UMTS-7 1_KPI-Quick-Ref_RC_Aug2013.pdf

(1)

(2)

Introduction... 4

UMTS: IU and IUB interfaces... 5

KPI AA - IU Interface... 5 Global CS Efficiency...5 CS Services... 10 Circuit Traffic...19 PS Global...20 Packet Traffic...24

PS QoS per Service Class...25

Statistics per APName...27

Mobility... 29 Timers... 34 Table Report... 35 Roamers...40 [PSM] Services / Protocols...40 [PSM] WAP / WEB... 41 [PSM] Streaming...44 [PSM] MMS...44 [PSM] FTP... 45 [PSM] DNS User... 45 [PSM] Email... 46

KPI AA - IUB interface... 46

Connection Efficiency... 46 RNS Efficiency... 50 DRNS Efficiency... 54 Radio Measurement... 56 Neighbors... 59 Timers... 72 Table report... 72 Cell loads... 74 HSPA... 74 KPI T&A...78 KPI T&A... 78

KPI T&A: Graphs and Dashboards... 107

xDRs - Fields and Definitions (IU and IUB)...135

Appendix: IU xDR... 135

Appendix: IUB xDR... 198

UMTS 7.1: HPG... 247

HPG KPI AA...247

HPG KPI T&A...267

UMTS 7.1: Roaming RAN... 273

Roaming RAN KPI AA... 273

Roaming RAN KPIs... 273

Roaming RAN CS... 286

(3)

Roaming RAN T&A KPIs... 299

UMTS 7.1: VIP Care...305

(4)

Introduction

Welcome to the Astellia UMTS 7.1 KPI Dictionary.

This document gathers, for each Astellia component, accurate information about KPIs and xDRs specific to the UMTS 7.1 Solution.

Reference components and versions

Note: Data provided in this document apply to the following components and versions:

Component Version

Cigale Iu 7.1

Cigale Iub 7.1

Packet Service Management (PSM) 8.1

Handset Profiling Iu (HPG) 3.1

Roaming RAN 2.0

VIP Care 6.3

Trending & Aggregation (T&A) 5.3

Activity Analysis (AA) 4.5

Legal and copyright information

This Documentation is the proprietary information of Astellia. It is prohibited to copy, duplicate, sell or otherwise distribute without Astellia's prior written consent.

(5)

UMTS: IU and IUB interfaces

KPI AA - IU Interface

List of 3G KPIs available in Activity Analysis (AA) for IU interface.

Global CS Efficiency

CE 1. Originating Calls Setup Inefficiency

Label Definition Aggregation level

% OC Ineff CN Inefficiency rate of CS

Originating calls associated to the Core Network

RNC, SAI

% OC Ineff RNS Inefficiency rate of CS

Originating calls associated to the RNS

RNC, SAI

% OC Setup Ineff User Inefficiency rate of CS Originating calls associated to Users during setup (before alerting)

RNC, SAI

% OC Alert Ineff User Inefficiency rate of Originating calls associated to Users during ringing

RNC, SAI

% OC efficiency Efficiency rate of Originating calls

RNC, SAI

% OC Ineff CN + RNS Inefficiency rate of CS

Originating calls associated to the Core Network or RNS

RNC, SAI

Nb OC Number of Originating CS Calls RNC, SAI

CE 1.1. Details of Inefficiency for OC Setups

Total Total RNC, SAI, Failure_Type, Event,

Cause

Name Event - Cause RNC, SAI, Failure_Type, Event,

Cause

Comments Event - Cause - Comment RNC, SAI, Failure_Type, Event, Cause

CE 1.2. Details of States for OC Inefficiency

(6)

Comments Comments RNC, SAI, Failure_Type, Event,

Cause, State

CE 1.3. Originating call setup inefficiency during a PS session

% Ineff CN Inefficiency rate of Originating calls associated to the Core Network

RNC, SAI

% Ineff RNS Inefficiency rate of Originating calls associated to the RNS

RNC, SAI

% Ineff User Inefficiency rate of Originating calls associated to Users

RNC, SAI

% Efficiency OC % Efficiency OC RNC, SAI

% Ineff CN RNS Inefficiency rate of Terminating calls associated to the Core Network and RNS

RNC, SAI

Nb OC Number of Originating CS Calls RNC, SAI

CE 2. Terminating Calls Setup Inefficiency

% TC Ineff CN Inefficiency rate of CS

Terminating calls associated to the Core Network

RNC, SAI

% TC Ineff RNS Inefficiency rate of CS

Terminating calls associated to the RNS

RNC, SAI

% TC Setup Ineff User Inefficiency rate of CS Terminating calls associated to Users during setup (before alerting)

RNC, SAI

% TC Alert Ineff User Inefficiency rate of Terminating calls associated to Users during ringing

RNC, SAI

% TC efficiency Efficiency rate of Terminating calls

RNC, SAI

% TC Ineff CN + RNS Inefficiency rate of CS

Terminating calls associated to the Core Network or RNS

RNC, SAI

Nb TC Number of Terminating CS Calls RNC, SAI

CE 2.1. Detail of Inefficiency for TC Setups

(7)

Name Event-Cause RNC, SAI, Failure_Type, Event,

Cause

Comments Event-Cause-Comment RNC, SAI, Failure_Type, Event,

Cause

CE 2.2. Details of States for TC Inefficiency

Cause, State

CE 2.3. Terminating call setup inefficiency during a PS session

% ineff CN Inefficiency rate of Terminating calls associated to the Core Network

RNC, SAI

% ineff RNS Inefficiency rate of Terminating calls associated to the RNS

RNC, SAI

% ineff User Inefficiency rate of Terminating calls associated to Users

RNC, SAI

% efficiency TC % efficiency TC RNC, SAI

% Ineff CN RNS Inefficiency rate of Terminating calls associated to the Core Network and RNS

RNC, SAI

Nb TC Number of Terminating CS Calls RNC, SAI

CE 3. Call Drop Rates

% drop CN Call Drop rate associated to the Core Network

RNC, SAI

% drop RNS Call Drop rate associated to the RNS

RNC, SAI

% drop User Call Drop rate associated to Users

RNC, SAI

% no drop % no drop RNC, SAI

% drop CN RNS Call Drop rate associated to the Core Network and RNS

RNC, SAI

(8)

Cause

Name Event - Cause RNC, SAI, Failure_Type, Event,

Cause

Comments Event - Cause - Comment RNC, SAI, Failure_Type, Event, Cause

CE 3.2. Call Drop Rates during a PS session

% drop CN Call Drop rate associated to the Core Network

RNC, SAI

% drop RNS Call Drop rate associated to the RNS

RNC, SAI

% drop User Call Drop rate associated to Users

RNC, SAI

% Drop CN RNS Call Drop rate associated to the Core Network and RNS

RNC, SAI

Nb calls Number of established calls RNC, SAI

CE 4. Paging Efficiency

% 1st paging efficiency Rate of successful paging procedures with one PAGING

LAC

% 2nd paging efficiency Rate of successful paging procedures with two PAGING

LAC

% 3rd paging efficiency Rate of successful paging procedures with three PAGING

LAC

% 4th paging efficiency Rate of successful paging procedures with four PAGING

LAC

% repeated paging efficiency Rate of successful paging procedures with more than four PAGING

LAC

Nb paging procedures Number of paging procedures LAC

CE 4.1. CS Paging efficiency during a PS session

LAC

(9)

LAC

Nb paging procedures Number of paging procedures LAC

CE 5. Paging Response Delay

Nb successful pagings Number of successful paging procedures

LAC

average delay (s) average delay between 1st paging and paging response

LAC

Max delay (s) max delay between 1st paging and paging response

LAC

CE 6. CS Paging Table

Nb paging messages Number of paging messages LAC Nb paging IMSI Number of paging on IMSI

messages

LAC

Nb paging procedures Number of paging procedures LAC Avg nb pagings per procedure Average number of paging

messages per paging procedure LAC

Nb paging resp Number of paging response LAC

CE 7. Normal Location update inefficiency

% ineff CN Inefficiency rate due to the Core Network failures

RNC, SAI

% ineff RNS Inefficiency rate due to the RNS failures

RNC, SAI

% ineff UE Inefficiency rate due to User Equipment

RNC, SAI

% efficiency Efficiency Rate RNC, SAI

% ineff CN RNS Inefficiency rate due to the Core Networkor RNS

RNC, SAI

Nb

normalLocationUpdateRequest

Number of normal location update requests

(10)

Name Name RNC, SAI, Failure_Type, Event,

Cause

CE 8. Periodic Location update inefficiency

% ineff CN Inefficiency rate due to the Core Network failures

RNC, SAI

% efficiency % efficiency RNC, SAI

% ineff CN RNS Inefficiency rate due to the Core Network and the RNS failures

RNC, SAI

Nb periodicLoc.UpdateRequest Number of periodic location update requests

RNC, SAI

CE 8.1. Details of inefficiency for periodic location update requests

Cause

CS Services

CS Voice

VOE 1. Originating Voice Calls Setup Inefficiency

% Voice OC Ineff CN Inefficiency rate of CS Voice Originating calls associated to the Core Network

RNC, SAI

% Voice OC Ineff RNS Inefficiency rate of CS Voice Originating calls associated to the RNS

RNC, SAI

% Voice OC Setup Ineff User Inefficiency rate of CS Voice Originating calls associated

(11)

to Users during setup (before alerting)

% Voice OC Alert Ineff User Inefficiency rate of CS Voice Originating calls associated to Users during ringing

RNC, SAI

Nb Voice OC Number of Originating CS Voice Calls

RNC, SAI

% Voice OC efficiency Efficiency rate of Originating calls

RNC, SAI

% Voice OC Ineff CN + RNS Inefficiency rate of CS Voice Originating calls associated to the Core Network or RNS

RNC, SAI

VOE 1.1. Details of Inefficiency For Voice OC Setups

Cause

VOE 1.2. Details of States for Voice OC Inefficiency

Total Total RNC, SAI, Event, Failure_Type,

Cause, Start_state

Comments Comments RNC, SAI, Event, Failure_Type,

Cause, Start_state

VOE 2. Terminating Voice Calls Setup Inefficiency

% Voice TC Ineff CN Inefficiency rate of CS Voice Terminating calls associated to the Core Network

RNC, SAI

% Voice TC Ineff RNS Inefficiency rate of CS Voice Terminating calls assTCiated to the RNS

RNC, SAI

% Voice TC Setup Ineff User Inefficiency rate of CS Voice Terminating calls assTCiated to Users during setup (before alerting)

RNC, SAI

% Voice TC Alert Ineff User Inefficiency rate of CS Voice Terminating calls assTCiated to Users during ringing

(12)

Nb Voice TC Number of Terminating CS Voice Calls

RNC, SAI

% Voice TC efficiency Efficiency rate of Terminating calls

RNC, SAI

% Voice TC Ineff CN + RNS Inefficiency rate of CS Voice Terminating calls assTCiated to the Core Network or RNS

RNC, SAI

VOE 2.1. Details of Inefficiency For Voice TC Setups

Cause

VOE 2.2. Details of States for Voice TC Inefficiency

Cause, Start_state

VOE 3. Voice Call Drop Rates

% drop CN Voice Call Drop rate associated to the Core Network

RNC, SAI

% drop RNS Voice Call Drop rate associated to the RNS

RNC, SAI

% drop User Voice Call Drop rate associated to Users

RNC, SAI

Nb calls Number of established Voice

calls

RNC, SAI

% drop CN RNS Voice Call Drop rate associated to the Core Network and RNS

RNC, SAI

VOE 3.1. Detailed Voice Call Drop Causes

Total Total RNC, SAI, Event, Cause,

(13)

Comments Comments RNC, SAI, Event, Cause,

Failure_Type

Name Name RNC, SAI, Event, Cause,

Failure_Type

CS Video

VIE 1. Originating Video Calls Setup Inefficiency

% Video OC Ineff CN Inefficiency rate of CS Video Originating calls associated to the Core Network

RNC, SAI

% Video OC Ineff RNS Inefficiency rate of CS Video Originating calls assOCiated to the RNS

RNC, SAI

% Video OC Setup Ineff User Inefficiency rate of CS Video Originating calls assOCiated to Users during setup (before alerting)

RNC, SAI

% Video OC Alert Ineff User Inefficiency rate of CS Video Originating calls assOCiated to Users during ringing

RNC, SAI

Nb Video OC Number of Originating CS Video Calls

RNC, SAI

% Video OC efficiency Efficiency rate of Originating calls

RNC, SAI

% Video OC Ineff CN + RNS Inefficiency rate of CS Video Originating calls assOCiated to the Core Network or RNS

RNC, SAI

VIE 1.1. Details of Inefficiency for Video OC Setups

Cause

VIE 1.2. Details of States for Video OC Inefficiency

Failure_Type, Start_state

(14)

% Video TC Ineff CN Inefficiency rate of CS Video Terminating calls assTCiated to the Core Network

RNC, SAI

% Video TC Ineff RNS Inefficiency rate of CS Video Terminating calls assTCiated to the RNS

RNC, SAI

% Video TC Setup Ineff User Inefficiency rate of CS Video Terminating calls associated to Users during setup (before alerting)

RNC, SAI

% Video TC Alert Ineff User Inefficiency rate of CS Video Terminating calls assTCiated to Users during ringing

RNC, SAI

Nb Video TC Number of Terminating CS Video Calls

RNC, SAI

% Video TC efficiency Efficiency rate of Terminating calls

RNC, SAI

% Video TC Ineff CN + RNS Inefficiency rate of CS Video Terminating calls assTCiated to the Core Network or RNS

RNC, SAI

VIE 2.1. Details of Inefficiency for Video TC Setups

Cause

VIE 2.2. Details of States for Video TC Inefficiency

VIE 3. Video Call Drop Rates

% drop CN Video Call Drop rate associated to the Core Network

RNC, SAI

% drop RNS Video Call Drop rate associated to the RNS

(15)

% drop User Video Call Drop rate associated to Users

RNC, SAI

Nb calls Number of established video

calls

RNC, SAI

% drop CN RNS Video Call Drop rate associated to the Core Network and RNS

RNC, SAI

VIE 3.1. Detailed Video Call Drop Causes

Cause

CS Fallback

FB 1. Originating FB Calls Setup Inefficiency

% CSFB OC Ineff CN Inefficiency rate of CS FB Originating calls associated to the Core Network

RNC, SAI

% CSFB OC Ineff RNS Inefficiency rate of CS FB Originating calls associated to the RNS

RNC, SAI

% CSFB OC Setup Ineff User Inefficiency rate of CS FB Originating calls associated to Users during setup (before alerting)

RNC, SAI

% CSFB OC Alert Ineff User Inefficiency rate of CS FB Originating calls associated to Users during ringing

RNC, SAI

Nb CSFB OC Number of Originating CS FB Calls

RNC, SAI

% CSFB OC efficiency Efficiency rate of Originating calls

RNC, SAI

% CSFB OC Ineff CN + RNS Inefficiency rate of CS FB Originating calls associated to the Core Network or RNS

RNC, SAI

FB 1.1. Details of Inefficiency for CSFB OC Setups

(16)

Cause

FB 1.2. Details of States for CSFB OC Inefficiency

Total Total RNC, SAI, Event, Failure_Type,

Cause, Start_state

Comments Comments RNC, SAI, Event, Failure_Type,

Cause, Start_state

FB 2. Terminating CSFB Calls Setup Inefficiency

% CSFB TC Ineff CN Inefficiency rate of CS FB Terminating calls associated to the Core Network

RNC, SAI

% CSFB TC Ineff RNS Inefficiency rate of CS FB Terminating calls assTCiated to the RNS

RNC, SAI

% CSFB TC Setup Ineff User Inefficiency rate of CS FB Terminating calls assTCiated to Users during setup (before alerting)

RNC, SAI

% CSFB TC Alert Ineff User Inefficiency rate of CS FB Terminating calls assTCiated to Users during ringing

RNC, SAI

Nb CSFB TC Number of Terminating CS FB Calls

RNC, SAI

% CSFB TC efficiency Efficiency rate of Terminating CS FB calls

RNC, SAI

% CSFB TC Ineff CN + RNS Inefficiency rate of CS FB Terminating calls assTCiated to the Core Network or RNS

RNC, SAI

FB 2.1. Details of Inefficiency For CSFB TC Setups

Cause

(17)

FB 2.2. Details of States for CSFB TC Inefficiency

Cause, Start_state

FB 3. CSFB Call Drop Rates

% drop CN CSFB Call Drop rate associated to the Core Network

RNC, SAI

% drop RNS CSFB Call Drop rate associated to the RNS

RNC, SAI

% drop User CSFB Call Drop rate associated to Users

RNC, SAI

Nb calls Number of established CSFB

calls

RNC, SAI

% drop CN RNS CSFB Call Drop rate associated to the Core Network and RNS

RNC, SAI

FB 3.1. Detailed CSFB Call Drop Causes

Failure_Type

Name Name RNC, SAI, Event, Cause,

Failure_Type

FB 4 CSFB Normal location update inefficiency

% ineff CN RNC, SAI

RNC, SAI

% efficiency Efficiency Rate RNC, SAI

% ineff CN RNS Inefficiency rate due to the Core Networkor RNS

RNC, SAI

Nb

normalLocationUpdateRequest

Number of normal location update requests

(18)

Cause

CS SMS

SMS 1. SMS SUBMIT efficiency

# Efficient SMS MO SUBMIT Number of SMS SUBMIT messages received and acknowledged by the mobile station (RP-ACK sent to the NW)

RNC, SAI

% efficiency SMS MO SUBMIT #efficient SMS MO SUBMIT / #SMS MO SUBMIT

RNC, SAI

% Ineff SMS MO -RP_MT_ERROR

percentage of the transmission inefficiency due to the sending of an RP-ERROR by the mobile station

RNC, SAI

% Ineff SMS MO other percentage of the transmission inefficiency not due to an RP-ERROR

RNC, SAI

# SMS MO SUBMIT Number of SMS SUBMIT messages sent to the mobile station

RNC, SAI

SMS 1.1 Details of inefficiency for SMS SUBMIT

Total Total RNC, SAI, Event, Cause

Name Name RNC, SAI, Event, Cause

Comments Comments RNC, SAI, Event, Cause

SMS 2. SMS DELIVER efficiency

# efficient SMS MT DELIVER Number of SMS DELIVER messages received and acknowledged by the mobile station (RP-ACK sent to the NW)

RNC, SAI

% efficiency SMS MT DELIVER # efficient SMS MT Deliver / # SMS MT Deliver

(19)

% Ineff SMS MT -RP_MO_ERROR

Percentage of the transmission inefficiency due to the sending of an RP-ERROR by the mobile station

RNC, SAI

% Ineff SMS MT other Percentage of the transmission inefficiency not due to an RP-ERROR

RNC, SAI

# SMS MT DELIVER Number of SMS DELIVER messages sent to the mobile station

RNC, SAI

SMS 2.1 Details of inefficiency for SMS DELIVER

Total Total RNC, SAI, Event, Cause

Name Name RNC, SAI, Event, Cause

Comments Comments RNC, SAI, Event, Cause

Circuit Traffic

CT 1. Traffic CS voice

Nb RAB allocation Number of RAB 12 allocation attempts

RNC, SAI

Max. # Simult. RAB Max number of simultanous RAB 12

RNC, SAI

Erlangs Average number of simultanous

RAB 12

RNC, SAI

RAB Congestion rate Average Cs RAB 12 reject rate with cause No Ressource available

RNC, SAI

CT 2. Traffic CS video

Nb RAB allocation Number of RAB 64 allocation attempts

RNC, SAI

Max. # Simult. RAB Max number of simultaneous RAB 64

RNC, SAI

Erlangs Average number of

simultaneous RAB 64

RNC, SAI

RAB Congestion rate Average Cs RAB 64 reject rate with cause No Resource available

(20)

PS Global

PE 1. Attach Inefficiency

% ineff CN Inefficiency rate of Attach associated to the Core Network

RNC, SAI

% ineff RNS Inefficiency rate of Attach associated to the RNS

RNC, SAI

% ineff User Inefficiency rate of Attach associated to Users

RNC, SAI

% Ineff CN RNS Inefficiency rate of Attach associated to the Core Network and RNS

RNC, SAI

Nb attach Request Number of GMM attach requests RNC, SAI

PE 1.1. Details of Inefficiency for Attach

Cause

PE 1.2. Details of States for Attach Inefficency

Cause, State

PE 2. Session Activation Inefficiency

% ineff CN Inefficiency rate of session activations associated to the Core Network

RNC, SAI

% ineff RNS Inefficiency rate of session activations associated to the RNS

RNC, SAI

% ineff User Inefficiency rate of session activations associated to Users

RNC, SAI

(21)

% Ineff CN RNS Inefficiency rate of session activations associated to the Core Network and RNS

RNC, SAI

Nb session activations Number of session activations RNC, SAI

PE 2.1. Details of Inefficiency for Sessions Activations

Cause

PE 2.2. Details of States for Session Activation Inefficiency

Cause, Name

PE 3. Session Drop

% drop CN Session Drop rate associated to the Core Network

RNC, SAI

% drop RNS Session Drop rate associated to the RNS

RNC, SAI

% drop User Session Drop rate associated to Users

RNC, SAI

% drop CN RNS Session Drop rate associated to the Core Network and RNS

RNC, SAI

Nb sessions Number of established PDP contexts

RNC, SAI

PE 3.1. Detailed Session Drop Causes

Cause

(22)

LAC, RAC

Nb paging procedures Number of paging procedures LAC, RAC

PE 5. Paging PS Response Delay

average delay (s) average delay between 1st paging and paging response

LAC, RAC

Max delay (s) max delay between 1st paging and paging response

LAC, RAC

Nb successful procedures Number of successful paging procedures

LAC, RAC

PE 6. PS Paging Table

Nb paging messages Number of paging messages LAC, RAC Nb paging IMSI Number of paging on IMSI

messages

LAC, RAC

Nb paging procedures Number of paging procedures LAC, RAC Avg nb pagings Average number of paging

messages per paging procedure

LAC, RAC

Nb paging resp Number of paging response LAC, RAC

PE 7. Normal RA Update inefficiency

% ineff CN Inefficiency rate of normal RA Updates associated to the Core Network

RNC, SAI

% ineff RNS Inefficiency rate of normal RA Updates associated to the RNS

RNC, SAI

% ineff User Inefficiency rate of normal RA Updates associated to Users

(23)

% Ineff CN RNS Inefficiency rate of RA Updates associated to the Core Network and RNS

RNC, SAI

Nb normal RA Update Request Number of GMM normal RA Update requests

RNC, SAI

PE 7.1. Details of inefficiency for normal RA Update requests

Cause

PE 7.2. Details of States for normal RA Update inefficiency

Cause, State

PE 8. Periodic RA Update inefficiency

% ineff CN Inefficiency rate of periodic RA Updates associated to the Core Network

RNC, SAI

% ineff RNS Inefficiency rate of periodic RA Updates associated to the RNS

RNC, SAI

% ineff User Inefficiency rate of periodic RA Updates associated to Users

RNC, SAI

% Ineff CN RNS Inefficiency rate of RA Updates associated to the Core Network and RNS

RNC, SAI

Nb periodic RA Update Request Number of periodic GMM RA Update requests

RNC, SAI

PE 8.1. Details of inefficiency for periodic RA Update requests

(24)

Cause

PE 8.2. Details of States for periodic RA Update inefficiency

Failure_Type, Name

Packet Traffic

PT 1. PS Volume

Avg Ps RAB duration Avg Ps RAB duration RNC, SAI, CoS Data traffic DL (kbytes) Data traffic DL (kbytes) RNC, SAI, CoS Data traffic UL (kbytes) Data traffic UL (kbytes) RNC, SAI, CoS Total Number of RAB Total Number of RAB RNC, SAI, CoS

PT 2. PS RAB Throughput

Avg TP Ps DL Avg TP Ps DL (kbps) RNC, SAI, CoS

Avg TP Ps UL Avg TP Ps UL (kbps) RNC, SAI, CoS

Avg. # Simult. RAB Average Simultaneous RAB Number

RNC, SAI, CoS

PT 3. PS Traffic Table

Number of Sessions Init The number of sessions activated on the SAI

RNC, SAI, CoS

Avg. # Simult. RAB Average number of RAB simultaneously present on the SAI (when there is at least one session active)

RNC, SAI, CoS

Total Number of Sessions The total number of sessions that have been present on the SAI (sessions activated + incoming sessions)

RNC, SAI, CoS

Total Number of RAB The total number of RAB that have been present on the SAI

(25)

(sessions activated + cell in with a session active)

Max. # Simult. RAB Maximum number of RAB simultaneously present on the SAI

RNC, SAI, CoS

Data traffic DL (kbytes) Volume of user data traffic transferred in downlink direction (without GTP header)

RNC, SAI, CoS

Data traffic UL (kbytes) Volume of user data traffic transferred in uplink direction (without GTP header)

RNC, SAI, CoS

Avg TP Ps DL (kbps) Average throughput of Ps traffic Downlink

RNC, SAI, CoS

Max TP Ps DL (kbps) Maximum throughput of Ps traffic Downlink

RNC, SAI, CoS

% Th. Rel Ps DL Throughput reliability of Ps traffic Downlink. (rate of the volume used for the throughput evaluation)

RNC, SAI, CoS

Avg TP Ps UL (kbps) Average throughput of Ps traffic uplink

RNC, SAI, CoS

Max TP Ps UL (kbps) Maximum throughput of Ps traffic uplink

RNC, SAI, CoS

% Th. Rel Ps UL Throughput reliability of Ps traffic uplink. (rate of the volume used for the throughput evaluation)

RNC, SAI, CoS

% RAB Congestion rate Average Ps RAB reject rate with cause 'No Ressource available'

RNC, SAI, CoS

Avg Ps RAB duration Average Ps RAB session duration

RNC, SAI, CoS

PS QoS per Service Class

SE 1. Session Activation Inefficiency / Service Class

RNC, SAI, ServClass

(26)

% Ineff CN RNS Inefficiency rate of session activations associated to the Core Network and RNS

RNC, SAI, ServClass

Nb session activations Number of session activations RNC, SAI, ServClass

SE 1.1. Details of Inefficiency for PDP context Activation / Service Class

Total Total Event, Cause, RNC, SAI,

ServClass, Failure_Type

Name Name Event, Cause, RNC, SAI,

Comments Comments Event, Cause, RNC, SAI,

SE 2. Session Drops / Service Class

RNC, SAI, ServClass

% no drop % no drop RNC, SAI, ServClass

% drop CN RNS Session Drop rate associated to the Core Network and RNS

RNC, SAI, ServClass

Nb sessions Number of established PDP contexts

RNC, SAI, ServClass

SE 2.1. Detailed Session Drop Causes / Service Class

Total Total RNC, SAI, ServClass,

Failure_Type, Event, Cause

Name Name RNC, SAI, ServClass,

Comments Comments RNC, SAI, ServClass,

SE 3. Packet Services Data

Nb activation Number of PDP Context activations

(27)

RNC, SAI, ServClass

Nb session ends Number of established PDP contexts

RNC, SAI, ServClass

Statistics per APName

APN 1. Session activation per APName

Success rate (%) Success rate APName

MISUNK_APN (%) Missing or unknown APN APName

UNK_PDP_ADT (%) Unknown PDP address or PDP type

APName

UAUTF (%) User Authentication failed APName

ACREJ_GGSN (%) Activation rejected by GGSN APName ACREJ_UNSP (%) Activation rejected, unspecified APName SOPTNS (%) Service option not supported APName REQSONS (%) Requested service option not

subscribed

APName

SOPTTEMPOUT (%) Service option temporarily out of order

APName

SM_NF (%) Network failure APName

SM_PEu (%) Protocol error unspecified APName

Other causes (%) Other causes APName

Other failures (%) Other failures APName

total reject rate (%) total reject rate APName total failure rate (%) total failure rate APName session activations Nb of session activations APName

(28)

Data traffic DL (kbytes) Data traffic DL (kbytes) APName, CoS Data traffic UL (kbytes) Data traffic UL (kbytes) APName, CoS Total Number of RAB Total Number of RAB APName, CoS Avg Ps RAB duration Avg Ps RAB duration APName, CoS

APN 3. PS RAB Throughput per APName

Avg TP Ps DL Avg TP Ps DL (kbps) APName, CoS

Avg TP Ps UL Avg TP Ps UL (kbps) APName, CoS

Avg. # Simult. RAB Average Simultaneous RAB Number

APName, CoS

APN 4. PS traffic table per APName

Total Number of Sessions The total number of sessions that have been present on the APName (sessions activated + incoming sessions)

APName

Total Number of RAB The total number of RAB that have been present on the APName (sessions activated + cell in with a session active)

APName

Avg. # Simult. RAB Average number of RAB simultaneously present on the APName (when there is at least one session active)

APName

Max. # Simult. RAB Maximum number of RAB simultaneously present on the APName

APName

Data traffic DL (kbytes) Volume of user data traffic transferred in downlink direction (without GTP header)

APName

Data traffic UL (kbytes) Volume of user data traffic transferred in uplink direction (without GTP header)

APName

Avg TP Ps DL (kbps) Average throughput of Ps traffic Downlink

APName

Max TP Ps DL (kbps) Maximum throughput of Ps traffic Downlink

APName

Th. Rel Ps DL (%) Throughput reliability of Ps traffic Downlink. (rate of the volume used for the throughput evaluation)

(29)

Avg TP Ps UL (kbps) Average throughput of Ps traffic uplink

APName

Max TP Ps UL (kbps) Maximum throughput of Ps traffic uplink

APName

Th. Rel Ps UL (%) Throughput reliability of Ps traffic uplink. (rate of the volume used for the throughput evaluation)

APName

RAB Congestion rate (%) Average Ps RAB reject rate with cause 'No Resource available'

APName

Avg Ps RAB duration Average Ps RAB session duration

APName

APN 5. PDP Activation duration

nb activated PDP number of activated PDP APName min activation duration min activation duration APName max activation duration max activation duration APName avg activation duration avg activation duration APName

Mobility

Intra 3G Mobility

M 1. Outgoing S-RNS Relocation Efficiency

% Preparation Failure Rate Inefficiency rate of relocation required preparation (between relocation required and relocation command)

RNC, SAI

% Completion Failure Rate Inefficiency rate of relocation required completion (between relocation command and iu release command with cause "relocation success")

RNC, SAI

Nb of relocation procedures Number of relocation required procedures

RNC, SAI

M 1.1. Detail of Preparation Failures for outgoing S-RNS Relocation

Total Total Event, Cause, RNC, SAI

Name Name Event, Cause, RNC, SAI

(30)

Comments Comments Event, Cause, RNC, SAI

M 1.3. Outgoing S-RNS Relocation Efficiency per Target RNC

RNC, Target_RNC

M 2. Incoming S-RNS Relocation Efficiency

% Preparation Failure Rate Inefficiency rate of resource allocation preparation (between relocation request and relocation request acknowledge)

RNC, SAI

% Completion Failure Rate Inefficiency rate of resource allocation completion (between relocation request acknowledge and relocation complete)

RNC, SAI

Nb of relocation procedures Number of relocation request procedures

RNC, SAI

M 2.1. Detail of Preparation Failures for incoming S-RNS Relocation

Total Total Event, Cause, RNC

Name Name Event, Cause, RNC

Comments Comments Event, Cause, RNC

M 2.2. Detail of Completion Failures for incoming S-RNS Relocation

Total Total Event, Cause, RNC

Name Name Event, Cause, RNC

(31)

Inter-RAT 3G-2G Mobility

M 3. 3G to 2G HandOver Efficiency

RNC, SAI

M 3.1. Detail of Preparation Failures for 3G / 2G HandOvers

M 3.2. Detail of Completion Failures for 3G / 2G HandOvers

M 3.3. 3G to 2G HandOver Efficiency per Target Cell

RNC, SAI, Target_Cell

M 3.4. Details of preparation RANAP failures per cells couples

(32)

^MultiField^ ^MultiField^ RNC, SAI, Cell

M 3.5. Details of completion RANAP failures per cells couples

RNC, SAI, Cell

^MultiField^ ^MultiField^ RNC, SAI, Cell

M 4. 2G to 3G HandOvers Efficiency

% Preparation Failure Rate Inefficiency rate of 2G to 3G HandOver preparation (between relocation request and relocation request acknowledge)

RNC

% Completion Failure Rate Inefficiency rate of 2G to 3G HandOver completion (between relocation request acknowledge and relocation complete)

RNC

M 4.1. Detail of Preparation Failures for 2G to 3G HandOvers

Total Total RNC, Event, Cause

Name Name RNC, Event, Cause

Comments Comments RNC, Event, Cause

M 4.2. Detail of Completion Failures for 2G to 3G HandOvers

Inter-RAT 3G-LTE Mobility

M 5. 3G to LTE HandOver Efficiency

RNC, SAI

% Completion Failure Rate Inefficiency rate of relocation required completion (between relocation command and iu

(33)

release command with cause "relocation success")

RNC, SAI

M 5.1. Detail of Preparation Failures for 3G / LTE HandOvers

M 5.2. Detail of Completion Failures for 3G / LTE HandOvers

M 5.3. 3G to LTE HandOver Efficiency per Target Cell

RNC, SAI, E_NodeB

M 5.4. Details of preparation RANAP failures per cell-ENodeB couples

RNC, SAI, E_NodeB

^MultiField^ ^MultiField^ RNC, SAI, E_NodeB

M 5.5. Details of completion RANAP failures per cell-ENodeB couples

RNC, SAI, E_NodeB

(34)

% Preparation Failure Rate Inefficiency rate of LTE to 3G HandOver preparation (between relocation request and relocation request acknowledge)

RNC

% Completion Failure Rate Inefficiency rate of LTE to 3G HandOver completion (between relocation request acknowledge and relocation complete)

RNC

M 6.1. Detail of Preparation Failures for LTE to 3G HandOvers

M 6.2. Detail of Completion Failures for LTE to 3G HandOvers

M 6.3. LTE to 3G HandOvers Efficiency per source cell

% Preparation Failure Rate Inefficiency rate of LTE to 3G HandOver preparation (between relocation request and relocation request acknowledge)

RNC_Name, Source_Cell_Name

% Completion Failure Rate Inefficiency rate of LTE to 3G HandOver completion (between relocation request acknowledge and relocation complete)

Timers

TI 1. Time Counters Statistics

Number of events Number of events Timer, RNC, SAI

(35)

Max Time (s) Max Time (s) Timer, RNC, SAI

Average time (s) Average time (s) Timer, RNC, SAI

Table Report

RD 1. XL1

Init. CS. proc. Initiated procedures CS RNC, SAI Init. PS. proc. Initiated procedures PS RNC, SAI Init. proc.Total Total number of initiated

procedures

RNC, SAI

Init. CS calls OC Initiated CS calls OC RNC, SAI Init. CS calls TC Initiated CS calls TC RNC, SAI Init. CS calls Total Total number of initiated CS

calls

RNC, SAI

% Call setup Inef. rate OC Call setup Inefficiency rate OC RNC, SAI % Call setup Inef. rate TC Call setup Inefficiency rate TC RNC, SAI

% Cn Inef. OC Cn Inefficiency OC RNC, SAI

% Cn Inef. TC Cn Inefficiency TC RNC, SAI

% Rns Inef OC Rns Inefficiency OC RNC, SAI

% Rns Inef. TC Rns Inefficiency TC RNC, SAI

% User Inef. OC User Inefficiency OC RNC, SAI

% User Inef. TC User Inefficiency TC RNC, SAI

% Fail. rate MM conn. setup OC Failure rate of MM connection setup OC

RNC, SAI

% Fail. rate MM conn. setup TC Failure rate of MM connection setup TC

RNC, SAI

Init. CS trn. OC Initiated CS transactions OC RNC, SAI Init. CS trn. OC speech Initiated CS transactions OC

speech

RNC, SAI

Init. CS trn. OC UDI Initiated CS transactions OC UDI

RNC, SAI

Init. CS trn. TC Initiated CS transactions TC RNC, SAI Init. CS trn. TC speech Initiated CS transactions TC

speech

RNC, SAI

Init. CS trn. TC UDI Initiated CS transactions TC UDI RNC, SAI % CS Trn. Setup inef. OC CS Transaction Setup

inefficiency OC

RNC, SAI

% CS Trn. Setup inef. OC_s CS Transaction Setup inefficiency OC speech

(36)

% CS Trn. Setup inef. OC_UDI CS Transaction Setup inefficiency OC UDI

RNC, SAI

% CS Trn. Setup inef. TC CS Transaction Setup inefficiency TC

RNC, SAI

% CS Trn. Setup inef. TC_s CS Transaction Setup inefficiency TC speech

RNC, SAI

% CS Trn. Setup inef. TC_UDI CS Transaction Setup inefficiency TC UDI

RNC, SAI

% CS Trn. Setup inef. CN OC_s CS Transaction Setup inefficiency CN OC speech RNC, SAI % CS Trn. Setup inef. CN OC_UDI CS Transaction Setup inefficiency CN OC UDI RNC, SAI

% CS Trn. Setup inef. CN TC_s CS Transaction Setup inefficiency CN TC speech RNC, SAI % CS Trn. Setup inef. CN TC_UDI CS Transaction Setup inefficiency CN TC UDI RNC, SAI % CS Trn. Setup inef. RNS OC_s CS Transaction Setup inefficiency RNS OC_s RNC, SAI % CS Trn. Setup inef. RNS OC_UDI CS Transaction Setup inefficiency RNS OC_UDI RNC, SAI % CS Trn. Setup inef. RNS TC_s CS Transaction Setup inefficiency RNS TC_s RNC, SAI % CS Trn. Setup inef. RNS TC_UDI CS Transaction Setup inefficiency RNS TC_UDI RNC, SAI

% CS Trn. Setup inef. Usr OC_s CS Transaction Setup inefficiency User OC speech

RNC, SAI

% CS Trn. Setup inef. Usr OC_UDI

CS Transaction Setup inefficiency User OC UDI

RNC, SAI

% CS Trn. Setup inef. Usr TC_s CS Transaction Setup inefficiency User TC speech

RNC, SAI

% CS Trn. Setup inef. Usr TC_UDI

CS Transaction Setup inefficiency User TC UDI

RNC, SAI

% CS Trn. Setup inef. Step 1 OC

CS Transaction Setup inefficiency Step 1 OC

RNC, SAI

% CS Trn. Setup inef. Step 1 TC CS Transaction Setup inefficiency Step 1 TC

RNC, SAI

(37)

CS established calls OC CS established calls OC RNC, SAI CS established calls OC.s CS established calls OC speech RNC, SAI CS established calls OC.UDI CS established calls OC UDI RNC, SAI CS established calls TC CS established calls TC RNC, SAI CS established calls TC.s CS established calls TC speech RNC, SAI CS established calls TC.UDI CS established calls TC UDI RNC, SAI CS established calls Total Total number of CS established

calls

RNC, SAI

% CS Call drops OC CS Call drops OC RNC, SAI

% CS Call drops OC_s CS Call drops OC speech RNC, SAI % CS Call drops OC_UDI CS Call drops OC UDI RNC, SAI

% CS Call drops TC CS Call drops TC RNC, SAI

% CS Call drops TC_s CS Call drops TC speech RNC, SAI % CS Call drops TC_UDI CS Call drops TC UDI RNC, SAI % CS Call drops Total CS Call drops Total RNC, SAI % CS Call Cn Drop Rate OC CS Call Cn Drop Rate OC RNC, SAI % CS Call Cn Drop Rate OC_s CS Call Cn Drop Rate OC

speech

RNC, SAI

% CS Call Cn Drop Rate OC_UDI

CS Call Cn Drop Rate OC UDI RNC, SAI

% CS Call Cn Drop Rate TC CS Call Cn Drop Rate TC RNC, SAI % CS Call Cn Drop Rate TC_s CS Call Cn Drop Rate TC

speech

RNC, SAI

% CS Call Cn Drop Rate TC_UDI

CS Call Cn Drop Rate TC UDI RNC, SAI

% CS Call Cn Drop Rate Total CS Call Cn Drop Rate Total RNC, SAI % CS Call Rns Drop Rate OC CS Call Rns Drop Rate OC RNC, SAI % CS Call Rns Drop Rate OC_s CS Call Rns Drop Rate OC

speech

RNC, SAI

% CS Call Rns Drop Rate OC_UDI

CS Call Rns Drop Rate OC UDI RNC, SAI

% CS Call Rns Drop Rate TC CS Call Rns Drop Rate TC RNC, SAI % CS Call Rns Drop Rate TC_s CS Call Rns Drop Rate TC

speech

RNC, SAI

% CS Call Rns Drop Rate TC_UDI

CS Call Rns Drop Rate TC UDI RNC, SAI

% CS Call Rns Drop Rate Total CS Call Rns Drop Rate Total RNC, SAI % CS Call Ms Drop Rate OC CS Call Ms Drop Rate OC RNC, SAI

(38)

% CS Call Ms Drop Rate OC_s CS Call Ms Drop Rate OC speech

RNC, SAI

% CS Call Ms Drop Rate OC_UDI

CS Call Ms Drop Rate OC UDI RNC, SAI

% CS Call Ms Drop Rate TC CS Call Ms Drop Rate TC RNC, SAI % CS Call Ms Drop Rate TC_s CS Call Ms Drop Rate TC

speech

RNC, SAI

% CS Call Ms Drop Rate TC_UDI

CS Call Ms Drop Rate TC UDI RNC, SAI

% CS Call Ms Drop Rate Total CS Call Ms Drop Rate Total RNC, SAI Attach proc. Nb Attach procedure Number RNC, SAI % Attach proc. CN inef. Attach procedure CN

inefficiency

RNC, SAI

% Attach proc. RNS inef. Attach procedure RNS inefficiency

RNC, SAI

% Attach proc. Usr inef. Attach procedure User inefficiency

RNC, SAI

% Attach proc. Total inef. Attach procedure Total inefficiency

RNC, SAI

Nb Norm RA Up proc Number of Normal RA Update procedure

RNC, SAI

% Norm RA Up proc CN ineff. Normal RA Update procedure CN inefficiency rate

RNC, SAI

% Norm RA Up proc RNS ineff. Normal RA Update procedure RNS inefficiency rate

RNC, SAI

% Norm RA Up proc User ineff. Normal RA Update procedure User inefficiency rate

RNC, SAI

% Norm RA Up proc Tot ineff. Normal RA Update procedure Total inefficiency rate

RNC, SAI

Nb Pdic RA Up proc Number Periodic RA Update procedure

RNC, SAI

% Pdic RA Up proc CN ineff. Periodic RA Update procedure CN inefficiency rate

RNC, SAI

% Pdic RA Up proc RNS ineff. Periodic RA Update procedure RNS inefficiency rate

RNC, SAI

% Pdic RA Up proc User ineff. Periodic RA Update procedure User inefficiency rate

RNC, SAI

% Pdic RA Up proc Tot ineff. Periodic RA Update procedure Total inefficiency rate

RNC, SAI

Attach follow req. Nb Attach with follow on request Number

RNC, SAI

% Attach follow req. CN inef. Attach with follow on request CN inefficiency

(39)

% Attach follow req. RNS inef. Attach with follow on request RNS inefficiency

RNC, SAI

% Attach follow req. User inef. Attach with follow on request User inefficiency

RNC, SAI

% Attach follow req. Total inef. Attach with follow on request Total inefficiency

RNC, SAI

PS trn. Init. PS trn. Number of initiated PS transactions

RNC, SAI

% PS trn. Setup CN inef. PS transaction setup CN inefficiency

RNC, SAI

% PS trn. Setup RNS inef. PS transaction setup RNS inefficiency

RNC, SAI

% PS trn. Setup User inef. PS transaction setup User inefficiency

RNC, SAI

% PS trn. Setup Total inef. PS transaction setup Total inefficiency

RNC, SAI

Fail. act. sess. Active Packet sessions finishing RNC, SAI % Fail. act. sess. CN fail. Failures during active session

CN failures

RNC, SAI

% Fail. act. sess. RNS fail. Failures during active session RNS failures

RNC, SAI

% Fail. act. sess. Usr fail. Failures during active session User failures

RNC, SAI

% Fail. act. sess. Tot. fail. Failures during active session Total failures

RNC, SAI

Nb LU Number Location Update RNC, SAI

% LU CN ineff. rate Location Update CN inefficiency rate

RNC, SAI

% LU RNS ineff. rate Location Update RNS inefficiency rate

RNC, SAI

% LU User ineff. rate Location Update User inefficiency rate

RNC, SAI

% LU Tot ineff. rate Location Update Total inefficiency rate

RNC, SAI

Nb Periodic LU Number Periodic Location Update

RNC, SAI

% Periodic LU CN ineff. Periodic Location Update CN inefficiency rate

RNC, SAI

% Periodic LU RNS ineff. Periodic Location Update RNS inefficiency rate

RNC, SAI

% Periodic LU User ineff. Periodic Location Update User inefficiency rate

(40)

% Periodic LU Tot ineff. Periodic Location Update Total inefficiency rate

RNC, SAI

Roamers

R0 1. Location Update Inefficiency per Network

% success success rate Network

% reject reject rate Network

% other failures other failures rate Network

LU procedures number LU procedures number Network

R0 2. Attach Inefficiency per Network

% success Success rate Network

% reject Reject rate Network

% other failures Other failures rate Network

Attach procedures number Attach procedures number Network

R0 3. National Roamers LU Inefficiency

% success success rate RNC, SAI

% reject reject rate RNC, SAI

% other failures other failures rate RNC, SAI

LU procedures number LU procedures number RNC, SAI

R0 4. National Roamers Attach Inefficiency

% success Success rate RNC, SAI

% reject Reject rate RNC, SAI

% other failures Other failures rate RNC, SAI

Attach procedures number Attach procedures number RNC, SAI

[PSM] Services / Protocols

SP 1. [Service] Traffic Distribution

Total Volume (GB) Total volume (DL + UL) (GB) Service

(41)

UL Volume (GB) UL Volume (GB) Service

SP 2. [APN - Service] Traffic Distribution (HPLMN)

Total Volume (GB) Total volume (DL + UL) (GB) APN, Service

DL Volume (GB) DL Volume (GB) APN, Service

UL Volume (GB) UL Volume (GB) APN, Service

Sessions (nb) Number of sessions APN, Service

Average session duration (sec) Average session duration (sec) APN, Service

SP 3. {EXPERT MODE} [Service - Protocol] Traffic Distribution

Volume (GB) Volume in Gbytes Protocol, Service

DL Volume (GB) DL Volume (GB) Protocol, Service

UL Volume (GB) UL Volume (GB) Protocol, Service

Users (nb) Number of users Protocol, Service

SP 4. {EXPERT MODE} [Protocol - Port] Traffic Distribution

Port Port Protocol

Volume (MB) Volume in Mbytes Protocol

DL Volume (MB) DL Volume (MB) Protocol

UL Volume (MB) UL Volume (MB) Protocol

Users (nb) Number of users Protocol

[PSM] WAP / WEB

WW 1. [Cell] WAP GW Connection Efficiency

WAP connection Nb Number of connection (TCP or WSP) attempts

RNC_PCU, Cell

WAP connection success rate (%)

Percentage of successful connection

RNC_PCU, Cell

WAP connection delay (ms) Average connection establishment delay

RNC_PCU, Cell

(42)

WAP GW connection Nb Number of connection (TCP or WSP) attempts

RNC_PCU, Cell

WAP GW connection success rate (%)

Percentage of successful connection

RNC_PCU, Cell

WAP GW connection delay (ms) Average connection establishment delay

RNC_PCU, Cell

User response time (ms) Average user response time RNC_PCU, Cell

WW 3. [Cell] WEB Connection Efficiency

WEB connection Nb Number of TCP connection attempts

RNC_PCU, Cell

WEB connection success rate (%)

Percentage of successful TCP connection

RNC_PCU, Cell

WW 4. [Cell] WAP Traffic

Total TCP / WTP volume (MB) Total TCP / WTP volume exchanged (Mbytes)

RNC_PCU, Cell

TCP / WTP volume DL (MB) Volume TCP / WTP transmitted in DL direction (Mbytes)

RNC_PCU, Cell

TCP / WTP volume UL (MB) Volume TCP / WTP transmitted in UL direction (Mbytes)

RNC_PCU, Cell

TCP / WTP retrans rate DL (%) Retransmission rate for TCP / WTP volume DL

RNC_PCU, Cell

TCP / WTP retrans rate UL (%) Retransmission rate for TCP / WTP volume UL

RNC_PCU, Cell

WW 5. [Cell] WEB Traffic

Total TCP volume (MB) Total TCP volume exchanged (Mbytes)

RNC_PCU, Cell

TCP volume DL (MB) Volume TCP transmitted in DL direction (Mbytes)

RNC_PCU, Cell

TCP volume UL (MB) Volume TCP transmitted in UL direction (Mbytes)

RNC_PCU, Cell

TCP retrans rate DL (%) Retransmission rate for TCP volume DL

RNC_PCU, Cell

TCP retrans rate UL (%) Retransmission rate for TCP volume UL

(43)

WW 6. [Cell] WAP Big Content DL Throughput

3G big content DL nb (> 1 MB) Number of large file downloads (> 1 Mbytes) in 3G for WAP service

RNC_PCU, Cell

HSDPA big content DL nb (> 1 MB)

Number of large file downloads (> 1 Mbytes) in HSDPA for WAP service

RNC_PCU, Cell

3G big content (> 1 MB) DL avg tp (kbps)

Average DL throughput on large files (> 1 Mbytes) in 3G

RNC_PCU, Cell

HSDPA big content (> 1 MB) DL avg tp (kbps)

Average DL throughput on large files (> 1 Mbytes) in HSDPA

RNC_PCU, Cell

WW 7. [Cell] WEB Big Content DL Throughput

3G big content (> 1 MB) DL nb Number of large file downloads (> 1 Mbytes) in 3G for WEB service

RNC_PCU, Cell

HSDPA big content (> 1 MB) DL nb

Number of large file downloads (> 1 Mbytes) in HSDPA for WEB service

RNC_PCU, Cell

3G big content (> 1 MB) DL avg tp (kbps)

Average DL throughput on large files (> 1 Mbytes) in 3G

RNC_PCU, Cell

HSDPA big content (> 1 MB) DL avg tp (kbps)

Average DL throughput on large files (> 1 Mbytes) in HSDPA

RNC_PCU, Cell

WW 8. [Cell] WEB Big Content UL Throughput

3G big content (> 200 kB) UL nb Number of large file uploads (> 200 kbytes) in 3G for WEB service

RNC_PCU, Cell

HSUPA big content (> 200 kB) UL nb

Number of large file uploads (> 200 kbytes) in HSUPA for WEB service

RNC_PCU, Cell

3G big content (> 200 kB) UL avg tp (kbps)

Average UL throughput on large files (> 200 kbytes) in 3G

RNC_PCU, Cell

HSUPA big content (> 200 kB) UL avg tp (kbps)

Average UL throughput on large files (> 200 kbytes) in HSUPA

RNC_PCU, Cell

WW 9. [Cell - URL] WAP / WEB 1st Page Download Duration

URL URL RNC_PCU, Cell

1st page downloads number Number of 1st page downloads RNC_PCU, Cell 1st page objects number Total number of downloaded

objects on 1st page

(44)

Average 1st page duration (sec) Average duration of 1st page download (sec)

RNC_PCU, Cell

Average PDP + 1st page duration (sec)

Average duration of PDP activation and 1st page download (sec)

RNC_PCU, Cell

(PDP + 1st page duration)>10s rate

Rate of PDP activation and 1st page download over 10s

RNC_PCU, Cell

[PSM] Streaming

ST 1. [IP Server] Content Access

Sessions number Number of streaming sessions IP server Content Access Rate (%) Content Access Rate (%) IP server

Average SST (sec) Average SST (sec) IP server

SST>5s rate SST>5s rate (%) IP server

ST 2. [IP Server] Access Delay

Sessions with content access Number of streaming sessions with content access

IP server

Content access rate (%) Content Access Rate (%) IP server SST>5s rate (%) SST>5s rate (%) IP server

Average SST (sec) Average SST (sec) IP server

ST 3. [IP Server] Integrity

Sessions number with content access

Number of streaming sessions with content access

IP server

Sessions rate with 0 defect (%) Sessions rate with 0 defect (%) IP server Sessions rate with 1 defect / min

(%)

Sessions rate with at least 1 defect per minute (%)

IP server

[PSM] MMS

MMS 1. [Cell] MMS Traffic

MMS sending attempts Nb Number of MMS sending attempts

RNC, SAI

MMS receving attempt Nb Number of MMS receiving attempts

UMTS-7 1_KPI-Quick-Ref_RC_Aug2013.pdf

Contents

Introduction... 4

UMTS: IU and IUB interfaces... 5

UMTS 7.1: HPG... 247

UMTS 7.1: Roaming RAN... 273

UMTS 7.1: VIP Care...305

Introduction

UMTS: IU and IUB interfaces

KPI AA - IU Interface

Global CS Efficiency

CS Services

Circuit Traffic

PS Global

Packet Traffic

PS QoS per Service Class

Statistics per APName

Mobility

Timers

Table Report

Roamers

[PSM] Services / Protocols

[PSM] WAP / WEB

[PSM] Streaming

[PSM] MMS