HCPT IBC Master EastPoint-Kapas Krampung Mall

8/12/2019 HCPT IBC Master EastPoint-Kapas Krampung Mall

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Created by: Rudi Hudoyo HCPT Indoor Site Acceptance Procedure Ver 1.0

Department: RND 7 May 2007 Page1of 68

HCPT INDOOR SITE ACCEPTANCE

PROCEDURE


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REVIEWS

Rev. Description Author Date

1.0 Rudi Hudoyo 9/05/2007

DOCUMENT HYSTORY

Var. Description Author Date


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REVIEWS ............................................................................................................................................................................ 2

DOCUMENT HYSTORY.................................................................................................................................................... 2

1.Introduction ....................................................................................................................................................................... 4

2.Purpose .............................................................................................................................................................................. 4

3.Responsibilities.................................................................................................................................................................. 4

4.IBC Component Acceptance ............................................................................................................................................. 4

4.1 Installation Check........................................................................................................................................................ 5

4.1.1.Documentation Check ................................................................................................................................................. 54.1.2.Hardware Inventory..................................................................................................................................................... 5

4.1.2.1 Passive System................................................................................................................................................. 5

4.1.2.1 Active System.................................................................................................................................................. 7

4.2 Visual Inspection............................................................................................................................................................ 7

4.2.1.Physical Condition....................................................................................................................................................... 74.2.2.Antenna, Feeder, Tapper and Splitter Placement........ .......... .......... .......... ......... ............ ......... ........... ......... ........... ...... 7

4.2.3.Antenna, Splitter and Feeder Cable Installation Check .......... ......... ........... .......... .......... .......... .......... .......... .......... ..... 8

4.2.4.Active DAS Check ...................................................................................................................................................... 9

4.3 Measurement ................................................................................................................................................................. 9

4.3.1VSWR Measurements .................................................................................................................................................. 9

4.3.2Distance To Fault Measurements ................................................................................................................................. 10

4.3.3Insertion Loss Measurements ....................................................................................................................................... 10

5.IBC Network Conditional Acceptance .............................................................................................................................. 115.1 IBC Conditional Acceptance Procedure........................................................................................................................ 11

5.2 Walk Test Procedures and Tool Test Configuration............ ......... ........... ......... ............ ......... ........... ......... ........... .......... 12

5.2.1 Walk Test Tool Configuration..................................................................................................................................... 12

5.2.2 Walk Test Routes......................................................................................................................................................... 13

5.2.3 Log File Naming Convention ..................................................................................................................................... 13

5.2.4 Walk Test Procedures for the 2G Network.................................................................................................................. 13

5.2.5 Walk Test Procedures for the 3G Network.................................................................................................................. 13

5.2.6 Criteria for the Indoor Coverage Acceptance .............................................................................................................. 14

6.IBC Network Provisional Acceptance............................................................................................................................... 14

6.1 Indoor Site Provisional Acceptance Procedure.......... ........... ......... ........... ......... ........... .......... .......... .......... .......... ......... 14

6.2 Tests to be performed in the step 6.1.2 .......................................................................................................................... 15

6.3 Walk Test Procedures and Tool Test Configuration........... ......... ........... ......... ............ ......... ........... ......... ........... .......... 17

6.3.1Walk Test Tool Configuration...................................................................................................................................... 17

6.3.2Walk Test Routes.......................................................................................................................................................... 17

6.3.3Log File Naming Convention ...................................................................................................................................... 17

6.3.4Walk Test Procedures for the 2G Network................................................................................................................... 18

6.3.5Walk Test Procedures for the 3G Network................................................................................................................... 19

6.3.6Criteria for the Indoor Coverage Acceptance ............................................................................................................... 20

ANNNEX ............................................................................................................................................................................. 21


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1. Introduction

This document describes the Acceptance Process for HCPT Indoor sites (IBC).

2. Purpose

The purpose of this document is to establish the Acceptance Process for an HCPT indoor Site. TheAcceptance Process is divided into 3 major parts.

1. IBC Component Acceptance.2. IBC Network Conditional Acceptance.3. IBC Network Provisional Acceptance.

3. Responsibilities

The Contractor has the responsibility to:

Ensure that the Site is ready for the Acceptance.

Provide tools and test equipments to be used during the Acceptance Tests.

Check all the Submitted Documentation.

Maintain Punch List.

4. IBC Component Acceptance

The purpose of this protocol is to demonstrate that the IBC components are installed according to thecell planning data and the Design Project Accepted.

The corresponding sections have to be filled in during the Acceptance. The test procedure of antennasystem components consists of:

Inventory, Visual Inspection, Distance to Fault and Return Loss measurements.


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4.1 Installation Check

4.1.1. Documentation Check

Check the documentation of the Accepted Design which gives information on the IBC site:

Description OK NOK

4.1.1.1Cable, Splitter, Tapper, Combiner, Antenna, Remote Unit, Main Hub,Expansion Hub, etc. Specification data from the manufacturers.

4.1.1.2 Technical BTS-Node B room/site drawings/layouts.

4.1.1.3 Installation drawings (Antenna, Splitter, Tapper and Feeder positions).

4.1.1.4 Link budget calculation (Design Binder).

Remark:

4.1.2. Hardware Inventory

Check and compare the installed equipment with the documentations. The quantity of installedequipment should meet the Documentation, if not please give remark.

4.1.2.1 Passive System

Antenna Type Manufacturer NumberQuantitySector 1

QuantitySector 2

QuantitySector 3

Omni ADC 117 133

Directional ADC 29 31

Bi-Directional

Splitter Type Manufacturer NumberQuantitySector 1

QuantitySector 2

QuantitySector 3

2 way Argus 5 10

3 way Argus 24 23

4 way Argus 28 28

Tapper Type Manufacturer NumberQuantitySector 1

QuantitySector 2

QuantitySector 3

7 dB

10 dB

15 dB

Dual Band CombinerType

Manufacturer NumberQuantitySector 1

QuantitySector 2

QuantitySector 3

Multiband 4 in 4 out Pasific Wave 4 4


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Hybrid 3-dB Type Manufacturer Number Quantity Sector 1 Quantity Sector 2 Quantity Sector 3

Feeder Type Manufacturer Number Quantity Sector 1 Quantity Sector 2 Quantity Sector 3

1/2 Leoni 14 (111.35 m) 10 (177.08 m)7/8 Leoni 119 (2574.72 m) 132 (3067.23m)

1 Leoni 52 (2833.35 m) 71 (3990.73 m)

1 5/8 Leoni

Jumper Type Manufacturer Number Quantity Sector 1 Quantity Sector 2 Quantity Sector 3

0,3 m Leoni 14 191 m Leoni 326 404

5 m Leoni

Connector Type Manufacturer Number Quantity Sector 1 Quantity Sector 2 Quantity Sector 3

Connector Leoni 370 426

Other Device Type Manufacturer Number Quantity Sector 1 Quantity Sector 2 Quantity Sector 3

4.1.2.2 Active System

Active DAS Device Type Manufacturer Number Quantity Sector 1 Quantity Sector 2 Quantity Sector 3

Main HubExpansion Hub

Remote Unit

Fiber

Cat-5

Cat-5 Extender


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4.2 Visual Inspection

4.2.1. Physical Condition

Ensure that there is no scratch or any damage on all the different devices used in the Active andPassive DAS, like Antennas, Splitters, Tappers, Combiners, Hybrids, Main Hubs, Expansion Hubs,RAUs, etc.

Condition for allthe DevicesNbr Description

OK NOK

4.2.1.1Ensure that there is no scratch or any damage on Antennas, Splitters,Tappers, Combiners, Feeders, etc. (refer to Annex 1.1.4, 1.2.4, 1.3.4,

1.4.4, 1.5.4, 1.6.4, 1.7.2, 1.8.3, 2.1.4, 2.3.5, 2.4.4, 2.2.5).Remarks:

4.2.2. Antenna, Feeder, Tapper and Splitter Placement

Ensure that there is no scratch or any damage on all the different devices used in the Active andPassive DAS, like Antennas, Splitters, Tappers, Combiners, Hybrids, Main Hubs, Expansion Hubs,RAUs, etc.

Condition forall the DevicesNbr Description

OK NOK

4.2.2.1

Antenna should be mounted properly to the ceiling or wall and easy tobe maintained. Antenna should be installed in/outside of the ceiling asplanned and make sure that there is no any metal or concrete in frontor surrounding of the Antenna* (refer to Annex 1.1.1).

4.2.2.2The position of the Antenna should have a good position in order tohave good coverage in the building (following the design accepted,refer to Annex 1.1.2).

4.2.2.3 Check the cable layout and compare with as built drawing.

4.2.2.4 The cable/feeder should not across the power line and installedproperly.

4.2.2.5The position of Splitter should easy to reach for measurement andmaintenance purpose.

Remarks:

* If there is not possible to install the antenna outside of ceiling, the vendor should give a specific comment/reason

and calculation that the power links budget still within the specification or should be specified in the as planned

design.


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4.2.3. Antenna, Splitter and Feeder Cable Installation Check

Check the installation of Antenna, Splitter and Feeder Cable. Give the remark, if any deviation foundfrom the following test:

Condition for allthe DevicesNbr DescriptionOK NOK

4.2.3.1 Check the brackets for the Antennas (refer to Annex 1.1.3).

4.2.3.2Antenna direction and tilting according to the plan approved (refer to Annex1.1.5).

4.2.3.3Each Splitter/Tapper/Combiner/Hybrid should be installed and mountedproperly by a good mounting with brackets (refer to Annex 1.2.3, 1.3.3, 1.4.3,1.5.3).

4.2.3.4Make sure the input and output ports of Splitter/Tapper/Combiner/Hybridconnected to the correct input and output cable (refer to Annex 1.2.5, 1.3.5,1.4.5).

4.2.3.5The connector should tight enough and water proof after the Distance to Faultand VSWR measurements.

4.2.3.6The minimum permissible bending radius of feeder/jumper cable should not beexceeded (refer to Annex 1.6.5).

4.2.3.7Each bottom end of feeder cable that connected to other part of Antennasystem should be marked with eligible label (refer to Annex 1.6.6).

4.2.3.8The maximum length of cable jumper from antenna to feeder is 3 meters asdesign.

4.2.3.9 Feeders, Transmission Cables and Jumpers Properly Secured.Remarks:

4.2.4. Active DAS Check

Check the installation of Active System Devices, as Main Hub, Expansion Hub, Remote Unit, OpticalFeeder, CAT-5, etc. Give the remark, if any deviation found from the following test:

Condition forall the DevicesNbr Description

OK NOK

4.2.4.1 Main Hub functionalities (refer to Annex 2.1).

4.2.4.2 Expansion Hub functionalities (refer to Annex 2.2).

4.2.4.3 Remote Unit functionalities (refer to Annex 2.3).

4.2.4.4 Fiber Optic Cable functionalities (refer to Annex 2.4).

Remarks:


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4.3 Measurement

During Acceptance Test, there are 3 measurements required to be conducted which are:

VSWR Measurements.

Distance To Fault Measurements.

Insertion Loss Measurements.

4.3.1 VSWR Measurements

The VSWR of each Antenna must be measured in the entire HCPT DCS/UMTS frequency band:

Frequency Range:

DCS: Full Bandwidth 1710 1880 MHzUplink (RX) 1710 1785 MHzDownlink (TX) 1805 1880 MHz

UMTS: Full Bandwidth 1920 2170 MHzUplink (RX) 1920 1980 MHzDownlink (TX) 2110 2170 MHz

The measurement should be done at bottom end of feeder cable of:

Each individual Antenna.

Every part of feeder cable that connecting Splitter/Tapper/Combiner/Hybrid toSplitter/Tapper/Combiner/Hybrid.

Entire Antenna system.

The worst value must be marked with a marker for both in uplink and downlink band. Record the

measurements value and compare to the VSWR limit value (all the measurements recalled will becollected on a hardware support and attached to this document).

Figure 1. Splitter, Connector, Jumper Cable, Feeder and Antenna typical configuration.

4.3.2 Distance To Fault Measurements

The Distance To Fault (DTF) must be measured for performance verification and failure analysis.DTF displays RF return loss or VSWR data versus distance. The effects of poor connections,damaged cables, or faulty Antennas are quickly identified. Since DTF automatically accounts forattenuation versus distance, the display accurately indicates the return loss or VSWR of theAntenna.

Further information on how the Distance To Fault measurements should be performed described inattachment in Annex 3.


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4.3.3 Insertion Loss Measurements

Insertion loss must be measured to analyze transmission feed line installation and performancequality.

The transmit and receive Antennas are connected to the radio through coaxial cable and orwaveguide transmission lines (Figure 2).

Insertion loss measures the energy absorbed by the transmission line in the direction of the signalpath in dB/meter or dB/feet. Transmission line losses are dependent on cable type, operatingfrequency and the length of the cable run. Insertion loss of a cable varies with frequency; the higherthe frequency, the greater the loss.

Insertion loss measurements help troubleshoot the network by verifying the cable installation andcable performance. High insertion loss in the feedline or jumpers can contribute to poor system

performance and loss of coverage. Measuring insertion loss using Site Master assures accurate andrepeatable measurements.

Figure 2. Typical Transmission Line System.

Further information on how the Insertion Loss measurements should be performed described inattachment in Annex 4.


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5. IBC Network Conditional Acceptance

The purpose of this protocol is to demonstrate that the IBC site pass a certain ConditionalAcceptance level.

5.1 IBC Conditional Acceptance Procedure

This procedure to ensure that the IBC installation has been completed and a certain test needs to beperformed to show the minimum number of acceptance level (KPI: Key Performance Index) arefulfilled.

The test is to perform walk tests which cover all the target coverage areas included in the Drawingsas Planned. Only the most important KPI targets to be tested to get a quick result on the IBCnetwork, the more comprehensive tests will be done at Provisional Acceptance Procedure.

Process Step Description Responsible

5.1.1Prepare Data for

Walk Tests

Prepare all the data and the documentation for theSite Walk Tests.

Contractor

5.1.2Define Walk Test

Routes and Schedule

The Contractor will define the Walk Test Scheduleand all Routes necessary for the different tests. Theroutes should cover the predicted distant area whichwill be covered by the indoor Antenna. The routes tobe verified and approved by HCPT

Contractor & HCPT

5.1.3Perform Walk Tests

Perform the Site Walk Tests according to thedefined routes Contractor

5.1.4Analyze Walk Tests

Data

Analyze all the Walk Tests Data and create aDocumentation Report.

Contractor

5.1.5Fix Deficiency

If the data from Walk Test present any problemand/or the coverage KPIs do not reach the criteria,then related failed KPIs have to be fixed and re-testbefore the provisional acceptance process. Any KPInot related to the IBC will be informed to HCPT, andHCPT will take action accordingly

Contractor & HCPT

5.1.6Prepare Walk Test

Report

The Walk Test Report needs to show the coverageKPIs reaching and analysis the problems cause and

also steps to fix the problems, in order to solve thembefore provisional acceptance process. AnotherReport will be submitted after the problems aresolved showing all KPIs have been achieved.

Contractor


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5.2 Walk Test Procedures and Tool Test Configuration

5.2.1 Walk Test Tool Configuration

The equipments which will be used during these tests are:

An UMTS/GSM Scanner with a battery for ensure the power supply in the indoor environmentsand connected with two external Omni Antennas (one for GSM and one for UMTS with a totalgain with the cable loss of 0 dBi);

A Software License able to recall measurements in indoor environments (e.g. a TEMS 6.1) for

interacting with test mobile stations, radio scanners;

A Laptop with an optical pen (or pc tablet) to insert the markers for the geographical reference ofthe position during the measurements (this because, generally, in the indoor environments it isnot possible to use a GPS receiver for the geographical positions);

All the walk tests will be stored and shared between the Contractor & HCPT.

5.2.2 Walk Test Routes

The walk test routes, to have a correct evaluation of the walk tests, should be planned before onmap to avoid a multiple collection of the same geographical points.

The Contractor shall propose walk test routes to HCPT for all necessary Walk Tests in all the targetcoverage areas planned in each project. If there areaccessproblems from Building Management ortenants in some areas, they will be indicated in the Acceptance Report.

Every time there is a change of direction it is necessary to insert a mark for the correct mapping ofthe geographical position on the floor map.

The speed of the walk test has to maintain almost the same value to have a correct spread of themeasurements between two marks.

5.2.3 Log File Naming Convention

In order to keep consistency throughout the regions the log files must be named using the followingnaming convention:

Site ID: Self explanatory

Sector no: Self explanatory

Site Name: Self explanatory

5.2.4 Walk Test Procedures for the 2G Network

Depending on the task of the drive test following different test procedures shall be used:

BCCH Scanning Walk Test:During this walk test the scanner is used to verify the coverageonly.

Long Voice Call Test: The long voice call is to verify all targeted coverage areas are able toperform call connection.


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Pilot Scanning Walk Tests: For coverage acceptance the Pilot Channel (CPICH) has to bescanned to show the RSCP by an UMTS scanner.

Long Voice Call Test: The long voice call is to verify all targeted coverage areas are able toperform call connection.

5.2.6 Criteria for the Indoor Coverage Acceptance

The acceptance criteria have to reach the values in table below:

KPI

Indicator KPI Level

2G Signal LevelRxLev>=-85 dBm 95%: All of type of buildings

In 95% of target coveragearea

3G Signal LevelRSCP>=-85 dBm 95%: Airport, HCPT or CP buildings, Siemens offices

For Airports, HCPT andSiemens Offices

RSCP>=-85 dBm 90%: Malls, Convention Centers

For Malls, ConventionCentre

RSCP>=-88 dBm 90%: Hotels, Office Buildings, Others

For Hotels, OfficeBuildings, etc.


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6. IBC Network Provisional Acceptance

The purpose of this protocol is to demonstrate that the IBC site pass a certain ProvisionalAcceptance level.

6.1 Indoor Site Provisional Acceptance Procedure

This procedure to ensure that the IBC installation has been completed and Conditional Acceptancehas been passed. Furthermore all KPIs related to Network Performance Acceptance level (KPI: KeyPerformance Index) are fulfilled.

The test is to perform walk tests which cover all the target coverage areas included in the Drawingsas Planned. All KPI targets related to Network Performance will be tested.

Process Step Description Responsible6.1.1

Prepare Datafor Walk Tests

Prepare all the data and the documentation for the SiteWalk Tests.

Contractor

6.1.2Define WalkTest Routes

and Schedule

The Contractor will define the Walk Test Schedule and allRoutes necessary for the different tests, if no additionalrequest from HCPT the Walk Test Routes fromConditional Acceptance Test will be used. The routes tobe verified and approved by HCPT

Contractor & HCPT

6.1.3Perform Walk

Tests

Perform the Site Walk Tests according to the definedroutes Contractor

6.1.4Analyze Walk

Tests Data

Analyze all the Walk Tests Data and create aDocumentation Report.

Contractor

6.1.5Analyze PMC

Data

The Contractor shall analyze all the BTS/Node-B sectorsinstalled for the Indoor Site the PerformanceMeasurement Counters (PMC) defined in the KPIs criteriaif they have a significant statistical values (the trafficpresents a significant number of users) otherwise for theKPIs value will be considered only the Walk tests results.

Contractor & HCPT

6.1.6Fix Deficiency

If the data from Walk Test present any problem and or thecoverage KPIs do not reach the criteria, then related

failed KPIs have to be fixed and re-test before theprovisional acceptance process. Any KPI not related tothe IBC will be informed to HCPT, and HCPT will takeaction accordingly.

Contractor & HCPT

6.1.6Prepare WalkTest Report

The Walk Test Report needs to show the coverage KPIsreaching and analysis the problems cause and also stepsto fix the problems, in order to solve them beforeprovisional acceptance process. Another Report will besubmitted after the problems are solved showing all KPIshave been achieved.

Contractor


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6.2 Tests to be performed in the step 6.1.2


6.1.2Define WalkTest Routes

and Schedule

The Contractor will define the Walk Test Schedule and allRoutes necessary for the different tests, if no additionalrequest from HCPT the Walk Test Routes from ConditionalAcceptance Test will be used. The routes to be verified andapproved by HCPT

Contractor & HCPT

6.1.2.1Quality WalkTests

For the Quality Verification the following steps are necessary:

Verification of the 2G planned Quality threshold with anIdle Mode Walk Test using a test Mobile: an RxQualbetter than 4 for the 95% of the coverage area planned ineach indoor project for each floor.

Verification of the 3G planned Quality threshold with aPilot Scanning Walk Test: an Ec/Io better or equal to -8dB for the same area percentage (95% or 90%) of thelevel coverage planned.

In the report the points which satisfy the threshold will beinserted with a green colour and the rest in red colour and willbe realised a statistical study.

Contractor

6.1.2.2AccessibilityWalk Test

For the 2G and 3G sites will be done a Short Call Walk Test(as described in paragraph 6.3.4 and 6.3.5) for each floor, liftand stairs inside the coverage target areas (one file for eachenvironment), with the calculation of Call Setup Success Rate(CSSR), Call Setup Failure Rate (CSFR), Call Drop Rate

(CDR):

CSSR = (CSS/CA) * 100

CSFR = 100 CSSR

CDR = (CD/CSS)

Where:

CSS = Call Setup Success;

CA = Call Attempts;

CD = Call Drop.

Contractor

6.1.2.3CS Idle ModeProcedures

Verify the 2G Cell Selection/Reselection with a Test MobileWalk Test in Idle Mode for each floor, lift and stairs inside

the coverage target areas (one file for each environment). Verify the 3G Cell Selection/Reselection with a Test Mobile

Walk Test in Idle Mode for each floor, lift and stairs insidethe coverage target areas (one file for each environment).

Contractor

6.1.2.4HandoverProcedure

For these tests a Handover Walk Test will be performed for the2G network and the 3G network as described in the paragraph6.3.4 and 6.3.5. It is necessary to recall one file for eachenvironment involved in these tests. In the report will becalculated the Handover Failure Rate (HOFR):

Contractor


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HOFR = (1 HOS/HOA) * 100Where:

HOS = Hand-Over Success;

HOA = Hand-Over Attempt.

6.1.2.5Video Calls

Walk Test ShortCall

For these tests will be performed a 3G Video Call Walk Test,as described in the paragraph 5.5, for each floor, lift and stairsinside the coverage target areas (recall one file for eachenvironment).

Contractor

6.1.2.6Packet Walk

Test

For these tests will be performed for the 2G and 3G networks aStationary Throughput Test, as described in the paragraph6.3.4 and 6.3.5, for some places inside the coverage target

areas (recall one file for each environment).

Contractor

6.3 Walk Test Procedures and Tool Test Configuration

6.3.1 Walk Test Tool Configuration

The equipments which will be used during these tests are:

An UMTS/GSM Scanner with a battery for ensure the power supply in the indoor environmentsand connected with two external Omni Antennas (one for GSM and one for UMTS with a totalgain with the cable loss of 0 dBi);

A Test Mobile 2G/3G with the capability for tracing the radio interface message flows; A software License able to recall measurements in indoor environments (e.g. a TEMS 6.1) for

interacting with test mobile stations, radio scanners;

A Laptop with an optical pen (or pc tablet) to insert the markers for the geographical reference ofthe position during the measurements (this because, generally, in the indoor environments it isnot possible to use a GPS receiver for the geographical positions);

IMSI Trace collection to analyze with the walk tests log-file the possible problems;

Before starting with walk tests the Laptop clock must be synchronized with the RNC time tosimplify the IMSI analysis if required;

FTP server for the data tests;

All the walk tests will be stored and shared between the Purchaser and the Contractor.

6.3.2 Walk Test Routes

The walk test routes, to have a correct evaluation of the walk tests, should be planned before onmap to avoid a multiple collection of the same geographical points.

The Contractor shall propose walk test routes to the Purchaser for all necessary Walk Tests in all thetarget coverage areas planned in each project. If there are access problems from BuildingManagement or tenants in some areas, they will be indicated in the Acceptance Report.

Every time there is a change of direction it is necessary to insert a mark for the correct mapping ofthe geographical position on the floor map.

The speed of the walk test has to maintain almost the same value to have a correct spread of themeasurements between two marks.


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6.3.3 Log File Naming Convention

In order to keep consistency throughout the regions the log files must be named using the followingnaming convention:

Site ID: Self explanatory

Sector no: Self explanatory

Site Name: Self explanatory

Type of Call: MOC-CS-Voice

MTC-CS-VoiceMOC-CS-VC {Video Call}MOC-PS-VS {Video Streaming}MOC-PS-FTP

Time Date Stamp: As given by the tool



BCCH Scanning Walk Tests: During this walk test the scanner is used to verify the coverage only.

Long Call Walk Tests: During this walk test a call is started at the beginning of the test and is onlyrestarted when the call drops. If the call does not drop during the test, the walk test only consists ofone long call. This test procedure might be used e.g. for coverage quality evaluation or handoverperformance evaluation. It will not be used for evaluating a drop call rate. Generally, the calls will beMOC calls to an automatic answering machine. In case the customer require MMC, the 2

ndmobile

will be in stationary position with a good coverage condition and outside from the test-area.

Handover Walk Tests: During this walk tests will be performed measurements in connected modein continuous call starting outside the building with a Macro Serving Cell and going inside for all thepublic entrances and the opposite direction. Other type of tests will be performed in the lifts or inother places where an Intra-Site Handover could happen in both the directions in case the siteconfiguration presents more than one sectors. Generally, the calls will be MOC calls to an automaticanswering machine. In case the customer require MMC, the 2

ndmobile will be in stationary position

with a good coverage condition and outside from the test-area.

Short Call Walk Tests: During this walk test several calls with the same duration and idle time inbetween are conducted. The duration of the call shall be 90 seconds and the idle time between twocalls shall be 10 seconds. This test procedure might be used e.g. for benchmark Walk Tests or dropcall rate performance evaluation. Generally, the calls will be MOC calls to an automatic answeringmachine. In case the customer require MMC, the 2

ndmobile will be in stationary position with a good

coverage condition and outside from the test-area.

Stationary Throughput Tests: To evaluate the data capabilities of the GPRS network a stationarythroughput tests in antenna visibility condition shall be performed at several points throughout theindoor network (in general a number of at least 4 points for floor will be performed during this test).The mobile used for this walk test shall be a class four mobile. These points and the test performed


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at each point shall be picked by the Purchaser and mutually agreed with the Contractor. Thestationery throughput test shall include, but not limited to, FTP Download/Upload, WWW Browsing

and Email access. In case of FTP tests the file used will be at least of 2 MBytes.

Mobile FTP Throughput Tests: To evaluate the data capabilities of the GPRS network FTP,downloads and uploads of a 2 MBytes file shall be performed (the file size is due to take in accountthe Link Adaptation). The mobile used for this drive test shall be a class four mobile.



Pilot Scanning Walk Tests:For coverage/quality acceptance the Pilot Channel (CPICH) has to bescanned to show the RSCP and the Ec/Io by an UMTS scanner.

12.2Kbps Voice Long Call Walk Tests: During this Walk Test a voice call is started at thebeginning of the test and is only restarted when the call drops. If the call does not drop during thetest, the Walk Test only consists of one long call. This test procedure might be used e.g. forhandover performance evaluation. It will not be used for evaluating a drop call rate. Generally, thecalls will be MOC calls to an automatic answering machine. In case the customer require MMC, the2

ndmobile will be in stationary position with a good coverage condition and outside from the test-

area.

12.2Kbps Short Call Walk Tests:During this Walk Test several voice calls with the same durationand idle time in between are conducted. The duration of the call shall be 90 seconds and the idletime between two calls shall be 10 seconds. This test procedure might be used e.g. for benchmarkWalk Tests or drop call rate performance evaluation. Generally, the calls will be MOC calls to anautomatic answering machine. In case the customer require MMC, the 2

nd mobile will be in

stationary position with a good coverage condition and outside from the test-area.

Video Call Walk Tests:During this Walk Test several video calls with the same duration and idletime in between are conducted. The duration of the call shall be 90 seconds and the idle timebetween two calls shall be 10 seconds. This test procedure might be used e.g. for benchmark WalkTests or video-call drop rate performance evaluation. Generally, the video-calls are MMC calls, the2

ndmobile will be in stationary position with a good coverage condition and outside from the test-

area.

Handover Walk Tests: During this walk tests will be performed measurements in connected modein continuous call starting outside the building with a Macro Serving Cell and going inside for all thepublic entrances and the opposite direction. Other type of tests will be performed in the lifts or inother places where a Softer Handover could happen in both the directions.

Stationary Throughput Tests: To evaluate the data capabilities of the 3G network stationarythroughput tests shall be performed at several points in antenna visibility condition (downloads anduploads of a 5 MBytes file shall be performed; the file size is due to take in account the Bit RateAdaptation). These points shall be picked by the Purchaser and mutually agreed with the Contractor.The stationery throughput test shall include, but not limited to, FTP Download/Upload, WWWBrowsing and Email access.

Mobile FTP Throughput Tests: To evaluate the data capabilities of the UMTS network FTP,downloads and uploads of a 5 MBytes file shall be performed (the file size is due to take in accountthe Bit Rate Adaptation). The mobile used for this drive test shall be a class four mobile.


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6.3.6 Criteria for the Indoor Coverage Acceptance

The acceptance criteria have to reach the values in table below:

KPI

Indicator KPI Level

2G Signal Level RxLev>=-85 dBm in 95% of target coverage area

2G Voice Quality RXQUAL 0 to 3 in 95% of target coverage area

3G Signal Level RSCP>=-85 dBm 95% For Airports, HCPT and Siemens Offices

RSCP>=-85 dBm 90% For Malls, Convention Centre

RSCP>=-88 dBm 90% For Hotels, Office Buildings, etc.

3G Quality Ec/Io>= -8 dB In the percentage of Coverage Area (90-95 %)

Handover Success Rate >=97 %

Access failure Rate < 1%2G Drop Call < 1.5 %

3G Drop Call < 2 %


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Department: RND 7 May 2007 Page 20 of 68

ANNNEX


21/68



1.Passive Component Check list

1.1 Antennas

1.1.1Antenna

Installation

1.1.2Antenna

Inst.Position

1.1.3AntennaBrackets

1.1.4AntennaIntegrity

1.1.5 AntennaDirectionNr, Floor

AntennaNumber

AntennaType

OK NOK OK NOK OK NOK OK NOK OK NOK

1 3rd

FL A-L3-1 Omni

2 Sector 1 A-L3-2 Omni

3 A-L3-3 Omni

4 A-L3-4 Omni

5 A-L3-5 Omni

6 A-L3-6 Omni

7 A-L3-7 Dir

8 A-L3-8 Omni9 A-L3-9 Dir

10 A-L3-10 Omni

11 A-L3-11 Omni

12 A-L3-12 Omni

13 A-L3-13 Omni

14 A-L3-14 Omni

15 A-L3-15 Omni

16 A-L3-16 Omni

17 A-L3-17 Omni

18 A-L3-18 Omni

19 A-L3-19 Omni

20 A-L3-20 Omni

21 A-L3-21 Omni

22 A-L3-22 Dir

23 3rd

FL A-L3-23 Omni


25 A-L3-25 Omni

26 A-L3-26 Omni

27 A-L3-27 Omni

28 A-L3-28 Omni

29 A-L3-29 Omni

30 A-L3-30 Dir

31 A-L3-31 Omni

32 A-L3-32 Omni33 A-L3-33 Omni

34 A-L3-34 Omni

35 A-L3-35 Omni

36 A-L3-36 Omni

37 A-L3-37 Omni

38 A-L3-38 Omni

39 A-L3-39 Omni

40 A-L3-40 Omni

41 A-L3-41 Omni

42 A-L3-42 Omni


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43 A-L3-43 Omni

44 A-L3-44 Dir

45 2nd

FL A-L2-1 Omni46 Sector 1 A-L2-2 Omni

47 A-L2-3 Omni

48 A-L2-4 Omni

49 A-L2-5 Omni

50 A-L2-6 Omni

51 A-L2-7 Omni

52 A-L2-8 Omni

53 A-L2-9 Omni

54 A-L2-10 Dir

55 A-L2-11 Omni

56 A-L2-12 Omni

57 A-L2-13 Omni


60 A-L2-16 Omni

61 A-L2-17 Omni

62 A-L2-18 Omni

63 A-L2-19 Omni

64 A-L2-20 Omni

65 A-L2-21 Omni

66 A-L2-22 Omni

67 A-L2-23 Dir

68 A-L2-24 Omni

69 2nd

FL A-L2-25 Omni


71 A-L2-27 Omni

72 A-L2-28 Omni

73 A-L2-29 Omni

74 A-L2-30 Omni

75 A-L2-31 Omni

76 A-L2-32 Omni

77 A-L2-33 Omni

78 A-L2-34 Omni

79 A-L2-35 Omni

80 A-L2-36 Dir

81 A-L2-37 Omni


84 A-L2-40 Omni

85 A-L2-41 Omni

86 A-L2-42 Omni

87 A-L2-43 Omni

88 A-L2-44 Omni

89 A-L2-45 Omni

90 A-L2-46 Omni

91 A-L2-47 Omni

92 A-L2-48 Omni


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93 A-L2-49 Omni

94 A-L2-50 Dir

95 1st

FL A-L1-1 Omni96 Sector 1 A-L1-2 Omni

97 A-L1-3 Omni

98 A-L1-4 Omni

99 A-L1-5 Omni

100 A-L1-6 Omni

101 A-L1-7 Omni

102 A-L1-8 Omni

103 A-L1-9 Omni

104 A-L1-10 Dir

105 A-L1-11 Omni

106 A-L1-12 Omni

107 A-L1-13 Omni

108 A-L1-14 Omni109 A-L1-15 Omni

110 A-L1-16 Omni

111 A-L1-17 Omni

112 A-L1-18 Omni

113 A-L1-19 Omni

114 A-L1-20 Omni

115 A-L1-21 Omni

116 A-L1-22 Omni

117 A-L1-23 Omni

118 A-L1-24 Dir

119 A-L1-25 Omni

120 A-L1-26 Omni

121 1st FL A-L1-27 Dir


123 A-L1-29 Omni

124 A-L1-30 Omni

125 A-L1-31 Omni

126 A-L1-32 Omni

127 A-L1-33 Omni

128 A-L1-34 Omni

129 A-L1-35 Omni

130 A-L1-36 Omni

131 A-L1-37 Omni

132 A-L1-38 Omni133 A-L1-39 Omni

134 A-L1-40 Omni

135 A-L1-41 Omni

136 A-L1-42 Omni

137 A-L1-43 Omni

138 A-L1-44 Omni

139 A-L1-45 Omni

140 A-L1-46 Omni

141 A-L1-47 Omni

142 A-L1-48 Omni


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143 A-L1-49 Omni

144 A-L1-50 Omni

145 A-L1-51 Omni

146 A-L1-52 Dir

147 Upper A-LUG-1 Omni

148 Ground A-LUG-2 Omni

149 Sector 1 A-LUG-3 Omni

150 A-LUG-4 Omni

151 A-LUG-5 Omni

152 A-LUG-6 Omni

153 A-LUG-7 Omni

154 A-LUG-8 Omni

155 A-LUG-9 Omni

156 A-LUG-10 Dir

157 A-LUG-11 Omni

158 A-LUG-12 Omni159 A-LUG-13 Omni

160 A-LUG-14 Omni

161 A-LUG-15 Omni

162 A-LUG-16 Omni

163 A-LUG-17 Omni

164 A-LUG-18 Omni

165 A-LUG-19 Omni

166 A-LUG-20 Omni

167 A-LUG-21 Omni

168 A-LUG-22 Omni

169 A-LUG-23 Dir

170 A-LUG-24 Omni

171 Upper A-LUG-25 Omni

172 Ground A-LUG-26 Omni

173 Sector 2 A-LUG-27 Omni

174 A-LUG-28 Omni

175 A-LUG-29 Omni

176 A-LUG-30 Omni

177 A-LUG-31 Omni

178 A-LUG-32 Omni

179 A-LUG-33 Omni

180 A-LUG-34 Omni

181 A-LUG-35 Omni

182 A-LUG-36 Dir183 A-LUG-37 Omni

184 A-LUG-38 Omni

185 A-LUG-39 Omni

186 A-LUG-40 Omni

187 A-LUG-41 Omni

188 A-LUG-42 Omni

189 A-LUG-43 Omni

190 A-LUG-44 Omni

191 A-LUG-45 Omni

192 A-LUG-46 Omni


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193 A-LUG-47 Omni

194 A-LUG-48 Omni

195 A-LUG-49 Dir

196 Ground A-LGF-1 Omni

197 Floor A-LGF-2 Omni

198 Sector 1 A-LGF-3 Omni

199 A-LGF-4 Omni

200 A-LGF-5 Omni

201 A-LGF-6 Omni

202 A-LGF-7 Omni

203 A-LGF-8 Omni

204 A-LGF-9 Omni

205 A-LGF-10 Dir

206 A-LGF-11 Omni

207 A-LGF-12 Omni

208 A-LGF-13 Omni209 A-LGF-14 Omni

210 A-LGF-15 Omni

211 A-LGF-16 Omni

212 A-LGF-17 Omni

213 A-LGF-18 Omni

214 A-LGF-19 Omni

215 A-LGF-20 Omni

216 A-LGF-21 Omni

217 A-LGF-22 Omni

218 A-LGF-23 Omni

219 A-LGF-24 Dir

220 Ground A-LGF-25 Omni

221 Floor A-LGF-26 Omni

222 Sector 2 A-LGF-27 Omni

223 A-LGF-28 Omni

224 A-LGF-29 Omni

225 A-LGF-30 Omni

226 A-LGF-31 Omni

227 A-LGF-32 Omni

228 A-LGF-33 Omni

229 A-LGF-34 Omni

230 A-LGF-35 Omni

231 A-LGF-36 Dir


234 A-LGF-39 Omni

235 A-LGF-40 Omni

236 A-LGF-41 Dir

237 A-LGF-42 Omni

238 A-LGF-43 Omni

239 A-LGF-44 Omni

240 A-LGF-45 Omni

241 A-LGF-46 Omni

242 A-LGF-47 Omni


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243 A-LGF-48 Omni

244 A-LGF-49 Omni

245 A-LGF-50 Omni


248 A-LGF-53 Dir

249 Lower A-LLG-12 Dir

250 Ground A-LLG-13 Dir

251 Sector 1 A-LLG-14 Dir

252 A-LLG-15 Dir

253 A-LLG-16 Dir

254 A-LLG-17 Omni

255 A-LLG-18 Omni

256 A-LLG-19 Dir

257 A-LLG-20 Omni

258 A-LLG-21 Omni259 A-LLG-22 Omni

260 A-LLG-23 Dir

261 A-LLG-24 Dir

262 A-LLG-25 Dir

263 A-LLG-26 Dir

264 A-LLG-27 Dir

265 A-LLG-28 Dir

266 A-LLG-29 Dir

267 A-LLG-30 Dir

268 A-LLG-31 Dir

269 A-LLG-32 Dir

270 A-LLG-33 Dir

271 A-LLG-34 Dir

272 A-LLG-59 Omni

273 A-LLG-60 Omni

274 Lower A-LLG-1 Dir

275 Ground A-LLG-2 Omni

276 Sector 2 A-LLG-3 Dir

277 A-LLG-4 Omni

278 A-LLG-5 Dir

279 A-LLG-6 Dir

280 A-LLG-7 Dir

281 A-LLG-8 Dir

282 A-LLG-9 Dir283 A-LLG-10 Dir

284 A-LLG-11 Dir

285 A-LLG-35 Dir

286 A-LLG-36 Omni

287 A-LLG-37 Dir

288 A-LLG-38 Dir

289 A-LLG-39 Omni

290 A-LLG-40 Dir

291 A-LLG-41 Omni

292 A-LLG-42 Omni


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293 A-LLG-43 Omni

294 A-LLG-44 Dir

295 A-LLG-45 Omni

296 A-LLG-46 Dir297 A-LLG-47 Dir

298 A-LLG-48 Dir

299 A-LLG-49 Dir

300 A-LLG-50 Dir

301 A-LLG-51 Dir

302 A-LLG-52 Omni

303 A-LLG-53 Omni

304 A-LLG-54 Omni

305 A-LLG-55 Omni

306 A-LLG-56 Omni

307 A-LLG-57 Omni

308 A-LLG-58 Omni

309 A-LLG-61 Omni310 A-LLG-62 Omni


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1.2 Splitters

1.2.1

SplitterInstallation

1.2.2

Splitter Inst.Position

1.2.3

SplitterBrackets

1.2.4

SplitterIntegrity

1.2.5

ConnectionVerificationsNr, Floor SplitterNumber SplitterType


1 3rd

FL S2-L3-1 2 Way

Sect.1

2 3rd

FL S3-L3-1 3 Way

3 Sect.1 S3-L3-2 3 Way

4 S3-L3-5 3 Way

5 S3-L3-6 3 Way

6 S3-L3-7 3 Way

7 3rd

FL S4-L3-5 4 Way

8 Sect.1 S4-L3-6 4 Way9 S4-L3-7 4 Way

10 3rd

FL S3-L3-3 3 Way

11 Sect.2 S3-L3-4 3 Way

12 S3-L3-8 3 Way

13 S3-L3-9 3 Way

14 3rd

FL S4-L3-1 4 Way

15 Sect.2 S4-L3-2 4 Way

16 S4-L3-3 4 Way

17 S4-L3-4 4 Way

18 2nd

FL S3-L2-1 3 Way

19 Sect.1 S3-L2-2 3 Way

20 S3-L2-6 3 Way

21 S3-L2-7 3 Way

22 S3-L2-8 3 Way

23 2nd

FL S4-L2-1 4 Way

24 Sect.1 S4-L2-2 4 Way

25 S4-L2-3 4 Way

26 S4-L2-10 4 Way

27 2nd

FL S3-L2-3 3 Way

28 Sect.2 S3-L2-4 3 Way29 S3-L2-5 3 Way

30 2nd

FL S4-L2-4 4 Way

31 Sect.2 S4-L2-5 4 Way

32 S4-L2-6 4 Way

33 S4-L2-7 4 Way

34 S4-L2-8 4 Way

35 S4-L2-9 4 Way


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36 1stFL S3-L1-1 3 Way

37 Sect.1 S3-L1-2 3 Way

38 S3-L1-3 3 Way


40 Sect.1 S4-L1-2 4 Way

41 S4-L1-3 4 Way

42 S4-L1-4 4 Way

43 S4-L1-5 4 Way

44 S4-L1-6 4 Way


46 Sect.2 S3-L1-5 3 Way

47 S3-L1-6 3 Way


49 Sect.2 S4-L1-8 4 Way50 S4-L1-9 4 Way

51 S4-L1-10 4 Way

52 S4-L1-11 4 Way

53 UG S3-LUG-4 3 Way

54 Sect. 1 S3-LUG-5 3 Way

55 S3-LUG-6 3 Way

56 S3-LUG-7 3 Way

57 S3-LUG-8 3 Way



60 S4-LUG-9 4 Way

61 S4-LUG-3 4 Way



64 S3-LUG-3 3 Way

65 S3-LUG-9 4 Way



68 S4-LUG-4 4 Way

69 S4-LUG-5 4 Way70 S4-LUG-6 4 Way

71 GF S2-LGF-5 2 Way

72 Sect. 1 S2-LGF-6 2 Way

73 S2-LGF-7 2 Way




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78 S4-LGF-9 4 Way

79 S4-LGF-10 4 Way80 S4-LGF-11 4 Way



83 S2-LGF-3 2 Way

84 S2-LGF-4 2 Way





89 S4-LGF-3 4 Way90 S4-LGF-4 4 Way

91 S4-LGF-5 4 Way

92 S4-LGF-6 4 Way

93 LG S2-LLG-7 2 Way

Sect. 1


95 Sect. 1 S3-LLG-10 3 Way

96 S3-LLG-11 3 Way



99 S4-LLG-3 4 Way

100 S4-LLG-7 4 Way

101 S4-LLG-8 4 Way

101 S4-LLG-9 4 Way



104 S2-LLG-3 2 Way

105 S2-LLG-4 2 Way

106 S2-LLG-5 2 Way

107 S2-LLG-6 2 Way



110 S3-LLG-4 3 Way

111 S3-LLG-5 3 Way

112 S3-LLG-6 3 Way

113 S3-LLG-7 3 Way

114 S3-LLG-8 3 Way

115 S3-LLG-9 3 Way


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118 S4-LLG-6 4 Way


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1.3 Tappers

1.3.1Tapper

Installation

1.3.2Tapper Inst.

Position

1.3.3Tapper

Brackets

1.3.4Tapper

Integrity

1.3.5Connection

VerificationsNr, Floor

Tapper

Number

Tapper

TypeOK NOK OK NOK OK NOK OK NOK OK NOK

1

2

3

4

5

1.4 Multiband Combiners

1.4.1Combiner

Installation

1.4.2Combiner

Inst.Position

1.4.3CombinerBrackets

1.4.4CombinerIntegrity

1.4.5ConnectionVerificationsNr, Floor

MCMNumber

MCMType


1 MCM 14 In

4 Out

2 MCM 24 In

4 Out

3 MCM 34 In 4Out

4 MCM 44 In

4 Out

5 MCM 54 In 4Out

6 MCM 64 In 4

Out7 MCM 7

4 In 4Out

8 MCM 84 In 4Out

1.5 Hybrid Coupler

1.5.1Hybrid

Installation

1.5.2Hybrid Inst.

Position

1.5.3Hybrid

Brackets

1.5.4Hybrid

Integrity

1.5.5ConnectionVerifications

Nr, FloorSplitterNumber

SplitterType


1

23

4

5


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1.6 Feeders

1.6.1

FeederInstallation

1.6.2Feeder

Inst.Position

1.6.3Feeder

PropertySecured

1.6.4

FeederIntegrity

1.6.5Feeder

BendingRadius

1.6.6

Feeder LabelNr. Floor FeederNumber Type

OK NOK OK NOK OK NOK OK NOK OK NOK OK NOK

1 3rd

FL 1 1/2

Sect.1

2 3rd

FL 1 7/8

3 Sect.1 2 7/8

4 3 7/8

5 4 7/8

6 5 7/8

7 6 7/8

8 7 7/8

9 8 7/810 9 7/8

11 10 7/8

12 11 7/8

13 12 7/8

14 13 7/8

15 14 7/8

16 15 7/8

17 16 7/8

18 17 7/8

19 18 7/8

20 19 7/8

21 20 7/8

22 21 7/8

23 3rd

FL 1 1 1/4

24 Sect.1 2 1 1/4

25 3 1 1/4

26 4 1 1/4

27 5 1 1/4

28 6 1 1/4

29 3rd

FL 1 1/2

Sect. 2

30 3

rd

FL 1 7/831 Sect. 2 2 7/8

32 3 7/8

33 4 7/8

34 5 7/8

35 6 7/8

36 7 7/8

37 8 7/8

38 9 7/8

39 10 7/8

40 11 7/8


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41 12 7/8

42 13 7/8

43 14 7/8

44 15 7/845 16 7/8

46 17 7/8

47 18 7/8

48 19 7/8

49 20 7/8

50 3rd

FL 1 1 1/4

51 Sect. 2 2 1 1/4

52 3 1 1/4

53 4 1 1/4

54 5 1 1/4

55 6 1 1/4

56 7 1 1/4

57 2nd

FL 1 1/2

58 Sect.1 2 1/2

59 2nd

FL 1 7/8

60 Sect.1 2 7/8

61 3 7/8

62 4 7/8

63 5 7/8

64 6 7/8

65 7 7/866 8 7/8

67 9 7/8

68 10 7/8

69 11 7/8

70 12 7/8

71 13 7/8

72 14 7/8

73 15 7/8

74 16 7/8

75 17 7/8

76 18 7/8

77 19 7/8

78 20 7/879 21 7/8

80 2nd

FL 1 1 1/4

81 Sect.1 2 1 1/4

82 3 1 1/4

83 4 1 1/4

84 5 1 1/4

85 6 1 1/4

86 7 1 1/4


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87 2nd

FL 1 1/2

88 Sect. 2 2 1/2

89 2nd

FL 1 7/890 Sect. 2 2 7/8

91 3 7/8

92 4 7/8

93 5 7/8

94 6 7/8

95 7 7/8

96 8 7/8

97 9 7/8

98 10 7/8

99 11 7/8

100 12 7/8

101 13 7/8

102 14 7/8103 15 7/8

104 16 7/8

105 17 7/8

106 2nd

FL 1 1 1/4

107 Sect. 2 2 1 1/4

108 3 1 1/4

109 4 1 1/4

110 5 1 1/4

111 6 1 1/4

112 7 1 1/4

113 8 1 1/4

114 9 1 1/4

115 10 1 1/4

116 11 1 1/4

117 12 1 1/4

118 13 1 1/4

119 14 1 1/4

120 1stFL 1 1/2

121 Sect.1 2 1/2

122 3 1/2

123 4 1/2

124 1stFL 1 7/8

125 Sect.1 2 7/8

126 3 7/8

127 4 7/8

128 5 7/8

129 6 7/8

130 7 7/8

131 8 7/8

132 9 7/8

133 10 7/8


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134 11 7/8

135 12 7/8

136 13 7/8

137 14 7/8138 15 7/8

139 16 7/8

140 17 7/8

141 18 7/8

142 19 7/8

143 20 7/8

144 21 7/8

145 1stFL 1 1 1/4

146 Sect.1 2 1 1/4

147 3 1 1/4

148 4 1 1/4

149 5 1 1/4150 6 1 1/4

151 7 1 1/4

152 8 1 1/4

153 1stFL 1 1/2

154 Sect.2 2 1/2

155 1stFL 1 7/8

156 Sect.2 2 7/8

157 3 7/8

158 4 7/8

159 5 7/8

160 6 7/8

161 7 7/8

162 8 7/8

163 9 7/8

164 10 7/8

165 11 7/8

166 12 7/8

167 13 7/8

168 14 7/8

169 15 7/8

170 16 7/8

171 17 7/8

172 18 7/8

173 1stFL 1 1 1/4

174 Sect. 2 2 1 1/4

175 3 1 1/4

176 4 1 1/4

177 5 1 1/4

178 6 1 1/4

179 7 1 1/4

180 8 1 1/4

181 9 1 1/4


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182 10 1 1/4

183 11 1 1/4

184 12 1 1/4

185 13 1 1/4

186 UG 1 1/2

187 Sect. 1 2 1/2

188 UG 1 7/8

189 Sect. 1 2 7/8

190 3 7/8

191 4 7/8

192 5 7/8

193 6 7/8

194 7 7/8

195 8 7/8196 9 7/8

197 10 7/8

198 11 7/8

199 12 7/8

200 13 7/8

201 14 7/8

202 15 7/8

203 16 7/8

204 17 7/8

205 18 7/8

206 19 7/8

207 20 7/8

208 21 7/8

209 22 7/8

210 UG 1 1 1/4

211 Sect. 1 2 1 1/4

212 3 1 1/4

213 4 1 1/4

214 5 1 1/4

215 6 1 1/4

216 7 1 1/4

217 UG 1 1/2

218 Sect. 2 2 1/2

219 UG 1 7/8

220 Sect. 2 2 7/8

221 3 7/8

222 4 7/8

223 5 7/8

224 6 7/8

225 7 7/8

226 8 7/8

227 9 7/8


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228 10 7/8

229 11 7/8

230 12 7/8

231 13 7/8232 14 7/8

233 15 7/8

234 16 7/8

235 UG 1 1 1/4

236 Sect. 2 2 1 1/4

237 3 1 1/4

238 4 1 1/4

239 5 1 1/4

240 6 1 1/4

241 7 1 1/4

242 8 1 1/4

243 9 1 1/4244 10 1 1/4

245 11 1 1/4

246 12 1 1/4

247 13 1 1/4

248 14 1 1/4

249 GF 1 1/2

250 Sect. 1 2 1/2

251 GF 1 7/8

252 Sect. 1 2 7/8

253 3 7/8

254 4 7/8

255 5 7/8

256 6 7/8

257 7 7/8

258 8 7/8

259 9 7/8

260 10 7/8

261 11 7/8

262 12 7/8

263 13 7/8

264 14 7/8

265 15 7/8266 16 7/8

267 17 7/8

268 18 7/8

269 19 7/8

270 20 7/8

271 21 7/8

272 GF 1 1 1/4

273 Sect. 1 2 1 1/4

274 3 1 1/4


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275 4 1 1/4

276 5 1 1/4

277 6 1 1/4

278 7 1 1/4

279 GF 1 1/2

Sect. 2

280 GF 1 7/8

281 Sect. 2 2 7/8

282 3 7/8

283 4 7/8

284 5 7/8

285 6 7/8

286 7 7/8

287 8 7/8

288 9 7/8289 10 7/8

290 11 7/8

291 12 7/8

292 13 7/8

293 14 7/8

294 15 7/8

295 16 7/8

296 17 7/8

297 18 7/8

298 19 7/8

299 20 7/8

300 21 7/8

301 22 7/8

302 23 7/8

303 24 7/8

304 25 7/8

305 26 7/8

306 27 7/8

307 GF 1 1 1/4

308 Sect. 2 2 1 1/4

309 3 1 1/4

310 4 1 1/4

311 5 1 1/4

312 6 1 1/4313 7 1 1/4

314 8 1 1/4

315 9 1 1/4

316 10 1 1/4

317 11 1 1/4

318 LG 1 1/2

319 Sect. 1 2 1/2

320 3 1/2


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321 LG 1 7/8

322 Sect. 1 2 7/8

323 3 7/8324 4 7/8

325 5 7/8

326 6 7/8

327 7 7/8

328 8 7/8

329 9 7/8

330 10 7/8

331 11 7/8

332 12 7/8

333 13 7/8

334 LG 1 1 1/4

335 Sect. 1 2 1 1/4336 3 1 1/4

337 4 1 1/4

338 5 1 1/4

339 6 1 1/4

340 7 1 1/4

341 8 1 1/4

342 9 1 1/4

343 10 1 1/4

344 11 1 1/4

345 12 1 1/4

346 13 1 1/4

347 14 1 1/4

348 15 1 1/4

349 16 1 1/4

350 LG 1 1/2

351 Sect.2 2 1/2

352 LG 1 7/8

353 Sect.2 2 7/8

354 3 7/8

355 4 7/8

356 5 7/8

357 6 7/8

358 7 7/8359 8 7/8

360 9 7/8

361 10 7/8

362 11 7/8

363 12 7/8

364 13 7/8

365 14 7/8

366 15 7/8

367 16 7/8

368 17 7/8


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369 18 7/8

370 19 7/8

371 20 7/8

372 21 7/8373 22 7/8

374 23 7/8

375 24 7/8

376 25 7/8

377 26 7/8

378 27 7/8

379 28 7/8

380 29 7/8

381 30 7/8

382 31 7/8

383 32 7/8

384 33 7/8

383 LG 1 1 1/4

386 Sect.2 2 1 1/4

387 3 1 1/4

388 4 1 1/4

389 5 1 1/4

390 6 1 1/4

391 7 1 1/4

392 8 1 1/4

393 9 1 1/4

394 10 1 1/4

395 11 1 1/4

396 12 1 1/4

397 12 1 1/4


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1.7 Jumpers

1.7.1Jumper

Installation

1.7.2Jumper

Integrity

1.7.3Connections

VerificationNr, Floor

Jumper

Number

Jumper

TypeOK NOK OK NOK OK NOK

1 3rd

FL 1 0,3 m

2 Sect.1 2 0,3 m

3 3 0,3 m

4 3rd

FL 1 1 m

5 Sect.1 2 1 m

6 3 1 m

7 4 1 m

8 5 1 m

9 6 1 m

10 7 1 m

11 8 1 m

12 9 1 m

13 10 1 m

14 11 1 m

15 12 1 m

16 13 1 m

17 14 1 m

18 15 1 m

19 16 1 m

20 17 1 m

21 18 1 m

22 19 1 m

23 20 1 m24 21 1 m

25 22 1 m

26 23 1 m

27 24 1 m

28 25 1 m

29 26 1 m

30 27 1 m

31 28 1 m

32 29 1 m

33 30 1 m

34 31 1 m

35 32 1 m

36 33 1 m37 34 1 m

38 35 1 m

39 36 1 m

40 37 1 m

41 38 1 m

42 39 1 m

43 40 1 m

44 41 1 m

45 42 1 m

46 43 1 m


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47 44 1 m

48 45 1 m

49 46 1 m

50 47 1 m51 48 1 m

52 49 1 m

53 50 1 m

54 51 1 m

55 52 1 m

56 53 1 m

57 54 1 m

58 55 1 m

59 56 1 m

60 3rd

FL 1 0,3 m

61 Sect. 2 2 0,3 m

62 3rd

FL 1 1 m

63 Sect. 2 2 1 m

64 3 1 m

65 4 1 m

66 5 1 m

67 6 1 m

68 7 1 m

69 8 1 m

70 9 1 m

71 10 1 m

72 11 1 m

73 12 1 m

74 13 1 m

75 14 1 m

76 15 1 m

77 16 1 m

78 17 1 m

79 18 1 m

80 19 1 m

81 20 1 m

82 21 1 m

83 22 1 m

84 23 1 m

85 24 1 m

86 25 1 m87 26 1 m

88 27 1 m

89 28 1 m

90 29 1 m

91 30 1 m

92 31 1 m

93 32 1 m

94 33 1 m

95 34 1 m

96 35 1 m


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97 36 1 m

98 37 1 m

99 38 1 m

100 39 1 m101 40 1 m

102 41 1 m

103 42 1 m

104 43 1 m

105 44 1 m

106 45 1 m

107 46 1 m

108 47 1 m

109 48 1 m

110 49 1 m

111 50 1 m

112 51 1 m

113 52 1 m114 53 1 m

115 54 1 m

116 2nd

FL 1 0,3 m

117 Sect.1 2 0,3 m

118 2nd

FL 1 1 m

119 Sect.1 2 1 m

120 3 1 m

121 4 1 m

122 5 1 m

123 6 1 m

124 7 1 m

125 8 1 m

126 9 1 m

127 10 1 m

128 11 1 m

129 12 1 m

130 13 1 m

131 14 1 m

132 15 1 m

133 16 1 m

134 17 1 m

135 18 1 m136 19 1 m

137 20 1 m

138 21 1 m

139 22 1 m

140 23 1 m

141 24 1 m

142 25 1 m

143 26 1 m

144 27 1 m

145 28 1 m


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146 29 1 m

147 30 1 m

148 31 1 m

149 32 1 m150 33 1 m

151 34 1 m

152 35 1 m

153 36 1 m154 37 1 m

155 38 1 m156 39 1 m

157 40 1 m158 41 1 m

159 42 1 m

160 43 1 m161 44 1 m

162 45 1 m

163 46 1 m164 47 1 m

165 48 1 m

166 49 1 m

167 50 1 m168 51 1 m169 52 1 m170 53 1 m171 54 1 m

172 55 1 m173 56 1 m

174 57 1 m175 58 1 m

176 2ndFL 1 0,3 m177 Sect. 2 2 0,3 m

178 2nd

FL 1 1 m

179 Sect. 2 2 1 m

180 3 1 m

181 4 1 m

182 5 1 m183 6 1 m

184 7 1 m

185 8 1 m

186 9 1 m

187 10 1 m188 11 1 m

189 12 1 m190 13 1 m191 14 1 m

192 15 1 m193 16 1 m

194 17 1 m195 18 1 m196 19 1 m197 20 1 m198 21 1 m

199 22 1 m200 23 1 m


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201 24 1 m202 25 1 m203 26 1 m204 27 1 m205 28 1 m206 29 1 m207 30 1 m208 31 1 m209 32 1 m210 33 1 m211 34 1 m

212 35 1 m213 36 1 m214 37 1 m

215 38 1 m

216 39 1 m

217 40 1 m

218 41 1 m

219 42 1 m

220 43 1 m

221 44 1 m

222 45 1 m

223 46 1 m224 47 1 m225 48 1 m226 49 1 m227 50 1 m228 51 1 m229 52 1 m230 53 1 m231 54 1 m232 55 1 m233 56 1 m234 57 1 m235 58 1 m236 59 1 m237 60 1 m238 61 1 m

239 62 1 m

240 63 1 m

241 64 1 m

242 1stFL 1 0,3 m

243 Sect.1 2 0,3 m

244 1stFL 1 1 m245 Sect.1 2 1 m246 3 1 m

247 4 1 m248 5 1 m249 6 1 m250 7 1 m251 8 1 m

252 9 1 m253 10 1 m

254 11 1 m


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255 12 1 m256 13 1 m257 14 1 m258 15 1 m259 16 1 m260 17 1 m261 18 1 m262 19 1 m263 20 1 m264 21 1 m265 22 1 m

266 23 1 m267 24 1 m268 25 1 m

269 26 1 m

270 27 1 m

271 28 1 m

272 29 1 m

273 30 1 m

274 31 1 m

275 32 1 m

276 33 1 m


293 50 1 m

294 51 1 m

295 52 1 m

296 53 1 m

297 54 1 m

298 55 1 m

299 56 1 m

300 1stFL 1 0,3 m301 Sect. 2 2 0,3 m

302 1stFL 1 1 m

303 Sect. 2 2 1 m304 3 1 m305 4 1 m306 5 1 m307 6 1 m308 7 1 m309 8 1 m310 9 1 m


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311 10 1 m312 11 1 m313 12 1 m314 13 1 m315 14 1 m316 15 1 m317 16 1 m318 17 1 m319 18 1 m320 19 1 m321 20 1 m

322 21 1 m323 22 1 m324 23 1 m

325 24 1 m

326 25 1 m

327 26 1 m

328 27 1 m

329 28 1 m

330 29 1 m

331 30 1 m

332 31 1 m


349 48 1 m

350 49 1 m

351 50 1 m

352 51 1 m

353 52 1 m

354 53 1 m

355 54 1 m

356 55 1 m

357 56 1 m358 57 1 m359 58 1 m360 59 1 m361 60 1 m362 61 1 m363 62 1 m364 63 1 m365 64 1 m


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366 UG 1 0.3 m

367 Sect. 1 2 0.3 m

368 UG 1 1 m369 Sect. 1 2 1 m

370 3 1 m371 4 1 m

372 5 1 m

373 6 1 m374 7 1 m

375 8 1 m

376 9 1 m

377 10 1 m

378 11 1 m

379 12 1 m

380 13 1 m381 14 1 m

382 15 1 m383 16 1 m

384 17 1 m

385 18 1 m386 19 1 m

387 20 1 m388 21 1 m

389 22 1 m

390 23 1 m391 24 1 m

392 25 1 m393 26 1 m

394 27 1 m

395 28 1 m

396 29 1 m

397 30 1 m

398 31 1 m

399 32 1 m

400 33 1 m

401 34 1 m

402 35 1 m403 36 1 m

404 37 1 m405 38 1 m

406 39 1 m

407 40 1 m408 41 1 m

409 42 1 m410 43 1 m

411 44 1 m

412 45 1 m

413 46 1 m

414 47 1 m415 48 1 m

416 49 1 m

417 50 1 m

418 51 1 m

419 52 1 m420 53 1 m

421 54 1 m


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422 55 1 m

423 56 1 m

424 57 1 m

425 58 1 m

426 UG 1 0.3 m

427 Sect. 2 2 0.3 m

428 UG 1 1 m429 Sect. 2 2 1 m

430 3 1 m

431 4 1 m

432 5 1 m

433 6 1 m

434 7 1 m

435 8 1 m436 9 1 m

437 10 1 m438 11 1 m

439 12 1 m

440 13 1 m441 14 1 m

442 15 1 m443 16 1 m

444 17 1 m

445 18 1 m446 19 1 m

447 20 1 m448 21 1 m

449 22 1 m

450 23 1 m

451 24 1 m

452 25 1 m

453 26 1 m

454 27 1 m

455 28 1 m

456 29 1 m

457 30 1 m458 31 1 m

459 32 1 m460 33 1 m

461 34 1 m

462 35 1 m463 36 1 m

464 37 1 m465 38 1 m

466 39 1 m

467 40 1 m

468 41 1 m

469 42 1 m470 43 1 m

471 44 1 m

472 45 1 m

473 46 1 m

474 47 1 m475 48 1 m

476 49 1 m


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477 50 1 m

478 51 1 m

479 52 1 m

480 53 1 m

481 54 1 m

482 55 1 m

483 56 1 m

484 57 1 m

485 58 1 m

486 59 1 m

487 60 1 m

488 61 1 m

489 GF 1 0.3 m

490 Sect. 1 2 0.3 m

491 3 0.3 m492 4 0.3 m

493 GF 1 1 m

494 Sect. 1 2 1 m495 3 1 m

496 4 1 m

497 5 1 m

498 6 1 m

499 7 1 m500 8 1 m

501 9 1 m502 10 1 m

503 11 1 m

504 12 1 m

505 13 1 m

506 14 1 m507 15 1 m

508 16 1 m

509 17 1 m510 18 1 m

511 19 1 m512 20 1 m

513 21 1 m

514 22 1 m

515 23 1 m

516 24 1 m517 25 1 m

518 26 1 m519 27 1 m

520 28 1 m

521 29 1 m522 30 1 m

523 31 1 m524 32 1 m

525 33 1 m

526 34 1 m

527 35 1 m

528 36 1 m

529 37 1 m

530 38 1 m

531 39 1 m


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532 40 1 m

533 41 1 m

534 42 1 m

535 43 1 m

536 44 1 m

537 45 1 m

538 46 1 m

539 47 1 m

540 48 1 m

541 49 1 m

542 50 1 m

543 51 1 m544 52 1 m

545 53 1 m

546 54 1 m

547 55 1 m

548 56 1 m

549 GF 1 0.3 m

550 Sect. 2 2 0.3 m

551 3 0.3 m

552 4 0.3 m

553 GF 1 1 m

554 Sect. 2 2 1 m

555 3 1 m556 4 1 m

557 5 1 m558 6 1 m

559 7 1 m

560 8 1 m

561 9 1 m

562 10 1 m

563 11 1 m

564 12 1 m

565 13 1 m

566 14 1 m

567 15 1 m568 16 1 m

569 17 1 m570 18 1 m

571 19 1 m

572 20 1 m573 21 1 m

574 22 1 m575 23 1 m

576 24 1 m

577 25 1 m

578 26 1 m

579 27 1 m580 28 1 m

581 29 1 m

582 30 1 m

583 31 1 m

584 32 1 m585 33 1 m

586 34 1 m


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587 35 1 m

588 36 1 m

589 37 1 m

590 38 1 m

591 39 1 m

592 40 1 m

593 41 1 m

594 42 1 m

595 43 1 m

596 44 1 m

597 45 1 m

598 46 1 m599 47 1 m

600 48 1 m

601 49 1 m

602 50 1 m

603 51 1 m

604 52 1 m

605 53 1 m

606 54 1 m

607 55 1 m

608 56 1 m

609 57 1 m

610 58 1 m

611 59 1 m

612 60 1 m

613 61 1 m

614 62 1 m

615 63 1 m

616 64 1 m

617 65 1 m

618 66 1 m

619 67 1 m

620 68 1 m

621 69 1 m

622 70 1 m

623 71 1 m

624 72 1 m

625 LG 1 0.3 m

Sect. 1

626 LG 1 1 m

627 Sect. 1 2 1 m

628 3 1 m

629 4 1 m630 5 1 m

631 6 1 m

632 7 1 m

633 8 1 m

634 9 1 m

635 10 1 m

636 11 1 m

637 12 1 m

638 13 1 m

639 14 1 m

640 15 1 m


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641 16 1 m

642 17 1 m

643 18 1 m

644 19 1 m

645 20 1 m

646 21 1 m

647 22 1 m

648 23 1 m

649 24 1 m

650 25 1 m

651 26 1 m

652 27 1 m653 28 1 m

654 29 1 m

655 30 1 m

656 31 1 m

657 32 1 m

658 33 1 m

659 34 1 m

660 35 1 m

661 36 1 m

662 37 1 m

663 38 1 m

664 39 1 m

665 40 1 m

666 LG 1 0.3 m

667 Sect. 2 2 0.3 m

668 3 0.3 m

669 4 0.3 m

670 5 0.3 m

671 6 0.3 m

672 7 0.3 m

673 LG 1 1 m

674 Sect. 2 2 1 m

675 3 1 m

676 4 1 m

677 5 1 m

678 6 1 m

679 7 1 m

680 8 1 m

681 9 1 m

682 10 1 m

683 11 1 m

684 12 1 m

685 13 1 m686 14 1 m

687 15 1 m

688 16 1 m

689 17 1 m

690 18 1 m

691 19 1 m

692 20 1 m

693 21 1 m

694 22 1 m

695 23 1 m

696 24 1 m


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697 LG 25 1 m

698 Sect. 2 26 1 m

699 27 1 m

700 28 1 m

701 29 1 m

702 30 1 m

703 31 1 m

704 32 1 m

705 33 1 m

706 34 1 m

707 35 1 m

708 36 1 m709 37 1 m

710 38 1 m

711 39 1 m

712 40 1 m

713 41 1 m

714 42 1 m

715 43 1 m

716 44 1 m

717 45 1 m

718 46 1 m

719 47 1 m

720 48 1 m

721 49 1 m

722 50 1 m

723 51 1 m

724 52 1 m

725 53 1 m

726 54 1 m

727 55 1 m

728 56 1 m

729 57 1 m

730 58 1 m

731 59 1 m

732 60 1 m

733 61 1 m

734 62 1 m

735 63 1 m

736 64 1 m

737 65 1 m

738 66 1 m

739 67 1 m

740 68 1 m

741 69 1 m

742 70 1 m

743 71 1 m744 72 1 m

745 73 1 m

746 74 1 m

747 75 1 m

748 76 1 m

749 77 1 m

750 78 1 m

751 79 1 m

752 80 1 m

753 81 1 m

754 82 1 m


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755 LG 83 1 m

756 Sect. 2 84 1 m

757 85 1 m

758 86 1 m

759 87 1 m

760 88 1 m

1.8 Other Devices

1.8.1Device

Installation

1.8.2Device Inst.

Position

1.8.3Device

IntegrityNr, Floor

DeviceNumber

DeviceType

OK NOK OK NOK OK NOK

1

23

4


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2. Active Component Check list

2.1 Main Hub

2.1.1Front Panel LED

Check

2.1.2Fiber PortLED Check

2.1.3Alarm Check

2.1.4Device

IntegrityMain Hub Number

VoltageOutput(Vdc)

BatteryCurrentRating

OK NOK OK NOK OK NOK OK NOK

Main Hub 1

Main Hub 2

Main Hub 3

2.2 Expansion Hub

2.2.1Unit StatusLED Check

2.2.2

DL/ULStatus LED

Check

2.2.3

Port to RAUStatus LED

Check

2.2.4

AlarmCheck

2.2.5

Deviceintegrity

ExpansionHub

NumberVoltageOutput(Vdc)

BatteryCurrentRating


Exp. Hub 1

Exp. Hub 2

Exp. Hub 3

Exp. Hub 4

Exp. Hub 5

Exp. Hub 6

2.3 Remote Unit

2.3.1Unit StatusLED Check

2.3.2DL/UL

Status LEDCheck

2.3.3Port to RAUStatus LED

Check

2.3.4AlarmCheck

2.3.5Device

IntegrityRemote

UnitNumber Floor

OutputPower


RAU 1

RAU 2

RAU 3

RAU 4

RAU 5

RAU 6

RAU 7

RAU 8

RAU 9

RAU 10

RAU 11

RAU 12

RAU 13

RAU 14

RAU 15

RAU 16

RAU 17


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RAU 18

RAU 19

RAU 20

RAU 21RAU 22

RAU 23

RAU 24

RAU 25

RAU 26

RAU 27

RAU 28

RAU 29

RAU 30

RAU 31

RAU 32

RAU 33

RAU 34RAU 35

RAU 36

RAU 37

RAU 38

RAU 39

RAU 40

RAU 41

RAU 42

RAU 43

RAU 44

RAU 45

RAU 46

RAU 47

RAU 48

2.4 Fiber Cable

Fiber Number Floor2.4.1

OpticalLoss

2.4.2Status LED Check

2.4.3DL/UL Status LED

Check

2.4.4Device

Integrity

OK NOK OK NOK OK NOK


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Punch list

Site ID

Site Name

ItemNo.

Description Major Date to becleared

ResponsibleGroup*

DateCleared**

Supervisor

* CME, Implementation** Date when deficiency cleared


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VSWR and DTF Measurement Result DCS BAND

VSWR(


61/68



VSWR(


62/68



VSWR(


63/68



VSWR(


64/68



VSWR(


65/68



VSWR(


66/68



VSWR(


67/68



VSWR(


68/68

396 MCM-S3-L2-3 1 1/4 85 1,074 1777,9 1,070 1877,4 1,062 81,28

397 MCM-S3-L3-8 1 1/4 95 1,073 1781,5 1,103 1874,1 1,041 92,73

398 MCM-S3-L1-4 1 1/4 95 1,064 1777,2 1,081 1872,1 1,042 96,28

Documents

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