REVISIONS
Rev. Date Description
07-12-2010
3G New Site Integration
Drive Test Report
SITE AUH2797
DRIVE TEST ENGINEER NAME Khalid Samir
SITE ON AIR DATE 00-00-2010 (mm-dd-yyyy)
DRIVE TEST DATE 1-0-2010
REPORT PREPARED BY Faisal Naveed
Approved Received
……………………….. …………………………..
Huawei RF Manager RF Planning Manager
New BTS Site Integration Drive Test Report AUH2873
Table of Contents
1 INTRODUCTION.......................................................................................................................................3
1.1 AREA AND SITE OVERVIEW..................................................................................................................3
1.2 SITE INFORMATION DATA....................................................................................................................4
1.3 CELL INFORMATION DATA...................................................................................................................4
1.4 TEST PROCEDURES...............................................................................................................................5
2 RADIO DESIGN PERFORMANCE CHECK.......................................................................................6
2.1 DRIVE TEST ROUTE.............................................................................................................................6
2.2 GENERAL OBSERVATION ON COVERAGE AND QUALITY.......................................................................6
2.3 COVERAGE PERFORMANCE – SCANNER MODE....................................................................................7
2.4 QUALITY PERFORMANCE – SCANNER MODE (EC/NO)........................................................................8
2.5 COVERAGE PERFORMANCE – DEDICATED MODE (CPICH RSCP)......................................................9
2.6 QUALITY PERFORMANCE – DEDICATED MODE (EC/NO)...................................................................10
2.7 BEST SERVER PLOT...........................................................................................................................11
3 SITE PERFORMANCE TEST..............................................................................................................13
3.1 ACCESSIBILITY...................................................................................................................................13
3.2 HANDOVER TEST...............................................................................................................................14
3.3 THROUGHPUT PERFORMANCE.........................................................................................................15
3.3.1 R99 PS384 Downlink & HSDPA Throughput performance – sector 1................................15
3.3.2 R99 PS384 Downlink & HSDPA Throughput performance – sector 2................................15
3.3.3 R99 PS384 Downlink & HSDPA Throughput performance – Sector 3...............................16
3.4 INITIAL TUNING SUMMARY SHEET.....................................................................................................17
4 Acceptance.................................................................................................................................................18
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New BTS Site Integration Drive Test Report AUH2873
Introduction
1.1 Area and site overview
A drive test was performed to verify and validate the new site integration for AUH2873. The drive
was done within the circle area as shown in the map below.
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1.2 Site information data
Site ID RNC Longitude Latitude Area Class Site Type Infra type
AUH2873 331 54.68211 24.38887 Urban Permanent Etisalat Sharing
1.3 Cell information data
Elements Sector 1 Sector 2 Sector 3
Cell Name AUH27977
AUH27974
AUH27978
AUH27975
AUH27979
AUH27976
Antenna Ht 25 25 25
Antenna type HBX-6516DS-VTM HBX-6516DS-VTM HBX-6516DS-VTM
Feeder Type 7/8" at 2100 MHz 7/8" at 2100 MHz 7/8" at 2100 MHz
Feeder Length 35 35 35
Tilting (2100-E/M) 4/0 4/0 4/0
Azimuth 20 110 220
BTS Type Macro Macro Macro
Frequency 10662/10687 10662/10687 10662/10687
Service area code 27977/27974 27978/27975 27979/27976
LAC / RAC 3311/3 3311/3 3311/3
Scrambling Code 226/228 227/226 228/227
Number of Carrier 2 2 2
CPICH Power 33 dBm 33 dBm 33 dBm
HSDPA Power Dynamic Dynamic Dynamic
CE Elements (UL / DL) 384/384 384/384 384/384
Max HS-PDSCH Codes 15 15 15
Min HS-PDSCH Codes 1 1 1
HS-SCCH Codes 2 2 2
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1.4 Test procedures
TEST CASES DRIVE TEST METHODOLOGY
Radio Design Performance Check Drive Test to be done using UE and Scanner. (MS in Dedicated Mode). UE is locked on 3G Only.
Coverage and quality performance check
1. Coverage performance of each sector (Best Server RSCP)2. Quality performance of each sector(Best Server EcNo)
Call Performance Check. Short calls: Static test on each sector. Call duration is 20 seconds and 10 seconds idle. Long Calls: Drive around within the coverage objective of each sector.
Handover Performance Check Handover performance to be verified by driving in clock wise and anti clock wise around the Site, for all three sectors. Then perform handover test towards its surrounding neighbors (at least 3 neighbors)
Data Performance Check R99 & HSPA test for the following: 1. PDP context activation (5 attempts)2. Throughput test (based on 10MB downloaded file from the FTP server.
Supplementary Services Check 3 SMS/MMS per cell at different locations with 10 sec break after each SMS/MMS
2 Radio design performance check
2.1 Drive Test Route
The drive to be performed considering that the Scrambling code of the
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New BTS Site Integration Drive Test Report AUH2873
desired cell is the primary server for most of the time.
2.2 General observation on coverage and quality
Coverage observation Quality observation
Sector 1 Good coverage as RSCP is larger than
–70dBm within 100m of sec 1
Good Quality as related CPICH Ec/Io is
larger than –10dB within 100m of sec 1
Sector 2 Good coverage as RSCP is larger than
–70dBm within 100m of sec 2
Good Quality as related CPICH Ec/Io is
larger than –10dB within 100m of sec 2
Sector 3 Good coverage as RSCP is larger than
–70dBm within 100m of sec 3
Good Quality as related CPICH Ec/Io is
larger than –10dB within 100m of sec 3
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2.3 Coverage performance – Scanner mode
Chart- Serving CPICH RSCP (Scanner mode)
Acceptance Criteria:If no special note is for a cell, the related CPICH RSCP should larger than –70dBm within 100m
from the Node B.
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2.4 Quality performance – Scanner Mode (Ec/No)
Chart- Serving CPICH EcNo (Scanner mode)
Acceptance Criteria:If no special note is for a cell, the related CPICH Ec/Io should larger than –10dB within 100m
from the Node B.
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2.5 Coverage performance – Dedicated Mode (CPICH RSCP)
Chart- AS CPICH RSCP (Dedicated mode)
Acceptance Criteria:If no special note is for a cell, the related CPICH RSCP should larger than –75dBm within 100m
from the Node B.
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2.6 Quality performance – Dedicated Mode (Ec/No)
Chart- AS CPICH EcNo
Acceptance Criteria:If no special note is for a cell, the related CPICH Ec/Io should larger than –10dB within 100m
from the Node B.
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2.7 Best Server Plot
UE Best Server Plot
Scanner Best Server Plot
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Acceptance Criteria: The scramble configuration is consistent with the planned configuration. No cross TX feeder
observed.
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3 Site Performance Test
Site acceptance performance test should be performed in static mode and in good RF conditions,
CPICH_RSCP > -80dBm & CPICH_EcNo > -8dB
3.1 Accessibility
Sector – 1
1st Carrier/2nd Carrier Voice PS(R99) HSDPA HSUPA SMS MMS
Attempts 10/10 5/5 5 5 3/3 3/3
Success 10/10 5/5 5 5 3/3 3/3
Block Call 0/0 0/0 0/0 0/0 0/0 0/0
Drop Call 0/0 0/0 0/0 0/0 0/0 0/0
CSSR (%) 100%/100% 100%/100% 100%/100% 100%/100% 100%/100% 100%100%
Success Criteria >=90% >=80% >=80% >=80% 100% 100%
Sector – 2
1st Carrier/2nd Carrier Voice PS(R99) HSDPA HSUPA SMS MMS
Attempts 10/10 5/5 5 5 3/3 3/3
Success 10/10 5/5 5 5 3/3 3/3
Block Call 0/0 0/0 0/0 0/0 0/0 0/0
Drop Call 0/0 0/0 0/0 0/0 0/0 0/0
CSSR (%) 100%/100% 100%/100% 100%/100% 100%/100% 100%/100% 100%100%
Success Criteria >=90% >=80% >=80% >=80% 100% 100%
Sector – 3
1st Carrier/2nd Carrier Voice PS(R99) HSDPA HSUPA SMS MMS
Attempts 10/10 5/5 5 5 3/3 3/3
Success 10/10 5/5 5 5 3/3 3/3
Block Call 0/0 0/0 0/0 0/0 0/0 0/0
Drop Call 0/0 0/0 0/0 0/0 0/0 0/0
CSSR (%) 100%/100% 100%/100% 100%/100% 100%/100% 100%/100% 100%100%
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Success Criteria >=90% >=80% >=80% >=80% 100% 100%
3.2 Handover Test
Handover tests will be performed to demonstrate the mobility feature supported by the network. The test will also include Neighbor checks which shall be performed by driving around the site in clockwise and anti-clockwise direction for cells in the same site; and inter cell handover with the closest surrounding sites.Handover detection
Soft & Soft-Softer HandoverSector 1 & 2 in AS Sector 2 & 3 in AS Sector 3 & 1 in AS
Clockwise Yes Yes YesAnti-Clockwise Yes Yes Yes
Soft & Soft-Softer HandoverSector 1 Sector 2 Sector 3
Neigh 1 21387 21387
Neigh 2
Neigh 3
Acceptance Criteria:The SHO between the sectors of same site should be successfulThe SHO between the sites should be successful.
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3.3 Throughput performance
3.3.1 R99 PS384 Downlink & HSDPA Throughput performance – sector 1
3.3.2 R99 PS384 Downlink & HSDPA Throughput performance – sector 2
3.3.3 R99 PS384 Downlink & HSDPA Throughput performance – Sector 3
Acceptance Criteria: Using R99 384kbps bearer, average FTP DL throughput should not be less
than 340kbps. Using HSDPA bearer, average FTP throughput should not be less than
3Mbps (Without transmission limitation).
Test method: The data transfer will be from a test FTP server. The file format should be a txt or data file.
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3.4 Initial tuning summary sheet
Sr. Cell Name Problems Action Taken Responsibility Status
1. AUH27977 No tuning required.
2. AUH27978 No tuning required.
3. AUH27979 No tuning required.
3.5 Optimization Comments
Sr. Cell Name Problems Action Taken Responsibility Status
1.
2.
3.
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4 Acceptance
Acceptance
Remarks
Signed by (Huawei)
Signed by (du)
Date of acceptance
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