avue svt report_v1 -.docx

SVT Date: 26/ 11 /201 5 Version: 2Test By: VIKASPrepared By: Kamal PandeyPrepared Date: 12/ 12 /201 5 Checked By : Jinith K SureshApproved By : Ammar Mazhar

U Mobile

Site Verification Report

LRD :AVUEQMSite ID : Q0031NodeBID: 16031

1Test Plan information

1 Contents

1 CONTENTS.......................................................................................................................................... 1

2 TEST PLAN INFORMATION................................................................................................................2

2.1 STATIC TEST INFORMATION...............................................................................................................22.2 DRIVE TEST CASES & TOOL INFORMATION........................................................................................42.3 U MOBILE FTP SERVER DETAILS:.....................................................................................................52.4 DRIVE PLOT LEGEND INFORMATION:..................................................................................................52.5 CELL CONFIGURATION INFORMATION:................................................................................................5

3 EXECUTIVE SUMMARY:-....................................................................................................................6

4 SITE LOCATION AND DRIVE TEST ROUTE:-....................................................................................6

4.1 SITE LOCATION................................................................................................................................ 64.2DRIVE TEST ROUTE (VOICE, PS DOWNLOAD).....................................................................................74.3 STATIC TEST LOCATION...................................................................................................................7

5 CHECK LIST:-...................................................................................................................................... 8

5.1 ALARM STATUS:............................................................................................................................... 85.2 CELL PLANNING DATA:-....................................................................................................................85.3 STATIC TEST RESULT (SELECT BEST WIRELESS ENVIRONMENT, AVOID HANDOVER):-...........................95.4 DRIVER TEST (DRIVE AROUND SITE, MAKE SURE ALL CELLS SIGNAL CAN BE RECEIVED)........................95.5 : CQT SUMMARY & ANTENNA PHOTOS:-.........................................................................................105.6 VOICE & VIDEO CALL STATIC TEST:-...............................................................................................105.7 CALL SETUP TIME (VOICE CALL MOC):-..........................................................................................115.8 R99 DOWNLINK & UPLINK STATIC TEST:-........................................................................................125.9 HSDPA & HSUPA STATIC TEST:-.................................................................................................135.10 R99 & HS PING TEST:................................................................................................................. 145.11 SCANNER PSC PLOT:-................................................................................................................. 155.12 SCANNER RSCP PLOT:-..............................................................................................................155.13 SCANNER ECN0 PLOT:-...............................................................................................................165.14 BEST SERVER PSC PLOT: - (VOICE LONG CALL)..........................................................................175.15 SOFT/SOFTER HANDOVER PLOT: - (VOICE LONG CALL)..................................................................175.16 RSCP PLOT :- (VOICE LONG CALL)..............................................................................................185.16.1 RSCP DISTRIBUTION:-.............................................................................................................195.17 BEST SERVER ECN0 PLOT :- (VOICE LONG CALL)........................................................................195.17.1 ECN0 DISTRIBUTION PLOT:-.....................................................................................................205.18 UE TX POWER PLOT :- (VOICE LONG CALL).................................................................................205.18.1 UE TX POWER DISTRIBUTION:-.................................................................................................215.19 HSDPA APPLICATION LAYER THROUGHPUT PLOT: - (DC OR HSPA+).............................................215.19.1 HSDPA THROUGHPUT DISTRIBUTION:-......................................................................................225.20 HSDPA CQI MEASUREMENT PLOT:-.............................................................................................225.20.1 HSDPA CQI DISTRIBUTION......................................................................................................235.21 HSUPA APPLICATION LAYER THROUGHPUT PLOT:-........................................................................235.21.1 HSUPA THROUGHPUT DISTRIBUTION:-.....................................................................................24

6 ANALYSIS - EVENT FAILURE..........................................................................................................25

6.1 ACCESS FAILURE PLOTS................................................................................................................256.2 CALL DROP PLOTS......................................................................................................................... 256.3 ABNORMAL EVENT ANALYSIS..........................................................................................................25

7 RNC CELL CONFIGURATION (DATE: 24/04/2015)..........................................................................26

Page 1


2 Test Plan information

The verification tests have been performed using NEMO Outdoor& Analysis is done by NEMO Analyser. All test conducted in good RF conditions (RSCP>-95dBm &EcN0>-10dBm).

Below are the procedures of single site verification acceptance.

2.1 Static test Information

Voice Call (MOC & MTC)

1. Call setup from MOC to 0182145492.2. Duration of call is 30 seconds.3. Idle time between calls is 15 seconds.4. Static calls 3 times were performed on each sector of the site.5. Call setup: MTC to UE connected to NEMO

Tool: NEMO Outdoor& Two UE

Video Call Originating

1. Call setup from MOC to 1322.2. Duration of call is 30 seconds.3. Idle time between calls is 15 seconds.4. Static calls 3 times were performed on each sector of the site.

Tool: NEMO Outdoor& One UE

SMS & MMS Test:-1. SMS & MMS: Performed on each sector of the site.

2. Originating & Terminating UE connected to NEMO OUTDOOR.3. Result tabulation using NEMO Outdoor/ Analyser.

Tool: NEMO Outdoor & Two UE

Latency (Continuous Ping) ProcedureR99 Ping Using UE

1. 10 continuous 32 bytes ping were performed after PDP context is activated.2. Idle time between 10 pings is 5 seconds without deactivating PDP context.3. Test to be done on each sector of the site.

Tool: NEMO Outdoor& One UE

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HS Ping Using Data Modem

1. 10 continuous 32 bytes ping were performed after PDP context is activated.2. Idle time between 10 pings is 5 seconds without deactivating PDP context.3. Test to be done on each sector of the site.

Tool: NEMO Outdoor& Data Modem.

Download Test Procedure

R99 Download using UE

1. File of 10MB is downloaded from dedicated U Mobile FTP server using script after PDP context is activated.2. Test to be done on each sector of the site.3. Result tabulation from NEMO Analyser “application throughput downlink”.

Tool: NEMO Outdoor& One UE.

HS Download using Data Modem

1. File download after PDP context is activated.2. 3 minutes3. Test to be done on each sector of the site.4. Result tabulation using NEMOAnalyser “Application throughput downlink”.

Tool: NEMO Outdoor& Data Modem.

Note:For sites that failed DC KPI of 21Mbps, ZTE is allowed to connect an external indoor OMNI antenna during off-peak hours to simulate single user scenario. It should be tested with actual network parameter setting and FTP (using TCP). UDP shall be used only for troubleshooting but not acceptance.

Upload Test Procedure

R99 Upload

1. File of 2MB uploaded from dedicated U Mobile FTP server using script after PDP context is activated.2. Test to be done on each sector of the site.3. Result tabulation using NEMO Analyser “application throughput uplink”.

Tool: NEMO Outdoor& One UEHS Upload

1. File of 90MB uploaded to the dedicated U Mobile FTP server using script after PDP context is activated.2. Test to be done on each sector of the site.3. Result tabulation using NEMO Analyser “application throughput uplink”.

Page 3


Tool: NEMO Outdoor& Data Modem

2.2 Drive Test Cases &Tool Information

AMR Long Call Originating (Only 3G)

1. Call setup from MOC to U Mobile Test Number 0182145492.2. Call is maintained continuously along the drive route.

Tool NEMO Outdoor& One UEPlots Required:-

UE Drive plots using NEMO AnalyserUE Drive Route Plot

a) UE PSC Plotb) UE Soft Handover Plotc) UE_RSCP &Distribution graphd) UE EcN0&Distribution graphe) UE TX Power &Distribution graph

HSDPA Mobility (Only 3G)

1. File downloaded from dedicated U Mobile FTP server, after PDP context is activated.2. Download is maintained continuously along the drive route.3. Result tabulation from NEMO Analyser“ application throughput downlink”.

Tool: NEMO Outdoor& Data Modem Plots Required:-

a) HSDPA Drive plots using NEMO Analyserb) HSDPA Application throughput &Distribution graphc) CQI plot &Distribution graph

Page 4


HSUPA Mobility

1. File Uploaded from dedicated U Mobile FTP server, after PDP context is activated.2. Download is maintained continuously along the drive route.3. Result tabulation from NEMO Analyser “application throughput uplink”.

Tool: NEMO Outdoor& Data ModemPlots Required:-

a) HSUPA Drive plots using NEMO Analyserb) HSUPA Application throughput &Distribution graph

3G Scanner drive:

1. Performed continuously along the same drive route.Scanner Drive Plot using NEMO AnalyserPlots Required:-

a) Scanner PSC Plotb) Scanner RSCP plotc) Scanner EcN0 plot

2.3 U Mobile FTP Server Details:

IP: 123.136.100.15

2.4 Drive Plot Legend information:

2.5 Cell Configuration Information:

a) RAC & LACb) Cell P-CPICH Informationc) Frequency & PSC informationd) E-Tilt Informatione) WCDMA & GSM Neighbour Relations.

Page 5


3 Executive Summary:-

All tests was done & performed as per test plan. All relevant data, checklist & analysis have been submitted for site AVUE as per plan.

4 Site Location and Drive Test Route:-

4.1 Site Location

Page 6


4.2 Drive Test Route (Voice, PS download)

Page 7


4.3 Static Test Location

5 Check List:-

5.1 Alarm Status:Check List Sector 1 Sector 2 Sector 3

Alarm Status No Alarm No Alarm No AlarmVSWR &Alarm History

Sector 1 Sector 2

Sector 3 Alarm History

Page 8

Sec 1

Sec 2

Sec 3


5.2 Cell Planning Data:-

Item ResultLAC 11602RAC 16Site ID Q0031PCICH Power(dBm) 33dBmFrequency UL:1927.4 MHZ; DL:2117.4 MHZScrambling Code 276/284/292Q-Qual Min -18Q-Rx Lev Min -115Azimuth 30/120/240E Tilt 4/4/4M Tilt 0/0/042M End-to-End capability YES

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5.3 Static Test Result (Select best wireless environment, avoid handover):-Service Site/Sector Sector1 Sector2 Sector3 Remarks

Idle

Scrambling Code276 √ 284 √ 292 √276 √ 284 √ 292 √276 √ 284 √ 292 √

Cell Id60311 √ 60312 √ 60313 √60314 √ 60315 √ 60316 √60317 √ 60318 √ 60319 √

CPICH_RSCP(dBm) -67.92 √ -65.21 √ -63.54 √ (>-95dBm)CPICH _EcN0(dB) -5.54 √ -5.21 √ -5.13 √ (>-10dB)

Voice Voice Call Test(3 times)(MOC) √ (MOC) √ (MOC) √(MTC) √ (MTC) √ (MTC) √

Voice Voice Call setup time (MOC) 2.988sec √ 3.861sec √ 4.299sec √ =<5secVideo Video Call Test(3 times) (MOC) √ (MOC) √ (MOC) √

PS

R99 UL Application layer throughput

(File size 2MB)

349.6Kbps √

347.0Kbps √

346.2Kbps √

(Aver >=335 kbps)

R99 DL Application layer throughput(File size 10MB)

345.3Kbps √

336.8Kbps √

344.7Kbps √

( Aver>=335 kbps)

HSUPA Application Layer throughput(File size 90MB)

3.49Mbps √

3.09Mbps √

3.35Mbps √

(Aver >= 2 Mbps)

HSDPA (Application layer throughput)

22.33Mbps √

17.20Mbps X

21.04Mbps √

(Aver>= 21 Mbps)

R99 Ping (UE) 10 time 121ms √ 146ms √ 130ms √ (Aver=<150ms)

HS Ping (Data Modem) 10 time

43ms √ 43ms √ 44ms √ (Aver=<80ms)

SMS/MMS

SMS √ √ √

MMS √ √ √

QualityThe Video service quality Good Good Good 　The Voice service quality Good Good Good 　

Notes: If the item is OK, mark the ' √ ‘; If the item is not OK, mark the ' ╳ ‘; If the item is not checked, mark the ‘∕ ' .the value of legend should be follow the work package.

5.4 Driver Test (drive around site, make sure all cells signal can be received)

Service Site/Sector Sector1 Sector2 Sector3 Remarks

Voice Long Call

RSCP By SC √ √ √ Check AntSHO RL+ √ √ √ Check HandoverSHO RL- √ √ √ Check Handover

Inter NodeB HO √ √ √ Check Handover

HHO / / / Check Handover

HSPA+ Long CallSHO RL+ √ √ √ Check Handover

SHO RL- √ √ √ Check Handover

Page 10


5.5 : CQT Summary:-

5.6 Voice & Video Call Static Test:-

Sector 1 Voice Call (MOC/MTC) Sector 1 Video Call (MOC)



Page 11


5.7 Call setup time (Voice Call MOC):-Sector 1 :-

Sector 2:-

Sector 3:-

Page 12


Page 13


5.8 R99 Downlink & Uplink Static Test:-

Sector 1 R99 Uplink Sector 1 R99 Downlink



Page 14


5.9 HSDPA & HSUPA Static Test:-

Sector 1 HSUPA Sector 1 HSDPA



Page 15


5.10 R99 & HS Ping Test:-

Sector 1 R99 Ping Test Sector 1 HS Ping Test



Page 16


Mobility Drive Plots:-

5.11 Scanner PSC Plot:-

5.12 Scanner RSCP Plot:-

Page 17


5.13 Scanner EcN0 Plot:-

Pilot Pollution:

Page 18


Best Server PSC Plot: - (Voice Long Call)

Soft/softer handover Plot: -(Voice Long Call)

Page 19


5.14 RSCP Plot :-( Voice Long Call)

5.14.1 RSCP Distribution:-

Best Server EcN0 Plot: - (Voice Long Call)

Page 20

Sec 1 low footprint because of vegetation area, Road not accessible


Pilot Pollution:

Page 21


5.14.2 ECN0Distribution Plot:-

5.15 UE TX Power Plot :-( Voice Long Call)

Page 22


5.15.1 UE TX Power Distribution:-

5.16 HSDPA application layer throughput plot: -(DC or HSPA+)

Page 23


5.16.1 HSDPA throughput distribution:-

5.17 HSDPA CQI Measurement plot:-

Page 24


5.17.1 HSDPA CQI Distribution-

5.18 HSUPA application layer throughput plot:-

Page 25


DT Performed Date- 26-Nov-15 Time -11:30am to 2:30 pm

Page 26

Sec 2 is having slightly low thp. Due to DT performed during busy hour

LGAT sec 3 is having slightly low Thp. Due to DT performed during busy hour


5.18.1 HSUPA Throughput Distribution:-

6 Analysis - Event Failure

6.1 Access Failure Plots

6.2 Call Drop Plots

6.3 Abnormal Event Analysis

Page 27


7 RNC Cell Configuration (Date: 02/11/2015)

1.LAC/RAC/PCS/CI &P-CPICH

Cell 1

Page 28


Cell 2

Cell 3

Page 29


Cell 4

Cell 5

Page 30


Cell 6

Cell 7

Page 31


Cell 8

Cell 9

Page 32


E-tilt:-

Neighbour ListCell 1 – WCDMA

Cell 1 – GSM

Page 33


Cell 2 – WCDMA

Page 34


Cell 2 – GSM

Cell 3 – WCDMA

Cell 3 – GSM

Page 35


Cell 4 – WCDMA

Page 36


Cell 4 – GSM

Cell 5 – WCDMA

Page 37


Cell 5 – GSM

Cell 6 – WCDMA

Page 38


Cell 6 – GSM

Cell 7 – WCDMA

Page 39


Cell 7 – GSM

Cell 8 – WCDMA

Page 40


Cell 8 – GSM

Cell 9 – WCDMA

Page 41


Cell 9 – GSM

Page 42

avue svt report_v1 -.docx

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