatistics

This is not used by the Presentation application, but can be viewed from MS Excel or similar tools.

Dimensions Area CallTermination CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

BlockCall

The number of calls that have been blocked.

BlockCallPct

The percentage of blocked calls. (Blocked calls/call attempts)

CallDuration

The average duration of calls in seconds.

CallDuration_max

The maximum CallDuration value.

CallDuration_min

The minimum CallDuration value.

CallSetupTime

The average call setup time


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CallSetupTime_max

The maximum CallSetupTime value.

CallSetupTime_min

The minimum CallSetupTime value.

CallStatistics_CallSetupSuccessPct

The percentage of successful call setup.

CallStatisticsHandoverFailure

The summarized value of HandoverFailure.

DropCall

The number of dropped calls.

DropCallPct

The percentage of dropped calls. (Dropped calls/ successful call setups).

HandoverSuccess

The summarized value of HandoverSuccess.

NormalCall

The number of calls that terminated normally (all calls – block calls – drop calls).

NormalCallPct

The percentage of normal calls. (Normal calls / call attempts)

SilentCall

The number of calls detected as silent. No PESQ values detected.

SilentCallPct

The percentage of silent calls. (Silent calls/successful call setups).

TotalCalls

The total number of call attempts. (Normal + block + drop).

2.11. UMTS_LimitedService

Emergency calls only. This measure group is based on the Limited Service filemark generated by the MTU when the MS is in limited service. No information about the operator the MS is camping on is provided; only information about the operator the MS wants to camp on is provided.

Dimensions Area CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup


1551-AOM 901 39/1 Uen 25(201)

Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

LimitedService_Sample_COUNT


LimitedService_Sample_COUNTinternal

The number of Sample values.

LimitedService_Service_Parcel

The number of parcels with limited service.

2.12. UMTS_NoNet

This measure group is based on the No Service filemarks generated by the MTU when the MS is in No Service. Information about the operator the MS wants to camp on is provided.

Dimensions Area CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

NoNet_Sample_COUNT


NoNet_Sample_COUNTinternal

The number of Sample values.

NoNet_Service_Parcel


1551-AOM 901 39/1 Uen 26(201)

2.13. GSM_CI

C/I is the carrier over interference ratio. For more information about how to use C/I, see documents “Measuring the C/I in idle mode” (EPL/T/TN-00:052) and “The Importance of C/I in Network Optimization“ (LZT 108 4441).

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI Channel ChMode ChType DatasourceIDK DatasourceIDM DatasourceIDR Device Hopping Lockstate LogfileType MeasurementType Mode MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder Measures

CI_AVG

The average CI value.

CI_GroupN

The number of measured CI values within group N, where N is the number of the group

CI_max

The maximum C/I value measured.

CI_min

The minimum C/I value measured.

CI_Sample_COUNT



1551-AOM 901 39/1 Uen 27(201)

2.14. UMTS_CallSetupTime

Call setup time is measured in two ways: 1. Call setup time (the time from the last channel request to the alerting message). 2. Total completion time (for mobile originated calls the time from the first channel request to alerting, and for mobile terminated calls the time from the last digit in the phone number pressed by the call generator to the time when the call generator receives the alerting tone). The maximum allowed call completion time is 25 seconds for KPI calls and 30 seconds for non-KPI calls. When the total completion time exceeds 25 seconds in a KPI call it will be considered as a failed call with the cause timeout. When the total completion time exceeds 30 seconds in a non-KPI call it will be disregarded in the statistics.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device KPI Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoiceNode Measures

CallSetup_Sample_COUNT


CallSetupTime_AVG

The average CallSetupTime value.

CallSetupTime_GroupN

The number of measured CallSetupTime values within group N, where N is the number of the group

CallSetupTime_STDEV

The standard deviation of measured CallSetupTime values.

MTCallSetupTime_GroupN


1551-AOM 901 39/1 Uen 28(201)

The number of measured MTCallSetupTime values within group N, where N is the number of the group

TotalCompletionTime_AVG

The average TotalCompletionTime value.

TotalCompletionTime_max

The maximum TotalCompletionTime value.

TotalCompletionTime_min

The minimum TotalCompletionTime value.

TotalCompletionTime_STDEV

The standard deviation of measured TotalCompletionTime values.

UMTS_CallSetupTime_max

The maximum CallSetupTime value measured.

UMTS_CallSetupTime_min

The minimum CallSetupTime value measured.

VoiceClipFailureRatio

The procentage value of failed phone number identification.

2.15. UMTS_Echo

Echo is measured on the PSQM/PESQ uplink sentences. If no echo is detected, attenuation is 100, and the delay time is 0. See document “AQM in TEMS Automatic” (2/198 17-AOMR 305 002) or “AQM measurements – PESQ” (40/198 17 –AOMR 305 001) for more information.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder


1551-AOM 901 39/1 Uen 29(201)

VoiceNode Measures

Echo_Sample_COUNT


EchoAttenuation_AVG

The average EchoAttenuation value.

EchoAttenuation_min

The minimum EchoAttenuation value measured.

EchoAttenuation_STDEV

The standard deviation of measured EchoAttenuation values.

EchoDelay_AVG

The average EchoDelay value.

EchoDelay_max

The maximum EchoDelay value measured.

EchoDelay_STDEV

The standard deviation of measured EchoDelay values.

2.16. UMTS_Volume

Volume is measured on downlink when PSQM/PESQ measurements are performed. See document “AQM in TEMS Products (including PESQ)” for more information.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder VoiceNode


1551-AOM 901 39/1 Uen 30(201)

Measures

Volume_AVG

The average Volume value.

Volume_GroupN

The number of measured Volume values within group N, where N is the number of the group

Volume_max

The maximum Volume value measured.

Volume_min

The minimum Volume value measured.

Volume_Sample_COUNT


Volume_STDEV

The standard deviation of measured Volume values.

2.17. UMTS_BlockCall

The blocked call measure group shows information on the block rate. All call attempts are included. For more information how the Blocked call event is created, see document “TEMS Presentation UMTS Event Description”.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device KPI Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoiceNode Measures


1551-AOM 901 39/1 Uen 31(201)

AbnormalRRCConnectionRelease

The summarized value of AbnormalRRCConnectionRelease.

AbnormalRRCConnectionReleasePct

The percentage of blocked calls of type “Abnormal RRC Connection Release”.

AllBlocks

The summarized value of BlockCall.

AllBlocksPct

The percentage of all blocked calls (of all call attempts).

BlockCall_Sample_COUNT


CallAttempts

The summarized value of CallAttempts.

CallSetupSuccessPct

The percentage of successful call setup. ((CallAttempts - NoNetwork - NoImmediateAssignment - NoTrafficChannelAssignment-TrafficChannelAssignmentFailure)/ (CallAttempts - NoNetwork))* 100.

FacilityNotImplemented

The summarized value of FacilityNotImplemented.

FacilityNotImplementedPct

The percentage of blocked calls of type “Facility not implemented”.

KPITimeOut

The summarized value of KPITimeOut.

KPITimeOutPct

The percentage of blocked calls due to the time out setting for KPI:s. Only applicable when filtering on the KPI dimension.

LocationUpdateBlock

The summarized value of LocationUpdateBlock.

LocationUpdateBlockPct

The percentage of blocked calls of the type “Location Update Block” (of all call attempts).

MTBlockCall

The summarized value of MTBlockCall.

MTBlockCallPct

The percentage of blocked calls of the type “MT Block Call” (of all call attempts).

MTTimeOut

The summarized value of MTTimeOut.

MTTimeOutPct

The percentage of blocked calls of the type “MT Time Out” (of all call attempts).


1551-AOM 901 39/1 Uen 32(201)

N300T300Expiry

The summarized value of N300T300Expiry.

N300T300ExpiryPct

The percentage of blocked calls of the type “N300T300 Expiry” (of all call attempts).

NoAlerting

The summarized value of NoAlerting.

NoAlertingPct

The percentage of blocked calls of the type “No Alerting” (of all call attempts).

NoConnectAcknowledge

The summarized value of NoConnectAcknowledge.

NoConnectAcknowledgePct

The percentage of blocked calls of the type “No Connect Acknowledge” (of all call attempts).

NoImmediateAssignment

The summarized value of NoImmediateAssignment.

NoImmediateAssignmentPct

The percentage of blocked calls of the type “No Immediate Assignment” (of all call attempts).

NoNetwork

The summarized value of NoNetwork.

NoNetworkPct

The percentage of blocked calls of the type “No Network” (of all call attempts).

NoPaging

The summarized value of NoPaging.

NoPagingPct

The percentage of blocked calls of the type “No Paging” (of all call attempts).

NoRadioBearerSetupComplete

The summarized value of NoRadioBearerSetupComplete.

NoRadioBearerSetupCompletePct

The percentage of blocked calls of type “No Radio Bearer Setup Compete”.

NoRRCConnectionSetup

The summarized value of NoRRCSetup.

NoRRCConnectionSetupComplete

The summarized value of NoRRCSetupComplete.

NoRRCConnectionSetupCompletePct

The percentage of blocked calls of the type “NoRRCConnectionSetupComplete” (of all call attempts).

NoRRCConnectionSetupPct


1551-AOM 901 39/1 Uen 33(201)

The percentage of blocked calls of the type “NoRRCConnectionSetup” (of all call attempts).

NoTrafficChannelAssignment

The summarized value of NoTrafficChannelAssignment.

NoTrafficChannelAssignmentPct

The percentage of blocked calls of the type “No Traffic Channel Assignment” (of all call attempts).

RRCConnectionReject

The summarized value of RRCCReject.

RRCConnectionRejectPct

The percentage of blocked calls of the type “RRCConnectionReject” (of all call attempts).

ServiceRequestReject

The summarized value of ServiceRequestReject.

ServiceRequestRejectPct

The percentage of blocked calls of the type “ServiceRequestRejected” (of all call attempts).

T303ExpiryNoMMConn

The summarized value of T303ExpiryNoMMConn.

T303ExpiryNoMMConnPct

The percentage of blocked calls of type “T-303 expiry, no MM connection”.

TrafficChannelAssignmentFailure

The summarized value of TrafficChannelAssignmentFailure.

TrafficChannelAssignmentFailurePct

The percentage of blocked calls of the type “Traffic Channel Assignment Failure” (of all call attempts).

Unknown

The summarized value of Unknown.

UnknownPct

The percentage of blocked calls of the type “Unknown” (of all call attempts).

2.18. UMTS_DropCall

The percentage of all dropped calls compared to all calls except blocked calls in the current parcel and the number of drops per minute of conversation in the current parcel. See document “TEMS Presentation UMTS Event Description” for more information on events.

Dimensions Area BCCH_U_DL_ARFCN BSIC


1551-AOM 901 39/1 Uen 34(201)

CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Hopping KPI Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoiceNode Measures

Abnormal2Idle

The summarized value of Abnormal2Idle.

Abnormal2IdlePct

The percentage “Abnormal2Idle” drops compared to all calls except block calls in the current parcel.

AbnormalNetwork

The summarized value of AbnormalNetwork.

AbnormalNetworkPct

The percentage “AbnormalNetwork” drops compared to all calls except block calls in the current parcel.

CallsPassingParcel

The summarized value of Calls.

CallTermination

The total number of terminated calls (normal calls or dropped calls).

DerivedCalls

Used internally for the presentation application depending on querying area or parcel.

DeviceDependent

The summarized value of DeviceDependent.

DL_Coverage

The summarized value of DL_Coverage.

DL_CoveragePct


1551-AOM 901 39/1 Uen 35(201)

The percentage “DL_Coverage” drops compared to all calls except block calls in the current parcel.

DL_Quality

The summarized value of DL_Quality.

DL_QualityPct

The percentage “DL_Quality” drops compared to all calls except block calls in the current parcel.

DropCall_Sample_COUNT


DropCalls

The summarized value of DropCalls.

DropPerCallPassingPrMin

The number of drops per minute conversation in the current parcel.

DropPerCallTerminationPct

The percentage of dropped calls based on the total calls terminated. Used outside the presentation tool.

DropPerDerivedCallsPct

Used internally for the presentation application depending on querying area or parcel.

Duration_AVG

The average Duration value.

Duration_max

The maximum Duration value.

Duration_min

The minimum Duration value.

MRUDrop

The summarized value of MRUDrop.

MRUDropPct

The percentage “MRU” drops compared to all calls except block calls in the current parcel.

NoService

The summarized value of NoService.

NoServicePct

The percentage “No Service” drops compared to all calls except block calls in the current parcel.

RRCConnectionAbnormalRelease

The summarized value of RRCConnectionAbnormalRelease.

RRCConnectionAbnormalReleasePct

The percentage “RRC Connection Abnormal Release” drops compared to all calls except block calls in the current parcel.


1551-AOM 901 39/1 Uen 36(201)

TA

The summarized value of TA.

TAPct

The percentage “TA” drops compared to all calls except block calls in the current parcel.

Technical_Drop

The summarized value of Technical_Drop.

Technical_DropPct

The percentage “Technical” drops compared to all calls except block calls in the current parcel. Selectable when creating a geobase.

UL_Coverage

The summarized value of UL_Coverage.

UL_CoveragePct

The percentage “UL_Coverage” drops compared to all calls except block calls in the current parcel.

UL_Quality

The summarized value of UL_Quality.

UL_QualityPct

The percentage “UL_Quality” drops compared to all calls except block calls in the current parcel.

GSM_HSCSData

The HSCSData measure group contains throughput values for FTP (high level) and on the modem level (low level). Both uplink and downlink measures are available.

Dimensions Area CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Hopping LogfileType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

GSM_HSCSData_HighLevelDataRateDL_AVG


1551-AOM 901 39/1 Uen 37(201)

The average GSM_HSCSData_HighLevelDataRateDL value.

GSM_HSCSData_HighLevelDataRateDL_max

The maximum GSM_HSCSData_HighLevelDataRateDL value.

GSM_HSCSData_HighLevelDataRateDL_min

The minimum GSM_HSCSData_HighLevelDataRateDL value.

GSM_HSCSData_HighLevelDataRateDL_STDDEV

The standard deviation of measured GSM_HSCSData_HighLevelDataRateDL values.

GSM_HSCSData_HighLevelDataRateUL_AVG

The average GSM_HSCSData_HighLevelDataRateUL value.

GSM_HSCSData_HighLevelDataRateUL_max

The maximum GSM_HSCSData_HighLevelDataRateUL value.

GSM_HSCSData_HighLevelDataRateUL_min

The minimum GSM_HSCSData_HighLevelDataRateUL value.

GSM_HSCSData_HighLevelDataRateUL_STDDEV

The standard deviation of measured GSM_HSCSData_HighLevelDataRateUL values.

HighLevelDataRateDL_GroupN

The number of measured HighLevelDataRateDL values within group N, where N is the number of the group

HighLevelDataRateUL_GroupN

The number of measured HighLevelDataRateUL values within group N, where N is the number of the group

HSCSData_Sample_COUNT


2.19. GSM_DSC

Downlink signaling counter. This counter is decreased when a paging channel cannot be decoded. All measures are in %. Available only in idle mode measurements.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel SIMOperator


1551-AOM 901 39/1 Uen 38(201)

TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

DSC_Sample_COUNT


DSCPct_AVG

The average DSCPct value.

DSCPct_sum

The summarized value of DSCPct.

2.20. UMTS_SilentCall

PSQM/PESQ measurement calls that were detected as silent; that is, no PSQM/PESQ values were generated. The calls are classified as Uplink silent if the CallGenerator did not detect any speech. If the MTU does not detect any speech the call is classified as a Downlink silent call. See document “AQM in TEMS Automatic” (2/198 17-AOMR 305 002) or “AQM measurements – PESQ” (40/198 17 –AOMR 305 001) for more information on silent calls.

Dimensions Area BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device MeasurementType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder VoiceNode Measures

AllSilentCalls

The number of silent calls ending in the parcel.

AllSilentCallsPct

The percentage of silent calls ending in the parcel.

DL_error


1551-AOM 901 39/1 Uen 39(201)

The summarized value of DL_error.

DL_errorPct

The percentage of silent calls of type “downlink error” compared to all calls with expected PSQM/PESQ measures.

OK

The summarized value of OK.

SilentCall_Sample_COUNT


UL_error

The summarized value of UL_error.

UL_errorPct

The percentage of silent calls of type “uplink error” compared to all calls with expected PSQM/PESQ measures.

ULDL_error

The summarized value of ULDL_error.

ULDL_errorPct

The percentage of silent calls of type “uplink and downlink error” compared to all calls with expected PSQM/PESQ measures.

2.21. GSM_VoCoderChange

Dimensions Area BCCH_U_DL_ARFCN BCCH_U_DL_ARFCN_New BSIC BSIC_New CGI CGI_New DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

GSM_VoCoderChange_Sample_COUNT


1551-AOM 901 39/1 Uen 40(201)


VoCoderChange

The summarized value of VoCoderChange.

VoCoderChangeFailure

The summarized value of VoCoderChangeFailure.

VoCoderChangeFailureRate

2.22. UMTS_PS_Attach

Measures Packet Switched (PS) Attach attempts. When looking at completion time for PS Attach success, only use the dimension AttachResult and filter by excluding N/A (Failure); otherwise, all Attach events, including failed ones, are considered. See document “TEMS Presentation UMTS Event Description” for more information on events.

Dimensions Area AttachResult AttachType BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device GMMCause KPI Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

AttachFailurePct

The percentage of PS attach failure events compared to PS attach attempts.

CompletionTime_GroupN

The number of measured CompletionTime values within group N, where N is the number of the group


1551-AOM 901 39/1 Uen 41(201)

PS_Attach_CompletionTime_AVG

The average PS_Attach_CompletionTime value.

PS_Attach_CompletionTime_max


PS_Attach_CompletionTime_min

The minimum PS_Attach_CompletionTime value.

PS_Attach_CompletionTime_sum

The summarized value of CompletionTime.

PS_AttachFailure

The summarized value of AttachFailure.

UMTS_PS_Attach_Sample_COUNT


2.23. UMTS_PDPContextActivation

This measure group contains the activation of PDP context. Without an active PDP context, no user data can be transferred. See document “TEMS Presentation UMTS Event Description” for more information on events.

Dimensions APN Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR DataTestNode Device KPI Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator SMCause TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

ActivationFailurePct


1551-AOM 901 39/1 Uen 42(201)

The PDPContextActivation failure percentage compared to the total number of PDPActivation attempts.

CompletionTime_GroupN

The number of measured CompletionTime values within group N, where N is the number of the group

PDPContextActivation_CompletionTime_AVG

The average PDPContextActivation_CompletionTime value.

PDPContextActivation_CompletionTime_max


PDPContextActivation_CompletionTime_min

The minimum PDPContextActivation_CompletionTime value.

PDPContextActivation_CompletionTime_STDDEV

The standard deviation of measured PDPContextActivation_CompletionTime values.

PDPContextActivation_Failure

The summarized value of ActivationFailure.

PDPContextActivation_Sample_COUNT


2.24. UMTS_PDPContextDeactivation

This measure group contains the deactivation of PDP context. PDPContextDeactivation failures can lead to capacity problems, since the network needs to remember all MS with an activated PDPContext. By monitoring the failure rate one can avoid capacity problems. When looking at completion time for PDP Context deactivation success, use all SMcause values but No channel available and Unknown; otherwise, all deactivation events, including failed ones, are considered. For events where the cause value could not be determined the N/A cause will correspond to the successful events and Unknown will correspond to the failed events. See document “TEMS Presentation UMTS Event Description” for more information on events.

Dimensions APN Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Direction Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability


1551-AOM 901 39/1 Uen 43(201)

SC SIMOperator SMCause TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

DeactivationFailure

The summarized value of Termination.

DeactivationFailurePct

The PDPDeactivation failure percentage compared to the total number of PDPDeactivation attempts.

PDPContextDeactivation_CompletionTime_AVG

The average PDPContextDeactivation_CompletionTime value.

PDPContextDeactivation_CompletionTime_max


PDPContextDeactivation_CompletionTime_min

The minimum PDPContextDeactivation_CompletionTime value.

PDPContextDeactivation_CompletionTime_STDDEV

The standard deviation of measured PDPContextDeactivation_CompletionTime values.

PDPContextDeactivation_Sample_COUNT


2.25. UMTS_PDPContextModification

This measure group contains modifications of the PDP context. See document “TEMS Presentation UMTS Event Description” for more information on events.

Dimensions APN Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability


1551-AOM 901 39/1 Uen 44(201)

SC SIMOperator SMCause TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

ModificationFailure

The summarized value of ModificationFailure.

ModificationFailurePct

The PDPModification failure percentage compared to the total number of PDPModification attempts.

PDPContextModification_CompletionTime_AVG

The average PDPContextModification_CompletionTime value.

PDPContextModification_CompletionTime_maximim


PDPContextModification_CompletionTime_min

The minimum PDPContextModification_CompletionTime value.

PDPContextModification_CompletionTime_STDDEV

The standard deviation of measured PDPContextModification_CompletionTime values.

PDPContextModification_Sample_COUNT


2.26. UMTS_PS_Detach

This measure group contains the Packet Switched (PS) Detach event. See document “TEMS Presentation UMTS Event Description” for more information on events.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR DetachType Device Direction GMMCause Lockstate LogfileType MTU MTUGroup Parcel


1551-AOM 901 39/1 Uen 45(201)

RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

GPRS_Detach_Parcel

The number of parcels with GPRS Detach.

PS_Detach_iSample_COUNT

The number of SampleCount values.

UMTS_PS_Detach_Sample_COUNT


2.27. UMTS_RACUpdate

This measure group contains the Routing Area Update event. The event is triggered when the MTU moves from one routing area to another (there are also PS resumptions). Both old and new serving cell parameters are stored. When looking at Update result, use all cause values but N/A; otherwise, all update results, including failed ones, are considered. See document “TEMS Presentation UMTS Event Description” for more information on events.

Dimensions Area BCCH_U_DL_ARFCN BCCH_U_DL_ARFCN_New BSIC BSIC_New CGI CGI_New DatasourceIDK DatasourceIDM DatasourceIDR Device GMMCause LogfileType MTU MTUGroup Parcel RACUpdateResult RACUpdateType RoutingAreaCode RoutingAreaCode_New SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate


1551-AOM 901 39/1 Uen 46(201)

TimeByWeek Measures

CompletionTime_min

The minimum CompletionTime value measured.

RACUpdate_CompletionTime_AVG

The average RACUpdate_CompletionTime value.

RACUpdate_CompletionTime_maximim


RACUpdate_Sample_COUNT


RACUpdateFailurePct

The RAC update failure percentage compared to the total number of RAC update attempts.

2.28. GSM_CSData

The CSData measure group contains throughput values for FTP (high level) and on the modem level (low level). Both uplink and downlink measures are available.

Dimensions Area CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Hopping LogfileType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

GSM_CSData_HighLevelDataRateDL_AVG

The average GSM_CSData_HighLevelDataRateDL value.

GSM_CSData_HighLevelDataRateDL_max

The maximum GSM_CSData_HighLevelDataRateDL value.

GSM_CSData_HighLevelDataRateDL_min

The minimum GSM_CSData_HighLevelDataRateDL value.

GSM_CSData_HighLevelDataRateDL_STDDEV


1551-AOM 901 39/1 Uen 47(201)

The standard deviation of measured GSM_CSData_HighLevelDataRateDL values.

GSM_CSData_HighLevelDataRateUL_AVG

The average GSM_CSData_HighLevelDataRateUL value.

GSM_CSData_HighLevelDataRateUL_max

The maximum GSM_CSData_HighLevelDataRateUL value.

GSM_CSData_HighLevelDataRateUL_min

The minimum GSM_CSData_HighLevelDataRateUL value.

GSM_CSData_HighLevelDataRateUL_STDDEV

The standard deviation of measured GSM_CSData_HighLevelDataRateUL values.

GSM_CSData_Sample_COUNT






2.29. GPRS_EGPRS_FTPData

The FTP data measure group contains throughput values for FTP (high level) and modem level for the different protocols (low level). Both uplink and downlink measures are available. See “GPRS Measurements in the TEMS Products” (EPL/N/TB-01:019) for more information.

Dimensions APN Area BCCH_U_DL_ARFCN BSIC CGI DataConnectionType DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability RoutingAreaCode SIMOperator


1551-AOM 901 39/1 Uen 48(201)

TCPSettings TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

GPRS_EGPRS_FTPData_HighLevelDataRateDL_AVG

The average GPRS_EGPRS_FTPData_HighLevelDataRateDL value.

GPRS_EGPRS_FTPData_HighLevelDataRateDL_max

The maximum GPRS_EGPRS_FTPData_HighLevelDataRateDL value.

GPRS_EGPRS_FTPData_HighLevelDataRateDL_min

The minimum GPRS_EGPRS_FTPData_HighLevelDataRateDL value.

GPRS_EGPRS_FTPData_HighLevelDataRateUL_AVG

The average GPRS_EGPRS_FTPData_HighLevelDataRateUL value.

GPRS_EGPRS_FTPData_HighLevelDataRateUL_max

The maximum GPRS_EGPRS_FTPData_HighLevelDataRateUL value.

GPRS_EGPRS_FTPData_HighLevelDataRateUL_min

The minimum GPRS_EGPRS_FTPData_HighLevelDataRateUL value.

GPRS_EGPRS_FTPData_Sample_COUNT






2.30. GPRS_EGPRS_HTTPData

The HTTP data measure group contains throughput values for HTTP (high level), and modem level for the different protocols (low level). For HTTP only downlink measures are available. See “GPRS Measurements in the TEMS Products” (EPL/N/TB-01:019) for more information.

Dimensions APN Area BCCH_U_DL_ARFCN BSIC CGI DataConnectionType DataModeDL DataModeUL DatasourceIDK


1551-AOM 901 39/1 Uen 49(201)

DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability RoutingAreaCode SIMOperator TCPSettings TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

GPRS_EGPRS_HTTPData_HighLevelDataRateDL_AVG

The average GPRS_EGPRS_HTTPData_HighLevelDataRateDL value.

GPRS_EGPRS_HTTPData_HighLevelDataRateDL_sum

The summarized value of HighLevelDataRateDL.

GPRS_EGPRS_HTTPData_Sample_COUNT




2.31. UMTS_PS_UnAvailability

This measure group contains the Packet Switched (PS) Uavailability event. This indicates wether packet switched services are active in the cell currently used by the customer. Unavailability is only measured during packed switched KPI measurements.

Dimensions Area CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator


1551-AOM 901 39/1 Uen 50(201)

TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

Available

The summarized value of Available.

UMTS_PS_UnAvailability_Sample_COUNT


UnavailabilityPct

The percentage of unavailability when checking if PS-specific signaling exists.

2.32. UMTS_DataTransfer

This measure group contains information about UMTS data transfers. A data transfer is considered failed when the throughput is lower than a specific threshold. This threshold is set when creating a geobase. Also service access time and service access failures are included in this measure group. The service access time is the time from the transfer attempt until the transfer starts.

Dimensions APN Area Carriers CGI CompressedMode DataConnectionType DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR DataTestNode Device KPI Lockstate LogfileType MeasurementType MIMO MTU MTUGroup NodeSize Parcel RadioAccessTechnology RadioCapability Service SIMOperator TCPSettings TimeByDay TimeByHour TimeByMonth


1551-AOM 901 39/1 Uen 51(201)

TimeByRelativeDate TimeByWeek TransferFailureCause Measures

DataTransfer_MeanThroughput_AVG

The average DataTransfer_MeanThroughput value.

DataTransfer_ServiceAccessFailureRatio

The percentage of failed service accesses.

DataTransfer_ServiceAccessTime_AVG

The average DataTransfer_ServiceAccessTime value.

DataTransfer_ServiceAccessTime_max

The maximum DataTransfer_ServiceAccessTime value.

DataTransferCutoffRatio

The percentage of failed data transfers.

DataTransferTime_AVG

The average DataTransferTime value.

DataTransferTime_max

The maximum DataTransferTime value.

DT_PDPContextCutoff

The summarized value of PDPContextCutoff.

MeanThroughput_max

The maximum MeanThroughput value.

MeanThroughput_min

The minimum MeanThroughput value.

PDPContextCutoffRatio

The percentage of failed data transfers due to PDPContext cut off.

UMTS_DataTransfer_Datamode_LTE_AVG

The average UMTS_DataTransfer_Datamode_LTE value.

UMTS_DataTransfer_DatamodeDL_EGPRS_AVG

The average UMTS_DataTransfer_DatamodeDL_EGPRS value.

UMTS_DataTransfer_DatamodeDL_Fixed_AVG

The average UMTS_DataTransfer_DatamodeDL_Fixed value.

UMTS_DataTransfer_DatamodeDL_GPRS_AVG

The average UMTS_DataTransfer_DatamodeDL_GPRS value.

UMTS_DataTransfer_DatamodeDL_HSDPA_AVG

The average UMTS_DataTransfer_DatamodeDL_HSDPA value.

UMTS_DataTransfer_DatamodeDL_WCDMAR99_AVG

The average UMTS_DataTransfer_DatamodeDL_WCDMAR99 value.


1551-AOM 901 39/1 Uen 52(201)

UMTS_DataTransfer_DatamodeUL_EGPRS_AVG

The average UMTS_DataTransfer_DatamodeUL_EGPRS value.

UMTS_DataTransfer_DatamodeUL_Fixed_AVG

The average UMTS_DataTransfer_DatamodeUL_Fixed value.

UMTS_DataTransfer_DatamodeUL_GPRS_AVG

The average UMTS_DataTransfer_DatamodeUL_GPRS value.

UMTS_DataTransfer_DatamodeUL_HSUPA_AVG

The average UMTS_DataTransfer_DatamodeUL_HSUPA value.

UMTS_DataTransfer_DatamodeUL_WCDMAR99_AVG

The average UMTS_DataTransfer_DatamodeUL_WCDMAR99 value.

UMTS_DataTransfer_DataTransferCutoff

The summarized value of DT_DataTransferCutoff.

UMTS_DataTransfer_Sample_COUNT


UMTS_DataTransfer_ServiceAccessFailure

The summarized value of DT_ServiceAccessFailure.

2.33. UMTS_PESQ

TEMS Automatic has several functions for assessing audio quality in general and speech quality in particular. One is the PESQ algorithm (ITU Recommendation P.862.1), designed to mimic human speech perception. Throughout test calls, a speech sentence is played on the UMTS voice channel and PESQ is computed by comparing the transmitted sentence with an undistorted reference. PESQ is measured on uplink and downlink.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Direction Hopping KPI Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC


1551-AOM 901 39/1 Uen 53(201)

SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder VoiceNode Measures

PESQ_AVG

The average PESQ value.

PESQ_GroupN

The number of measured PESQ values within group N, where N is the number of the group

PESQ_max

The maximum PESQ value measured.

PESQ_min

The minimum PESQ value measured.

SPD_GroupN

The number of measured SPD values within group N, where N is the number of the group

Speech_Path_Delay_AVG

The average Speech_Path_Delay value.

Speech_Path_Delay_max

The maximum SPD value measured.

UMTS_PESQ_Sample_COUNT


2.34. UMTS_FrequentAQM

Frequent AQM is an intermediate result obtained after the first of the two sentences over which PESQ is calculated. Frequent AQM is measured on uplink and downlink. See document “AQM in TEMS Products (including PESQ) ” for more information.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Direction Hopping Lockstate


1551-AOM 901 39/1 Uen 54(201)

MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder Measures

FrequentAQM_AVG

The average FrequentAQM value.

FrequentAQM_GroupN

The number of measured FrequentAQM values within group N, where N is the number of the group

FrequentAQM_max

The maximum FrequentAQM value measured.

FrequentAQM_min

The minimum FrequentAQM value measured.

FrequentAQM_Sample_COUNT


2.35. GSM_ScanData

This measure group computes all scanned RxLev into averages making it possible by using the BestServer dimension to filter out the best server in a parcel or area. For more information on how to use the Scan data in the Presentation application.

Dimensions Area BestServer BSIC DatasourceIDK DatasourceIDM DatasourceIDR Device MTU Parcel SCANNED_ARFCN TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek


1551-AOM 901 39/1 Uen 55(201)

Measures

GSM_ScanData_Sample_COUNT


ScanData_RxLevel_AVG

The average ScanData_RxLevel value.

ScanData_RxLevel_max

The maximum RxLevel value measured.

ScanData_RxLevel_min

The minimum RxLevel value measured.

2.36. WCDMA_SIR

This measure group contains the Signal-to-interference ratio and is measured on the DPCCH.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

SIR_AVG

The average SIR value.

SIR_GroupN

The number of measured SIR values within group N, where N is the number of the group

SIR_max

The maximum SIR value measured.

SIR_min

The minimum SIR value measured.


1551-AOM 901 39/1 Uen 56(201)

SIR_Sample_COUNT


SIRTarget_AVG

The average SIRTarget value.

SIRTarget_GroupN

The number of measured SIRTarget values within group N, where N is the number of the group

SIRTarget_max

The maximum SIRTarget value measured.

SIRTarget_min

The minimum SIRTarget value measured.

2.37. WCDMA_RSSI

This measure group contains the measures for RSSI, the total energy measured by the UE in the 5 MHz frequency band.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

RSSI_AVG

The average RSSI value.

RSSI_GroupN

The number of measured RSSI values within group N, where N is the number of the group

RSSI_max

The maximum RSSI value measured.


1551-AOM 901 39/1 Uen 57(201)

RSSI_min

The minimum RSSI value measured.

RSSI_Sample_COUNT


2.38. WCDMA_TxPower

This measure group contains the UE transmit power in dBm, it is measured only in connected mode.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

TxPower_GroupN

The number of measured TxPower values within group N, where N is the number of the group

WCDMA_TxPower_AVG

The average WCDMA_TxPower value.

WCDMA_TxPower_max

The maximum TxPower value measured.

WCDMA_TxPower_min

The minimum TxPower value measured.

WCDMA_TxPower_Sample_COUNT



1551-AOM 901 39/1 Uen 58(201)

2.39. WCDMA_ActiveSet_RSCP

This measure group contatins the RSCP (received signal code power) for each member in the active set. The dimension ActiveSetMember can be used for filtering the RSCP for a specific member. Member 1 is always the strongest member in the active set.

Dimensions ActiveSetMember Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

ActiveSet_RSCP_AVG

The average ActiveSet_RSCP value.

ActiveSet_RSCP_max

The maximum RSCP value measured.

ActiveSet_RSCP_min

The minimum RSCP value measured.

ActiveSet_RSCP_Sample_COUNT


RSCP_GroupN

The number of measured RSCP values within group N, where N is the number of the group

2.40. WCDMA_ActiveSet_EC_NO

This measure group contains the EC/NO value for each active set member. EC/NO is the signal-to-noise ratio measured by the UE. The total energy per chip.


1551-AOM 901 39/1 Uen 59(201)

Dimensions ActiveSetMember Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

ActiveSet_EC_NO_AVG

The average ActiveSet_EC_NO value.

ActiveSet_EC_NO_max

The maximum EC_NO value measured.

ActiveSet_EC_NO_min

The minimum EC_NO value measured.

ActiveSet_EC_NO_Sample_COUNT


EC_NO_GroupN

The number of measured EC_NO values within group N, where N is the number of the group

2.41. WCDMA_Serving_EC_NO

This measure group contains the EC/NO of the serving cell. This measure is not measured in Cell_DCH mode.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM


1551-AOM 901 39/1 Uen 60(201)

DatasourceIDR Device Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

EC_NO_GroupN


Serving_EC_NO_AVG

The average Serving_EC_NO value.

Serving_EC_NO_max


Serving_EC_NO_min


Serving_EC_NO_Sample_COUNT


UL_Interference_AVG

The average UL_Interference value.

2.42. WCDMA_Serving_RSCP

This measure group contains the received signal code power (RSCP) of the serving cell. This measure is not taken in Cell_DCH mode.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MTU


1551-AOM 901 39/1 Uen 61(201)

MTUGroup Parcel RadioAccessTechnology RadioCapability RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

RSCP_GroupN


Serving_RSCP_AVG

The average Serving_RSCP value.

Serving_RSCP_max


Serving_RSCP_min


Serving_RSCP_Sample_COUNT


2.43. WCDMA_Neighbor_EC_NO

This measure group contains the EC/NO for each monitored or detected neighbor. The dimension neighbor type is used to separate the two.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup NeighborType Parcel RRCState SC SIMOperator TimeByDay TimeByHour


1551-AOM 901 39/1 Uen 62(201)

TimeByMonth TimeByRelativeDate TimeByWeek Measures

EC_NO_GroupN


Neighbor_EC_NO_AVG

The average Neighbor_EC_NO value.

Neighbor_EC_NO_max


Neighbor_EC_NO_min


Neighbor_EC_NO_Sample_COUNT


2.44. WCDMA_Neighbor_RSCP

This measure group contains the received signal code power (RSCP) for each monitored or detected neighbor. The dimension Neighbor type separates the two.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup NeighborType Parcel RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

Neighbor_RSCP_AVG

The average Neighbor_RSCP value.

Neighbor_RSCP_max


1551-AOM 901 39/1 Uen 63(201)


Neighbor_RSCP_min


Neighbor_RSCP_Sample_COUNT


RSCP_GroupN


2.45. WCDMA_FTPData

The WCDMA FTP data measure group contains throughput values for FTP (high level) and modem level for the different protocols (low level). Both uplink and downlink measures are available.

Dimensions APN Area BCCH_U_DL_ARFCN CGI DataConnectionType DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR DataTestNode Device Direction LogfileType MeasurementType MTU MTUGroup Parcel RAB RoutingAreaCode RRCState SC SIMOperator SpreadingFactor_DL SpreadingFactor_UL TCPSettings TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures




1551-AOM 901 39/1 Uen 64(201)



WCDMA_FTPData_HighLevelDataRateDL_AVG

The average WCDMA_FTPData_HighLevelDataRateDL value.

WCDMA_FTPData_HighLevelDataRateDL_max

The maximum WCDMA_FTPData_HighLevelDataRateDL value.

WCDMA_FTPData_HighLevelDataRateDL_min

The minimum WCDMA_FTPData_HighLevelDataRateDL value.

WCDMA_FTPData_HighLevelDataRateDL_sum


WCDMA_FTPData_HighLevelDataRateUL_AVG

The average WCDMA_FTPData_HighLevelDataRateUL value.

WCDMA_FTPData_HighLevelDataRateUL_max

The maximum WCDMA_FTPData_HighLevelDataRateUL value.

WCDMA_FTPData_HighLevelDataRateUL_min

The minimum WCDMA_FTPData_HighLevelDataRateUL value.

WCDMA_FTPData_HighLevelDataRateUL_sum

The summarized value of HighLevelDataRateUL.

WCDMA_FTPData_Sample_COUNT


2.46. WCDMA_HTTPData

The WCDMA HTTP data measure group contains throughput values for HTTP (high level), and modem level for the different protocols (low level). For HTTP only downlink measures are available.

Dimensions APN Area BCCH_U_DL_ARFCN CGI DataConnectionType DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device Direction LogfileType MeasurementType MTU MTUGroup


1551-AOM 901 39/1 Uen 65(201)

Parcel RAB RoutingAreaCode RRCState SC SIMOperator SpreadingFactor_DL TCPSettings TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures



WCDMA_HTTPData_HighLevelDataRateDL_AVG

The average WCDMA_HTTPData_HighLevelDataRateDL value.

WCDMA_HTTPData_HighLevelDataRateDL_max

The maximum HighLevelDataRateDL value measured.

WCDMA_HTTPData_HighLevelDataRateDL_min

The minimum HighLevelDataRateDL value measured.

WCDMA_HTTPData_HighLevelDataRateDL_sum


WCDMA_HTTPData_Sample_COUNT


2.47. WCDMA_ActiveSet_Member

This measure group contains information of how many members the active set has contained in average.

Dimensions ActiveSetMember Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel


1551-AOM 901 39/1 Uen 66(201)

RadioAccessTechnology RadioCapability RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

1ActiveSetMember

No of samples where only one member in active set.

1ActiveSetMember_Pct

Percentage of samples where only one member in active set.

2ActiveSetMembers

No of samples where two members in active set.

2ActiveSetMembers_Pct

Percentage of samples where two members in active set.

3ActiveSetMembers

No of samples where three members in active set.


Percentage of samples where three members in active set.

4ActiveSetMembers

No of samples where four members in active set.


Percentage of samples where four members in active set.

5ActiveSetMembers

No of samples where five members in active set.


Percentage of samples where five members in active set.

6ActiveSetMembers

No of samples where six members in active set.


Percentage of samples where six members in active set.

ActiveSet_Member_Sample_COUNT


ActiveSetCount1_sum

The summarized value of ActiveSetCount1.

CompressedMode_Pct


1551-AOM 901 39/1 Uen 67(201)

The procentage value of active set sample in compressed mode.

WCDMA_ActiveSet_Member_SoftHandoverRate_AVG

The average WCDMA_ActiveSet_Member_SoftHandoverRate value.

2.48. GPRS_EGPRS_PS_RadioData

The (E)GPRS Radio data measure group contains retransmissions and throughput for LLC and RLC layers. See “GPRS Measurements in the TEMS Products” for more information on the regular GPRS measurements.

Dimensions APN Area BCCH_U_DL_ARFCN BSIC CGI DataConnectionType DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MTU MTUGroup Parcel RoutingAreaCode Service SIMOperator TCPSettings TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

CodingSchemeDL_1_AVG

The average CodingSchemeDL_1 value.







CodingSchemeUL_AVG

The average CodingSchemeUL value.

GPRS_EGPRS_PS_RadioData_Sample_COUNT


1551-AOM 901 39/1 Uen 68(201)


LLCDecodeErrorsDL_AVG

The average LLCDecodeErrorsDL value.

LLCDecodeErrorsDL_max

The maximum LLCDecodeErrorRateDL value measured.

LLCRetransmissionsPctUL_AVG

The average LLCRetransmissionsPctUL value.

LLCThroughputDL_AVG

The average LLCThroughputDL value.

LLCThroughputUL_AVG

The average LLCThroughputUL value.

MCSDL_1_AVG

The average MCSDL_1 value.

MCSDL_2_AVG


MCSDL_3_AVG


MCSDL_4_AVG


MCSDL_5_AVG


MCSDL_6_AVG


MCSDL_7_AVG


MCSDL_8_AVG


MCSDL_9_AVG


MCSUL_AVG

The average MCSUL value.

PDCHUtilizationControlDL_AVG

The average PDCHUtilizationControlDL value.

PDCHUtilizationControlUL_AVG

The average PDCHUtilizationControlUL value.

PDCHUtilizationFreeUL_AVG

The average PDCHUtilizationFreeUL value.


1551-AOM 901 39/1 Uen 69(201)

PDCHUtilizationOtherDL_AVG

The average PDCHUtilizationOtherDL value.

PDCHUtilizationOwnDL_AVG

The average PDCHUtilizationOwnDL value.

PDCHUtilizationOwnUL_AVG

The average PDCHUtilizationOwnUL value.

PDCHUtilizationRatioDL

The percentage of ratio between own and the sum of own and other measured on downlink.

PDCHUtilizationRatioUL

The percentage of ratio between own and the sum of own and free measured on uplink.

RLCDecodeErrorsDL_AVG

The average RLCDecodeErrorsDL value.

RLCDecodeErrorsDL_max

The maximum RLCDecodeErrorRateDL value measured.

RLCRetransmissionsPctUL_AVG

The average RLCRetransmissionsPctUL value.

RLCThroughputDL_AVG

The average RLCThroughputDL value.

RLCThroughputUL_AVG

The average RLCThroughputUL value.

2.49. GSM_EGPRS_BEP

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI ChType DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MTU MTUGroup Parcel TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures


1551-AOM 901 39/1 Uen 70(201)

BEP_AVG

The average BEP value.

BEP_CV_AVG

The average BEP_CV value.

BEP_sum

The summarized value of BEP.

GSM_EGPRS_BEP_Sample_COUNT


2.50. WCDMA_RLCThroughput

This measure group contains information about throughput on the WCDMA RLC layer. Data can be analyzed by using the different dimensions as filters, for example filter the throughput on the different spreading factors used.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel RLCNoofEntities RRCState SC SIMOperator SpreadingFactor_DL SpreadingFactor_UL TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

RLC_PDU_Retransmissions_UL_AVG

The average RLC_PDU_Retransmissions_UL value.

RLC_PDU_Retransmissions_UL_count

The number of RLCPDURetransmissions_UL values.

RLCPDURetransmissions_UL_GroupN

The number of measured RLCPDURetransmissions_UL values within group N, where N is the number of the group


1551-AOM 901 39/1 Uen 71(201)

RLCThroughput_DL_AVG

The average RLCThroughput_DL value.

RLCThroughput_DL_GroupN

The number of measured RLCThroughput_DL values within group N, where N is the number of the group

RLCThroughput_DL_max

The maximum RLCThroughput_DL value measured.

RLCThroughput_DL_min

The minimum RLCThroughput_DL value.

RLCThroughput_UL_AVG

The average RLCThroughput_UL value.

RLCThroughput_UL_GroupN

The number of measured RLCThroughput_UL values within group N, where N is the number of the group

RLCThroughput_UL_max

The maximum RLCThroughput_UL value measured.

RLCThroughput_UL_min

The minimum RLCThroughput_UL value.

WCDMA_RLCThroughput_Sample_COUNT


2.51. WCDMA_TransportChannel

The transport channel measure group contains information about the throughput for the different transport channels and transport channel types. Use the dimensions to analyze the throughput.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel RRCState SC SIMOperator SpreadingFactor_DL SpreadingFactor_UL TimeByDay


1551-AOM 901 39/1 Uen 72(201)

TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek TransportChannel TransportChannelType Measures

BLER_DL_AVG

The average BLER_DL value.

BLER_DL_GroupN

The number of measured BLER_DL values within group N, where N is the number of the group

BLER_DL_max

The maximum BLER_DL value measured.

BLER_DL_min

The minimum BLER_DL value.

Throughput_DL_AVG

The average Throughput_DL value.

Throughput_DL_highest

Throughput_DL_lowest

Throughput_UL_AVG

The average Throughput_UL value.

Throughput_UL_highest

Throughput_UL_lowest

WCDMA_TransportChannel_Sample_COUNT


2.52. UMTS_StreamingData

This measure group contains information on streaming sessions.

Dimensions APN Area BCCH_U_DL_ARFCN BSIC CGI DataModeDL DataModeUL


1551-AOM 901 39/1 Uen 73(201)

DatasourceIDK DatasourceIDM DatasourceIDR DataTestNode Device Direction Lockstate LogfileType MTU MTUGroup Parcel RAB RadioAccessTechnology RadioCapability RRCState SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VSQIType Measures



HighLevelDataRateDL_max

The maximum HighLevelDataRateDL value measured.

StreamingData_Sample_COUNT


StreamingData_VSQI_AVG

The average StreamingData_VSQI value.

UMTS_StreamingData_HighLevelDataRateDL_AVG

The average UMTS_StreamingData_HighLevelDataRateDL value.

UMTS_StreamingData_HighLevelDataRateDL_sum


VSQI_GroupN

The number of measured VSQI values within group N, where N is the number of the group

VSQI_im_GroupN

The number of measured VSQI_im values within group N, where N is the number of the group

VSQI_Intermediate_AVG

The average VSQI_Intermediate value.


1551-AOM 901 39/1 Uen 74(201)

2.53. UMTS_StreamingMedia

This measure group contains information on streaming sessions.

Dimensions APN Area CGI ClipLength Codec CompressedMode DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR DataTestNode Device FrameRate KPI Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator StreamingFailureCause StreamingFailureCauseState StreamingType TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

BitRate_AVG

The average BitRate value.

BitRate_max

The maximum BitRate value.

PacketLoss_AVG

The average PacketLoss value.

PacketLoss_max

The maximum PacketLoss value.

ReproductionCutOff

Number of reproduction cut-off’s.

ReproductionCutOffRatio

Percentage of reproduction cut off.


1551-AOM 901 39/1 Uen 75(201)

ReproductionStartDelayTime_AVG The average ReproductionStartDelayTime value. ReproductionStartDelayTime_MAX

The maximum ReproductionStartDelayTime value measured.

ReproductionStartFailureRatio

The percentage of failed streaming start.

StreamingMedia_DataTransferCutoffRatio

The percentage of failed streaming sessions.

StreamingMedia_DataTransferTime_AVG

The average StreamingMedia_DataTransferTime value.

StreamingMedia_Sample_COUNT


StreamingMedia_ServiceAccessFailureRatio

The percentage of failed streaming accesses.

StreamingMedia_ServiceAccessTime_AVG

The average StreamingMedia_ServiceAccessTime value.

StreamingMedia_ServiceAccessTime_max

The maximum StreamingMedia_ServiceAccessTime value.

StreamingMedia_VSQI_AVG

The average StreamingMedia_VSQI value.

StreamingMediaDataTransferCutoff

The number of failed streaming sessions.

StreamingMediaServiceAccessFailure

The number of failed streaming accesses.

StreamingReproductionStartFailure

The summarized value of ReproductionStartFailure.

UMTS_StreamingMedia_DatamodeDL_EGPRS_AVG

The average UMTS_StreamingMedia_DatamodeDL_EGPRS value.

UMTS_StreamingMedia_DatamodeDL_Fixed_AVG

The average UMTS_StreamingMedia_DatamodeDL_Fixed value.

UMTS_StreamingMedia_DatamodeDL_GPRS_AVG

The average UMTS_StreamingMedia_DatamodeDL_GPRS value.

UMTS_StreamingMedia_DatamodeDL_HSDPA_AVG

The average UMTS_StreamingMedia_DatamodeDL_HSDPA value.

UMTS_StreamingMedia_DatamodeDL_WCDMAR99_AVG

The average UMTS_StreamingMedia_DatamodeDL_WCDMAR99 value.

UMTS_StreamingMedia_DatamodeUL_EGPRS_AVG

The average UMTS_StreamingMedia_DatamodeUL_EGPRS value.


1551-AOM 901 39/1 Uen 76(201)

UMTS_StreamingMedia_DatamodeUL_Fixed_AVG

The average UMTS_StreamingMedia_DatamodeUL_Fixed value.

UMTS_StreamingMedia_DatamodeUL_GPRS_AVG

The average UMTS_StreamingMedia_DatamodeUL_GPRS value.

UMTS_StreamingMedia_DatamodeUL_HSUPA_AVG

The average UMTS_StreamingMedia_DatamodeUL_HSUPA value.

UMTS_StreamingMedia_DatamodeUL_WCDMAR99_AVG

The average UMTS_StreamingMedia_DatamodeUL_WCDMAR99 value.

2.54. WCDMA_ScanData

This measure group computes all scanned EcNo into averages making it possible by using the BestServer dimension to filter out the best server in a parcel or area. For more information on how to use the Scan data in the Presentation application see “TEMS Presentation User’s Manual”.

Dimensions Area BestServer_W BestServerSC DatasourceIDK DatasourceIDM DatasourceIDR Device MTU Parcel SC SCANNED_ARFCN TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

Aggr_Ec_AVG

The average Aggr_Ec value.

Aggr_Ec_GroupN

The number of measured Aggr_Ec values within group N, where N is the number of the group

Aggr_Ec_max

The maximum Aggr_Ec value measured.

Aggr_Ec_min

The minimum Aggr_Ec value measured.

Aggr_EcIo_AVG

The average Aggr_EcIo value.


1551-AOM 901 39/1 Uen 77(201)

Aggr_EcIo_max

The maximum Aggr_EcIo value measured.

Aggr_EcIo_min

The minimum Aggr_EcIo value measured.

WCDMA_ScanData_Sample_COUNT


2.55. UMTS_SMS

This measure group contains statistics on SMS.

Dimensions Area CGI DatasourceIDK DatasourceIDM DatasourceIDR IMSI Lockstate Parcel RadioAccessTechnology RadioCapability Receiving_IMEI SMSFailureCause TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

SMS_ReceivingDuration_AVG

The average SMS_ReceivingDuration value.

SMS_ReceivingDuration_max

The maximum ReceivingDuration value measured.

SMS_Sample_COUNT


SMS_SendingDuration_AVG

The average SMS_SendingDuration value.

SMS_SendingDuration_max

The maximum SendingDuration value measured.

SMS_TotalDuration_AVG

The average SMS_TotalDuration value.

SMSFailurePct

The percentage of failed SMSes.


1551-AOM 901 39/1 Uen 78(201)

SMSFailures

The summarized value of SMSFailure.

UMTS_SMS_TotalDuration_max

The maximum UMTS_SMS_TotalDuration value.

2.56. WCDMA_HSDPAData

The WCDMA HSDPAData measure group contains throughput, BLER, CQI, retransmission and modilation data when HSDPA (High Speed Downlink Packet Access) has been used as data service.

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device HSPA_SC LogfileType MTU MTUGroup Parcel Service SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

CQIMean_GroupN

The number of measured CQIMean values within group N, where N is the number of the group

CQIMean_sum

The summarized value of CQIMean.

DSCH_max

The maximum DSCH value measured.

DSCH_min

The minimum DSCH value measured.

DSCH_Throughput_AVG

The average DSCH_Throughput value.

DSCH_Throughput_max

The maximum DSCH_Throughput value.

DSCH_Throughput_min


1551-AOM 901 39/1 Uen 79(201)

The minimum DSCH_Throughput value.

DSCHDTXRate_GroupN

The number of measured DSCHDTXRate values within group N, where N is the number of the group

HS_16QAM_Modulation_Rate_AVG

The average HS_16QAM_Modulation_Rate value.

HS_64QAM_Modulation_Rate_AVG

The average HS_64QAM_Modulation_Rate value.

HS_CQI_max

The maximum HS_CQI value.

HS_CQI_Mean_AVG

The average HS_CQI_Mean value.

HS_CQI_min

The minimum HS_CQI value.

HS_DSCH_BLER_AVG

The average HS_DSCH_BLER value.

HS_DSCH_BLER_GroupN

The number of measured HS_DSCH_BLER values within group N, where N is the number of the group

HS_DSCH_BLER_max

The maximum HS_DSCH_BLER value.

HS_DSCH_BLER_min

The minimum HS_DSCH_BLER value.

HS_DSCH_DTX_Rate_AVG

The average HS_DSCH_DTX_Rate value.

HS_DSCH_DTX_Rate_max

The maximum DSCHDTXRate value measured.

HS_DSCH_DTX_Rate_min

The minimum DSCHDTXRate value measured.

HS_DSCH_Retransmissions_Rate_AVG

The average HS_DSCH_Retransmissions_Rate value.

HS_DSCH_Retransmissions_Rate_max

The maximum HS_DSCH_Retransmissions_Rate value.

HS_DSCH_Retransmissions_Rate_min

The minimum HS_DSCH_Retransmissions_Rate value.

HS_HARQ_Processes_AVG

The average HS_HARQ_Processes value.

HS_HARQ_Processes_max


1551-AOM 901 39/1 Uen 80(201)

The maximum HARQProcessesNoOf value measured.

HS_HARQ_Processes_min

The minimum HARQProcessesNoOf value measured.

HS_MAC_HS_Retransmission_rate

HS_PDSCH Channelisation Codes_No_Of_AVG

The average HS_PDSCH Channelisation Codes_No_Of value.

HS_Physical_Requested_Throughput_AVG

The average HS_Physical_Requested_Throughput value.

HS_Physical_Requested_Throughput_max

The maximum PhysicalRequestedThroughput value measured.

HS_Physical_Requested_Throughput_min

The minimum PhysicalRequestedThroughput value measured.

HS_Physical_Scheduled_Throughput_AVG

The average HS_Physical_Scheduled_Throughput value.

HS_Physical_Scheduled_Throughput_max

The maximum PhysicalScheduledThroughput value measured.

HS_Physical_Scheduled_Throughput_min

The minimum PhysicalScheduledThroughput value measured.

HS_Physical_Served_Throughput_AVG

The average HS_Physical_Served_Throughput value.

HS_Physical_Served_Throughput_max

The maximum PhysicalServedThroughput value measured.

HS_Physical_Served_Throughput_min

The minimum PhysicalServedThroughput value measured.

HS_QPSK_Modulation_Rate_AVG

The average HS_QPSK_Modulation_Rate value.

HS_SCCH_Decode_Success_Rate_AVG

The average HS_SCCH_Decode_Success_Rate value.

HS_SCCH_Decode_Success_Rate_max

The maximum HS_SCCH_Decode_Success_Rate value.

HS_SCCH_Decode_Success_Rate_min

The minimum HS_SCCH_Decode_Success_Rate value.

NACK_Ratio_AVG

The average NACK_Ratio value.

PhysicalRequestedThroughput_GroupN


1551-AOM 901 39/1 Uen 81(201)

The number of measured PhysicalRequestedThroughput values within group N, where N is the number of the group

PhysicalScheduledThroughput_GroupN

The number of measured PhysicalScheduledThroughput values within group N, where N is the number of the group

PhysicalServedThroughput_GroupN

The number of measured PhysicalServedThroughput values within group N, where N is the number of the group

SCCH_Channelisation_Codes_No_Of_AVG

The average SCCH_Channelisation_Codes_No_Of value.

SCCH_Channelisation_Codes_No_Of_max

The maximum SCCHChannelisationCodesNoOf value measured.

SCCH_Channelisation_Codes_No_Of_min

The minimum SCCHChannelisationCodesNoOf value measured.

SCCHChannelisationCodesNoOf_GroupN

The number of measured SCCHChannelisationCodesNoOf values within group N, where N is the number of the group

WCDMA_HSDPAData_Sample_COUNT


2.57. WCDMA_RadioLinkChange

Dimensions Area BCCH_U_DL_ARFCN CompressedMode DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device FailureCause HSPA_SC HSPA_SC_New LogfileType MTU MTUGroup Parcel RadioLinkChangeType RadioLinkHandoverType SC SC_New Service SIMOperator TimeByDay TimeByHour


1551-AOM 901 39/1 Uen 82(201)

TimeByMonth TimeByRelativeDate TimeByWeek Measures

RadioLinkChange

The summarized value of RadioLinkChange.

RadioLinkChangeFailure

The summarized value of RadioLinkChangeFailure.

RadioLinkChangeFailureRate

The rate of Radio Link failure (RadioLinkChangeFailure]/([RadioLinkChangeFailure] + [RadioLinkChange]))*100).

WCDMA_RadioLinkChange_Sample_COUNT


2.58. UMTS_VideoTelephonyData

This measure group contains information on video telephony sessions.

Dimensions Area BCCH_U_DL_ARFCN CGI DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

VideoTelephonyData_Sample_COUNT


VTQI_AVG

The average VTQI value.

VTQI_GroupN

The number of measured VTQI values within group N, where N is the number of the group

VTQI_sum


1551-AOM 901 39/1 Uen 83(201)

The summarized value of VTQI.

2.59. UMTS_VideoTelephonyMedia

This measure group contains information on video telephony sessions.

Dimensions Area CGI Codec CompressedMode DatasourceIDK DatasourceIDM DatasourceIDR Device KPI LogfileType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Video TelephonyFailureCause Measures

AudioVideoSetupFailure

The summarized value of AudioVideoSetupFailure.

AudioVideoSetupFailureRatio

The percentage of failed AudioVideo setups.

AudioVideoSetupTime_AVG

The average AudioVideoSetupTime value.

AudioVideoSetupTime_Max

The maximum AudioVideoSetupTime value measured.

SessionCutoffFailure

The summarized value of SessionCutoffFailure.

SuccessfulSessions

The summarized value of SuccessfulSessions.

VideoTelephonyMedia_Sample_COUNT


2.60. UMTS_AMRCodecUsage

Dimensions


1551-AOM 901 39/1 Uen 84(201)

Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Direction Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SC SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek VoCoder VoiceNode Measures

10_2Kbit_AVG

The average 10_2Kbit value.

12_2Kbit_AVG


12_65Kbit_AVG


14_25Kbit_AVG


15_85Kbit_AVG


18_25Kbit_AVG


19_85Kbit_AVG


23_05Kbit_AVG


23_85Kbit_AVG


4_75Kbit_AVG


1551-AOM 901 39/1 Uen 85(201)


5_15Kbit_AVG


5_9Kbit_AVG


6_60Kbit_AVG


6_7Kbit_AVG


7_4Kbit_AVG


7_95Kbit_AVG


8_85Kbit_AVG


AMRCodecUsage_1_sum

The summarized value of AMRCodecUsage_1.

AMRCodecUsage_9_sum

The summarized value of AMRCodecUsage_9.

UMTS_AMR_CodecUsage_Sample_COUNT


2.61. UMTS_MTU_Coverage

This measure group can be used to plot the coverage per RadioAccessTechnology, Service Mode or Measurement type.

Dimensions Area DatasourceIDK DatasourceIDM DatasourceIDR Lockstate MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability ServiceMode TimeByDay TimeByHour TimeByMonth TimeByRelativeDate


1551-AOM 901 39/1 Uen 86(201)

TimeByWeek Measures

Measured Samples MTU_Coverage_iSample_COUNT


MTU_Coverage_Sample_COUNT


2.62. UMTS_Ping

This measure group contains round trip time from both ping measures and data transfer sessions with syn – synack.

Dimensions APN Area CGI CompressedMode DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR DataTestNode Device KPI Lockstate LogfileType MeasurementType MTU MTUGroup NodeSize Parcel Payload PingProtocol RadioAccessTechnology RadioCapability Service SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

MeanThroughput_GroupN

The number of measured MeanThroughput values within group N, where N is the number of the group

NumOfFail

The summarized value of NumFail.


1551-AOM 901 39/1 Uen 87(201)

NumOfPings

The summarized value of NumPings.

Ping_MeanThroughput_AVG

The average Ping_MeanThroughput value.

Ping_MeanThroughput_max

The maximum MeanThroughput value measured.

Ping_MeanThroughput_min

The minimum MeanThroughput value measured.

Ping_Sample_COUNT


PingRTT_AVG

The average PingRTT value.

PingRTTVariance_AVG

The average PingRTTVariance value.

RTT_GroupN

The number of measured RTT values within group N, where N is the number of the group

RTT_max

The maximum RTT value measured.

RTT_min

The minimum RTT value measured.

RTTVariance_GroupN

The number of measured RTTVariance values within group N, where N is the number of the group

RTTVariance_max

The maximum RTTVariance value measured.

RTTVariance_min

The minimum RTTVariance value measured.

UMTS_Ping_DatamodeDL_EGPRS_AVG

The average UMTS_Ping_DatamodeDL_EGPRS value.

UMTS_Ping_DatamodeDL_Fixed_AVG

The average UMTS_Ping_DatamodeDL_Fixed value.

UMTS_Ping_DatamodeDL_GPRS_AVG

The average UMTS_Ping_DatamodeDL_GPRS value.

UMTS_Ping_DatamodeDL_HSDPA_AVG

The average UMTS_Ping_DatamodeDL_HSDPA value.

UMTS_Ping_DatamodeDL_WCDMAR99_AVG

The average UMTS_Ping_DatamodeDL_WCDMAR99 value.


1551-AOM 901 39/1 Uen 88(201)

UMTS_Ping_DatamodeUL_EGPRS_AVG

The average UMTS_Ping_DatamodeUL_EGPRS value.

UMTS_Ping_DatamodeUL_Fixed_AVG

The average UMTS_Ping_DatamodeUL_Fixed value.

UMTS_Ping_DatamodeUL_GPRS_AVG

The average UMTS_Ping_DatamodeUL_GPRS value.

UMTS_Ping_DatamodeUL_HSUPA_AVG

The average UMTS_Ping_DatamodeUL_HSUPA value.

UMTS_Ping_DatamodeUL_WCDMAR99_AVG

The average UMTS_Ping_DatamodeUL_WCDMAR99 value.

UMTS_PING_FailurePct

Percentage of failed ping.

2.63. UMTS_MMS

This measure group can be used to plot MMS data.

Dimensions APN Area CGI CompressedMode DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device KPI Lockstate LogfileType Parcel RadioAccessTechnology RadioCapability ReceivingDatamodeDL ReceivingDatamodeUL TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek TransferFailureCause Measures

MMS Failure

Number of failed MMS.

MMS_ReceivingDuration_AVG

The average MMS_ReceivingDuration value.


1551-AOM 901 39/1 Uen 89(201)

MMS_Sample_COUNT


MMS_SendingDuration_AVG

The average MMS_SendingDuration value.

MMS_TotalDuration_AVG

The average MMS_TotalDuration value.

MMSFailurePct

Percentage of failed MMS.

NotificationDuration_AVG

The average NotificationDuration value.

NotificationDuration_Max

The maximum value of notification duration.

ReceivingDatamodeDL_EGPRS_AVG

The average ReceivingDatamodeDL_EGPRS value.

ReceivingDatamodeDL_GPRS_AVG

The average ReceivingDatamodeDL_GPRS value.

ReceivingDatamodeDL_HSDPA_AVG

The average ReceivingDatamodeDL_HSDPA value.

ReceivingDatamodeDL_WCDMAR99_AVG

The average ReceivingDatamodeDL_WCDMAR99 value.

ReceivingDatamodeUL_EGPRS_AVG

The average ReceivingDatamodeUL_EGPRS value.

ReceivingDatamodeUL_GPRS_AVG

The average ReceivingDatamodeUL_GPRS value.

ReceivingDatamodeUL_HSUPA_AVG

The average ReceivingDatamodeUL_HSUPA value.

ReceivingDatamodeUL_WCDMAR99_AVG

The average ReceivingDatamodeUL_WCDMAR99 value.

ReceivingDuration_Max

The maximum receiving duration.

ReceivingFailure

The summarized value of ReceivingFailure.

ReceivingFailurePct

Percentage of receiving failures.

ReceivingTransferDuration_AVG

The average ReceivingTransferDuration value.

ReceivingTransferDuration_Max


1551-AOM 901 39/1 Uen 90(201)

ReceivingWAPActivationTime_AVG

The average ReceivingWAPActivationTime value.

ReceivingWAPActivationTime_Max

Maximum value of receiving wap activation time.

SendingDuration_GroupN

The number of measured SendingDuration values within group N, where N is the number of the group

SendingDuration_Max

The maximum value of sending duration.

SendingDuration_STDEV

Standard deviation of SendingDuration.

SendingFailure

The summarized value of SendingFailure.

SendingFailurePct

Percentage of SendingFailures.

SendingTransferDuration_AVG

The average SendingTransferDuration value.

SendingTransferDuration_Max

Maximum value of sending transfer duration.

SendingTransferFailure

Number of sending transfer failures.

SendingTransferFailurePct

Percentage of sending transfer failures.

SendingWAPActivationTime_AVG

The average SendingWAPActivationTime value.

SendingWAPActivationTime_Max

Maximum value of sending wap activation time.

SizeOfMMS_AVG

The average SizeOfMMS value.

TotalDuration_GroupN

The number of measured TotalDuration values within group N, where N is the number of the group

UMTS_MMS_DatamodeDL_EGPRS_AVG

The average UMTS_MMS_DatamodeDL_EGPRS value.

UMTS_MMS_DatamodeDL_GPRS_AVG

The average UMTS_MMS_DatamodeDL_GPRS value.

UMTS_MMS_DatamodeDL_HSDPA_AVG

The average UMTS_MMS_DatamodeDL_HSDPA value.


1551-AOM 901 39/1 Uen 91(201)

UMTS_MMS_DatamodeDL_WCDMAR99_AVG

The average UMTS_MMS_DatamodeDL_WCDMAR99 value.

UMTS_MMS_DatamodeUL_EGPRS_AVG

The average UMTS_MMS_DatamodeUL_EGPRS value.

UMTS_MMS_DatamodeUL_GPRS_AVG

The average UMTS_MMS_DatamodeUL_GPRS value.

UMTS_MMS_DatamodeUL_HSUPA_AVG

The average UMTS_MMS_DatamodeUL_HSUPA value.

UMTS_MMS_DatamodeUL_WCDMAR99_AVG

The average UMTS_MMS_DatamodeUL_WCDMAR99 value.

UMTS_MMS_TotalDuration_Max

Maximum value for TotalDuration.

2.64. UMTS_WAP

This measure group contains data from WAP sessions.

Dimensions APN Area CGI CompressedMode DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device KPI Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek TransferFailureCause WAPProtocol Measures

DataRequestFailure

The summarized value of DataRequestFailure.


1551-AOM 901 39/1 Uen 92(201)

DataTransferFailure

The summarized value of DataTransferFailure.

PortalAccessFailure

The summarized value of PortalAccessFailure.

PortalAccessTime_AVG

The average PortalAccessTime value.

SiteAccessFailure

The summarized value of SiteAccessFailure.

SiteAccessTime_AVG

The average SiteAccessTime value.

UMTS_WAP_DatamodeDL_EGPRS_AVG

The average UMTS_WAP_DatamodeDL_EGPRS value.

UMTS_WAP_DatamodeDL_GPRS_AVG

The average UMTS_WAP_DatamodeDL_GPRS value.

UMTS_WAP_DatamodeDL_HSDPA_AVG

The average UMTS_WAP_DatamodeDL_HSDPA value.

UMTS_WAP_DatamodeDL_WCDMAR99_AVG

The average UMTS_WAP_DatamodeDL_WCDMAR99 value.

UMTS_WAP_DatamodeUL_EGPRS_AVG

The average UMTS_WAP_DatamodeUL_EGPRS value.

UMTS_WAP_DatamodeUL_GPRS_AVG

The average UMTS_WAP_DatamodeUL_GPRS value.

UMTS_WAP_DatamodeUL_HSUPA_AVG

The average UMTS_WAP_DatamodeUL_HSUPA value.

UMTS_WAP_DatamodeUL_WCDMAR99_AVG

The average UMTS_WAP_DatamodeUL_WCDMAR99 value.

WAP_ActivationFailure

The summarized value of ActivationFailure.

WAP_DataTransferTime_AVG

The average WAP_DataTransferTime value.

WAP_MeanThroughput_AVG

The average WAP_MeanThroughput value.

WAP_Sample_COUNT


WAPActivationTime_AVG

The average WAPActivationTime value.

WAPDataRequestTime_AVG


1551-AOM 901 39/1 Uen 93(201)

The average WAPDataRequestTime value.

WAPDataTransferFailurePct

Percentage of data transfer failure.

WAPPortalAccessFailurePct

Percentage of portal access failure.

WAPSiteAccessFailurePct

Percentage of site access failure.

2.65. UMTS_WAPData

This measure group contains continuous wap data measures.

Dimensions APN Area BCCH_U_DL_ARFCN BSIC CGI CompressedMode DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

HighLevelDataRate_AVG

The average HighLevelDataRate value.

WAPData_Sample_COUNT


2.66. WCDMA_HSUPA

Dimensions ActiveSetMember


1551-AOM 901 39/1 Uen 94(201)

Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR Device EDCH Category LogfileType MTU MTUGroup Parcel SC Service SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

AverageTBSPerMaxETFCI_max

The maximum AverageTBSPerMaxETFCI value measured.

AverageTBSPerMaxETFCI_min

The minimum AverageTBSPerMaxETFCI value measured.

AverageTBSPerMaxETFCI_sum_AVG

The average AverageTBSPerMaxETFCI_sum value.

DTX_AVG

The average DTX value.

DTX_max

The maximum DTX value measured.

EDCH_ActiveSetMemberCount_AVG

The average EDCH_ActiveSetMemberCount value.

EDCH_ServingCell_EC_NO_AVG

The average EDCH_ServingCell_EC_NO value.

EDCH_ServingCell_EC_NO_GroupN

The number of measured EDCH_ServingCell_EC_NO values within group N, where N is the number of the group

EDCH_ServingCell_EC_NO_max

The maximum EDCH_ServingCell_EC_NO value measured.

EDCH_ServingCell_EC_NO_min

The minimum EDCH_ServingCell_EC_NO value measured.

EDCH_ServingCell_RSCP_AVG

The average EDCH_ServingCell_RSCP value.


1551-AOM 901 39/1 Uen 95(201)

EDCH_ServingCell_RSCP_GroupN

The number of measured EDCH_ServingCell_RSCP values within group N, where N is the number of the group

EDCH_ServingCell_RSCP_max

The maximum EDCH_ServingCell_RSCP value measured.

EDCH_ServingCell_RSCP_min

The minimum EDCH_ServingCell_RSCP value measured.

EDCH_Softhandover_Rate_AVG

The average EDCH_Softhandover_Rate value.

ETFCI_AVG

The average ETFCI value.

ETFCI_max

The maximum ETFCI value measured.

Happy_Rate_AVG

The average Happy_Rate value.

Happy_Rate_max

The maximum HappyRate value measured.

Serving_Grant_AVG

The average Serving_Grant value.

Serving_Grant_ETFCI_AVG

The average Serving_Grant_ETFCI value.

Serving_Grant_ETFCI_max

The maximum Serving_Grant_ETFCI value measured.

Serving_Grant_GroupN

The number of measured Serving_Grant values within group N, where N is the number of the group

Serving_Grant_max

The maximum Serving_Grant value measured.

TTI_AVG

The average TTI value.

TTI_max

The maximum TTI value measured.

WCDMA_HSUPA_iSample_COUNT


WCDMA_HSUPA_Sample_COUNT



1551-AOM 901 39/1 Uen 96(201)

2.67. WCDMA_SoftHandoverEvent

Dimensions Area BCCH_U_DL_ARFCN CGI DatasourceIDK DatasourceIDM DatasourceIDR MTU MTUGroup Parcel SC SoftHandoverRate TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

EDCH_SofthandoverRate_AVG

The average EDCH_SofthandoverRate value.

WCDMA_SoftHandoverEvent_Sample_COUNT


WCDMA_SoftHandoverEvent_SoftHandoverRate_AVG

The average WCDMA_SoftHandoverEvent_SoftHandoverRate value.

2.68. WCDMA_Broadcasted_CellIndicator

Dimensions Area BCCH_U_DL_ARFCN CellIndicator CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability RRCState SC SIMOperator TimeByDay TimeByHour TimeByMonth


1551-AOM 901 39/1 Uen 97(201)

TimeByRelativeDate TimeByWeek Measures

CellIndicator_Broadcasted_HSDPA_Pct

Percentage of samples broadcasted with cell indicator HSDPA and WCDMA R99.

CellIndicator_Broadcasted_HSPA_Pct

Percentage of samples broadcasted with cell indicator HSUPA and HSDPA.

CellIndicator_Broadcasted_HSUPA_Pct

Percentage of samples broadcasted with cell indicator HSUPA and WCDMA R99.

CellIndicator_Broadcasted_WCDMA_R99_Pct

Percentage of samples broadcasted with cell indicator WCDMA R99.Percentage of samples broadcasted with cell indicator WCDMA R99.

WCDMA_Broadcasted_CellIndicator_Sample_COUNT


2.69. UMTS_CellReselection

Dimensions Area BCCH_U_DL_ARFCN BCCH_U_DL_ARFCN_New BSIC BSIC_New CGI CGI_New DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel ReselectionBandType ReselectionType SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

UMTS_CellReselection_Sample_COUNT



1551-AOM 901 39/1 Uen 98(201)

2.70. UMTS_Diagnostics

This measure group contains statistical processed data from diagnostics.

Dimensions Area BCCH_U_DL_ARFCN BSIC CGI DatasourceIDK DatasourceIDM DatasourceIDR Diagnostic DiagnosticSeverity MeasurementType MTU MTUGroup Parcel RadioAccessTechnology SC TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

Diagnostic_Count

The total number of diagnostics.

UMTS_Diagnostics_Sample_COUNT


2.71. UMTS_KPI_Data

Key Performance Indicators for data transfers.

Dimensions APN Area Carriers CGI CompressedMode DataConnectionType DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR DataTestNode Device Lockstate LogfileType MeasurementType


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MIMO MTU MTUGroup Parcel RadioAccessTechnology RadioCapability Service SIMOperator TCPSettings TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek TransferFailureCause Measures

AttachSampleCount DataTransferCutoff

The summarized value of DataTransferCutoff.

GPRSAtttempSampleCount GPRSAvailable

The summarized value of GPRSAvailable.

PDPContextActivationSampleCount PDPContextCutoff

The summarized value of PDPContextCutoff.

Sample_COUNT ServiceAccessFailure

The summarized value of ServiceAccessFailure.

UMTS PS Attach Failure Ratio

The percentage of unsuccessful PS Attaches.

UMTS PS Attach Time (ms)

(ms) The PS Attach completion time in ms. From Attach Request to Attach Accept.

UMTS PS Attach Time (sec)

(sec) The PS Attach completion time in sec. From Attach Request to Attach Accept.

UMTS PS Data Transfer Cutoff Ratio

The percentage of failed data transfers. Either by timeout or other failure.

UMTS PS Data Transfer Time (sec)

(sec) The time calculated from first to last byte of data to transfer.

UMTS PS IP Service Access Failure Ratio


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The percentage of unsuccessful attempts to start a PS data transfer.

UMTS PS IP Service Access Time (sec)

(sec) The time in sec from when the first signaling message is sent until the first data packet is received.

UMTS PS Mean Throughput AVG

The average UMTS PS Mean Throughput value.

UMTS PS PDP Context Activation Failure Ratio

The percentage of unsuccessful PS PDP Context activations.

UMTS PS PDP Context Activation Time (ms)

The PS PDP Context Activation completion time in ms. From Activate PDP Context Request to Activate PDP Context Accept.

UMTS PS PDP Context Activation Time (sec)

The PS PDP Context Activation completion time in sec. From Activate PDP Context Request to Activate PDP Context Accept.

UMTS PS PDP Context Cutoff Ratio

The percentage of network initiated PDP Context deactivations.

UMTS PS Service Access Time (sec)

(sec) The length of the time period it takes to access a service successfully, measuring the time period for the complete chain:PDP Context Activation -> Service Access

UMTS PS Service NonAccessibility

The percentage of unsuccessful service accesses, meaning that the data transfer of the content could not be started due to a failure that occurred whitin the complete chain of service access: PDP Context Activation -> IP Service Access

UMTS PS Session Failure Ratio

The percentage of unsuccessful sessions, due to a failure that occurred within the complete session IP Service Access Failure -> Data Transfer

UMTS PS Session Time (sec)

(sec) The session time consists of the IP Service Access Time and the Data Transfer Time.

UMTS PS Unavailability Pct

The percentage of unavailability when checking if PS-specific signaling exist.

2.72. UMTS_KPI_Voice

Dimensions Area CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Direction Lockstate


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LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

KpiVoice_Sample_COUNT


UMTS CS Voice Call CutOff Ratio

The percentage of dropped calls (except technical drops).

UMTS CS Voice Service AccessTime (sec)

(sec) The call setup total completion time.

UMTS CS Voice Service NonAccessibility

The percentage of all blocked calls except the No Network blocks.

UMTS CS Voice Service Unavailability

The percentage of blocked calls with No network as cause value.

UMTS CS Voice Speech Quality

The sample based PESQ speech quality given in MOS for UL+DL.

UMTS CS Voice Speech Quality DownLink

The sample based PESQ speech quality given in MOS for DL.

UMTS CS Voice Speech Quality UpLink

The sample based PESQ speech quality given in MOS for UL.

UMTS Voice Clip Failure Ratio

The procentage value of failed phone number identification.

UMTS KPI VoicePESQ Group1

Distribution of PESQ values (group1…10)

UMTS KPI VoicePESQ Group2 UMTS KPI VoicePESQ Group3 UMTS KPI VoicePESQ Group4 UMTS KPI VoicePESQ Group5 UMTS KPI VoicePESQ Group6 UMTS KPI VoicePESQ Group7 UMTS KPI VoicePESQ Group8 UMTS KPI VoicePESQ Group9 UMTS KPI VoicePESQ Group10 UMTS KPI VoicePESQ Q5Pct


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5 percentile for PESQ values, see chapter 5. Statistics Calculation.

2.73. UMTS_KPI_Streaming

Dimensions APN Area CGI DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator StreamingFailureCauseState StreamingType TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

KPIStreamingSample_COUNT (The number of KPI measurements made) Streaming AttachSampleCount Streaming GPRSAtttempSampleCount Streaming PDPContextActivationSampleCount Streaming Service Access Time (sec)

The length of the time period it takes to access a streaming service successfully.

Streaming Service Non-Accessibility

Number of streaming service non-accessibility.

Streaming Session Cut-off Ratio

The percentage of failed streaming sessions. Either by timeout or other failure.

Streaming UMTS PS Attach Failure Ratio

The percentage of unsuccessful PS Attaches.

Streaming UMTS PS Attach Time (ms)


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(ms) The PS Attach completion time in ms. From Attach Request to Attach Accept.

Streaming UMTS PS PDP Context Activation Failure Ratio

The percentage of unsuccessful PS PDP Context activations.

Streaming UMTS PS PDP Context Activation Time (ms)

The PS PDP Context Activation completion time in ms. From Activate PDP Context Request to Activate PDP Context Accept.

Streaming UMTS PS Unavailability Pct

The percentage of unavailability when checking if PS-specific signaling exist.

UMTS PS Reproduction Cut-off Ratio

Percentage of reproduction cut-off’s.

UMTS PS Streaming Reproduction Start Delay

The average of reproduction start delay.

UMTS PS Streaming Reproduction Start Failure Ratio

Probability of unsuccessful stream reproduction.

VSQI_AVG

The average VSQI value.

2.74. UMTS_KPI_VideoTelephony

Dimensions Area CGI DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device LogfileType MeasurementType MTU MTUGroup Parcel SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

KPIVT_Facility_NotSupp

The summarized value of Facility_NotSupp.

MTCallSetupTime_sum

The summarized value of MTCallSetupTime.

UMTS KPI VT Audio Video Setup Failure Pct


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The percentage of Audio Video setup failure.

UMTS KPI VT Audio Video Setup Time (Sec)

(Sec) The average time it takes to setup audio and video channels successfully.

UMTS KPI VT Bearer CutOff Call Pct

The percentage of radio bearer dropped call.

UMTS KPI VT CutOff Call Pct

The percentage of dropped call.

UMTS KPI VT Sample_COUNT The number of KPI measurements made.

UMTS KPI VT Service AccessTime (Sec)

(Sec) The Service Access Time.

UMTS KPI VT Service NonAccessibility Pct

The percentage of blocked calls NOT with ‘No network’ or ‘Facility not implemented’ as cause value.

UMTS KPI VT Service Unavailability Pct

The percentage of blocked calls with ‘No network’ or ‘Facility not implemented’ as cause value.

UMTS KPI VT Session CutOffCallPct

The percentage of session dropped call.

UMTS KPI VTQI AVG

The average video telephony quality index.

2.75. UMTS_KPI_Ping

Dimensions APN Area CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel PingProtocol RadioAccessTechnology RadioCapability Service SIMOperator TimeByDay TimeByHour TimeByMonth


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TimeByRelativeDate TimeByWeek Measures

KPIPingSample_COUNT

Number of KPI measurements made.

MeanThroughput_AVG

The average MeanThroughput value.

NumFail

The summarized value of NumFail.

NumPings

The summarized value of NumPings.

PingFailurePct

Percentage of failed ping.

RTT_AVG

The average RTT value.

2.76. UMTS_KPI_MMS

Dimensions APN Area CGI DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType Parcel RadioAccessTechnology RadioCapability ReceivingDatamodeDL ReceivingDatamodeUL TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek TransferFailureCause Measures

KPIMMSSample_COUNT

Number of KPI measurements made.

MMSAverageSize

Average size of MMS.


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MMSEndtoEndDeliveryTime

MMS end to end delivery time.

MMSEndtoEndFailureRatio

Percentage of MMS end to end failure.

MMSNotificationTime

MMS notification time.

MMSRetrivalFailureRatio

Percentage of MMS retrival failure.

MMSRetrivalTime

MMS retrieval time.

MMSSendFailureRatio

Percentage of send failure.

MMSSendTime

MMS send time.

MMSTransferFailureRatioMO

The procentage value of failed send MMS data trasfers.

MMSTransferFailureRatioMT

The procentage value of failed received MMS data trasfers.

MMSTransferTimeMO

Send MMS transfer time.

MMSTransferTimeMT

Received MMS transfer time.

PSPDPContextActivationFailurePct

The procentage value of failed PDP context activations.

PSPDPContextActivationTime (ms)

The average PDP context activation time.

ReceivingWAPActivationFailureRatio

Failure percentage for receiving WAP activation.

ReceivingWAPActivationTime

Receiving WAP activation time.

SendingWAPActivationFailureRatio

Failure percentage for sending WAP activation.

SendingWAPActivationTime

Sending WAP activation time.

2.77. UMTS_KPI_WAP

Dimensions


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APN Area CGI DataModeDL DataModeUL DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek WAPProtocol Measures

KPIWAPSample_COUNT

The number of KPI measurements made.

UMTS WAP Activation Failure Ratio

The percentage of activation failure.

UMTS WAP Activation Time (sec)

(Sec) Activation time.

UMTS WAP Data Request Failure Ratio

The percentage of data request failure.

UMTS WAP Data Request Time(sec)

(Sec) Data request time.

UMTS WAP Data Transfer Failure Cutoff Ratio

The percentage of all dropped data transfers.

UMTS WAP Data Transfer Time (sec)

(Sec) Total transfer time of data.

UMTS WAP Mean User Data Rate AVG

The average data rate.

UMTS WAP Portal Access Time (Sec)

(Sec) The portal access time.

UMTS WAP Portal Non Accessibility

Procentage failure ration during the wap session.

UMTS WAP Site Access Time (sec)


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UMTS WAP Site Access Time (sec), (Sec) The site access time.

UMTS WAP Site Non Accessibility

Procentage failure ratio during data request or datatransfer.

2.78. UMTS_KPI_VoicePerCall

Voice Quality per call

Dimensions Area CGI DatasourceIDK DatasourceIDM DatasourceIDR Device Lockstate LogfileType MeasurementType MTU MTUGroup Parcel RadioAccessTechnology RadioCapability SIMOperator TimeByDay TimeByHour TimeByMonth TimeByRelativeDate TimeByWeek Measures

KPIVoicePerCallSample_COUNT

The number of KPI measurements made.

Voice Speech Quality Per Call All

The call based PESQ speech quality given in MOS for DL/UL.

Voice Speech Quality Per Call DL

The call based PESQ speech quality given in MOS for DL.

Voice Speech Quality Per Call UL

The call based PESQ speech quality given in MOS for UL.

3. UMTS Parameters Shown in the Presentation Route View

These are the parameters available when analyzing data on detailed route level. For more information about the events, see document “TEMS Presentation UMTS Event Definition” (2/1551- APRR 101 01).


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Event Description

AMR Usage Usage of AMR codec.

Blocked call event It was not possible to establish a call, because all traffic channels were busy.

Call attempt event MO and MT call attempts.

Call end event Intended call termination (MO and MT).

Call Information This event contains information on how the call was terminated (normal, block, drop, silent) and if it was a KPI call.

Call setup event A call has been setup (triggered by the layer 3 message “Alerting”).

Cell reselection event Reselection to a new control channel has taken place.

Diagnostic A diagnostic problem has been reported

Drop call event The established call has been terminated abnormally.

Filemark Internal TA message

GPRS Access A Temporary Block Flow (TBF) has been established.

GPRS Access failure A Temporary Block Flow (TBF) has failed to be established.

Handover event Successful handover.

Handover failure event An attempted handover failed.

Location update event The mobile has updated the location area.

Location update failure event The mobile failed in updating its location area.

MMS received event This event indicates a successfully received MMS.

MMS received failure event This event represents MMS receive failures.

MMS sent event This event indicates a successfully sent MMS.

MMS sent failure event This event represents MMS sent failures.

Ping session The event indecates a successful ping session

Ping session failure The event indecates a faild ping session

PS Attach The mobile has successfully attached to the GPRS network.

PS Attach failure The mobile failed to attach to the GPRS network.

PS Detach The mobile has detached from the GPRS network.

PS PDP Context activation A PDP context has been successfully activated.

PS PDP Context activation failure Activation of a PDP context failed.


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PS PDP Context deactivation An active PDP context has been deactivated.

PS PDP Context deactivation failure An active PDP context has failed to deactivate.

PS PDP Context modification A PDP context has been modified.

PS PDP Context modification failure A PDP context has failed to be modified.

Routing area update The mobile has updated the routing area.

Routing area update failure The mobile has failed in updating its routing area.

Service mode The service mode has changed.

SMS received event This event indicates a successfully received SMS.

SMS sent event This event contains information on a sent SMS.

SMS sent failure event This event represents SMS send failures.

Streaming Media The event indecates a successful streaming media session

Streaming Media Failure The event indecates a faild streaming media session

Tone event Sequence of tones indicating a PSTN event, for example busy tone.

UMTS Data Transfer A successfully ended data session, FTP or HTTP.

UMTS Data Transfer Failure A failed data session, FTP or HTTP.

Video Telephony Failure The event indecates a faild video telephony session

Video Telephony Media The event indecates a successful video telephony session

Vocoder change The vocoder has changed.

Vocoder change failure The vocoder has failed to change.

WAP data transfer The event indecates a successful WAP session

WAP data transfer failure The event indecates a failed WAP session

WCDMA Authentication Failure The authentication failed.

WCDMA RadioLink Change A radio link was either added or removed from the active set.

3.1. AMR Usage

AMR codec usage UL 12.2 Kbits 0…100 This is the procentage usaged of this AMR Codec




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AMR codec usage DL 12.2 Kbits 0…100 This is the procentage usaged of this AMR Codec








AMR WB codec usage UL 6.60 kbit/s

0…100 This is the procentage usaged of this AMR Codec

















AMR WB codec usage DL 6.60 kbit/s




AMR WB codec usage DL 12.65 0…100 This is the procentage usaged of this AMR Codec


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kbit/s













3.2. Blocked Call

Active SC n where n = 1-6 0…511 Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

Active UARFCN DL 0…16383 UTRAN ARFCN DL of the strongest Scrambling Code

BCCH P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810

Broadcast Control Channel

BlockType 1…15 The type of block:

1:No Immediate Assignment 2:No Traffic Channel Assignment

3:No Alerting 4:No Paging 5:MT blocked call PSTN 6:No Connect Acknowledge 7:No network 8:MT call timed out

9:Traffic Channel Assignment Failure

10:Location Area

11: No RRC Connection Reject

12: RRC Connection Reject

13: No RRC Connection Setup Complete

14: Service Request Reject

15: N-300 and T-300 expiry

BlockCause 0… Cause value from layer 3 message if any. See tLookUpGSMCCCause for more information.

BSIC 0...77 (octal) Base Station Identity Code


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Cell ID 0…65535 Cell Identity

Cell Name Text Cell Name of the members in active set or the serving cell.

Channel 0…1023 The traffic channel number.

Hopping 0…1 (FALSE-TRUE) Indicates use of frequency hopping

LAC 0…65535 Location Area Code

MCC 000…999 Mobile Country Code

MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

RAT State 1… Radio Access Technology

1: WCDMA

2: GSM

3: Mixed

255: Unknown

RNC Cell ID 0…4095 RNC Cell Id of the strongest Scrambling Code

Serving SC 0…511 Scrambling Code for serving cell

Serving UARFCN DL 0…16383 UTRAN ARFCN DL for serving cell.

Time slot 0...7 Timeslot used for current call. Valid only in dedicated mode.

3.3. Call Attempt



BCCH P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810



Cause 0…5, 255 The call establishment cause. See [9] (14/19817 AOMR 305 001) for more information.

CellID 0…65535 Cell Identity

Cell Name Text Cell Name of the members in active set or the serving cell.

Channel 0…1023 The traffic channel number.


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MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


1: WCDMA

2: GSM

3: Mixed

255: Unknown

RNC CellId 0…4095 RNC Cell Id of the strongest Scrambling Code



Timeslot 0...7 Timeslot used for current call. Valid only in dedicated mode.

3.4. Call End




Duration 0… seconds Duration of the call in seconds



MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


1: WCDMA

2: GSM

3: Mixed

255: Unknown


Silent call 0…3 0 = AQM data received or not expected


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1 = AQM UL data was expected during the call, but could not be recognized or was not sent

2 = AQM DL data was expected during the call, but could not be recognized or was not sent

3= Neither AQM UL nor AQM DL could be recognized though expected.

3.5. Call Information

Call Termination Text Information on how the call terminated. (Blocked, dropped, successfully etc.)


1: WCDMA

2: GSM

3: Mixed

255: Unknown

3.6. Call Setup



Call setup time 0… ms The time from the last Channel Request message until Alerting. (The network response time.)




Measurement type 1… Shows which type of call that was established (MO, MT etc.). See [9] (14/19817 AOMR 305 001) for more information.

MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


1: WCDMA

2: GSM

3: Mixed

255: Unknown


Total completion time 0… ms The time from the last pressed key until Alerting (MT calls) or from first Channel Request until Alerting (MO calls).


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Calling line identification Text The original phone number

Calling line phone number Text The receiving phone number

Calling line identification success

0..1 Indecates if the original and receiving phone number is the same.

3.7. Cell Reselection

New Active SC n where n = 1…6

0…511 New Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

New Active UARFCN DL 0…16383 New UTRAN ARFCN DL of the strongest Scrambling Code

New BCCH P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810

The new BCCH channel number.

New BSIC 0...77 (octal) The new Base Station Identity Code.

New CellID 0…65535 Cell Identity

New LAC 0…65535 Location Area Code

New MCC 000…999 Mobile Country Code

New MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

New RNC CellId 0…4095 The new RNC Cell Id of the strongest Scrambling Code

New Serving SC 0…511 Scrambling Code for the new serving cell

New Serving UARFCN DL 0…16383 UTRAN ARFCN DL for the new serving cell

Old Active SC n where n = 1…6

0…511 Old Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

Old Active UARFCN DL 0…16383 Old UTRAN ARFCN DL of the strongest Scrambling Code

Old BCCH P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810

BCCH channel number.

Old BSIC 0...77 (octal) The old Base Station Identity Code.

Old CellID 0…65535 Cell Identity

Old LAC 0…65535 Location Area Code


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Old MCC 000…999 Mobile Country Code

Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

Old RNC CellId 0…4095 The old RNC Cell Id of the strongest Scrambling Code

Old Serving SC 0…511 Scrambling Code for the old serving cell

Old Serving UARFCN DL 0…16383 UTRAN ARFCN DL for the old serving cell


1: WCDMA

2:GSM

3:Mixed

255: Unknown

Reselection type 0…6 The type of reselection:

0:Idle mode to idle mode within one PLMN

1:No service mode to idle mode

2:Idle mode to idle mode between two PLMN

3:Idle mode to UTRAN

4:UTRAN to Idle mode

5:UTRAN to UTRAN within one frequency

6:UTRAN to UTRAN between two frequencies

Reselection band type 0…1 Reselection band type: 0:IntraBand 1:InterBand

3.8. CS FTP Data

Highlevel datarate DL 0… User experienced data transfer rate (bit/s)

Lowlevel datarate DL 0… Transfer rate measured on the serial port before TCP/IP (bit/s)

Highlevel datarate UL 0… User experienced data transfer rate (bit/s)

Lowlevel datarate UL 0… Transfer rate measured on the serial port before TCP/IP (bit/s)

3.9. Drop Call

Abnormal network drop cause 0…255 If drop is caused by a DISCONNECT or RELEASE L3 message then, CC cause in GSM specification 04.08 otherwise NULL.



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BCCH P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810

Broadcast Control Channel.

BSIC 0...77 (octal) Base Station Identity Code.

Cell Name Text The name of the cell where the call dropped.


Channel 0…1023 The channel number.

Drop type 1…8 The type of drop.

1:DL coverage 2:DL quality 3:Abnormal network

4:TA 5:UL coverage 6:UL quality

7:Technical

8:Abnormal change to Idle mode

Duration 0… s The duration of the call in seconds.




MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


1: WCDMA

2: GSM

3: Mixed

255: Unknown


Silent call 0…3 0 = AQM data received or not expected

1 = AQM UL data was expected during the call, but could not be recognized or was not sent

2 = AQM DL data was expected during the call, but could not be recognized or was not sent

3= Neither AQM UL nor AQM DL could be recognized though expected.


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Time slot 0…7 Timeslot used for current call. Valid only in dedicated mode.

3.10. Echo

Echo delay 0… ms Echo delay time (in milliseconds), 0 if no echo can be measured.

Echo attenuation 0…100 Echo attenuation (in dB), 100 if no echo can be measured.

3.11. Filemark

Filemark Text The filemark contents.

In MTU logfiles there might be eight automatically generated filemarks:

”CeNA No service” (No operator available, MO call failed) ”CeNA Limited service” (Only operator with no roaming available, MO call failed)

”CeNA MT call failed” (MT call expected) ”CeNA silent call detected” (PSQM data expected)

”CeNA Report Limited Service” (Only operator with no roaming available)

”CeNA Report No Service” (No operator available)

“DTMF Failure” (The MTU has failed to send DTMF)

“Call not synced” (The DSP was never able to sync during the call. Probably no audio was sent)

3.12. Frequent AQM

FrequentAQM DL 1…5 The speech quality measurement in FrequentAQM for downlink.

FrequentAQM Sentence DL 0…7 Indicate which speech file that was used for downlink.

FrequentAQM UL 1…5 The speech quality measurement in FrequentAQM for uplink.

FrequentAQM Sentence UL 0…7 Indicate which speech file that was used for uplink.

3.13. FTP Data (TEMS Investigation Logfiles)





These themes are used when looking at FTP data throughput for TEMS Investigation logfiles.


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3.14. GPRS Access

Network initiated 0...1 (NO/YES) Indicates if the access was network initiated (DL TBF) or mobile originated (UL TBF). NO/YES

Access type 0…6 The type of access. See [9] (14/19817 AOMR 305 001) for more information.

Allocation method 1…4 The allocation method. See [9] (14/19817 AOMR 305 001) for more information.

Completion time 0… ms The completion time in milliseconds.

GPRS Access is not calculated from TEMS Automatic 4.0 and later. For earlier versions of TEMS Automatic it will be calculated and presented.

3.15. GPRS Access Failure

Network initiated 0...1 (NO/YES) Indicates if the access was network initiated (DL TBF) or mobile originated (UL TBF). NO/YES

Access type 0…6 The type of access. See [9] (14/19817 AOMR 305 001) for more information.

Allocation method 1…4 The allocation method. See [9] (14/19817 AOMR 305 001) for more information.

Cause 1…8 The cause for the failure. See [9] (14/19817 AOMR 305 001) for more information.


GPRS Access Failure is not calculated from TEMS Automatic 4.0 and later. For earlier versions of TEMS Automatic it will be calculated and presented.

3.16. GPRS EGPRS Radio Data DL

Throughput LLC 0… Throughput in Logical Link Control Layer (bit/s)

Decode errors LLC 0…100% Decode errors in LLC layer.

Throughput RLC 0… Throughput in Radio Link Control Layer (bit/s).

Decode errors RLC 0…100% Decode errors in RLC layer.

CS 1 0…100% The percentage of utilization of Coding scheme 1




MCS 1 0…100% The percentage of utilization of MCS 1


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MCS…n 0…100% The percentage of utilization of MCS n

MCS 9 0…100% The percentage of utilization of MCS 9

See “GPRS measurements in the TEMS products” (EPL/N/TB-01:019).

3.17. GPRS EGPRS Radio Data UL

Throughput LLC 0… Throughput in Logical Link Control Layer (bit/s).

Retransmissions LLC 0…100% Percentage of retransmitted LLC blocks.

Throughput RLC 0… Throughput in Radio Link Control Layer (bit/s).

Retransmissions RLC 0…100% Percentage of retransmitted RLC blocks.

Coding scheme UL 1…4 The coding scheme used for Uplink.


3.18. GSM C/I Best

n C/I where n = 1-64 -5…25 dB Carrier-over-interference ratio for all hopping channels in all used timeslots. The whole list sorted by descending C/I. 1 gives the C/I of the best channel, 2 gives that of the second best, etc.

n Channel where n = 1-64 0…1023 The channel number.

See “The Importance of C/I in Network Optimization“ (LZT 108 4441).

3.19. GSM C/I Worst

n C/I where n = 1-64 -5…25 dB C/I values for all hopping channels in all used timeslots. The whole list sorted by ascending C/I. 1 gives the C/I of the worst channel, 2 gives that of the second worst, etc.

n Channel where n = 1-64 0…1023 Channel 1 gives the channel where the C/I is worst, Channel 2 gives the channel with the second worst C/I.

See “The Importance of C/I in Network Optimization“ (LZT 108 4441).

3.20. GSM C/I Idle

C/I -5…25 dB Carrier over interference ratio for idle mode.

Channel 0…1023 The channel corresponding to the C/I measurement.

See “Measuring the C/I in idle mode” (document No. EPL/T/TN-00:052).


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3.21. GSM Dedicated Channel & Cell

Channel 0…1023 The channel number.

Timeslot 0…7 Timeslot used for current call. Valid only in dedicated mode.

Channel type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”. See [9] (14/19817 AOMR 305 001) for more information.

Channel mode 0…11 Activity on channel: “Signaling only”, Speech transmission (e.g. “Speech full rate version 1”) or data transmission (e.g. “Data 12.0 Kbit/s radio interface rate). See [9] (14/19817 AOMR 305 001) for more information.

Sub channel 0…7 Number of sub channels used in SDCCH or TCH half-rate channel.


MAIO 0…63 Mobile Allocation Index Offset. Indicates where in the hopping frequency list to start. Valid only if frequency hopping is used.

HSN 0…63 Hopping Sequence Number, indicating which hopping frequency list to use.

CellID 0…65535 Cell identity.

Cell Name Text Show cell name is a cell file is loaded.

BSIC 0...77 (octal) Base Station Identity Code.

BCCH P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810

Broadcast Control Channel.

RLTMax 4, 8, …, 64 Initial value of Radio Link Timeout counter.

RAC 0…255 Routing Area Code (8bits). Size of RA<= size of LA.



MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

TSC 0…7 The training sequence code

Coding scheme UL 1…4 The coding scheme used for uplink transmission.

Voice coder 100…255 Indicates the used vocoder.

Hopping channel n where n = 0...1023 The frequencies used.


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1-64 Each frequency is stored in two bytes and has a range of 0-1023. There can be a maximum of 64 frequencies.

Timeslots DL 1…8 The number of timeslots that is used for downlink transmission.

Timeslots n DL where n = 1-8 1…255 Bitmask describing which timeslots are used for downlink transmission. LSB indicates if timeslot 0 is used and so on.

Timeslots UL 1…8 The number of timeslots that is used for uplink transmission.

Timeslots n UL where n = 1-8 1…255 Bitmask describing which timeslots are used for uplink transmission. LSB indicates if timeslot 0 is used and so on.

3.22. GSM Dedicated Mode

Frame num 0… The frame number

RxLev full -120…-10 dBm Received signal strength.

RxLev sub -120…-10 dBm Received signal strength. (Sub value)

RxQual full 0…7 Received signal quality, calculated from the bit error rate according to the table in GSM 05.08.

RxQual sub 0…7 Received signal quality, calculated from the bit error rate according to the table in GSM 05.08. (Sub value)

TA 0…63 Timing Advance. Valid only in dedicated mode.

TxPower GSM 900: 5…39

GSM 1800: 0…36

GSM 1900: 0…33 (dBm)

Mobile station transmit power in dBm. Valid only in dedicated mode.

RLTCurrent 0…64 The actual radio link timeout.

DTXDL 0…96% Use of DTX on downlink. Calculated as:

(number of block not sent/total number of blocks) * 100

2 mandatory blocks are always sent using DTX: 1 TCH (with SID information) and 1 SACCH.

Non-existent for GPRS (no DTX)

FER full 0…100 % Frame erasure rate. Calculated as:

(number of erased blocks/total number of blocks) * 100

A block is erased when the parity check (CRC) fails.

FER sub 0…100% Frame erasure rate. Calculated as:

(number of erased blocks/total number of blocks) * 100

A block is erased when the parity check (CRC) fails. (Sub value)

SQI -20…30 dBQ Speech Quality Index. The range depends on the speech codec used:

FR (Full Rate): -19…22


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EFR (Enhanced Full Rate): -20…30.

Non-existent for GPRS.

C/A –2 -100…100 Carrier over Adjacent. Calculated as

(RxLev for serving cell)- (Adjacent RxLev for –2), i.e. the adjacent channel’s frequency is 400kHz below the serving cell’s. Invalid if frequency hopping is used.

C/A-1 -100…100 Same as C/A-2 but with adjacent channel at –200kHz

C/A +1 -100…100 Same as C/A-2 but with adjacent channel at +200kHz

C/A +2 -100…100 Same as C/A-2 but with adjacent channel at +400kHz

RLT % 0…100% The radio link timeout counter in percentage.

EGPRS BEP 0…31 Bit error probability

EGPRS BEP CV 0…7 Bit error probability variance

3.23. GSM Dedicated Neighboring Cell

BCCH n where n=1-6 P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810

Broadcast Control Channel. BCCH 1 gives the channel of the strongest neighbor. BCCH 2 gives the channel of the second strongest neighbor etc.

Cell Name Text Cell name if a cell file is loaded.

RxLevel n where n=1-6 -120…110dBm Received signal strength. RxLevel 1 gives the signal strength of the strongest neighbor. RxLevel 2 gives the signal strength of the second strongest neighbor, etc.

BSIC n where n = 1-6 0...77 (octal) Base Station Identity Code. BSIC 1 gives the BSIC of the strongest neighbor. BSIC 2 gives the BSIC of the second strongest neighbor etc.

3.24. GSM Idle Cell


Cell Name Text Cell name if a cell file is loaded.


BCCH P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810


RLTMax 4, 8, …, 64 Initial value of Radio Link Timeout counter.


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RAC 0…255 Routing Area Code (8bits). Size of RA<= size of LA.



MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

TSC 0…7 The training sequence code.

DSCMax 10…45 The maximum value of the downlink signaling failure counter.

DSCActual 0…45 The current value of the downlink signaling failure counter.

GMMState 0…3 0: “No GPRS Available”

1: “GMM Idle”

2: “GMM Standby”

3: “GMM Ready”

GPRS packet support type 0…2 Indicates if the cell supports E/GPRS.

0: No Packet Support

1: GPRS Support

2: EGPRS Support

Network control order 0…2 0: “MS controlled cell re-selection, no measurement reporting”

1: “MS controlled cell re-selection, MS sends measurement reports.”

2: “Network controlled cell re-selection, MS sends measurement reports”

DSC% 0…100% The value (%) of the downlink signaling counter

3.25. GSM Idle Mode


C1 -127…127 Path loss parameter. Valid only in idle mode.

C2 -127…127 Cell reselection parameter. Valid only in idle mode.

C31 -127…127 The signal level threshold criterion parameter.

C32 -127…127 The cell ranking criterion parameter

RxLevel -120…-10 dBm Received signal strength.

C/A –2 -100…100 dBm Carrier over Adjacent. Calculated as

(RxLev for serving cell)- (Adjacent RxLev for –2), i.e. the adjacent channel’s frequency is 400kHz below the serving cell’s. Invalid if frequency hopping is used.


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C/A –1 -100…100 dBm Same as C/A-2 but with adjacent channel at –200kHz

C/A +1 -100…100 dBm Same as C/A-2 but with adjacent channel at +200kHz


3.26. GSM Idle Neighboring Cell

BCCH n where n=1-6 P-GSM 900: 1…124

E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810


RxLev n where n = 1-6 -120…-10 dBm Received signal strength.


1: WCDMA

2: GSM

3: Mixed

255: Unknown

BSIC n where n = 1-6 0...77 (octal) Base Station Identity Code

C1 n where n = 1-6 -127…127 Path loss parameter. Valid only in idle mode.

C2 n where n = 1-6 -127…127 Cell reselection parameter. Valid only in idle mode.

C31 n where n = 1-6 -127…127 The signal level threshold criterion parameter.

C32 n where n = 1-6 -127…127 The cell ranking criterion parameter

3.27. GSM Improved Idle Mode


C1 -127…127 Path loss parameter. Valid only in idle mode.

C2 -127…127 Cell reselection parameter. Valid only in idle mode.

RxLevel -120…-10 dBm Received signal strength.

C/A –2 -100…100 dBm Carrier over Adjacent. Calculated as

(RxLev for serving cell)- (Adjacent RxLev for –2), i.e. the adjacent channels’s frequency is 400kHz below the serving cell’s. Invalid if frequency hopping is used.

C/A –1 -100…100 dBm Same as C/A-2 but with adjacent channel at –200kHz




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RxQuality 0…7 Received signal quality, calculated from the bit error rate according to the table in GSM 05.08.

Mode 1…6 2: Idle mode

3: Improved idle mode

3.28. GSM Missing Neighbor

ARFCN Serving Cell

BSIC Serving Cell

ARFCN Missing Neighbor X

BSIC Missing Neighbor X

3.29. GSM Missing Neighbor Detected Symmetry

ARFCN Serving Cell

BSIC Serving Cell

ARFCN Missing Neighbor

BSIC Missing Neighbor

3.30. GSM Scan Data

BCCH ARFCN_X

BSIC_X

RXLEV_X

C/I_X

3.31. GSM PSQM

PSQM DL 0…6.5 The speech quality measurement in PSQM for downlink.

PSQM Sentence DL 0…9 Indicate which speech file that was used for downlink.

PSQM Algorithm DL 0...1 The version of the PSQM algorithm on downlink.

PSQM dBQ DL -17.05…38.01 The PSQM value in DBQ for downlink.

MOS DL 1…5 The speech quality value in MOS scale for downlink, based on PSQM.

MOS dBQ DL 1…5 The speech quality value in MOS scale for downlink, based on PSQM dBQ.


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PSQM UL 0…6.5 The speech quality measurement in PSQM for uplink.

PSQM Sentence UL 0…9 Indicate which speech file that was used for uplink.

PSQM Algorithm UL 0...1 The version of the PSQM algorithm on uplink.

PSQM dBQ UL -17.05…38.01 The PSQM value in DBQ for uplink.

MOS UL 1.02…4.31 The speech quality value in MOS scale for uplink, based on PSQM.

MOS dBQ UL 1.02…4.31 The speech quality value in MOS scale for uplink, based on PSQM dBQ.

PSQM is not supported by any MTUs in TEMS Automatic 4.0 or higher. PSQM data from earlier versions are still possible to display.

3.32. GSM RxLevel, All Modes

RxLev full -120…-10 dBm Received signal strength, full values + idle mode measurements.

RxLev sub -120…-10 dBm Received signal strength, sub values + idle mode measurements

3.33. Handover

Cause 0…255 The RR Cause, see GSM specification 04.08, or the Location Update type, depending on the L3 message type.


New Active SC n where n = 1-6

0…511 Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

New Active UARFCN DL 0…16383 UTRAN ARFCN DL of the strongest Scrambling Code


E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810


New BSIC 0...77 (octal) Base Station Identity Code


New Channel 0…1023 The channel number.

New Ch type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”. See “TEMS Presentation Measurement Database Description” for more information.

New Hopping 0…1 (FALSE-TRUE) Indicates use of frequency hopping



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New MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

New RNC CellId 0…4095 RNC Cell Id of the strongest Scrambling Code

New Sub Ch 0…7 Number of subchannels used in SDCCH or TCH half-rate channel.

New Timeslot 0...7 Timeslot used for current call. Valid only in dedicated mode.

Old Active SC n where n = 1-6 0…511 Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

Old Active UARFCN DL 0…16383 UTRAN ARFCN DL of the strongest Scrambling Code


E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810


Old BSIC 0...77 (octal) Base Station Identity Code


Old Channel 0…1023 The channel number.

Old Ch type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”. See [9] (14/19817 AOMR 305 001) for more information.

Old Hopping 0…1 (FALSE-TRUE) Indicates use of frequency hopping



Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

Old RNC CellId 0…4095 RNC Cell Id of the strongest Scrambling Code

Old Sub Ch 0…7 Number of subchannels used in SDCCH or TCH half-rate channel.

Old Timeslot 0...7 Timeslot used for current call. Valid only in dedicated mode.


1: WCDMA

2: GSM

3: Mixed


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255: Unknown

Type 0…5 The type of handover

0:GSM Inter cell

1:GSM Intra cell

2:GSM Inter band

3:WCDMA inter-frequency handover

4:UTRAN to GSM handover

5:GSM to UTRAN handover

3.34. Handover Failure

Cause 0…255 The RR Cause, see GSM specification 04.08, or the Location Update type, depending on the L3 message type.


New Active SC n where n = 1-6

0…511 Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

New Active UARFCN DL 0…16383 UTRAN ARFCN DL of the strongest Scrambling Code


E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810




New Channel 0…1023 The channel number.

New Ch type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”. See “TEMS Presentation Measurement Database Description” for more information.

New Hopping 0…1 (FALSE-TRUE) Indicates use of frequency hopping



New MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


New Sub Ch 0…7 Number of subchannels used in SDCCH or TCH half-rate channel.


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New Timeslot 0...7 Timeslot used for current call. Valid only in dedicated mode.

Old Active SC n where n = 1-6 0…511 Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

Old Active UARFCN DL 0…16383 UTRAN ARFCN DL of the strongest Scrambling Code


E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810




Old Channel 0…1023 The channel number.

Old Ch type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”. See [9] (14/19817 AOMR 305 001) for more information.

Old Hopping 0…1 (FALSE-TRUE) Indicates use of frequency hopping



Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


Old Sub Ch 0…7 Number of subchannels used in SDCCH or TCH half-rate channel.

Old Timeslot 0...7 Timeslot used for current call. Valid only in dedicated mode.


1: WCDMA

2: GSM

3: Mixed

255: Unknown

Type 0…5 The type of handover

0:GSM Inter cell

1:GSM Intra cell

2:GSM Inter band

3:WCDMA inter-frequency handover

4:UTRAN to GSM handover

5:GSM to UTRAN handover


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3.35. HSCS FTP Data





3.36. HTTP Data (TEMS Investigation Logfiles)

Highlevel datarate 0… The user-experienced data transfer rate (bit/s)

Lowlevel datarate 0… Transfer rate measured on the serial port before TCP/IP (bit/s)

These themes are used only when looking at TEMS Investigation files.


3.37. Layer 3 Message


Hex code Hex The hex code of the Layer 3 message.

MsgIndex Number The message index of the Layer 3 message.

MsgName Text The message name of the Layer 3 message.

3.38. Location Update



Cause 0…111 Not used

Cell ID for strongest SC 0…65535 Cell Identity for strongest scrambling code



E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810





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New MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810






Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


1: WCDMA

2: GSM

3: Mixed

255: Unknown




Type 0…3 The location update type:

0:Normal

1:Periodic

2:IMSI Attach

3:Reserved

3.39. Location Update Failure




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Cause 0…111 Not used

Cell ID for strongest SC 0…65535 Cell Identity for strongest scrambling code



E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810






New MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810






Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


1: WCDMA

2: GSM

3: Mixed

255: Unknown




Type 0…3 The location update type:


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0:Normal

1:Periodic

2:IMSI Attach

3:Reserved

3.40. MMS Received Event

Data mode Text Defines if GPRS, EDGE, WCDMA etc. was used

Data mode DL Text Defines datamode used during downlink.

Data mode UL Text Defines datamode used during uplink.

MMS size 0…10000 Size of the MMS in byte

Notification duration 0…1000000 Time duration beween the MMS was send untill notification was received.

Notification time Datetime Time when notification indecation was received

Radio access technology 0…7 Radio Access Technology

1: WCDMA

2: GSM

3: Mixed

255: Unknown

Receiving duration 0…1000000 Time duration to receive the MMS

Receiving time Datetime Time when the MMS was received

Sending phone number Text Phone number of the sending device.

Total duration 0…1000000 Total duration between the sending and received MMS

Transfer duration 0…1000000 Time duration to transfer the MMS

WAP activation time 0…1000000 Time to setup WAP connection.

3.41. MMS Received Failure Event

Cause Text Failure cause (see tLookupDatatransferFalure)

Data mode Text Defines if GPRS, EDGE, WCDMA etc. was used





Notification time Datetime Time when notification indecation was received


1551-AOM 901 39/1 Uen 136(201)


1: WCDMA

2: GSM

3: Mixed

255: Unknown

Receiving duration 0…1000000 Time duration to receive the MMS

Receiving time Datetime Time when the MMS was received

Sending phone number Text Phone number of the sending device.



3.42. MMS Sent Event

Receiving phone number Text Phone number of the receiving device.

APN Text Access point node



KPI 0..1 Was KPI used (Yes or no)

MMS Server Text Name of the MMSC


MMS Template Text Name of the template that was used.



1: WCDMA

2: GSM

3: Mixed

255: Unknown

Sending duration 0…1000000 Time duration to send the MMS

Sending time Datetime Time when the MMS was sent

Total duration 0…1000000 Time to setup WAP connection.




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3.43. MMS Sent Failure Event

Receiving phone number Text Phone number of the receiving device.

APN Text Access point node

Cause Text Failure cause (see tLookupDatatransferFalure)



MMS Server Text Name of the MMSC


MMS Template Text Name of the template that was used.


1: WCDMA

2: GSM

3: Mixed

255: Unknown

Sending duration 0…1000000 Time duration to send the MMS

Sending time Datetime Time when the MMS was sent

Total duration 0…1000000 Total duration between the sending and received MMS



3.44. No Service

Value 1 Identification of no service.

3.45. PESQ

PESQ DL 1…5 The speech quality measurement in PESQ for downlink.

PESQ Reference DL 0…7 Indicate which speech file that was used for downlink.

PESQ UL 1…5 The speech quality measurement in PESQ for uplink.

PESQ Reference UL 0…7 Indicate which speech file that was used for uplink.


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3.46. Ping Data

Round trip time 1…10000 Average round trip time for current sample (sample ~1sec)

Ping count 0…1000 Number of successful ping measurments for current sample.

Failed ping count 0…1000 Number of failed ping measurments for current sample

3.47. Ping Session

Round trip time 1…10000 Average round trip time for current ping session



KPI 0…1 Indecates if KPI was used or not (Yes/No)

Mean throughput 0… 4000000 Avarage thorughput for the Tping load (not used)

Ping count 0…1000 Number of successful ping measurments for current session.

Radio Access Technology 0…7 Radio Access Technology

1: WCDMA

2: GSM

3: Mixed

255: Unknown

Server name Text Server that was pinged

3.48. Ping Session Failure

Cause Text Couse of the failed ping



Failed ping count 0…1000 Number of failed ping measurments for current session

KPI 0…1 Indecates if KPI was used or not (Yes/No)

Ping count 0…1000 Number of successful ping measurments for current session.

Radio Access Technology 0…7 Radio Access Technology

1: WCDMA

2: GSM

3: Mixed

255: Unknown

Server name Text Server that was pinged


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3.49. PS Attach



Attach result 1…3 The attach result. See “TEMS Presentation Measurement Database Description” for more information.

Attach type 1…3 The attach type. See “TEMS Presentation Measurement Database Description” for more information.

Cause 2…512 The cause for the attach if not complete success. See table tLookUpGSMGMMCause in “TEMS Presentation Measurement Database Description” for more information.





MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


1: WCDMA

2:GSM

3:Mixed

255: Unknown




3.50. PS Attach Failure



Attach type 1…3 The attach type. See [9] (14/19817 AOMR 305 001) for more information.

Cause 2…512 The cause for the attach if not complete success. See table tLookUpGSMGMMCause in [9] (14/19817 AOMR 305 001) for more information.


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MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


1: WCDMA

2:GSM

3:Mixed

255: Unknown




3.51. PS Detach



Cause 2…512 The cause for the detach. See [9] (14/19817 AOMR 305 001) for more information.


Detach type 0…7 The detach type. See [9] (14/19817 AOMR 305 001) for more information.



MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

Network initiated 0…1 (NO/YES) Indicates if the detach was network initiated. (NO/YES)


1: WCDMA

2:GSM


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3:Mixed

255: Unknown




3.52. PS FTP Data





3.53. PS HTTP Data

Highlevel datarate 0… The user-experienced data transfer rate (bit/s)

Lowlevel datarate 0… Transfer rate measured on the serial port before TCP/IP (bit/s)

For more information about GPRS HTTP measurements see “GPRS measurements in the TEMS products” (EPL/N/TB-01:019).

3.54. PS Parameters

AccessPointName Text Host name or network address for each active PDPcontext.

Precedence class 0…15 Precedence class as defined by subscription: Subscribed, High, Normal or Low priority.

Delay class 0…8 Delay class as defined by subscription (Subscribed, 1, 2, 3, or 4)

Reliability class 0…7 Reliability class as defined by subscription.

Peak throughput class 0…16 Peak throughput as defined by subscription. 1-256 kB/s

Mean throughput class 0…32 Mean throughput (100 bytes/h - 50MB/h)

Radio priority 1…4 Radio priority as defined by subscription.

Test Node Text The test node that is used for this measurement.



For more information about GPRS parameter values, See [9] (14/19817 AOMR 305 001) for more information.


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3.55. PS PDP Context Activation

Access Point Name Text Host name or network address for each active PDPcontext.




CellId 0…65535 Cell Identity



MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code



1: WCDMA

2:GSM

3:Mixed

255: Unknown

Requested delay class 0…8 Delay class as defined by subscription (Subscribed, 1, 2, 3, or 4)

Requested mean throughput class

0…32 Mean throughput (100 bytes/h - 50MB/h)

Requested peak throughput class

0…16 Peak throughput as defined by subscription. 1-256 kB/s

Requested precedence class 0…15 Precedence class as defined by subscription: Subscribed, High, Normal or Low priority.

Requested reliability class 0…7 Reliability class as defined by subscription.




3.56. PS PDP Context Activation Failure

Access Point Name Text Host name or network address for each active PDPcontext.



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Cause 2…512 The reason the PDPContext Activation failed. See table tLookUpGSMSMCause in [9] (14/19817 AOMR 305 001) for more information.

CellId 0…65535 Cell Identity




MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code



1: WCDMA

2:GSM

3:Mixed

255: Unknown

Requested delay class 0…8 Delay class as defined by subscription (Subscribed, 1, 2, 3, or 4)

Requested mean throughput class

0…32 Mean throughput (100 bytes/h - 50MB/h)

Requested peak throughput class

0…16 Peak throughput as defined by subscription. 1-256 kB/s

Requested precedence class 0…15 Precedence class as defined by subscription: Subscribed, High, Normal or Low priority.

Requested reliability class 0…7 Reliability class as defined by subscription.




3.57. PS PDP Context Deactivation



Cause 2…512 The reason for the deactivation. See table tLookUpGSMSMCause in [9] (14/19817 AOMR 305 001) for more information.


1551-AOM 901 39/1 Uen 144(201)





MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

Network initiated 0…1 (NO/YES) Indicates if the deactivation was network initiated. (NO/YES)


1: WCDMA

2:GSM

3:Mixed

255: Unknown




3.58. PS PDP Context Deactivation Failure








MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code



1: WCDMA


1551-AOM 901 39/1 Uen 145(201)

2:GSM

3:Mixed

255: Unknown







3.59. PS PDP Context Modification




Completion time 0… ms The modification completion time.



MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

New Access Point Name Text Host name or network address for each active PDPcontext.

New Delay class 0…8 Delay class as defined by subscription (Subscribed, 1, 2, 3, or 4)

New Mean throughput class 0…32 Mean throughput (100 bytes/h - 50MB/h)

New Peak throughput class 0…16 Peak throughput as defined by subscription. 1-256 kB/s

New Precedence class 0…15 Precedence class as defined by subscription: Subscribed, High, Normal or Low priority.

New Radio priority 1…4 Radio priority as defined by subscription.

New Reliability class 0…7 Reliability class as defined by subscription.

Old Access Point Name Text Host name or network address for each active PDPcontext.

Old Delay class 0…8 Delay class as defined by subscription (Subscribed, 1, 2, 3, or 4)


1551-AOM 901 39/1 Uen 146(201)

Old Mean throughput class 0…32 Mean throughput (100 bytes/h - 50MB/h)

Old Peak throughput class 0…16 Peak throughput as defined by subscription. 1-256 kB/s

Old Precedence class 0…15 Precedence class as defined by subscription: Subscribed, High, Normal or Low priority.

Old Radio priority 1…4 Radio priority as defined by subscription.

Old Reliability class 0…7 Reliability class as defined by subscription.


1: WCDMA

2:GSM

3:Mixed

255: Unknown




3.60. PS PDP Context Modification Failure



Cause 2…512 The reason for the PDPContext Modification failed. See table tLookUpGSMSMCause in [9] (14/19817 AOMR 305 001) for more information.


Completion time 0… ms The modification completion time.



MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

New Access Point Name Text Host name or network address for each active PDPcontext.

New Delay class 0…8 Delay class as defined by subscription (Subscribed, 1, 2, 3, or 4)

New Mean throughput class 0…32 Mean throughput (100 bytes/h - 50MB/h)

New Peak throughput class 0…16 Peak throughput as defined by subscription. 1-256 kB/s


1551-AOM 901 39/1 Uen 147(201)

New Precedence class 0…15 Precedence class as defined by subscription: Subscribed, High, Normal or Low priority.

New Radio priority 1…4 Radio priority as defined by subscription.

New Reliability class 0…7 Reliability class as defined by subscription.

Old Access Point Name Text Host name or network address for each active PDPcontext.

Old Delay class 0…8 Delay class as defined by subscription (Subscribed, 1, 2, 3, or 4)

Old Mean throughput class 0…32 Mean throughput (100 bytes/h - 50MB/h)

Old Peak throughput class 0…16 Peak throughput as defined by subscription. 1-256 kB/s

Old Precedence class 0…15 Precedence class as defined by subscription: Subscribed, High, Normal or Low priority.

Old Radio priority 1…4 Radio priority as defined by subscription.

Old Reliability class 0…7 Reliability class as defined by subscription.


1: WCDMA

2:GSM

3:Mixed

255: Unknown




3.61. Routing Area Update



Cause 2…512 The cause for the routing area update if not complete success. See table tLookUpGSMGMMCause in [9] (14/19817 AOMR 305 001) for more information.

Cell ID for strongest SC 0…65535 Cell Identity for the strongest scrambling code



E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810



1551-AOM 901 39/1 Uen 148(201)


New Cell ID 0…65535 Cell Identity



New MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

New RAC 0…255 Routing Area Code (8bits). Size of RA<= size of LA.


E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810






Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

Old RAC 0…255 Routing Area Code (8bits). Size of RA<= size of LA.


1: WCDMA

2:GSM

3:Mixed

255: Unknown




Update result 0…1 The routing area update result. See [9] (14/19817 AOMR 305 001) for more information.

Update type 0…3 The type of routing area update. See [9] (14/19817 AOMR 305 001) for more information.


1551-AOM 901 39/1 Uen 149(201)

3.62. Routing Area Update Failure



Cause 2…512 The cause for the routing area update if not complete success. See table tLookUpGSMGMMCause in [9] (14/19817 AOMR 305 001) for more information.

Cell ID for strongest SC 0…65535 Cell Identity for the strongest scrambling code



E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810



New Cell ID 0…65535 Cell Identity



New MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

New RAC 0…255 Routing Area Code (8bits). Size of RA<= size of LA.


E-GSM 900: 0…124, 975…1023

GSM 1800: 512…885

GSM 1900: 512…810






Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

Old RAC 0…255 Routing Area Code (8bits). Size of RA<= size of LA.



1551-AOM 901 39/1 Uen 150(201)

1:WCDMA

2:GSM

3:Mixed

255: Unknown




Update type 0…3 The type of routing area update. See [9] (14/19817 AOMR 305 001) for more information.

3.63. Service Mode


MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

New mode 0…2 0: Full service

1: Limited service (emergency calls only)

2: No service

Old mode 0…2 0: Full service

1: Limited service (emergency calls only)

2: No service

3.64. SMS Received

CellID 0…65535 Cell Identity of receiving mobile

IMEI Text This is the IMEI number of the MTU reciving MTU

IMSI Text This is the IMSI number of the MTU reciving MTU

MCC 0…999 Mobile country code of receiving mobile

MNC 0…999 Mobile network code of receiving mobile

MTUName Text Receiving MTU name


1:WCDMA

2:GSM

3:Mixed

255: Unknown


1551-AOM 901 39/1 Uen 151(201)

Receiving Duration 0… (ms) Time elapsed in ms from SMS-C to receiving mobile

Receiving Time 0… (ms) Local time when receiving SMS


Total Duration 0… (ms) Time elapsed in ms from sending mobile to receiving mobile

3.65. SMS Sent

CellID 0…65535 Cell Identity of sending mobile

IMEI Text This is the IMEI number of the MTU sending MTU

IMSI Text This is the IMSI number of the MTU sending MTU

MCC 0…999 Mobile country code of sending mobile

MNC 0…999 Mobile network code of sending mobile

Receiving MTU Name Text Reciving MTU name


1:WCDMA

2:GSM

3:Mixed

255: Unknown


Sending Duration 0… (ms) Time elapsed in ms from sending mobile to SMS-C

Sending SMSC 1… Corresponding tSMSCenter index

Sending Time 0… (ms) Time elapsed in ms from sending mobile to receiving mobile

3.66. SMS Sent Failure

CellID 0…65535 Cell Identity of sending mobile

IMEI Text This is the IMEI number of the MTU sending MTU

IMSI Text This is the IMSI number of the MTU sending MTU

MCC 0…999 Mobile country code of sending mobile

MNC 0…999 Mobile network code of sending mobile

MTUName Text Sending MTU name


1:WCDMA


1551-AOM 901 39/1 Uen 152(201)

2:GSM

3:Mixed

255: Unknown


Cause Text Reason for SMS failure

3.67. Streaming Data

HighLevelDataRateDL 0… The user experienced data transfer rate bit/s

VSQI 1…5 Video Streaming Quality Index

3.68. Streaming Media

Bit Rate Not used

ClipLength Length of streaming clip without revuffering (sec)

Codec Identifies the codec used during the streaming session

Codec Version Text Version number of the used codec

CodecVersion The version of the codec used



FrameRate 0… Average frame rate (frames/s)

KPI Text Indicates if KPI measurements was made

0 NO

1 Yes

Mean Throughput 0… Mean throughput (bit/s)

Node Text URL

PacketLoss 0… RTP packet loss (%)

ServiceAccessTime 0… Service access time in sec

ServiceType Text The service type

TransferTime 0… The time between the first and the last RTP packet (sec)

VSQI 1..5 Video Streaming Quality Index


1551-AOM 901 39/1 Uen 153(201)

3.69. Streaming Media Failure

Cause Text The failure cause for a streaming session

ClipLength Length of streaming clip without revuffering (sec)

Codec Identifies the codec used during the streaming session

CodecVersion The version of the codec used



Data transfered 0… Number of bytes transferd until failure

Node Text URL

ServiceAccessTime 0… Service access time in sec

ServiceType Text The service type

3.70. Sample

Direction 1…3 1: Uplink

2: Downlink

3: Both

Latitude -90…90 The longitude value of the sample. If not valid = 500.

Longitude -180…180 The latitude value of the sample. If not valid = 500.

Speed 0… The speed in km/h.

Time Date The time of the sample.

3.71. Tone

Tone Text The identified tone event’s ToneTemplate identifier.

3.72. UMTS Coverage Area

Active CellID Area Shows a connection between the loaded samples and the cell sector. Requires site data for the selected area and operator to be loaded.

3.73. UMTS Data Transfer

Datamode 0..8 Defines if GPRS, EDGE, WCDMA etc. was used


1551-AOM 901 39/1 Uen 154(201)



Data Transferred 0… The actual data transferred in bytes. For a successful transfer the size of the file/URL, for a failed transfer the number of bytes transferred before the failure.

IP Service Access Time 0… The IP service access time in ms

MeanThroughput 0… The mean throughput (bit/s)

Service Type Text Service type

0:FTP DL

1:FTP UL

2:HTTP

Transfer time 0… Transfer time is the time between sending/receiving the first TCP ack until sending/receiving the last ack (DL/UL) (sec)

3.74. UMTS Data Transfer Failure

Cause 0… The actual data transferred in bytes. For a successful transfer the size of the file/URL, for a failed transfer the number of bytes transferred before the failure.



Data Transferred 0… The actual data transferred in bytes. For a successful transfer the size of the file/URL, for a failed transfer the number of bytes transferred before the failure.

Service Type Text Service type

0:FTP DL

1:FTP UL

2:HTTP

3.75. UMTS Video Telephony Media

AudioVideoSetupTime 0… Audio/Video setup time in ms

KPI 0 … 1 Indicates if KPI measurements was made

0 NO

1 Yes

Cause 0... Failure cause

Codec 0 … 2 Identifies the codec used during the streaming session

CodecVersion Version number of the used codec


1551-AOM 901 39/1 Uen 155(201)

SessionID 1… Session identifier.

3.76. Video Telephony Data

VTQI 1…5 Video Telephony Quality Index

SessionID 1… Session identifier.

3.77. Vocoder Change




MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code

New Channel mode 0…11 Activity on channel: “Signaling only”, Speech transmission (e.g. “Speech full rate version 1”) or data transmission (e.g. “Data 12.0 Kbit/s radio interface rate).

New Channel type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”.



Old Channel mode 0…11 Activity on channel: “Signaling only”, Speech transmission (e.g. “Speech full rate version 1”) or data transmission (e.g. “Data 12.0 Kbit/s radio interface rate). See [9] (14/19817 AOMR 305 001) for more information.

Old Channel type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”. See [9] (14/19817 AOMR 305 001) for more information.



Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


Old Voice coder Text The voice coder used. EFR, FR or HR.


1551-AOM 901 39/1 Uen 156(201)

Preferred voice coder Text The preferred voice coder. EFR, FR or HR.

Voice coder Text The new voice coder. EFR, FR or HR.

3.78. Vocoder Change Failure

Intended channel mode 0…11 Activity on channel: “Signaling only”, Speech transmission (e.g. “Speech full rate version 1”) or data transmission (e.g. “Data 12.0 Kbit/s radio interface rate).

Intended channel type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”.

Intended voice coder Text The voice coder used. EFR, FR or HR.

Old Cell ID 0…65535 Cell Identity

Old channel mode 0…11 Activity on channel: “Signaling only”, Speech transmission (e.g. “Speech full rate version 1”) or data transmission (e.g. “Data 12.0 Kbit/s radio interface rate). See [9] (14/19817 AOMR 305 001) for more information.

Old channel type 0…145 Channel type, also indicating which speech coder is used. For example “TCH/F + FACCH/F and SACCH/M”, “BCCH”, or “PDCH”. See [9] (14/19817 AOMR 305 001) for more information.



Old MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code


Old voice coder Text The voice coder used. EFR, FR or HR.

Preferred voice coder Text The voice coder used. EFR, FR or HR.

3.79. Volume

Volume Volume (in dB) relative to a known reference signal.

3.80. WAP Data

WAP high level data rate 0… 4000000 Continuous WAP data rate


1551-AOM 901 39/1 Uen 157(201)

3.81. WAP Data Transfer

Activation time 0… WAP activation time



Data transferred 0… Number of bytes that was transfered

KPI 0..1 Indecates if KPI was used

Mean throughput 0… Average transfer rate

Portal access time 0… Total time for the wap session

Radio access technology 1… Radio Access Technology

1:WCDMA

2:GSM

3:Mixed

255: Unknown

Request time 0… Datarequest time

Site access time 0… Total time for data request and datatransfer

Transfer time 0… Data transfer time

WAP protocol 1.. Indecates what wap protocal that was used (1.X, 2.0,…)

3.82. WAP Data Transfer Failure

Activation time 0… WAP activation time

Cause Text Wap data transfer cause



Data transferred 0… Number of bytes that was transfered

KPI 0..1 Indecates if KPI was used

Radio access technology 1… Radio Access Technology

1:WCDMA

2:GSM

3:Mixed

255: Unknown

Request time 0… Datarequest time

WAP protocol 1.. Indecates what wap protocal that was used (1.X, 2.0,…)


1551-AOM 901 39/1 Uen 158(201)

3.83. WCDMA Active Set Information

Active CPICH EcNo n where n = 1-6

-34…0 (dB) Active Set member CPICH Ec/No, strongest member by CPICH RSCP

Active CPICH RSCP n where n = 1-6

-135…-15 (dBm) Active Set member CPICH RSCP, strongest member by CPICH RSCP

Active Set Count 0…6 Number of Active Set members

Active TXPower -60…44 (dBm) UE TxPower

Active UTRA Carrier RSSI -128…-30 (dBm) UTRA Carriear RSSI.

3.84. WCDMA Authentication Failure



Cause The cause of the failure

CellID 0…65535 Cell Identity of the strongest Scrambling Code

Failure Parameter Not used



MNC 0…999 Mobile Network Code

RNC Cell Id 0…4095 RNC Cell Id of the strongest Scrambling Code

3.85. WCDMA Detected Neighbor Information

DN CPICH EcNo n where n = 1-6

-34…0 (dB) CPICH EcNO for the detected neighbors. Sorted after strongest member CPICH RSCP

DN CPICH RSCP n where n = 1-6

-135…-15 (dBm) CPICH RSCP for the detected neighbors. Sorted after strongest member CPICH RSCP

DN SC n where n = 1-6 0..511 Scrambling Code for the detected neighbors. Sorted after strongest member CPICH RSCP

DN UARFCN DL n where n = 1-6

0..16383 UTRAN ARFCN DL for the detected neighbors. Sorted after strongest member CPICH RSCP

DN cnt 0… Number of detected neighbors


1551-AOM 901 39/1 Uen 159(201)

3.86. WCDMA HSDPA

HS Serving Cell SC 0…511 Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

HS CQI (Min) 0…30

Channel Quality Information minimum value

HS CQI (Mean) 0…30

Channel Quality Information mean value

HS CQI (Max) 0…30

Channel Quality Information maximum value

HS-DSCH BLER 0…100 (%)

Downlink Shared Channel Block error rate (%). When

storing the value, the value is multiplied with 10.

Before presenting the value, divide by 10.

HS-DSCH Throughput 0…4000 (kbit/s)

Downlink Shared Channel throughput

HS-DSCH Re-transmission Rate 0…100 (%)

Downlink Shared Channel retransmission rate

HS 16QAM Modulation Rate 0…100 (%) 16 Quadrature amplitude modulation Modulation rate

HS QPSK Modulation Rate 0…100 (%)

Quadrature Phase Shift Key modulation rate

HS-SCCH Decode Success Rate 0…100 (%)

Shared Control Channel decoded success rate

HS-DSCH NACK Rate 0…100 (%) Nack rate.

HS-SCCH Channelisation Codes No Of 0…

Number of channelisation codes.

HS Physical Requested Throughput 0…

Requested throughput.

HS Physical Scheduled Throughput 0…

Scheduled throughput.

HS Physical Served Throughput 0…

Served throughput.

HS-DSCH DTX Rate 0…100 (%) DTX Rate

HS-HARQ Processes 0…

HS 64QAM Modulation Rate 0…100 (%)

HS-PDSCH Channelisation Codes No of AVG 0…


1551-AOM 901 39/1 Uen 160(201)

HS-PDSCH Channelisation Codes No of MAX 0…

3.87. WCDMA HSUPA Active Set

EDCH Serving Cell CPICH RSCP

Non-serving EDCH Active Set Member CPICH RSCP1



EDCH Serving Cell CPICH EcNo

Non-serving EDCH Active Set Member CPICH EcNo1



Number Of TTIs

DTX Rate

Happy Rate

Average Serving Grant Index

Average ETFCI

Average Serving Grant ETFCI

HS UL Average Serving Grant

Average TBS

Average TBS/Max ETFCI

3.88. WCDMA HSUPA

EDCH Active Set Count 0…

EDCH Serving Cell SC

EDCH Non Serving Cell SC1 0…



1551-AOM 901 39/1 Uen 161(201)


EDCH Soft Handover Rate 0…100 (%)

3.89. WCDMA Inter RAT Neighbors

InterRatNeighborCount 0…6 Number of neighbors

InterRatNeighbor UARFCN DL n where n = 1-6

0…16383 Neighbors UTRAN ARFCN DL, strongest member by CPICH RSCP

InterRatNeighbor SC n where n = 1-6

0…511 Neighbors Scrambling Code, strongest member by CPICH RSCP

3.90. WCDMA Inter RAT Neighbor Information

NeighborCount 0…6 Number of neighbors

InterRat Neighbor CPICH EcNo n where n = 1-6

-34…0 (dB) CPICH EcNO for the detected neighbors. Sorted after strongest member CPICH RSCP

InterRat Neighbor CPICH RSCP n where n = 1-6

-135…-15 (dBm) CPICH RSCP for the detectedneighbors. Sorted after strongest member CPICH RSCP

3.91. WCDMA Missing Intra Frequency Neighbor

UARFCN

Detection Case 1

Strongest Active Set SC 1

Strongest Active Set EcNo 1

Missing Neighbor SC 1

Missing Neighbor EcNo 1

Detection Case 2





Detection Case 3




1551-AOM 901 39/1 Uen 162(201)



3.92. WCDMA More Than 3 Strong SCs

UARFCN

SC

PosActSetMemb.Count

3.93. WCDMA Monitored Neighbor Information

MN CPICH EcNo n where n = 1-6

-34…0 (dB) CPICH EcNO for the monitored neighbors. Sorted after strongest member CPICH RSCP

MN CPICH RSCP n where n = 1-6

-135…-15 (dBm) CPICH RSCP for the monitored neighbors. Sorted after strongest member CPICH RSCP

MN SC n where n = 1-6 0..511 Scrambling Code for the monitored neighbors. Sorted after strongest member CPICH RSCP

MN UARFCN DL n where n = 1-6

0..16383 UTRAN ARFCN DL for the monitored neighbors. Sorted after strongest member CPICH RSCP

MN Cnt 0… Number of monitored neighbors

3.94. WCDMA Pilot Pollution

Pollutant count 0…18 Active set member scrambling code, n:th strongest member by CPICH RSCP where n is a value between 1 and 6.

Active set info Text The number of active set members

Monitored neighbor info Text The number of monitored neighbors

Detected neighbor info Text The number of detected neighbors

3.95. WCDMA Radio Link Change


UARFCN_DL 0…16383 UTRA ARFCN DL of the strongest Scrambling Code

Event ID 0…15 Radio Link Change Event Type

Lookup table: tLookUpWCDMARadioLinkChangeEventType

Failure Cause Radio Link Change failure cause, see lookup table tLookUpWCDMARadioLinkChangeFailureCause


1551-AOM 901 39/1 Uen 163(201)

ChannelType 0…2 Radio link channel type.

Lookup table: tLookUpWCDMARadioLinkChannelType

Hand over type 0…3 Radio link handover type.

Lookup table: tLookUpWCDMARadioLinkHandoverType

Old Serving Cell SC 0....511 Old HSDPA Scrambling Code

New Serving Cell SC 0....511 New HSDPA Scrambling Code

Type 1…3 Radio Link Change Type

1: Addition

2: Removal

3: Replacement

3.96. WCDMA RLC Data Mode

RLC DataMode DL n where n = 1…7

0…7 This indicates the RLC Datamode on the downlink. Transparent, unacknowledged or acknowledged mode.

RLC DataMode UL n where n = 1…7

0…7 This indicates the RLC Datamode on the uplink. Transparent, unacknowledged or acknowledged mode.

3.97. WCDMA RLC Throughput

RLC No of entities 0…7 This indicates the number of RLC entities used

WCDMA RLC DL Throughput n where n = 1…7

0… The throughput for each RLC entitiy on the downlink.

WCDMA RLC UL Throughput n where n = 1…7

0… The throughput for each RLC entitiy on the uplink.

3.98. WCDMA Scan Data

PosActSetMemb.Count_Best

UARFCN_X

SC_X

Io_X

Aggr EcIo_X

Aggr Ec_X


1551-AOM 901 39/1 Uen 164(201)

3.99. WCDMA Serving Cell Active Set


Active Set Count 0…6 Number of members in the active set.

Active UARFCN DL 0…16383 UTRAN ARFCN DL (of the strongest Scrambling Code)

Cell Name Text The name of the cell (of the strongest Scrambling Code)

Compressed Mode 0..1 Compressed mode

0: No

1: Yes

GMM State 0…5 GPRS Mobility Management : tLookUpWCDMAGMMState

LAC 0…65535 Location Area Code (of the strongest Scrambling Code)

Local CellID 0…65535 Cell Identity (of the strongest Scrambling Code)

MCC 000…999 Mobile Country Code (of the strongest Scrambling Code)

MM State 0…21 Mobility Management State : tLookUpWCDMAMMState

MNC 900 MHz: 00...99

1800 MHz: 00…99

1900 MHz: 000…999

Mobile Network Code (of the strongest Scrambling Code)

RAC 0…255 Routing Area Code (of the strongest Scrambling Code)

RNC CellID 0…4095 RNC Cell Id (of the strongest Scrambling Code)

RRC State 0…9 Radio Resource Control State

0: No service

1: Idle mode

2: Connected Cell FACH

3: Connected Cell DCH

4: Connected Cell PCH

5: Connected URA PCH

9: Unknown



SM State 0…2 Service Management State : tLookUpWCDMASMState

Voice coder 104…105 Voice coder used : tLookUpUMTSVoCoder

Spreading Factor DL N/A The spreading factor used on the downlink

Spreading Factor UL N/A The spreading factor used on the uplink


1551-AOM 901 39/1 Uen 165(201)

3.100. WCDMA Serving Cell Information

Serving CPICH EcNo -34…0 (dB) CPICH EcNo

Serving CPICH RSCP -135…-15 (dBm) CPICH RSCP

Serving UTRA Carrier RSSI -128…-30(dBm) UTRA Carrier RSSI

3.101. WCDMA SIR

SIR -20…30 (dB) Signal-to-interference ratio.

SIR Target -20…30 (dB) Signal-to-interference ratio target.

3.102. WCDMA Missing Neighbor Detected

UARFCN

SC

Detection Case

Defined Neighbor SC

Defined Neighbor EcIo

Missing Neighbor SC

Missing Neighbor EcIo

3.103. UMTS PS Session Information

NumberOfUsedTimeslotsDLAverage

NumberOfUsedTimeslotsULAverage

GprsRlcUlBlerAverage

GprsRlcUlBlerMax

GprsRlcDlBlerAverage

GprsRlcDlBlerMax

CS1DLUsage

CS2DLUsage

CS3DLUsage


1551-AOM 901 39/1 Uen 166(201)

CS4DLUsage

MCS1DLUsage

MCS2DLUsage

MCS3DLUsage

MCS4DLUsage

MCS5DLUsage

MCS6DLUsage

MCS7DLUsage

MCS8DLUsage

MCS9DLUsage

CS1ULUsage

CS2ULUsage

CS3ULUsage

CS4ULUsage

MCS1ULUsage

MCS2ULUsage

MCS3ULUsage

MCS4ULUsage

MCS5ULUsage

MCS6ULUsage

MCS7ULUsage

MCS8ULUsage

MCS9ULUsage

PDCHUtilizationOwnDL

PDCHUtilizationOwnUL

QPSK

16QAM

64QAM

WcdmaRlcUl1BlerAverage


1551-AOM 901 39/1 Uen 167(201)

WcdmaRlcUl1BlerMax


WcdmaRlcUl2BlerMax


WcdmaRlcUl3BlerMax


WcdmaRlcUl4BlerMax


WcdmaRlcUl5BlerMax


WcdmaRlcUl6BlerMax


WcdmaRlcUl7BlerMax

TransportChannelBlerDL1Average

TransportChannelBlerDL1Max











CQIMin

CQIAverage


1551-AOM 901 39/1 Uen 168(201)

CQIMax

HappyRate

NackRateAverage

NackRateMax

SessionID

Nack Rate Std Dev

Dsch Bler Average

Dsch Bler Max

Decode Success Rate Min

Decode Success Rate Average

Decode Success Rate Max

Pdsch Codes Usage

Pdsch Codes Max

3.104. UMTS CS Session Information

VocoderUsageHR

VocoderUsageFR

VocoderUsageEFR

VocoderUsageAMRFull

VocoderUsageAMRHalf

AMRCodecUsageUL_1

AMRCodecUsageUL_2

AMRCodecUsageUL_3

AMRCodecUsageUL_4

AMRCodecUsageUL_5

AMRCodecUsageUL_6

AMRCodecUsageUL_7

AMRCodecUsageUL_8

AMRCodecUsageDL_1


1551-AOM 901 39/1 Uen 169(201)

AMRCodecUsageDL_2

AMRCodecUsageDL_3

AMRCodecUsageDL_4

AMRCodecUsageDL_5

AMRCodecUsageDL_6

AMRCodecUsageDL_7

AMRCodecUsageDL_8

SQI Min

SessionID

SQI Average

SQI Max

3.105. UMTS RAN Session Information

RAT State GSM

RAT State WCDMA

GSM MCC

Gsm MNC

GSM LAC

GSM RAC

GSM Cell Id

GSM BCCH Arfcn

GSM BCCH

GSM First Neighbor Cell BCCH

GSM First Neighbor BCCH

GSM Tx Power Min

GSM Tx Power Average

GSM Tx Power Max

GSM Ci Min

GSM Ci Average


1551-AOM 901 39/1 Uen 170(201)

GSM First Neighbor Cell Rx Level Average

WCDMA MCC

WCDMA MNC

WCDMA LAC

WCDMA RAC

WCDMA Rnc Cell Id

WCDMA Local Cell Id

WCDMA Serving Cell UBCCH

WCDMA Serving Cell Sc

WCDMA First Neighbor UBCCH

WCDMA First Neighbor Sc

WCDMA Ue Tx Power Min

WCDMA Ue Tx Power Average

WCDMA Ue Tx Power Max

WCDMA Utra Carrier Rssi Min

WCDMA Utra Carrier Rssi Average

Compressed Mode

ULInterferenceAverage

SF_DL1

SF_DL2

SF_DL4

SF_DL8

SF_DL16

SF_DL32

SF_DL64

SF_DL128

SF_DL256

SF_DL512


1551-AOM 901 39/1 Uen 171(201)

SF_UL1

SF_UL2

SF_UL4

SF_UL8

SF_UL16

SF_UL32

SF_UL64

SF_UL128

SF_UL256

SF_UL512

SessionID

Start Time

Stop Time

Measurement Type

GSM Rx Lev Sub Min

GSM Rx Lev Sub Average

GSM Rx Lev Sub Max

WCDMA Active Set Cpich EcNo Min

WCDMA Active Set Cpich EcNo Average

WCDMA Active Set Cpich EcNo Max

WCDMA Active Set Cpich Rscp Min

WCDMA Active Set Cpich Rscp Average

WCDMA Active Set Cpich Rscp Max

WCDMA First Neighbor Cpich Rscp Average

HO Success

HO Failure


1551-AOM 901 39/1 Uen 172(201)

IRAT HO Success

IRAT HO Failure

Interfreq HO Success

Interfreq HO Failure

3.106. WCDMA Transport Channels

Trsp Ch count 1…6 The number of transport channels

Tot. trsp ch Throughput DL 0… The total throughput on all transport channels on the downlink

Tot. trsp ch Throughput UL 0… The total throughput on all transport channels on the uplink

Trsp ch ID DL n where n = 1…6

1…32 The identity of the transport channel

Trsp ch Type DL n where n = 1…6

1…255 The type of transport channel

Trsp ch BLER DL where n = 1…6

0…100 The Block error rate on the transport channel

Trsp ch No of Error Blocks DL n where n = 1…6

0…32 The number of erroneous blocks on the transport channel

Trsp ch Throughput DL n where n = 1…6

0… The downlink throughput on the transport channel

Trsp ch Trhoughput UL n where n = 1…6

0 The uplink throughput on the transport channel


1551-AOM 901 39/1 Uen 173(201)

4. CDMA Parameters Shown in the Presentation Route View

These are the parameters available when analyzing data on detailed route level. For more information about the events, see document “TEMS Automatic CDMA Event Description”.

Event Description

Appl. Conn. Event

Appl. Conn. Event Failure

Block call event It was not possible to establish a call because all traffic channels were busy.

Call end event Intended call termination.

Call established event A call has been established.

Call initiation event A call has been initialised.

Drop call event The established call has been terminated abnormally

Filemark A text message generated by the TEMS Automatic system is available

Handoff event Successful handoff.

Layer3 message Layer 3 message is available.

Ras Conn. Event

Ras Conn. Event failure

Tone event

4.1. 1x Active Set Report

ActiveSetCount 1…6 Active set member count

Pilot n (n=1…6) 0…511 n Active set PN

FCH_CodeChannel n 0…255 Code in use for FCH on the Active set pilot n

FCH_QOF_Mask_ID n Text QOF mask ID for FCH on the Active set pilot n

DCCH_CodeChannel n 0…255 Code in use for DCCH on the Active set pilot n

DCCH_QOF_Mask_ID n Text QOF mask ID for DCCH on the Active set pilot n

SCH_CodeChannel n 0…255 Code in use for SCH on the Active set pilot n

SCH_QOF_Mas_ID n Text QOF mask ID for SCH on the Active set pilot n


1551-AOM 901 39/1 Uen 174(201)

4.2. CDMA and EVDO Phone

ALMP state Text

AT state Text

Base P Rev 1 – 7 Base P-Rev

Color code Text

Connected state Text

HDR hybride mode Text

Idle state Text

Init state Text

Mode Text

Network ID 1 - 65535 Network ID

Overhead Msg state Text

P Rev in Use 1 – 7 Base P-Rev

Phone state 0 - 3 1xPhone

RF channel 1 - 1199 RF Channel_800 MHz AMPS and 1900 PCS CDMA

RF mode 1 - 6

Route update state Text

Sector ID Text

ServiceOption 0…11 0: No Mode

1: Voice (IS-96), SO 8001

2: Loopback (IS-126), SO 0002

3: Markov, SO 8002

4: Data (IS-707A), SO 0004

5: Voice (IS-96A), SO 0001

6: Voice 13k, SO 8000

7: Markov (new 13k) SO 801F

8: Markov (new 8k), SO 801E

9: Loopback (13k, IS-126), SO 0009

10: Markov (old, 13k), SO 801C

11: Voice, 8k, EVRC, SO 0003

Session state Text

Sub net mask Text

System ID 1 - 65535 System ID


1551-AOM 901 39/1 Uen 175(201)

4.3. CDMA and EVDO Roaming

DeviceName Text

NetworkID Text

PRLVersionNo Text

RFChannel 1 - 1199 RF Channel_800 MHz AMPS and 1900 PCS CDMA

RFMode 1 - 6 RF Mode

RoamingState Text

SystemID Text

4.4. Acces Probe

Sequential No. 1…255 Access Probe sequence number

Probe No. 1…255 Access Probe number

4.5. Active Set

Active EcIo n where n = 1-6 -64...-2 Active Set member searcher Ec/Io, n strongest member by Ec/Io

Active PN n where n = 1-6 0...511 Active Set member PN offset, n strongest member by Ec/Io

Active set count 0...6 Active Set member Count

Active EcIo Delta1 Text

4.6. AGC Power

Avg. RX power -120...10 Average Receive Power Average, dBm

Avg. TX power -127...36 Average Transmit Power Average, dBm

Avg. TX power Adj. -64...64 Average Transmit Adjust, dB

Max. RX power -120...10 Max. Receive Power Average, dBm

Max. TX power -127...36 Max. Transmit Power Average, dBm

Max. TX power Adj. -64...64 Max. Transmit Adjust, dB

Min. RX power -120...10 Min. Receive Power Average, dBm

Min. TX power -127...36 Min. Transmit Power Average, dBm

Min. TX power Adj. -64...64 Min. Transmit Adjust, dB


1551-AOM 901 39/1 Uen 176(201)

4.7. Analog Mode

Power 0...7 TxPower Level for analog mode

RSSI -120...-30 RSSI for analog mode, dB

SAT 0...3 SAT for analog mode

4.8. App. CDMA Active vs. Cand. Strength

This application shows active set PN and Ec/Io values that are weaker than the largest Ec/Io value of the corresponding candidate set.

Strong candidate_EcIo -64...-2

Strong candidatePN 0...511

Weak active PN 0...511

Weak active_EcIo -64...-2

4.9. App. CDMA Coverage Area

This application shows the sites that are serving the active PN offsets along a drive route.

Active PN n where n = 1-6 0…511 Shows sites that are serving this PN Offset

4.10. App. CDMA Handoff State

This feature shows the state of the handoff (soft, softer and hard handoff) at every location along a drive route. The Handoff state plot does not distinguish between soft and softer handoff modes, however, users can display handoff type and handoff state together to see the type of the handoff. The feature returns values between 1 and 7 as shown below:

Active EcIo n where n = 1-6 -64...-2

Active PN n 0...511

Active set count 0...6

Cand PN count 0...6

Candidate EcIo n -64...-2

Candidate PN n 0...511

Handoff data See event Handoff

Handoff state 1…7 1.No Handoff


1551-AOM 901 39/1 Uen 177(201)

2.Soft 2 way

3.Soft 3 way

4.Soft 4 way

5.Soft 5 way

6.Soft 6 way

7.Hard Handoff

Handoff type See event Handoff

4.11. App. CDMA Neighbor List Warning

This application shows the number of weak candidate set, PN offset and Ec/Io values, which could potentially be replaced by stronger neighbor set.

Weak cand. PN count 0…40

Weak cand. PN/EcIo Text

4.12. App. CDMA Pilot Pollution

This application shows number of pilots and their Ec/Io and set information (e.g. active, candidate and neighbor) above a user specified Ec/Io threshold value. A default threshold value of –18 is set following the installation of TEMS Presentation.

Active set info All Active Set members that may cause signal interference.

Candidate set info All Candidate Set members that may cause signal interference.

Neighbor set info All Neighbor Set members that may cause signal interference.

PN set count 0...40

4.13. App. CDMA Strongest Pilot

This application shows the strongest PN offset values; associated Ec/Io values and the PN offset information (e.g. active, candidate, neighbor) for a given location along an active drive route.

Strongest Pilot EcIo -64...-2 The Ec/Io for the strongest pilot.

Strongest Pilot PN 0...511 The PN for the strongest pilot.

Strongest Pilot Set Info Showing if the strongest Ec/Io are from Active, Candidate or Neighbor Set.


1551-AOM 901 39/1 Uen 178(201)

4.14. Appl. Conn. Event

Application Type 1…2 Identifies the type of application being connected:

1: FTP

2: HTTP

Data Bearer 1…255 Identifies the data bearer used:

1: CSD (IS-99)

2: 1xRTT (IS-2000)

255: Unknown

App. Completion Time 0…2147483647

4.15. Appl. Conn. Event Failure

Application Type N/A Identifies the type of application being connected:

1: FTP

2: HTTP

Data Bearer N/A Identifies the data bearer used:

1: CSD (IS-99)

2: 1xRTT (IS-2000)

255: Unknown

App. Conn. Result 0…255 See tLookupCDMAEventAppConnResult.

4.16. Base Station Threshold

Searcher WIN A 0...15 Active Set Searcher Window Size for Active Set, 1/8 chips.

See tLookupCDMASearcher_win table.

Searcher WIN N 0...15 Neighbor Searcher Window Size for Neighbor Set, 1/8 chips.


Searcher WIN R 0...15 Remaining Set Searcher Window Size for Remaining Set, 1/8 chips


T Add -63...0 Pilot detection threshold used on the Serving Frequency Threshold to Add Candidate Set member to Active Set for Handoff, dB

T Drop -63...0 Threshold to DropPilot drop threshold used on the Serving Frequency to Candidate Set member from to Active Set for Handoff, dB

T TDrop 0...15 Drop timer value (in seconds), Use T_Tdrop lookup table

T_Comp 0...15 Active Set versus Candidate Set comparison threshold used on the Serving Frequency


1551-AOM 901 39/1 Uen 179(201)

4.17. Block Call Event

Access Probe Count Text

Access Probe RX Power -120…10

Access Probe SeqCount Text

Access Time 0…7000

Active EcIo -64...-2 Active Set Member searcher Ec/Io

Active PN1 0...6 Active Set Member PN offset

Avg RX power -120...-10 Average Receive Power Average, dBm

Block call cause 1…8

Finger sum -32...5 Sum of Locked Finger Ec/Io




4.18. Call End Event

Actual call duration 0… sec From Call Established event to Call End event.

Call Tear down duration 0… ms From Order Message to Phone State changes to Idle or init.

4.19. Call Established Event


Active PN1 1…511 Active Set Member PN offset


Call setup time 0… ms Internal Time






1551-AOM 901 39/1 Uen 180(201)

4.20. Call Initiation Event


Active PN1 1…511 Active Set Member PN offset






Service option request 0…11 0: No Mode

1: Voice (IS-96), SO 8001

2: Loopback (IS-126), SO 0002

3: Markov, SO 8002

4: Data (IS-707A), SO 0004

5: Voice (IS-96A), SO 0001

6: Voice 13k, SO 8000

7: Markov (new 13k) SO 801F

8: Markov (new 8k), SO 801E

9: Loopback (13k, IS-126), SO 0009

10: Markov (old, 13k), SO 801C

11: Voice, 8k, EVRC, SO 0003

4.21. Candidate Set

Candidate set count 1...6 Candidate Set member searcher Ec/Io

Candidate EcIo n where n = 1-6

-32...-1 Candidate Set member PN offset

Candidate PN n where n = 1-6 0...511 Candidate Set member Count

4.22. CDMA Site Information

BTS name Text

BTS Status Text

BTS type Text

Cell - Antenna Height 0 - 1000000 Height

Cell - Azimuth -180 to 180 degrees


1551-AOM 901 39/1 Uen 181(201)

Cell - Cell Opt1 Text

Cell - CellName Text

Cell - CellNo 0 - 65535 CellID

Cell – Channel n (1 – 11) Text

Cell - Internal CellID Text

Cell - Internal SiteID Text

Cell - PNn (1 – 3) Text

Cells 0 - 100 Count

Config Name Text

File name Text

Height 0 - 1000000 Height

Imported date 01.01.1753 to 01.01.9999

Date and time

Latitude -180 to 180 degrees

Logfile ID 0 to 2147483647 Enumeration

Longitude -180 to 180 degrees

Site No 0 to 2147483647 Enumeration

Site_Optn (1 – 2) Text

4.23. Data FER

DCCH_Bad_Frames 0 to 31 Bad 1x Frames (FCH, DCCH)

DCCH_FER 0 to 100 FER

DCCH_Total_Frames 0 to 32767 1x Total Frames

FCH_Bad_Frames 0 to 31 Bad 1x Frames (FCH, DCCH)

FCH_FER 0 to 100 FER

FCH_Total_Frames 0 to 32767 1x Total Frames

SCH0_Bad_Frames 0 to 32767 Bad 1x Frames (SCH0, SCH1)

SCH0_FER 0 to 100 FER

SCH0_Total_Frames 0 to 32767 1x Total Frames

SCH1_Bad_Frames 0 to 32767 Bad 1x Frames (SCH0, SCH1)


1551-AOM 901 39/1 Uen 182(201)

SCH1_FER 0 to 100 FER

SCH1_Total_Frames 0 to 32767 1x Total Frames

4.24. Drop Call Event


Active PN1 0...511 Active Set Member PN offset

Avg RX power -120...10 Average Receive Power Average, dBm

Drop call cause 1…7 1: Phone state change back to Initiation State

2: Phone state change back to Idle State

3: L3 FTC-OM – Release Order (normal release)

4: L3 FTC-OM – Release Order (rejected)

5: L3 RTC-OM – Release Order (normal release)

6: L3 RTC-OM – Release Order (with power-down indication)

7: L3 RTC-OM - Release Order (with service inactive indication)

WHERE:

L3 FTC-OM = CDMA L3 Forward Traffic Channel – Order Message

L3 FTC-OM = CDMA L3 Reverse Traffic Channel – Order Message

Drop call duration 0… sec From Call Established event to Call Dropped Event

FER 0...100 Percentage of Frame Error Rate for last 2 seconds


Handoff Data Text

Handoff Type 1…7




4.25. Echo

Echo delay 0… ms Echo delay time (in milliseconds), 0 if no echo can be measured.

Echo attenuation 0…100 Echo attenuation (in dB), 100 if no echo can be measured.


1551-AOM 901 39/1 Uen 183(201)

4.26. EVDO Active Set

Active CI n (1 – 6) -27.1 to 21.1 EVDO Active Set CI

Active PN n (1 – 6) 0 to 511 Active PN Offset

ActiveSet Count 1 – 6 Active set count

4.27. EVDO Air Link Info

ActiveSet Count 1 – 6 Active set count

ASP filtered SINR n (1 – 6) -27.1 to 21.1 EVDO ASP Filtered SNIR

Best ASP predicted 0 to 511 Active PN Offset

DRC Rate Predicted 0 to 2457.6 EVDO Air Link Requested Data Rate

Packet error rate instantenous Text

Pilot PN ASP n (1 – 6) 0 to 511 Active PN Offset

4.28. EVDO ARQ Info

DRC serve rate 0 to 2457.6 EVDO ARQ Effective Receive Data Rate

4.29. EVDO Event Access

Duration Text

Max Probe Sequence Text

Probe Sequence Count Text

Probes per sequence Text

Result Text

TransactionID Text

4.30. EVDO Event Access Failure

MaxProbeSequence Text

ProbeNumStep Text

ProbeSequenceCount Text

Result Text


1551-AOM 901 39/1 Uen 184(201)

4.31. EVDO Event Connection

Duration Text

NumHandover Text

ReceptionStatus Text

Result Text

4.32. EVDO Event Connection Failure

Result Text

4.33. EVDO Event Session

Duration Text

FullUATI Text

RATI 0 to 9223372036854770000 EVDO RATI

Result Text

UATIColorCode Text

4.34. EVDO Event Session Failure

Result Text

4.35. EVDO Finger

ANT0 C/I n (1 – 12) EVDO Finger C/I -27.1 to 21.1

ANT1 C/I n (1 – 12) EVDO Finger C/I -27.1 to 21.1

C/I n (1 – 12) EVDO Finger C/I -27.1 to 21.1

Finger Count 0 to 100 Count

Finger PN n (0 – 12) 0 to 511 Active PN Offset

Finger sum -32 to 6 EVDO Finger Sum

MSTR pilot PN 0 to 511 Active PN Offset


1551-AOM 901 39/1 Uen 185(201)

4.36. EVDO Fwd Traffic

Fwd Throughput 0 to 2457.6 EVDO Forward Link Throughput

Sequence Number 1 to 500000 EVDO Probe Sequence Number

4.37. EVDO Fwd Traffic (1) at 38.4 kbit/s

Control ch. good packets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count

Control ch. bad packets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count

Traffic ch. bad packets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count

Traffic ch. good packets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count

4.38. EVDO Fwd Traffic (2) at 76.8 kbit/s

Control ch. good packets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count

Control ch. bad packets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count



4.39. EVDO Fwd Traffic (3) at 153 kbit/s






Traffic ch. long bad packets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count

Traffic ch. long good packets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count

Traffic ch. short good packets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count

Traffic ch.short bad packets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count


1551-AOM 901 39/1 Uen 186(201)


TC_BadPackets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count

TC_GoodPackets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count

TC_LongBadPackets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count

TC_LongGoodPackets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count

TC_ShortBadPackets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count

TC_ShortGoodPackets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count







TC_LongBadPackets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count

TC_LongGoodPackets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count

TC_ShortBadPackets 0 to 2147483647 EVDO Forward Link Bad CRC Frame Count

TC_ShortGoodPackets 0 to 2147483647 EVDO Forward Link Good CRC Frame Count




4.45. EVDO Fwd traffic (9) at 2543 kbit/s




1551-AOM 901 39/1 Uen 187(201)

4.46. EVDO Power

Rx AGC power ant0 -128 to 128 EVDO Rx Power Antenna 0 -128 to 128

Rx AGC power ant1 -128 to 128 EVDO Rx Power Antenna 1 -128 to 128

Tx closed loop pwr Adjust -128 to 128 EVDO Tx Power -128 to 128

Tx open loop Pwr -128 to 128 EVDO Tx Power -128 to 128

Tx pilot power -128 to 128 EVDO Tx Pilot Power -128 to 128

Tx total power -128 to 128 EVDO Tx Total Power -128 to 128

4.47. EVDO Reverse Activity Bit

ActiveSetCount 1 to 6 Active Set Count

PNn (1 – 6) 0 to 511 Active PN Offset

RABitLengthn (1 – 6) Text

RABOffsetn (1 – 6) Text

4.48. EVDO Reverse Power Control

RxAGCPower -128 to 128 EVDO Rx Power Antenna 0

Tx total limited Text

TxPowerAdjust -128 to 128 EVDO Tx Power Adjust

TxPowerPilot -128 to 128 EVDO Tx Pilot Power

4.49. EVDO Reverse Traffic

Packets at 153600 bps 0 to 2147483647 EVDO Forward Link Good CRC Frame Count




Packets at 9600 bps 0 to 2147483647 EVDO Reverse Link Good CRC Frame Count

Reverse link throughput 0 to 2147483647 EVDO Reverse Link Throughput


1551-AOM 901 39/1 Uen 188(201)

4.50. EVDO RLP Statistics

Rx new data bytes NA to 2147484 Data Transfer

Rx re_Transmit Bytes NA to 2147484 Data Transfer

Rx throughput 0 to 2457.6 EVDO Forward Link Throughput

Rx total bytes NA to 2147484 Data Transfer

Service ID Text

Tx new data bytes NA to 2147484 Data Transfer

Tx throughput 0 to 384 EVDO RLP Tx Throughput

Tx total bytes NA to 2147484 Data Transfer

4.51. EVDO Serving and Predicted

Predicted DRC cover index Text

Predicted PN 0 to 511 Active PN Offset

Predicted RPC index Text

Predicted SINR 0 to 511 EVDO Predicted Pilot SNIR

Serving DRC cover index Text

Serving PN 0 to 511 Active PN Offset

Serving RPC index Text

Serving SINR -27.1 to 27.1 EVDO Serving Pilot SNIR

4.52. FER

Bad frames 0...250 Total number of bad frames since last Markov statistics message.

FER 0...100 Frame Erasure Rate%=100.0*(Total Bad Frames)/(Total Frames)

Total frames 0...250 Total number of frames since last Markov statistics message.

4.53. Filemark

Filemark Text


1551-AOM 901 39/1 Uen 189(201)

4.54. Finger

Finger sum -32...5 Sum of locked finger Ec/Io

FingerCount 1…4 Number of locked fingers.

FingerPilot n (n= 1…6) 0…511 Strongest finger pilot n, sorted by Ec/Io

FingerEc_Io n -32…-1 Finger Ec/Io

FingerDelay n 1… Finger n pilot delay from reference pilots in 1/8 chips units.

4.55. Frequent AQM

FrequentAQM DL 1…5 The speech quality measurement in FrequentAQM for downlink.

FrequentAQM Sentence DL 0…7 Indicate which speech file that was used for downlink.

FrequentAQM UL 1…5 The speech quality measurement in FrequentAQM for uplink.

FrequentAQM Sentence UL 0…7 Indicate which speech file that was used for uplink.

4.56. FTP Transfer Rate

FTP Application Throughput UL 0…384 000 bit/sec The FTP throughput on the application layer, up link

FTP Application Throughput DL 0…384 000 bit/sec The FTP throughput on the application layer, down link

FTP Link layer Throughput UL 0…384 000 bit/sec The FTP throughput on the link layer, up link

FTP Link layer Throughput DL 0…384 000 bit/sec The FTP throughput on the link layer, down link

4.57. Fwd. Power Control

FPC_Mode 0 to 3 Forward Power Control Mode

0: 800bps pri RPC subCH

1: 400bps pri + 400bps sec RPC subCHs

2: 200bps pri + 600bps sec RPC subCHs

3: 50bps Erasure Indicator Bits

PrimaryChannel 0 to 1 Primary inner power control subchannel

0: F-FCH setpoint

1: F-DCCH setpoint

Sub channel Gain 0 to 254 Subchannel gain in 0.25 dB units.

TP should use (FPC_SubChan_Gain/4) dB

Count FPC_FCH 0 to 0x7FFF Count of F-FCH outer loop setpoint active in channel set mask


1551-AOM 901 39/1 Uen 190(201)

Min FPC_FCH 1 to 255 Min of F-FCH outer loop setpoint in 1/8 dB units when active in channel set mask.

TP should use (FPC_S_F_FCH_SP/8) dB

Avg FPC_FCH 1 to 255 Avg. of F-FCH outer loop setpoint in 1/8 dB units when active in channel set mask,


Max FPC_FCH 1 to 255 Max of F-FCH outer loop setpoint in 1/8 dB units when active in channel set mask,


Count_FPC_SCH0 0 to 0x7FFF Count of F-SCH0 outer loop setpoint active in channel set mask

Min_FPC_SCH0 1 to 255 Min of F-SCH0 outer loop setpoint in 1/8 dB units when active in channel set mask.

TP should use (FPC_S_F_SCH0_SP/8) dB

Avg_FPC_SCH0 1 to 255 Avg of F-SCH0 outer loop setpoint in 1/8 dB units when active in channel set mask.0: inactive.


Max_FPC_SCH0P 1 to 255 Max of F-SCH0 outer loop setpoint in 1/8 dB units when active in channel set mask.

Count_FPC_SCH1 0 to 0x7FFF Count of F-SCH1 outer loop setpoint active in channel set mask

MinFPC_ SCH1 1 to 255 Min of F-SCH1 outer loop setpoint in 1/8 dB units active in channel set mask,


AvgFPC_SCH1 1 to 255 Avg of F-SCH1 outer loop setpoint in 1/8 dB units active in channel set mask,


MaxFPC_SCH1 1 to 255 Max of F-SCH1 outer loop setpoint in 1/8 dB units active in channel set mask,


Count_FPC_DCCH 0 to 0x7FFF Count of F-DCCH outer loop setpoint active in channel set mask

Min FPC_DCCH 1 to 255 Min of F-DCCH outer loop setpoint in 1/8 dB units when active in channel set mask,

TP should use (FPC_S_F_DCCH_SP/8) dB

Avg FPC_DCCH 1 to 255 Avg of F-DCCH outer loop setpoint in 1/8 dB units when active in channel set mask,


Max FPC_DCCH 1 to 255 Max of F-DCCH outer loop setpoint in 1/8 dB units when active in channel set mask,



1551-AOM 901 39/1 Uen 191(201)

4.58. Handoff Event

Handoff data 0…76 It is available only when

Handoff Type = 6 or 7 or 8

Hard – Disjoint Set (J)

Hard – Freq Channel (F)

Hard – Frame Offset (O)

Hard – F + O

Hard – F + J

Hard – O + J

Hard – F + O + J

Soft – Completed

Soft – 2,3,4,5,6 ways

Handoff type 1…8 1.Idle Analog to Analog

2.Idle CDMA to Analog

3.Idle CDMA to CDMA

4.Call Analog to Analog

5.Call CDMA to Analog

6.CDMA Hard

7.CDMA Soft

8.CDMA Softer



4.59. HTTP Transfer Rate

HTTP Application Throughput DL

0…384 000 bit/sec The HTTP throughput on the application layer

HTTP Link layer Throughput DL 0…384 000 bit/sec The HTTP throughput on the link layer

4.60. Layer 3 Message

Hex Code Hex The hex code of the Layer 3 message.

Message name Text The message name of the Layer 3 message.

4.61. Neighbor Set

Neighbor Set count 0...40 Neighbor Set member Count

Neighbor EcIo n where n = 01- -64...-2 Neighbor Set member searcher Ec/Io


1551-AOM 901 39/1 Uen 192(201)

40

Neighbor PN n where n = 01-40

0...511 Neighbor Set member PN offset

4.62. PESQ

PESQ DL 1…5 The speech quality measurement in PESQ for downlink.

PESQ Reference DL 0…7 Indicate which speech file that was used for downlink.

PESQ UL 1…5 The speech quality measurement in PESQ for uplink.

PESQ Reference UL 0…7 Indicate which speech file that was used for uplink.

4.63. RAS Conn. Event

RAS Conn. Access Time 0…

4.64. RAS Conn. Event Failure

RAS Conn. Result N/A

RAS Access Time 0…

4.65. Rev Power Control

Rev Chan RadioConfig 0…0x6666 Reverse channel radio configuration,

nibble-mapped as abcd where:

a = REV_FCH_RC, 1 - 6

b = REV_SCH0_RC, 1 - 6

c = REV_SCH1_RC, 1 - 6

d = REV_DCCH_RC, 1 – 6

0xFFFF: Invalid

Pilot Gating Rate 0 to 2 Reverse Pilot Gating Rate

0: Continuous

1: 1/2 rate

2: 1/4 rate

StepSize Closed loop step size in dB

RPC Count 0 to 0x7FFF Count of Reverse Power Control samples. SUB_REC_CNT x FRAME_CNT

Min Rx Pwr -20 to -110 Min. of RxPwr, -20 to -110 dBm


1551-AOM 901 39/1 Uen 193(201)

Avg Rx Pwr -20 to -110 Avg. of RxPwr, -20 to -110 dBm

Max Rx Pwr -20 to -110 Max. of RxPwr, -20 to –110 dBm

Min Tx Pwr -60 to +33 Min of TxPwr, -60 to +33 dBm

Avg Tx Pwr -60 to +33 Avg of TxPwr, -60 to +33 dBm

Max Tx Pwr -60 to +33 Max of TxPwr, -60 to +33 dBm

Min Tx_Adj Pwr -63 to 64 Min of TxAdj, -63 to +64 dBm, -63 if Tx is off

Avg Tx_Adj Pwr -63 to 64 Avg of TxAdj, -63 to +64 dBm, -63 if Tx is off

Max Tx_Adj Pwr -63 to 64 Max of TxAdj, -63 to +64 dBm, -63 if Tx is off

Min TX_PICH Pwr -60 to +33 Min of R_PICH Tx Power, -60 to +33 dBm

Avg TX_PICH Pwr -60 to +33 Avg of R_PICH Tx Power, -60 to +33 dBm

Max TX_PICH Pwr -60 to +33 Max of R_PICH Tx Power, -60 to +33 dBm

Count_FCH 0 to 0x7FFF Count of Reverse Power Control samples of RPC_S_F_FchPwr when active.

Min Pwr_FCH -110 to +33 Min of R-FCH transmit power,-110 to +33 dBm, when active in channel set mask.

Set to Invalid when count is 0.

Avg Pwr_FCH -110 to +33 Avg of R-FCH transmit power,-110 to +33 dBm, when active in channel set mask.

Set to Invalid when count is 0.

Max Pwr_FCH -110 to +33 Max of R-FCH transmit power,-110 to +33 dBm, when active in channel set mask.

Count SCH0 0 to 0x7FFF Count of Reverse Power Control samples of RPC_S_F_SCH0Pwr when active.

Min Pwr_SCH0 -110 to +33 Min of R-SCH0 transmit Power, 110 to +33 dBm, when active in channel set mask.

Avg Pwr_SCH0 -110 to +33 Avg of R-SCH0 transmit Power,-110 to +33 dBm, when active in channel set mask.

Max Pwr_SCH0 -110 to +33 Max of R-SCH0 transmit Power,-110 to +33 dBm, when active in channel set mask..

Count_SCH1 0 to 0x7FFF Count of Reverse Power Control samples of RPC_S_F_SCH1Pwr when active.

Min Pwr_SCH1 -110 to +33 Min of R-SCH1 transmit Power, -110 to +33 dBm, when active in channel set mask.

Avg Pwr_SCH1 -110 to +33 Avg of R-SCH1 transmit Power, -110 to +33 dBm, when active in channel set mask.

Max Pwr_SCH1 -110 to +33 Max of R-SCH1 transmit Power, -110 to +33 dBm, when active in channel set mask.


1551-AOM 901 39/1 Uen 194(201)

Count_DCCH 0 to 0x7FFF Count of Reverse Power Control samples of RPC_S_F_DCCHPwr when active.

Min Pwr_DCCH -110 to +33 Min R-DCCH transmit Power, -110 to +33 dBm, when active in channel set mask.

Avg Pwr_DCCH -110 to +33 Avg R-DCCH transmit Power, -110 to +33 dBm, when active in channel set mask.

Max Pwr_DCCH -110 to +33 Max R-DCCH transmit Power, -110 to +33 dBm, when active in channel set mask.

4.66. RLP Frame Error

FCH_Bad_Frames 0…31

FCH_Total_Frames 0…32767

FCH_FER 0…100

DCCH_Bad_Frames 0…31

DCCH_Total_Frames 0…32767

DCCH_FER 0…100

SCH0_Bad_Frames 0…31

SCH0_Total_Frames 0…32767

SCH0_FER 0…100

SCH1_Bad_Frames 0…31

SCH1_Total_Frames 0…32767

SCH1_FER 0…100

4.67. RLP RX Frame Count_DCCH

9.6 kbits/sec 0…10 000

19.2 kbits/sec 0…10 000

38.4 kbits/sec 0…10 000

76.8 kbits/sec 0…10 000

153.6 kbits/sec 0…10 000

4.68. RLP RX Frame Count_FCH

9.6 kbits/sec 0…10 000


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19.2 kbits/sec 0…10 000

38.4 kbits/sec 0…10 000

76.8 kbits/sec 0…10 000

153.6 kbits/sec 0…10 000

4.69. RLP RX Frame Count_SCH0

9.6 kbits/sec 0…10 000

19.2 kbits/sec 0…10 000

38.4 kbits/sec 0…10 000

76.8 kbits/sec 0…10 000

153.6 kbits/sec 0…10 000

4.70. RLP RX Frame Count_SCH1

9.6 kbits/sec 0…10 000

19.2 kbits/sec 0…10 000

38.4 kbits/sec 0…10 000

76.8 kbits/sec 0…10 000

153.6 kbits/sec 0…10 000

4.71. RLP Statistics

Service ID 0...254 Service Identification Number

NAKS_Rxed 0… Total number of RAKS received

Re_Txmits_Not_Found 0… Number of ReTransmitted frames not found

Largest_Config_Erasure 0… Largest Block of consecutive Erasures

RX Retrans. Fr. count 0… Number of received retransmitted frames

RX Idle Fr. count 0… Number of received idle frames

RX Fill Fr count 0… Number of received fill frames

Rx_Blank_Fr_Cnt 0… Number of received blank frames

Rx_Null_Fr_Cnt 0… Number of received NULL frames


1551-AOM 901 39/1 Uen 196(201)

RX NewData Fr. count 0… Number of received new data frames

Rx Total Bytes 0… Total number of received bytes

TX Retrans. Fr. count 0… Number of transmitted retransmitted frames

TX Idle Fr. count 0… Number of transmitted idle frames

TX NewData Fr. count 0… Number of transmitted new data frames

TX Total_Bytes 0… Total number of transmitted bytes

TX NAKS Entries count 0…254 Number of NAXS entreis to follow (CNT)

RX_Throughput 0…500000 Received throughput bytes/second

TX_Throughput 0...500000 Transmitted throughput bytes/second

4.72. RLP TX Frame Count_DCCH

9.6 kbits/sec 0…10 000 Frame count of channel type at assigned channel rate.





4.73. RLP TX Frame Count_FCH






4.74. RLP TX Frame Count_SCH0






1551-AOM 901 39/1 Uen 197(201)


4.75. RLP TX Frame Count_SCH1






4.76. Sample

Time Text

Longitude Text

Latitude Text

Speed Text

Direction Text

4.77. Service Configuration

FOR_RC (FCH, SCH0, SCH1, DCCH)

0…9999 Forward channel radio configuration,

Nibble-mapped as abcd where:

a = FOR_FCH_RC, 1 - 9

b = FOR_SCH0_RC, 1 - 9

c = FOR_SCH1_RC, 1 - 9

d = FOR_DCCH_RC, 1 – 9

REV_RC (FCH, SCH0, SCH1, DCCH)

0…6666 Reverse channel radio configuration,

Nibble-mapped as abcd where:

a = REV_FCH_RC, 1 - 6

b = REV_SCH0_RC, 1 – 6

c = REV_SCH1_RC, 1 – 6

d = REV_DCCH_RC, 1 – 6

FOR_Traffic 0…2 Forward traffic channel type:

0: No forward traffic used

1: Primary traffic used

2: Secondary traffic used


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REV_Traffic 0…2 Reverse traffic channel type:

0: No forward traffic used

1: Primary traffic used

2: Secondary traffic used

FOR_Rate 0…9999 Forward FCH rates, bitmapped as abcdefgh, where:

abcd: reserved

e: 1/8 rate allowed

f: 1/4 rate allowed

g: 1/2 rate allowed

h: full rate allowed

REV_Rate 0…6666 Reverse FCH rates, bitmapped as abcdefgh, where:

abcd: reserved

e: 1/8 rate allowed

f: 1/4 rate allowed

g: 1/2 rate allowed

h: full rate allowed

4.78. Test Node

TestNodeID Text The test node ID number.

4.79. Tone Event

Tone Text

4.80. Volume

Volume -100…20 Volume (in dB) relative to a known reference signal.


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5. Statistics Calculation This chapter explains statistical aggregation and calculation in TEMS Presentation.

COUNT (Sample_COUNT)

COUNT is usually the count of samples.

AVERAGE (AVG)

AVG is calculated as SUM/COUNT.

For WCDMA (CDMA), the following is defined:

If the unit type is dBm (or db) the following formula is used for averaging:

AVG =

1010

1log10 y

n

where

n = the number of samples

y = the measured logarithmic value

MIN

MIN is the minimal value of data on a given measure.

MAX

MAX is the maximum value of data on a given measure.

STDDEV

Standard deviation is calculated as:

2

111 )( yy

n

iin

where y =

n

iiy

n 1

1 and n = the number of samples


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VARIANCE

Variance is calculated as:

n

iin yy

1

211 )(

5.1. Groups

The groups are used for calculating distribution. The range of the measurement is divided into subintervals, these intervals forms groups. The interval and name of the group can be user defined when creating a geobase.

GROUPn

This is the number of samples within the range of nth group.

GROUPn_PCT

This is the percentage of samples within the range of nth group. That is

GROUPn / Sample_COUNT

GROUPn_ACC_PCT

This is the accumulated percentage of samples within the different groups. That is

(GROUP1 + GROUP2 + …+ GROUPn) / Sample_Count

QUARTILES (Q1, Q2(Median), Q3)

In TEMS Automatic statistics calculation, so-called group-based quartiles are used.

1. Calculating the number of samples in each of the groups defined.

2. Adding these numbers until we reach the wanted percentage (25% for Q1, 50% for Q2 and 75% for Q3) of the total of samples, we know that the wanted quartile is within this group.

3. Calculating the percentage for the lower and upper boundary of this group and then linearly adjust it within this group.

The formula is

L+ (Q * S –Ki

ig )

Kg

LU )( ,

where

L = lower boundary of the K th group

U = upper boundary of the K th

group

Q = 0.25 for Q1; 0.5 for Q2; 0.75 for Q3

S = the sum of all samples

gi = the number of samples in the i th

group


K is the index for the group such that

Ki

iKi

i gSQg *

In other words:

Q1 is the 25-percentile value calculated from the group containing the point below which 25% of the samples lie in an ordered data set (25 percentile).



Q3

Q2

Q1

* *

* * * * * *

* * * * * * * * * * * *

0 5 10 15 20 30 39

Group 1 2 3 4 5 6

Each * represents a sample.

Count (*) = 20

25% = 5 Q1 = 5 + ((0.25 – 1/20) / ((5 – 1) / 20) * 5) 10.0

50% = 10 Q2 = 10 + ((0.50 – 5/20) / ((11 – 5) / 20) * 5) 14.17

75% = 15 Q3 = 15 + ((0.75 – 11/20) / ((17 – 11) / 20) * 5) 18.33

Q5Pct is the 5-percentile value calculated from the group containing the point below which 5% of the samples lie in an ordered data set (5 percentile). For example, Q5Pct = 2.5 (for PESQ measurements) this is means, that 95 % of all PESQ values >2.5.


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6. References [1] “AQM in TEMS Products (including PESQ) (NT11-5871)

[2] “GPRS Measurements in the TEMS Products” (NT11-6683)

[3] “TEMS Presentation UMTS Event Description” (NT11-0367)

[4] “Speech Quality Measure with – SQI” (NT11-6523)

[5] “TEMS Presentation Measurement Database Description” (NT11-2496)

[6] “TEMS Automatic KPI measurement” (NT11-0365)

[7] “TEMS Presentation User’s Manual” (NT11-3954)

TEMS Presentation Statistics and Route Data

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